Naugatuck Valley Radiology Associates News and Announcements

Echocardiography Explained: How This Non-Invasive Test Helps Assess Heart and Lung Health

Fri, 27 Mar 2026 18:53:26 GMT

When the physician says you need to go for a cardiac test, it is understandable to have questions. Just the word “cardiac” can invoke anxiety in patients as they wonder what the doctor thinks is wrong. At Naugatuck Valley Radiological Associates (NVRA), we know that understanding your cardiovascular health and what scans can show is one of the most effective ways to ease your anxiety and support your long-term health.

Why Being Referred for a Heart Test Can Feel Concerning

It’s natural to feel uneasy when a healthcare provider suggests a specialized imaging test, especially one involving the heart or lungs. The need for diagnostic testing can feel life-changing, but the goal is often to rule out a disease rather than to determine that you have one.

When You’re Sent for Imaging Without Clear Symptoms

When you feel fine, it is normal to wonder why you need a complex test like a heart and lung scan. You may wonder if it is really necessary for you. You don’t have chest pain, and you don’t feel short of breath.

Clinicians tend to be proactive in disease management, and that often means early detection or ruling it out completely. Imaging tests like an echocardiogram let your healthcare team see how these vital organs work, and that tells them a story. It shows them whether everything is working as it should or whether there is cause for further testing and treatment. Either way, it’s critical information to have.

Common Worries About Heart and Lung Scans

When you hear that you need heart imaging, your brain automatically goes to the worst-case scenario—heart attacks or artery blockage. That is one reason a scan is scary for patients. What you need to remember is that imaging tests are predictive tools, meaning they help your physician assess your risk of chronic illness and overall health.

Misconceptions About Invasive Cardiac Testing

There is a misconception about how imaging of the heart and lungs is done, and that can cause some fear, too. Most of the imaging tests, such as the echocardiogram and the coronary calcium scans performed at NVRA, are non-invasive. There are no needles involved in the test, and they are painless.

What Is Echocardiography, and Why Is It Recommended?

An echocardiogram is a cornerstone of modern cardiology. It gives physicians a high-definition window into how the heart works.

What Is Echocardiography, and How Does It Work?

An echocardiogram is an advanced imaging test, but how does it work? To put it simply, this test is an ultrasound of your heart. It uses high-frequency sound waves to create moving images of the heart as it pumps. It is a fast and accurate way to get detailed images of one of your most critical organs.

How Sound Waves Create Detailed Images of the Heart

An echocardiogram creates live pictures of your heart using sound waves. The waves bounce off the heart's structures, such as the valves, as they move, and the data is sent back to a computer that translates it into moving pictures. Those “movies” allow the health care team to see the heart beat and pump blood in real-time.

Why Doctors Order an Echocardiogram

Your healthcare provider might order this non-invasive test if you have risk factors for cardiovascular diseases, such as:

High blood pressure
Diabetes
Family history of heart disease

It is always better to be proactive when it comes to chronic illnesses that impact your health. Whether you are managing an existing condition or ruling out one, the test provides clarity that allows you and your doctor to make an informed health decision.

What Echocardiography Can Reveal About Heart Health

The value of imaging is that it shows the structural components of the heart that might otherwise be missed.

Assessing Heart Structure and Chamber Size

An echocardiogram creates a detailed map of the heart’s anatomy. It allows specialists called radiologists to measure the size of the heart chambers. Enlarged chambers can be a sign of underlying health problems, such as heart failure or complications from high blood pressure. Heart size is a critical measurement to assess overall heart health.

Measuring Blood Flow and Pumping Strength

This advanced imaging test isn’t a snapshot of your heart; it creates a moving picture. That allows radiologists to obtain one of the most critical metrics available: ejection fraction. Ejection fraction is a measurement of how much blood pumps out of the heart with each beat. It indicates the strength of this muscular organ and helps to predict risk factors.

How Echocardiography Supports Lung and Pulmonary Evaluation

An echocardiogram isn’t just a test of the heart. It also provides metrics relevant to your respiratory health.

How Heart and Lung Function Are Closely Connected

The imaging test provides a full picture of both your cardiovascular and your respiratory health. The heart and lungs function together. So, if the heart isn’t pumping efficiently, it causes fluid to build up in the lungs.

Lung disease can also put a strain on the heart. The test may show no structural anomalies in the heart organ, but still indicate it is not functioning well.

Identifying Signs of Pulmonary Hypertension

Echocardiography is the primary tool for detecting signs of pulmonary hypertension, or high blood pressure in the pulmonary arteries. It measures the pressure on the right side of the heart, the side that receives blood to send to the lungs for oxygenation.

The measurement tells radiologists how well the lungs receive that blood. If there is high blood pressure in the arteries of the lungs, the right ventricle must pump harder, and that elevates the pressure.

When Echocardiography Is Part of a Broader Heart and Lung Assessment

Smoking or a sedentary lifestyle can put both the heart and lungs at risk. Your healthcare provider might use this test to get a clear picture of potential organ damage.

What to Expect During Your Echocardiogram

At NVRA, we offer a streamlined experience for patients getting an echocardiogram.

Overview of the Non-Invasive Exam

Our technologist will have you lie down on a specialized table and apply a small amount of gel to your chest. The imaging is done with a transducer, or wand, which the technician moves over the gel to capture images.

How Long Does the Test Take and What You’ll Feel

The actual time will vary, but it shouldn’t take more than 30 minutes from start to finish. You will feel no pain, only slight pressure from the wand on your skin.

Why Echocardiography Is Safe and Radiation-Free

Because an echocardiogram uses sound waves, there is no radiation. This makes it a very safe option for screening and monitoring heart and lung health.

Understanding Your Echocardiogram Results

Your results help your provider map out your future care.

How Radiologists Interpret the Images

At NVRA, a board-certified radiologist reviews the scans. The specialists look at the density, movement, and measurements of the heart structures and assign clinical meaning for your doctor to review.

What Happens After Your Exam Is Completed

Once the radiologist interprets the test, a report goes to your referring physician. Your doctor will go over the results with you and help you understand what they mean.

How Results Guide Next Steps in Care

Based on the results, the physician may prescribe new medications and help you make lifestyle changes that improve your health. The test may also show that you simply need regular monitoring to rule out future issues.

Why Patients Choose NVRA for Echocardiography

At NVRA, we combine technical excellence with a patient-first approach .

Advanced Cardiac Imaging at the Southbury Location

We are proud to offer advanced imaging services to patients using ACR-accredited equipment. Our Southbury location provides the highest standard of echocardiography testing.

Board-Certified Radiologists and Experienced Technologists

In addition to state-of-the-art technology, our team comprises board-certified physicians and technologists who guide you through the testing process. They will help you understand each step of the test.

Patient-Focused Care and Clear Communication

We believe clarity is essential in healthcare. We provide transparency for every service and pricing for those who self-pay. Our goal is to make preventive screening accessible and stress-free. To schedule echocardiography or other radiology services, contact Naugatuck Valley Radiology today.

Understanding Image-Guided Biopsies: How They Work and What They Can Detect

Thu, 19 Feb 2026 16:05:21 GMT

A little anxiety is understandable when your doctor recommends a biopsy after a mammogram or other image scan. At Naugatuck Valley Radiological Associates (NVRA) , we offer image-guided biopsies designed to provide precision without the need for traditional surgery. This guide will help you understand how an image-guided biopsy works, why it is necessary, and how it can allow your care team to move forward with your treatment.

The Anxiety That Comes With Being Told You Need a Biopsy

The time between finding out your imaging scan has an abnormal result and getting a definitive diagnosis can be the most difficult part of the process. However, knowing exactly what to expect can significantly reduce that stress.

What Are Biopsies?

A biopsy is the collection of tissue or cell samples from an area of concern. The sample allows a pathologist, a doctor who specializes in studying cells, to examine the tissue under a microscope and make a precise diagnosis.

What is an Image-Guided biopsy?

An image-guided biopsy is a form of personalized radiology care that uses imaging technology to extract a tissue sample. Image-guided biopsies can be done at an imaging center, making them more convenient.

Common Misconceptions About Pain, Surgery, and Recovery

How painful is a biopsy? It is a common misunderstanding that having a biopsy is a major surgical procedure. In the past, surgical biopsies were the norm. They required general anesthesia, deep cuts, and time to recover.

Image-guided biopsies are a significant improvement. They are minimally invasive procedures performed under local anesthesia. You’ll leave with little more than a small dressing in most cases and be able to return to your normal activities within a day.

How Uncertainty Around Results Adds Emotional Stress

The emotional stress that comes with waiting is still a factor with an image-guided biopsy. The turnaround time for processing the biopsy can improve with the technology, though. How long the lab takes to process the biopsy depends on the lab, but guided technology yields more precise samples and greater efficiency, making the process easier.

Why Imaging Findings Sometimes Require Further Investigation

What is it about imaging scans, like a mammogram, that leads to a biopsy? Advanced imaging tests make it easier for radiologists to spot “red flags” that require further investigation. The imaging alone isn’t enough to tell the doctor what these red flags mean, though.

When Imaging Shows Something That Needs a Closer Look

If an imaging report shows a mass, nodule, or asymmetry, it may indicate the need to look more closely and rule out disease processes. A biopsy is the only way to examine the tissue directly.

Why Not All Abnormal Findings Mean Cancer

Many patients hear they have an abnormal reading in an imaging scan and immediately think of cancer. The truth is that just a very small percentage of these findings turn out to be cancer. What can a biopsy test for? Often, the abnormality is a cyst or an inflammatory condition. A biopsy can also help rule out more serious conditions like cancer.

How Early, Accurate Diagnosis Improves Outcomes

Early detection is the most effective strategy for managing a disease. Identifying an illness in its earliest stages allows patients to utilize less invasive treatments and can lead to better long-term outcomes.

What an Image-Guided Biopsy Actually Is

Image-guided biopsies use real-time imaging technology to guide a small needle to the area of concern. The goal is to remove a tiny tissue sample for further review.

How Imaging Technology Helps Guide the Biopsy Precisely

With traditional biopsies, a surgeon explores the area visually and by palpation, then takes a sample based on those findings. Image guidance, however, allows the radiologist to see exactly where the needle is in relation to the anomaly in the scan.

Why Image Guidance Reduces the Need for Surgical Biopsies

Imaging allows the radiologist to “see” through the skin without making a cut. That means:

Less trauma to the body
No scarring
A faster, more accurate procedure

The Difference Between Image-Guided and Traditional Biopsies

Types of Image-Guided Biopsies Performed at NVRA

The radiologists at NVRA have several imaging options available for biopsies. Depending on the location and nature of the anomaly, they will choose the best method for each patient's needs.

Ultrasound-Guided Biopsies and When They’re Used

This is the most common method for image-guided biopsies done at NVRA. It has the advantage of not exposing the patient to any level of radiation. Ultrasounds are a quick and comfortable option for patients and are frequently used for biopsies of:

Breast lumps
Thyroid nodules
Lymph nodes

MRI-Guided Breast Biopsies for Hard-to-See Findings

Some anomalies are only visible with an MRI. For these patients, our board-certified physician uses specialized MRI equipment to target the area of interest. It is the most precise option for patients with high-risk factors or complex findings.

How Providers Determine the Best Imaging Method for Each Case

The choice depends on which view provides the clearest path to the tissue. At NVRA, our subspecialized radiologist will review prior scans to determine the most precise approach.

What an Image-Guided Biopsy Can Detect

The role of an image-guided biopsy is to collect a sample. The sample is sent to a pathologist, a specialist who examines the tissue under a microscope to provide a definitive diagnosis or rule it out.

How Biopsies Help Identify Benign Versus Malignant Conditions

The pathologist looks for patterns at the cellular level. That examination allows them to determine if the cells are:

Atypical – not quite normal but not cancerous
Malignant – cancerous
Benign – non-cancerous and noninvasive

Inflammation, Infection, and Non-Cancerous Tissue Changes

People tend to associate a biopsy with cancer, but it can also detect:

Infections – specific bacteria or fungi can cause a mass
Fat necrosis – firm lumps that appear after an injury to fat tissue
Autoimmune issues – some systemic conditions can cause localized inflammation

Why Biopsy Results Help Guide Next Steps in Care

A biopsy produces a pathology report that your care team can use as a roadmap. Benign results typically require nothing but annual screening. If the biopsy shows a pre-cancerous or cancerous condition, it will specify the type and grade, allowing your doctor to create a treatment plan.

What to Expect During Your Image-Guided Biopsy

Knowing what to expect from an image-guided biopsy will take some of the mystery out of it.

Step-by-Step Overview of the Procedure

Positioning: A technician will help position you comfortably on an exam or specialized biopsy table.
Numbing: The radiologist will clean the skin around the biopsy area and apply a local anesthetic to numb it.
Targeting: Targeting is set up using the proper imaging tool, usually an ultrasound or MRI.
Sampling: The radiologist will insert a small needle into the targeted location. You may feel pressure, but there should be no pain. The guided needle takes a small piece of tissue for examination.
Marker Placement: Typically, a small, harmless metallic marker is left at the site of the biopsy so it can be identified on future scans if necessary.
Completion: Pressure on the area helps to prevent bruising, and a small bandage is all that is needed to cover it. There are no stitches.

How Long the Biopsy Typically Takes

The procedure will take from 15 to 30 minutes. There may be additional time for preparation and post-care instruction. In most cases, you will be in and out within an hour.

Understanding Your Biopsy Results

The results typically take three to seven business days, or more, depending on the lab, to finalize. Your physician will receive a detailed report from the pathologist and go over the findings with you. They will explain how those findings relate to the original imaging.

Why Patients Choose NVRA for Image-Guided Biopsies

At Naugatuck Valley Radiological Associates , we understand the anxiety that comes with a biopsy. We combine the latest technology with our patient-centered approach to make the experience as stress-free as possible.

For 35+ years, our goal has been to provide the highest level of precision. We will answer any questions you may have about the procedure to help you feel more comfortable.

Image-guided biopsies are available at our three convenient NVRA locations. Check availability here or contact us to schedule your appointment.

Types of MRI Machines and What to Know Before Your Scan

Tue, 17 Feb 2026 18:15:39 GMT

When it comes to getting an MRI, it all comes down to the experience.

For many patients, the type of MRI machine makes all the difference between feeling calm and supported or anxious and uncomfortable. Whether you’ve had a difficult MRI in the past or you’re preparing for your first one , understanding your options can help you feel more confident and better equipped to ask the right questions when scheduling.

At Naugatuck Valley Radiological Associates (NVRA), we’re here to make sure your MRI is clinically accurate and as stress-free as possible, starting with the right technology for your needs.

Why MRI Machine Type Matters for Patients

Common Concerns About Comfort, Noise, and Scan Experience

Traditional MRI systems can feel a little tight or noisy. Many patients understandably worry about:

Claustrophobia or anxiety inside the scanner
Lying still for long periods
Discomfort due to pain, mobility challenges, or body size

How Prior MRI Experiences Can Shape Patient Anxiety

It’s not uncommon for patients to say things like, “I remember feeling trapped in that machine.” That memory can linger. But MRI technology has advanced significantly, and today’s options are more accommodating, more comfortable, and more responsive to your needs.

Understanding How MRI Machines Differ

What MRI Field Strength Means and Why It Affects Imaging

MRI scanners use a magnetic field to produce detailed images. The strength of that field is measured in tesla (T), typically ranging from 1.2T to 3.0T at NVRA.

All NVRA MRI systems are designed to meet clinical standards for diagnostic accuracy. Whether you’re in a high-field or open MRI machine, you can feel confident that your results will be clear, detailed, and reliable.

How Machine Design Influences Comfort and Scan Time

The size, shape, and configuration of the scanner can affect how you feel during your exam. At NVRA , we offer multiple MRI types, including high-field, wide-bore, and open, so we can match you to the setup that best supports your comfort and your imaging needs.

Types of MRI Machines Explained

High-Field MRI Machines for Many Common Exams

These use powerful 1.5T or 3T magnets and are often selected for:

Brain and spinal imaging
Joint or orthopedic evaluations
Complex internal organ exams

These systems are fast and precise, and ideal for many common diagnostic scans.

Wide-Bore MRI Machines for Added Comfort Without Sacrificing Detail

Wide-bore scanners feature a larger opening (up to 70 cm) that provides more room without compromising image quality. Great for:

Patients with anxiety or claustrophobia
Bariatric or mobility-limited patients
Exams requiring extra positioning or space

This design gives you the reassurance of high-tech imaging in a more spacious setup.

Open MRI Machines

Our Open MRI systems have an open-sided design, with no long tunnel or tight enclosure, allowing patients to see the room, feel less confined, and relax more easily. At NVRA, we use high-performance open MRI systems that deliver:

Exceptional comfort for anxious or claustrophobic patients
A more relaxed experience for children or elderly individuals
Imaging that meets the same diagnostic standards as our other MRI technologies

Whether your provider recommends an open MRI for comfort or mobility reasons, you can expect accurate, clear results.

There’s no compromise on quality.

Which MRI Machine Is Best for Your Scan?

It Depends on the Exam and Your Individual Needs

Certain exams may be matched to specific MRI configurations based on clinical needs and patient comfort. Others, like joint or musculoskeletal imaging, offer more flexibility. That’s why we take a collaborative approach with your provider to choose the right scanner for your body and your diagnosis.

Comfort and Clarity Go Hand-in-Hand at NVRA

No matter which machine you’re in, our goal is the same: a comfortable scan that delivers the answers your provider needs to support your care .

What to Expect During Your MRI Scan

The Basics

You’ll lie on a padded table that glides into the scanner. You’ll be able to communicate with your technologist the entire time. The scanner may make rhythmic tapping or knocking sounds, and we’ll provide earplugs or headphones to help.

Scan Times Vary Based on the Exam

Most MRI scans take between 20–45 minutes. Some advanced or contrast-enhanced scans may take a bit longer, but we’ll let you know exactly what to expect when you arrive.

Our Technologists Are With You the Whole Time

If you’re feeling anxious, let us know. Our technologists are trained to keep you comfortable and will walk you through each step of the process, from positioning to breath cues to helpful reassurance.

Addressing Common MRI Concerns

Noise Levels

All MRI machines make noise, but we provide hearing protection, and many patients can listen to music or calming sounds to help them relax.

Movement and Image Clarity

The clearer you stay, the clearer the images. We’ll help you find a comfortable position and provide support as needed to stay still during the scan.

When Contrast Is Needed

In some studies, your provider may request a contrast agent (such as gadolinium). It’s very safe and helps highlight certain areas of the body in more detail. We’ll let you know beforehand if this applies to your exam.

Accuracy Comes From the Right Technology and the Right Team

Advanced MRI Equipment Across All Locations

Whether your scan is performed on a high-field, wide-bore, or open MRI system, we use advanced, ACR-accredited equipment that meets clinical standards.

Board-Certified Radiologists

Your MRI will be interpreted by a board-certified NVRA radiologist , ensuring diagnostic precision and reliable reporting for your referring provider.

Care That Centers Around You

We work with your doctor to make sure your MRI fits both your body and your health plan. If you’ve had trouble with MRIs in the past or just want to talk through your options, we’re here to help.

Ready to Schedule Your MRI?

We’re happy to talk with you about your needs, answer your questions about machine types, and help coordinate a scan that feels right for you.

Call 203-753-NVRA (6872) or Contact Us to schedule your MRI.

What Calcium in Your Arteries Really Means

Wed, 17 Dec 2025 13:42:07 GMT

Understanding Coronary Artery Calcification and Risk Scores

A coronary calcium score is one of the most effective, noninvasive tools for understanding long-term heart health. At Naugatuck Valley Radiological Associates (NVRA), we believe knowledge is power, and this test gives you a clear, measurable way to assess your risk before symptoms ever appear.

Whether you have a family history of heart disease or just want to be proactive, a calcium scoring scan is a smart step toward informed, preventive care.

Why Coronary Artery Calcification Sounds Scary at First

Common Fears About Heart Disease and Blockages

When people hear "calcium in the arteries," they often think of clogged arteries or an imminent heart attack. But in most cases, calcification develops slowly, and early detection can be life-saving.

How Family History and Risk Factors Shape Your Health Outlook

If your parents had heart disease, or if you’ve been managing high cholesterol, diabetes, or high blood pressure, you may already be at increased risk. That’s why imaging like coronary calcium scoring is so valuable: it detects early signs of buildup before symptoms appear.

The Clarity That Comes With Understanding Calcium Scores

How Calcium Builds Up Over Time in the Arteries

Calcium can accumulate in the walls of your coronary arteries as part of the body’s response to inflammation and plaque buildup. This process, known as coronary artery calcification (CAC), is common, especially with age or risk factors.

Why a Calcium Score Helps Predict Future Cardiovascular Risk

A coronary artery calcium score doesn’t diagnose disease; it predicts the likelihood of future cardiac events. The higher the score, the greater the risk, which helps your doctor make informed decisions about prevention and treatment.

What a Coronary Calcium Scan Shows

The Coronary Artery Calcium (CAC) Score Explained

This quick, noninvasive CT scan captures images of your coronary arteries and calculates your total calcium score. It’s fast, accurate, and involves no needles or contrast.

What Different Score Ranges Mean for Your Heart Health

Your score is given as a number that reflects the total area and density of calcified plaque:

0 – No calcium; very low risk
1–99 – Mild evidence; low to moderate risk
100–399 – Moderate evidence; higher risk
400+ – Extensive calcification; significant risk

Even if your score isn’t zero, catching it early means you can take action.

Who Should Consider a Calcium Scoring Scan?

Your doctor may recommend this test if you’re between the ages of 40 and 70 and have one or more of the following risk factors:

Patients With a Family History of Heart Attacks

Heart disease can run in families. A calcium scan can give you clarity on whether you’ve inherited silent early warning signs.

Individuals With High Cholesterol or High Blood Pressure

These conditions can damage artery walls over time, increasing the chance of plaque buildup and calcification.

Patients With Diabetes or Obesity

Both conditions raise the risk of cardiovascular disease. A calcium score can help identify risk even before symptoms start.

Smokers or Those With a History of Smoking

Smoking accelerates plaque buildup. If you’ve smoked in the past or currently do, a scan can offer insight into potential damage.

People Living a Sedentary Lifestyle

Lack of physical activity can contribute to poor heart health. If you're not as active as you'd like to be, a scan can offer motivation and guidance.

What to Expect During Your Coronary Calcium Scan at NVRA

How Long Does the Scan Take?

The scan itself takes about 5–10 minutes, and you’ll be in and out of the office in under 30.

No Needles, No Contrast, No Pain

There are no injections or dyes involved. You simply lie on the scan table, and our technologist will guide you through every step.

Understanding Your Results

How Radiologists Assign Your CAC Score

At NVRA, all coronary calcium scans are interpreted by a board-certified radiologist. Your score is calculated based on the area and density of calcium found in the coronary arteries.

Examples of Common Score Ranges

We’ll help your referring physician interpret what your results mean and how they may influence your care plan. You may not need immediate treatment, but the information is powerful for long-term health planning.

How Calcium Scores Help Prevent Heart Disease

Identifying Risk Before Symptoms Appear

The value of a calcium score is that it can identify risk before chest pain or other symptoms begin, giving you a head start on prevention.

How Scores Influence Lifestyle and Medication Decisions

Depending on your score, your provider may recommend:

Starting or adjusting cholesterol-lowering medications
Making specific dietary and exercise changes
Regular monitoring to track progression

When Doctors Recommend Repeat Scans

If you’re low-risk, you may not need another scan for 5 years or more. If your score is moderate or high, your provider may recommend closer follow-up or additional testing.

Why Patients Choose NVRA for Coronary Calcium Scoring

Accurate Imaging and Board-Certified Radiologists

Our imaging equipment is ACR-accredited , and all scans are interpreted by board-certified physicians . That means precise results you and your provider can trust.

Transparent Self-Pay Pricing and No Hidden Fees

We know cost matters. NVRA offers coronary calcium scoring for just $100 as part of our self-pay pricing , making preventive screening affordable and accessible to more patients.

Convenient Locations Throughout the Region

With locations in Southbury, Waterbury, and Prospect, getting your scan is quick and convenient. Find a location near you today.

Take the First Step Toward Protecting Your Heart

If you’ve ever wondered where your heart health really stands, a coronary calcium scan may be the simple, proactive step you need.

Ask your doctor if a coronary artery calcium score is right for you, then contact NVRA to schedule your test.

CT Scan Basics: How Long It Takes, What It Costs, and What to Expect

Tue, 09 Dec 2025 20:26:26 GMT

When you're told you need a CT scan, it’s normal to have questions:

How long will it take?

How much will it cost?

Is it safe?

At Naugatuck Valley Radiological Associates (NVRA), we hear these questions every day. Whether you're dealing with a new diagnosis, a chronic condition, or simply trying to get answers quickly, we’re here to guide you through the process, step by step.

Why Patients Feel Nervous Before a CT Scan

Common Questions About Time, Cost, and Radiation

CT scans are powerful, fast diagnostic tools, but for many patients, the unknowns can cause worry. Will the scan take long? Will it be expensive? How much radiation does it use?

Add in the fact that some patients are paying out of pocket or juggling multiple medical appointments, and it’s easy to see why they want clear answers upfront.

What Doctors Use CT Scans For, From Injuries to Chronic Conditions

CT (Computed Tomography) scans are used to visualize organs, bones, blood vessels, and soft tissue in great detail. Doctors often order CT scans to help:

Diagnose injuries (like fractures or head trauma)
Detect lung conditions, cancers, or infections
Monitor chronic issues like kidney stones or abdominal pain
Guide treatment decisions or follow-up care

A Clear, Confident Understanding of the CT Process

How Long a CT Scan Really Takes (Most Are Under 10 Minutes)

One of the biggest surprises for first-time patients? CT scans are fast. The actual scan time is often under 10 minutes, depending on the type of exam and whether contrast dye is used.

You’ll spend more time checking in and reviewing instructions than in the scanner itself.

How Much Radiation Does a CT Scan Use and Why It’s Considered Safe

CT scans do use radiation, but modern scanners (like the ones used at NVRA) are designed to minimize dose while maximizing clarity. For most patients, the risk is extremely low compared to the benefit of a timely and accurate diagnosis. Learn more about imaging risks and benefits .

What to Expect During Your CT Scan at NVRA

From Check-In to Results

Check in at one of our convenient locations
Pre-scan instructions explained clearly by our team
Scan performed by a certified CT technologist
A radiologist reads your scan, usually within 24–48 hours
Results sent to your provider or shared via your patient portal

Patients are often surprised by how simple and stress-free the process is, with no loud banging, no long tunnel, and no lengthy wait.

How Long Does a CT Scan Take?

Typical Scan Times for Abdomen, Chest, Head, and Musculoskeletal Exams

Abdomen/Pelvis: ~10–15 minutes
Chest/Lungs: ~5–10 minutes
Head/Brain: ~5 minutes
Spine or Joints: ~10 minutes

Why Some Exams Are Longer (Preparation and Contrast Use)

Some exams may require contrast material, which helps highlight blood vessels, inflammation, or abnormal tissues. If contrast is used, you may need extra time for prep, an IV, or observation afterward.

How NVRA Minimizes Wait Times at All Locations

With multiple CT-capable facilities in Southbury, Waterbury, and Prospect, NVRA works hard to offer fast scheduling and keep appointments on time, so you’re in and out and on with your day.

How Much Does a CT Scan Cost?

Self-Pay Through NVRA

If you’re not using insurance, NVRA offers transparent, easy-to-understand pricing. Our self-pay rates for CT scans start at $100 and go up to $600, depending on the type of scan and whether contrast is used.

Here are a few examples:

CT Lung Screening: $250
CT Head/Brain without contrast: $400
CT Abdomen and Pelvis with contrast: $500
CT Cardiac Scoring: $100
CT Lumbar Spine with contrast: $600

You can find our full list of self-pay rates right here .

Why Outpatient Imaging Is Often More Affordable Than Hospital Imaging

At NVRA, we perform CT scans in convenient outpatient centers, which helps eliminate many of the hidden fees associated with hospital-based imaging. You’ll receive the same level of clinical quality at a significantly lower cost.

How Much Radiation Does a CT Scan Use?

Understanding Radiation Dose in Simple Terms

Radiation in CT scans is measured in millisieverts (mSv). A typical CT scan might expose you to 2–10 mSv, depending on the area being scanned. For context, the average person gets about 3 mSv per year from natural background radiation.

How Dose Is Kept as Low as Possible While Maintaining Accuracy

NVRA uses advanced, ACR-accredited imaging equipment and follows the ALARA principle, As Low As Reasonably Achievable, to reduce radiation dose while still getting the clearest images possible.

When CT Is the Right Choice for Clear, Fast Diagnosis

CT is often the best option when quick answers are needed — whether it’s for internal bleeding, stroke symptoms, or unexplained pain. Your doctor will weigh the benefits carefully before recommending this test.

Preparing for Your CT Scan

What to Wear and Whether You Can Eat or Drink

Wear loose, comfortable clothing
Remove jewelry and metal if possible
Some scans require fasting; instructions will be provided

Special Instructions for Contrast Exams

If your scan includes contrast, you may be asked about allergies, medications, or kidney function. Our staff will review everything with you and answer any questions beforehand.

How NVRA Technologists Support You at Every Step

Our certified technologists are trained to walk you through the process with clarity and compassion, explaining each step so you feel comfortable and informed.

CT Scan Results

How NVRA Delivers Timely, Accurate Radiologist Reports

Your CT scan will be interpreted by a board-certified NVRA radiologist , and the results are typically sent to your provider within 24–48 hours. We also offer a secure patient portal if you'd like to access your report directly.

Why Patients Choose NVRA for CT Imaging

Experienced Technologists and Board-Certified Radiologists

All NVRA CT scans are performed by certified technologists and read by radiologists with years of diagnostic experience, ensuring quality you can trust.

Transparent Pricing and Convenient Scheduling

With clear self-pay options and quick availability, we make it easier to get the scan you need, without the runaround.

Multiple Locations Offering CT Scans Near You

CT imaging is available at all NVRA locations, including Southbury, Waterbury, and Prospect. Find your nearest location and book your appointment today.

Still have questions? Contact us or call 203-753-NVRA (6872) to speak with our scheduling team.

Open MRI Scans: A Comfortable Alternative for Claustrophobic or Larger Patients

Tue, 04 Nov 2025 20:17:51 GMT

Getting an MRI isn’t always easy, especially if you’ve had a challenging experience in the past or know you’re not going to fit comfortably in a tight, enclosed machine. For some patients, it’s just simply not comfortable, whether it’s the fear of feeling stuck, unseen, or unheard in a space that’s supposed to help them get better.

If that sounds familiar, you’re not alone. At Naugatuck Valley Radiological Associates (NVRA), we hear this from patients every week, people who’ve delayed necessary imaging because they were worried about how they’d get through it.

That’s why we offer high-field open MRI at select locations. It’s a more spacious, less stressful alternative to traditional MRI, specifically designed for patients who need comfort, space, and support without sacrificing diagnostic accuracy. If you've been putting off an MRI because of fear, size, pain, or previous experiences, keep reading. You have options! And we’re here to help you feel good about getting the answers you need.

Understanding the Challenge of Traditional MRI Scans

Why Some Patients Struggle With Closed MRI Machines

Closed MRI systems (the kind most people are familiar with) are long, tube-shaped machines that surround the patient. While these scanners produce excellent images, they can be overwhelming for many individuals, especially those who feel confined or anxious in tight spaces.

Common Concerns

Claustrophobia: One of the most common reasons patients request an open MRI. Even the anticipation of being in a narrow space can trigger anxiety.
Body size: Larger patients may feel physically restricted in traditional machines or may not fit comfortably at all.
Mobility limitations: For patients who live with pain, arthritis, or neurological conditions, lying still in a closed MRI for an extended period can be difficult and painful.

The Importance of Patient Comfort in Diagnostic Imaging

When patients are tense, uncomfortable, or anxious, it can be harder to remain still, which can affect image quality and lead to repeat scans. By making patients feel at ease, open MRI can help reduce delays and improve the entire imaging experience.

What Is an Open MRI?

How Open MRI Systems Differ From Closed MRI Machines

Open MRI scanners have a more open, spacious design, typically featuring two flat magnets above and below the patient, with open sides. This allows patients to see the room, breathe more freely, and avoid feeling “trapped.”

High-Field Open MRI: Combining Comfort and Image Quality

Older open MRI systems were known for comfort but had limitations in image quality. Not anymore. NVRA offers high-field open MRI, which combines the wider design patients need with the strong magnetic field required for high-resolution, diagnostic-quality imaging.

Benefits of Choosing an Open MRI

More Space and Less Anxiety During Scanning

Patients who’ve previously avoided MRI due to fear or discomfort are often surprised by how manageable the open MRI experience can be. Being able to see the room, speak with the technologist, and feel less confined can make a huge difference in reducing anxiety.

Quiet, Comfortable, and Less Restrictive Design

Open MRI systems are also quieter than many traditional scanners, helping reduce sensory discomfort. Some models include built-in airflow and lighting, making the environment even more calming.

Ideal for Bariatric or Mobility-Limited Patients

Our high-field open MRI scanners are designed to accommodate a broader range of body sizes, weights, and physical needs, allowing more patients to get the imaging they need without discomfort or delay.

Does an Open MRI Provide the Same Diagnostic Accuracy?

Comparing Image Quality Between Open and Closed Systems

In the past, patients and providers had to choose between comfort and image quality. But with today’s high-field open MRI systems, that trade-off is no longer necessary. NVRA’s open MRI delivers clear, detailed scans suitable for most diagnostic needs, from orthopedic exams to brain imaging.

Why Modern High-Field Open MRI Technology Delivers Reliable Results

With a magnetic field strength of 1.2T or higher, high-field open MRI meets the clinical demands of most musculoskeletal, neurological, and abdominal imaging protocols. This makes it a preferred option for many referring physicians, especially when patient comfort is a concern.

Examples of Exams Commonly Performed With Open MRI

Shoulder and knee imaging
Hip and pelvic scans
Spine and neck evaluations
Brain scans
Soft tissue assessments
Follow-up or pre-surgical imaging

Preparing for Your Open MRI Appointment

What to Expect Before, During, and After the Scan

Your technologist will walk you through the entire process:

You’ll change into a gown and remove any metal items.
The scan typically lasts 30–45 minutes, depending on the area being imaged. However, with SwiftMR, we’ve now been able to reduce our scan times to 15-30 minutes without sacrificing image quality! .
You’ll lie on a padded table that slides into the open MRI scanner.
You’ll be able to see the room and communicate with your technologist throughout the scan.

After the exam, you can return to normal activities with no downtime required.

Tips for Staying Relaxed and Comfortable

Wear comfortable clothes to your appointment.
Tell your technologist if you’re nervous; they’re trained to help.
Bring your own playlist if headphones are available (ask ahead).
If you have anxiety or trouble staying still, let us know in advance so we can plan accordingly.

How NVRA Technologists Support Patient Comfort and Care

Our technologists are trained not only to operate advanced equipment but also to put patients at ease. They’ll answer your questions, explain each step, and stay in contact with you throughout the scan to ensure you’re comfortable the entire time.

Why Patients Choose NVRA for Open MRI Scans

Expert Technologists and Patient-Centered Care

At NVRA, comfort and accuracy go hand-in-hand. We offer:

Board-certified radiologists will interpret your scan
Experienced technologists who prioritize patient comfort
Advanced open MRI systems for better results and better experiences

Accessible Locations and Flexible Scheduling

Our open MRI systems are available at select NVRA locations . With multiple sites across Southbury, Waterbury, and Prospect, it’s easy to find a location that fits your needs and offers appointment times that work with your schedule.

Get the Answers You Need Without the Stress

If you’ve been putting off an MRI because of anxiety, discomfort, or difficulty with traditional scanners, you're not alone, and you're not out of options. NVRA’s high-field open MRI scans are designed for people just like you.

We’re here to help you get the answers you need, with care that makes you feel seen, supported, and safe. Schedule your open MRI today and let us take care of the rest!

Empowering Patients Through Technology | Quarterly Newsletter Fall 2025

Tue, 04 Nov 2025 14:22:24 GMT

Welcome to the Fall 2025 edition of the NVRA Quarterly Newsletter! This issue explores how radiology innovation continues to simplify and strengthen patient care . From faster, more secure image sharing to streamlined online access, we’re highlighting tools designed to make your healthcare experience easier than ever.

Learn how NVRA’s partnership with Inteleshare empowers patients to view, download, and share imaging studies securely from any device — no CDs, no waiting. Plus, discover how our online Patient Portal puts your imaging, reports, and appointment details right at your fingertips.

At NVRA , we’re dedicated to making advanced radiology more accessible, connected, and convenient for every patient we serve. Your health, your images, your time: all supported by compassionate care and trusted expertise!

First Mammogram? What to Expect, How to Prepare, and What It Can Tell You

Thu, 23 Oct 2025 15:48:40 GMT

Scheduling your first mammogram can feel like a big step, and it’s totally normal to have questions or concerns. You might be wondering if it’ll hurt, how long it takes, or what happens if they find something. At Naugatuck Valley Radiological Associates (NVRA), we hear these questions every day, and we’re here to help you feel informed, prepared, and supported.

Let’s walk through what a mammogram actually involves, how to get ready for your appointment, and why it plays such an important role in protecting your breast health.

Understanding the Importance of Your First Mammogram

Why Early Detection Matters for Breast Health

Catching breast cancer early can make a big difference. In fact, when breast cancer is found in its earliest stages, the 5-year survival rate is nearly 99% . That’s why annual screening — especially starting at age 40 — is recommended for most women, even if they don’t have symptoms.

When to Schedule Your First Mammogram

Most guidelines recommend beginning annual mammograms at age 40, but your doctor may suggest starting earlier if you have a family history of breast cancer or other risk factors. If you’re unsure whether it’s time, talk to your primary care provider or OB/GYN — or reach out to our team at NVRA for guidance.

How Mammography Helps Detect Breast Cancer Earlier

Mammography uses low-dose X-rays to capture detailed images of breast tissue. It can detect subtle changes, such as tiny masses or calcifications, long before they can be felt during a physical exam.

What to Expect During the Exam

How Long Does It Take and What You’ll Experience Step by Step

A mammogram typically takes 15 to 20 minutes from start to finish. Here’s how the process usually goes:

Check-in and Prep: You’ll be given a gown and asked to undress from the waist up.
Positioning: The technologist will help position each breast on the mammogram machine.
Compression: The breast is gently compressed for a few seconds to capture clear images.
Multiple Angles: Typically, two views of each breast are taken — top-to-bottom and side-to-side.

That’s it. No injections, no downtime, and you can return to your normal activities right away.

What to Wear and What to Avoid Before Your Appointment

Wear a two-piece outfit (top and bottom) so you only need to remove your top. Avoid deodorant, lotions, or powders on your underarms or chest on the day of your exam, as these can appear on the images and interfere with results.

Timing Your Mammogram for the Best Experience

If you’re prone to breast tenderness, schedule your appointment one week after your period. This timing can make the compression more comfortable.

How to Communicate Any Health History or Concerns to the Technologist

Before the exam begins, your technologist will ask about your health history, including:

Any family history of breast cancer
Previous breast surgeries or biopsies
If you have implants or breast pain
Menstrual cycle timing and hormone use

Be open — the more we know, the better we can tailor your exam.

Understanding Compression and Why It’s Necessary

Compression might feel odd, but it only lasts a few seconds and is critical for producing clear images. It spreads out the breast tissue, reducing motion blur and the radiation dose, and helps detect small abnormalities that might otherwise be hidden.

How Modern Mammography Technology Reduces Discomfort

At NVRA, we use digital 3D mammography, also known as tomosynthesis, which takes multiple images from different angles. This advanced technology not only improves detection — especially in women with dense breast tissue — but also shortens the time under compression.

What to Do If You Have Sensitive Breasts or Implants

Let us know ahead of time if you have implants or experience high breast sensitivity. Our technologists are trained to adjust the positioning and compression based on your needs, ensuring a safe and gentle experience.

How Results Are Reviewed and Reported

What It Means if You’re Called Back for Additional Imaging

Being called back after your first mammogram doesn’t necessarily mean something is wrong. It just means the radiologist needs more information, which is common, especially for first-time patients who don’t have previous scans to compare.

Why Follow-Up Doesn’t Always Mean Something Is Wrong

Around 10% of women are asked to return for follow-up imaging, often to clarify overlapping tissue or a benign finding. Most of the time, it turns out to be non-cancerous, and no treatment is needed. But follow-up ensures that nothing is missed and gives you peace of mind.

Why It’s Important to Choose a Certified Imaging Center

When it comes to breast health, experience and accreditation matter. NVRA is proud to be designated as a Breast Imaging Center of Excellence by the American College of Radiology (ACR), which means our mammography services meet or exceed the highest standards in image quality, patient safety, and radiologist training.

The Benefits of Having Experienced Radiologists Interpret Your Scan

At NVRA, your mammogram is read by a board-certified radiologist with subspecialty expertise in breast imaging. This level of training ensures:

Better detection of subtle changes
Fewer false positives or unnecessary biopsies
Faster, more accurate results for your doctor

Why Patients Across the Region Choose NVRA for Breast Imaging

With locations in Southbury, Waterbury, and Prospect, we make it easy to get the care you need — close to home, without the wait times or stress of a large hospital system. Our patients choose us for:

Convenience
Advanced technology
Compassionate staff
Fast, reliable results

Empowering Women Through Preventive Care

Making Mammography a Routine Part of Your Health Plan

A yearly mammogram doesn’t just check a box — it’s a powerful tool to protect your health. By making it a regular part of your wellness routine, you’re giving yourself the best chance at early detection and long-term peace of mind.

How NVRA Supports You Before, During, and After Your Exam

From the moment you schedule to the moment you receive your results, our team is here to:

Answer questions with care
Make the process as easy and stress-free as possible
Deliver results quickly to you and your provider
Help you navigate any follow-up steps, if needed

Schedule Your Mammogram with NVRA Today

If you're ready to book your first mammogram (or if you’ve been putting it off), we invite you to schedule with NVRA today. Our caring, experienced team will guide you through every step of the process, from preparation to results. You can find a convenient location near you , contact us to schedule your appointment , or learn more about our breast imaging services anytime. We’re here when you’re ready — with care you can trust.

When Is an Arthrogram Needed? Understanding MRI and CT Arthrography in Joint Pain Diagnosis

Wed, 15 Oct 2025 16:02:45 GMT

If you’ve been dealing with lingering joint pain, especially in your shoulder, hip, knee, or wrist, and traditional scans haven’t given clear answers, your provider may recommend an arthrogram . While the word might sound a little intimidating, the procedure itself is safe, targeted, and incredibly useful for diagnosing joint problems that are easy to miss on standard imaging.

At Naugatuck Valley Radiological Associates (NVRA), we perform both MRI with arthrogram and CT arthrogram exams, depending on what your doctor is looking for. This guide will walk you through what arthrography is, why it’s used, how the tests differ, and what you can expect if you’re scheduled for one.

What Is an Arthrogram?

Defining Arthrography in Simple Terms

An arthrogram is a specialized imaging test used to examine joints more closely, particularly when other tests, such as a standard MRI or X-ray, do not provide a clear explanation for ongoing pain or mobility issues. It combines contrast dye with either MRI or CT imaging to give a clearer view of the soft tissues inside a joint, like ligaments, cartilage, tendons, and the joint capsule.

Unlike basic scans, arthrography allows radiologists to spot small tears, structural damage, or inflammation that may be missed otherwise.

How It Differs from a Standard MRI or CT Scan

While a standard MRI or CT can show the general structure of bones and soft tissue, an arthrogram adds contrast directly into the joint, helping to highlight movement and structure in a more detailed way. This is especially helpful when assessing joint injuries, surgical complications, or unexplained mechanical symptoms, such as locking or catching.

When Do Doctors Recommend an Arthrogram?

Unexplained or Persistent Joint Pain

If you’ve had joint pain that hasn’t resolved with treatment — or previous scans were inconclusive — your provider may refer you for an arthrogram to get more answers. This is common in athletes, post-surgical patients, and individuals with long-term joint instability.

Evaluating Ligaments, Tendons, and Cartilage

Arthrography is particularly useful when your physician suspects injury or damage to internal joint structures that can’t be seen well on routine imaging. This includes labral tears in the shoulder or hip, meniscus injuries in the knee, or ligament damage in smaller joints, such as the wrist.

When Other Imaging Doesn’t Provide Enough Detail

Sometimes a standard MRI or CT scan is perfectly appropriate. However, in cases where pain persists without a clear cause or surgery is being considered, the added precision of an arthrogram can significantly impact diagnosis and treatment planning.

MRI Arthrogram vs. CT Arthrogram

How Each Test Works

At NVRA, MRI and CT arthrograms begin with a contrast injection directly into the joint. Instead of using fluoroscopy, we now perform this step using our CT scanner for image guidance. This allows our radiologists to precisely place the contrast agent using real-time CT imaging, ensuring accuracy and patient comfort.

Once the injection is complete:

An MRI arthrogram uses a magnetic field and radio waves to produce highly detailed images of soft tissues like cartilage, tendons, and ligaments.
A CT arthrogram uses X-ray technology to create high-resolution images that show both soft tissues and bone structures with excellent clarity.

Key Differences Between MRI and CT Arthrography

Your doctor will determine which test is right for your case depending on your symptoms, medical history, and the joint involved.

Which Joints Are Typically Imaged

NVRA commonly performs arthrograms on the following joints:

Shoulder – Labral or rotator cuff tears
Hip – Labral injuries or impingement
Knee – Meniscus and ligament damage
Wrist – TFCC tears or instability
Elbow and ankle – Less frequent, but possible in certain cases

What Patients Can Expect During the Procedure

The Role of Contrast Dye in Arthrography

Contrast dye makes the internal structures of your joint more visible by creating separation between soft tissues. It’s injected into the joint before the imaging portion begins and usually contains a mix of saline and gadolinium (for MRI) or iodine-based contrast (for CT). Most patients tolerate it very well.

Step-by-Step Experience of the Test

Prep : You’ll be positioned on the exam table. The skin is cleaned and numbed at the injection site.
Injection : A radiologist uses real-time imaging to guide the contrast dye into the joint.
Scan : You’ll move into the MRI or CT scanner immediately after the injection.
Post-Scan : The entire process takes about 45–60 minutes. You may feel mild pressure, but most patients describe the procedure as tolerable.

Comfort, Safety, and Recovery Considerations

You can resume normal activities the same day unless otherwise directed.
Mild soreness is normal for a few hours after the procedure.
Complications are rare but may include temporary swelling or mild discomfort at the injection site.

Benefits of Arthrography in Diagnosing Joint Pain

Earlier and More Accurate Diagnoses

The added clarity from an arthrogram can help identify conditions earlier — especially in complex or chronic joint issues — allowing your care team to move forward with confidence.

Better Treatment Planning and Surgical Decisions

Whether you’re considering physical therapy, injections, or surgery, arthrography helps guide your next steps by providing your orthopedic specialist with the most complete picture possible.

Helping Patients Understand Their Condition

A better image means a better conversation with your provider. Identifying the exact cause of your joint pain enables more precise explanations, stronger patient-physician communication, and more personalized care.

Potential Risks and Considerations

While arthrography is a very safe test, there are still a few things to be aware of:

Mild discomfort or stiffness for 24–48 hours
A small risk of infection or allergic reaction to contrast (extremely rare)
Not suitable for patients with specific contrast allergies or kidney issues

Your doctor will always weigh the benefits and risks before recommending an arthrogram, and our team at NVRA ensures you’re fully informed before your scan.

How Arthrography Fits Into Your Overall Care Plan

An arthrogram isn’t always the first imaging test — but when joint pain doesn’t respond to basic imaging or treatment, it can be the most helpful next step. It’s beneficial for planning orthopedic surgery or ruling out minor but important injuries that might otherwise go undetected.

Advanced Joint Imaging at NVRA

At Naugatuck Valley Radiological Associates, we’re committed to supporting patients and referring providers with advanced imaging, prompt results, and a personalized experience. If you’ve been referred for an MRI or CT arthrogram, our team is ready to walk you through each step with clarity, comfort, and compassion.

Arthrography is available at select NVRA locations — check availability here or contact us to schedule your appointment.

The Future of Imaging: Emerging Technologies and What They Mean for Patients

Fri, 05 Sep 2025 19:25:41 GMT

Radiology has always moved fast. However, we are currently witnessing a surge in new tools and technologies that could transform not only how imaging is conducted, but also how patients experience it. From artificial intelligence (AI) to portable devices and immersive visualization tools, imaging is heading in a direction that’s faster, more precise, and more tailored to individual needs.

At Naugatuck Valley Radiological Associates (NVRA), we’re closely monitoring these developments and preparing for what comes next. Because when imaging improves, so does care.

The Evolution of Radiology

From X-Rays to AI: A Brief History of Imaging

Radiology began more than a century ago with the discovery of X-rays. Since then, it’s grown to include CT scans, MRIs, 3D mammography, ultrasound, and more — offering clearer, more detailed views inside the human body. Each advancement gave doctors more confidence in diagnosing conditions early and accurately.

Now, the next wave is coming. AI tools are helping analyze images, portable machines are bringing imaging closer to patients, and visualization tools are making complex cases more straightforward to understand.

Why Innovation in Radiology Matters for Patients

For patients, the progress isn't just happening behind the scenes. It shows up in shorter appointments, faster results, fewer retakes, and more informed conversations with their care teams. Imaging is moving closer to where patients are, both physically and personally — giving them access to services that once were only available at large hospitals.

Emerging Imaging Technologies

Let’s take a look at what’s gaining ground and what might soon be part of your imaging experience.

Advancements in Imaging Hardware and Software

Enhancements in Image Resolution and Precision

Modern scanners are improving in how clearly they capture structures inside the body. Higher-resolution imaging helps radiologists detect small changes earlier, especially in complex cases like cancer screening or neurological imaging.

Advanced 3D Imaging and Visualization Tools

3D imaging tools allow radiologists and surgeons to see anatomy in more detail and from different angles. That’s especially helpful in planning surgeries or assessing tumor growth. Some tools now include interactive platforms that enable doctors and patients to review scans together in a more understandable way.

The Role of AI in Radiology

AI and Machine Learning in Diagnostics

AI systems are being trained to identify patterns in images — spotting things like early-stage cancer, microfractures, or brain abnormalities. These tools can act as a second set of eyes for radiologists, helping flag findings faster or confirm subtle changes.

AI’s Role in Routine vs. Complex Tasks

While AI excels at pattern recognition and data crunching, it works best alongside skilled radiologists — not in place of them. Routine tasks, such as screening scans, can be expedited, allowing radiologists to focus on more complex cases that require in-depth analysis and context.

Innovations in Image Visualization

The Intersection of AI and Traditional Radiology

These tools aren’t meant to replace radiologists. Instead, they’re giving radiology teams more time to focus on patient care, reduce diagnostic delays, and make the entire process smoother for patients and providers.

What These Advancements Mean for Patients

Faster Results and Earlier Detection

Many of the technologies in development aim to shrink the time between scan and results. That can reduce anxiety, allow for quicker treatment decisions, and increase the chances of catching issues early when they’re most treatable.

Improved Accuracy in Diagnosis and Treatment Planning

By combining AI, 3D imaging, and enhanced resolution, doctors can diagnose with more precision. That also helps in planning treatments that are specific to a patient’s anatomy, condition, and overall health needs.

Challenges and Considerations

Ethical Use of AI in Medical Settings

As powerful as AI is, it needs to be used responsibly. Questions remain about who makes the final call, how to prevent bias in algorithms, and how to ensure that decisions made with AI assistance are safe and ethical.

Data Privacy, Security, and Regulatory Oversight

With more digital imaging and AI-powered diagnostics, there's more data to protect. Privacy, cybersecurity, and regulatory compliance will be major areas of focus to protect patient information.

Integration with Existing Imaging Systems

Many imaging centers, including NVRA, already use advanced systems. But integrating new technologies with current workflows and platforms takes time, training, and careful planning.

Keeping Patients Informed and Empowered

Ultimately, patients should be kept in the loop about how these technologies affect their care. Transparency is key — especially when AI is part of the diagnostic process. Patients deserve to understand how decisions are made and who’s involved.

What’s Next for Imaging at NVRA?

At Naugatuck Valley Radiological Associates , we’re grounded in a straightforward idea: better imaging leads to better care. While we already use some of the most advanced diagnostic tools available — including 3D mammography, high-field MRI, and digital CT scanning — we’re also staying informed on emerging technologies that could further improve your experience.

As technology continues to advance, we’ll continue to focus on your comfort, access, and peace of mind because the future of imaging should still feel personal.

High-Quality Radiology Services: Accurate Imaging Results You Can Trust

Thu, 14 Aug 2025 13:05:59 GMT

Need a scan? Looking for fast, reliable answers? At Naugatuck Valley Radiological Associates (NVRA), we deliver the high-quality imaging results that doctors rely on and patients can trust. Whether your provider sent you for an MRI, CT, ultrasound, or mammogram, or you’re trying to understand a new health concern, our job is to deliver clear results quickly, using the most advanced imaging tools available.

Diagnostic Imaging at NVRA

What Sets High-Quality Radiology Apart

At NVRA , high-quality radiology means using advanced imaging systems, working with board-certified radiologists, and following industry standards that ensure clear, reliable results. But just as important, it also means treating every patient with the attention and care they deserve.

Why Accuracy Matters for Your Diagnosis and Care Plan

When it comes to your health, the smallest detail can make a big difference. Accurate imaging results help doctors detect issues earlier, plan treatments more effectively, and avoid unnecessary tests or delays. That’s why we’ve designed every part of our process, from scheduling to scanning to reporting, to support the highest level of accuracy at every step.

Comprehensive Radiology Services

MRI: Detailed Views of Soft Tissues and Brain Structures

Our high-field MRI systems provide powerful detail, allowing radiologists to assess soft tissues, joints, brain structures, and more with exceptional precision.

CT: Fast, Accurate Cross-Sectional Imaging

We offer advanced CT scans for fast, high-resolution imaging that helps identify everything from injuries to internal conditions — often in just minutes.

Ultrasound: Safe Imaging for a Range of Conditions

Ultrasound is often the first step in diagnosing a wide range of conditions. Our technologists use it for everything from abdominal imaging to vascular studies and pregnancy care.

Mammography and DEXA for Women’s Health

NVRA provides digital 3D mammography for clear, early detection of breast cancer and DEXA bone density testing to help assess osteoporosis risk — all in a comfortable outpatient setting.

Interventional Radiology Services Available by Referral

We also coordinate care with referring physicians to provide access to interventional procedures, such as ultrasound-guided biopsies, in collaboration with local specialists.

Investing in Innovation and Technology

State-of-the-Art Equipment for Every Modality

We regularly update our imaging technology across all locations to maintain image quality and keep exams fast, accurate, and efficient.

Low-Dose CT Lung Screening for Early Detection

Early detection can save lives. NVRA offers low-dose CT screening for eligible patients at risk of lung cancer — using protocols designed to reduce radiation exposure without sacrificing quality.

How Upgrades Support Faster, Clearer Results

Newer equipment doesn’t just mean better images — it also speeds up your appointment, reduces repeat scans, and supports faster delivery of results to your referring provider.

Board-Certified Radiologists With Subspecialty Expertise

Every scan at NVRA is read by a board-certified radiologist, and many of our physicians have subspecialty training in areas like neuroradiology, musculoskeletal imaging, breast imaging, and body imaging. With 11 experienced radiologists on staff, we bring together clinical insight and diagnostic accuracy — so patients and providers can feel confident in the findings.

Patient-Centered Diagnostic Care

Answering Common Questions With Transparency

We know medical imaging can raise a lot of questions — about cost, preparation, and what happens after the scan. Our team is always available to walk you through the process clearly, without jargon.

Clear Communication and Rapid Report Turnaround

Most reports are delivered to your physician within 24 to 48 hours, helping to move care forward quickly. We also offer a secure Patient Portal where you can view your images and reports anytime.

Trusted by Providers Across Connecticut

NVRA works with primary care providers, specialists, and hospital partners throughout Connecticut. Physicians trust us to deliver consistent, reliable results — and patients appreciate being able to choose a radiology provider that values both accuracy and convenience.

Consistent Results Across Southbury, Waterbury, and Prospect

No matter which NVRA location you visit, you’ll receive the same high-quality imaging, professional care, and timely results. Each of our facilities is ACR-accredited and recognized as a Diagnostic Imaging Center of Excellence .

Why High-Quality Imaging Makes a Difference

When it comes to your health, the quality of your imaging matters — because clear answers lead to confident care. At Naugatuck Valley Radiological Associates , we take pride in providing diagnostic imaging that patients and providers can truly trust.

We’re committed to combining modern technology, proven standards, and a patient-first approach across every exam we offer. Whether you're coming in for your first scan or following up on care, we’re here to provide results you can rely on — today and every step of the way.

Accessible Diagnostic Imaging for All Patients

tech@zerogravitymarketing.com (Zero Gravity) — Mon, 28 Jul 2025 19:28:37 GMT

As Connecticut’s leading independent imaging network, NVRA is dedicated to delivering the highest quality diagnostic imaging services using the most advanced technology, while ensuring convenient and affordable access for every patient.

With four state-of-the-art outpatient imaging centers in Southbury , Waterbury , and Prospect , including two joint ventures with trusted hospital partners, NVRA offers a wide range of services, from 3D mammography and ultrasound to advanced CT scans and MRI. Every location is accredited as a Diagnostic Imaging Center of Excellence by the American College of Radiology, reflecting our unwavering commitment to exceptional care.

Our physician-owned practice stands out by prioritizing patient-centered care , transparency in pricing , and personalized support. We proudly accept all major insurance plans, offer self-pay pricing and flexible payment options, and partner with local health systems, including Trinity Health of New England and SONE Health, to make high-quality imaging truly accessible.

Whether you need a routine scan or advanced diagnostics, NVRA is here to remove barriers and support your health journey close to home, on your schedule, and on your terms.

Access Is Essential to Patient-Centered Radiology

Why Equitable Access Matters in Modern Imaging

Access isn’t just about getting a scan; it’s about empowering you to take charge of your health. Equitable access ensures that whether you’re managing a chronic condition or checking a new concern, you can receive the care you need without barriers. Studies have shown that better access to diagnostic imaging leads to earlier detection and improved outcomes.

The Evolving Role of Independent Imaging Providers Like NVRA

Independent centers like NVRA are reshaping the way patients experience radiology. We focus on personalized care, faster scheduling, and a stress-free experience, all without the long waits and complexity of large hospital systems. Our physician-owned, patient-centered model means we’re accountable to you, not a corporation ( read more about our philosophy ).

Expanding Access Across Connecticut Communities

Serving Southbury, Waterbury, and Prospect With Consistency

We understand that convenience and consistency are essential. That’s why NVRA offers the same high-quality, inclusive diagnostic imaging across all our locations in Southbury, Waterbury, and Prospect. You can count on seeing familiar faces and receiving the same reliable care, wherever you go ( find your closest location ).

Removing Geographic Barriers Through Local Care

Long drives and unfamiliar facilities can add unnecessary stress to an already worrying time. By providing local imaging services , we help reduce these barriers, allowing you to stay close to home and loved ones.

Inclusive Diagnostic Imaging for Every Patient

Supporting All Backgrounds, Ages, and Health Needs

At NVRA, we’re dedicated to serving patients from all backgrounds, whether you’re a young athlete recovering from an injury or a senior managing a chronic condition. Our staff is trained to provide culturally sensitive care and support patients of all ages and health statuses ( learn about our commitment to excellence ).

Accessibility for Patients With Disabilities

Offering Communication Support When Needed

We understand that accessibility goes beyond ramps and parking spots. Our team is ready to provide communication support services, such as interpreters or written materials in alternative formats, to make sure every patient fully understands their care.

Financial Accessibility and Insurance Coverage

Transparent Billing and Self-Pay Support

Healthcare costs shouldn’t be a mystery. That’s why we offer transparent billing, detailed estimates, and flexible payment options for self-pay patients. We’re here to work with you, not surprise you.

Helping Patients Understand Their Options

Our team is always available to walk you through insurance coverage, pre-authorization, and payment plans so you feel confident and prepared before your visit. NVRA participates with all major insurance plans to ensure broader access to care.

Strengthening Community Care Through Collaboration

We work closely with local hospitals and referring physicians to create a seamless, community-based approach to imaging. By collaborating, we ensure continuity of care and help improve overall community health.

Imaging That’s Accessible, Inclusive, and Reliable

From our welcoming reception desks to the advanced imaging technology in each room, every detail at NVRA is designed to make diagnostic imaging accessible, inclusive, and reliable.

Explore our services, meet our team, or schedule your next scan today. Because at NVRA, you’re always more than just an image. You’re family!

Diagnostic Imaging for Back Pain: MRI, CT, or X-Ray?

Tue, 08 Jul 2025 17:41:44 GMT

“Oh, my aching back!”

If you are like most people, you will be uttering those words at some time in your life. In fact, a national survey shows that 39% of people in the United States had back pain within the previous three months; up to 80% of Americans will experience back pain at some point during their lives. In fact, low back pain is the second most common health complaint in the United States; 80 to 85% of people experience low back pain at some time.

Having back pain is no fun, and neither is wondering why your back is hurting. Diagnostic imaging may be helpful, but determining when to undergo imaging for back pain can be challenging. When you and your doctor decide that it is time for diagnostic imaging, NVRA is glad to provide the imaging you need for your back pain.

Diagnostic Imaging for Back Pain: When to Consider an MRI, X-Ray, or CT Scan

Several conditions can cause back pain. Treatment for these conditions relies largely on the underlying cause.

Back Pain and Diagnostic Imaging

Diagnostic imaging can help you and your doctor determine what is causing your back pain.

Common Causes of Back Pain

Strains – injuries to your muscles or tendons, which are the tissues that attach muscles to bones; strains can happen suddenly or over time.
Sprains – injuries to the ligaments that connect the bones of the spine, known as vertebrae; spinal sprains usually occur after a fall, twisting motion, or blunt force injury.
Fractures – broken bones of the spine.
Arthritis – pain, swelling, stiffness of the joints between vertebrae.
Degenerative disk disease – thinning of the rubbery discs that cushion the vertebrae and prevent the bones from grinding together.
Slipped disk – also known as a herniated disk, a slipped disk occurs when the disk tears, and the gel-like center of the disk pushes through the crack to press against nearby nerves to cause pain.
Osteoporosis – loss of bone density or weakening of the bones.
Sacroiliitis – inflammation and irritation of the sacroiliac joint, which is where the spine connects to the pelvis.
Spinal stenosis – abnormal narrowing of the space inside the spinal column, which puts pressure on the spinal cord to cause pain, numbness, tingling, or weakness.
Curvature of the spine – abnormal curves of the spine, such as scoliosis (sideways curvature), kyphosis (curvature of the upper back that causes a hump), or lordosis (excessive inward curvature of the lower back).

Less common causes of back pain include:

Tumors
Spina bifida – a birth defect in which the vertebrae and spinal cord do not form correctly
Multiple sclerosis – a condition in which the immune system attacks the covering that protects nerves

Importance of Accurate Diagnosis

Because so many things can cause back pain, and because each underlying cause of back pain requires a different approach to treatment, diagnosing back pain can be complicated. Strains and sprains usually respond well to rest and over-the-counter pain relievers, for example, while a spinal fracture may require surgery. Knowing the cause of your back pain can help you and your doctor determine the best course of treatment.

Overview of Imaging Modalities for Back Pain

Doctors rely on different types of imaging tests, known as imaging modalities, for diagnosing back pain. Diagnostic tests for lower back pain include X-rays, CT scans, and MRIs. Each imaging modality provides different insight into back pain.

X-Ray Imaging

Because they are fast and inexpensive, X-rays are usually the first type of imaging done for back pain. Doctors typically recommend X-ray imaging for backs when a patient:

Has recently had an injury
Is experiencing pain that does not respond to conservative treatment, such as rest, ice, and physical therapy
Has pain along with other symptoms
Has “red flags,” such as a fever, weight loss, history of cancer, or neurological symptoms, such as tingling, numbness, or weakness

X-ray imaging can show:

Fractures
Osteoporosis
Arthritis
Tumors
Slipped discs

Computed Tomography (CT) Scans

CT scans create 3D images of your spine. It uses an X-ray and a computer to compile multiple images into 3D images. Your doctor may recommend a CT for back pain when an X-ray or a physical examination is inconclusive.

CT scans of the spine can show:

Herniated disks
Injuries
Spina bifida
Fractures
Arthritis
Tumors
Spinal stenosis

Magnetic Resonance Imaging (MRI)

MRIs use a strong magnetic field and radio waves to create images of the spine. When it comes to back pain, this imaging modality has several advantages over X-rays and CT scans. For example, an MRI is the most effective imaging method for creating images of the spinal cord and nerves.

When Is Diagnostic Imaging Needed?

Because back pain usually goes away on its own within a few weeks, doctors usually suggest waiting 6 weeks before undergoing diagnostic imaging for most patients. In many cases, diagnosing back pain can be done through a physical examination.

Scenarios Requiring Immediate Imaging

Some patients require immediate imaging. A doctor might recommend imaging right away if a patient has:

Severe neurological problems, such as weakness, numbness, or bowel/bladder issues, or neurological problems that get worse
Fever
Sudden back pain with tenderness of the spine, especially in patients with a history of weak bones (osteoporosis), cancer, or steroid use
Trauma
A serious underlying medical condition, such as cancer

Why MRI for Spine Assessment?

Your doctor may order an MRI first, or they may recommend having an MRI for spine pain after other modalities, such as an X-ray or CT scan.

What does an MRI show for back pain?

An MRI can show a number of conditions, such as herniated disks, spinal stenosis, nerve compression, and other painful conditions.

Advantages of MRI Over Other Modalities

MRI has certain advantages over X-rays and CT scans, making it the preferred scan for back pain in many cases. For example, CT scans and X-rays use small doses of radiation to create images, whereas MRIs do not.

MRI vs. CT for back pain

MRI is generally better for creating images of soft tissue, such as the spinal cord, nerves, and herniated disks. CT is good for visualizing the structure of bones and for detecting bone fractures.

Detailed Visualization of Soft Tissues and Nerves

X-rays and CT scans are very effective at creating images of bones and empty spaces, and they can do a fair job of visualizing some types of soft tissue. However, MRIs create highly detailed images of soft tissues and nerves, which may be important in diagnosing the underlying cause of back pain.

Preparing for a Spinal MRI

Preparing for a spinal MRI may be easier than you think:

Eat and drink as usual, unless directed otherwise
Take all medications as usual
Remove all piercings and leave all jewelry at home

What to Expect During the MRI

Prior to your MRI, the radiology team will likely have you change into a hospital gown and confirm that you have no metal on the inside or outside of your body.

Reading and Understanding MRI Results

A radiologist will interpret the MRI results and issue a report, which usually includes different sections for patient information, details about how the MRI was performed, the findings, and the radiologist’s impressions/conclusion. The findings section includes information about the structures examined, along with abnormalities, such as disk herniations or spinal stenosis. The impression/conclusion provides a summary of the findings and their significance.

Interpreting Normal Versus Abnormal Findings

Normal findings show a clear spinal canal, healthy vertebrae, and intact disks. Abnormal findings may show impingement or entrapment (pinched nerve), degenerative disk disease, bulging of the disks, fractures, improper development of the spinal column, inflamed tissue near the spine, and more.

Common Conditions Diagnosed Through MRI

MRIs can help doctors diagnose a number of conditions that cause back pain, such as:

Tumors
Abscesses (infections)
Birth defects
Bleeding into the spinal cord
Degenerative disk disease
Multiple sclerosis
Inflammation of the spinal cord

MRI can also help surgeons plan surgical procedures.

Potential Limitations and Risks of MRI

While MRIs can create incredibly clear images of the spine, muscles, and other structures of the back, the imaging modality does have some potential limits and risks.

Recognizing the Limitations of MRI Scans

MRIs are also limited in their ability to image bones and other tissues in your back.

Potential Risks and Precautions

MRI scans use a strong magnetic field to create images, and this magnetism can affect implanted devices (such as pacemakers) or move metallic objects. Be sure to tell the radiation technician if you have any implanted metal or are wearing metal jewelry.

Patient Education and Expectations

Patients often don’t know what to expect with an MRI. They are usually relieved to learn that having an MRI is relatively easy.

Do I need an MRI for back pain?

You may need an MRI for back pain that has persisted longer than 6 weeks, if you have recently suffered trauma to your back, or if you have a “red flag,” such as numbness or cancer.

Educating Patients About MRI Processes

Prior to your MRI, the radiology team will instruct you to lie on your back on a table. This table will slide into the MRI machine, which looks like a long tube that is open at both ends. During the test, the MRI is quite loud, so the team may provide you with a set of headphones and music that helps drown out the noise. Doctors will sometimes order contrast that highlights certain features during the test; in these cases, the radiology team will start an IV.

You will need to lie perfectly still during your MRI to prevent the images from being blurry. If you have trouble lying still, or if you experience anxiety or other discomfort, you can alert the technologist by pressing an alarm button.

Your MRI results should be available within a few days. To learn the results of your MRI, please contact the physician who ordered them.

For more information about when to consider an MRI, X-ray, or CT scan for back pain, contact Naugatuck Valley Radiology . We offer a wide variety of modalities and imaging for back pain.

Screening Exams and New Logo | Quarterly Newsletter Q2 2025

Tue, 08 Jul 2025 16:59:53 GMT

Welcome to the latest edition of the NVRA Quarterly Newsletter! This issue focuses on the power of preventive screenings and how early detection through radiology can protect your long-term health. From the life-saving potential of mammograms and low-dose lung CTs to bone density and heart health assessments , we’re highlighting tools that help you stay ahead of illness.

We’re also excited to debut our refreshed logo, modernized to reflect our commitment to compassionate, innovative care. As always, NVRA is here to support your journey toward better health with trusted expertise and personal attention!

What Is Elastography, And How Does It Help in Liver Disease Diagnosis?

Wed, 25 Jun 2025 18:44:26 GMT

Internal organs are usually elastic and supple. In fact, stiffness and lack of elasticity may be a sign of disease. Elastography is a type of medical imaging that tests the elasticity of an organ. Doctors may order liver elastography when they suspect liver disease is present.

Hepatitis B, hepatitis C, fatty liver disease, and other chronic liver diseases can damage the liver; this damage can lead to the formation of scars. As scar tissue accumulates, it can cause the liver to lose elasticity. Elastography is a crucial component of liver disease diagnosis, as it enables doctors to detect liver disease and assess its severity.

Overview of Elastography and Its Significance

Elastography uses low-frequency vibrations during an ultrasound or MRI to create images of the liver or other organs.

Importance of Liver Health and Timely Diagnosis

The liver performs more than 500 functions , from producing important substances and balancing blood sugar to removing waste products and controlling immune responses. Disease can prevent the liver from doing its job, and this can lead to significant illness.

Many liver diseases develop slowly and produce few or no symptoms in their early stages, when they are most responsive to treatment. A timely diagnosis can help patients begin treatment as early as possible, leading to better outcomes.

Principles of Ultrasound Elastography

A member of the radiology team moves a hand-held device, known as a transducer, across the patient’s skin. More specifically, they will move the transducer over a small portion of the liver, just under the ribcage on the right side of the patient’s body. The transducer produces a series of painless vibrations that strike the liver and bounce back to a computer, which uses the information to create an image of the organ. The image displays the size and shape of the tissue, as well as signs of disease, including the presence of stiffness or fluid.

Basics of Elastography

Elastography measures how fast the vibrations move through the tissue: the faster the pulses move, the stiffer the tissue.

Physics of Strain Imaging

Strain elastography measures stiffness by applying pressure to the tissue. Pressure deforms or “strains” the tissue; healthy tissue will show signs of strain, while stiffer tissue will be less deformed.

Shear Wave Imaging Explained

The term “shear waves” describes how energy can travel. A shear wave is somewhat like shaking a rope, where the rope moves up and down, but the energy travels forward in a straight line. In shear wave imaging, a higher-intensity pulse creates shear waves, which travel faster through stiffer tissue.

Shear wave imaging uses color-coding to create a visual interpretation of tissue stiffness.

Liver Diseases and Their Diagnosis

More than 100 diseases can affect the liver, and each can cause similar symptoms. Many of these conditions are progressive, which means they can worsen in stages over time.

Stages of Liver Disease

Stages of liver diseases include:

Inflammation – also known as hepatitis, this stage involves swelling of the liver; it may not cause symptoms
Fibrosis/scarring – development of scars, which causes stiffness of the tissue; some amount of fibrosis may be reversed if caught and treated early
Cirrhosis – permanent scarring of the liver
Liver failure – the liver can no longer work well enough to meet the body’s needs

Symptoms and Complications

In its early stages, liver disease may not cause symptoms. When it does, symptoms may include:

Upper abdominal pain on the right side
Loss of appetite or nausea
Fatigue

As it progresses, scarring prevents bile from moving from the liver into the digestive tract. Instead, the bile enters the bloodstream to cause signs and symptoms, such as:

Jaundice, or yellowing of the skin and eyes
Dark-colored urine
Light-colored stool
Digestive issues, especially when it comes to digesting fats
Weight loss and muscle loss
Musty-smelling breath
Trouble thinking
Itchy skin without a rash

Focus on Cirrhosis and Liver Failure

The scar tissue associated with cirrhosis prevents blood from flowing through the liver. Over time, the lack of blood flow can lead to liver failure.

Benefits of Early Detection

As with many conditions, liver diseases respond best when treated in their early stages, before scarring interrupts blood flow.

Patient Preparation and Test Risks

Before undergoing elastography, patients should receive instructions on how to prepare for the test and be informed about the risks associated with the procedure.

How to Prepare for an Elastography Exam

To prepare for elastography, patients should:

Avoid eating or drinking anything high in sugar, as sugar can affect how the liver functions during the test
Fast (avoid eating or drinking anything) for as long as instructed before the exam
Wear loose-fitting clothing and leave jewelry at home
Tell the radiologist if you have any metal in your body or if you think you might be pregnant

Risks and Safety Considerations

There are no known safety or risk considerations associated with elastography.

Frequently Asked Questions About Liver Elastography

Is elastography safe and non-invasive?

Yes! There are no known safety concerns associated with this exam, and it is non-invasive.

Do I need to fast or follow any prep instructions?

Before your test, your radiologist may recommend that you avoid eating or drinking, especially food or beverages that contain sugar.

What do elastography results mean?

Doctors measure liver stiffness in kilopascals (kPa). Normal results are usually 2 to 7 kPa. Results higher than 7 kPa may indicate liver disease. The highest possible result is 75kPa.

Is Elastography covered by insurance providers?

Insurance providers may cover the cost of elastography if the test is medically necessary.

For more information on liver health imaging with elastography, connect with NVRA. Our team of radiology professionals provides elastography and other tests to help your doctor diagnose liver disease.

Why Annual Screenings Are Important: Preventative Health Through Imaging

tech@zerogravitymarketing.com (Zero Gravity) — Mon, 09 Jun 2025 22:53:00 GMT

Almost all health conditions and diseases are easiest to treat when they are in their earliest stages of development. Treating conditions early also leads to better results in people who have breast cancer, osteoporosis, heart disease, or a number of other serious diseases.

Understanding Routine Health Screenings

Health screenings are important to your overall health. In fact, they may even save your life.

Definition and Purpose

Routine health screenings focus on identifying specific health conditions, such as breast cancer, heart disease, and weakening of the bones (osteoporosis). These health screenings are especially helpful at detecting diseases early, before they cause signs or symptoms.

Importance of Preventive Health

The old adage, “an ounce of prevention is worth a pound of cure” is true – detecting and addressing certain health issues early can prevent them from getting worse. In other words, preventive health through health screening can save lives.

Types of Screening Modalities

Preventive health screenings typically involve the use of diagnostic imaging, such as CT scans, MRIs, and mammograms.

Low-Dose CT Scans for Annual Screenings

A CT scan uses an x-ray and computer to create 3D images of internal organs. Like standard x-rays, a CT scan uses ionizing radiation to create the images, and this radiation can cause health issues. Annual screenings use low-dose scans, which emit lower doses of radiation.

Doctors use low-dose CT scans to screen for heart problems, lung cancer, and other health issues.

MRI and Its Uses

Magnetic resonance imaging (MRI) uses powerful magnets and computers to create images of soft tissues. Tumors and inflammation cause excess fluid; because MRI is good at detecting this fluid, it is an exceptional test for detecting:

Cysts
Joint abnormalities
Liver problems
Brain or spinal cord issues
Fibroids, endometriosis, and uterine abnormalities

Mammograms for Breast Cancer

Mammograms can detect breast cancer before the patient or their doctor can feel the tumor. Apart from skin cancer, breast cancer is the most common type of cancer worldwide, accounting for 30 percent of all newly diagnosed cancers. Since 1990, mammograms have saved somewhere between 384,000 and 614,500 lives.

Other Screening Options: DEXA, Ultrasound, and More

Physicians may recommend other types of imaging to screen for health issues. These screenings may include:

DEXA – screens for osteoporosis
Ultrasound – this test uses sound waves to detect problems in the circulatory system, such as aneurysms, blood clots, and peripheral artery disease

Diagnostic vs. Routine Assessments

Imaging can be used for both diagnostic and routine assessments. In other words, the two use MRIs and other types of imaging equipment to create images inside the human body. Both are used by clinicians to help improve the health of their patients.

Key Differences Between Diagnostic and Preventive Imaging

While diagnostic and routine assessments have a lot in common, they have different purposes.

Diagnostic imaging is to diagnose the cause of a patient’s fever, pain, or other signs or symptoms
Preventive imaging, also known as routine assessments or screening tests, is to detect certain diseases before the patient has signs or symptoms

When a Routine Exam Becomes Diagnostic

A routine exam can become a diagnostic exam when the imaging shows something abnormal or when the patient has new symptoms.

Diseases Detected by Imaging Screenings

Preventive health screenings detect a number of diseases that affect nearly every organ in the body.

Cancer Detection (Breast, Lung, Colon)

Routine screening can help detect cancer in its earliest stages, before it spreads to other parts of the body. Testing modalities include:

Mammography for breast cancer
Low-dose CT scans for lung cancer
Virtual colonoscopy or CT colonoscopy that tests for colon and colorectal cancer

Cardiovascular Conditions

Imaging can help doctors detect diseases of the heart and blood vessels, also known as cardiovascular conditions. Calcium Cardiac Scores use CT scans to identify calcium plaques in the coronary arteries serving the heart, for example, and this can help a doctor calculate a patient’s risk for a heart attack or other cardiovascular problems. An ultrasound can help practitioners detect aortic aneurysms, which are bulges in the coronary artery walls.

Monitoring Chronic Illnesses, Such As Osteoporosis

Some screening tests can help doctors monitor chronic illnesses to prevent serious health emergencies in the future. Osteoporosis is a chronic condition characterized by weak bones; having osteoporosis increases the risk of broken bones. Osteopenia is an early form of osteoporosis – monitoring osteopenia and osteoporosis can help detect weakening in bones and reduce serious bone fractures.

Guidelines for Health Screenings

The U.S. Preventive Services Task Force (USPSTF) provides guidelines on health screenings to help patients know which screening tests may benefit them, and when to get these screenings.

Recommended Screening Timelines

Colorectal cancer

Adults ages 50 to 75
Screen every 5 years with CT colonography or flexible sigmoidoscopy

Breast cancer

Women aged 40 to 74
Screen biannually (every 2 years) with mammography

Lung cancer

Adults who have smoked a 20 pack-year (amounting to a pack a day for at least 20 years or two packs a day for 10 years or more) and who are currently smoking, or who have quit smoking in the past 15 years
Screen with low-dose CT scan
Annual screening for adults aged 50 to 80; screening should stop after the patient has not smoked for 15 years, or has developed a life-shortening illness, or lacks the ability or willingness to undergo curative lung surgery

Osteoporosis

Post-menopausal women under the age of 65 who have one or more risk factors for bone fractures
Frequency of scans depends on the patient’s risk factors and the results of the previous scan, but are generally done every two years

Personalized Screening Schedules

While the USPSTF uses research to form their general screening guidelines, they also recognize that every person has unique needs when it comes to preventive health. Certain factors increase the risk that someone might develop a disease – people at high risk would benefit from having the screening more often, while those at average risk can follow the USPSTF’s suggestions.

Factors shaping personalized screening schedules include:

Personal history of a condition
Age, sex, race, screening history
Family health history
Genetic predisposition
Personal history of smoking, alcohol consumption or other lifestyle factors
Breast density
Exposure to known cancer-causing agents

The Influence of Family Health History

Family health history is an important factor in determining someone’s risk of developing certain diseases. In fact, a family’s health history is one of the strongest influencers on whether a person develops heart disease, diabetes, stroke, or cancer. While nobody can change their family history, they can be proactive about monitoring their health through screening.

Frequently Asked Questions About Annual Imaging Screenings

What’s the difference between diagnostic and screening imaging?

Screening imaging is used to check for signs of disease before symptoms appear. It’s typically done routinely to monitor health and catch problems early. Diagnostic imaging, on the other hand, is used when someone has symptoms. It helps doctors understand what might be causing those symptoms and determine the right course of treatment.

Are these annual screenings really necessary if I feel fine?

Yes. Many serious conditions—including cancers, heart disease, and osteoporosis—develop quietly without obvious symptoms. By the time signs appear, the disease may be harder to treat. Annual screenings help detect issues early, when treatment is often more effective and less invasive.

Are preventative screenings covered by insurance?

In many cases, yes. Most health insurance plans cover recommended preventive screenings, especially those included in guidelines from the U.S. Preventive Services Task Force. Coverage can vary, though, depending on your plan, age, and risk factors. It’s a good idea to check with your insurance provider before scheduling any screening.

How safe are routine imaging tests in terms of radiation?

Most imaging screenings, such as mammograms and low-dose CT scans, use very small amounts of radiation. These doses are carefully controlled to keep exposure as low as possible while still producing clear, useful images. In many cases—especially with MRI and ultrasound—no radiation is used at all. If you have concerns, speak with your provider about the risks and benefits for your specific situation.

For more information about the importance of annual screenings, consult with NVRA. As your trusted leader in affordable diagnostic imaging , our mission is to deliver accessible, high-quality screening to help you detect certain health conditions in their early stages. Contact NVRA for more information.

Affordable Diagnostic Imaging and Self-Pay Imaging Options

Fri, 02 May 2025 13:24:04 GMT

Getting high-quality diagnostic imaging may be essential for your health, and getting it at an affordable price is also important. When you have health concerns, you shouldn’t have to worry about the cost of X-rays and MRIs. Fortunately, Naugatuck Valley Radiology offers affordable diagnostic imaging that you can count on.

Diagnostic Imaging That Puts Patients First

At Naugatuck Valley Radiology, you are our priority. If you are like many of our patients, you are not quite sure what to expect during your diagnostic imaging. This uncertainty can cause anxiety and nervousness, which can compound any discomfort or stress you are already experiencing from your illness or injury. We put your comfort and well-being first by creating a personalized atmosphere that is both relaxing and professional.

Why Access to Affordable Imaging Matters

When you are feeling ill or in pain, you need a fast and accurate diagnosis, which diagnostic imaging can provide. Affordable imaging can help you keep your healthcare expenses under control.

Understanding the Rise of Self-Pay Options

An increasing number of patients are paying for their own medical care rather than relying on insurance or other payors. The rise in self-pay is due to increasing out-of-pocket and high deductibles associated with insurance, increasing medical costs, and the need for greater control. Many healthcare organizations are meeting the needs of these patients by offering a variety of self-pay options.

Benefits of Choosing Self-Pay Imaging

Choosing self-pay for imaging can have a number of benefits, such as:

Potentially lower costs
Faster access to care
Greater flexibility in choosing your imaging procedure or provider
Enhanced privacy, as your medical information is not shared with an insurance company

Cost-Effectiveness for the Uninsured and Underinsured

For those without insurance or those with limited coverage, self-pay imaging may actually be more budget-friendly. Often, self-pay or “cash pay” prices are more competitive than those billed through traditional insurance.

Transparent Pricing Without Surprise Bills

Perhaps one of the biggest benefits of self-pay is that you will know the cost of your testing and won’t be surprised by unexpected bills.

What Services Are Covered by Self-Pay Options?

Self-pay options typically cover all types of medical imaging services , including MRIs, CT scans, ultrasounds, and X-rays.

How Naugatuck Valley Radiology Keeps Imaging Accessible for All Patients

Naugatuck Valley Radiology helps make imaging accessible for all patients by keeping costs low and offering competitive self-pay pricing for the uninsured and underinsured.

How Independent Imaging Centers Offer More Value

Independent imaging centers like Naugatuck Valley Radiology offer more value by:

Keeping our overhead costs low at all our locations
Offering convenience and accessibility through flexible hours and shorter wait times
Using advanced technology that reduces costs
Offering personalized service
Focusing on imaging and streamlining our care

Naugatuck Valley Radiology Self-Pay Pricing

At Naugatuck Valley Radiology, we offer self-pay pricing for patients who do not have insurance or choose not to use it, such as those with high-deductible plans. We believe in transparency and affordability, so you’ll always know what to expect.

Who Qualifies and How It Works

Self-pay pricing is available to anyone who:

Does not have health insurance
Has insurance but chooses not to use it due to high deductibles or coverage limits

If you’d like to explore our self-pay pricing, please contact our scheduling department directly. They’ll provide you with the exact costs for your imaging needs and help you set up an appointment that works for you.

Managing Healthcare Costs with Confidence

Naugatuck Valley Radiology helps you manage your healthcare costs with ease! We go out of our way to simplify healthcare costs so you can focus on getting well.

Budgeting for Diagnostic Imaging Without the Stress

At Naugatuck Valley Radiology, we make it easy to manage your imaging expenses. We’re committed to keeping you informed and helping you feel in control throughout the process, so you can focus on your health, not the paperwork.

Avoiding Insurance Complexities with Transparent Pricing

Even the best insurance plans can be complicated – policies can pay vastly different prices for the same imaging. Transparent imaging pricing, like that provided by Naugatuck Valley Radiology, helps patients avoid insurance complexities and unpleasant surprises.

Naugatuck Valley Radiology: A Trusted Leader in Affordable Diagnostic Imaging

As your trusted leader in affordable diagnostic imaging , Naugatuck Valley Radiology's mission is to deliver accessible, high-quality radiology at an affordable price. Ready to book or get pricing info? Just give our scheduling team a call today!

Understanding the Risks and Benefits of Different Imaging Modalities

Mon, 07 Apr 2025 14:03:53 GMT

Imaging modalities are different procedures that create images of the bones and tissues inside the body. As with almost everything, there are benefits and risks to undergoing the different imaging modalities. Understanding these benefits and risks can help you get the most out of your medical imaging.

Overview of Diagnostic Imaging

Definition and Purpose of Diagnostic Imaging

Diagnostic imaging allows your doctors to look inside your body for clues about your health. More specifically, diagnostic imaging creates images that your doctor can use to diagnose a condition, plan treatment, and monitor how well your body is responding to that treatment.

Importance of Imaging in Modern Medicine

Doctors rely on medical imaging to diagnose almost all major medical problems, such as trauma, heart disease, cancer, and neurological disorders.

Medical imaging is essential for:

Detecting diseases early, when they are most responsive to treatment
Accurate diagnoses
Guiding certain procedures, such as ultrasound-guided biopsies
Monitoring treatment
Enabling personalized treatment
Improving patient outcomes

Types of Diagnostic Imaging Modalities

Doctors can choose from a number of diagnostic imaging techniques, known as modalities.

These modalities include:

X-rays: Common Uses and Safety Considerations

First used in 1895, X-rays are the original modality. Because they are good for visualizing bones and joints, it is most commonly used to visualize broken bones and dislocated joints. However, doctors still rely on X-rays to quickly diagnose pneumonia (fluid in the lungs). Mammograms use X-ray technology to help doctors diagnose breast cancer.

X-rays are beneficial in that they are:

Quick
Inexpensive
Readily available

X-rays do have drawbacks, though, in that they:

Use ionizing radiation to create the images
Are poor at imaging details in soft tissues

Computed Tomography (CT): When Is It the Best Choice?

Computed tomography combines X-rays with a powerful computer to create three-dimensional (3D) images of internal organs. These 3D images can be seen as “slices,” or cross-sectional images that allow a doctor to see inside an organ. CTs sometimes involve the use of contrast, which is a type of dye that makes certain features more visible.

CTs are beneficial in that they offer:

Detailed anatomical images of virtually any organ or body system
Fast exams and quick results
Visualization of blood vessels and other features inside organs

Risks of CT scans:

Greater exposure to ionizing radiation in X-rays
Allergic reaction to the contrast dye

CTs are often the best choice when:

Patients are in a lot of pain or cannot stay still for long periods
Doctors need imaging quickly during medical emergencies
Patients have bone fractures

Magnetic Resonance Imaging (MRI): Benefits and Limitations

MRI uses strong magnets, radio waves, and a computer to create diagnostic images. In the most basic terms, the magnets align the protons in water molecules, and then the radio waves knock the protons out of alignment. When the MRI technician turns off the radio waves, the protons release energy as they realign with the magnetic field. The MRI machine detects this energy and uses the information to create images.

MRI is beneficial in that it:

Is exceptional for creating images of soft tissues and organs
Does not use ionizing radiation to create images
Creates images at various angles and in 3D

MRI does have its downsides. For example, MRI may be:

Expensive
Time-consuming
Noisy
Hazardous for patients with certain metal implants or objects

Ultrasound: Safe and Effective for Various Conditions

Also known as sonography, ultrasound uses sound waves to create diagnostic images.

Ultrasound is safe, in that it does not expose the patient to any radiation. It is highly effective in creating diagnostic images, and especially for creating real-time images of soft tissues and vessels. What’s more, ultrasound machines are portable, so technicians can take them anywhere patients and doctors may need them.

The imaging technology does have its downsides, but they are minimal. Ultrasound is not as good as other modalities for visualizing structures deep within the body, for example. What’s more, the patients’ specific anatomy and the skill of the ultrasound technician can affect the quality of the images, which is why it is important to choose an imaging center with highly skilled personnel.

Understanding Radiation Risks in Medical Imaging

Radiation is the primary risk when it comes to medical imaging. To create images, X-rays emit ionizing radiation, which is a type of radiation that atoms release. This radiation has enough energy to ionize an atom, which means it removes an electron (negative particle) from it. Removing the electrons from atoms can alter molecules in the human body, and eventually harm skin or other tissues. Excessive exposure to ionizing radiation can damage DNA to cause cancer, skin burns, and other health issues.

Special Considerations for Vulnerable Populations

Some people have a higher risk for health problems associated with ionizing radiation. Vulnerable populations include fetuses, infants and children, pregnant women, the elderly, and people who have compromised immune systems.

Imaging Risks for Pregnant Individuals

Exposure to ionizing radiation during pregnancy can potentially damage the fetus’s body cells and DNA, which may lead to birth defects, developmental delays, and cancer later in life.

Considerations for Pediatric Imaging

Because they are still growing, the cells inside the bodies of children and fetuses are dividing and growing rapidly, which makes the cells more vulnerable to the effects of ionizing radiation. Children with weakened immune systems are at special risk.

Safety Measures and Guidelines in Diagnostic Imaging

Regulatory agencies have developed safety measures, protocols, and guidelines to reduce risk to both patients and healthcare providers during diagnostic imaging.

Protocols for Healthcare Providers to Minimize Risk

Healthcare providers who perform diagnostic imaging are at great risk for exposure to ionizing radiation. They adhere to principles known as ALARA (as low as reasonably achievable) to stay safe. These principles focus on time, distance, and shielding.

Time: Minimize their time around the imaging device when it is emitting ionizing radiation
Distance: Maximize their distance from the device when it is in operation
Shielding: Use lead or other shielding devices to block ionizing radiation

Patient Guidelines for Informed Decision-Making

More than ever, patients are taking control of their healthcare. Information is essential for making any important decision, of course, but especially when it comes to medical decisions.

The Balance of Risks and Benefits in Imaging

To make an informed decision, patients must balance the risks and benefits of imaging.

The benefits of diagnostic imaging include:

Early detection of diseases
Improving the accuracy of a diagnosis
Informed treatment planning
Enhanced monitoring of a disease or the effectiveness of treatment

Risks include:

Exposure to ionizing radiation
Allergic reactions to the contrast used in MRIs
False positives – can lead to unnecessary anxiety and further testing
Incidental findings – the imaging could reveal abnormalities that are unrelated to the original reason for the test

Importance of Diagnostic Imaging in Diagnosis and Treatment

Diagnostic imaging can give patients and doctors the information they need for accurate diagnoses and effective treatment plans without invasive procedures.

Weighing the Benefits Against the Risks

In most cases, the benefits of diagnostic imaging greatly outweigh the risks. Exposure to ionizing radiation is the primary risk of many modalities, and most of these imaging tests emit radiation at far lower levels than we receive from the world around us.

Scientists often use the term millisievert (mSv) to describe doses of radiation. The average American receives about 3 mSv per year from natural radiation, such as cosmic radiation from outer space; people living at high altitudes receive more than those living at sea level. Traveling on an airplane also exposes you to radiation: you’ll receive about 0.03 mSv when you fly from coast to coast. Radon gas in our homes is the largest source of radiation, at about 2 mSv per year.

A chest x-ray exposes you to about 0.1 mSv, which is about the same as the radiation you’d receive from 10 days of natural background radiation.

Considering the very small amount of radiation required to create a diagnostic image, the benefits significantly outweigh the risks in most cases.

How to Make an Informed Choice with Your Doctor

Your doctor can help you make decisions about your diagnostic imaging by outlining the benefits of imaging, reviewing your risks, discussing ways to minimize your risks, and discussing alternatives.

Empowering Patients with Knowledge

Knowledgeable patients have better outcomes because patients who understand their healthcare are more likely to adhere to treatment plans.

At NVRA, we know that our patients are curious about their health. We are also confident that our patients are able to understand the intricacies of the imaging care they receive.

Schedule Your Imaging Test with Confidence

When it comes to healthcare, confidence in your providers is essential – especially when it comes to diagnostic imaging. After all, your health depends on high-quality imaging performed by professionals.

Staffed with 14 highly trained and board-certified radiologists , NVRA uses prime diagnostic imaging at our four locations conveniently located in Southbury , Waterbury , and Prospect , Connecticut. Our patients rely on us for high-quality 3D Mammography, CT scan, Ultrasound, Open/High field MRI, General Radiology, Arthrography, and Bone Density imaging.

Preparing for an MRI: What to Expect and Tips for a Comfortable Experience

Fri, 04 Apr 2025 20:29:02 GMT

If your doctor has ordered an MRI, you might be wondering what to expect, or unsure what to do to make it comfortable. You’ll be glad that MRI preparation is easier than you may realize. This MRI patient guide will help you prepare for your MRI and get the most out of your imaging.

What Is an MRI?

Magnetic resonance imaging (MRI) is a type of medical imaging. Like other types of medical imaging, an MRI creates pictures of your internal organs from the outside of your body.

How Does MRI Technology Work?

MRI uses powerful magnets, radio waves, and a computer to create images. A ring of magnets forms an open hole or tube in the MRI machine. These magnets create a strong magnetic field around your body. This magnetic field aligns the positively charged particles inside atoms, known as protons. More specifically, it aligns the protons in your body’s water molecules.

Protons are constantly spinning. The magnets stop the protons from spinning and align them to all point in the same direction. The radio waves then make the protons spin out of alignment. When the radio waves are turned off, the protons resume their normal spinning patterns and emit signals. The computer inside an MRI uses these signals to create images.

Common Areas Scanned During an MRI

An MRI can create images of almost every body part, including your brain, spine, joints, pelvis, abdomen, blood vessels, and breasts. Commonly scanned areas of the body include:

Abdomen
Cervical spine (uppermost part of the spine)
Lumbar spine (lowermost part of the spine)
Chest
Brain
Pelvis, which is between the abdomen and the hips
Blood vessels

What to Expect for a Spine MRI

You can expect an MRI of the spine to be relatively easy and comfortable. The biggest drawbacks are that the space inside the machine is a bit tight, the MRI is a little noisy, and you’ll need to lie completely still during the test. Unless you have trouble staying still or are especially claustrophobic, an MRI of the spine is generally comfortable.

If you experience pain or claustrophobia that makes lying still or going into the MRI uncomfortable, notify your referring provider before the exam. They may be able to prescribe a sedative or pain reliever to help you stay comfortable.

Before your test, the technicians will ask if you have a pacemaker, stents, heart valves, coils or filters, or if you've had any surgeries. Depending on the type of metal in your body, you may still be able to have an MRI, but the technologists will need to make accommodations. Please let the technologist know if you are pregnant.

For safety reasons, the technologists will likely ask you to change into a gown.

If contrast is needed for your exam, the technologists will start an IV. Contrast helps enhance the visibility of certain body structures and tissues.

You'll lie on a table, and the technician will position you to get the best images possible. They may use a device called a coil to help keep you in place and may also place a pillow beneath your knees for added comfort. To help muffle the noise of the MRI machine, you’ll be given headphones or earplugs.

The technician will then move to an adjacent room. They can still hear you, and you can communicate with them if needed.

The exam table will slide into the opening of the MRI machine. For certain exams, the technician may ask you to inhale and hold your breath at specific points during the imaging process.

Depending on the size of the area being imaged and other factors, your MRI will likely take 30 minutes or longer.

Key Insights and Preparation for a Brain MRI

An MRI is the most sensitive imaging test of the brain available. It provides detailed images of your brain, the blood vessels connected to your brain, your skull and facial bones, your eyes and inner ears, and other structures and tissues inside your skull. If necessary, you may have both a brain and spine MRI performed on the same day. These exams are scanned sequentially, one after the other, rather than simultaneously.

Doctors often order an MRI of the brain to diagnose:

Aneurysms (bulges) of blood vessels in the brain
Brain injuries resulting from trauma
Conditions of the inner ear and eye
Multiple sclerosis (MS)
Spinal cord conditions
Stroke
Tumors

A brain MRI requires the same preparation as any other type of MRI – take your medications as usual, report any implants, or if you are pregnant, and leave jewelry at home.

Reasons for Undergoing an MRI

Doctors order MRIs to diagnose and monitor a large number of conditions, such as:

Strokes, aneurysms, and other brain issues
Heart and blood vessel (cardiovascular) problems, including structural problems, inflammation, or blockages
Irregularities of the liver, kidneys, spleen, uterus, ovaries, pancreas, or prostate
Bone infections, joint problems, tumors of bones and soft tissues, and issues with the rubbery discs between the bones of the spine
Breast cancer

Diagnostic Benefits of MRI Scans

There are many types of imaging tests, but MRI provides many diagnostic benefits over the other tests. For example, an MRI can:

Create images of any part of the body
Take pictures in any direction
Provide better images in soft tissue than a CT (computed tomography) test
Show the difference between fat, water, muscle, and other soft tissue than CT

MRIs do not use ionizing radiation, so they are a safe alternative to X-rays or CT scans. These benefits can help doctors diagnose a wide variety of diseases and conditions.

Monitoring Ongoing Medical Conditions

MRIs can help your doctor monitor any ongoing medical conditions you may have, such as:

Brain conditions
Spinal conditions, including spinal cord injuries, disorders, compression, or inflammation
Joint conditions, including arthritis, joint damage, tendon and ligament injuries
Liver conditions, including cirrhosis
Bowel conditions, including appendicitis, Crohn's disease, ulcerative colitis
Blood vessel conditions

Preventative Screenings and Early Detection

MRI can aid in the early detection of tumors or lesions before they cause symptoms and when most conditions are easiest to treat. This type of preventive screening and early detection can help save lives.

Preparations Before Your MRI Appointment

There are no special preparations for an MRI appointment. Eat and drink as normal, take your medications as usual, and wear comfortable clothing.

Dietary Restrictions

There are no dietary restrictions for an MRI test.

Medications and Supplements to Discuss with Your Doctor

MRI is safe with most medications and supplements. For maximum safety, though, tell your doctor about all medications and supplements you are taking.

Managing Anxiety and Claustrophobia Before Your Scan

You can talk to your doctor about prescribing a mild sedative that you can take before your scan. You can also practice relaxation and stress-relieving techniques, such as deep breathing. Wearing headphones and listening to music is helpful, as is visualizing a relaxing space.

Post-Scan Procedures and Receiving Your Results

The radiologists and technicians cannot give you the results of your test.

How to Receive Your MRI Results

To receive your MRI results, consult with the physician who ordered the test.

Understanding and Interpreting MRI Results

MRI results have many elements and may seem hard to understand at first glance. The report contains quite a bit of information , such as the type of exam, history/reason for the exam, and the technique used. The Findings section lists what the radiologist saw, and whether they think the tissue in the area is normal, abnormal, or potentially abnormal.

FAQs: Your MRI Preparation Questions Answered

Can I Take Medication Before an MRI?

Yes, take all medications as usual before your MRI. You will need to remove any medication or glucose monitoring patches before undergoing an MRI.

How Long Does an MRI Usually Take?

Depending on the area being scanned, an MRI can take 15 to 90 minutes.

Is an MRI Safe for People with Implants?

It is safe for most people with implants to have an MRI, as many modern implanted medical devices are not made from the ferromagnetic material that can interfere with the scan. Still, it is essential to let the radiology technicians know if you have any type of implant at all.

Can I Have an MRI If I Am Pregnant?

Yes, you can have an MRI while pregnant. Researchers agree that MRIs are safe for both mothers and their unborn babies. MRIs are one of the preferred types of imaging for pregnant patients.

Commitment to Excellence in Diagnostic Imaging at Naugatuck Valley Radiology Associates

Thu, 13 Mar 2025 21:44:26 GMT

At Naugatuck Valley Radiology (NVRA), commitment to diagnostic imaging excellence is our #1 core value. If you are considering diagnostic imaging in Connecticut , here is what you need to know about imaging excellence and high-quality radiology services.

What Is Diagnostic Imaging?

Diagnostic imaging is a non-invasive technology that allows doctors to create images of tissues and organs inside patients’ bodies to diagnose illnesses and injuries.

The Importance of High-Quality Radiology Services

High-quality images produced by a radiology team are essential for an accurate diagnosis, treatment plan, and follow-up care.

Why Excellence in Radiology Matters for Patient Outcomes

Poor image quality can lead to misdiagnoses, which can prevent a patient from getting the care they need for good health. Unclear images can also cause doctors to miss abnormalities, known as pathologies. Misdiagnoses and missed pathologies can lead to poor outcomes, unnecessary repeat examinations, and increased costs.

How NVRA Upholds the Highest Standards in Imaging Services

The medical community holds itself to the highest standards for quality, safety, and patient care in their imaging procedures. NVRA achieves and maintains excellence in diagnostic imaging through accreditation, staying current with research and development, and improved patient experience.

Because of our commitment to excellence and high radiology care standards, NVRA has earned the coveted American College of Radiology (ACR) accreditation for MRI and other types of imaging. To receive ACR accreditation for MRI, NVRA had to pass rigorous testing , including a system performance evaluation to ensure that our MRI is functioning well, clinical imaging on humans, and “phantom testing” on medical testing devices. This testing ensures that we provide the highest quality MRI testing possible.

MRI (Magnetic Resonance Imaging)

Magnetic resonance imaging , or MRI, is an imaging technique that uses powerful magnets and computers to create three-dimensional (3D) images of soft tissues, organs, and bones. MRI is best for imaging the brain, spinal cord, joints, and soft tissues. Doctors often order MRIs to help them make complex diagnoses, such as those affecting soft tissues or the brain and spinal cord.

CT Scans (Computed Tomography)

Computed tomography (CT) scans use X-rays and computers to create 3D images of bones, organs, and tissues. Doctors use CT scans to help diagnose blood clots, bone fractures, and organ injuries.

X-rays: Essential Diagnostic Tools for Everyday Health

X-rays were the first type of medical imaging, and they remain an essential diagnostic tool today. Doctors often use X-rays before ordering other imaging tests, as X-rays are fast and affordable.

Ultrasound: Safe, Real-Time Imaging for Various Conditions

Ultrasound provides quick and safe real-time images. Doctors opt for ultrasounds to monitor pregnancies, guide biopsies, and diagnose conditions affecting the abdomen, pelvis, heart, blood vessels, and other soft tissues.

How NVRA Stands Among the Leaders in Diagnostic Imaging

With expertise in all types of imaging, from MRI to digital mammography and more, NVRA is the area leader in diagnostic imaging. We are committed to continuous improvement and innovation and believe that creating strong partnerships enhances quality and accessibility.

Patient-Centered Care in Radiology

Patient-centered care puts the patient’s needs and priorities first. After all, medical imaging exists to help improve patients' everyday lives.

Creating a Comfortable and Supportive Imaging Experience

NVRA creates a comfortable, supportive imaging experience by:

Respecting the needs, preferences, and values of each of our patients
Coordinating and integrating care whenever possible
Providing clear, usable information and support
Attending to their physical comfort
Creating the highest quality diagnostic images possible

ACR® Diagnostic Imaging Center of Excellence (DICOE) Accreditation

ACR Diagnostic Imaging Center of Excellence (DICOE) accreditation means an imaging facility has passed a comprehensive assessment of every aspect of imaging. Facilities that apply for DICOE accreditation must already be accredited for every type of imaging they offer; they must also participate in specific databases and registries that improve imaging, and pass an on-site survey.

NVRA is proud that our facilities and imaging team were the first to be named an accredited ACR Diagnostic Imaging Center of Excellence (DICOE) facility in Connecticut.

Compliance with National Diagnostic Imaging Standards

Medical imaging is incredibly complex. Properly using and maintaining equipment, hiring qualified people, protecting workers and patients from radiation, and patient care can all play a role in quality medical imaging. Adhering to national guidelines and regulations ensures high-quality, safe medical imaging.

Why Choose NVRA for Your Radiology Needs?

Designating it as a DICOE-accredited facility, the American College of Radiology determined that Naugatuck Valley Radiology met rigorous standards, including high personnel qualifications, commitment to excellence, equipment performance, imaging safety, and quality control. We continue to meet and exceed those standards today.

What’s more, we are patient-friendly! We offer:

Flexible scheduling that includes daytime and evening appointments
Quick turnaround time sending reports to your doctor
Expertise in CTs, MRIs, ultrasounds, digital mammography, x-rays, and more
Flexible payment options

Schedule Your Diagnostic Imaging Appointment Today

The next time you need high-quality radiology services, make an appointment with NVRA ! We offer diagnostic imaging excellence and personalized care that meets or exceeds radiology care standards.

NVRA Quarterly Newsletter – Stay Informed with the Latest in Radiology

Thu, 20 Feb 2025 21:25:51 GMT

Welcome to the NVRA Monthly Newsletter! In this edition, we explore the importance of turnaround time in radiology and how it impacts patient care, highlight new advancements in diagnostic imaging, and introduce our latest team member, Dr. Faryal Shareef .

Learn about our commitment to reducing medical disparities through education and community initiatives. Stay ahead with expert insights and updates from Naugatuck Valley Radiology !

Personalized Care in Radiology: How NVRA Makes a Difference

Fri, 31 Jan 2025 15:40:11 GMT

Personalized care in radiology can help you make the most of your healthcare journey. Tailored to your unique needs, patient-centered radiology care can enhance the diagnostic process and improve your overall healthcare experience.

The Importance of Personalized Radiology Care

Personalized care is important in every field of medicine, of course, but especially when it comes to radiology. People are just as unique on the inside as they are on the outside, so every person has their own needs when it comes to medical imaging. Recognizing these individual differences helps the radiology team at NVRA provide exceptional care for every person we see.

Personalized care in radiology is beneficial to patients, as it allows them to express their concerns and expectations in meaningful ways. This approach puts patients in charge of their health, which can improve outcomes and a better quality of life.

Understanding the Patient-Centered Approach

The phrase “personalized medicine” made its debut in a 1999 Wall Street Journal article , but the idea of patient-centered care has been around since the time of Hippocrates, the Greek physician known as the “Father of Medicine.” Hippocrates recommended prescribing different drugs to different patients, based on their age, physique, overall health, and other factors.

The patient-centered approach focuses on the needs, values, and preferences of the person having the medical imaging. With this approach, the patient is a partner in the decision-making process. The patient-centered approach considers the patient’s medical history and their current concerns. It also creates an opportunity to tailor treatments to the patient’s needs and desires.

Why Personalization Matters in the Diagnostic Process

Certain factors, such as genetics, medical history, and lifestyle, can influence whether someone develops a disease. These factors can also affect the diagnostic process and treatment, and improve communication between patients and providers.

Enhancing Patient Outcomes through Individualized Care

Personalized care can improve outcomes to help patients live longer, healthier lives. Individualized treatment plans can help patients avoid unnecessary tests and treatments, for example, and increase proactive monitoring and screening. Personalized treatment plans also give patients the confidence they need to adhere to their treatment plan.

How NVRA Delivers Tailored Radiology Services

Naugatuck Valley Radiology (NVRA) delivers personalized radiology services to meet the unique needs of each of our patients.

Customized Imaging Solutions for Unique Health Needs

The imaging used at NVRA can be tailored to suit your individual health needs. Our radiologists may also be able to adjust the radiofrequency waves, or sequences, of an MRI to target specific types of tissue.

Building Trust Through Open Communication

Trust helps patients stick to their treatment plans and enjoy better outcomes, and communication can help foster patient trust. A personalized care approach opens channels of communication between patients and their healthcare providers at NVRA.

Experienced Radiologists Dedicated to Your Care

The radiologists at all three of our NVRA locations are highly experienced in providing exceptional radiological care. What’s more, every member of our team of 11 board-certified radiologists participates in ongoing training and accreditation programs that help them stay current on the latest developments in radiology.

Schedule Your Appointment Today and Experience the Difference

Naugatuck Valley Radiology makes it easy to contact them and stay in touch. Existing patients can use our patient portal to review results and more. New and returning patients can contact us by calling 203-753-NVRA (6872) to make appointments.

Frequently Asked Questions About Personalized Radiology Care

If you are like many patients, you have questions about the individualized radiology care available through NVRA. Here are some of the most common questions and their answers.

What Is Personalized Radiology Care?

Personalized radiology care is a patient-centered approach to medical imaging that puts the patient’s needs and desires first. Radiology is not a one-size-fits-all medical field – in fact, medical imaging helps put patients in charge of their healthcare experience.

How Does NVRA Tailor Services to My Needs?

NVRA offers many medical imaging tests that can be tailored to your personal needs and wishes. We stand by ALARA (as low as reasonably achievable) which is the guiding principle for radiation safety.

Can Personalized Care Improve Diagnostic Accuracy?

Personalized care can improve diagnostic accuracy by considering a patient’s unique medical history and current symptoms when creating medical images. Using a patient-centered approach allows radiologists to focus on high-risk areas or specific features of the patient’s body to improve diagnostic accuracy. Accurate diagnoses help doctors create tailored treatment plans specifically designed for each patient.

For more information about personalized radiology care, consult with Naugatuck Valley Radiology. NVRA has three outpatient imaging centers, which are located in Waterbury , Southbury , and Prospect CT. We offer a wide variety of diagnostic imaging services , including Open High Field MRI, High Field MRI, 3D Digital Mammography, CT scans, Ultrasound, X-ray, and Bone Density (DEXA) imaging. Contact NVRA today for personalized radiology care tomorrow!

The Role of Ultrasound in Diagnosing Abdominal and Pelvic Conditions

Wed, 29 Jan 2025 14:09:51 GMT

Before the days of ultrasound and other types of medical imaging, doctors could not see what was happening inside a patient’s body without the use of surgery. Today’s medical imaging technology, such as abdominal ultrasound, gives doctors the tools they need to diagnose several abdominal and pelvic conditions.

There are many types of pelvic ultrasounds:

Abdominal ultrasound that creates pictures of the tissues and organs in the abdomen
Pregnancy ultrasound to monitor fetal development in the uterus
Transvaginal ultrasound, which images the reproductive organs from inside the vagina
Rectal ultrasound that examines the inside of the rectum
Transrectal ultrasound creates images of the prostate

Understanding Ultrasound for Abdominal and Pelvic Health

Ultrasound technology gives doctors a clear view of organs inside your body. It is particularly helpful for creating images of the organs of the pelvis, which is the area below your belly button and above your thighs.

Also known as sonography, ultrasound creates pictures (sonograms) that help your doctors diagnose problems, assess your condition, or evaluate how well treatment is working. Ultrasound can create images of many organs and structures within the body, including the breasts, thyroid, and blood vessels. An abdominal ultrasound creates images of the abdomen, which is the area of the body between the ribs and the hips. A pelvic ultrasound focuses on the organs of the pelvis.

Pelvic ultrasound can create images of several organs, including:

Bladder
Fallopian tubes
Ovaries
Prostate
Rectum
Uterus
Vagina

What Is Ultrasound and How Does It Work?

Ultrasound uses high-frequency sound waves and a computer to create sonograms. The person performing the ultrasound, known as a sonographer, uses sophisticated technology to create diagnostic sonograms. This technology includes a handheld transducer, which emits and detects sound waves, a computer-like machine, and a screen.

The sonographer presses the transducer against the patient’s skin. The transducer emits sound waves, which bounce off the tissues and organs in the patient’s body and back to the transducer. The transducer converts the returned sound waves into electrical signals and then sends these signals to the machine, which interprets the signals to create an image.

The Benefits of Using Ultrasound in Diagnostics

Abdominal ultrasound provides a wide variety of benefits when diagnosing illnesses and injuries. These benefits include:

Safety – ultrasound uses sound waves instead of ionizing radiation, such as that used in conventional X-rays
Speed – ultrasound is a quick procedure that produces immediate results
Comfort – abdominal ultrasound is a non-invasive procedure, which means it does not involve incisions or cuts to the skin
Accuracy – pelvic ultrasound and other types of ultrasound create real-time, detailed images of soft tissue, which allows for precise identification of abnormalities
No special preparations needed – can be used at any time, without the need for fasting or other preps
Versatility – ultrasound can be used to guide surgical procedures; for example, surgeons and other medical professionals can use ultrasound to help guide the placement of needles or other surgical equipment during procedures

Common Conditions Diagnosed with Abdominal and Pelvic Ultrasounds

Healthcare providers often recommend diagnostic imaging for abdominal conditions in men and women.

Pelvic ultrasound can help diagnose a wide range of conditions in women, such as:

Ectopic pregnancy – a serious condition in which the egg implants in tissue outside the uterus
Endometriosis – when tissue similar to the lining of the uterus grows outside of the uterus
Gynecologic tumors – potentially cancerous growths in the reproductive organs of women
Ovarian cysts, which are fluid-filled sacs
Ovarian torsion – a condition in which a fallopian tube or ovary twists, thereby cutting off blood flow to those organs
Pelvic inflammatory disease – a bacterial infection affecting the female reproductive tract
Pelvic organ prolapse – occurs when one or more of the organs slip from their place in the pelvis and bulge into the vagina
Polycystic ovary syndrome (PCOS) – a hormonal condition, which affects the ovaries to cause irregular menstrual periods, acne, weight gain, and sometimes infertility
Uterine fibroids – non-cancerous tumors that develop in the uterus

In male patients, pelvic ultrasound can help doctors diagnose conditions, such as:

Infections or cysts in the seminal vesicles, which are glands that help produce semen
Injury to the penis or scrotum
Infection of the testicles or scrotum
Cancer of the prostate or testicles

When and Why an Ultrasound Is Recommended

A doctor may recommend pelvic ultrasound when the patient is experiencing specific signs and symptoms of an illness.

Identifying Symptoms That May Require an Ultrasound

Pelvic ultrasound can help your doctor determine the cause of certain symptoms. Your healthcare provider may recommend an ultrasound if you are experiencing:

Trouble getting pregnant
Pain when you urinate
Pain during sexual intercourse
Abdominal or pelvic pain
Abdominal swelling
Urinary incontinence, or leaking urine
Unusual menstrual bleeding
Vaginal bleeding after menopause

The Diagnostic Process: What to Expect During an Ultrasound

The sonographer will guide you through the process. They may ask you to change into a hospital gown for your ultrasound.

Your ultrasound will follow these general steps:

You’ll lie on a comfortable table, either on your back or on your side
The sonographer will apply a small amount of water-soluble gel to your skin, over the area of your body they will be imaging
They will move the transducer over the examination area
The technician may ask you to hold your breath or lie very still at some points during the ultrasound to help create a clearer image
Once the sonographer has gotten enough images, they will wipe off any excess gel from your skin

You can expect your pelvic ultrasound to take about 30 to 60 minutes. The healthcare professional who ordered the abdominal ultrasound will contact you with the results.

How Ultrasound Supports Early Detection and Treatment

Most conditions respond better to treatment early, when signs and symptoms may be mild; waiting until the condition worsens can cause more pain and decrease the effectiveness of treatment.

Abdominal ultrasound can detect many conditions early in their development, sometimes even before the patient experiences signs or symptoms of a problem. Ultrasound is especially helpful for detecting problems during pregnancy.

The Expertise Behind Diagnostic Ultrasounds

While the ultrasound procedure is easy for patients, performing abdominal ultrasound requires a great deal of expertise. Specialized training and certification or a degree is required before someone can perform an ultrasound.

Analyzing the images and interpreting the results of an abdominal ultrasound requires deep knowledge of imaging, anatomy, and medicine. A radiologist is a medical doctor (MD) who has completed an internship and residency training, which usually means an extra five years of education.

Why Choose Experienced Radiologists for Ultrasound Procedures

Experience allows radiologists to accurately interpret pelvic and other abdominal ultrasound images to help practitioners provide the right diagnosis quickly. Deep knowledge about ultrasound also helps radiologists use the technology to guide complex procedures with precision. Experience is especially helpful in complex cases and challenging situations.

Ensuring Accurate Results with Advanced Imaging Technology

Advanced imaging technology, such as pelvic ultrasound, provides unprecedented accuracy. High-quality imaging systems provide superior clarity and detail, which leads to more accurate diagnoses and treatment plans.

Schedule Your Ultrasound Today for Peace of Mind

Worries about your health can keep you up at night and distract you during the day, especially if you are pregnant or experiencing symptoms. If you are concerned about an abdominal condition, schedule an ultrasound today.

FAQs About Abdominal and Pelvic Ultrasounds

What Conditions Can an Ultrasound Diagnose?

Doctors rely on diagnostic imaging for abdominal conditions, such as Cancer, Non-cancerous growths, Cysts, Ectopic pregnancy, Endometriosis, Fibroids, Infection, Injury, PCOS, and Prolapse.

Is Ultrasound Safe for Repeated Use?

Many patients need repeated medical imaging, such as pelvic ultrasound to monitor their health. Repeated ultrasounds are important for monitoring the health of an unborn child, for example.

Because it uses sound waves rather than ionizing radiation to create images, ultrasound is safe for repeated uses. However, as with all types of testing, doctors use ultrasound prudently and only when necessary for the patients’ good health.

How Should I Prepare for an Abdominal or Pelvic Ultrasound?

No special diet or other preparation is required for a pelvic ultrasound, although you may need to drink a large amount of water before the test to fill your bladder. A full bladder pushes some organs to the side, thereby creating a “window” that makes it easier to see other organs. More specifically, a full bladder repositions the bowel and elevates the uterus to create clearer images of the uterus, ovaries, and other pelvic organs.

Leave jewelry at home. Wear loose, comfortable clothing that allows the sonographer to access the area being imaged.

For more information about the role of ultrasound in diagnosing abdominal and pelvic conditions, consult with your doctor or the healthcare professionals at NVRA. We offer pelvic and abdominal ultrasounds that provide reliable answers.

A Patient's Guide to Understanding Radiology Reports

uzzoalex@gmail.com (Alex Uzzo) — Mon, 02 Dec 2024 15:58:36 GMT

Radiology reports can feel like they’re written in another language, but once you break down the terms and structure, you’ll realize they’re not as intimidating as they seem. This guide will help you understand the components of radiology reports, the terminology used, and the steps you should take to make the most of the information.

What is a Radiology Report?

A radiology report is the written results of your medical imaging test. It contains essential information, such as the patient’s name and date of birth, the reason for imaging, the results, and the name of the radiologist interpreting the results.

Most radiology reports follow a similar format, although the format may differ between radiology departments and imaging clinics.

Why Understanding Your Radiology Report Matters

While radiology reports are intended to be read by medical professionals, understanding your radiology report helps you better manage your healthcare and communicate with your doctor. A thorough understanding of your test results can help you ask important questions, for example, and may give you more confidence in your treatment plan.

Breaking Down Key Sections of a Radiology Report

The format of radiology reports can vary between institutions, as some may add sections for detailed descriptions while others provide only the essential findings. Despite these differences, all radiology reports include certain common elements. Patients who focus on learning these common elements can understand the basic results of most radiology reports.

Indication and the Reason for Your Imaging Test

The “Clinical Indication” is why you have a medical imaging test. It helps the ordering physician communicate with the radiologist and helps the radiologist focus on a specific clinical question. Common indications include:

Lower back pain
Assessment of abdominal mass
Evaluation of a suspected fracture

This section usually includes the patient’s name, gender, and age.

Technique Used for the Imaging Process

Radiologists use a wide variety of imaging machines and imaging techniques to give doctors accurate information. Reporting the techniques used can provide the ordering provider with special insight into the results.

Key elements of the Technique section include:

Imaging Modality – describes the machines (modalities) used to create images; modalities include x-ray, CT, magnetic resonance imaging (MRI), ultrasound, bone densitometry (DEXA), or 3D digital mammography

Imaging Protocol – provides details about the images acquired during the study; this section may describe the thickness of a slice in a CT scan, for example

Equipment – the radiologist describes the imaging equipment used, such as the model, manufacturer, and any technical specifications relevant to the patient’s case

Contrast Administration – some imaging studies use a contrast agent to make specific parts of the body easier to see; this section describes the type of contrast, such as iodinated contrast or gadolinium-based contrast), the route of administration, such as intravenous (IV), oral, or injected into a joint (intra-articular), and the timing of the contrast injection

Limitations – certain factors can affect or “limit” the quality or interpretation of the images; these factors could include, but are not limited to, a patient who moves around, is obese, or has trouble holding their breath

An example of the Technique section:

Multiplanar multisequence MR imaging was performed of the brain and IACs with and without contrast.

Comparison with Previous Results for Accuracy

Doctors frequently order repeat imaging to monitor their patients’ conditions. When possible, the radiologist compares the results of an imaging test with any previous imaging the patient has undergone. The information in this field helps doctors diagnose problems, evaluate patients’ responses to treatment, and identify any changes.

Radiology Report Example:

Comparison made with previous cervical spine MRI dated October 30, 2024

Findings and Key Observations in the Report

The Findings section of radiology provides a detailed description of the patient’s anatomy, including any abnormalities and their significance. The Findings section usually includes:

Anatomic Description – describes the specific organs, tissues, structures, or regions of interest relevant to the patient’s condition

Abnormal Findings – describes any abnormalities, variations, or descriptions of what the radiologists find (pathologies) in detail, including the location, size, shape, density, or other important features

Radiology Report Example:

The cervical cord appears normal in its size and signal characteristics.

Impression and Recommendations from the Radiologist

This section contains the radiologist’s interpretation and summary of their findings. It is usually the final part of the report, and often contains the following fields:

Summary of findings
Diagnosis – in some cases, the diagnosis is clear; the radiologists may list a diagnosis in the Impression section
Differential diagnosis – in some cases, the diagnosis is uncertain or there are multiple explanations for the findings; in these cases, the radiologist may provide a list of possible diagnoses in the Impression section

Common Terminology Found in Radiology Reports

Radiologists and doctors use special terminology to communicate. While there are hundreds of medical terms used in radiology, here are some of the most common:

Anterior – front view
Posterior – back view
Lateral view – from the side
Oblique view – diagonal view
Supine – lying face up
Prone – lying face down
Fracture – broken bone
Non-displaced fracture – broken bone in which the two pieces of bone stay in place and do not move very far apart
Avulsion fracture – a type of bone fracture in which a bone fragment tears away from the larger bone mass
Artifact – something that shows up on an X-ray that isn’t part of the human body; often caused by patient movement during imaging
Acute – a new injury or illness
Chronic – an injury or illness that lasts 3 months or longer
Contrast – a substance that makes organs show up better on an x-ray; may be in IV fluid
Barium contrast – a chalky substance that some patients drink to coat the inside of their organs so that they show up better on an X-ray
Densitometry – a method of determining the density of bones; helps doctors diagnose osteoporosis
Baseline – initial images that the radiologist may use for comparison later
Pneumothorax – also known as a collapsed lung, a pneumothorax is a condition in which air builds up in the pleural space between the lung and the chest wall
Plural effusion – excess fluid in the pleural space
Pericardial effusion – excess fluid in the pericardial sac that surrounds the heart
Lesion – an area of abnormal or damaged tissue
Mass – a lump
Pneumonia – fluid in the lungs
Cardiomyopathy – weakness of the heart muscles

Understanding Terms Like Unremarkable and Incidental Findings

The term “unremarkable” on a radiology report means the radiologist did not observe any abnormal or significant findings in the scanned areas.

An incidental finding is one in which the radiologist finds an abnormality unrelated to the reason a patient has a test.

Steps to Take After Receiving Your Radiology Report

Your radiology report goes to the doctor who ordered it, and your ordering physician will likely be the one to provide you with the results. If your clinic has a Patient Portal, you may be able to log in and view your radiology reports before you meet with your doctor.

Next Steps After an Abnormal Report

The most important step is to discuss your report with your doctor, who can describe the findings in less technical terms. Be sure to ask questions and listen closely to the answers.

How to Discuss Your Report with Your Doctor

Many patients are nervous when they meet with their doctor to discuss their results, and being nervous can prevent patients from gathering all the information they need for a good outcome. Preparing to discuss your report with your doctor can help you make the most of your appointment.

Taking the following steps can help prepare you for your discussion:

Write down any questions you may have ahead of your appointment; leave enough space to write down the answers
Look up any unfamiliar terms on the report
Ask someone to come with you if you are especially nervous

Questions to Ask During a Follow-Up Appointment

Asking your doctor questions is the best way to understand the status of your health. Your questions may vary depending on your condition, but they may include:

What did my radiology test show?
What do the results mean for my health?
What is the next step in my treatment?
Are there any side effects of this treatment?
Are there alternative treatment options?
Do I need to see a surgeon or another specialist?
How often will I need follow-up tests and appointments?
What are my risk factors?
If additional scans are necessary, how can I minimize my radiation exposure?

The Importance of Clinical Correlation in Radiology

Clinical correlation connects an abnormal finding with what’s going on with the patient. The goal of clinical correlation is to narrow down a differential diagnosis to one accurate diagnosis that accounts for all the patient’s signs and symptoms.

When to Request a Second Opinion on Your Imaging Results

A second opinion can be especially helpful when:

Your diagnosis is unclear
The results are difficult to interpret
You have concerns about the findings
You are considering major treatment options, such as chemotherapy or surgery
You have a rare condition in which specialized expertise can help
You feel uneasy about your diagnosis

Second opinions can provide clarity and peace of mind, especially if the findings are complex or uncertain. Teleradiology services allow you to share your images with specialists worldwide for additional insights.

Using Patient Portals to Access Your Reports

Many healthcare providers now offer patient portals, making it easier than ever to access your radiology reports. This convenience allows you to review your test results before meeting with your doctor, giving you time to prepare questions or research unfamiliar terms.

Storing Medical Records for Future Reference

Tips for Organizing Your Medical Records

Keep digital and paper copies of your imaging reports and scans.
Use a filing system organized by date and type of imaging (e.g., X-ray, CT, MRI).
Consider online storage services for easy access and sharing with healthcare providers.

Tracking Changes with Comparison Reports

Maintaining a chronological record of your imaging tests allows doctors to spot trends and track how a condition responds to treatment over time.

How to Prepare for Follow-Up Tests and Imaging Studies

Preparing for follow-up imaging may involve:
Fasting or avoiding certain medications if required.
Wearing comfortable, metal-free clothing.
Review the instructions provided by your imaging center to ensure accurate results.

When to Seek Additional Imaging or Monitoring

You might need additional imaging if:

Your symptoms persist or worsen despite treatment.
Your initial imaging was inconclusive.
Your doctor wants to monitor a condition over time.

Clarifying Medical Jargon and Getting Answers

Radiology reports are filled with medical jargon, but you don’t have to decipher them alone. Your doctor is your best resource for breaking down the terms and connecting the dots between the findings and your health.

The Importance of Bone Density Testing in Preventing Osteoporosis

Mon, 14 Oct 2024 14:13:33 GMT

To support the weight of a human body, bones must be very strong. Bones get their strength from densely packed cells and tissues. While it may seem like bones are static and unchanging, bone tissue is quite alive and ever-changing. Bone cells are constantly at work to replace old bits of bone with new, healthier tissue. This process and calcium and other minerals keep our bones dense and strong.

As we age, though, we can lose more bone than we create, leading to porous and brittle bones. Left untreated, the loss of bone density can weaken bones and increase the risk of bone fractures; doctors refer to this state as osteoporosis.

Bone Density Testing

Osteoporosis does not usually cause any symptoms, so most people with weakened bones don’t realize they have the condition until they experience a bone fracture. Bone density tests help people avoid fractures by alerting them to problems with their bones early before they suffer a fracture.

What is a Bone Density Test?

Bone density testing measures bone strength. Healthcare providers use bone density testing to assess the bone health of their patients.

Who Should Get A Bone Density Test?

The U.S. Preventive Services Task Force (USPSTF) recommends screening for osteoporosis to prevent bone fractures in:

Women who are aged 65 or older
Women who are younger than 65 and have an increased risk

While USPSTF does not offer guidelines for routine testing in men, some men can benefit from bone density testing if they have certain health conditions or take medications that raise their risk.

High-Risk Individuals

Some people are at higher risk for developing osteoporosis than others. Risk factors for osteoporosis include:

Smoking cigarettes
Using prednisone or other steroid medications for a long time
Low body weight, typically less than 127 lbs. (58 kg)
Rheumatoid arthritis is an autoimmune disease that damages joints
A personal or family history of a bone that fractured after very little trauma, such as falling from standing height or less, or no trauma at all
Drinking three or more alcoholic beverages per day

Age Considerations

Osteoporosis is an age-related condition, which means people are more likely to develop this bone disease as they age.

More than 12 percent of adults aged 50 and over have osteoporosis of the hip, spine, or both.

Medical Conditions Affecting Bone Health

Some health issues may be associated with osteoporosis. These conditions include

Diabetes
Untreated hyperthyroidism, a condition characterized by an over-active thyroid gland
Hyperparathyroidism, which is a condition marked by overactive parathyroid glands, located at the back of the thyroid gland in a person’s neck
Early menopause
Chronic malnutrition or malabsorption
Chronic liver disease

Preparation for the Test

There are no special preparations for a bone density scan. Do notify the radiology staff if you are pregnant or think you are pregnant.

Dietary Considerations

It is okay to consume foods and beverages that contain calcium, such as milk and cheese, before the test.

What to Wear

Be sure to wear comfortable clothing. Avoid wearing any clothing with metal zippers, fasteners, clasps, or hooks in the area of the body being scanned. The technician may ask you to wear a hospital gown for the scan.

Medications to Avoid

Before undergoing a DEXA scan, do not take any calcium supplements or antacids, as they may contain calcium.

Understanding the Test Procedure

To undergo a bone density scan, most patients lie on an examination table while the technologist performs the test, typically focusing on areas like the spine, hips, or forearm. If a patient is unable to lie flat, the test can also be performed while they sit, often targeting the arm.

How is a bone density test done?

An X-ray machine passes a small amount of radiation through the patient’s bones to create an image. A radiologist interprets the images and information gained during the scan to determine if the patient has osteoporosis.

Overview of The DEXA Scan

Dual-energy X-ray absorptiometry (DEXA) is the most common type of bone density testing. It uses two low-energy x-ray beams to create images of both bone and soft tissue.

Duration and Experience

Depending on the equipment used, the experience of the technicians, and the areas being scanned, a DEXA scan typically takes 10 to 30 minutes .

Safety and Comfort

A bone density test procedure is safe, painless, and comfortable. While it does use radiation to create images of bones, the amount of radiation you are exposed to in a DEXA scan is less than the environmental radiation you would receive throughout a normal day.

Interpreting Bone Density Test Results

The radiologist will interpret the images and assign a score that describes the condition of your bones. There are two types of scores: T-scores and Z-scores. The doctor who ordered the test will tell you what your score means.

T-Scores and What They Mean

T-scores compare the condition of your bones with the healthy bones of a young person. Medical professionals often consider the T-scores to be more important.

T-scores may be a positive (+) or a negative (-) number, with lower scores indicating lower bone density. In other words, the higher the T-score, the better.

People with normal bone density usually have a T-score of -1 to +1 and do not require treatment. Those with osteoporosis have a T-score of -2.5 or less.

Z-Scores Explained

Z-scores compare the condition of your bones with those of a healthy person who is the same age as you; they take body mass index (BMI) and gender into account, and return scores that are positive or negative. Scores of -1.5 and above indicate the typical bone density of someone of the patient’s BMI and gender, whereas scores lower than -1.5 may indicate weakened bones.

Diagnosing Osteoporosis and Other Conditions

Diagnosing osteoporosis and other conditions, such as osteopenia, relies heavily on bone density scans. To reach a diagnosis, a doctor will also consider the patient’s gender, age, weight, diet and exercise habits, health conditions, and medications.

Treatment Options for Low Bone Density

Treatment for low bone density usually focuses on slowing bone loss.

Lifestyle Changes

Lifestyle changes include eating a diet rich in calcium and vitamin D, quitting smoking, limiting alcohol, and getting regular exercise.

Medications

Medications containing bisphosphonates are typically the first choice for treating osteoporosis. Bisphosphonates include:

Alendronate (Fosamax), a pill taken weekly
Risedronate (Actonel, Atelvia), a pill taken weekly or monthly
Ibandronate, a pill taken monthly, or quarterly intravenous (IV) infusion
Zoledronic acid (Reclast), a yearly IV infusion

Denosumab, a twice-yearly IV injection, is for people who cannot take bisphosphonates.

Supplements

Calcium supplements help people who cannot get enough calcium through their regular diet.

Follow-Up Testing and Monitoring

Patients who have a T-score of -2.00 to -2.49 or who take medications that reduce bone density may benefit from follow-up scans every two years, and those with a T-score of -1.50 to -1.99 may benefit from repeat testing every three to five years. Doctors may recommend that those with a T-score of -1.01 to -1.49 repeat testing every 10 to 15 years.

Proactive Bone Health Management

Bones are living tissues that constantly regenerate, but as we age, bone loss can outpace bone creation, leading to osteoporosis. Here’s how to proactively manage your bone health.

Tips For Maintaining Healthy Bones

Prioritize Calcium & Vitamin D: These two nutrients are essential for bone strength. Make sure you’re getting enough from your diet or supplements if needed.
Stay Active: Regular weight-bearing exercises, like walking or resistance training, help build and maintain bone density.
Avoid Smoking & Excess Alcohol: Both habits weaken bones over time, so reducing or eliminating them is key for bone health.

Role Of Nutrition And Exercise

Nutrition and exercise are the foundation of good bone health. A balanced diet rich in calcium—found in dairy products, leafy greens, and fortified foods—supports bone strength. Equally important is getting enough vitamin D through sunlight, fatty fish, or fortified foods to ensure calcium is absorbed properly. Exercise plays a crucial role, too. Weight-bearing activities like hiking, running, and resistance training stimulate bone growth, keeping them strong and reducing the risk of fractures.

Importance Of Regular Check-Ups

Regular check-ups are essential for monitoring bone health, especially as we age. By staying proactive with routine screenings and follow-up tests, you and your healthcare provider can address any changes in bone density and take preventive measures to maintain bone strength for years to come.

For more information on the importance of bone density testing to prevent osteoporosis, consult with your doctor. You can also learn more by contacting NVRA.

Innovations for Magnetic Resonance Imaging (MRI) Technology

tech@zerogravitymarketing.com (Zero Gravity) — Tue, 01 Oct 2024 18:50:36 GMT

Latest in Innovations for MRI Technology

Medical imaging technology is changing rapidly, especially when it comes to magnetic resonance imaging (MRI). MRIs can take pictures of soft tissue in any part of the body and in any direction to create images of the inside of the body. While MRI has been around for a while, the latest MRI technology is better, faster, and more comfortable than ever before.

Advancements in MRI Technology

Today’s MRI technology is built on decades of research on magnetic resonance, which is the process of exciting certain particles inside atoms. More specifically, MRIs excite protons in the body’s water content.

MRI technologies use a strong magnet to align the protons in the same direction. Next, radio waves knock the protons out of alignment; when the radio waves are turned off, the magnetic field realigns the protons. Depending on the type of tissue, the health of the tissue, and other factors, the protons realign at different speeds. Sensors on the MRI capture this activity and use the information to create images of the organs.

When did MRIs come out?

In 1969, Dr. Raymond Damadian's magnetic resonance could tell the difference between cancer cells and non-cancerous cells. He combined magnetic resonance with imaging to design and build the world’s first MRI in 1974; Damadian created the first MRI image in 1977. The new MRI machines are built on this first version.

When did MRI become available?

Damadian founded FONAR Corporation, which produced the first commercially available MRI machine in 1980. The earliest versions were very large and expensive, so it took some time for them to become widely available to patients.

Impact of High-Resolution Imaging

High-resolution imaging can help healthcare professionals see organs, blood vessels, and tissues more clearly. High-resolution MRI scans can help practitioners visualize very small structures, for example. The information they gain can help them make accurate diagnoses, create treatment plans, and assess the outcomes of treatment.

Key Technologies Enhancing MRI

Artificial Intelligence

Artificial intelligence (AI) uses computer algorithms to process information much faster and more accurately than humans can – and with substantially less raw data. Because less data is needed, patients spend less time in the MRI machine.

Larger Bores

The first MRIs had rather small bores, or openings through which patients would pass through during their test. Today’s MRIs can have larger bores – up to 80 centimeters. The larger bore is a game-changer for bariatric patients and those with claustrophobia; it also provides the imaging personnel better access.

In-System Entertainment

Undergoing a medical test is stressful for most patients, and the noise and close quarters of an MRI machine just add to the anxiety. In-system entertainment gives an anxious patient something else to think about. The in-bore system can immerse the patient in clear sound and music while still being able to voice commands from the technologist.

Benefits of New MRI Technologies

Improved Diagnostic Accuracy

Higher resolution and clarity can help doctors identify smaller anatomical structures and lesions that less powerful machines may miss.

Streamlined Workflow for Medical Practitioners

Workflow refers to the process of setting up the MRI, positioning patients, and acquiring the images. With our Swift MRI , medical practitioners can benefit from significantly faster scan times, optimizing workflow like never before. These new MRI machines not only speed up exams but also simplify the scanning process, enhance healthcare providers' decision-making, and improve overall patient comfort.

Enhanced Patient Accessibility

New MRI machines have a larger bore that can accommodate larger bodies, and make tests more comfortable for patients who experience claustrophobia or anxiety during testing.

Innovations in Patient Safety and Comfort

MRIs have always been generally considered a safe and comfortable approach to imaging, but the newest MRI machines are even safer and more comfortable. Larger bores and faster scan times make MRIs much easier for patients.

Safety Protocols in Modern MRI Practices

While they do not use radiation, MRIs do use powerful magnets that can turn metal objects into dangerous projectiles, which means monitoring equipment and other medical devices cannot be used near them.

Advances in technology have also made MRIs safer. New MRIs can use less powerful magnets without losing image quality.

Comfort Features for Patients During Scans

Today’s MRI machines offer comfort features, such as:

Dimmable lights
Sound
Wide bores
In-system entertainment
Padding on the table

Advantages and Limitations of MRI

MRI provides several advantages, especially when it comes to detecting abnormalities in soft tissue. However, like all imaging techniques, it does have some limitations. Here’s a breakdown of what makes MRI so valuable in medical diagnostics:

Advantages:

Detects abnormalities and diseases that might be missed by other imaging methods
Provides superior soft tissue contrast, making it easier to differentiate between fat, water, muscle, and other tissues
Does a better job of visualizing complex internal structures, like the brain, heart, and joints

Limitations:

Longer exam times compared to other imaging methods
Not as widely available, and often more expensive
Noisier and more enclosed, which can cause discomfort for some patients

Common Uses of Advanced MRI Technology

Advancements in MRI technology have expanded its use across a variety of medical fields. Modern MRI machines, like the Swift MRI, an AI-powered MR image enhancement solution, allow for more efficient scanning and greater patient comfort, leading to more widespread applications, such as:

Brain scans
Enhanced imaging for patients with implants
Bedside scanning with portable MRIs for critically ill patients

Applications in Clinical Diagnosis

MRI is an essential tool for diagnosing a wide range of conditions. Some of the key clinical applications include:

Assessing injuries, such as torn ligaments or cartilage damage
Imaging tumors and cysts for more accurate diagnosis
Evaluating heart problems such as blockages or structural defects
Breast cancer screening for high-risk patients
Assessing liver diseases, pelvic pain, or other internal organ issues

Research Applications in Medical Studies

MRI technology has also made significant contributions to research. One of the most notable advancements is functional MRI (fMRI), which allows researchers to observe brain activity in real time. This helps in understanding how a normal, diseased, or injured brain functions. The latest MRI machines are also used to track the effectiveness of new treatments or medications, providing invaluable insights into patient outcomes.

Preparing for an MRI Scan

One of the best aspects of MRI scans is that they usually require minimal preparation. Patients are typically asked to remove any metal objects, such as jewelry or watches, to avoid interference with the magnetic field. Here's what else you should know:

No need for fasting before the scan unless otherwise directed
You can usually take your medications as prescribed
Comfortable clothing is recommended, avoiding metal in garments such as underwire bras or zippers
Be aware of the magnetic field, which remains active even when the MRI is not in use

What to Expect During the Procedure

An MRI machine is a large, tube-shaped magnet. When you lie on the movable table, it slides you into the tube. The technologist will be in another room, monitoring the scan, but you'll be able to communicate with them through an intercom if needed.

The MRI machine produces tapping, thumping, and other noises, which are normal and come from the magnet moving. To make you more comfortable, you may be given earplugs or headphones.
Sometimes, an MRI with contrast may be ordered to provide clearer images. If so, an IV will be placed in your arm to administer the contrast material.
Stay as still as possible during the scan to ensure the clearest images.

Cutting-Edge MRI Technology at NVRA

MRI technology is advancing rapidly, with innovations such as our Swift MRI bringing faster scan times and enhanced comfort to patients. NVRA is committed to staying at the forefront of these advancements, ensuring that medical practitioners and patients benefit from the latest MRI technology.

Connect with NVRA today for more information on our MRI offerings or to stay up to date on the latest developments!

The Role of Computed Tomography Angiography (CTA) in Diagnosing Cardiovascular Diseases

Tue, 06 Aug 2024 13:51:39 GMT

If a doctor suspects that a patient has a blood vessel problem, they may order Computed Tomography Angiography (CTA). This test is a special type of x-ray that uses computers to create images of blood vessels.

Computed Tomography Angiography (CTA) helps doctors check the health of a patient’s blood vessels. This state-of-the-art technology combines the use of a computer and the injection of a dye to create images of blood vessels and tissues. The computer in computed tomography (CT) assembles multiple X-ray images, or slices, to create 3-dimensional (3D) images. The dye is known as a contrast material because it highlights the blood vessels and tissues being studied in the images.

CTA is an Important Tool for Diagnosing Cardiovascular Diseases

Doctors use CTA to diagnose cardiovascular diseases and other conditions. Cardiovascular diseases affect the heart and blood vessels.

CTA helps doctors to find or evaluate:

A blood vessel that is enlarged and which may be in danger of rupturing, is known as an aneurism
A torn blood vessel
Atherosclerosis, is a condition in which fatty material forms plaque that forms in the walls of arteries, thereby narrowing these blood vessels
Blood vessel problems in your brain
Blood clots that have formed in your leg and traveled to your lung

CTA is Especially Helpful in Diagnosing Cardiovascular Diseases

Cardiovascular disease, also known as heart disease, is the leading cause of death in the United States and around the world. In the year 2020, for example, cardiovascular disease (CVD) claimed the lives of 928,741 Americans.

Coronary heart disease was the leading cause of death from cardiovascular disease (41.2%). Coronary heart disease occurs when blood vessels cannot deliver enough oxygen-rich blood to the heart, and a CTA can help determine if plaque has narrowed these blood vessels.

Stroke was the second leading cause of CVD deaths (17.3%). Strokes happen when the blood supply to the brain is cut off, either because of a blockage in a blood vessel to the brain or by a burst blood vessel in the brain, both of which would be visible on a CTA.

How Does CTA Compare with Other Diagnostic Imaging Techniques?

Traditional angiogram

CTA is an advanced form of a traditional angiogram, also known as cardiac catheterization. In a traditional angiogram, the cardiac surgeon inserts a thin hollow tube (catheter) into an artery through the patient’s wrist or groin. The doctor then injects the contrast dye through the catheter and then uses an X-ray to image the arteries of the heart, also known as coronary arteries.

CTA is a non-invasive cardiac imaging technique, so it has a lower risk of complications compared with conventional angiography.

MRI

Both CT and MRI scans can create detailed images of internal organs, such as the heart and blood vessels. CT scans are faster than MRIs and are more widely available. MRIs do capture more detailed images compared with CT scans.

Benefits and Risks of CTA in Cardiovascular Disease Diagnosis

As with all medical procedures and diagnostic tools, CT angiography has its advantages and drawbacks. Its main benefits include:

Non-invasive – CTA requires only an IV, so it reduces the risk of injury to blood vessels and other complications associated with traditional angiography
Uses less contrast – CTA uses less contrast than cardiac catheterization, which reduces the risk of kidney damage
Fast – doctors can perform a CTA in just a few seconds
Accurate detection of plaque and other issues, which minimizes the risk of unnecessary procedures

Risks of CTA are usually associated with the contrast dye and may include:

Itching
Redness
Hives
Nausea
Difficulty breathing
Kidney failure

Radiation exposure from the CT scan can very slightly increase the risk of cancer, particularly for those who have had multiple scans over many years.

Limitations of CTA include:

Small space – some very large patients may not fit comfortably in a CT scanner
Some patients with a history of reactions to the contrast material may not be candidates for CTA

CTA Can Detect a Wide Variety of Cardiovascular Diseases

CT angiography can detect a wide variety of cardiovascular diseases, such as:

Coronary artery disease
Stroke
Blood clots
Blockages
Birth-related (congenital) abnormalities of the heart and blood vessels
Malformed blood vessels
Injuries
Tumors

What’s in the Future of CTA Technology in the Diagnosis of Cardiovascular Disease?

Medical technology is advancing quickly. Improvements in CT scanner hardware and post-processing software will help the machines create diagnostic images that are faster, safer, and more detailed than ever before. In addition to producing images that depict the structures of the heart and blood vessels, tomorrow’s advanced CTA technologies and non-invasive cardiac imaging techniques will provide doctors with even more information about the function of a patient’s cardiovascular system.

CTA is an Important Test

The information from CTA images may help doctors prevent a stroke or heart attack. It can also help them plan cancer treatment, get patients ready for other medical procedures, or rule out a cardiac problem.

For more information on digital imaging that Connecticut residents can rely on for optimal health, consult with Naugatuck Valley Radiological Associates (NVRA). We offer computed tomography angiography and other advanced imaging for the health and well-being of your family.

Navigating Your Health: How to Use the NVRA Patient Portal Effectively

Mon, 29 Jul 2024 15:41:36 GMT

Patient portals are changing healthcare in astounding ways. Before the age of patient portals, patients would have to either phone their doctor or make an appointment to get their results or to ask questions. Today, patients save a tremendous amount of time and improve the quality of their care by using patient portals.

Patient portals empower patients by giving them access to their medical records, giving them more control over their healthcare decisions. This is especially important to patients who have chronic or life-shortening illnesses.

Research shows that patients with access to a patient portal tend to be more satisfied with their care. Other research shows that patients become more engaged with their healthcare when they have access to a patient portal.

They also help healthcare providers by boosting efficiency, enhancing engagement, minimizing the need for phone calls, and generally making administrative tasks easier and faster.

Convenient Access to Patient Records

Patient portals offer a streamlined and secure method for patients to access their health records at any time. By logging into their accounts, patients can view their medical history, and test results, facilitating better personal health management. This easy access empowers patients to stay informed about their health status, monitor ongoing treatments, and prepare more effectively for medical appointments.

Improved Communication with Patients

Communication between healthcare professionals and patients is essential for a good outcome, and patient portals facilitate this communication. Patients can use portals to confirm appointment dates, for example, review pre-testing instructions, and to learn the results of their tests.

Written communication is especially important. Going to the doctor can be so overwhelming that details can be hard to remember, particularly when the doctor shares test results, which can contain a large amount of medical jargon and technical information. Research shows that patients forget 40 to 80 percent of the medical information they learn during office visits – and almost half of the information they retain is incorrect. Being able to review the information in written form at a later date, and in a less stressful setting, can help patients absorb information.

How to Access the Patient Portal

Creating an Account

Go to https://www.nvranet.com/patient-portal
Click on the blue box that says “Access Your Patient Portal”; a sign-in box will appear
Click on Request an Account; a new page will appear
Fill in the required information and click on “Request Account”; a new page will appear, informing you that you will receive a confirmation email within 3 business days
Follow the instructions on the confirmation email

Logging In

Once you have created an account, you can log in.

Go to https://www.nvranet.com/patient-portal
Click on the blue box that says “Access Your Patient Portal”; a sign-in box will appear
Enter your email address and password then click on LOGIN; the patient portal will appear

Navigating the Portal Interface

Once you have created an account, navigating the patient portal is easy. The interface clearly labels the various sections, such as test results, upcoming appointments, payments, secure messaging, and more.

Features of the Patient Portal

The NVRA patient portal offers a wide variety of features to improve your patient experience. Once you log in, you can:

Pre-register for upcoming appointments
Confirm appointments
Sign up for appointment reminders and alerts
Access your images and results
Online payments
Ask questions through secure email

Ensuring Security and Privacy

To make sure that your patient portal is private and secure, NVRA hosts its patient portal on a secure connection and only allows access through the encrypted, password-protected logon software.

To keep your information safe, only log on from a home computer or a secure phone. Be sure to log out and close the browser window when you are done. Never share your username or password with anyone.

HIPAA-Compliant Access and Data Protection Measures

NVRA also meets the requirements set by HIPAA, a federal law that sets strict rules for the privacy and security of patient portals.

To be HIPAA-compliant, patient portals must ensure that all of the protected health information (PHI) in the record is secure and accessible only by the patient or other authorized personnel. This includes implementing measures such as encryption, access controls, and auditing.

Maintaining Confidentiality of Patient Information

Patient confidentiality is essential for quality care. To keep your records safe, we follow best practices for safeguarding patient portals. Specifically, we securely handle and store electronic health records in the most secure ways possible, carefully handle paper documents regarding patients, and dispose of outdated information appropriately.

Understanding the Benefits of 3D Digital Mammography

Thu, 20 Jun 2024 19:51:35 GMT

Early breast cancer detection with mammography saves lives. In fact, mammography has helped reduce breast cancer deaths by 40 percent since 1990. The results of one study show that mammography screening can cut the risk of dying from breast cancer by almost 50 percent.

3D digital mammography is an advanced approach to mammography, a type of screening test that can detect breast cancer early while it is most treatable. While it is similar to conventional mammography in many ways, 3D digital mammography has several benefits.

How Mammography Works

During the test, the patient’s breast is placed on a plate. Another plate compresses the breast to flatten the breast tissue, making it easier to image.

The mammogram machine emits a small burst of radiation that passes from one plate through the breast tissue to a detector on the other plate. As it passes through the breast, a small amount of radiation is absorbed by the tissue. The remaining radiation lands on the plate, turning the film dark.

The denser the tissue, the more radiation it absorbs, and the less radiation strikes the plate. This is why bones, teeth, and other dense tissue look white on X-rays, while fluids and air look dark.

The tumors associated with breast cancer are usually denser than breast tissue, so they look white on the mammography images.

The Many Benefits of 3D Digital Mammography

Digital mammography provides many benefits over traditional film mammography. The radiologist can manipulate the contrast of the image to improve its clarity, for example, and can use a computer to detect and investigate any abnormalities they see in the images. Moreover, digital images are easier to share with specialists as needed.

Improved detection of breast cancer

Research shows that 3D mammography increased the detection of breast cancer by 40 percent.

3D mammography, or tomosynthesis, creates a 3-dimensional breast image by assembling multiple images taken from different angles. Conventional mammography produces two images of each breast, taken at two different angles.

Some women have dense breast tissue, though, which makes it harder to detect breast cancer with 2D mammography. A dense breast 3D mammogram also allows doctors to go beyond areas of density to detect tumors.

Reduced recall rates and improved accuracy

In most cases, mammograms provide enough information for doctors to issue the results. Sometimes, the mammogram does not provide enough information, and the radiologist must “recall” the patient to come in for another mammogram.

A study of more than a million women shows that recall rates are lower with 3D mammograms than with 2D mammograms. The recall rate for all women in the study was 9.4 percent, which means that 9.4 percent of the study participants were called back for a follow-up mammogram. The recall rate for 2D mammography was higher, at 10.3 percent, whereas the recall rate for 3D mammograms was only 8.9 percent.

Increased comfort for patients

Many women are more comfortable with 3D digital mammography because of the increased accuracy and lower recall rates than 2D mammograms. This results in less stress and anxiety.

Shorter exam times and faster results

Digital mammography processes images much faster, so examinations are shorter. In fact, one study found that digital mammography shortens exam time by 11 minutes. Since the results can be transmitted digitally, your doctor can get the result faster for you, too.

Insurance coverage considerations

The Affordable Care Act (ACA) requires most private insurance companies and Medicare to cover mammograms with no out-of-pocket expenses to the patient according to their mammography screening guidelines. These guidelines recommend that women over 40 get a mammogram every other year.

Early breast cancer detection with digital breast tomosynthesis is significant for patients who have a high risk of developing breast cancer. These risk factors include:

Having dense breasts
Getting older
Starting menstrual periods before age 12 and starting menopause after age 55
Personal history of breast cancer or certain non-cancerous breast diseases
Genetic mutations to specific genes, such as BRCA1 and BRCA2
Family history of breast or ovarian cancer
Exposure to the drug diethylstilbestrol (DES)
Previous treatment using radiation therapy
Being overweight or obese after menopause
Being inactive
Taking hormone replacement therapy or certain oral contraceptives
Having the first pregnancy after age 30, not breastfeeding, or never having a full-term pregnancy
Alcohol consumption

Less radiation

All tests that use X-rays, including mammography, emit small amounts of radiation. Since any radiation exposure can lead to cancer, many patients prefer low-radiation mammography for their breast cancer screening. The radiation dose from digital mammography is about 50 percent less than traditional film mammography. What’s more, the newer 3D tomosynthesis uses less radiation than traditional 2D mammography.

While breast cancer continues to be a significant health hazard, 3D digital mammography is the best mammography technology to help doctors detect breast cancer in its earliest stages, when it is easiest to treat. For more information about the benefits of 3D digital mammography, consult with your doctor or the private radiology practice group at Radiology Affiliates Imaging.

Preparing for Your Low-Dose Lung Screening | Low Dose CT Scan

Wed, 10 Jan 2024 15:48:26 GMT

Low-dose CT scans are a recommended screening test for lung cancer, especially for adults who are at high risk but have no symptoms. If you are preparing for your first low-dose lung screening, you may be wondering what to expect and how to prepare.

To begin with, you should know that low-dose CT scans are painless and non-invasive. They use low levels of radiation to create detailed images of your lungs, which are then interpreted by a radiologist. Before the scan, you will be asked to change into a hospital gown and remove any jewelry or metal objects.

It is important to note that you do not need to follow any special steps to prepare for a low-dose lung screening. You can eat and drink as you usually do, and you do not need any dyes or shots for the scan. However, if you feel nervous or anxious before the scan, there are some tips you can follow to help you relax.

Understanding Low-Dose Lung Screening

Purpose of the Screening

Low-dose lung screening is a diagnostic test that uses low-dose computed tomography (LDCT) to detect lung cancer in its early stages. The purpose of the screening is to identify lung cancer before symptoms develop, when it is most treatable. According to the Mayo Clinic , lung cancer screening is recommended for adults who are current or former smokers and who don't have any signs or symptoms of lung cancer.

Benefits and Risks

The benefits of low-dose lung screening are that it can detect lung cancer at an early stage, which can increase the chances of successful treatment. According to Verywell Health , early detection of lung cancer increases survival rates to 59%, compared to a 22.6% survival rate in later stages of the disease. However, there are also risks associated with the screening. False-positive results can occur, which can lead to additional testing and unnecessary anxiety. Additionally, there is a small risk of radiation exposure from the LDCT scan.

Eligibility Criteria

Not everyone is eligible for low-dose lung screening. According to the Centers for Disease Control and Prevention , the only recommended screening test for lung cancer is low-dose computed tomography (LDCT), and it is recommended for individuals who meet the following criteria:

Age 50-80 years old
Have a history of smoking at least 20 pack-years (pack years are calculated by multiplying the number of packs of cigarettes smoked a day by the number of years that you smoked)
Currently smoke or have quit within the past 15 years

It is important to note that individuals who have symptoms of lung cancer, such as coughing up blood or persistent cough, should not undergo low-dose lung screening and should instead undergo diagnostic testing.

Preparing for the Procedure

Scheduling Your Appointment

To schedule a low-dose lung screening , patients should contact their healthcare provider. Patients should inform their healthcare provider if they have any symptoms of lung cancer, such as coughing, chest pain, or shortness of breath. The healthcare provider will determine if the patient meets the screening criteria and will provide instructions on how to schedule the appointment.

Pre-Screening Instructions

Before the screening, patients should avoid wearing any clothing with metal, such as zippers or buttons. Patients should also avoid wearing jewelry, as it may interfere with the screening procedure. Patients should inform their healthcare provider of any medications they are taking, as some medications may interfere with the screening results.

What to Expect on the Day

On the day of the screening, patients should arrive at the screening location at least 15 minutes before their scheduled appointment time. Patients should bring a photo ID, insurance card, and complete any pre-screening paperwork provided. Patients should expect the screening to take approximately 30 minutes. During the screening, the patient will lie on their back on a table with their arms raised above the head. The table will slide to the center of the CT machine and the scanner will rotate around you, taking pictures of your lungs. The technologist will instruct you to remain very still and may ask that you hold your breath at times throughout the scan to obtain clear images. The screening is painless and non-invasive, and there are no needles or injections involved.

Overall, preparing for a low-dose lung screening is a simple process that can help detect lung cancer in its early stages. By following the pre-screening instructions and knowing what to expect on the day of the screening, patients can ensure that the screening process goes smoothly. To see if you qualify for a low-dose CT scan contact Naugatuck Valley Radiology .

X-Ray Preperation | Everything to Know About X-Ray Screening Tests

Wed, 29 Nov 2023 14:47:39 GMT

Regarding digital imaging and medical diagnostics, x-rays are a valuable tool for diagnosing underlying conditions. Because they are fast, reliable, and painless, an X-ray screening test is usually the first type of imaging a doctor orders to diagnose or assess a patient’s condition. From bone fractures to internal conditions, they play a pivotal role in helping healthcare professionals make an accurate diagnosis.

But despite how common they are, some patients may be nervous about getting an X-ray. Here's everything you need to know about X-rays to help ease any concerns and answer any questions.

What is an X-ray?

An X-ray (short for radiograph) is a medical imaging technique that employs a small amount of radiation to generate detailed images of the body's internal structures, particularly the bones. These images serve as invaluable insights for healthcare providers in diagnosing various conditions and ailments. X-rays are commonly used to evaluate symptoms such as:

Shortness of breath
Chest pain
Cough
Fever
Acute pain
Unexplained nausea or vomiting
Constipation
Ingestion of a foreign object
Arthritis
Bone injuries or trauma

Why Is This Exam Performed?

Doctors often recommend an X-ray for chronic conditions like “smoker’s chest,” which can affect smokers and non-smokers alike. “Smoker’s chest” causes various symptoms, such as coughing, a crackling sound when breathing, shortness of breath, and wheezing. These symptoms usually develop as a result of smoking. Yearly X-ray screenings also help doctors detect signs of COPD, lung cancer, and other smoking-related diseases. This underlines the importance of regular screenings, not just for smokers but for anyone experiencing concerning symptoms.

Aside from lung-related conditions, here are a few other reasons you may require an X-ray screening test:

Bone fractures and injuries . When a patient presents with a suspected bone fracture or injury, X-rays are often the first line of defense for pinpointing the issue.
Locating foreign objects . Sometimes, foreign objects can find their way into the body unintentionally. X-rays assist in precisely locating and identifying these objects.
Detecting infection . Infections can affect various parts of the body, and X-rays are instrumental in spotting signs of infection in bones or tissues.
Surgery . Spinal repair and joint replacement surgeries often rely on the precise guidance of X-ray imaging.

Since they can be used to diagnose various underlying issues, X-rays are typically the initial imaging choice for doctors when assessing a patient's condition. Low-cost X-rays are also non-invasive and provide a speedy and reliable diagnosis.

What to Expect During an X-Ray

If you find yourself in need of an X-ray, here's what you can expect before, during, and after the screening:

Preparation . X-rays are typically conducted in a hospital or radiology diagnostic center. A team of skilled diagnostic imaging specialists will work together to ensure the best possible images for an accurate diagnosis.
Attire . You may be asked to change into a medical gown and remove any jewelry, glasses, dental appliances, or metal objects that could interfere with the X-ray images.
Positioning . Depending on which part of your body requires examination, you'll sit, stand, or lie on a table. The technologist will carefully position you to ensure the area of interest is captured correctly in the images. They may use pillows, sandbags, or other aids to help you maintain the required position.
Procedure . During the X-ray, the technologist may provide specific instructions, such as when to hold your breath. They will leave the room or step behind a protective wall to activate the X-ray machine. You may hear clicking and buzzing noises during the screening.
Angles . Most X-rays take two to three images from different angles to provide a comprehensive view.
Speed and comfort . The best part of this type of screening is that X-rays are fast and painless, with the entire test usually taking just a few minutes.
Review . After your X-ray, the radiology technicians may ask you to wait while they review the image quality. Sometimes, they may need to repeat the X-ray to obtain more precise images.

Remember that the technicians cannot provide the results, as advanced radiology consultants will analyze the images and send a signed report to your doctor. Depending on their findings, your doctor may recommend follow-up X-ray screenings if necessary. Don't hesitate to discuss any questions or concerns about your X-ray imaging with your doctor or diagnostic imaging specialists.

Advanced Radiology Consultants in CT

If you’re searching the web for “X-ray screening near me,” Naugatuck Valley Radiology has you covered. When it comes to X-ray screening, Connecticut patients rely on us for quality care. We’re the Radiology Diagnostic Center CT residents trust!

For radiology services and results you can count on, schedule your screening with Naugatuck Valley Radiology. We provide diagnostic imaging from X-rays to MRIs and more in several locations. Visit us at our Southbury office , Waterbury location , or in Prospect .

Diagnostic Imaging and Radiology in Central Connecticut

Wed, 22 Nov 2023 16:40:38 GMT

Suppose your doctor orders a diagnostic radiology test (or medical imaging test) to assess an injury or diagnose a health problem. In that case, you’ll need to be seen by a radiology team. Naugatuck Valley Radiology provides diagnostic imaging central Connecticut patients rely on for accurate diagnosis and treatment management.
Our diagnostic imaging and radiology team supports the management of illnesses or injuries, helping doctors determine how well the treatment plan is working.

Our Diagnostic Radiology Services

Diagnostic radiology is a field of medicine in which a radiologist uses sophisticated technology to create highly detailed images of organs and other structures inside a patient’s body. The types of diagnostic imaging services we offer include:

CT Scans in Central Connecticut

CT scans involve sophisticated computers that assemble hundreds of X-ray images taken from different angles to create three-dimensional (3D) images of a patient’s internal organs. Doctors use CT scan images to help them evaluate the structure and function of body tissues and organs.

Like an X-ray, CT scans send very low doses of radiation through the patient’s body to create the images. Calcium, like that in bones and teeth, blocks the radiation to create white areas on the images. Air, like that in the lungs, appears black. Soft tissue shows up as gray or black on the CT image.

CT scans are fast and create detailed images, and they are beneficial for finding:

Blood clots.
Bone fractures, including hard-to-see fractures that may not be visible on X-ray.
Organ injuries.
Some types of cancer.

A low-dose CT lung screening in central Connecticut helps to detect lung cancer before patients experience symptoms. As with other types of cancer, lung cancer is more challenging to treat if it has spread to other parts of the body; low-dose CT lung screening helps doctors spot lung cancer before it spreads and while it is most responsive to treatment.

Ultrasound Scans in Central Connecticut

Ultrasound uses sound waves to create images of tissues and organs inside the patient’s body. Many people associate ultrasound scans with the examination of pregnant women and unborn babies, but doctors use ultrasound to diagnose unexplained pain, swelling, and infections.

An ultrasound uses the same sonar principles as bats and ships: when a sound wave hits a solid object, it bounces back in waves. The ultrasound machine measures the echo waves and uses the information to create an image. Measuring the echo waves also provides other helpful information, such as the object’s size, shape, distance, and whether it is filled with fluid or solid.

Most ultrasounds require no preparation or recovery time, although some ultrasounds require fasting (going without food or beverages for 8 hours) or drinking water an hour before the test. It is a non-invasive test, so it is safe for most patients. Unlike X-rays and CT scans, ultrasound does not use radiation.

MRI Scans in Central Connecticut

MRI scans use large magnets to create detailed images of organs and tissues inside the body. The patient lies on a table that slides into the MRI, which looks like a long tube with an opening at each end. An open MRI has more space.

MRIs can create images that show the patient’s organs, bones, muscles, and blood vessels. Since MRIs create more detailed images than CT scans, doctors may recommend an MRI when the results are inconclusive or need more information. MRIs are better for diagnosing issues with soft tissue, inflammation, torn ligaments, nerve and spinal problems, joints, organs, the brain, and the heart.

However, MRIs can be more expensive than CT scans, and fewer medical imaging clinics offer MRIs.

Choosing A Trusted Low-Cost Diagnostic Imaging in Central Connecticut

Choosing a diagnostic imaging center is important as your health and well-being may depend on it. Important factors to look for include:

Access to advanced technology
Safety
Quality
Outstanding radiologists
Amazing staff
Convenience
Reasonable cost
Good recommendations

To get the best outcome possible, you need a trusted team in addition to accurate and timely radiology reports. After all, your doctor relies on the information they receive in your radiology reports for an accurate diagnosis, to create an effective treatment plan, and to monitor the effectiveness of that treatment plan. What’s more, your doctor needs access to the most recent results quickly.

You also need an experienced radiologist to interpret the images and create an accurate report for an optimal outcome. CT scans, MRIs, ultrasounds, and other imaging approaches use sophisticated tools and techniques that require extensive training. It also takes a trained eye to spot tiny details that may have major significance. It is essential, then, that you choose a trusted radiology center in central Connecticut.

Reliable Radiology and Diagnostic Imaging Services In CT

When it comes to the best diagnostic radiology, Connecticut residents rely on Naugatuck Valley Radiology. Prioritize your health by choosing a team that will get you the results you need to recover. Contact Naugatuck Valley Radiology to learn more about our services in central Connecticut.

Naugatuck Valley Radiological Associates Partners with Medality to Upskill Radiologists in Advanced Imaging Areas and Improve Patient Care

Tue, 30 May 2023 13:10:54 GMT

[Cincinnati, OH, May 15, 2023] - Naugatuck Valley Radiological Associates (NVRA), a leading provider of medical imaging services, announced today that they have entered into a strategic partnership with Medality, formerly MRI Online, to provide evidence-based training and development opportunities in new subspecialties and modalities for its radiologists.

This partnership underscores NVRA's unwavering commitment to offering the best possible patient care through continued investment in their radiologists' development and expertise. Medality will work closely with the NVRA team to provide a personalized and self-directed training program to improve diagnostic quality, reduce turnaround times, and accelerate practice growth.

"At Naugatuck Valley Radiological Associates, we have made it our mission to provide all patients with the most caring and compassionate experience from the beginning to the end of their medical journey. Medality's innovative training and development opportunities, coupled with their commitment to evidence-based practice, were key factors in our decision to partner with them to help us achieve our mission,” said Dr. Geoffrey Manton, Naugatuck Valley Radiological Associates.

“We look forward to the positive impact this partnership will have on our practice and, most importantly, our patients." Dr. Manton added.

Medality’s case-based education is accredited under MRI Online by the Accreditation Council for Continuing Medical Education (ACCME) and totals more than 700 AMA PRA Category 1 Credits™ across its platform. Learners can also earn SA-CME credits that meet the American Board of Radiology requirement for MOC as well as credits for MQSA, SCCT, NASCI, state licensure requirements and more. Courses are developed in partnership with hundreds of top academic faculty, such as Dr. David Yousem, Dr. Stephen Pomeranz, Dr. Petra Lewis, Dr. Don Resnick, Dr. Rachel Brem, Dr. Suresh Mukherji, Dr. Stefan Zimmerman, and Dr. Lacey McIntosh.

About Naugatuck Valley Radiological Associates

Naugatuck Valley Radiological Associates (NVRA) is an institute of diagnostic imaging staffed with 12 highly trained and board-certified radiologists who strive to provide the best patient care. NVRA uses prime diagnostic imaging at three locations conveniently located in Southbury, Waterbury, and Prospect, Connecticut. Their advanced radiology consultants provide mammography, CT scan, open MRI, arthrography, and much more. Learn more at https://www.nvranet.com/ .

About Medality

Medality is the leading practice development platform for radiologists and medical imaging organizations. Medality helps tens of thousands of radiologists from over 100 countries upskill in high-growth, advanced imaging areas with case-based microlearning video courses and integrated cases designed to simulate clinical practice from anywhere, anytime. Imaging organizations use Medality to improve diagnostic and reporting quality, reduce turnaround times, and expand their breadth of practice quickly in the areas they need it most. Learn more at www.medality.com .

Naugatuck Valley Radiology is proud to be awarded the prestigious Breast Imaging Center of Excellence (BICOE) accreditation.

Mon, 01 May 2023 12:28:02 GMT

Naugatuck Valley Radiology is proud to be awarded the prestigious Breast Imaging Center of Excellence (BICOE) accreditation. The Breast Center of Excellence distinction ensures that our breast imaging meets the highest practice standards of radiology. Our facility has voluntarily gone through a precise review process to be sure it meets nationally accepted standards.

Naugatuck Valley Radiology has been designated a Breast Imaging Center of Excellence by the American College of Radiology (ACR). This designation recognizes breast imaging centers that have earned accreditation in mammography, stereotactic breast biopsy, and breast ultrasound (including ultrasound-guided breast biopsy).

Peer-review evaluations, conducted in each breast imaging modality by board-certified physicians and medical physicists who are experts in the field, have determined that Naugatuck Valley Radiology has achieved high practice standards in image quality, personnel qualifications, facility equipment, quality control procedures and quality assurance programs.

CT Low-Dose Lung Screening

Fri, 21 Apr 2023 20:21:26 GMT

What Is CT Low-Dose Lung Screening?

A low-dose CT lung screening is a non-invasive test for lung cancer. It uses computed tomography (CT) scanning to obtain detailed images of your lungs. Doctors review these images to look for signs of lung cancer.

CT low-dose screenings create quality images while using 90 percent less ionizing radiation than a normal lung CT scan.

Why Is This Lung Exam Done?

Lung cancer often goes undetected until it reaches an advanced stage when it is much harder to treat. A CT low-dose lung screening can detect lung cancer in earlier stages before signs and symptoms develop.

Who Should Consider a CT Low-Dose Lung Screening?

CT low-dose lung screening programs are for individuals who have a high risk of developing lung cancer but have no signs or symptoms of the disease. Lung cancer risk factors include:

Tobacco smoking. About 80 percent of all lung cancer death are the result of smoking, according to the American Cancer Society ; the longer you smoke, the greater your risk.
Secondhand smoke.
Exposure to radon, which is a naturally occurring radioactive gas.
Asbestos exposure.
Exposure to cancer-causing agents in the workplace.
Taking certain dietary supplements.
Arsenic in drinking water.

You should discuss a heart and lung scan with your healthcare provider if you:

Are between 50 and 80 years old.
Currently smoke or have quit smoking within the past 15 years.
Have a history of heavy smoking.
Are asymptomatic, which means you are not experiencing signs of lung cancer such as chest pain, coughing up blood, or unintended weight loss.

How Should I Prepare?

There is no preparation required for a low-dose lung screening, so you can eat and drink normally before the test. Wear clothing that is easy to take off and put on, and leave all jewelry at home.

What Should I Expect From a Low-Dose Lung Screening?

Before the exam, you’ll change into a gown. Next, you’ll lie on your back on the table of the CT machine, and raise your arms above your head. The table will glide into the center of the CT machine, which is shaped like a long tube. You’ll need to remain very still to prevent blurred images. The technologists may ask you to hold your breath to help them obtain clear images.

As the table passes through the center of the CT machine, you may hear a whirling sound. This is the scanner rotating around your lungs.

While the scanner will cover your entire body for a short time, the machine is open at both ends, so you can see and hear outside the machine during the scan. The person performing the scan can see and hear you throughout the procedure.

The low-dose lung screening CT protocol does not involve injections or dyes, nor does it require that you swallow anything. This non-invasive exam is fast; the scan itself takes less than a minute, and the entire appointment takes less than half an hour. You’ll be able to leave immediately after the scan, as there is no recovery time involved.

Where Can I Find Lung Screening Near Me?

For more information about a normal lung CT scan or our low-dose lung screenings, contact Naugatuck Valley Radiology . Whether you need a CT screening or an MRI, lungs can always count on our team of experts to detect cancer in its early stages.

How to Know If and When You Need a 3D Digital Mammography

Fri, 14 Apr 2023 14:30:46 GMT

3D digital mammography is an advanced imaging tool used to detect breast cancer. 3D mammography combines multiple breast x-rays to create a single three-dimensional image of the breast, while 2D mammography typically involves two pictures of each breast – one from the top and one from the side.

In 3D digital mammography, the x-ray tube moves in an arc around the breast while taking multiple images from different angles. Similar to a computed tomography (CT) scan, a computer then reconstructs the images into parallel “slices” through the breast, which allows the radiologists to see through the layers of overlapping breast tissue.

More patients are undergoing 3D digital mammography than ever before. In fact, screening with 3D digital mammography jumped from 13% to 43% of all breast screening exams. This jump in 3D mammograms is for good reason, too. When it comes to detecting breast cancer in its early stages, 3D mammography has become the standard of care, as it has distinct advantages over 2D mammography.

Do You Need 3D Mammography?

3D digital mammography is recommended for anyone who needs a mammogram. Patients who have dense breasts, for example, will benefit especially from a 3D digital mammography. Dense breast tissue looks white on conventional mammography. Breast masses and cancer also appear white on images, which can make it difficult to detect them in dense breast tissue using just a 2D mammography. 3D mammography is the better option if you have dense breast tissue, as it allows your radiologist to get a better visual of what is really going on inside the breast.

If you have a high risk of breast cancer, you should consider a 3D mammography. 3D mammography allows your radiology team to capture accurate, up-close images of your breast tissue and then enlarge or move the images to get a better view of areas that may be of concern. The technology also improves the detection of smaller breast cancers earlier and helps doctors more accurately determine the size and location of these cancers.

3D mammography is also highly accurate and can reduce the rate of late-stage breast cancer among women with dense breasts or who are at high risk for breast cancer. The approach also reduces false-negative results, which result in needless anxiety and unnecessary testing.

You may also benefit from 3D mammograms if you have breast implants. Most breast implants are made from silicone or saline, and both can blur the view of the breast tissue behind the implant with 2D mammography. 3D mammograms provide clear images of the tissue surrounding the implants.

While 3D digital mammography provides superior results, it also requires special skills to perform and interpret. For more information on 3D digital mammograms, consult with the specialists at Naugatuck Valley Radiology . Our digital imaging center specializes in breast imaging, including MRI, ultrasound, and image-guided biopsies. Each year our imaging centers earn the American College of Radiology’s distinction as a Breast Imaging Center of Excellence. Trust our team to provide the radiology services and care you need. Contact us to learn more.

NVRA Partners with Rad AI for Continuity, AI-driven Patient Follow-Up

Thu, 13 Apr 2023 18:37:35 GMT

Naugatuck Valley Radiology Associates Partners with Rad AI for Continuity, the Next Generation of AI-driven Patient Follow-up.

NVRA, the first in Connecticut to use Rad AI Omni to automate impressions, selects Continuity for its class-leading 90%+ patient follow-up resolution rates and positive impact on patient care.

Waterbury, Connecticut (4/13/2023) — Naugatuck Valley Radiology (NVRA) has expanded their partnership with Rad AI by choosing Continuity for its incidental findings tracking and management solution.

“Having greatly benefited from using Rad AI Omni, we are thrilled to add Continuity to our current partnership with the team at Rad AI. The management of incidental findings in radiology reports is a key focus for our group as it’s incredibly beneficial for the patients we serve. After evaluating every vendor in this space, we found that Continuity provides the most automated and most comprehensive solution in follow-up management,” shared NVRA President, Dr. Geoff Manton.

Rad AI Continuity leverages the most advanced AI algorithms to seamlessly identify, track, and manage incidental findings in radiology reports, with the highest degree of automation. In combination with Omni, it is able to increase the total number of clinically appropriate follow-ups, delivering 90%+ follow-up compliance -- far more than any other product on the market.

“Clinical literature has shown consistently that anywhere from 40% to 80% of follow-up recommendations are not followed up. These are necessary follow-ups for patients with potential cancer and other critical diagnoses, and it’s an important and urgent problem that both radiology practices and health systems are working to solve. NVRA continues to demonstrate its leadership and commitment to excellent patient care by choosing Continuity,” said Dr. Jeff Chang, co-founder and Chief Product Officer at Rad AI. “The combination of Rad AI Omni and Continuity, which NVRA will now use, is uniquely differentiated in the market. Omni helps ensure that radiology report conclusions are accurate and complete, including follow-up recommendations based on nationally accepted consensus guidelines. In synergy with Continuity’s automated follow-up care coordination platform, this results in many more patients receiving clinically appropriate follow-up imaging, and being diagnosed and treated promptly.”

About Naugatuck Valley Radiology:

Over the thirty years since its founding, Naugatuck Valley Radiology has grown to a 12-Radiologist subspecialized practice and expanded into a full-service imaging network, providing a delivery system combined with the most advanced high-tech resources available.

NVRA has continued to provide a full-service imaging network with focused diagnostic health care, reaching out into the greater Waterbury, CT community. Since 1975, NVRA continues to offer patients, physicians, and healthcare networks a full range of high-quality and affordable diagnostic imaging.

NVRA is a physician-owned company that operates and manages 4 outpatient imaging centers. All Naugatuck Valley Radiology affiliated centers have earned the Diagnostic Imaging Center of Excellence designation awarded by the American College of Radiology.

Learn more about NVRA at https://nvranet.com.

About Rad AI:

Rad AI is the fastest growing radiologist-led AI company. In addition to being named “Best New Radiology Vendor” by AuntMinnie in October 2021, Rad AI was listed as one of the Digital Health 150 by CB Insights, as one of the most innovative digital health startups. In 2022, Black Book ranked Rad AI #1 in Mean KPI score, on its survey of 50 emerging solutions challenging the healthcare technology status quo, and Rad AI was recognized to the AI 100 by CB Insights, as one of the world’s 100 most promising private AI companies.

Founded in 2018 by the youngest radiologist in U.S. history, Rad AI has seen rapid adoption of its AI platform, and is already in use at 8 of the 10 largest private radiology practices in the U.S. Rad AI uses state-of-the-art machine learning to streamline repetitive tasks for radiologists and automate workflow for health systems, which yields substantial time savings, alleviates burnout, and creates more time to focus on patient care.

Learn more about Rad AI at www.radai.com or on Twitter @radai.

The Different Types of Radiology | A Public View of Radiology

Mon, 14 Feb 2022 15:52:46 GMT

Much of America’s perception of doctors and medical specialists is shaped by television shows like Grey’s Anatomy, in which Emergency Department (ED) surgeons do everything from setting broken bones to reading x-rays . Popular television shows like this can create misconceptions about the medical field, as actors portraying doctors often are written to perform a variety of medical procedures.

This is often why people fail to understand that there are actually specialists for each medical practice from surgeons to cardiologists to anesthesiologists and, of course, radiologists. For many people, radiology is a foreign concept.

Traditionally, radiologists – along with other medical specialists – have been left out of the picture. But television writers are not the only ones who overlook or misunderstand the important work that radiologists do.

In a recent survey of nearly 2,500 adults, researchers found that many people do not know what radiologists really do. While 79 percent of participants knew that radiologists interpreted imaging studies, nearly half were unaware that radiologists are actual doctors. What’s even more surprising is that only a third of participants knew that radiologists perform biopsies and several minimally-invasive procedures.

Radiologists Are a Valuable Part of Any Medical Team

While many people do not know that radiologists are experts in imaging and an essential part of the healthcare team, these specialists are very important in the world of healthcare. Radiologists work closely with doctors and other medical professionals to provide an accurate diagnosis and treatment plan. In an attempt to change the narrative and public view of radiology, here is a bit more information about radiologists.

Education and Training

Roles and Responsibilities

Looking Out For You

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Radiology You Can Trust

When it comes to medical imaging, you’ll want to choose a radiology group you can trust to provide expert services, accurate diagnosis, and a proper treatment plan. Naugatuck Valley Radiology is recognized by the American College of Radiology as a gold standard, Diagnostic Imaging Center of Excellence . For radiology services you can rely on, make an appointment with one of our Connecticut offices. To learn more about our services , visit our site or contact our team .

Huron Valley Radiology, X-Ray Consultants, Naugatuck Valley Radiological Associates Merge to Form Multi-State Corporation to Better Serve Trinity Health

Mon, 07 Feb 2022 14:31:32 GMT

Three private radiology practices located in Connecticut, Indiana, and Michigan have merged to create a new corporation, Advanced Imaging Alliance (AIA), designed to deliver a single level of excellent radiological service for Trinity Health hospitals as well as all other hospitals and health care providers served by AIA. The new organization is wholly owned by the physician shareholder members of the three groups that merged.

The individual radiology practices that comprise AIA will continue to operate separately as divisions of AIA in their respective communities. The groups include X-Ray Consultants (XRC), 11 radiologists, located in Northwest Indiana; Naugatuck Valley Radiological Associates (NVRA), 11 radiologists, based in South Central Connecticut; and Huron Valley Radiology (HVR), 54 radiologists situated throughout Southeast Michigan. AIA represents 76 radiologists.

“The formation of AIA reflects an enhanced alignment with Trinity Health and will deepen and augment the subspecialized radiological patient care provided by each division to Trinity Health in Indiana, Connecticut, and Michigan, every day of the year and 24 hours a day,” said Eric Ferguson, MD, President and CEO of AIA and HVR. “All of the hospitals and health systems served by AIA among our three divisions will benefit from the consistent high level of service achieved through enhanced collaboration.”

All three groups have engaged with each other in quality improvement activities for several years as members of the Patient Safety Organization operated by Strategic Radiology, a national coalition of privately owned, independent radiology groups. Those activities involved data analytics and benchmarking against coalition quality metrics.

“Our practices achieved a high level of trust through relationships developed in Strategic Radiology,” said Edward Yang, MD, president, XRC. “Within AIA, we will leverage that trust on behalf of our patients and Trinity Health to improve quality and reporting through enhanced data analytics, shared metrics, and IT networking.”

Together, AIA’s three divisions will provide exceptional service to health systems, rural hospitals, clinics, and imaging centers in the states of Connecticut, Indiana, and Michigan. The 76 radiologists represented by AIA read a total of 1,395,000 studies annually.

“The consolidation trend in the hospital market is creating a national health care infrastructure that is not always aligned with local marketplaces,” said Geoffrey Manton, MD, president, NVRA. “AIA is proof that individual independent private practice groups based in communities across America can work together to meet the needs of multi-state health systems.”

About AIA

AIA is a multi-state radiology group that provides radiology services to dozens of health care providers, including nine hospitals operated by Trinity Health, Livonia, MI. AIA’s mission is to create a single level of excellent radiological service through continuous quality improvement across all hospitals and health systems served by AIA, with enhanced subspecialization, data analytics, and IT networking.

Contact:

Jim Knauf, COO, Huron Valley Radiology

jim.knauf@hvrrad.net

734.712.835