Lenox Hill Radiology Services 10 in New York

 Lenox Hill Radiology Services in New York


Lenox Hill Radiology is a trusted name in medical imaging, offering high-quality services to patients across New York City. Whether you need an X-ray, MRI, or CT scan, they provide advanced technology and expert care.


Introduction to Lenox Hill Radiology


1. What is Lenox Hill Radiology?


A leading network of imaging centres in New York.


Known for accurate results and patient-focused care.


Offers a wide range of diagnostic tests.


Lenox Hill Radiology Services 10 in New York


2. Why Choose Lenox Hill Radiology?


Expert radiologists with years of experience.


Friendly and professional staff.


State-of-the-art equipment for precise imaging.


Convenient locations across New York City.


Lenox Hill Radiology Services in New York 


What is MRI?

Magnetic resonance imaging (MRI) is a special diagnostic test that produces very clear, detailed pictures of internal organs and structures in your body. 

The test uses a powerful magnetic field, radio waves and a computer to create images in cross-section. 

While an X-ray is very good at showing bones, an MRI lets your health care provider see structures made of soft tissue, such as tendons, bone marrow, ligaments and cartilage, and organs in your chest, abdomen and pelvis.

Lenox Hill Radiology Services 10 in New York


When is it used?

Health care providers use MRI to diagnose problems in the brain and spinal cord, to see the size and location of tumors. 

It is often used to fully visualize and diagnose problems within your joints and other soft tissues. 

MRI is also helpful in diagnosing diseases and disorders of the eyes and ears. 

For example, an MRI may show whether you have torn ligaments or torn cartilage in your knee and help your health care provider decide whether you need surgery. 

It is also useful for injuries involving the shoulder, back or neck.


What happens during an MRI procedure?

You will lie down on a cushioned bed that moves into a donut-shaped apparatus that is open on both ends. 

If you get nervous when you are in small closed spaces, you can opt to have your MRI performed in a Wide-Open MRI which gives extra space around your body or an Open MRI that is a less enclosed space. 

Talk to your health care provider about this before you have your MRI.

Lenox Hill Radiology Services 10 in New York


For some MRI scans, a contrast medium (gadolinium) is injected to highlight certain tissues for closer examination. 

This type of scan helps differentiate between healthy and diseased tissue, making it possible to accurately diagnose many diseases in their early stages.


Most MRI studies take between 30 and 60 minutes and you will be able to communicate with the technician during the procedure. 

You may hear loud sounds while the pictures are taken. However, for patient comfort, we provide all patients with earplugs so that the noise is dampened. 

When the test is over you may go home. Your referring doctor will schedule a visit with you to discuss the results of your test.


What are the benefits and risks of an MRI procedure?

An MRI is able to visualize internal organs that are difficult or impossible to see with other diagnostic exams. 

There is no radiation, the exam is painless, and there are no harmful side effects.

Lenox Hill Radiology Services 10 in New York


What are my options?

MRI scanners come in different magnet field strengths measured in teslas or “T”, usually between 0.5T and 3.0T. 

The higher the “T” the greater the image quality and resolution. 

However, too much detail can be inappropriate or unnecessary parts of the anatomy. 

MRI scanners also come in varying sizes including open and wide-open.


What is a CT scan?


A CT (Computed Tomography) scan is an advanced type of X-ray exam. 

Multiple X-rays are taken rapidly from a number of different angles around the body and then arranged by a high-speed computer to produce a cross-sectional view. 

CT may be used to visualize internal organs, head, neck, spine or extremities.

Lenox Hill Radiology Services 10 in New York


For some CT scans, the radiologist injects intravenous contrast medium or dye to highlight certain tissues for closer examination.

Certain patients may also be required to drink oral contrast as well. 

A CT scan helps differentiate between healthy and diseased tissue, making it possible to accurately diagnose many diseases in their early stages.


When is a CT scan used?

CT scanning is generally used when your doctor needs more detailed diagnostic information than is possible from regular X-ray studies.

Lenox Hill Radiology Services 10 in New York


What happens during a CT scan procedure?

You will be positioned onto the table for the scan. 

You will feel the table move after each scan and may hear a whirring noise or high-pitched beep.


To get the most precise results, the technologist may ask you to hold your breath for a short time. 

Lie as still as possible to avoid blurring the images. 

You will be able to communicate with the technologist at all times during your scan. 

Actual time to acquire the images is often less than two minutes, but you should expect to be in the imaging room for approximately 10 to 15 minutes in its entirety.


You may leave immediately after your CT scan. 

If contrast was used, drink plenty of fluids, especially water, for the next 24 hours to help flush the contrast medium from your body. 

The radiologist will review your scans and send the results to your physician. 

Urgent findings will be called or faxed in to your physician very shortly after completion of your study.


What are the benefits and risks of a CT scan?

CT scans are among the safest exams we do. 

Your body will be exposed to a very small amount of radiation. 

If you are pregnant, you should not have a CT scan without first discussing the risks with your doctor. 

There is a small risk you will have an allergic reaction to contrast dye. 

Common minor allergic reactions may include hives and itching. 

More serious contrast reactions are very rare. 

Be sure to tell your health care provider if you know you are allergic to any medications or chemicals such as iodine. 

Our staff and physicians are trained and prepared to handle immediately any allergic reaction you might have and prevent any future occurrences.


What is a digital X-ray?

X-ray is the oldest and most frequently used form of medical imaging. 

It is also the fastest, and easiest and most economical way for a physician to view and assess broken bones.


It can also be used to diagnose and monitor the progression of diseases, including osteoporosis, heart disease, and cancer. 

Unlike other forms of radiation, X-rays can easily pass through body tissue, making it possible to provide images of internal structures without performing surgery.


During the procedure, electromagnetic radiation passes through the body onto “film” (now digitized and displayed on a computer screen). 

Dense structures such as bone absorb most of the radiation and appear white on the digital image. 

Structures that are less dense like air appear black. Everything in between appears a different shade of gray.


When is a digital X-ray used?

Digital X-rays are used to diagnose a wide range of illnesses and injuries, including musculoskeletal injuries, cancer, blocked arteries, abdominal pain, sinus disease, spinal problems and other abnormalities.


What happens during a digital X-ray procedure?

You may be asked to stand or lie down on an examination table, depending on the part of the body to be examined. 

You will be able to communicate with the technologist during the procedure.


What are the benefits and risks of a digital X-ray?

There is little reason to worry about the small amount of radiation you will be exposed to when you receive a digital X-ray. 

Digital X-rays enable immediate diagnosis of certain conditions and offer no discomfort, and often even no preparation, for the patient.


Why digital?

We use the most advanced technology to deliver premium healthcare. 

Digital imaging gives us many advantages in handling your exam, not the least of which is faster communication of results to your doctor. 

Digital imaging also allows your medical team to collaborate, if necessary, and to immediately compare previous exams with current ones, so that your health is properly monitored


What is Ultrasound?

Ultrasound uses sound waves and a computer to create images of internal organs and blood vessels. 

It has a variety of applications for almost all the organs in your body. 

Ultrasound can be used to detect abnormalities in your blood vessels, and frequently is used to evaluate fetal anatomy and growth during pregnancy. 

An instrument called a transducer is placed over the area of the body being examined. 

This transducer emits sounds waves. 

Next, the sound waves bounce off the organ or structure being evaluated in your body and those sound waves now come back to the transducer that sent them in the form of “echoes”. 

The images are then sent to the computer and the data is analyzed.


When is it used?

Ultrasound has a wide range of applications, from adult bone studies to fetal heart rate monitors. It helps clinicians assess the organs and blood vessels in the abdomen (liver, kidneys, spleen, gallbladder, bile ducts, aorta and pancreas). 

It also helps in evaluating organs in the pelvic area (uterus, ovaries, bladder, and prostate).

Most obstetricians perform a routine diagnostic ultrasound to look for any abnormalities with either the fetus or the mother’s anatomy during early pregnancy. 

The breast, thyroid gland and scrotum are well evaluated with ultrasound, as are soft tissue masses in your extremities and elsewhere. 

Ultrasound is very useful in studying both arteries and veins throughout your neck, chest, abdomen, and extremities.


Here are some examples of ultrasound study types and their purpose:


Doppler ultrasound (to visualize blood flow through a blood vessel).

Abdominal ultrasound (to evaluate the gallbladder, liver and other abdominal organs).

Thyroid ultrasound (to monitor nodules).

Fetal ultrasound (to view the fetus in pregnancy).

Doppler fetal heart rate monitors (to listen to the fetal heart beat).


What happens during the procedure?

A water-based gel is applied to the skin over the area to be examined to block any air between the skin and transducer, to eliminate friction on the skin, and provide the best quality images. 

The technologist then will place the transducer over the area that will be examined. 

For certain indications like female bleeding, fibroids, ovarian cysts and pelvic pain, two types of transducers may be used. 

You will be able to communicate with the technologist during the procedure.


What are the benefits and risks?

There is no ionizing radiation exposure with this procedure. 

Ultrasounds are painless, non-invasive and have the highest safety use in all of radiologic imaging. 

However, we still practice prudent use of ultrasound and specific modes of imaging, especially for obstetrical sonography.


How to Prepare For a Screening Mammogram?

DO NOT use any powders, talc, sprays or deodorants on your breast or in your underarm area before your exam.


How is a Screening Mammogram Procedure Performed?

A technologist will position you standing at the mammography machine and place your breast over the receptor.

The machine applies moderate compression to your breast for a few seconds to obtain the clearest image.

The 3D Mammography machine moves in an arc over the breast, taking many X-rays from different angles. The X-ray can generally take 11 images in 7 seconds. 

A computer then processes the images to form a clear 3D image. The whole procedure may take around 30 minutes.

When you SAY YES to

Enhanced Breast Cancer Detection (EBCD), no additional radiation or time during your visit is required. 

You safely gain the benefit of state-of-the-art screening with the incorporation of artificial intelligence on your exam.

During your exam, you will be able to communicate with the technologist who will be assessing the quality of the images for the interpreting radiologist.

What to Expect After a Screening Mammogram?

You can leave immediately and resume normal activities.

Your exam will be read by a board-certified, sub-specialized radiologist who has undergone additional training in women’s imaging interpretation.

Results will then be sent to your ordering health care provider.

If the radiologist requires additional imaging to interpret your study, then you will receive a call to come back for a diagnostic mammography exam.

Lenox Hill Radiology offers Screening Mammograms at multiple locations across the New York Metro area, making it easier for you to access this important screening exam. 

Schedule your next annual Screening Mammogram at Lenox Hill Radiology.


What to know before your Mammogram: Exam Prep | Lenox Hill Radiology

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What is a DEXA | Bone Densitometry?

DEXA is an imaging exam that measures bone density (strength). 

DEXA scan results can provide helpful details about your risk for osteoporosis (bone loss) and fractures (bone breaks). 

This exam can also measure your body composition, such as body fat and muscle mass.


Who is a Candidate For a DEXA Scan?

65 years of age or older


Family history of osteoporosis


Low levels of testosterone


Previous bone fractures


Use of certain medications


Chronic diseases that affect the kidneys, lungs, stomach, and intestines


How to Prepare For a DEXA Scan?

Follow your physician's medication instructions and the imaging center's preparation guidance.


Do not take calcium supplements 24 hours prior to your scan.


If you have any other tests scheduled for the same day as your DEXA scan, then the exam must be performed first.


If you have any upcoming X-rays using contrast such as barium, IV contrast or any nuclear medicine studies, please have them completed at least one week prior to having a DEXA scan.


Vitamins and Fosamax are permitted.


How is a DEXA Scan Procedure Performed?

If you wear clothing without any snaps, buttons, or zippers, you will not have to change, but cotton gowns are available for use.


You will lie on a comfortable padded table while the arm of the instrument moves above you to scan your spine and hip. 

The instrument is open, and you will not be confined in any way. 

The technologist will position you by moving your arms above your head or by elevating your legs on a square cushion. 

You may notice some very minimal movement of the table when the images are being acquired.


A DEXA scan usually takes no more than 25 minutes.


What to Expect After a DEXA Scan?

You can leave immediately and resume normal activities.


Your exam will be read by a board-certified, sub-specialized radiologist.


Results will be sent to your ordering health care provider.


Lenox Hill Radiology offers DEXA at multiple locations across the New York Metro area, making it easier for you to access this important screening exam.

 Schedule your next DEXA | Bone Densitometry exam at Lenox Hill Radiology.


What is Nuclear Medicine?

Nuclear Medicine uses very small amounts of radioactive materials (also called radiopharmaceuticals) to diagnose and treat disease. 

Radiopharmaceuticals are substances that are attracted to specific organs, bones or soft tissues.


The radiopharmaceuticals used in Nuclear Medicine emit gamma rays that can be detected externally by special types of cameras. 

These cameras work in conjunction with computers to form images that provide data about the area of body being imaged.


While X-rays image the body’s anatomy, Nuclear Medicine shows actual organ function and physiology.


When is Nuclear Medicine used?

Nuclear Medicine uses radioactive materials to help diagnose a variety of diseases and disorders, and to assess how different parts of your body are functioning. 

Nuclear Medicine imaging can be used for many applications, including but not limited to thyroid disease, cardiac function, orthopedic injury and infection, blood clots in the lungs, liver and gall bladder function, and response to cancer treatment.


What happens during a Nuclear Medicine procedure?

During the procedure, you are given a low-level radioactive compound, called an isotope, which may be injected intravenously, inhaled or swallowed. 

The isotope accumulates in the organ being examined. 

Depending on the exam, your technologist may ask you to return later, sometimes many hours later or the following day, to give the isotope time to distribute to the area of concern in your body.


The organ to be examined will emit radiation continuously during the exam. 

This radiation is then detected by a special camera and subsequently processed through a computer. 

Patients typically do not experience side effects or allergic reactions since most of the compounds used in Nuclear Medicine are naturally-occurring substances in the body. 

The length of the exam varies, depending on type. You will be able to communicate with the technician during the procedure.


What are the benefits and risks?

Nuclear Medicine is non-invasive. It allows clinicians to get medical information that would not be available otherwise, or that would require surgical intervention. 

It is safe and painless, using very small doses of radioactive materials to diagnose and treat disease. 

The amount of radiation from a Nuclear Medicine procedure is often comparable to that received during a regular X-ray exam.

Nuclear Medicine provides a valuable view of the structure and function of internal organs.







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