Imaging Division

Radiology

The Division at the Tel Aviv Medical Center performs more than 300,000 imaging examinations per year for in-patient and outpatient as part of diagnostic workup.

  • ​A wide range of diagnostic and interventional procedures are performed on routine basis: Conventional X-ray; Ultrasound; Computerized Tomography (CT); Magnetic Resonance Imaging (MRI) and functional imaging of the brain (FMRI). The facility performs cutting edge image-guided treatments using balloon catheters and stents for opening vascular occlusions, and treats secondary lesions using radiofrequency (RF) guided by ultrasound.
    The division also train radiologists and medical students and performs research.

    Associated medical units

  • Angiography (Interventional and Vascular Radiology)
  • Breast Imaging
  • CT Coronary Arteriogram Service
  • Computerized Tomography (CT)
  • Invasive Neuroradiology
  • Magnetic Resonance Imaging (MRI)
  • Neuroradiology: Central Nervous System Imaging and Diagnosis
  • Nuclear Medicine
  • Pediatric Imaging
  • Sagol Brain Institute
  • Ultrasound

Imaging Division

The Ultrasound Unit (US) uses the most advanced 2-dimentional and 3-dimentional ultrasound and Doppler technologies for assessment of human anatomy and pathology of all ages: adults, children and newborns.

A wide range of diagnostic and invasive procedure are routinely performed in the US section of the radiological department:

  • US guided invasive procedures, includes liver, kidney and thyroid biopsies using fine needles (FNA) and large core needles
  • US and Doppler are used for post transplant patients for routine follow-up and diagnosis of rejection
  • Examinations of the testes for torsion, inflammation and tumors
  • Orthopedic ultrasound examinations including musculoskeletal, joint and ligament imaging of the shoulder joint, rotator cuff, knee and hip joints, sciatic nerve, soft tissue tumors
  • Ultrasound and Doppler examinations of dialysis patients for imaging shunts and arm fistulas and for assessing blood flow for possible occlusions
  • Examinations of the vasculature in the extremities to assess for thrombi, insufficiency, malformations, and sclerosis
  • Ultra sound and Doppler eye examinations as clinically indicated for glaucoma, complications of diabetes, and assessment of eye tumors

The Sagol Brain Institute was established in collaboration with the Tel Aviv University, at the Tel Aviv Sourasky Medical Center in 1998. 

​The Institute is dedicated to the investigation of the human brain via MRI and EEG multi-dimensional data.
The Institute was established by its Founding Director, Prof. Talma Hendler (MD PhD), a Psychiatrist and Neuroscientist, in collaboration with Deputy Director Prof. Ben-bashat (PhD), an MRI Imaging Specialist.
The Sagol Brain Institute is also dedicated to providing advanced neuroimaging techniques that aim to translate basic science into the real world clinical needs of brain-related fields such as neuroradiology, neurosurgery, neurology and psychiatry

The unit of pediatric Imaging provides all specialized pediatric diagnostic imaging examinations. 
​These studies include in-utero MRI studies of fetuses, premature babies and children of all ages. The x-rays studies include IVP and voiding cystograms. Ultrasonography with Doppler to evaluate a wide range of pathological conditions from intracranial brain studies to appendix. 
Wide range of CT and MRI studies of all body system and organs with and without sedation or anesthesia.

Diagnostic and invasive neuroradiology

The Neuroradiology service performs imaging examinations and diagnoses conditions of the central nervous system, and provides invasive endovascular treatment of the brain, neck, and spinal column.

The Neuroradiology service performs imaging examinations and diagnoses conditions of the central nervous system, and provides invasive endovascular treatment of the brain, neck, and spinal column.

Imaging techniques include MRI, CT, angiography and myelography for both hospitalized and ambulatory patients.

The unit is unique in that it offers patients a comprehensive approach to neurological problems and the effects of these problems on other body systems.

Progressive methods that minimize impact

The department uses minimally invasive interventions such as cerebral angiography before resorting to invasive methods such as surgery. Department specialists employ advanced techniques, such as coils, stents, and "glue" to treat various vascular conditions.

A broad range of conditions treated

Interventional neuroradiology, also known as endovascular surgical neuroradiology, is used to:

  • Unblock arteries during acute stroke
  • Treat cerebral aneurysms
  • Treat spinal vascular malformations
  • Treat fistulas
  • Widen stenoses of carotid and intracranial arteries
  • Close off blood supply to tumors, as a pre-treatment before surgery
  • Locate functional areas of the brain
  • Treat the spine, face and other organs with therapeutic injections 

The ”Wohl” Magnetic Resonance Imaging Institute of the Tel Aviv Medical Center is equipped with the most modern MRI technology – a high field (1.5T) and ultra high field (3T) magnets.
MRI technology is able to image most body organs. It but provides unique advantages in the central nervous system (head, neck and spine) and joints. It is the first modality found able to directly demonstrate cartilage (menisci etc.). One of the most significant features of the MRI technology is its ability to map brain function in “real time,” to identify functional cerebral centers for movement, thought, feelings, etc., while circumventing and minimalizing injury to these areas during surgery.

​The equipment can simultaneously send three-dimensional images of the brain via hospital network to the operating room to enable the surgeon to navigate through hidden regions of the brain using computerized surgery.

The MRI technology illustrates blood vessels of the brain, of the extremities and of the body in general without the need for diagnostic catheterization. This technology allows for early detection of life threatening cerebral occlusion and brain tissue viability after stroke by using diffusion mapping technique.

The MRI Institute also provides breast examinations without radiation, using injected contrast dye, to illustrate and differentiate between benign and malignant breast lumps

The Neuroradiology service performs imaging examinations of the central nervous system, including the brain, neck, and spinal column.

The imaging techniques include MRI, CT, angiography and myeolography for both hospitalized and ambulatory patients.

The unit is unique in that it offers patients a comprehensive approach to examining neurological problems and the effect of these problems on other body systems.

The division of Computed Tomography is a busy vital component of the department of Radiology.

Performing more than 35,000 annual CT examinations, the division of CT is among the busiest in Israel. A full range of diagnostic examinations is performed, with trained radiologists available to interpret all studies around the clock.

The center utilizes 4 state of the art CT scanners.

Computed tomography may be used for a wide variety of diagnostic examinations of the head, body, and musculoskeletal systems. Tel Aviv Sourasky Medical Center’s staff includes radiologist’s who are fellowship trained in all aspects of radiological interpretation.

A wide variety of interventional procedures are offered as well, including CT arthrography, and all types of biopsies, aspirations, and abscess drainage.

Non invasive studies of the vascular system such as CT angiography (CTA), virtual imaging (3D) of various organs and virtual endoscopy videos enabling virtual navigation within hollowed organs and blood vessels.

What is the CT Coronary Arteriogram Service?
The Computed Tomography (CT) Coronary Arteriogram Service is a non-invasive method to identify narrowed and blocked coronary arteries, similar to a coronary catheterization in the information obtained, but without the need to access the heart invasively. The objective is to simplify the diagnosis of atherosclerotic coronary artery disease and prevent unnecessary invasive procedures.
What is atherosclerosis?
Atherosclerosis, the thickening and hardening of the arteries, is the most common cause of illness and mortality in the industrialized world. Fifty percent of people in the Western world will suffer from atherosclerosis of the coronary arteries (the arteries that supply blood to the heart muscle) and/or arteries that supply blood to other vital organs such as the brain, kidneys, bowel, and lower extremities.
Atherosclerosis is caused by the narrowing and buildup of plaque layers in the arterial wall. It is more common in people with certain medical conditions, such as high cholesterol, high blood pressure, smoking, diabetes and obesity.
Heredity also plays an important role in determining the risk for atherosclerotic vascular disease. Symptoms caused by atherosclerosis, which depend on the involved organ, include chest pain—either chronic or sudden—when the coronary arteries are involved. The illness can also be symptomless, until it manifests suddenly, as is the case with heart attack, sudden death from arrhythmia, or stroke.
Imaging to detect atherosclerosis
Imaging of the coronary arteries is recommended in order to detect narrowed coronary arteries, localize the narrowed segments and determine how severe the blockages are. The diagnostic information obtained by CT coronary angiography identifies patients who require invasive interventional procedures and assists in selecting medications known to effectively treat atherosclerosis.
What is the difference between invasive coronary catheterization and a CT coronary arteriogram?
Cardiac catheterization is an invasive procedure used to detect and treat coronary atherosclerosis by delivering special tubes (called catheters) to the heart. Cardiac catheterization requires local anesthesia and hospitalization. By virtue of its invasive nature, cardiac catheterization entails a small risk of complications. The procedure provides highly accurate imaging of the arterial lumen (or cavity) but does not enable imaging of the arterial wall itself.
Tel Aviv Sourasky Medical Center’s non-invasive cardiac imaging team uses a state-of-the-art multi-slice CT scanner that is a highly effective alternative to invasive diagnostic catheterization.
About the CT coronary arteriogram and its benefits
The CT coronary arteriogram creates a large number of ultra-thin image slices. The processed images provide high-quality pictures of the arterial segments scanned throughout cyclic heart contraction and relaxation. The technology generates accurate two- and three-dimensional images of the heart and its arteries, delineating coronary artery anatomy, the precise location of narrowed segments, and characteristics of the vessel wall.
The discomfort to the patient during the procedure is minimal since the only requirement is an intravenous infusion line. The CT coronary angiogram captures images that conventional catheterization imaging cannot detect. Because the procedure is non-invasive, it is very
safe—similar to any other CT scan that utilizes iodinated contrast material.
The CT coronary arteriogram can identify small plaque buildup that does not cause narrowing in the arterial cavity but is an early manifestation of atherosclerosis. These findings can guide the prescription of a number of medications known to retard the progression of atherosclerosis.
A Tel Aviv Sourasky Medical Center cardiologist reviews the results of all CT coronary angiograms in order to develop a therapeutic plan with the patient and the referring physician.
Who is a candidate for this service?
The CT coronary arteriogram is primarily indicated for people who do not have symptoms referable to coronary artery disease, but are at risk for this condition because they have one or more risk factors, such as high cholesterol, high blood pressure (hypertension), a family history of coronary artery disease, a history of smoking, or diabetes. Patient with various types of chest pain can also undergo this test to diagnose the cause of their symptoms.
The test is suitable for patients with a regular heartbeat, who do not have severe kidney disease, and who are not allergic to iodine. All patients should undergo a cardiology evaluation prior to the procedure to confirm its appropriateness.

The Breast Imaging Unit of the Tel Aviv Medical Center is one of the most modern breast centers in Israel and offers the entire gamut of breast imaging examinations:

  • Screening Mammography and diagnostic mammography
  • Diagnostic and invasive ultrasound examinations of the breast
  • Biopsies: Fine needle aspiration cytology (FNA) and large needle core biopsies
  • Mammotomy: Large tissue sample biopsies enabling accurate tissue histology and removal of small lesions
  • Breast MRI with and without contrast media for better differentiation of lesion nature, for evaluation of artificial implants of breast

The Imaging unit forms a work team with the Breast Center of the Tel Aviv Medical Center where radiologists, surgeons and pathologists are cooperating on routine bases in decision-making and re-assessment processes of breast pathology.

The Angiography Unit of the Tel Aviv Medical Center, part of the Radiology Department, performs procedures using intravascular and percutaneous catheters to diagnose and treat problems with the blood vessels, gall bladder and urinary system.

Treatments include opening occluded arteries in the extremities, kidneys, neck, and the carotid arteries that supply blood to the brain.

Angiographic occlusion of blood vessels (embolization) is performed with the purpose to block hemorrhages, to treat highly vascular tumors of benign (uterine fibroide) and malignant nature.

Percutaneous procedures designed to relief obstructions of the kidneys (hydronephrosis) and liver (biliary) are routinely performed.

}