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The laboratory is equipped with the Samsung RS 80A ultrasound imaging device, which offers ultrasound scanning, such as 3D imaging and elastography.

It covers the full range of diagnostic ultrasound scans (abdominal, breast, musculoskeletal, vascular, thyroid, pediatric ultrasound scans) and the entire spectrum of invasive ultrasound scans (biopsies, punctures, drainages, guided infusions).

Biopsy and paracentesis results available within 24 hours.

Ultrasound sensor of modern ultrasonic scanner in young woman doctor's hands preparing for a device scan. Helthcare concept

A unique innovation of our laboratory is the Coelis robotic biopsy system.

Ultrasound imaging is a medical imaging method that produces images of parts of the human body using ultrasound. Ultrasound imaging devices have an architecture similar to that of computers; they receive signals from a transceiver, process them and convert them into black-and-white or color images. The transceiver is the machine’s peripheral component which sends ultrasounds to the body in a direction specified by the examiner, and at the same time receives the reflections and converts them into images.

ultrasonography image of kidney by Samsung RS-80A

Each of the body’s tissues reacts differently to ultrasounds; they can either reflect, refract or “absorb” different amounts of waves than the ones they receive. So, after receiving the reflections and knowing the amount of waves sent, the computer assigns a color or a shade of gray to each tissue and displays them on a screen as images. These images are studied by the examiner, who in turn draws diagnostic conclusions.

It is on these basic principles that ultrasound imaging is based. It is also called ultrasound tomography, because the ultrasound sent by the transceiver is in a layer array and the computer makes images that look like actual incisions of the parts or organs being examined.

ULTRASOUND CENTER
Thyroid-parathyroid-cervical ultrasound
Thyroid elastography
Soft tissue ultrasound
Breast ultrasound
Breast elastography
Upper and lower abdominal ultrasound
Full-body lymph node mapping
Musculoskeletal system ultrasound
Scrotum ultrasound
Transcranial Doppler (TCD)

DEPARTMENT OF DIAGNOSTIC & THERAPEUTIC APPROACH TO BREAST PATHOLOGY
Breast ultrasound and dynamic ultrasound with intravenous contrast media
Elastography
Breast palpation
Digital mammogram-tomosynthesis
Cytology (FNA)
Breast biopsy under ultrasound guidance and core biopsy
Preoperative mapping and biopsy of axillary sentinel lymph nodes

SOFT TISSUE DEPARTMENT
Full-body high-resolution soft tissue ultrasound
FNA
Soft Tissue Biopsy

CEUS
CEUS Technology: Dynamic ultrasound imaging of solid organs using intravenous contrast media.
The CEUS method is used to check the following organs:
Liver
Kidneys
Urinary bladder
Vesicoureteral reflux in children
Testicular tumors. Testicular Injury study
Pancreas
Crohn’s Disease-Ulcerative Colitis
Spline
Breast
Axillary sentinel lymph nodes

VASCULAR COLOR DOPPLER ULTRASOUND
Thyroid
Carotid and spinal arteries
Abdominal aorta and iliac arteries
Renal arteries
Upper limb veins
Lower limb veins
Upper limb arteries
Lower limb arteries

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