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Ultrasound diagnostics

Ultrasound examination (ultrasound) is a highly informative, non-invasive, mobile, painless method of visualizing human organs and tissues, widely used in all areas of modern medicine. Ultrasonic waves propagate in the environment with a frequency of more than 20,000 Hz. The propagation velocity of an ultrasonic wave is determined by the density and elasticity of the medium. The average velocity of ultrasound propagation in the tissues of the human body is 1540 m / s - most ultrasound diagnostic devices are programmed at this speed.

K + 31 Clinic has stationary and portable ultrasound devices of the expert and premium class of leading manufacturers of ultrasound equipment (Toshiba, General Electric, Mindray), with a wide range of diagnostic capabilities, an excellent degree of imaging, with Doppler imaging programs, panoramic scanning, and 3D imaging in real time.

The Toshiba Aplio MX premium ultrasound devices installed in the clinic include all the innovative ultrasound imaging technologies, have a number of unique features that allow you to receive gray-scale images of unprecedented quality with an exceptionally detailed study of tissue and organ structures regardless of their location and constitutional features of the patient.

These technologies include ApliPure and ApliPure + - real-time complex scanning modes with simultaneous noise elimination, Differential THI differentiated tissue harmonics, Precision Imaging technology - simultaneous processing of many adjacent ultrasound lines. Aplio MX allows you to conduct all currently known ultrasound in spectral and color Doppler modes.

The system has a unique Toshiba technology - Advenced Dynamic Flow (ADF) - improved dynamic flow. The technology allows you to get an image of the vascular bed up to the capillary network with high spatial and temporal resolution. Aplio MX has special programs for recognizing and quantifying changes in internal organs. This is elastography, which allows a quantitative analysis of the elastic properties of organs and tissues; an unparalleled method for detecting calcifications (Micropure), which are potential markers of malignant tumors of the mammary glands and other organs. The Aplio MX ultrasound system has special features for reconstructing images, including panoramic and three-dimensional; a number of specialized programs for contrast studies, obstetric and cardiological studies, including a program for conducting steress echocardiography.

In K + 31 all current ultrasound methods of research are carried out:

  • abdominal organs;
  • kidneys and adrenal glands;
  • thyroid, mammary and salivary glands;
  • lymph nodes;
  • lungs;
  • pleura;
  • eyes and eye sockets;
  • pelvic organs in men and women;
  • organs of the scrotum and penis;
  • soft tissues and joints;
  • triplex scanning of the main vessels and vessels of internal organs;
  • Doppler echocardiography and stress echocardiography;
  • Ultrasound during pregnancy in all trimesters;
  • Dopplerography of the uteroplacental and fetal blood flow;
  • building a three-dimensional image of the fetus or any organ;
  • ultrasound guidance for minimally invasive interventions.

The experience of specialists in ultrasound diagnostics shows that even in the absence of complaints and the well-being of patients, during the ultrasound examination, one or another deviation from the norm is found in various structures and organs.

Ultrasound examinations in Clinic K + 31

New features of computer processing of ultrasound images in three-dimensional (3D-4D) mode on the latest generation devices allow you to create a spatial picture of the structure of any organ, vessel, pathological focus, fetus in any plane, archive in the form of data available for delayed analysis and post-processing. The study in 3D-4D modes of individual organs and blood vessels in its accuracy can compete with the method of computed tomography.

For patients with pathology of the cardiovascular system, we recommend triplex scanning of blood vessels with functional tests, Doppler echocardiography (DEHOKG), as well as stress echocardiography (stress echocardiography) to identify coronary pathology. Patients who consider themselves healthy and do not have an obvious cardiovascular pathology can undergo a comprehensive study according to a special program that includes the study of cerebral vessels, upper and lower extremities, as well as stress echocardiography to assess the functional reserve of the body.

We offer expectant mothers an ultrasound scan at various stages of pregnancy. The optimal time for carrying out a screening ultrasound examination of the fetus is a period of 11-13 weeks, 20-21 weeks, 30-34 weeks of pregnancy. This is the best time to identify the corresponding malformations of the fetus. During these periods, ultrasound makes it possible to diagnose most congenital malformations of the fetus and promptly resolve the issue of abortion or choose the optimal tactics of managing childbirth, as well as the nature and extent of emergency care immediately after childbirth. Doppler study of the uteroplacental and fetal blood flow is of important diagnostic value in pregnant women with high perinatal risk. Timely detection of hemodynamic disturbances in the mother-placenta system - the fetus can prevent the development of severe complications of pregnancy and develop tactics for pregnant women. The results of a dopplerographic study in detecting a violation and a critical condition of fetoplacental blood flow are an indication for emergency delivery.

Specialists

All specialists
Abalmasov
Vladimir Georgievich

Leading specialist in ultrasound diagnostics

Doctor of Sciences, PhD, professor

Andreytseva
Marina Igorevna

Ultrasound Diagnostic Doctor

Malakhova
Elena Nikolaevna

Ultrasound Diagnostic Doctor

Makeeva
Anastasia Valeryevna

Ultrasound Diagnostic Doctor

Gadzhieva
Khaybat Hadisovna

Ultrasound Diagnostic Doctor

PhD

Maso
Michael Lvovich

Mammologist, radiologist, ultrasound diagnostician

PhD

Fedorova
Elena Alekseevna

Ultrasound Diagnostic Doctor

Horava
Ekaterina Zaurievna

Ultrasound Diagnostic Doctor

Lapa
Lyudmila Alexandrovna

Ultrasound Diagnostic Doctor

PhD

Askerova
Nuria Nuraddinovna

Ultrasound Diagnostic Doctor

PhD

Mikula
Lada Nikolaevna

Ultrasound Diagnostic Doctor

Romashkova
Lyudmila Borisovna

Ultrasound Diagnostic Doctor

Shirokih
Pavel Nikolaevich

Ultrasound and Prenatal Diagnostic Doctor

Sokolova
Alena Victorovna

Ultrasound Diagnostic Doctor

PhD

Isropilova
Leila T. Alievna

Ultrasound Diagnostic Doctor

Panfilova
Ekaterina Alexandrovna

Ultrasound Diagnostic Doctor

PhD

Khoroshko
Ekaterina Evgenievna

Ultrasound Diagnostic Doctor

Reviews

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