UchevatkinAndrey Alekseevich
Candidate of Medical Sciences. A radiologist. Head of the Department of Radiation Diagnostics.
from 0 years
English
Professional interests: radiation diagnostics (radiography, computed tomography/CT, magnetic resonance imaging/MRI) in diseases of the musculoskeletal system, abdominal and urogenital regions, central and peripheral nervous system.
She has been doing her favorite thing since 2009
Andrey Uchevatkin is a member of the Russian Society of Radiologists and Radiologists (RORR), a member of the European Society of Radiology (ESR), the European Society of Skeletal Radiology (ESSR).
Education and qualifications
2007
Basic education in the specialty “Medical business”
State Educational Institution of Higher Education "Russian State Medical University of the Federal Agency for Health and Social Development"
2009
Clinical residency at the Department of Radiation Diagnostics and Therapy, radiologist
State Educational Institution of Higher Education "Russian State Medical University of the Federal Agency for Health and Social Development"
2012
Advanced training in the program "Radiation diagnostics in orthopedics and traumatology"
University Hospital, Heidelberg, Germany
2013
Advanced training in the program "Neuroradiology"
N.N.Burdenko Research Institute of Neurosurgery of the Russian Academy of Medical Sciences
2015
Correspondence postgraduate study at the Department of Radiation Diagnostics and Therapy
OU HPE "Russian State Medical University of the Federal Agency for Health and Social Development"
2009-2011
Radiologist
Central Clinical Hospital of Civil Aviation
Specialist Activities
X-ray
A diagnostic method that is used to examine bones, internal organs, and other body structures. X-rays allow you to get an image of internal organs and tissues in different projections.
Magnetic resonance imaging (MRI)
A diagnostic method that is used to visualize internal organs, tissues, and body systems. The procedure allows you to obtain detailed images of organs without the use of X-rays.
Computed tomography (CT)
A diagnostic method based on obtaining layered images of the studied area using X-ray radiation. It allows you to get detailed images of internal organs, bones and soft tissues.
Densitometry
A diagnostic method that allows you to measure bone density and detect osteoporosis in the early stages. The study helps to assess the risk of fractures, determine the level of calcium and the overall structure of bones.
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Technologies that work for your future
We carefully choose each device that will be used in working with the patient: from an MRI scan with 4D imaging to a CT scanner with accurate 3D model construction. In the operating unit, specialists also use the most advanced solutions — in emergency situations, in case of injuries and for solving complex surgical tasks. Our complex of high-tech equipment from the world's most reputable manufacturers allows patients to use all the achievements of modern medicine and get the best diagnostic and treatment results.
Attention that heals
We know that a warm human attitude is just as important for recovery as high-quality equipment. From the very first minutes in the clinic, you will be surrounded by a team that sincerely cares about each patient. Our doctors are the best in their fields, but not only because of their education and experience, but also because of their sensitivity: they listen attentively, explain all stages of treatment and are always supportive. From the friendly receptionist to the professor in the operating room, all our specialists work together to make the patient feel in safe hands.
Frequently Asked Questions
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- Olymp Clinic MARS
- Olymp Clinic Sadovaya
- Olymp Clinic Ogni
UchevatkinAndrey Alekseevich
Candidate of Medical Sciences. A radiologist. Head of the Department of Radiation Diagnostics.
How to reach
Moscow, 1st Yamskogo Polya Street, 15
Mon–Sun Around the clock
+7 495 255-50-03
How to get
From the Belorusskaya metro station of the Zamoskvoretskaya line - exit 4 After exiting the subway, walk through the pedestrian tunnel and climb the stairs. Move towards the railway tracks, go down the stairs immediately after them and walk along the house, then turn right onto 1st Yamskoye Pole Street. At the turn to 3rd Yamsky Pole Street, cross the road at the pedestrian crossing and continue along 1st Yamsky Field Street, after a few buildings on the left you will see Olympus Clinic MARS.
Travel time
9 minutes
Landmark
Olympus Clinic MARS sign
How to get
From the Belorusskaya metro station of the Ring line - exit 2. After exiting the subway, turn left and walk to the pedestrian crossing. Cross the road through two pedestrian crossings and move along the Tverskoy overpass. Go down the stairs immediately after the railway tracks, walk along the house, then turn right onto 1st Yamskoye Pole Street. At the turn to 3rd Yamsky Pole Street, cross the road at the pedestrian crossing and continue along 1st Yamsky Field Street, after a few buildings on the left you will see Olympus Clinic MARS
Travel time
11 minutes
Landmark
Olympus Clinic MARS sign