Performs ultrasound diagnostics of superficial organs, mammary glands, lymph nodes, thyroid gland, soft tissues, abdominal organs, kidneys, male and female pelvic organs, joints, and duplex scanning of all vessels.
“Ultrasound diagnostics is a high-tech field where precision and attentiveness are of utmost importance.”
I strive to ensure that every procedure is performed with the highest accuracy to guarantee reliable results. This is achieved through the use of expert-class equipment, continuous learning, and professional development.
Education and qualifications
Co-author of 20 published works
Ultrasound Diagnostician, Department of Ultrasound Diagnostics
Ultrasound Diagnostician
Ultrasound Diagnostician
Advanced training in “Comprehensive Ultrasound Diagnostics of the Vascular System”
Advanced training in “Ultrasound Diagnostics”
Certification course in “Comprehensive Ultrasound and Percutaneous Interventions under Ultrasound Guidance”
Advanced training in “Ultrasound Diagnostics of Joint Diseases and Injuries”
Advanced training in “Ultrasound Diagnostics”
Advanced training in “Ultrasound Examination of the Pancreas and Adrenal Glands. FAST Protocols”
Advanced training in “Ultrasound Diagnostics”
Advanced training in “Ultrasound Examination of Internal and Superficially Located Organs and Tissues”
Advanced training in “Ultrasound Diagnostics”
Advanced training in “Ultrasound Examination of the Hepato-Biliary-Splenic System”
Advanced training in “Ultrasound Examination in Surgical Practice”
Advanced training in “Ultrasound Diagnostics”
Advanced training in “Ultrasound Examination of the Head and Neck Vessels”
Advanced training in “Ultrasound Diagnostics in Urology”
Advanced training in “Capabilities of Ultrasound Diagnostics in Emergency Conditions”
Advanced training in “Ultrasound Diagnostics of the Mammary Glands and Soft Tissues”
Areas of activity
Ultrasound of the joints
A diagnostic method that allows you to assess the condition of soft tissues, tendons, ligaments and cartilage structures of the joint. It is used to detect inflammatory, traumatic and degenerative changes in joints.
Consultation of a doctor of ultrasound diagnostics
Our specialists with many years of experience in the field of ultrasound diagnostics will conduct a detailed consultation and examination using an ultrasound machine, which will help identify various diseases at an early stage, as well as accelerate recovery.
Pediatric pelvic ultrasound
Pelvic ultrasound is a safe and highly informative imaging of internal organs of the pelvis in children. This examination helps assess the state of the bladder, uterus and ovaries in girls, as well as the prostate gland and seminal vesicles in boys.
Pediatric peripheral nerve ultrasound
Peripheral nerve ultrasound is a safe way to assess the nervous system, helping identify various pathological changes that disrupt the conduction of nerve impulses. This method helps diagnose inflammation and trauma in nervous system dysfunction in children.
Pediatric thyroid ultrasound
Pediatric thyroid ultrasound is a safe and painless diagnostic procedure that helps assess the structure, size, and blood supply of a child's thyroid gland. The examination helps identify congenital anomalies, thyroiditis, cysts, tumors, and other pathologies at the earliest stages.
Pediatric joint ultrasound
Joint ultrasound is a non-invasive diagnostic procedure used to obtain detailed assessment of periarticular structures, including cartilage, ligaments, tendons, and soft tissues. It is particularly relevant in children, as mobility and active growth may be accompanied by pain and injuries.
Specialists in this department
Find a Specialist
Ultrasound diagnostician, Candidate of Medical Sciences, Higher Qualifying Category Physician. Head of the Functional and Ultrasound Diagnostics department.
How to reach
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
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