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.
CT scan allows you to explore almost any area of the body. The tomograph creates multi-layered images, which allows the doctor to see the smallest details of the area under study.
The procedure is especially effective for the diagnosis of injuries, neoplasms, heart and vascular diseases, pathologies of the respiratory system and bone structures. CT allows you to quickly assess the scale and localization of the pathological process, as well as obtain a three-dimensional image of organs and tissues. CT is used in emergency cases, for example, if a stroke, traumatic brain injury or internal hemorrhage is suspected. This method is also used for primary diagnosis of chest pathologies, suspected cancer or vascular diseases. The procedure can be performed with or without the introduction of a contrast agent. Contrast is used to improve the visibility of blood vessels and soft tissues when tumors or aneurysms are suspected.
Benefits
High diagnostic accuracy
CT scans reveal pathologies at an early stage, which significantly improves the prognosis of treatment.
Quick procedure
The study takes only 10-30 minutes, which is important in emergency situations.
Minimum radiation load
Modern devices allow you to reduce the radiation dose without loss of image quality.
The possibility of three-dimensional reconstruction
CT provides not only cross-sectional images, but also a 3D model of organs, which facilitates the diagnosis of complex cases.
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UchevatkinAndrey Alekseevich
Candidate of Medical Sciences. A radiologist. Head of the Department of Radiation Diagnostics.
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- KOROLEV Andrey Vadimovich
- Agapov Denis Genrikhovich
- Babin Vyacheslav Vyacheslavovich
- Frolov Alexander Vladimirovich
- Pavel Ermolaev
- Alexey Vladimirovich is healthy
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- Burtsev Mikhail Evgenyevich
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- Maksim Maskin Sergeevich
- Melentyev Alexander Alexandrovich
- Pryanikov Pavel Dmitrievich
- Pugacheva Elena Nikolaevna
- Ryazantsev Mikhail Sergeevich
- SAUTIN Maxim Evgenievich
- Slivko Mikhail Pavlovich
- Sonovа Marina Musabievna
- Tirsi Karim Alievich
- Tirsi Olga Raphaelevna
- Tikhov Andrey Sergeevich
- Uchevatkin Andrey Alekseevich
- Velichko Konstantin Vladimirovich
- Zabnkova Olga Vladimirovna
- Abdumavlanov Azamat Abdulievich
- Abramashvili Sofya Davidovna
- Avanesyants Sofya Igorevna
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- Almazov Ilya Alekseyevich
- Olesya Anatolyevna
- Arakelyan Albert Hovhannesovich
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Adenoids
Adenoids are an accumulation of lymphoepithelial tissue located in the dome of the nasopharynx (nasopharyngeal tonsil). Adenoids are part of the lymphoepithelial ring, consisting of six tonsils, which plays a key role in protecting the body from infections.
Chronic sinusitis
Inflammation of the mucous membrane of the paranasal sinuses, which lasts more than 12 weeks. The condition causes prolonged nasal congestion, which may be accompanied by nasal discharge or pass without it. Headaches and a feeling of pressure in the affected sinus area are also possible.
Volumetric formations of the nasopharynx
Pathological changes in nasopharyngeal tissues, including benign nasopharyngeal tumors such as polyps, cysts, adenomas and angiofibromas, can significantly affect breathing, hearing and sense of smell. Malignant tumors of the nasopharynx also pose a serious threat to health.
Thornwald's Bag
This is a benign congenital cyst-like formation that is located on the back wall of the nasopharynx.
Curvature of the nasal septum
This is a deviation of the nasal septum from the midline, which can cause difficulty in nasal breathing and contribute to the development of chronic diseases of the nose and paranasal sinuses.
Olecranon fractures
Olecranon has little or no muscle or other soft tissue protection, making it vulnerable to damage from falls and impacts. The olecranon is the most prominent of the bones forming the elbow joint, specifically the ulna. It attaches to the triceps and, along with the humerus, constitutes the elbow joint, which is responsible for bending and extending the arm. Olecranon fractures vary in complexity. They can be simple, with no displacement of bone fragments, or complex, with damage to the articular surface of the ulna and displacement of fragments by triceps traction. Such fractures cause a loss of extension in the elbow joint, resulting from the disruption of the triceps' connection with the forearm.
Similar referral activities
Choose clinics
- Olymp Clinic MARS
- Olymp Clinic Sadovaya
- Olymp Clinic Ogni
Department
- All departments
- Plastic Surgery
- Cosmetology
- Dentistry
- Gynecology
- Maxillofacial Surgery
- Phlebology
- Otolaryngology
- Surgery
- Traumatology and Orthopaedics
- Primary Care
- Anesthesiology and Intensive Care
- Allergology and Immunology
- Gastroenterology
- Dermatology
- Cardiology
- Coloproctology
- Radiology
- Neurology
- Ophthalmology
- Pediatrics
- Psychotherapy
- Rehabilitation
- Rheumatology
- Ultrasound Diagnostics
- Urology
- Psychiatry
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- Aligners
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.
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.
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.
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.
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