Computed tomography in the diagnosis of diseases of the lungs and pleura

Cover Page
  • Authors: Glagolev N.A., Sakhno Y.P., Blinov V.S.
  • Issue: No 1 (2016)
  • Pages: 39-53
  • Section: Articles
  • URL:
  • Retraction date: 21.02.2018
  • Retraction reasons description:

    It is withdrawn on the basis of the decision of the editorial board. The reason: multiple borrowings, the percentage of the original text is 24 %, below the level set by the editorial board.


The review deals with computer-tomographic diagnosis of diseases of bronchopulmonary system and pleura, many of the issues highlighted in the literature not clearly or not covered at all. The introduction into clinical practice of modern methods of diagnosis increases the possibility of detecting disease at an early stage when there is possible to use radical methods of treatment. Despite the high level of modern technologies in the field of visualization of respiratory system, problem early and accurate diagnosis of disease remains highly relevant. Improved results of treatment dependent on the timely and accurate diagnosis. Modern methods of CT is one of the most accurate in radiodiagnostic, allows quickly to obtain significant information about the organs state and tissues of the chest. The work demonstrates the potential of CT in clinical decision making when observing patients with diseases of bronchopulmonary system and pleura.

N A Glagolev

Peoples’ Friendship University of Russia

Department of functional and radiation diagnosis; Moscow Cancer Research Institute n.a. P.A. Herzen - a branch of the State Organization “Federal Medical Research Center n.a. P.A. Herzen” the Ministry of Health 2nd Botkinsky psg, 3, Moscow, Russia, 125284

Yu Ph Sakhno

Peoples’ Friendship University of Russia

Department of functional and radiation diagnosis

V S Blinov

Urale State Medical University of Russian Ministry of Health

Department of radiodiagnosis Faculty of development and professional retraining


Abstract - 275

PDF (Russian) - 145

Copyright (c) 2016 Глаголев Н.А., Сахно Ю.Ф., Блинов В.С.

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