Leading oncologists release Russia's first encyclopedia of pediatric thoracoabdominal oncological surgery
The Encyclopedia of Pediatric Thoracoabdominal Oncological Surgery is the first monograph on this subject in Russia.
“The book summarizes and systematizes the vast experience in the field of pediatric as well as adult thoracoabdominal surgery accumulated in one of the leading institutes of the country — Radiology Research Center of the RF Ministry of Health. The encyclopedia will definitely become each pediatric oncologist-surgeon’s reference book,” says Mikhail Davydov, Doctor of medical sciences, professor, academician of the Russian Academy of Sciences, editor-in-chief of the Encyclopedia.
The monograph describes the current state of cancer surgery of children’s chest, abdominal and retroperitoneal tumors. The book details the features of cancer surgeries with clinical observations. Many complex surgeries to remove children’s malignant tumors were performed personally by Professor Ryabov and Professor Davydov.
“Transferring adult thoracoabdominal surgery technologies to children’s surgery is a decisive step for a qualitative breakthrough,” says Andrei Ryabov, MD, professor of the Department of Surgery and Oncology, Faculty of Continuing Medical Education of RUDN University.
Particular attention is paid to anesthesia and the choice of surgical access. In addition, epidemiology, statistics, basic classifications and methods of combined treatment are considered.
The encyclopedia will help practicing pediatric oncologists, pediatric surgeons and specialists involved in the diagnosis and treatment of children with thoracoabdominal tumors.
Reference:
Andrei Ryabov — Professor, Department of Surgery and Oncology, Faculty of Continuing Medical Education, RUDN University, Deputy Director for Surgery, Radiology Research Center, RF Ministry of Health and Head of the Department of Thoracoabdominal Oncology Surgery, Herzen Radiology Institute.
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RUDN scientist named neural networks that will help doctors interpret the results of an electroencephalogram (EEG) and other test of brain activity. The best of them works with almost 100% accuracy, while not only giving the result, but explaining why it turned out the way it did.
To obtain information about objects on the earth's surface and in near-Earth space, it is advisable to use not one, but several satellites. Such satellites move in different orbits, but operate as a whole. This allows us to increase the efficiency and accuracy of the obtained data but requires additional efforts to control the relative motion of satellites. RUDN engineers together with colleagues from Malaysia found a way to effectively control such formations of several satellites.