Search PubMed⌕ Search

PubMed · 10417011

Soviet pilot-physician program.

Abstract

The program for training pilot-physicians was started in 1952. It was the first and the only one in the history of the USSR/Russia. Young military physicians from different military forces and graduates of the Saratov Military Medical Faculty were invited to participate in the program. Selected military physicians were sent for 2 yr of flight training. Six graduates from Omsk School became bomber pilots, while eight graduates from Chuguev School were appointed instructor pilots. Special positions and regulations for pilot-physicians were not created. Some pilot-physicians continued their aviation career, and some returned to medicine. For a short time a limited number of pilot-physician positions existed in the research institute in Moscow. Two graduates from this program were appointed to these positions. One of the pilot-physicians became a cosmonaut; and at least six obtained scientific degrees in medicine and made significant contributions to the development of aerospace medicine.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

V Vlassov, I Ushakov. 1999. Soviet pilot-physician program.. https://pubmed.ncbi.nlm.nih.gov/10417011/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Poul Agerholm Christensen MD (1912-1991): antivenom production at the South African Institute for Medical Research.

Dr Christensen arrived in Cape Town in June 1940 as ship's surgeon on a Danish cargo-liner. Denmark was under German control, and the ship came under command of the South African government for use in war operations. In October 1941, Christensen left the ship to become assistant to Dr Edmond Grasset of the South African Institute for Medical Research in Johannesburg. Later, Christensen was head of department and associate director. Grasset produced the Institute's first concentrated Bitis arietans-Naja nivea antivenom in 1932. When Grasset resigned in 1946, Christensen took over the venom research projects. He introduced changes and produced antisera of high quality. As the paraspecificity of the polyvalent antivenom was limited, Christensen increased the number of immunising antigens to allow treatment against the bite of the many species of viperid and elapid snakes in southern and equatorial Africa. Using pepsin-refined antiserum, Christensen isolated three toxic fractions from Naja nivea venom and showed how the presence of multiple toxins affected antivenom neutralisation curves and estimates of antivenom potency. A member of a WHO Expert Committee, he raised and tested for suitability, the first reference antivenom. Dr Christensen was acclaimed internationally for his expertise, and for his dedicated service to the treatment of snakebite.

Academies and Institutes↗