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Histological and electron microscopic examinations of 7 serous adenocarcinomas of the ovaries permitted to follow all the stages of psammous body formation starting from the submicroscopic level. The formation of psammous bodies was shown to be connected with a relatively differentiated epithelium of the adenocarcinomas. Initially, microcrystals of oxyapatites are deposed on accumulations of protein substances in ergastoplasm cysterns and on mitochondrial cristae. With further accumulation of these crystals relatively large intracytoplasmic inclusions of oxyapatites are formed which after confluence fill the cell which results in its death. In this way a small psammous body becomes free-lying.
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
August 1982,
Gynecologic oncology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
March 1955,
Radiology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
January 1971,
American journal of obstetrics and gynecology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
June 1977,
Cancer,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
April 2004,
Cancer,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
April 1961,
Journal of neuropathology and experimental neurology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
March 1984,
Journal of neurosurgery,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
March 2015,
Cancer cytopathology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
July 1981,
Journal of submicroscopic cytology,
O M Kozlovskiĭ, and
A S Iagubov, and
L N Kiparisov, and
A A Verbenko
March 2007,
Histopathology,
