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OD MED I IM N I PIROGOVA

Overview
  • Total Patents
    223
About

OD MED I IM N I PIROGOVA has a total of 223 patent applications. Its first patent ever was published in 1974. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and Spain. Its main competitors in its focus markets medical technology, organic fine chemistry and pharmaceuticals are HAHN MICHAEL, ERRICO JOSEPH P and PROVOST FELLOWS FOUND SCHOLARS & OTHER MEMBERS BOARD COLLEGE HOLY & UND.

Patent filings in countries

World map showing OD MED I IM N I PIROGOVAs patent filings in countries

Patent filings per year

Chart showing OD MED I IM N I PIROGOVAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Shandra Aleksej A 26
#2 Godlevskij Leonid S 25
#3 Zaporozhan Valerij N 20
#4 Mazarati Andrej M 15
#5 Prokopova Lyudmila V 13
#6 Makulkin Ruslan F 11
#7 Khait Olga V 10
#8 Gertsen Ivan G 9
#9 Lobanovskij Gleb I 8
#10 Kurako Yurij L 8

Latest patents

Publication Filing date Title
RU1835275C A device for repositioning and fixation of tubular bonesъ fragments
SU1757666A1 Method for modeling the central dystrophy of the retina
RU1833730C Way for treatment retina dystrophy
RU1833745C Device for induced ventilation of lungs
RU1808314C Method for management of duodenum peptic ulcer
RU1779370C Method for treating ostearthrosis deformans of extremities
RU1818105C Method for therapy of late effects of cranial trauma
RU1814083C Method for simulation of psychomotor paroxysms
RU1803038C Device for measuring mobility of spinal column
SU1804814A1 Method for treating uveitis with hypertension
RU1776408C Method for treatment of glomerulonephritis cases
RU1778771C Method for simulating explosive behavior
SU1746399A1 Method for simulation of the status of epileptic absence
SU1752349A1 Device for determining vertebral column mobility
RU1806752C Process for preparing allergen
RU1780093C Method for regulating functional state of active skin points
RU1817129C Method for tiredness simulation
RU1802336C Method for shock stages examination
SU1739378A1 Method for simulation of the blood hypercoagulation syndrome
SU1727154A1 Method for modeling blood hypocoagulation syndrome