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KARDIOLOG N TS AMN SSSR V

Overview
  • Total Patents
    18
About

KARDIOLOG N TS AMN SSSR V has a total of 18 patent applications. Its first patent ever was published in 1982. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets medical technology, biotechnology and pharmaceuticals are CHANG HAN, SCOTT & WHITE HEALTHCARE and UNIV ST LOUIS.

Patent filings in countries

World map showing KARDIOLOG N TS AMN SSSR Vs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 18

Patent filings per year

Chart showing KARDIOLOG N TS AMN SSSR Vs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Smirnov Vladimir N 5
#2 Rokhlin Oskar V 5
#3 Sinitsyn Vladimir V 3
#4 Domogatskij Sergej P 3
#5 Labazina Natalya Yu 2
#6 Saks Valdur A 2
#7 Bogacheva Galina T 2
#8 Ibragimov Aleksandr R 2
#9 Tonevitskij Aleksandr G 2
#10 Arseneva Elena L 2

Latest patents

Publication Filing date Title
SU1414870A1 Strain of hybrid cultivated cells of mus musculus animals used for producing monoclonal antibodies for ca two plus - atphase of sarcoplasmaticreticulum of dog heart
SU1386907A1 Method of separating mitochondrillas from heart muscle
SU1402617A1 Method of producing monoclonal antibodies to light chains of human immunoglobulin
SU1416509A1 Method of producing monoclonal antibodies to light chains of human immunoglobulins
SU1428986A1 Method of analyzing injury of sarcolemma of heart cells
SU1362746A1 Mus musculus strain of hybrid cultured cells of mouse used for obtaining monoclonal antibodies to surface of endothelial cells of man umbilical vein
SU1384614A1 Strain of hybrid cultivatable cells of mus musculus mice,used for producing monoclonal antibodies to human urokinase
SU1381158A1 Strain of hybride cultivatable cells of mus musculus mice used for producing monoclonal antibodies to human urokinase
SU1429026A1 Method of producing conjugates of ferment and antibodies for immunoferment analysis
SU1420528A1 Method of determining the type of single nervous fibres in nerve microbunches
SU1436073A1 Method of determining plasminogene in euglobulin blood fraction
SU1363071A1 Method of investigating molecular transfer in blood cells
SU1410949A1 Method of quantitative determination of organ blood flow
SU1362476A1 Method of obtaining magnetically controlled erythrocytes for directed transport of medicines
SU1421770A1 Method of producing stabilized form of papain
SU1377733A1 Method of determining lipoids in blood serum or plasma
SU1396057A1 Method of analysis of angyotension ii
SU1414392A1 Antiulcerous agent