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INST POCHVOVEDENIYA FOTOSINTEZ

Overview
  • Total Patents
    46
About

INST POCHVOVEDENIYA FOTOSINTEZ has a total of 46 patent applications. Its first patent ever was published in 1977. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology, biotechnology and agriculture are NIPPON EKITAN CORP, NI VETERINARNYJ I NECHERNOZEMN and KERTZ MALCOLM GLEN.

Patent filings in countries

World map showing INST POCHVOVEDENIYA FOTOSINTEZs patent filings in countries

Patent filings per year

Chart showing INST POCHVOVEDENIYA FOTOSINTEZs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Gogotov Ivan N 5
#2 Korsunskij Oleg F 5
#3 Allakhverdiev Sulejman I 3
#4 Mudrik Vilen A 3
#5 Brandt Andrej B 3
#6 Kats Evgenij Yu 3
#7 Shuvalov Vladimir A 3
#8 Gurkin Vladislav A 2
#9 Khan Konstantin Yu 2
#10 Zharmukhamedov Sergej K 2

Latest patents

Publication Filing date Title
RU1792282C Method for vegetable culture cultivation
RU1792283C Method for presowing treatment of carrot seeds
RU1784877C Method for photosynthetic unit dimension determining in phototrophyc object cell
SU1753415A1 Method for forecasting nitrogen behavior in agroecosystems
SU1749830A1 Method for determining water resistance of soil aggregates
SU1718754A1 Method for isolation of reactive centers of plant photosystem 2
SU1725104A1 Chemically modified electrode and method of its manufacture
SU1680011A1 Optimization of environmetal factors in growing of vegetation
SU1679372A1 Method of determination of natural release of carbon dioxide from earth
SU1664176A1 Method for quantitative determination of reaction centers of plant photosystem
SU1645289A1 Device for comminuting plant tissue to extract chloroplastids
SU1612248A1 Chamber for forming electrophoretic gels
SU1605204A1 Method of determining stability of soil aggregates to rain erosion
SU1532586A1 Method of determining cytochromoxidase in photosynthesizing organisms
SU1494880A1 Method of determining the number of reaction centers of photosystem-2 of plants
SU1477741A1 Method of producing hydrogenase
SU1504709A1 Current overload protection arrangement for electric installation
SU1486099A1 Method of determining kinetic parameters of h20 and co2 exchange of plant leaves
SU1586606A1 Sensitive element for assessing heat action of optical radiation and ambient temperature on photosinthesizing distances
SU1509735A1 Method of determining the intensity of liberation of carbon acid from soil