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MO NII MICROCHIRURG

Overview
  • Total Patents
    170
About

MO NII MICROCHIRURG has a total of 170 patent applications. Its first patent ever was published in 1980. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Germany and United Kingdom. Its main competitors in its focus markets medical technology, pharmaceuticals and macromolecular chemistry and polymers are BEIJING AKEC MEDICAL CO LTD, VERIGEN TRANSPLANTATION SERV and ORTHOPEDIC DEV CORP.

Patent filings per year

Chart showing MO NII MICROCHIRURGs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Fedorov Svyatoslav N 77
#2 Fedorov Svyatoslav Nikolaevich 23
#3 Linnik Leonid F 22
#4 Egorova Eleonora V 17
#5 Karavaev Aleksandr A 16
#6 Degtev Evgeny Ivanovich 12
#7 Karavaev Alexandr Alexandrovic 12
#8 Solovev Sergej A 11
#9 Fedorov S N 11
#10 Degtev Evgenij I 11

Latest patents

Publication Filing date Title
JPH06190031A Composition for ophthalmology
JPH053911A Ophthalmologic collagen cover
SU1524895A1 Method of extracapsular extraction of cataract on the eyes that suffered vitrectomy
SU1655490A1 Device for implanting artificial eye lens
SU1685429A1 Appliance for implantation of soft contact lenses
SU1499394A1 Method of simulating cataract
SU1532033A1 Arrangement for removing eye lens mass
SU1585761A1 Method of determining adhesive properties of implantation materials
SU1597185A1 Method of treating progressive myopia
JPS63257539A Non-injury needle
DE3712163A1 Atraumatic needle
SU1521477A1 Method of determining toxicity of lenses for intraocular implantation
SU1616608A1 Device for diagnosis of anatomic changes of eye
SU1426578A1 Method of simulating cataract
SU1509663A1 Method of producing total plane specimens dof cornea endothelium
SU1500292A1 Apparatus for evacuation of lens mass and retraction of iris of the eye
SU1747075A1 Method for producing collagen coating to be usable in ophthalmologic surgery
SU1600764A1 Device for transparent transplantation of cornea
SU1565484A1 Method of treating open angle glaucoma
SU1409268A1 Method of determining the functional effect of surgical correction of myopia