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FUNAYAMA MASASHI

Overview
  • Total Patents
    44
About

FUNAYAMA MASASHI has a total of 44 patent applications. Its first patent ever was published in 1990. It filed its patents most often in Japan. Its main competitors in its focus markets biotechnology and environmental technology are SHANGHAI MINHANG DISTR INTELLECTUAL PROPERTY PROT ASS, MICROORGANISM EPIDEMIC INST OF and HAYASHIDA MACHINERY IND.

Patent filings in countries

World map showing FUNAYAMA MASASHIs patent filings in countries
# Country Total Patents
#1 Japan 44

Patent filings per year

Chart showing FUNAYAMA MASASHIs patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Funayama Masashi 44
#2 Funayama Seizo 11
#3 Seko Kazuhiro 8
#4 Chiba Kazuyoshi 7
#5 Chiba Kazuki 2

Latest patents

Publication Filing date Title
JP2003319773A Isotonic pyrogen free solution
JP2003072831A Packaging material for sterilization
JP2001087649A Adsorbent, adsorption removal method and quantitative analysis
JP2001017164A Fractionation and removal of virus, mycoplasma and lipopolysaccharide from physiologically active substance
JP2000217575A Adsorbent of physiologically active substance, human blood cell differentiation cell and human cell
JP2000189792A Adsorbent of lipopolysaccharide and adsorbing and removing method of lipopolysaccharide
JP2000051689A High pressure steam-sterilizable adsorbent for lipopolysaccharide and method for removing lipopolysaccharide by adsorption
JPH11290059A Incubator filled with carbon dioxide
JPH11216360A Ligand fixed solid structure
JPH11197241A Artificial reticuloendothelial device
JPH11165066A Adsorption body for lipopolysaccharide, nucleic acid and microorganism
JPH09178753A Pyrogen adsorptive body and method for quantitating pyrogen using it
JPH1057472A Antimicrobial and antithrombotic medical treatment material
JPH09227318A Removal of contamination of microorganism and antimicrobial tool used therefor
JPH0975430A Method for removing contaminant
JPH09918A Physiologically active substance adsorbing carrier
JPH08226920A Method for determining glycohemoglobin and fructosamine
JPH08173804A Method for adsorbing and separating lipopolysaccharide, nucleic acid, negatively charged physiologically active substance and microorganism with high molecular phosphonium salt and determining method
JPH08145996A Insoluble carrier of covalent-bonding of compound with boronic group and method for determining saccharified protein using polymeric compound with boronic group in side chain
JPH0862222A Method of covalent-bonding of compound having borate group to carrier by photochemical reaction, fractional quantitative analysis method for glycohemoglobin using carrier having borate group as well as induction method for lymphokine activated killer like activity and effector cell