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TSUGLENOK NIKOLAJ VASILEVICH

Overview
  • Total Patents
    26
  • GoodIP Patent Rank
    78,959
About

TSUGLENOK NIKOLAJ VASILEVICH has a total of 26 patent applications. Its first patent ever was published in 1990. It filed its patents most often in Russian Federation. Its main competitors in its focus markets medical technology, pharmaceuticals and organic fine chemistry are CHONGQING HAIFU HIFU TECH CO, LIGHT BIOSCIENCE INC and PHOTOGEN INC.

Patent filings in countries

World map showing TSUGLENOK NIKOLAJ VASILEVICHs patent filings in countries
# Country Total Patents
#1 Russian Federation 26

Patent filings per year

Chart showing TSUGLENOK NIKOLAJ VASILEVICHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Tsuglenok Nikolaj Vasilevich 21
#2 Tsuglenok Nikolaj V 4
#3 Novikova Galina V 2
#4 Bastron Tatyana N 2
#5 Shakhmatov Sergej N 2
#6 Bagoyan Arshalujs E 2
#7 Falaleeva Rimma V 2
#8 Gavrilov Vladimir P 2
#9 Tsuglenok Galina I 1
#10 Kasparov Eduard Vilyamovich 1

Latest patents

Publication Filing date Title
RU2726609C2 Method for initiating death of tumour cells with hydroxyaluminum trisulfophthalocyanine, succinic acid and hf- and microwave energy of wave radiation
RU2723489C2 Method for initiation of tumor cell death with ascorbic and folic acid and hf and uhf wave radiation energy
RU2726610C2 Method for initiation of tumour cell death by sodium salt of hematoporphyrin, ascorbic acid and hf and microwave energy wave radiation
RU2739252C2 Method for initiation of tumor cell death by chlorine-e6, ascorbic acid and hf- and shf-energy
RU2723881C2 Method for initiation of tumor cell death with ascorbic and succinic acids and hf- and uhf-energy of wave radiation
RU2726611C2 Method for initiation of tumor cell death by 5-aminolevulinic and succinic acids and hf- and uhf-energy of wave radiation
RU2723490C2 Method for initiation of death of tumour cells of hydroxyaluminium trisulfophthalocyanine and ascorbic acid and hf- and microwave radiation wave energy
RU2723883C2 Method for initiating death of tumour cells with ascorbic acid and hydroside with 3-aminophthalic acid and hf- and microwave energy wave radiation
RU2723884C2 Method of initiating the death of tumor cells with sodium chloride chlorine-e6, succinic acid and hf and shf wave radiation energy
RU2723885C2 Method for initiation of tumour cell death by sodium salt of hematoporphyrin, succinic acid and hf- and microwave radiation wave energy
RU2739254C2 Method for initiation of tumor cell death by succinic and 3-aminophthalic acids and hf- and uhf-energy wave radiation
RU2723882C2 Method for initiation of tumor cell death by demethylglucamic acid chlorine-e6 and hf and shf wave energy radiation
RU2724327C2 Method for initiating death of tumour cells with sodium salts of chlorine-e 6 and hf and microwave radiation with wave radiation energy
RU2736356C2 Method for initiation of tumor cell death with ascorbic acid and hf and uhf wave radiation energy
RU2724325C2 Method for initiation of tumor cell death by folic acid and hf and uhf wave radiation energy
RU2739196C2 Method for initiating death of tumor cells with succinic acid and hf- and uhf energy of wave radiation
RU2723394C2 Method for initiation of tumor cell death using aluminum trisulfophthalocyanine and hf and uhf wave energy radiation
RU2724326C2 Method for initiating the death of tumor cells with sodium salts of chlorine-e6, chlorine-p6 and purpurin-5 and hf and microwave radiation with wave radiation energy
RU2723488C2 Method for initiation of tumor cell death with 3-aminophthalic acid hydrobromide and hf and uhf wave radiation energy
RU2726608C2 Method for initiation of tumor cell death by sodium salt of hematoporbore and hf and shf wave energy radiation