 PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| PRODUCTION OF THERMOSTABLE DNA POLYMERASE SUITABLE FOR WHOLE-BLOOD POLYMERASE CHAIN REACTION |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| ISOLATION, PURIFICATION AND SOME PROPERTIES |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| PRODUCTION OF NITRIC OXIDE BY ENDOTHELIAL CELLS INFECTED WITH HERPES SIMPLEX VIRUS TYPE 1, UNDER THE INFLUENCE OF INTERFERON |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OPTIMIZATION OF THE PROCESS OF CULTIVATION OF RECOMBINANT ESCHERICHIA COLI TBI PROTEIN PRODUCING STRAIN |
| OBTAINING AND PROPERTIES OF INTRACELLULAR AMINOACYLASE ESCHERICHIA COLI |
| OBTAINING AND PROPERTIES OF INTRACELLULAR AMINOACYLASE ESCHERICHIA COLI |
| OBTAINING AND PROPERTIES OF INTRACELLULAR AMINOACYLASE ESCHERICHIA COLI |
| OBTAINING AND PROPERTIES OF INTRACELLULAR AMINOACYLASE ESCHERICHIA COLI |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| DEVELOPMENT OF HRP-FUNCTIONALIZED CARBON-COATED IRON NANOPARTICLES USING ARENEDIAZONIUM TOSYLATES |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| EXPERIMENTAL APPROACH TO THE INDUCTION OF NONCULTURABLE STATE OF LACTOCOCCUS LACTIS |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| CALLUS CULTURE TECHNOLOGY OF SPRING SOFT WHEAT STRESS TOLERANT VARIETIES SELECTION |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| STRUCTURAL INVESTIGATION OF THE INTERACTION BETWEEN BOVINE SERUM ALBUMIN AND ACID GELATIN IN WATER |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| THE EFFECT OF NANO- AND MICROPARTICLES ON PHASE SEPARATION AND THE STRUCTURE OF SEMIDILUTE BIOPOLYMER MIXTURES |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| ADSORPTION BEHAVIOUR OF 5-METHYLRESORCINOL AND ITS MIXTURES WITH LYSOZYME AT AIR-WATER INTERFACE |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| NEW PROBIOTIC PRODUCT FOR PREVENTION AND TREATMENT OF ENTERITIS AND RESPIRATORY DISEASES OF FARM STOCK |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| PREBIOTICS EXTRACTION FROM VALERIANA OFFICINALIS L. EXTRACTION CAKE |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| VARIATIONS IN PHYSICAL-CHEMICAL PROPERTIES OF BLOCK-COPOLYMER CHITOSAN WITH METHYL ACRYLATE DURING BIODEGRADATION UNDER THE ACTION OF ASPERGILLUS TERREUS |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| THE DESTRCTION OF THE COMPOSITIONS BASED ON CHITOSAN COPOLYMERS WITH ACRYLIC MONOMERS BY MICROMYCETES |
| BRASSINOSTEROIDS AS POSSIBLE NANOREGULATORS OF BIOLOGICAL SYSTEMS |
| BRASSINOSTEROIDS AS POSSIBLE NANOREGULATORS OF BIOLOGICAL SYSTEMS |
| BRASSINOSTEROIDS AS POSSIBLE NANOREGULATORS OF BIOLOGICAL SYSTEMS |
| BRASSINOSTEROIDS AS POSSIBLE NANOREGULATORS OF BIOLOGICAL SYSTEMS |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| THE POSSIBILITY OF USE OF EXTRACTS FROM HIGHER HYDROPHYTES AND GEOPHYTES OF THE ASTRAKHAN REGION FOR THE NEEDS OF COSMETOLOGY |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| ANTIOXIDANTIVE ACTIVITY OF DRY AND GERMINATED SEEDS OF AGRICULTURAL CULTURES |
| FILAMENTOUS FUNGI OF WASTE BIOMASS OF HIGHER WATER PLANTS |
| FILAMENTOUS FUNGI OF WASTE BIOMASS OF HIGHER WATER PLANTS |
| FILAMENTOUS FUNGI OF WASTE BIOMASS OF HIGHER WATER PLANTS |
| FILAMENTOUS FUNGI OF WASTE BIOMASS OF HIGHER WATER PLANTS |
| PURIFICATION OF KAOLIN OF DIFFERENT GRADES WITH APPLICATION OF SILICATE MICROORGANISMS |
| PURIFICATION OF KAOLIN OF DIFFERENT GRADES WITH APPLICATION OF SILICATE MICROORGANISMS |
| PURIFICATION OF KAOLIN OF DIFFERENT GRADES WITH APPLICATION OF SILICATE MICROORGANISMS |
| PURIFICATION OF KAOLIN OF DIFFERENT GRADES WITH APPLICATION OF SILICATE MICROORGANISMS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| INFLUENCE OF VERBACTIN PREPARATION ON MICROBIOLOGICAL ACTIVITY OF IRRIGATED SEROZYON SOILS |
| FEATURES OF TEACHING OF THE ECOLOGICAL RIGHT AT SAVING BIODIVERSITY OF SOCHI BLACK SEA COAST |
| FEATURES OF TEACHING OF THE ECOLOGICAL RIGHT AT SAVING BIODIVERSITY OF SOCHI BLACK SEA COAST |
| FEATURES OF TEACHING OF THE ECOLOGICAL RIGHT AT SAVING BIODIVERSITY OF SOCHI BLACK SEA COAST |
| FEATURES OF TEACHING OF THE ECOLOGICAL RIGHT AT SAVING BIODIVERSITY OF SOCHI BLACK SEA COAST |
| CLONAL MICROPROPAGATION ENDEMIC OF THE NORTHERN CAUCASUS MENTHA LONGIFOLIA (L.) HUDS |
| CLONAL MICROPROPAGATION ENDEMIC OF THE NORTHERN CAUCASUS MENTHA LONGIFOLIA (L.) HUDS |
| CLONAL MICROPROPAGATION ENDEMIC OF THE NORTHERN CAUCASUS MENTHA LONGIFOLIA (L.) HUDS |
| CLONAL MICROPROPAGATION ENDEMIC OF THE NORTHERN CAUCASUS MENTHA LONGIFOLIA (L.) HUDS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| BIOTECHNOLOGY FOR LANDSCAPE CONSTRUCTION IN RUSSIAN SUBTROPICS |
| TASKS FOR TRAINING OF SPECIALISTS FOR BIOTECHNOLOGY IN THE EDUCATIONAL PROCESS IN THE SOCHI BRANCH OF PEOPLE'S FRIENDSHIP UNIVERSITY IN THE AREA OF ENVIRONMENTAL PROBLEMS IN THE REGION |
| TASKS FOR TRAINING OF SPECIALISTS FOR BIOTECHNOLOGY IN THE EDUCATIONAL PROCESS IN THE SOCHI BRANCH OF PEOPLE'S FRIENDSHIP UNIVERSITY IN THE AREA OF ENVIRONMENTAL PROBLEMS IN THE REGION |
| TASKS FOR TRAINING OF SPECIALISTS FOR BIOTECHNOLOGY IN THE EDUCATIONAL PROCESS IN THE SOCHI BRANCH OF PEOPLE'S FRIENDSHIP UNIVERSITY IN THE AREA OF ENVIRONMENTAL PROBLEMS IN THE REGION |