khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates заказать

    Optimization of fermentation medium of cellulase with fungal isolates khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Optimization of fermentation medium of cellulase with fungal isolates купить
    Optimization of fermentation medium of cellulase with fungal isolates
    4929 Руб
      Glucoamylase synthesis from fungal isolates by solidstate fermentation khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Glucoamylase synthesis from fungal isolates by solidstate fermentation купить
      Glucoamylase synthesis from fungal isolates by solidstate fermentation
      5490 Руб
        Cellulase: Production and Utilization khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Cellulase: Production and Utilization купить
        Cellulase: Production and Utilization
        3549 Руб
          Biotechnological Production of Cellulase by Saccharum spontaneum khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Biotechnological Production of Cellulase by Saccharum spontaneum купить
          Biotechnological Production of Cellulase by Saccharum spontaneum
          5490 Руб
            Studies on Fungal Cellulases Utilizing Micro-crystalline Cellulose khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Studies on Fungal Cellulases Utilizing Micro-crystalline Cellulose купить
            Studies on Fungal Cellulases Utilizing Micro-crystalline Cellulose
            4929 Руб
              Optimization Of A Fungal Protease Production khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Optimization Of A Fungal Protease Production купить
              Optimization Of A Fungal Protease Production
              4929 Руб
                Antimicrobial activity of 8-hydroxyquinoline coordination polymers khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Antimicrobial activity of 8-hydroxyquinoline coordination polymers купить
                Antimicrobial activity of 8-hydroxyquinoline coordination polymers
                4529 Руб
                  Design, synthesis & biological evaluation of some pyrazole derivatives khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Design, synthesis & biological evaluation of some pyrazole derivatives купить
                  Design, synthesis & biological evaluation of some pyrazole derivatives
                  4929 Руб
                    Exploitation of Saccharum spontaneum for Cellulase Production khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Exploitation of Saccharum spontaneum for Cellulase Production купить
                    Exploitation of Saccharum spontaneum for Cellulase Production
                    4929 Руб
                      Rice vinegar fermentation & DNA fingerprinting of microorganisms khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Rice vinegar fermentation & DNA fingerprinting of microorganisms купить
                      Rice vinegar fermentation & DNA fingerprinting of microorganisms
                      8890 Руб
                        Optimization for cellulase production by Aspergillus Niger khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Optimization for cellulase production by Aspergillus Niger купить
                        Optimization for cellulase production by Aspergillus Niger
                        5790 Руб
                          Cellulase Enzyme Using POME- Production and Application khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Cellulase Enzyme Using POME- Production and Application купить
                          Cellulase Enzyme Using POME- Production and Application
                          7790 Руб
                            Nutrient Management in Mungbean khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Nutrient Management in Mungbean купить
                            Nutrient Management in Mungbean
                            3549 Руб
                              Antidiarrhoeal Activity of Punica granatum L. Fruit Juice khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Antidiarrhoeal Activity of Punica granatum L. Fruit Juice купить
                              Antidiarrhoeal Activity of Punica granatum L. Fruit Juice
                              5790 Руб
                                Fermentative Production of Erythromycin khushbu patel hiren patel and gaurav shah optimization of fermentation medium of cellulase with fungal isolates Fermentative Production of Erythromycin купить
                                Fermentative Production of Erythromycin
                                4839 Руб
                                Microorganisms bring about most of the cellulose degradation occurring in nature. In the present study, optimization for cellulase production by Aspergillus niger was investigated by using paddy straw as substrate.Cellulase enzyme was produced by the fungus extracellularly. Optimization of cellulase production was done by using various physical (Temperature, pH, Salinity and Incubation time) and chemical parameters (Carbon sources and nitrogen sources) which could influence the enzyme activity. Cellulase production was maximum at the temperature 20°C and minimum at 40?C. The optimal pH for the cellulase production was observed maximum in 6.0 and minimum in 7.0. Cellulase production was maximum at 48 hours and minimum at 24 hours. Cellulase production was maximum with when fructose was used as a carbon source and minimum with sucrose. Cellulase production was maximum when Malt extract was used as a nitrogen source and minimum with yeast extract. The cellulase enzyme extract was partially purified and its protein fraction was stained with its molecular weight determination by using SDS-PAGE. It revealed two protein bands with the molecular weights of about 83 kD and 50kD.

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