Abstract
Isolation and Screening of Extracellular Protease Enzyme from Fungal Isolates of Soil
Highlights
Animals, plants and microorganisms produce protease and have an important role in numerous physiological as well as pathological processes like catabolism of protein, cell growth and migration, blood clotting, estimates of tissue morphogenesis in development, tumor growth and metastasis, inflammation, hormone production, activation of zymogens, and the pharmacologically active peptides from the precursor protein, and that protein transport across the membrane (Sawant & Nagendran., 2014; Souza et al.2015)
Aspergillus sp. 14L3S which isolated from soil surface demonstrated the highest protease activity indicated by the clear zone around the colony which is incubated at room temperature and maintained a pH of about 6.0 for 96 hours
Rhizopus sp Fusarium sp Mucor sp DISCUSSION AND CONCLUSION In the current study, a total of 44 fungi were isolated from six soil samples, and the focus is to choose fungi that have different characteristics
Summary
Plants and microorganisms produce protease and have an important role in numerous physiological as well as pathological processes like catabolism of protein, cell growth and migration, blood clotting, estimates of tissue morphogenesis in development, tumor growth and metastasis, inflammation, hormone production, activation of zymogens, and the pharmacologically active peptides from the precursor protein, and that protein transport across the membrane (Sawant & Nagendran., 2014; Souza et al.2015). 14L3S which isolated from soil surface demonstrated the highest protease activity indicated by the clear zone around the colony which is incubated at room temperature and maintained a pH of about 6.0 for 96 hours.
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