Acid Protease and its Immobilization in Mesoporous Activated Carbon - Sekaran, Ganesan;Ganeshkumar, Arumugam
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The leather manufacturing industries generate 350 kg of non-tanned solid wastes that include proteinaceous animal fleshing (ANFL). The recovery of value added products such as enzymes from the solid wastes has been largely a neglected field. Reports on the utilization of ANFL as the substrate for the production of acid protease are very scanty or perhaps nil. The present investigation was focused on the production of acid protease from animal fleshing (ANFL) as the substrate using isoloated acidophiles. The enzyme was purified and immobilized in mesoporous activated carbon. The immobilized…mehr

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Produktbeschreibung
The leather manufacturing industries generate 350 kg of non-tanned solid wastes that include proteinaceous animal fleshing (ANFL). The recovery of value added products such as enzymes from the solid wastes has been largely a neglected field. Reports on the utilization of ANFL as the substrate for the production of acid protease are very scanty or perhaps nil. The present investigation was focused on the production of acid protease from animal fleshing (ANFL) as the substrate using isoloated acidophiles. The enzyme was purified and immobilized in mesoporous activated carbon. The immobilized acid protease was used for the degradation of proteins in aqueous solution.
Autorenporträt
Rangasamy Parthiban, B.Tech.,(Chemical Engineering), M.Tech.,(Plant Design), Ph.D.(Environmental Technology),Professor & Head at Department of Chemical Engineering, Sri Venkateswara College of Engineering, Sriperumbudur, India. Ganesan Sekaran, Ph.D., (Environmental Technology), Scientist, Central Leather Research Institute, Chennai, India