Identification of Bagasse degrading gene(s) in cellulolytic micro-organisms
Mustafa Fathy Mustafa El-Bakary;
Abstract
Sugarcane bagasse – as an agricultural waste - represents a big challenge in its elimination or conversion into valuable products, such as biofuel, for environmental security and economic benefits. Among 66 microbial isolates, three potent isolates (PB1, TA1 and S4) showed the highest activity of CMCase. Optimization of potent isolates (PB1, TA1 and S4) growth for maximum activity of FPase increased the activity to
0.043 IU/ml, 0.084 IU/ml and 0.048 IU/ml respectively. In addition, the CMCase was increased to 0.150 IU/ml, 0.233 IU/ml and 0.165 IU/ml. These conditions were incubation at 30°C for 7 days for PB1 and S4, while after 10 days for TA1.
0.043 IU/ml, 0.084 IU/ml and 0.048 IU/ml respectively. In addition, the CMCase was increased to 0.150 IU/ml, 0.233 IU/ml and 0.165 IU/ml. These conditions were incubation at 30°C for 7 days for PB1 and S4, while after 10 days for TA1.
Other data
| Title | Identification of Bagasse degrading gene(s) in cellulolytic micro-organisms | Other Titles | تحديد الجينات فى الميكروبات المحللة للسليلوز المسؤولة عن تحليل مصاص قصب السكر | Authors | Mustafa Fathy Mustafa El-Bakary | Issue Date | 2019 |
Recommend this item
Similar Items from Core Recommender Database
Items in Ain Shams Scholar are protected by copyright, with all rights reserved, unless otherwise indicated.