Xác định khả năng phân giải cellulose của các chủng vi khuẩn, nấm phân lập từ ruột mối (Microcerotermes spp.) thu nhận ở huyện Bình Tân, tỉnh Vĩnh Long
NT Phong, NTC Vân, NHT Diệu… - Tạp chí Khoa học Đại học …, 2021 - ctujsvn.ctu.edu.vn
NT Phong, NTC Vân, NHT Diệu, BT Vinh
Tạp chí Khoa học Đại học cần Thơ, 2021•ctujsvn.ctu.edu.vnCellulose-degrading bacteria and fungi become more important due to their applications in
life, especially in degradation of cellulose rich waste and in production of organic fertilizer.
From six termite nests collected in Binh Tan district, Vinh Long province, 28 bacteria strains
and 7 fungi strains were isolated. All strains isolated were capable of degrading CMC
(carboxymethyl cellulose). In which, some the strains that can degrade CMC with high
efficiency include 1BTL6 (61.7%), 3BTT6 (65.8%), 2BTNT5 (61.5%) and 1BTNT3 (60.4%). In …
life, especially in degradation of cellulose rich waste and in production of organic fertilizer.
From six termite nests collected in Binh Tan district, Vinh Long province, 28 bacteria strains
and 7 fungi strains were isolated. All strains isolated were capable of degrading CMC
(carboxymethyl cellulose). In which, some the strains that can degrade CMC with high
efficiency include 1BTL6 (61.7%), 3BTT6 (65.8%), 2BTNT5 (61.5%) and 1BTNT3 (60.4%). In …
Abstract
Cellulose-degrading bacteria and fungi become more important due to their applications in life, especially in degradation of cellulose rich waste and in production of organic fertilizer. From six termite nests collected in Binh Tan district, Vinh Long province, 28 bacteria strains and 7 fungi strains were isolated. All strains isolated were capable of degrading CMC (carboxymethyl cellulose). In which, some the strains that can degrade CMC with high efficiency include 1BTL6 (61.7%), 3BTT6 (65.8%), 2BTNT5 (61.5%) and 1BTNT3 (60.4%). In addition, strain 2BTNT5 has ability to degrade cellulose from straw for glucose production (0.14 mg/L) after 15 days.
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