[PDF][PDF] Isolation, identification and optimization of xylanase enzyme produced by Aspergillus niger under submerged fermentation
P Tallapragada, K Venkatesh - Journal of Microbiology and …, 2011 - researchgate.net
The objectives of the present study were isolation, identification and characterization of
xylanase producing fungi, optimization of carbon and nitrogen sources and cultural
conditions for xylanase enzyme production. A variety of microorganisms were reported to
produce endoxylanases, which can degrade ß-1, 4-xylan in a random fashion, yielding a
series of linear and branched oligosaccharide fragments. The fungal strains were isolated
from garden soil by serial dilution technique and Aspergillus niger was identified and …
xylanase producing fungi, optimization of carbon and nitrogen sources and cultural
conditions for xylanase enzyme production. A variety of microorganisms were reported to
produce endoxylanases, which can degrade ß-1, 4-xylan in a random fashion, yielding a
series of linear and branched oligosaccharide fragments. The fungal strains were isolated
from garden soil by serial dilution technique and Aspergillus niger was identified and …
Isolation, identification and optimization of xylanase enzyme produced by Aspergillus niger under submerged fermentation.
PT Padmavathi Tallapragada, KV Kavya Venkatesh - 2011 - cabidigitallibrary.org
The objectives of the present study were isolation, identification and characterization of
xylanase producing fungi, optimization of carbon and nitrogen sources and cultural
conditions for xylanase enzyme production. A variety of microorganisms were reported to
produce endoxylanases, which can degrade β-1, 4-xylan in a random fashion, yielding a
series of linear and branched oligosaccharide fragments. The fungal strains were isolated
from garden soil by serial dilution technique and Aspergillus niger was identified and …
xylanase producing fungi, optimization of carbon and nitrogen sources and cultural
conditions for xylanase enzyme production. A variety of microorganisms were reported to
produce endoxylanases, which can degrade β-1, 4-xylan in a random fashion, yielding a
series of linear and branched oligosaccharide fragments. The fungal strains were isolated
from garden soil by serial dilution technique and Aspergillus niger was identified and …
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