Industrial enzyme market has been projected to reach US $6.2 billion by 2020. Major
reasons for continuous rise in the global sales of microbial enzymes are because of …

Microbial multi-enzyme production is a promising research area involving microbes that can
simultaneously synthesize numerous enzymes for the degradation of substrates with …

An attempt was made to isolate and screen efficient amylolytic strains of Bacillus sp. Initial
screening based on the starch hydrolysis ratio resulted in the selection of 72 amylolytic …

The present context was investigated to optimize amylase production and cell biomass of
poultry-associated Bacillus sp. using a conventional as well as statistical approach. Box …

Use of 4 agro-industrial by products and organic materials as nitrogen sources for
production of Aspergillus oryzae S2 α-amylase in liquid culture was investigated. The 2 agro …

Amylases account for about 30% of the global market of industrial enzymes, and the current
amylases cannot fully meet industrial needs. This study aimed to identify a high α-amylase …

The hydrolytic enzyme, amylase possesses wide industrial applications and its production
from bacterial sources by submerged fermentation is much simplified and economical. The …

The current study focuses on optimizing, characterizing, and purifying a thermostable
amylase from thermophilic bacteria Geobacillus icigianus (BITSNS038). The amylase was …

In this study, one GRAS strain was screened from doenjang, a traditional Korean fermented
food, as a microorganism producing amylase due to the formation of a clear zone on the …

Background: Enzyme production by solid state bioprocess (SSB) using residues as
substrate for microorganisms is an alternative for costs reduction and to avoid their disposal …