Some enzymes can catalyze more than one chemical conversion for which they are
physiologically specialized. This secondary function, which is called underground …

Comprehension of bacteriology and its physiology and subsequently its application to better
the lives of humans have ever been at the core of live science. The development of bacterial …

Cellulolytic enzymes are promising candidates for the use of cellulose in any bioprocess
operations and for the disposal of the cellulosic wastes in an environmentally benign …

The valorization of lignocellulosic biomass, derived from various bio-waste materials, has
received considerable attention as a sustainable approach to improve production chains …

Background: The search for sources of industrial biocatalysts, which are non-pathogenic
and can utilise cheap nutrient sources, has been a continuous endeavour in the~ 7 billion …

β‐glucosidases catalyze the selective cleavage of glucosidic linkages and are an important
class of enzymes having significant prospects in industrial biotechnology. These are …

Cellulose is the richest plant biomass on earth and is an unbranched polymer composed of
D-glucose residues joined by β-1, 4-D-glycosidic bonds. The utmost abundant …

Enzymatic saccharification is a key step in the green conversion of lignocellulose to biofuels
and other products. A key deficiency in common biocatalytic systems, such as Trichoderma …

Abstract β-Glucosidases are important enzymes with significant prospects in the industrial
biotechnology, including their use in biomass hydrolysis for bioethanol production. In this …

Microbial enzymes have an indispensable role in producing foods, pharmaceuticals, and
other commercial goods. Many novel enzymes have been reported from all domains of life …