To explore the unmapped biotechnologically important microbial platforms for human
welfare, the insect gut system is such a promising arena. Insects, the inhabitant of all …

Utilization of unexplored lignocellulolytic microbial resources is in demand due to its ability
to degrade the waste-plant biomasses like water-hyacinth or noxious weeds for alternative …

An endeavour is underway to isolate native cellulose-degrading bacteria from different
sources in order to have them used in composting of organic waste. On the basis of …

This study was designed to develop a cellulase-producing bacterial consortium (CBC) from
wood-feeding termites that could effectively degrade willow sawdust (WSD) and …

Background For many years, denim-heavy quality cotton twill colored with indigo colors and
with a well-worn/faded look has held a lot of appeal. Machine damage, drainage system …

Cellulosic plant materials are a reliable source of renewable energy. Cellulose-based plant
materials are now being used for bioenergy production as alternatives to fossil fuels. The …

Insects while feeding, encounter a wide array of hydrocarbon polymers in their diet and the
digestive tracts of various insects contain microbial symbionts that aid in the degradation of …

Symbiotic association of microbes with insects have given insects, physiological and
ecological benefits. Insects from all taxonomical orders have gut microbiota, which helps the …

The next milestone of synthetic biology research relies on the development of customized
microbes for specific industrial purposes. Metabolic pathways of an organism, for example …

The gut microbiota of insects plays a crucial role in digesting food, providing nutrients, and
synthesizing enzymes. This approach is particularly relevant for degrading lignocellulosic …