Enzymatic treatments have gained recognition in textile industry because they are stereo
specific, non-toxic, environment friendly and energy conserving alternatives. Enzymes are …

The arrangement and type of support has a significant impact on the efficiency of
immobilized enzymes. 1‐dimensional fibrous materials can be one of the most desirable …

The conventional chemical processing of cellulose-based textiles comprises the following
sequential steps: pretreatment, coloration, and chemical finishing processes to impart the …

The difficulties in the process of cellulose cascade conversion based on immobilization
technology lies in the recycling enzymes from rich solid-containing straw hydrolysate and …

A magnetic nanocomposite was prepared by entrapment of Fe3O4 nanoparticles into the
cross-linked ionic liquid/epoxy type polymer. The resulting support was used for covalent …

Industrial biotechnology has the potential to fulfil many key criteria of greener textile
production. This review outlines the current research and future directions of the emerging …

The research aims to critically discuss key new biotechnologies in textile processing and
examines the foundation of the resistance to adoption of such technologies in emerging …

Cotton fabric was biopolished using free and immobilized cellulase. The immobilized
cellulase treatment results lower weight loss and minimum reduction in tensile strength of …

We propose the final softening finishing of textile products based on a complex of modifying
effects on a highly ordered cellulose backbone of the secondary cell wall G-layer or on a …

Enzymatic treatments have gained popularity in the textile industry because of
environmental friendly and energy conserving alternatives. Advancement in biotechnology …