Enzyme kinetics: Industrially important enzymes

Green nanobiocatalysts: enhancing enzyme immobilization for industrial and biomedical applications

“…Enzymes are adaptable biocatalysts that practically all organisms use to control their metabolism and ensure their survival ( Dev, Srivastava & Karmakar, 2018 ). Compared with chemical processes, which are carried out under extremely harsh conditions and result in unwanted side by-products, biocatalysts demonstrate remarkable selectivity and specificity for their substrates under moderate conditions ( Singh et al, 2023 ). The use of soluble enzymes as environmentally friendly catalysts may be impeded by their limitations, including inability to be reused, increased susceptibility to various denaturing agents, elevated cost, instability in large-scale processing, conformational changes, lack of reusability, and inapplicability in fixed-bed reactors ( Dadi et al, 2023b ; Mohidem et al, 2023 ; Kalayci et al, 2024 ).…”

A Review of Cassia Phytopharmacology

“…The seeds of various Cassia species have yielded several anthraquinones. Sennosides have been found in the leaves of this plant, which are wellknown for their therapeutic value [3]. There are 580 species of trees, shrubs, and plants in the genus Cassia.…”

“…On organic agriculture in India, the Cassia species is employed as a natural insecticide. Many skin conditions, rheumatic diseases, and laxatives have all been treated with Cassia species extracts[3]. Ithas been discovered that the leaf extract from the The Fabaceae or Leguminosae, commonly known as the legume, pea or bean family, is a large and economically important family of flowering plants.…”