Discover how scientists engineered Amadoriase II through directed evolution, expanding its substrate range for applications in healthcare and cleaning products.
Discover how alkaline β-mannosidase from Bacillus sp. 3A transforms agricultural waste into valuable resources through innovative enzymatic processes.
Explore how immobilizing urease enzymes revolutionized biotechnology, enabling reusable catalysts with enhanced stability for medical and industrial applications.
Discover how genetically engineered chickens are revolutionizing antibody production through egg whites, offering sustainable and ethical biomanufacturing solutions.
Discover how crambe meal and Fusarium fungus are creating sustainable lipase production through innovative biotechnology approaches.
Explore the fascinating microbial ecosystems in Indian oil reservoirs and their biotechnological potential for enhanced oil recovery and industrial applications.
Discover how white-rot fungi and expressed sequence tag analysis are paving the way for sustainable biotechnology solutions in bioremediation and materials science.
Discover how scientists optimize Streptomyces sp. AZA12 to produce mannanase enzymes for sustainable industrial applications
Exploring the transient response of encapsulated enzymes in hollow-fiber reactors and their potential to revolutionize biotechnology applications.
Explore how ELISA technology works, its various applications in medicine and research, and future developments in this powerful diagnostic tool.