Cellulosic biorefinery, utilizing industrially important proteins like cellulases, holds promise for a zero-waste, sustainable future. However, high production costs and low yields hinder commercialization. On-site production strategies and genetic engineering have been employed to improve cellulase production. This review delves into cellulase structure, production methods, optimization, and factors affecting production. It also highlights genetic engineering approaches like heterologous expression, RNA interference, and CRISPR-Cas9 for enhancing cellulase production. The applications, limitations, and prospects in various biotechnological sectors are discussed, offering insights into a zero-waste cellulosic biorefinery future.
The first successful double lung transplant in India has been performed at Yashoda Hospitals, Secunderabad, saving a 23-year-old man from paraquat poisoning and pulmonary fibrosis. This is the fourth successful and rare double lung transplant case in the world and the first reported case of survival from this condition in India. The patient’s case was […]
Statistics: It is a branch of mathematics that deals with the collection of data, its analysis, interpretation, presentation and sequential organization. In simple terms, it deals with philosophy, logic, and expression of data. Who does the statistical review? Statistical review is basically done by the expert statisticians or authors and journal editors with statistical knowledge. […]
To promote breast cancer prevention, experts emphasize the pivotal role of regular screenings and adopting a healthy lifestyle. By raising awareness and fostering mutual support, the fight against this disease gains momentum. Encouragingly, prioritizing Breast Cancer Prevention can lead to improved outcomes. Let’s join hands in this crucial endeavor.