Kabita Sharma 
Flash photolysis was created to investigate short-lived intermediates. In 1967, Manfred Eigen, Ronald George, George Porter, and Wreyford Norrish received the Nobel Prize in Chemistry for co-discovering Flash Photolysis in 1949. … Read more
Brittleness refers to a material’s tendency to fracture or shatter when subjected to stress or impact. A brittle substance has no elasticity and shows little deformation before shattering. Glass and … Read more
Molecular docking is an important method for structural molecular biology and computer-aided drug development. Molecular docking often occurs between a small molecule and a target macromolecule. This is commonly known … Read more
The E2 reaction process is a bimolecular elimination mechanism that removes beta-hydrogen and a leaving group from a molecule (substrate) simultaneously to generate a double bond. The removal often occurs … Read more
Potentiometric electrodes are used in potentiometry. The necessary equipment for potentiometry consists of a potential measurement instrument, a reference electrode, and an indication electrode. Types of Potentiometric Electrodes different types … Read more
Fast reactions are those types of chemical reactions that occur quickly, i.e., within a few seconds. Chemical kinetics, as we all know, is a field of physical chemistry that deals … Read more
Centella asiatica L. (Gotu Kola) is a tropical medicinal plant from the Apiaceae family. It is found in Southeast Asian countries including India, Sri Lanka, China, Indonesia, and Malaysia, as … Read more
The Fischer indole synthesis is one of the oldest synthetic processes, and because of its versatility, it is commonly used to prepare substituted indoles. It was invented by Emil Fischer in 1883. … Read more
Mixed-mode chromatography is a chromatographic technique that involves the interaction between stationary phase with solutes via many interaction modes. Mixed-mode chromatography technology has been quickly increasing because of its advantages over traditional chromatography, such … Read more