Molecular docking is a way for scientists to understand how small molecules, like drugs, fit into proteins in the body. Proteins are like tiny machines inside our cells that do essential jobs, like helping our bodies break down food or fight off infections. When a small molecule, like a drug, docks with a protein, it can change the protein’s shape and how it works. This is important because the shape of a protein can determine whether a drug will be effective in treating a disease.

Scientists use computers to create a model of the protein and the small molecule to do molecular docking. Then, they use special software (Like Autodock, rDock, Smina, Vina, SurflexDock, and LeDock) to determine how the molecule fits into the protein. This helps them understand how the drug will work in the body and if it will be effective.

Read Further