Intermolecular Interactions of Anti-Tuberculosis Drugs with Different Solvents: A Review

Drugs' action in the human body is called pharmacodynamics. A drug is any chemical substance that causes a change in an organism's psychology. Today's world is suffering from a common disease called tuberculosis (TB). TB is a common bacterial infection caused by mycobacterium tuberculosis. So, to fight against such type of infection, the study of ion-solvent interaction plays a significant role. To understand molecular interactions, solution properties of anti-TB drugs with different solvents at different temperatures, various physicochemical properties such as volumetric properties, thermo-acoustical properties, viscometric and conductometric properties etc., can be studied. In the present review, the emphasis has been given to the volumetric and ultrasonic properties to study anti-TB drugs' inter-molecular interactions in different solvents.