👉 The term "nuclear magnetic resonance" (NMR) distribution refers to a measurement technique that analyzes the chemical structure of biological molecules, specifically those found in cells and tissues. NMR stands for nuclear magnetic resonance. It utilizes high-resolution spectroscopy to identify the molecular structure of proteins, nucleic acids, lipids, hormones, and other biological compounds. The main objective of the NMR distribution is to determine the presence, location, and concentration of a molecule. This technique involves applying strong magnetic fields to the sample, which can cause it to become less dense or more spread out, depending on its molecular structure. By analyzing these changes in density, NMR distributions reveal how much each type of compound is present, giving insights into their specific biological functions. The specificity and reliability of NMR distributions are critical for understanding the chemical composition and function of living organisms and tissues. They have been instrumental in identifying new drugs that target disease-causing proteins or compounds.
