A very large number of electrochemical reactions involving organic molecules are known.
Such reactive molecules are known as free radicals any atom or molecule that has a single unpaired electron in an outer shell.
Because internal conversion is rapid, fluorescence usually occurs only from S1 (this is called Kasha's rule), though a small number of molecules are known that emit from their S2 (azulene) or S3 (pentalene) states.
Three related molecules are known to inhibit HIV's spread from cell to cell.
Liquid crystalline (LC) molecules are known to align easily in electric field.
oryzae, several other molecules are known to be elicitors of innate immune responses in rice.
Such molecules are known for their ability to interact with triglycerides under certain conditions.
These molecules are known to be strong immunogens in animals, and are capable of inducing a robust inflammatory response.
CO2 molecules are known to have a larger quadrupolar moment and smaller kinetic diameter comparing to N2.
During the reactive processing of HD Polyethylene molecules are known to form branched structures, eventually resulting in a MFI decrease.
PEG molecules are known to be inert, non-immunogenic, and non-antigenic with a significant water solubility.
