The molecules are split apart by sunlight, and the fragments escape the planet's gravity.
At the opposite electrode, water molecules are split into electrons, protons, and oxygen, which bubbles away.
Recently we explored the construction of a series of 'Halfbodies', where full-length IgG molecules are split into two equal half molecules, by structural modeling assisted mutagenesis at the antibody CH3-CH3 interface.
This is most likely caused by denaturation in DMF, whereby each of the DNA molecules was split into two separated chains, resulting in a decrease in molecular weight.
The molecule is split into several biologically active polypeptides when the secretory granules are discharged from the corticotrophs.
When an amino acid is degraded, the ammonia nitrogen at one end of the molecule is split off, incorporated into urea, and excreted in the urine.
When an H II region is produced from cold molecular gas by the formation of a hot star, the temperature is raised from roughly 25 to 8,000 K, and the number of particles per cubic centimetre is almost quadrupled because each H2 molecule is split into two ions and two electrons.
The consequent shifting of the reduction towards slight excess tensions in comparison with the electrode free of adsorbed substance, the degree of actual coverage, and the type of adsorption isotherm give rise to the conclusion that the iodate molecule is split on a sulphur-covered platinum electrode in a predetermined heterogeneous-catalytic process.
