MHC class II molecules form a complex in the ER with the invariant chain.
Clathrate crystals have a structure in which the water molecules form a loosely held framework surrounding the gas molecule.
The organic sample molecules form a stable covalent bridge between the electrodes.
The remaining ions (eventually water molecules) form a 3D structural network with these pairs.
The ethanol molecules form a uncommon dimer bonded by very weak tandem hydrogen bonds.
The results show that octadecanol molecules form a two-dimensional solid film at all film pressures.
In the crystal lattice, two molecules form a tandem dimer upon binding to adjacent sites on DNA.
The NDC molecules form an incommensurate structure, while BDC molecules form a commensurate structure on the HOPG surface.
Up to a certain diameter, those water molecules form a layer, or a few layers, around the ion and are pulled along with it, the team theorizes.
When the powdered clay is hydrated in warm water over several hours, individual molecules form a unique matrix structure that strongly attracts positively-charged particles, like proteins.
One mononuclear complex and two thymine molecules form a building unit connected by triple hydrogen bond employing ADA DAD arrangements (A, hydrogen bond acceptor; D, hydrogen bond donor).
