Sentence examples for high hydrogen affinity from inspiring English sources

It is assumed that Methanoculleus species have a high hydrogen affinity [73].

This can be done with a "hydrogen abstraction tool -a molecular stool -ae that has a high chemolecularinity for hydrogen at one end but istructurere inerthat

The highest hydrogen concentrations appeared at mid to high latitudes.

Supramolecular recognition unit Bis-DeAP, 1, containing two high affinity hydrogen-bonding acceptor acceptor donor donor (AADD) arrays was designed to self-assemble into cyclic assemblies.

One atom of the pair (the donor), generally a fluorine, nitrogen, or oxygen atom, is covalently bonded to a hydrogen atom (―FH, ―NH, or ―OH), whose electrons it shares unequally; its high electron affinity causes the hydrogen to take on a slight positive charge.

Furthermore, several of the mcrA genes, in particular from DTE37, related to M. bourgensis strains MAB1, MAB2, MAB3 and BA1 [ 20], which have been identified as important hydrogen-utilising microorganisms in association with SAO, possibly owing to tolerance to elevated levels of ammonia and a high affinity for hydrogen [ 17].

This receptor utilizes the imine nitrogen located on its outer core in addition to the cavity to form hydrogen-bonded adducts with high binding affinity, thus providing a unique design for chemical and biological recognition.

Structure-activity relationship study suggests that the structural determinants to the high binding affinity of the type II inhibitors originate from its overall linear shape, hydrophobicity, and two conserved hydrogen bonds.

The compound class features a core template that utilizes an intramolecular hydrogen bond to position the key structural elements of the pharmacophore in a conformation, which promotes a high binding affinity.

CsA half-inserts in the cavity, and a high binding affinity to CyPs requires the sum of multiple interactions: six CsA amino acids (residues 1 2 and 8 11) establish hydrogen bonds and hydrophobic contacts with 15 CyP amino acids.

Because of the high affinity of titanium for hydrogen and the consequent deleterious effects, the study of surface interactions contributes to the understanding of the protection mechanisms, such as the H-diffusion barrier provided by nitriding, as well as the fine surface tailoring achieved by hydrogenation.