Sentence examples for maximum hydrogen bond from inspiring English sources

Compound 1 being the most active compound has the maximum hydrogen bond interaction (four) and π π stacking (three) network among the bis-pyrimidine Schiff base derivatives.

Molecular docking studies indicated the compound q1 being the most active molecule has the maximum hydrogen bond interaction (four) and π π stacking (three) network among the bis-pyrimidine Schiff bases.

Molecular docking studies indicated that compound q1 (the most active molecule) has the maximum hydrogen bond interaction (four) and π π stacking (three) network among the bis-pyrimidine Schiff bases.

From the molecular docking studies, compound q1 being the most active molecule has the maximum hydrogen bond interaction (four) and π π stacking (three) network among the bis-pyrimidine Schiff bases.

Compound 5d has maximum number of hydrogen bond acceptor and hydrogen bond donor properties and highest total polar surface area of 116.06.

Furthermore, docking interaction suggests that EGCG showed a maximum number of hydrogen bond (H-bond) interactions with all the three modeled capsid proteins with high interaction energy followed by naringenin and silybin.

The donors and acceptors associated with independent molecules are designated A and B respectively and for completeness graph sets up to the level 2 are identified with a maximum ring size of six hydrogen bonds, maximum chain size of four hydrogen bonds and a maximum discrete size of four hydrogen bonds for each motif identified.

5d has maximum binding affinity of −9.8 kcal/mole due to maximum number of hydrogen bonding interactions with the target.

A simple "fragrance-like" (FL) property range was defined as molecules with HAC ≤ 21 containing only carbon, hydrogen, oxygen or sulfur atoms, with a maximum of three heteroatoms (S + O ≤ 3) and maximum one hydrogen-bond donor atom (HBD ≤ 1).

FTIR analysis indicates that the composites containing the copolymer with 20% vinyl phenol exhibit the maximum intermolecular interactions (hydrogen bonding) between the hydroxyl group of the vinyl phenol and the carbon nanotube functional groups.

Rosmarinic acid also shows maximum number of hydrogen bonding interactions with caspase-3 as compared to other inhibitors (Table 3 and Figure 4).