41 Docking studies on this class of biphenyl-based AIs into a homology model of human aromatase (PDB code: 1TQA) revealed that the cyano group might interact favourably with Ser478 of the active site through hydrogen bond interactions.
All the apoproteins, like phospholipids, are amphipathic and interact favourably with both lipids and water.
The partial charges so formed behave just like those of a permanently polar molecule and interact favourably with their counterparts in the polar molecule that originally induced them.
Although the latter continuously flickers from one direction to another (with an average of zero dipole overall), the induced dipole follows it, and the two correlated dipoles interact favourably with one another and cohere.
The temperature was also observed to interact favourably with the flow rate, presenting a method of increasing the particle yield and relative crystallinity, with little change in average particle size or particle size distribution.
Preliminary multiple molecular dynamics simulations (10 1-ns-long simulations) suggested that two of such analogues, F3A and F4H (structures shown in Figure 1), might be able to interact favourably with the active site of BoNTAe.
Our structural alignment suggests that the RanBP3 RBD could feasibly stabilize the HEAT-9 loop in its outward conformation, as residues in strand 1 and in the β5β6 turn are well placed to interact favourably with residues in the HEAT-9 loop.
In addition, there are some data suggesting that exemestane may be more likely to interact favourably with the nonsteroidal anti-inflammatory celecoxib.
Within nucleotides that are highly reactive to SHAPE reagents, the C2′ endo conformation is greatly overrepresented; this is thought to allow the 2′ hydroxy group to interact favourably with nearby functional bases, such as purine N3 or pyrimidine O2 groups.
