From the modeled structure, we note remarkable correlation in molecular surface electrostatics including the highly-conserved patches (Figure 6B), in NEL domain structures from Salmonella SspH2 [38], Salmonella SlrP [39], Shigella IpaH [40], and Yersinia pestis YopM, in addition to high correlation of the PCAINs for these domains (Figure 6C).
Non-opsonic receptors recognize and bind to specific molecules or molecular patterns on the pathogen's surface, including moieties such as mannyl or fucosyl residues, lipopolysaccharides or lipoproteins.
Only contacts in which the side-chain is largely buried in a pocket on the mAb molecular surface are included in the motif, as these were shown in the previous study [30] to be neutralization-specific.
These "naked" particles allow a systematic molecular structure-based assessment of the effects caused directly by the NP surface, including cellular uptake and hemolytic activity.
Another attraction of Jiang's coating is that these switchable molecular carpets can in principle be coated on to a wide variety of different surfaces, including metal, glass and plastics.
Morphological and molecular changes, including surface blebbing, mitochondrial outer membrane permeabilization, cytochrome- c and Smac release, as well as caspase-9/-3 andivation anDNANA fragmentation indicated that melanoma cells died of apoptosis.
A blue, red and white colour gradient represents positive, negative and neutral (including hydrophobic aa) potentials on the molecular surface, respectively.
Molecular surface analysis with the MOLCAD program reveals that electrostatic interactions (including hydrogen bonds) and Van der Waals forces contribute to the affinity of the hexapeptide for α-amylase.
Descriptors included heats of formation, frontier molecular orbital energies, atomic charges, dipole moments, logP values, and molecular surface areas.
Numerical experiments are carried out to complex interfaces, including the molecular surfaces of a protein, a missile interface, and van der Waals surfaces of intersecting spheres.
