(an exponential distance-dependence for the interaction had previously been proposed by Marcelja et al., 1977). Based on these findings, it was proposed that for small solute molecules the hydrophobic pair-potentialwH(r) is exponential, proportional to the diameter of the molecules or molecular ...
This "hydrophobic interaction" is much stronger than the expected van der Waals interaction at distances below 8 nm and decays exponentially with distance. The results highlight the long-range nature of hydrophobic (solvation) forces and indicate that these forces may determine the magnitude of the...
4f). The loose dimer presumably shows rapid inter-molecular interaction dynamics between subunits that may enhance NMR line broadening. However, analysis of the many assigned residues showed that chemical shift changes upon dimerization covered the entire sequence and were in general substantially larger...
The interaction between binding molecules (epitope–paratope binding) is represented as a cone truncated by two concentric spheres in which the potential energy is a modified square well with respect to particle separation and a square ... NA Busch,YC Chiew,ML Yarmush,... - 《Aiche Journal》...
layers have some slight dependence on the material. However, the most remarkable observation is that the interfacial distances measured on the 2D materials surfaces are about 0.2 nm larger than those measured on mica (Fig.3b). Those differences cannot be explained in terms of the interaction ...
Understanding factors responsible for the fluorescence behavior of conjugated polyelectrolytes and modulation of their behavior are important for their application as functional materials. The interaction between the anionic poly{1,4-phenylene-[9,9-bis(4-phenoxy-butylsulfonate)]fluorene-2,7-diyl}copolymer...
When the distancebetween membranes is about 0.5 nm, strong hydrationrepulsion arises between the polar heads of lipids fromthe contact monolayers. This repulsion is due to theinteraction between the hydration shells of the polargroups [2]. The polar heads are believed to be dis?placed from the ...
the interaction energy decays as the distance between water and the confining surface increases. When the drag force vanishes, the velocity profile is parabolic. As one of the main findings of this study, it is revealed that the drag of water flow at the first water layer corresponds to an ...
The hydrophobic interaction is long range, decaying exponentially with distance. Nature 300: 341–342. Article CAS PubMed Google Scholar Janin J (1995). Principles of protein–protein recognition from structure to thermodynamics. Biochimie 77: 497–505. Article CAS PubMed Google Scholar Kauzmann ...
With current microarray technology, which is dominated by the use of flat substrates (often glass microscope slides), areal density is limited. To increase the signal from a given reaction site, the interaction area between the fluid (usually aqueous) and the substrate should be maximized. One ...