In particular, hydrophobic matching of protein transmembrane segment length to lipid domains of similar thickness has been shown to affect membrane protein segregation, structure, and function [35], [36], [37], [38].
The "immunological synapse" is a membrane protein segregation structure that forms during contact between a lymphocyte and an antigen presenting cell (APC) during recognition of antigen by the lymphocyte.
The formation of the protein segregation structure known as the "immunological synapse" in the contact region between B cells and antigen presenting cells appears to precede antigen (Ag) uptake by B cells.
Different experimental techniques like FTIR, DSC, DMA and mechanical testing were utilized to study the effect of compositional variables on the extent of phase segregation, domain structure and mechanical properties of fully cured polymer samples.
The difference in catalytic behavior of Ru, Ru-Cu and Ru-Ag is postulated to be due to the surface segregation induced structure sensitivity of the weakly bound β hydrogen.
The recent Systems Modeling Language, SysML [23] initiative offers no solutions to the problems of current OO approaches to modeling, as it is based on UML and therefore suffers from most of UML's deficiencies, namely multiple diagram types and segregation between structure and behavior.
