Adhesive capacity

Daoudi M, Lavergne E, Garin A, et al. Enhanced adhesive capacities of the naturally occurring Ile249-Met280 variant of the chemokine receptor CX3CR1. J Biol Chem 2004 279 19649-19657. 

Other experiments have demonstrated that the relative adhesive capacities of different substrates in vitro are poor predictors of either axon growth rate or the degree of fasciculation (McKenna and Raper, 1988 Lemmon et al., 1992 Rivas et al.,... 

Rusnati M, Tanghetti E, Dell Era P, Gualandris A, Presta M. avp3 Integrin mediates the cell-adhesive capacity and biological activity of basic fibroblast growth factor (FGF-2) in cultured endothelial cells. Mol Biol Cell 1997 8 2449-2461. 

Due to the adhesion capacity of microbes, biofilm formation must be taken into account in river analysis as well as in the chemostat or fixed beds (percolating or trickling filter). The significance of microbial films in fermenters has been extensively studied and reviewed (Atkinson, 1973, 1974 Atkinson and Fowler, 1974 Atkinson and Knights, 1975 Charaklis, 1981 Harremoes, 1978). 

The required quantity of this formulation lays between 400-1000 g/ha. The homogenous spreading out of spores requires an appropriate formulation by carrier material(s). The carrier should be inert with good adhesion capacity and low specific volume, furthermore the size of carrier grains needs to suit to those of conidia (3-13 pm) (Ubrizsy, 1965). 

Thus the adhesion of highly dispersed lead dust to a cloth made from Nitron" fiber is smaller, i.e., the degree of purification is lower, than in the case of TsM cloth (mixture of 70% wool and 30% Capron), since the former has a less developed surface [396]. Yet the Nitron cloth has a high heat resistance, hydrophoby, and moisture resistance, which ensures good regeneration. The adhesive capacity of Nitron and other S5mthetic materials may be increased by giving them a special structure [397]. 

Dravin studied the distribution of powders with respect to their triboadhesive properties [429]. In order to classify the adhesive capacity of powders used as developer, the powders were placed in an electrical-contact series limited on one side by poly-chlortrifluoroethylene, which is electrified negatively for all substances, and on the other by rosamine C, which is electrified positively under the same conditions. 

In the following section, selected applications of fluorescence are briefly discussed, and experimental results given. Our aim will be restricted to the presentation of some specific probes which target different mechanisms of cytotoxicity, oxidative stress, detoxification potential or cellular adhesive capacities. We demonstrate here that the selection of the most appropriate method for early detection of the cytotoxicity of xenobiotics is directly related to the mechanism of the toxic agent. 

This method can be easily applied to any cells whose adhesive capacities have to be investigated and can also be used to manage cell- extracellular matrix adhesion. 

There are many applications of PTFE that use one or more of its specific properties self-lubrication, chemical inertia, thermostability, and anti-adhesive capacity. It also finds applications in mechanical engineering, chemical and textile industries as well as in electrical engineering. 

It shares numerous properties with PTFE high density, chemical inertia, thermostability, flame-resistance, and anti-adhesive capacity, but it also exhibits good mechanical characteristics at very low temperatures. It also exhibits a basic property that differentiates it from PTFE processability by the usual techniques of extrusion, injection, and compression molding. Due to its high cost, it is a technical polymer that is used only for high-value added applications. Its annual world production does not exceed 500 tons. 

F. Braut-Boucher, J. Font, J. Pichon, Y. Paulin, M. Boukhelifa, M. Aubery and C. Derappe, T lymphocytes from sezary syndrome patients express betal integrins whose beta(l-6)-branched N-linked oligosaccharides reflect their adhesive capacity. Leuk. Res., 22 (1998) 947-952. 

The mechanical models were applied to IPNs in acrylic blends and their fibers [185]. The authors have defined a parameter e to characterize the adhesive capacity between phases, i.e., interpenetration of the two phases ... 

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