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Crosslinking mechanism with peroxide

Crosslinking mechanism with the bisphenol

Crosslinking neutral spherical nanoclusters of the type Mo5 i2 Fe 3o via FeOs octahedra sharing corners, leads to the formation of a layered structure based on an unusual solid-state reaction at room temperature.

Crosslinking of a and P subunits of F, at the catalytic site with 3 -0- 3- was isolated by sodium dodecyl sulfate polyacrylamide gel electrophoresis, and then hydrolyzed at the position shown by an arrow. Analysis of each fraction confirmed the structure .

Crosslinking of a benzophenone-type polyimide.

Crosslinking of a polymer with finite molar mass indicating the formation of loose chain ends.

Crosslinking of bacteria cell walls inhibited by penicillin.

Crosslinking of calamitic or discotic mesogens gives highly ordered networks.

Crosslinking of conventional thermoset silicone rubbers.

Crosslinking of copoly- by difunctional nucleophiles

Crosslinking of elastomers

Crosslinking of enzymes by glutaraldehyde

Crosslinking of l25I-labelled human growth hormone to lactogenic receptors from rat liver and the Nb2 cell line. Hormone-receptor complexes were cross-linked with disuccinimidyl suberate, fractionated by SDS gel electrophoresis and detected by autoradiography. Lanes 1-4, Nb2 cells lanes 5-8, rat liver. Lines on the left indicate the positions of the hormone-receptor complex for Nb2 cells conditions. From Ref. 36.

Crosslinking of novolac by a base-catalyzed azo-coupling reaction

Crosslinking of novolac using HMTA

Crosslinking of Pendant Sulfonate Groups

Crosslinking of poly.4-hyclroxystyrene by acidcatalyzed condensation with a hexamethylolmelamine.

Crosslinking of polyethylen

Crosslinking of polymer chains to form hydrogels.

Crosslinking of polymer through the nitrile group

Crosslinking of polys by conversion of lithium sulfinate groups with diiodobutane

Crosslinking of signal proteins with the help of protein modnles. A hypothetical protein is shown which contains SH2, SH3, PTB and PH domains. Recognition of phosphotyrosine residues occurs with the help of SH2 or PTB domains SH3 domains bind to proline-rich sequences .

Crosslinking of the micellar corona or core as means to interplay with the micellar stability and drug release.

Crosslinking of tung oil with different bismaleimide through Diels-Alder

Crosslinking of UPE resin



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