We recently introduced monoalkyl phosphinic acids as a ligand class for nanocrystal (NC) synthesis. Their metal salts have interesting reactivity differences compared to carboxylates and phosphonates provide cleaner work-up phosphonates. However, little is known about the surface chemistry of NCs with phosphinate ligands. Here, we probe relative binding affinity ligands respect other X-type per...

Ligation with high affinity ligands are known to induce T lymphocytes to become fully activated effector cells while ligation with low affinity ligands (or partial agonists) may result in a delayed or incomplete response. We have examined the quantitative features of CD8(+) T cell proliferation induced by peptides of different TCR affinities at a range of concentrations in the mouse OT-I model....

The present QSAR study has attempted to explore the structural and physicochemical requirements of ligands N,N-dialkyl-2-phenylindol-3-yl-glyoxylamides for binding with peripheral benzodiazepine receptor (PBR). The calculated partition coefficient values show parabolic relations with the PBR binding affinity, suggesting that the binding affinity increases with increase in the partition coeffici...

This study explores the selection of high affinity RNA ligands for the complex cellular targets present in crude HeLa nuclear extract through directed evolution and deconvolution. RNA ligands for the mixed nuclear targets were selected from around 6 x 10(14) RNA sequences through an iterated enrichment process. RNA ligands for various gene products of the extract were simultaneously selected an...