… nerve were first incubated for 30 rain at 37 C with rabbit anti-GFA protein serum absorbed
with … gamma-globulin serum for 30 min at 37 C. The slides were washed again with buffer and …

… C–H borylation reactions are of significant value in organic synthesis because they
transform ubiquitous C–H bonds into valuable C–B linkages, which can then be parlayed into a …

A series of water-soluble molecular cobalt complexes of tetraazamacrocyclic ligands are
reported for the electrocatalytic production of H 2 from pH 2.2 aqueous solutions. The …

… In order to probe the effect of nuclearity on catalytic efficiency in alkyne cyclooligomerizations,
Uyeda utilized the [ i-Pr NDI]Ni 2 (C 6 H 6 ) complex 18, which functions as a well-defined, …

… (10) After extensive catalyst development, we observed that C 2 -symmetric guanidinium …
substrates in reactions carried out between 22 and 40 C over the period of several days (Table …

… C–S cross-couplings at 0 C have not … C especially striking. Mechanistic investigations are
consistent with these photoinduced C–S cross-couplings following a SET/radical pathway for C…

… species 45 reveals a Co–C–Cl angle of 95 and a Co–C distance of 1.97 Å. Upon Cl – … –C–Cl
angle to decrease to 78. This decrease in angle is accompanied by a decrease in the Co–C …

… (17, 19) In particular, common side products arising from dehydrogenative silylation or
silylative C–C coupling were not formed using catalyst 1. (19a, 19i-19l) In cases where the yields …

… more dissociated, with longer breaking C−O and forming C−C bond distances. Estimates of
… In the presence of the guanidinium ion, the partial C−O and C−C bond distances are further …

… to undergo strain-induced C–C oxidative addition. A dinickel complex rapidly activates a
C–C σ-bond of norbornadiene, and a catalytic carbonylative rearrangement is described. …