Patrick Tauc

TL;DR: In this article, the authors used photoluminescent nanodiamonds of size <50 nm for intracellular labeling and investigated the mechanism of their uptake by living cells, by blocking selectively different uptake processes and converging data indicate that it is clathrin mediated.

TL;DR: It is concluded that a single IN dimer at each extremity of viral DNA molecules is required for 3′-processing, with a dimer of dimers responsible for the subsequent full integration.

TL;DR: The result of binding the effectors ATP and CTP to aspartate transcarbamylase was studied by X-ray solution scattering, and supports the explanation by Tauc et al. (1982), that nucleotides act mostly through changing the affinity of the active sites for substrate, and only to a small extent by directly modifying the quaternary structure equilibrium in the case of CTP.

TL;DR: The results indicate that upon binding the viral DNA end, the multimeric enzyme undergoes a dissociation, most likely into a homogenous monomeric form at 25°C and into a monomer–dimer equilibrium at 37°C.