In this report, we demonstrate the GAG-binding 'fingerprint' of two important GAG-binding proteins – osteoprotogerin and TIMP-3.
HaploReg showed that the G to T nucleotide change of rs1011970 altered the binding ability of three important cell cycle regulators (FOXO4, TFC12 and p300), possibly altering CDKN2B regulation.
In this study we investigated the predictability of three important thermodynamic quantities, namely, the free energy of binding, heat of formation and the entropy change upon binding.
This transphosphorylation of PDGFR upon ligand binding serves two important purposes.
Data about the binding of nine transcription factors important for pluripotency/self renewal and reprogramming in mouse promoters of known genes (Nanog, Sox2, Dax1, Nac1, Pou5f1 (Oct4), Klf4, Zfp281, Rex1 and Myc) has been extracted from [63].
Nanog has also recently been implicated in G1 to S transition, where Nanog overexpression results in quicker cell cycle progression through accelerated S-phase entry by direct binding and regulation of two proteins important for this process [ 31].
Lamberto, I. et al. Distinctive binding of three antagonistic peptides to the ephrin-binding pocket of the EphA4 receptor.
The combined approach of multiple sequence alignment, static structural characterization, and dynamic process of conformational change during binding octopamine reveal three important aspects.
Using a combination of biochemical and electrophysiological approaches, we revealed that binding of calnexin to Cav3.2 has two important consequences.
NS3h contains two important binding sites: the NTPase binding site and the RNA binding site.
