These data suggest that GPTMS surfaces are capable of binding more laminin than APTESglut surfaces, which is consistent with our observations in the fluorescent assays.
8 The discovery of an auxiliary flexible pocket on the PBD surface, which is involved in binding a peptide derived from polo-box interacting protein 1 (PBIP1), has been recently reported.
This represents 13.6% of the total surface, which is significantly larger than the buried Slit2 D2 surface on binding to Robo1 Ig1 (657 Å).
The background br is an offset due mainly to unspecific binding of labeled CaM to the glass surface which was determined using a labeled CaM bound to a high affinity CKII(290 312)* peptide without a Cystein residue.
This is contrasted by the pKID binding surface itself, which is mostly formed by residues in helix α3 and which does not display a significant change in pico- to nanosecond time scale dynamics upon binding.
Honda et al. reported that the crystal surface binding substance, which is found in CaOx crystals generated from whole human urine, is a strong inhibitor of CaOx crystal growth and contains proteins like human serum albumin, retinol binding protein, transferrin, Tamm-Horsfall glycoprotein, and prothrombin [ 35].
These findings suggest that the two amino acid substitutions ((N190E and D225G) in the HAs on the yeast cell surfaces altered the HA binding preferences, which is in agreement with previously reported findings (Ito et al. 1998).
The occurrence of hydrophobic hydration on the ice binding surface is likely unnecessary for enhancing protein-ice binding affinity which is achieved by a tight H-bonding network.
Site-directed mutants of the nucleic acid-binding surface of RRM1, which is exposed to solvent, resulted in severely diminished nucleic acid-binding.
It has also been demonstrated that the LfcinB peptide and a set of short α-helical peptides are able to block HSV infection by binding to cell surface HS, which is used as a target molecule for HSV internalization [ 40, 66, 67].
