S. Peng

发表

Electro-chemical transduction in elastic protein-based polymers: a model for an energy conversion step of oxidative phosphorylation.

D. Gowda, D. Urry, D. C. Gowda, 1995, Biochemical and biophysical research communications.

Non-linear hydrophobic-induced pKa shifts: Implications for efficiency of conversion to chemical energy

D. Gowda, D. Urry, T. Parker, 1995 .

Comparison of electrostatic- and hydrophobic-induced pKa shifts in polypentapeptides. The lysine residue

T. M. Parker, D. Gowda, D. Urry, 1994 .

Relative Significance of Electrostatic- and Hydrophobic-Induced pKa Shifts in a Model Protein: The Aspartic Acid Residue

D. Gowda, D. Urry, T. Parker, 1993 .

Hydrophobicity‐induced pK shifts in elastin protein‐based polymers

T. M. Parker, D. Urry, T. Parker, 1992, Biopolymers.

Molecular biophysics of elastin structure, function and pathology.

C. Luan, D. Urry, S. Peng, 1995, Ciba Foundation symposium.

Design at nanometric dimensions to enhance hydrophobicity-induced pKa shifts

D. Gowda, D. Urry, T. Parker, 1992 .

Synthesis and characterization of the human elastin W4 sequence.

T. M. Parker, C. Luan, D. Gowda, 2009, International journal of peptide and protein research.

Delineation of electrostatic- and hydrophobic-induced pKa shifts in polypentapeptides : the glutamic acid residue

T. M. Parker, D. Urry, S. Peng, 1993 .

A new mechanism of mechanochemical coupling: Stretch‐induced increase in carboxyl pKa as a diagnostic

D. Urry, L. Hayes, S. Peng, 1990, Biopolymers.