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Journal Article

Kantharaju, * and Raghothama, S and Aravinda, S and Shamala, N and Balaram, P (2010) Helical Conformations of Hexapeptides Containing N-Terminus Diproline Segments. In: Biopolymers, 94 (3). pp. 360-370.

Hegde, RP and Aravinda, S and Rai, R and Kaul, R and Vijayalakshmi, S and Rao, RB and Shamala, N and Balaram, P (2008) Conformation of di-n-propylglycine residues (Dpg) in peptides: crystal structures of a type I 'beta-turn forming tetrapeptide and an alpha-helical tetradecapeptide. In: Journal of Peptide Science, 141 (5). pp. 648-659.

Rai, Rajkishor and Aravinda, S and Kanagarajadurai, K and Raghothama, S and Shamala, Narayanaswamy and Balaram, Padmanabhan (2006) Diproline Templates as Folding Nuclei in Designed Peptides. Conformational Analysis of Synthetic Peptide Helices Containing Amino Terminal Pro-Pro Segments. In: Journal of the American Chemical Society, 128 (24). pp. 7916-7928.

Aravinda, S and Shamala, N and Roy, Rituparna S and Balaram, P (2003) Non-protein amino acids in peptide design. In: Journal of Chemical Sciences, 115 (5 & 6). pp. 373-400.

Ananda, K and Aravinda, S and Vasudev, Prema G and Raja, Muruga Poopathi K and Sivaramakrishnan, H and Nagarajan, K and Shamala, N and Balaram, P (2003) Stereochemistry of gabapentin and several derivatives: Solid state conformations and solution equilibria. In: Current Science, 85 (7). pp. 1002-1011.

Aravinda, S and Shamala, N and Das, Chittaranjan and Balaram, P (2002) Structural Analysis of Peptide Helices Containing Centrally Positioned Lactic Acid Residues. In: Biopolymers, 64 (5). pp. 255-267.

Aravinda, S and Shamala, N and Pramanik, Animesh and Das, Chittaranjan and Balaram, P (2000) An unusual C-H center dot center dot center dot O hydrogen bond mediated reversal of polypeptide chain direction in a synthetic peptide helix. In: Biochemical and Biophysical Research Communications, 273 (3). pp. 933-936.

Aravinda, S and Shamala, N and Pramanik, Animesh and Das, Chittaranjan and Balaram, P (2000) An Unusual C–H . . . O Hydrogen Bond Mediated Reversal of Polypeptide Chain Direction in a Synthetic Peptide Helix. In: Biochemical and Biophysical Research Communications, 273 (3). pp. 933-936.