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Molecular, Thermodynamic, and Biological Aspects of Recognition and Function in Neurophysin-Hormone Systems: A Model System for the Analysis of Protein-Peptide Interactions by Esther Breslow; Sudhir Burman is a Biochemistry, Genetics and Molecular Biology article available to read on EtoBox.

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Rationale for the Compartmentalization of Energy Changes Associated with Neurophysin-Peptide Complex Formation Thermodynamic Contribution of the Residue 3 Side Chain Thermodynamic Contribution of the Residue I Side Chain Thermodynamic Contribution of the a-NH; and Residue 2 Side Chain Uphill Energy Changes Associated with Binding Possible Sources of the High Uphill Energy Changes Associated with Binding and Their Functional lmplications IX. X. Stability of Intramolecular Hormone-Neurophysin Bonding XI. Perspectives \* In a preliminary report ( l a ) , peptides containing Gly in position 1 appeared not to facilitate neurophysin self-association. More recent studies (unpublished) indicate that this property merits reinvestigation. \* In a preliminary report (104), peptides containing Gly in position 1 appeared not to facilitate neurophysin self-association. More recent studies (unpublished) indicate that this property merits reinvestigation.

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Author

Esther Breslow; Sudhir Burman

Publisher

John Wiley & Sons, Incorporated

Published

1990

Language

EN

ISBN

9781282301214

Field

Biochemistry, Genetics and Molecular Biology (Life Sciences)