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Biocatalyst design for stability and specificity : developed from a symposium sponsored by the Division of Biochemical Technology of the American Chemical Society at the Fourth Chemical Congress of North America (202nd National Meeting of the American Chemical Society), New York, New York, August 25-30, 1991 by MICHAEL E. HIMMEL; GEORGE GEORGIOU; Julian M. Sturtevant; C. Nick Pace; Ketan Gajiwala; Bret A. Shirley; Mark C. Manning; Rainer Jaenicke; J. B. Bjarnason; B. Asgeirsson; J. W. Fox; John O. Baker; Pablo Umaña; James T. Kellis; Frances H. Arnold; Keqin Chen; Chara Economou; Wayne Chen; Pascal Martinez; Kyung Pyo Yoon; Mariana Van Dam; Ronald Wetzel; Boris A. Chrunyk; Pascal Valax; Anthony A. Gatenby; Gail K. Donaldson; François Baneyx; George H. Lorimer; Paul V. Viitanen; Saskia M. van der Vies; Jeffrey L. Cleland; Daniel I. C. Wang; P. M. Horowitz; Leif Bülow; Edgar Ong; Jeffrey M. Greenwood; Neil R. Gilkes; Robert C. Miller; R. Anthony J. Warren; Douglas G. Kilburn; M. E. Wales; C. J. Strang; R. Swanson; J. R. Wild; Anice E. Thigpen; Charles K. Barlowe; Dean R. Appling; C. Barnett; L. Sumner; R. Berka; S. Shoemaker; H. Berg; M. Gritzali; R. Brown; Tim Fowler; David B. Wilson; J. H. David Wu; Shan S. Wong; Michael Losiewicz; Lee-Jun C. Wong; Timothy J. A. Johnson; A. Sadana; R. R. Raju; Munishwar N. Gupta is a book available to read on EtoBox.

What is Biocatalyst design for stability and specificity : developed from a symposium sponsored by the Division of Biochemical Technology of the American Chemical Society at the Fourth Chemical Congress of North America (202nd National Meeting of the American Chemical Society), New York, New York, August 25-30, 1991 about?

<br> Highlights the diversity of approaches used in understanding the function of proteins and how this understanding is applied to improving protein design for biotechnology applications. Reports on the status of current research into the interactions underlying protein stability. Emphasizes the renaturation of functional properties from the aggregated state. Covers the relationship between protein structure and function and the design of artificial multifunctional proteins by genetic technology. Reviews recent advances in the improvement of cellulase design through recombinant technology. Examines the use of chemical modification to improve enzymes.

Author

MICHAEL E. HIMMEL; GEORGE GEORGIOU; Julian M. Sturtevant; C. Nick Pace; Ketan Gajiwala; Bret A. Shirley; Mark C. Manning; Rainer Jaenicke; J. B. Bjarnason; B. Asgeirsson; J. W. Fox; John O. Baker; Pablo Umaña; James T. Kellis; Frances H. Arnold; Keqin Chen; Chara Economou; Wayne Chen; Pascal Martinez; Kyung Pyo Yoon; Mariana Van Dam; Ronald Wetzel; Boris A. Chrunyk; Pascal Valax; Anthony A. Gatenby; Gail K. Donaldson; François Baneyx; George H. Lorimer; Paul V. Viitanen; Saskia M. van der Vies; Jeffrey L. Cleland; Daniel I. C. Wang; P. M. Horowitz; Leif Bülow; Edgar Ong; Jeffrey M. Greenwood; Neil R. Gilkes; Robert C. Miller; R. Anthony J. Warren; Douglas G. Kilburn; M. E. Wales; C. J. Strang; R. Swanson; J. R. Wild; Anice E. Thigpen; Charles K. Barlowe; Dean R. Appling; C. Barnett; L. Sumner; R. Berka; S. Shoemaker; H. Berg; M. Gritzali; R. Brown; Tim Fowler; David B. Wilson; J. H. David Wu; Shan S. Wong; Michael Losiewicz; Lee-Jun C. Wong; Timothy J. A. Johnson; A. Sadana; R. R. Raju; Munishwar N. Gupta

Publisher

Washington, DC: American Chemical Society

Published

1993

Language

EN

ISBN

9780841213722

Subjects

Science, Technology, Chemistry