Matthews, Brian

Matthew Brian Boxer The University of Chicago, Chicago, IL, USA... [Pg.374]

Dmitriy A. Bondar John Boukouvalas Ned B. Bowden Matthew Brian Boxer... [Pg.764]

The binding model, suggested by Brian Matthews, is shown schematically in (a) with connected circles for the Ca positions, (b) A schematic diagram of the Cro dimer with different colors for the two subunits, (c) A schematic space-filling model of the dimer of Cro bound to a bent B-DNA molecule. The sugar-phosphate backbone of DNA is orange, and the bases ate yellow. Protein atoms are colored red, blue, green, and white, [(a) Adapted from D. Ohlendorf et al., /. Mol. Evol. 19 109-114, 1983. (c) Courtesy of Brian Matthews.]... [Pg.134]

Brian R. Matthews, Ph.D. Senior Director of EC Registration, Alcon Laboratories (UK) Ltd., Hemel Hempstead, United Kingdom... [Pg.10]

We thank our colleagues Osamu Terasaki, Edward Boyes, Paul Midgley, Robert Raja, Frank Gooding, Leland Hanna, Kostantinos Kourtakis, Gopinath Sankar, Matthew Weyland, and Brian Johnson for their friendly cooperation. [Pg.246]

Heineman, William R., Halsall, H. Brian, Wehmeyer, Kenneth R., Doyle, Matthew J.,... [Pg.240]

Nadine C. Gassner, Walter A. Baase, Joel D. Lindstrom, Brian K. Shoichet and Brian W. Matthews... [Pg.851]

The authors gratefully acknowledge Drs Brian O Connor, Ian Grey and Matthew Rowles for critical reading of an early version of this chapter and Dr Thaung Twin for assistance in the derivation of the equations used to calculate the errors in phase abundance. [Pg.326]

Every second protein domain in PDB is represented by more than one PDB entry 20% of proteins have two structures, and the remaining 30% more than two structures. Some of them are mutants (e.g., 400 of T4 lysozyme structures from Brian Matthews s laboratory) but in most cases, these multiple structures represent snapshots of the pocket conformational diversity. Furthermore, many entries contain more than one chain in an asymmetric unit. These protein structures related by noncrystallographic symmetry can also be used as a source of multiple pocket conformations. The noncrystallographic symmetry-related subunits increase the number of domains already represented by multiple experimental conformations from 50% to the overall level of 75% (Fig. 2). About 5% of the domains are represented by more than 30 copies. [Pg.251]

Matthew D. Le Page, David Poon, and Brian R. James... [Pg.83]

William R. Heineman, H. Brian Halsall, Kenneth R. Wehmeyer, Matthew J. Doyle, and D. Scott Wright, Department of chemutry. [Pg.345]

Heineman, H. Brian Halsall, Kenneth R. Wehmeyer, Matthew J. [Pg.461]

Vaartstra, Brian A., 31 8 Vahrenkamp, Heinrich, 34 161 Valasek, Michal, 35 56 Valek, Michael, 33 39 Van Koten, Gerard, 32 162 Van Zyl, Werner E 33 171 Varonka, Matthew S., 35 4 35 45 Vassian, Edwin G., 31 272 Venturi, Margherita, 33 10 Verdaguer, Michel, 34 144 34 147 Vicente, Jose, 32 172 Villadsen, Jorgen, 32 203 Vlasov, A. V., 31 239 VoUds, Victoria, 35 56 Vorobiov-Desiatovsky, Nikolay... [Pg.259]

H. C. G. Matthew and Brian Harrison (eds.), Oxford Dictionary of National Biography, 60 vols. (Oxford University Press, Z004)... [Pg.200]

Jeffrey Skolnick Berend Smit Brian J. Smith Sean C. Smith Mariona Sodupe Klas Sorger Kathryn M. Soukup Jiff Sponer Matthew T. Stahl Robert V. Stanton... [Pg.3369]

Steven H. Rogstad, Brian Keane, Matthew Collier, and Jodi Shann... [Pg.350]

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