Biology molecular

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The modem era of biochemistry and molecular biology has been shaped not least by the isolation and characterization of individual molecules. Recently, however, more and more polyfunctional macromolecular complexes are being discovered, including nonrandomly codistributed membrane-bound proteins [41], These are made up of several individual proteins, which can assemble spontaneously, possibly in the presence of a lipid membrane or an element of the cytoskeleton [42] which are themselves supramolecular complexes. Some of these complexes, e.g. snail haemocyanin [4o], are merely assembled from a very large number of identical subunits vimses are much larger and more elaborate and we are still some way from understanding the processes controlling the assembly of the wonderfully intricate and beautiful stmctures responsible for the iridescent colours of butterflies and moths [44]. [Pg.2822]

This argument was pointed out almost 30 years ago by Benzinger [49], in a paper which referred to some still earlier work of his, and yet its implications, even more pertinent today given tire wider use of calorimetry in molecular biology, still appear to be largely ignored, an exception being Weber s work on tire association entlialpy of protein subunits [50]. [Pg.2824]

Kempner E S and Miiier J FI 1968 The molecular biology of Euglena gracilis IV. Cellular stratification by centrifuging Exp. Cell. Res. 51 141-9... [Pg.2846]

Benzinger T H 1971 Thermodynamics, chemical reactions and molecular biology Nature 229 100-2... [Pg.2848]

Adam G and Delbrtick M 1968 Reduction of dimensionality in biological diffusion processes Structural Chemistry and Molecular Biology ed A Rich and N Davidson (San Francisco Freeman)... [Pg.2850]

This work was supported by a postdoctoral NATO fellowship to VH by the Deutscher Akademischer Austauschdienst, and by grants from NIH, NSF, and the NSF Supercomputer Centers MetaCenter program. VH is also a fellow of the Program in Mathematics and Molecular Biology and of the La Jolla Interfaces in Sciences Program. [Pg.76]

Departments of Chemistry and Biochemistry, Cell and Molecular Biology, University of Kansas 2010 Malott Hall, Lawrence, KS 66045, kuczera tedybr.chem.ukans.edu... [Pg.163]

Many biochemical databases with sophisticated topics have been developed for solving various problems. Since 1996 the first issue of each journal volume of Nucleic Acid Research has been reserved for the presentation of molecular biology databases [28]. A comprehensive catalog on the Internet is DBCAT, currently listing 511 databases [29, 30). [Pg.260]

EMBL (European Molecular Biology Laboratory) [33] is a nucleotide sequence database provided from the online host EBl. Release 73 (December, 2002) consists of over 20 million nucleotide sequences with more than 28 billion nucleotides. The information includes sequence name, species, sequence length, promoter, taxonomy, and nucleic acid sequence. [Pg.261]

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The original Central Dogma of molecular biology (left) and its modification in light of the discovery of viruses (right). [Pg.528]

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Alonso D O V and V Daggett 1995. Molecular Dynamics Simulations of Protein Unfolding and Limited Refolding Characterisation of Partially Unfolded States of Ubiquitm in 60% Methanol and in Water. Journal of Molecular Biology 247 501-520. [Pg.574]

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Bernstein F C, T F Koetzle, G J B Williams, E Meyer, M D Bryce, J R Rogers, O Kennard, T Shikanouchi and M Tasumi 1977. The Protein Data Bank A Computer-Based Archival File for Macromolecular Structures. Journal of Molecular Biology 112 535-542. [Pg.574]

Birktoft J J and D M Blow 1972. The structure of Crystalline Alpha-Chymotrypsin V. The Atomic Structure of Tosyl-Alpha-Qiymotrypsin at 2 Angstroms Resolution. Journal of Molecular Biology 68 187-240. [Pg.574]

Dunbrack R L Jr and M Karplus 1993. Backbone-dependent Rotamer Library for Proteins. Applic to Side-chain Prediction. Journal of Molecular Biology 230 543-574. [Pg.575]

Hai dka W A, R Henderson and D Oesterhelt 1995. 3-DimensionaI Structure of Halorhodopsin Angstrom Resolution. Journal of Molecular Biology 2A7 726-738. [Pg.575]

Henderson R, J M Baldwin, T A Ceska, F Zemlin, E Beckmann and K H Downing 1990. Model fo Structure of Bacteriorhodopsin Based on High-resolution Electron Cryo-microscopy. Joun Molecular Biology 213 899-929. [Pg.575]

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Koppensteiner W A, P Lackner, M Wiederstein and M J Sippl 2000. Characterization of Novel Proteins Based on Known Protein Structures. Journal of Molecular Biology 296 1139-1152. [Pg.576]

Levitt M 1976. A Simplified Representation of Protein Conformations for Rapid Simulation of Protein Folding. Journal of Molecular Biology 104 59-107. [Pg.576]

Levitt M1992. Accurate Modeling of Protein Conformation by Automatic Segment Matching. Journal of Molecular Biology 226 507-533. [Pg.576]

Murzin A G, S E Brenner, T Hubbard and C Chothia 1995. SCOP A Structural Classification of Proteins Database for the Investigation of Sequences and Structures. Journal of Molecular Biology 247 536-540. [Pg.576]

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