Dynamic properties of biomolecular assemblies : the proceedings of a symposium organised jointly by the Colloid and Interface Science Group of the Royal Society of Chemistry and the Techniques Group of the Biochemical Society, Nottingham, July 1988
著者
書誌事項
Dynamic properties of biomolecular assemblies : the proceedings of a symposium organised jointly by the Colloid and Interface Science Group of the Royal Society of Chemistry and the Techniques Group of the Biochemical Society, Nottingham, July 1988
(Special publication / Royal Society of Chemistry, no.74)
Royal Society of Chemistry, 1989
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内容説明・目次
内容説明
This work seeks to cover recent advances in a range of techniques that can be regarded as "dynamics" (hydrodynamics, NMR, dynamic light scattering, fluorescence anisotropy decay and electro-optics) and their application to specific assemblies of biological macromolecules: assemblies involving proteins, nucleic acids and glycoconjugates. Some important advances in the capture and analysis of data (in many cases of the notoriously difficult "multi-exponential" type) are identified. "In vivo" assemblies of biological macromulecules do not always exist in a dilute solution environment - normally far from it - and some attention is paid to the dynamic properties of more concentrated dispersions.
目次
- Part I Techniques: hydrodynamic properties of macromulecular assemblies, J.Garcia de la Torre
- modelling the gross conformation of assemblies using hydrodynamics - the whole body approach, S.E.Harding
- aggregation and elastic moduli of weakly interacting macromolecules, D.M.Heyes and J.R.Melrose
- biological applications of solid state NMR
- dynamic light scattering by partially-fluctuating media, P.N.Pusey
- analysi of macromolecular structures in solution by electro - optical procedures, D.Porschke and J.Antoniewicz
- fluorescence studies of protein-subunit interactions, M.Han, et al
- maximum entropy data analysis of dynamic parameters from pulsed-fluorescent decays, A.K.Livesey and J.C.Brochon Part 2 Dynamics of protein, nucleic acid and protein-nucleic acid assemblies: an approach to the hydrodynamics of elastically linked protein oligomers, A.J.Rowe
- laser light scattering determination of size and particle composition of -endotoxin crystals from "Bacillus thuringiensis", D.B.Sattelle et al
- hydrodynamic and fluorescence analysis of a DNA binding protein and its interaction with DNA, G.G.Kneale
- mechanisms of dynamic ordering in DNA solutions, V.A.Bloomfield
- 15N NMR spectroscopy of DNA in the solid state, K.M.Morden and S.J.Opella. Part 3 Dynamics of glycoconjugates and membranes: conformational equilibria and dynamics of small carbohydrates - anomers, tautomers and rotamers, F.Franks
- hydrodynamic modelling of complement, S.J.Perkins
- flow properties of proteoglycan solutions, T.E.Hardingham et al
- models for the macromolecular structure of mucus glycoproteins, J.K.Sheehan and I.Carlstedt
- conformations and dynamics of saccarides, R.J.P.Williams and D.L.Fernandes
- magnetic resonance studies of molecular dynamics at membrane surfaces, A.Watts
- dynamic properties of model membranes by quasi-elastic light scattering, J.C.Earnshaw.
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