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
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Bibliographic Information
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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Description and Table of Contents
Description
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.
Table of Contents
- 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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