FEBS Letters · 1992 · 33 citations · 14 references
Natural SciencesBiochemistryBiophysicsMolecular BiophysicsStructural BiologyStructural BiophysicsCircular Dichroism SpectroscopyConformational AnalysisConformational ChangeProtein ConformationSecondary StructureSecondary Structure FormationAqueous SolvationCircular DichroismCircular Dichroism AnalysisHelical ConformationHydration Shell StructurePeptide Structure AnalysisProtein Secondary Structure AnalysisTemperature Dependence
Circular dichroism has been used to investigate the histone H1 and H5 C-terminal fragments and beta-endorphin conformation. It has been shown that in aqueous solution these polypeptides preferably adopt the left-handed helical conformation of the poly-L-proline II type. A break in the linear temperature dependence of the CD value was found in the temperature interval between 50 and 55 degrees C. It was proposed to be due to non-cooperative disordering of the conformation caused by the destruction of the hydration shell.
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Alpha‐helix in the carboxy‐terminal domains of histones H1 and H5.
David Clark, Caroline S. Hill, Stephen R. Martin et al. · The EMBO Journal · 1988 · 158 citations · Full text