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Chemistry / RNA splicing / Protein structure / RNA / Nucleic acid tertiary structure / Group I catalytic intron / Hairpin ribozyme / Docking / Protein folding / Genetics / Biology / Ribozymes


doi:[removed]S0022[removed] J. Mol. Biol[removed], 1011–1026 Exploration of the Transition State for Tertiary Structure Formation between an RNA Helix and a
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Document Date: 2006-01-16 23:32:36


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File Size: 1,26 MB

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City

Cambridge / /

Company

Elsevier Science Ltd. / /

Country

United States / /

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pence / USD / GBP / /

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Facility

dock =kdock / P1 duplex / Biochemistry B400 Beckman Center Stanford University / Physics Stanford University / P1 duplex Figure / Harvard University / /

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active site / metal / molecule fluorescence resonance energy transfer assay / chemical reactions / reactive phosphoryl / cleavage site phosphoryl / chemical protection / cleavage site / metal ion / fluorescence resonance energy transfer / model systems / conformational search / gas constant / chemical reaction / protein systems / rate-limiting conformational search / divalent metal ion concentration / ribozyme active site / /

Organization

Harvard University / Stanford University / Department of Chemistry and Chemical Biology / /

Person

Williamson / /

Position

model for this folding process / expðDH‡ =RT / expðDH=RT / a·expðDH‡ =RT / Representative / /

Product

Fanalysis / /

ProvinceOrState

Massachusetts / /

RadioStation

RT 2 / /

SportsLeague

Stanford University / /

Technology

laser / X-ray / thermodynamics / /

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