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Gene expression / Spliceosome / Ribozymes / Förster resonance energy transfer / Ribosome / Intron / Chemical biology / Post-transcriptional modification / Cyanine / Biology / RNA / Genetics


doi:[removed]j.jmb[removed]
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Document Date: 2006-09-10 19:38:37

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File Size: 1.017,97 KB

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City

Cambridge / /

Company

Elsevier Ltd. / /

Country

United States / /

Currency

pence / /

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Facility

Howard Hughes Medical Institute / University of North Carolina / Chapel Hill / RNA complex / Harvard University / /

IndustryTerm

energy transfer efficiency / energy landscape / produce splice product / catalytic site / splice product / stop solution / bI5 / energy transfer / yeast mitochondrial bI5 / energy / /

Organization

Harvard University / African Union / University of North Carolina / Chapel Hill / Department of Chemistry and Chemical Biology / Department of Physics / Howard Hughes Medical Institute / Department of Chemistry / /

Person

Gregory Bokinsky / Lucas G. Nivón / /

Position

USA *Corresponding author / representative / messenger / corresponding author / /

Product

polyethylene glycol / /

ProvinceOrState

North Carolina / Massachusetts / /

Technology

laser / hybridization / gel electrophoresis / /

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