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Downloaded from www.proteinscience.org on September 25, 2007 Solution structure of the hypothetical protein TA0095 from Thermoplasma acidophilum: A novel superfamily with a two-layer sandwich architecture Esther León,
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Document Date: 2015-05-25 09:53:34

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Madrid / Fedorova / Toronto / /

Company

COG4004 / Cold Spring Harbor Laboratory Press / Genome Canada / Amersham Biosciences / Farrow N.A. / BioMagResBank / Protein Data Bank / /

Country

Canada / Spain / /

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pence / Peso / /

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Facility

Cathedral Server / Spain Ontario Cancer Institute / University of California / /

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IndustryTerm

structural free energy difference / internal chemical shift reference / free energy variation / 13Cb chemical shifts / free energy / minimal media / chemical shift / progressive-iterative algorithm / protease cleavage site / nonionic liquid crystalline media / energy / proton cross-relaxation networks / gas constant / assigned chemical shifts / ortholog / orthologous / /

OperatingSystem

TALOS / K42 / /

Organization

Ontario Research Development Challenge Fund / Spain Ontario Cancer Institute / F.A.A. / Instituto de Quı´mica Fı´sica Rocasolano / University of California / San Francisco / /

Person

M. Angeles Jiménez Protein Sci / M.A. Trevin / Manuel Rico / Martinez del Pozo / Goddard / Lipman / Jorge Santoro / Esther León / Angel R. Ortíz / Adelinda Yee / /

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Position

RT / T.D. / D.J. / representative / /

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Nokia N79 Smartphone / M-9 / Dihedral / ammonium chloride / /

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North Dakota / California / Colorado / Ontario / New Hampshire / /

Technology

progressive-iterative algorithm / Bioinformatics / AV / DNA binding / functional genomics / structural genomics / spectroscopy / http / same protocol / CANDID protocol / /

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www.proteinscience.org / http /