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Roland Riek et al.
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Matthew J. Maurer et al.
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Johnathan Labbadia et al.
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Rahul K. Das et al.
CURRENT OPINION IN STRUCTURAL BIOLOGY (2015)
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G. Elif Karagoez et al.
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Raimon Sabate et al.
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Romain Christiano et al.
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Eric K. Fredrickson et al.
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Randal Halfmann et al.
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Archana Belle et al.
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LZ Osherovich et al.
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Global analysis of protein expression in yeast
S Ghaemmaghami et al.
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PM Harrison et al.
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A Santoso et al.
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N Sondheimer et al.
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