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Renzo Mancuso et al.
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Luc Dupuis et al.
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Caroline Vandeputte et al.
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L. Dupuis et al.
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Jose-Luis Gonzalez de Aguilar et al.
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B. Viollet et al.
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Santosh Ramamurthy et al.
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M Nakano et al.
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Piera Pasinelli et al.
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CM Wooley et al.
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LD McCullough et al.
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LE Landree et al.
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B Viollet et al.
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