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Gisela Lannig et al.
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Emmanuelle Cordat et al.
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Heng Li et al.
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Anne E. Todgham et al.
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Richard A. Feely et al.
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John M. Guinotte et al.
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Scott C. Doney et al.
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Ruth Bibby et al.
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WGCNA: an R package for weighted correlation network analysis
Peter Langfelder et al.
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B Michaelidis et al.
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A Tasiemski et al.
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RM Cerrato et al.
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L Pereira-Mouriès et al.
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B Allam et al.
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B Allam et al.
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B Allam et al.
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