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Sunny Y. Xiang et al.
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Z. Miklos et al.
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Tetsuji Mutoh et al.
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T. Ulrych et al.
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Lee K. Landeen et al.
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Krishnan Venkataraman et al.
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S1P1 receptor localization confers selectivity for Gi-mediated cAMP and contractile responses
Christopher Kable Means et al.
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Christopher K. Means et al.
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Stephan L. M. Peters et al.
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Gregor Theilmeier et al.
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DG Hemmings et al.
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M Tani et al.
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SH Hsiao et al.
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M Forrest et al.
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MG Sanna et al.
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JR Nofer et al.
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DG Hemmings et al.
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H Ikeda et al.
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M Kono et al.
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B Levkau et al.
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CY Xin et al.
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MH Graler et al.
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Z Lacza et al.
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DH Deutschman et al.
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S Salomone et al.
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T Ohmori et al.
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F Okajima
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W Siess
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M Morales-Ruiz et al.
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A Sugiyama et al.
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