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Weidong Zhou et al.
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Kun Wang et al.
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Xueying Tan et al.
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Pamela A. Harvey et al.
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Julian C. Braz et al.
EUROPEAN JOURNAL OF HEART FAILURE (2009)
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Ahmad M. Khalil et al.
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Joerg Heineke et al.
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RB Vega et al.
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MP Czubryt et al.
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