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BioMed Central Ltd. / Google / Creative Commons / /
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Taiwan / United States / Canada / China / / /
Event
Person Travel / /
Facility
National Institute of Biological Sciences / University of Rochester / University of Texas MD Anderson Cancer Center / National Taiwan University / M.D. Anderson Cancer Center / The University of Texas MD Anderson Cancer Center / University of Texas Health Science Center / Cornell University / Memorial Sloan-Kettering Cancer Center / MD Anderson Cancer Center / Baylor College of Medicine / University of Texas / University of California / University of Wisconsin / University School / /
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online submission / /
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metastasis / congenital heart defects / tumor / serious diseases / cancer / congenital diaphragmatic hernia / human cancer / tumor metastasis / /
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Hospital for Sick Children / Ithaca and M.D. Anderson Cancer Center / Society of Chinese Bioscientists in America / University of Texas Health Science Center / University of Rochester / Rochester / National Institute of Biological Sciences / Department of Molecular / Department of Molecular and Cellular Biology / National Taiwan University / Cornell University / Baylor College of Medicine / Houston / Department of Medicine / University of California / Davis / Memorial Sloan-Kettering Cancer Center / 2Duke University School of Medicine / University of Wisconsin / Madison / Cell Biology Department / Charles C. Bell Distinguished Service / University of Texas / Cell Biology Department at Baylor College of Medicine / Houston / /
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Yun-Bo Shi / Xiao-Dong Wang / Hu Cell / C. Bell Distinguished / Hui-Lin / Hui-Kuan Lin / Sophia Y. Tsai / Cancer Biology / Pier Paolo Pandolfi / R. Lee Clark / Wang Cell / Ming-Jer Tsai / Charles C. Bell / /
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junior investigator / author / Professor / Associate Professor / /
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Texas / Wisconsin / New York / North Carolina / California / /
An upper limit for macromolecular crowding effects