[1] 蔡绍先,陈玮莹,张锦堃,等.中华医学教育杂志,2006,26(4):7

[2] 俞汝勤.大学化学,2008,23(5):1

[3] 吴仁华,杨棉华.中国高等医学教育,2008,2:72

[4] 崔建兰,门吉英,毛巍.医学教育,2008,24(12):1891

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