Vinall Ruth, Khansari Parto, McDowell Jason, Ried L Douglas, Kreys Eugene
College of Pharmacy, California Northstate University, Elk Grove, CA 95757, USA.
School of Pharmacy and Pharmaceutical Sciences, Stony Brook University Stony Brook, New York, NY 11794, USA.
Pharmacy (Basel). 2019 Aug 16;7(3):117. doi: 10.3390/pharmacy7030117.
Poor performance in foundational science courses, which are usually taken during the first or second year of pharmacy school, can have several negative consequences including increases in student drop-out rates and increases in the number of dismissals and remediating students. The primary goal of the current study was to determine whether completion of a pre-pharmacy biochemistry course and/or performance on a biochemistry competency test (administered at the beginning of the pharmacy program) are associated with pharmacy student performance in foundational science courses and overall academic performance. A secondary goal was to determine whether performance in pre-pharmacy courses and/or student demographics are associated with pharmacy student performance. Prospective univariate analyses ( = 75) determined that completion of a pre-pharmacy biochemistry course is not associated with pharmacy student performance. However, performance on a biochemistry competency test was associated with performance in Biochemistry and Cell&Molecular Biology ( = 0.002). Furthermore, post-hoc analyses determined that pre-pharmacy cumulative chemistry GPA correlates with performance in both the Biochemistry and Cell&Molecular Biology and Medicinal Chemistry foundational science courses ( = 0.002 and = 0.04, respectively) and can predict first year GPA ( = 0.002). The combined data indicate that further assessment of the impact of pre-pharmacy competency in biochemistry and chemistry on pharmacy student success is warranted.
基础科学课程的表现不佳通常发生在药学院的第一年或第二年,可能会产生多种负面后果,包括学生辍学率上升、退学和需要辅导的学生人数增加。本研究的主要目的是确定药学预科生物化学课程的完成情况和/或生物化学能力测试(在药学课程开始时进行)的成绩是否与药学生在基础科学课程中的表现及整体学业成绩相关。次要目的是确定药学预科课程的成绩和/或学生人口统计学特征是否与药学生的表现相关。前瞻性单变量分析(n = 75)确定,完成药学预科生物化学课程与药学生的表现无关。然而,生物化学能力测试的成绩与生物化学和细胞与分子生物学的成绩相关(P = 0.002)。此外,事后分析确定,药学预科累积化学平均绩点与生物化学和细胞与分子生物学以及药物化学基础科学课程的成绩相关(分别为P = 0.002和P = 0.04),并且可以预测第一年的平均绩点(P = 0.002)。综合数据表明,有必要进一步评估药学预科生物化学和化学能力对药学生成功的影响。