Undergraduate Medical Education

Abstract

The number of applicants to US medical schools, which declined steadily between 1985 and 1988, increased slightly for the class entering in 1989. The profile of entering students showed a small decline from last year in the percentage of students with grade point averages categorized as "A" (3.5 or above on a 4-point scale) and slight declines in four of the six MCAT subtest scores. The percentage of both women and minority students in the entering class increased from the previous year. An interesting observation is the large percentage increase this year in students transferring to LCME medical schools from graduate and professional degree programs and from osteopathic medical schools. While the number of full-time faculty members in medical schools continues to increase, significant vacancy rates exist in some departments. More than 5% of full-time faculty positions are vacant in genetics, pathology, dermatology, family medicine, neurology, obstetrics-gynecology, orthopedics, otolaryngology, pediatrics, and surgery departments. Along with faculty vacancies, there has been a considerable turnover of medical school deans. The curriculum in most medical schools includes some innovative instructional formats, such as problem-based learning and computer-assisted instruction. However, current data do not allow a generalization about the extent to which these are being utilized. It seems that, at least in some institutions, multiple methods are being used to assess the clinical competence of medical students (observation by faculty members and residents, written and oral examinations, and multiple station examinations), including the use of standardized patients. About half of the medical schools require students to pass the NBME Part I examination and about one third require passage of Part II. The subject examinations provided by the NBME seem to be used widely, at least in the clinical disciplines. Within the past year, about 14% of medical schools have reported the presence of students or residents who have been diagnosed with human immunodeficiency virus infection, and 12% have had students or residents diagnosed with hepatitis B virus infection. It is critical that medical schools teach students how to prevent occupational exposure to these infections, as well as ensuring that adequate health insurance coverage be provided for these conditions.