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Biomedical subjects

Janine C Edwards

Publications and source records attributed to Janine C Edwards.

4 recordsLinked to original sources
PubMed2004

A survey of basic technical skills of medical students.

PURPOSE: In 1998, the Medical Schools Objectives Project (MSOP) Report listed the minimum routine technical procedures that graduating medical students should be proficient to perform. The authors conducted a survey to determine to what extent basic technical skills are being taught formally and how student competence in these skills is being evaluated in U.S. medical schools. METHOD: A questionnaire of five items, designed to supplement existing information in CurrMIT, the national curriculum database for medical schools, was transmitted electronically via the AAMC listserv to associate deans for academic affairs. RESULTS: Sixty-two of the 126 medical schools (52%) responded to the survey. Most agreed that graduating medical students should be proficient to perform basic technical skills. Fifty-five percent of the respondents required students to keep logs of procedures performed. A majority responded that their students were proficient to perform venipuncture, IV placement, suturing lacerations, Foley catheter placement, and arterial puncture. The responding schools stated that few students are proficient in thoracentesis and intubation of children and neonates. CONCLUSIONS: It is likely that half of the medical schools are not attaining the MSOP objective of rigorously teaching and evaluating technical procedures. Currently, more measures and more sophisticated measures of physicians' performance are being implemented in medical practice. The authors' findings call attention to this educational need and act as a stimulus to improve this aspect of medical education.

Academic Medical Centers↗
PubMed2004

Veterinary school admission interviews, part 3: strategies for increasing interview validity.

The veterinary school admission interview is a widely used selection tool, yet concerns persist about its reliability, validity, and cost. Relative to medicine, optometry, and dentistry schools, veterinary schools have been more likely to conduct panel interviews and to fix the interview's weight in selection decisions, strategies that increase interview validity. This article provides strategies for further increasing the veterinary school interview's validity. Interview reliability and validity studies point to key strategies the veterinary school admissions committee can implement before the interview: (1) establishing the interview's purpose(s); (2) conducting a "job" analysis to identify desirable candidate skills, knowledge, and attributes; (3) developing a structured and panel interview where interviewers, if possible, are blind to other admission data; (4) training interviewers; (5) setting a reasonable interview schedule; and (6) determining methods for analyzing applicant data. During the interview, interviewers should proceed through a structured series of steps: (1) open the interview with a specified agenda; (2) probe for information using structured questions and anchored rating scales; (3) close the interview to allow for candidate questions; and (4) evaluate the interview data. After the interview, the admissions committee should (1) analyze the interview data within and across interviewers and (2) analyze the data across all selection tools in order to assign relative weights to the selection tools.

Education, Veterinary↗
PubMed2003

Teaching medical students complementary and alternative medicine using evidence-based principles.

OBJECTIVES: Introducing new ideas such as complementary and alternative medicine (CAM) and evidence-based medicine (EBM) to medical students early in their education may help to nurture their interest. This study evaluated the effectiveness of teaching CAM using EBM principles and assessed changes in student perceived knowledge, attitudes, and skills following a new curriculum on CAM. DESIGN: A before-and-after evaluation using a one-page, anonymous questionnaire. SETTING AND SUBJECTS: All third year students of a state, public medical school in Texas. INTERVENTION: A new curriculum comprising interactive sessions on CAM, EBM, and basic principles of epidemiology and biostatistics. OUTCOME MEASURES: Changes in student-perceived knowledge, attitudes, and skills. RESULTS: Of 67 students, complete data were obtained for 54 (81%). The majority reported that the new instruction in CAM (98%), EBM (96%), biostatistics (91%), and epidemiology (87%) would be of some benefit in their future work. Significant changes were reported in the areas of appraising a clinical trial (p < 0.0001), critiquing the medical literature (p < 0.01), and the appropriateness of integrating EBM and CAM in the medical school curriculum (p < 0.05). There were modest increases in the mean responses on their skill level in reading/understanding the medical literature (3.40-3.52), comfort level in reading the medical literature (3.53-3.67), and preparedness in designing a research study (2.12-2.39) based on a five-point Likert scale, although not statistically significant. CONCLUSIONS: Medical students could be effectively taught CAM using EBM principles. In addition, a short, interactive curriculum on an important topic has a positive impact on medical students' desires to acquire new knowledge. This should be a good motivational message to family medicine educators regarding the contribution to new knowledge such as CAM.

Adult↗