Faculty Bibliography

BACKGROUND: Major changes in health care delivery and financing have negatively impacted students' experience during the surgery clerkship, particularly their exposure to physicians' decision-making processes and to the continuity of patient care. In response to these dilemmas in surgical education, we have developed the Web Initiative for Surgical Education (WISE-MD), a comprehensive surgery clerkship curriculum delivered through multimedia teaching modules and designed to enhance exposure to surgical disease and clinical reasoning. METHODS: As part of the process of creating WISE-MD, we conducted preliminary studies to assess the impact of this computer-assisted approach on students' knowledge, clinical reasoning, and satisfaction. RESULTS: Compared to students who did not view the modules, early data show a trend toward improved knowledge and an improvement in clinical reasoning for students who used the WISE-MD modules. This effect was specific to the clinical content area addressed in the module seen by the students. Most students felt the module was superior to traditional teaching methods and enhanced their understanding of surgical technique and anatomy. CONCLUSIONS: WISE-MD, a theory-driven example of a concerted technology-based approach to surgical education, has the potential to address the myriad problems of today's clinical learning environment.

BACKGROUND: Physician communication skills, linked to important patient outcomes, are rarely formally addressed after the pre-clinical years of medical school. We implemented a new communication skills curriculum during the third year Surgery Clerkship which was part of a larger curriculum revision found in a controlled trial to significantly improve students' overall communication competence. DESCRIPTION: In three 2 hour workshops students, learned to address common communication challenges in surgery: patient education, shared decision-making, and delivering bad news. Each 2 hour, surgeon facilitated session was comprised of a 30 minute introductory lecture, a 15 minute checklist driven video critique, a 15 minute group discussion, a 45 minute standardized patient (SP) exercise with feedback from the SP, peers, and faculty member, and a 15 minute closing summary. To date, over 25 surgery faculty have been trained to conduct these sessions. In an end-of-clerkship survey, students reported on skill changes and assessed the curriculum's educational effectiveness. EVALUATION: A survey was completed by 120 of the 160 (76%) third year students who participated in the curriculum. Fifty-five percent of students reported improvement in their communication skills and ability to address specific communication challenges. Students were satisfied with the amount and quality of teaching. CONCLUSIONS: Communication skills teaching can be implemented in the surgery clerkship, and surgeons are particularly well suited to teach about patient education, discussing informed consent and shared decision making, and delivering bad news. Structured case-based sessions are acceptable to, and improve the self-assessed skills of, surgery clerkship students. Faculty development geared toward such sessions has added benefits to educational activities in a clinical department overall.

BACKGROUND: The number of US medical students applying for general surgery residency has been declining. Recent studies have shown that the issue of 'controllable lifestyle' has become a critical factor in medical students' decision-making process. We postulate that widespread implementation of resident work hour limitations would bolster medical students' interest in pursuing surgical careers. STUDY DESIGN: Students from New York University School of Medicine were surveyed about their attitudes toward work hour limitations and its effect on their interest in pursuing a surgical residency. One hundred thirty-two students participated. RESULTS: Nearly 95% of respondents believed that work hour limitations were a positive change and, if all other factors were equal, they would choose a training program that used work hour limitations over one that did not. The most common reasons cited in favor of limits were improvements in resident lifestyle (42%) and patient safety (34%). Fifty-three percent of respondents indicated that presence of work hour limitations alone would increase their interest in considering a surgical residency and only 2% of medical students indicated that it would lessen their interest in surgery. Not surprisingly, intellectual interest in a specialty was the most important factor in choosing a residency for 86% of students. Nevertheless, work hour limitations were designated a higher priority than future salary by 55% of medical students. CONCLUSIONS: The presence of work hour limitations has a positive impact on medical students' interest in surgery. Widespread implementation of work hour limitations may bolster the number of applications for surgical residency

BACKGROUND: There is an ongoing debate regarding the merits of resident work-hour limitations. We postulated that this issue would be a factor in the decision-making process of applicants to surgical residency. METHODS: Candidates for surgical residency at a university-based program completed an anonymous survey during their visit. Data was analyzed by analysis of variance and the chi-square test. RESULTS: Most candidates viewed work-hour limitations as being favorable to their future training. Nevertheless, work-hour limitations ultimately were not a critical factor in the decision-making process compared with issues such as quality of training and program reputation. Candidates ranked 'reading in surgery' the most likely way they would spend the leisure time afforded by work-hour limitations. CONCLUSIONS: Most applicants for surgical residency consider work hour-limitations as being favorable to their training and view the extra free time as an opportunity for furthering their education. However, other issues take precedence when choosing a residency

Teaching medical students about the anatomical principles of surgical procedures is a challenging task. In an effort to design a new tool that allows a third year medical student to explore specific surgical problems, the New York University School of Medicine Department of Surgery and the New York University School of Medicine Advanced Educational Systems lab collaborated to develop a Virtual Surgery Patient (VSP). The VSP is a realistic set of three-dimensional models of human anatomy. Unlike previous applications, our objective was to create lightweight 3-D models with the inherent ability to deform smoothly upon animation, with an architecture that allowed for enhanced texturing as well as polygon reduction. We developed a technique for using reconstructed volume data from the Visible Human Project to create surface models that were easy to manipulate, avoiding artifacts introduced when resurrecting volumes from cadaveric sliced stacks. Surface shading can be used to give the models the appearance of living tissue, as well as allow for enhancements sometimes necessary to achieve an educational goal