Effects of a laparoscopic course on student interest in surgical residency.

BACKGROUND: The number of surgical residency applicants has been declining. Early introduction of the discipline of surgery is thought to stimulate early interest in surgical residency. This study investigated the hypothesis that a laparoscopic skills course introduced in preclinical years would stimulate student interest in entering surgical residency. METHODS: Preclinical medical students participated in a laparoscopic skills training course. All students underwent an animate laboratory at the beginning and at the end of the course. Students were divided into 4 separate groups: virtual reality, box trainer, both trainers, and control group. Before and after the course, students were asked their residency interest. First- and second-year medical students participated in the course. RESULTS: Before the course, 56% of the students desired to go into general surgery or a surgical subspecialty. After the course, 49% of the students expressed interest in entering general surgery or a surgical subspecialty. A decrease occurred in students who desired to go into surgical subspecialty residency from 31% to 15% (P = NS), and an increase occurred in students who desired to go into general surgery residency from 25% to 34% (P = NS). No statistically significant difference was seen in the 4 individual training subgroup analyses. CONCLUSIONS: Participation in a laparoscopic skills course does not affect medical student interest in entering surgical residency. A trend was noted in students choosing general surgery over surgical subspecialty training after this course. Surgical educators need to investigate methods to encourage preclinical medical student interest in surgical residencies.     

A surgical skills elective can improve student confidence prior to internship

BACKGROUND: A focused surgical resident readiness curriculum for senior medical students can improve confidence in surgical skills compared to current surgical interns. MATERIALS AND METHODS: A 3-week surgical skills lab elective enrolled senior medical students applying to surgical residency programs, with the purpose of improving surgical skills and easing anxiety prior to surgical internship. Students were surveyed before and after the elective regarding their confidence in performing 21 skills covered by the curriculum. A similar confidence survey was administered to the incoming surgical intern class. Interns were also surveyed regarding prior skills lab instruction during medical school. Statistical analyses included Student's paired t-test and two-way analysis of variance. RESULTS: Six medical students and 23 interns were surveyed. All medical students significantly improved their confidence by the end of the resident readiness curriculum (P = 0.0004). Although students initially had lower confidence than surgical interns in performing surgical skills and in their knowledge of anatomy prior to the course, their confidence after the course was significantly higher than that of the incoming surgical interns (P = 0.035). Surgical interns with prior skills lab experience in their medical school reported higher confidence than those who did not have a skills lab experience (P = 0.019). Among all subgroups, medical students with skills lab experience had the highest confidence score, followed by interns with previous skills lab experience, then by interns with no previous skills lab experience, and last, by medical student with no skills lab experience. CONCLUSION: Surgical interns often feel unprepared to perform skills necessary for residency. A focused skills lab elective during medical school can bridge the gap and improve confidence prior to internship.     

American College of Surgeons/Association for Surgical Education medical student simulation-based surgical skills curriculum needs assessment

Background

Simulation can enhance learning effectiveness, efficiency, and patient safety and is engaging for learners.

Methods

A survey was conducted of surgical clerkship directors nationally and medical students at 5 medical schools to rank and stratify simulation-based educational topics. Students applying to surgery were compared with others using Wilcoxon's rank-sum tests.

Results

Seventy-three of 163 clerkship directors (45%) and 231 of 872 students (26.5%) completed the survey. Of students, 28.6% were applying for surgical residency training. Clerkship directors and students generally agreed on the importance and timing of specific educational topics. Clerkship directors tended to rank basic skills, such as examination skills, higher than medical students. Students ranked procedural skills, such as lumbar puncture, more highly than clerkship directors.

Conclusions

Surgery clerkship directors and 4th-year medical students agree substantially about the content of a simulation-based curriculum, although 4th-year medical students recommended that some topics be taught earlier than the clerkship directors recommended. Students planning to apply to surgical residencies did not differ significantly in their scoring from students pursuing nonsurgical specialties.     

When surgeons decide to become surgeons: new opportunities for surgical education

Background

When surgeons decide to become surgeons has important implications. If the decision is made prior to or early in medical school, surgical education can be more focused on surgical diseases and resident skills.

Methods

To determine when surgeons – compared with their nonsurgical colleagues – decide on their medical path, residents in surgery, internal medicine, obstetrics and gynecology, pediatrics, psychiatry, and emergency medicine were surveyed. Timing of residency choice, demographic data, personal goals, and reason for residency choice were queried.

Results

A total of 234 residents responded (53 surgical residents). Sixty-two percent of surgeons reported that they were “fairly certain” of surgery before medical school, 13% decided during their preclinical years, and 25% decided during their clerkship years. This compares with an aggregate 40%, 7%, and 54%, respectively, for the other 5 residency specialties. These differences were statistically significant (P = .001). When the 234 residents were asked about their primary motivation for choosing their field, 51% pointed to expected job satisfaction and 44% to intellectual curiosity, and only 3% mentioned lifestyle, prestige, or income.

Conclusions

General surgery residents decide on surgery earlier than residents in other programs. This may be advantageous, resulting in fast-tracking of these medical students in acquiring surgical knowledge, undertaking surgical research, and early identification for surgical residency programs. Surgical training in the era of the 80-hour work week could be enhanced if medical students bring much deeper knowledge of surgery to their first day of residency.     

Preclinical predictors of surgery NBME exam performance

BACKGROUND: The passing score for the National Board of Medical Examiner's Surgery Subject Examination (NBME-SS) was raised at an urban academic medical school, resulting in a doubling of the number of students failing their surgical clerkship. We hypothesized that at-risk students could be accurately identified and offered an intense tutorial program to enhance success on their exam. METHODS: Preclinical academic records for the graduating class of 2006 were obtained and included gender, ethnicity, preclinical grades, and preclinical NBME's exams, MCAT, and USMLE scores. Simple and multiple linear regression analyses were used to identify correlates with the surgery shelf exam scores and data from the class of 2007 were used for validation. RESULTS: Data were collected on 194 students. On univariate analysis, MCAT, USMLE, and all individual preclinical NBME scores were positively correlated with the NBME-SS (P<0.05). Variables that remained predictive using multiple linear regression were scores on the pathology and physical diagnosis exams (model r(2)=0.48). The single strongest predictor of failure was performance on the pathology shelf exam (ROC area was 0.85 with P<0.0001), which also held true for the class of 2007. CONCLUSIONS: There is a strong correlation between poor performance on the third-year NBME-SS and the second-year pathology NBME scores. The reason for this correlation is unclear but may be related to the integrative thinking and clinical application skills requisite for surgical decision-making first required by preclinical students during their pathology course. Whether efforts to assist medical students with this skill set will be effective warrants further study.     

A focused breast skills workshop improves the clinical skills of medical students

PURPOSE: The aim of this study was to determine the effectiveness of a focused breast skills workshop for teaching clinical skills to third-year medical students. METHODOLOGY: One hundred twenty-four third-year medical students involved in the surgical core clerkship were randomly assigned to two groups. Group 1 (n = 67) participated in a 2-h focused breast skills workshop. Group 2 (n = 57) received "traditional" ambulatory teaching for a period of 4 h in the breast clinic. The focused workshop consisted of a series of encounters concentrating on mammogram and ultrasound interpretation, physical examination skills, lump detection, and workup of a breast mass. Both groups received a didactic core curriculum lecture from surgical faculty. All students completed a satisfaction rating scale and a subset of students completed a pre- and postencounter self-efficacy rating scale on several aspects of breast skills. Student's t test was used to compare the groups in the areas of clinical skills as evidenced by performance on the breast-specific items on the end of the clerkship Objective Structure Clinical Examination and student satisfaction as evidenced by their response on a satisfaction rating scale. ANCOVA (controlling for preencounter self-efficacy rating) was used to compare the change scores between pre- and postencounter self-efficacy ratings. RESULTS: Students in Group 1 performed significantly higher than the students in Group 2 in the areas of clinical examination skills (t = -2.99, P < 0.05); in sensitivity (t = -5.82, P < 0.05) and specificity (t = -7.27, P < 0.05) in the examination of breast models; and with their satisfaction with the encounter (t = 10.72, P < 0.05). Students in Group 1 also demonstrated a higher level of confidence in their breast skills at the end of the clerkship than students in Group 2 (F = 6.22, P < 0.05). CONCLUSIONS: The focused breast skills workshop is more effective than the traditional ambulatory setting for teaching clinical breast examination skills. This setting also demonstrated the development of higher confidence in breast skills than the traditional ambulatory setting.     

A surgical skills elective to expose preclinical medical students to surgery

BACKGROUND: Early introduction to surgical skills may serve several valuable purposes; medical students will acquire skills that will reduce their anxiety in approaching clerkships and improve the quality of patient care, and they will possibly become interested in surgery as a career. MATERIALS AND METHODS: We designed an elective called "OR assist" for first and second year medical students based on needs identified from the literature and third year students. The elective comprised three sessions for a total of 6 hours and included instruction in surgical skills and operating room etiquette. We surveyed the students before and after the experience and also surveyed a group of control students. We assessed confidence in surgical skills and OR etiquette and concerns about surgical lifestyle, environment, and enthusiasm. RESULTS: Eight-six students participated and generally had some operating room experience. The 75 students with pre/post match data reported significant improvement in confidence in suturing, knots, and instrumentation (P < 0.001; effect sizes >1.0) and less concern about issues related to enthusiasm for surgery (P < 0.001; effect size = 0.5). The participants and controls did not differ at baseline except for identification of surgical instruments, which was higher for participants. After the experience, the participants were significantly more confident and had less concern about enthusiasm in surgery than the controls. CONCLUSIONS: An elective can be effective in improving students' confidence and reducing their concerns about surgery as a career. This is a unique opportunity for early exposure to surgical role models.     

Does a general surgery clerkship influence student perceptions of surgeons and surgical careers?

BACKGROUND: Student perceptions of surgeons and surgical careers may influence their decision to pursue a surgical career. We evaluated the impact of a general surgery clerkship on medical student perceptions of surgeons and surgical careers and of the clerkship on student interest in surgical careers. METHODS: We conducted voluntary pre- and postclerkship surveys of third-year medical students who were enrolled in their required general surgery clerkship and used 5-point Likert scale rankings to capture agreement with declarative statements (1 = strongly agree; 5 = strongly disagree). T-tests were used to evaluate both paired and individual items. RESULTS: Students indicated that their surgical clerkship improved their opinion of surgeons (2.47; P <.001). Several perceptions changed after the clerkship. First, students agreed more strongly that surgeons were compassionate physicians (ranking, 2.87 vs 2.53; P =.003) and that patients respected surgeons (ranking, 1.84 vs 1.62; P =.026). Acknowledgment of career satisfaction by students increased (ranking, 2.57 vs 2.22; P =.008). Students more strongly disagreed that "surgeons [were] respectful of other physicians" (ranking, 3.29 vs 3.62; P =.009). Interest in surgical careers did not change significantly during the clerkship (ranking, 2.83 vs 2.68; P =.218). CONCLUSIONS: Medical student perceptions of surgeons and surgical careers generally improve during the surgical clerkship. However, student impressions of surgeons' collegial behavior and commitment to teaching deteriorate significantly during the surgical clerkship.     

Education of medical students in clinical breast examination during surgical clerkship

BACKGROUND: Medical student training in clinical breast examination is deficient at most medical schools. The use of silicone breast models may allow the education of abnormal and normal findings. This study examines the efficacy of silicone breast models to educate medical students in clinical breast examinations during their third-year surgical rotation. METHODS: Medical students were randomly selected to participate in formalized training sessions in clinical breast examination or as a control group. Presession and postsession testing with silicone breast models were performed. True positives (masses that were present and documented by the student) and false positives (masses that were not present but were documented by the student) were recorded. RESULTS: Medical students undergoing the training sessions demonstrated improved true positive scores (2.2 to 2.8; P <0.05) as well as improved false positive scores (3.0 to 2.0; P = 0.30) and total scores (-0.8 to 0.8; P = 0.07). Students who documented an increase in the number of breast examinations during their rotations had statistically lower false positive scores. CONCLUSIONS: Students after formalized clinical breast examination sessions do improve their ability to detect breast masses, although they continue to detect masses that are not present. Experience of actual breast examinations during their surgical rotations may refine their clinical skills.     

Porcine wet lab improves surgical skills in third year medical students

Background

Medical students desire to become proficient in surgical techniques and believe their acquisition is important. However, the operating room is a challenging learning environment. Small group procedural workshops can improve confidence, participation, and performance. The use of fresh animal tissues has been rated highly among students and improves their surgical technique. Greater exposure to surgical procedures and staff could positively influence students' interest in surgical careers. We hypothesized that a porcine “wet lab” course for third year medical students would improve their surgical skills.

Methods

Two skills labs were conducted for third year medical students during surgery clerkships in the fall of 2011. The students' surgical skills were first evaluated in the operating room across nine dimensions. Next, the students performed the following procedures during the skills lab: (1) laparotomy; (2) small bowel resection; (3) splenectomy; (4) partial hepatectomy; (5) cholecystectomy; (6) interrupted abdominal wall closure; (7) running abdominal wall closure; and (8) skin closure. After the skills lab, the students were re-evaluated in the operating room across the same nine dimensions. Student feedback was also recorded. Fifty-one participants provided pre- and post-lab data for use in the final analysis.

Results

The mean scores for all nine surgical skills improved significantly after participation in the skills lab (P ≤ 0.002). Cumulative post-test scores also showed significant improvement (P = 0.002). Finally, the student feedback was largely positive.

Conclusions

The surgical skills of third year medical students improved significantly after participation in a porcine wet lab, and the students rated the experience as highly educational. Integration into the surgery clerkship curriculum would promote surgical skill proficiency and could elicit interest in surgical careers.     

Surgical inclination and anatomy teaching at the University of Auckland

BACKGROUND: Medical graduate interest in surgery has declined and medical students are less capable in anatomy than they once were. Declining interest in surgery is because of factors, including growing number of women entering medical school. There has been less emphasis in teaching anatomy at various medical schools in recent years. The aim of this study is to quantify surgical inclination in Auckland medical students to assess whether gender differences exist in surgical inclination and determine confidence in anatomy knowledge and resources used by Auckland medical students. METHOD: Survey design was cross-sectional and included 25-point questionnaire using Likert scale response ranking and tick box replies. Two hundred and eighteen surveys were emailed to functioning addresses of fourth and fifth year students at University of Auckland, School of Medicine, New Zealand. RESULTS: Response rate was 71.6%. Twenty per cent of students were found to be surgically inclined (95% confidence interval, 0.15-0.26). The proportion of surgically inclined men was significantly higher than women (P < 0.05). Thirty-three per cent of all respondents (95% confidence interval, 0.26-0.41) felt their knowledge of anatomy was adequate to practice medicine safely. Textbooks and atlases were most commonly used to learn anatomy (P < 0.05). Radiology was the least commonly used method to learn anatomy (P < 0.05). Eighty-seven per cent (95% confidence interval, 0.81-0.92) of respondents agreed that revisiting dissection during surgical attachments would be helpful. CONCLUSION: Men are significantly more likely to be surgically inclined than women at the University of Auckland. A significantly greater proportion of students felt that their knowledge of gross anatomy was inadequate for safe medical practice. Students use traditional methods to learn anatomy more commonly than radiological methods. The majority of students surveyed would like to revisit cadaver dissection during clinical attachments in surgery.     

Teaching surgical decision-making: an interactive, web-based approach

BACKGROUND: Skillful surgical care demands proper patient assessment and decision-making. These skills are honed through long hours and years of clinical practice. A decrease in work hours is reducing the number of cases managed by medical students and residents. We have developed a set of interactive, web-based teaching modules to help fill this gap. MATERIALS AND METHODS: The modules aim to teach surgical decision-making in a convenient, nonthreatening manner. Surgical case material is presented in a graphically rich environment, including video and sound to enhance realism. At the end of each web-page, the user must make a management decision. The correct answer is subsequently provided with immediate feedback. Medical students used and evaluated the modules during their surgical clerkships. Additionally, students took a pretest and 1-week delayed posttest after completing the modules to assess the program's efficacy. RESULTS: Eight modules involving pediatric and general surgery have been completed. Medical students gave high ratings to the quality of the modules and found the interactive format both engaging and educationally effective. Eighty-seven percent of medical students rated the program's educational value as above average to excellent. On pre- and posttest analysis, students' scores improved an average of 24.8% (P < 0.001). CONCLUSION: Students enjoy web-based educational material. Additional modules covering a range of surgical topics are in development. Web-based modules appear to be an effective clinical teaching tool, well-suited for integration into the clinical curriculum.     

Didactic lecture versus instructional standardized patient interaction in the surgical clerkship

BACKGROUND: Medical schools increasingly employ the standardized patient interaction (SPI) as a teaching and testing modality to prepare students for USMLE Step 2 Clinical Skills (Step 2 CS). However, little is known about the perceptions medical students have toward SPIs. We hypothesized that the SPI would increase the self-confidence of surgery students in their history and physical examination (H&P) skills as compared with the classic lecture format and that students would perceive the SPI as a valuable learning tool. METHODS: Students (n = 126) on the junior surgery clerkship were randomized into two groups. Group A (n = 61) received a didactic lecture on acute appendicitis. Group B (n = 65) participated in an SPI in which the portrayed patient had acute appendicitis. Student perceptions were surveyed by written questionnaire pre- and postencounter using a 5-point Likert scale, with 5 being the most favorable rating. Data (perceptions, performances on the SPI, clerkship grades) were compared using a Student t test followed by the Mann-Whitney rank sums test. RESULTS: Group A "enjoyed" the lecture format more than group B "enjoyed" the SPI format (3.4 +/- 0.1 versus 2.6 +/- 0.1, P <.001) and perceived the lecture as having more value to their overall education (3.5 +/- 0.1 versus 2.6 +/- 0.1, P <.001) than the SPI group. Surprisingly, student self-confidence in their H&P skills increased after the didactic lecture (from 3.6 +/- 0.1 to 4.1 +/- 0.1, P = .001) but not after the SPI (from 3.6 +/- 0.1 to 3.8 +/- 0.1, P = not significant). CONCLUSIONS: The didactic lecture format was not only enjoyed and valued more than the SPI, but our surgery students also perceived it as superior to the SPI in building confidence in history and physical examination skills. These findings suggest that surgical educators should develop ways to improve students' perceptions and attitudes surrounding the surgical SPI.     

Preclinical students: who are surgeons?

BACKGROUND: The purpose of the present study was to determine how preclinical medical students formulate their career choice and to determine the origin of negative perceptions regarding surgery as a career. MATERIALS AND METHODS: A qualitative study was performed with second-year medical students voluntarily participating in focus group study. Students with and without an interest in surgery attended. Topics discussed included factors influencing career choice, priorities, perceptions, exposure, and interactions with surgeons. Three investigators conducted independent content analysis. RESULTS: Career choices for students interested in surgery originated primarily from premedical school experiences/interactions with surgeons. In contrast, students not interested in surgery made career choices during medical school and choices were shaped primarily by second-year preceptors. The main priority for students interested in surgery was personal happiness that was perceived as being significantly dependent upon career satisfaction. Students not interested in surgery tended to separate happiness derived from career versus family. Negative perceptions toward surgery were developed and reinforced by media, preceptors, and classmates. All students had minimal exposure to surgeons during preclinical years and generally agreed that increased involvement with surgeons would be beneficial, particularly through preclinical preceptorships. CONCLUSIONS: Career choices of preclinical students interested in surgery were made prior to entering medical school, suggesting that outreach programs to high schools and colleges may beneficial. Negative perceptions about surgery develop through a variety of sources, including fellow classmates, preceptors, and the media. Surgeons need to take responsibility for these perceptions.     

Competency-based training of basic trainees using human cadavers

BACKGROUND: Increasing constraints on operative training in the clinical setting provide impetus for the development of alternative training models. Anatomy dissection courses utilizing human cadavers have been useful in imparting knowledge of human anatomy for surgical trainees. The present study evaluates the impact of competency-based technical skills instruction as an adjunct to cadaveric dissection courses on the procedural skills of basic surgical trainees (BST). METHODS: A single cohort of BST was prospectively evaluated regarding their self-reported confidence and competency in performing saphenous vein cutdowns immediately before and after an anatomy dissection course. RESULTS: Nine BST were evaluated (66% were male). One subject withdrew from the study, leaving eight BST for final analysis. Mean number of years since graduation from medical school was 2.5 years (range: 2-4 years). Seven BST were in their first year of training. All subjects had completed an early management of severe trauma (EMST) course. Total prior experience of saphenous vein cutdowns for all subjects was a single attempt on a sheep cadaver at the EMST course. The percentage of BST expressing little or no confidence in performing cutdowns decreased after the dissection course (50% vs 0, P < 0.05). Mean time taken for completion of cutdown decreased after the dissection course. (5 min 52 s vs 3 min 52 s, P < 0.05). Mean size of incision used to perform cutdown decreased after the course. (4.5 cm vs 3.4 cm, P < 0.05). The percentage of subjects experiencing complications during cutdown decreased after the course (38% vs 0, P < 0.05). CONCLUSIONS: Anatomy dissection courses using human cadavers may contribute to improving the confidence and competency of BST in performing saphenous vein cutdowns. Technical training components should be considered as an adjunct to future anatomy dissection courses involving surgical trainees.     

The impact of a comprehensive course in advanced minimal access surgery on surgeon practice

INTRODUCTION: Practising surgeons need an effective means for learning new skills and procedures in advanced minimal access surgery (MASA). Currently, available educational methods include traditional continuing medical education symposia (1-day courses), instructional videos, mentoring, or comprehensive courses that combine lectures, skills laboratories and live surgery. The impact of comprehensive courses in advanced MASA on surgeons' knowledge, skills and practice has not been clearly established. METHODS: We completed a survey of all physicians who attended comprehensive courses in advanced gastrointestinal MASA held at the Centre for Minimal Access Surgery (CMAS) in Hamilton, Ont. RESULTS: Of 158 course attendees, we received 65 responses (response rate 41%). Fifty-six men and 9 women responded, with a mean age of 44.9 years and a mean practice duration of 12.3 years. Eighty-seven percent of respondents were community-based surgeons. As a result of attending CMAS courses, respondents felt they experienced a substantial improvement in the knowledge and skills required to complete MASA. After a comprehensive course at CMAS, most respondents reported that they had introduced MASA procedures into their practice. The mean overall impact of a course on a surgeon's practice (with respect to patient referrals, procedural armamentarium and personal satisfaction) was rated by respondents at 3.92 (standard deviation [SD] 0.71; Likert scale 1-5, 1=negative, 5=positive). CONCLUSIONS: A comprehensive course in advanced MASA has a positive impact on attendees' knowledge and skills. Ultimately, surgeons attending MASA courses will begin to introduce new MASA procedures into surgical practice. These courses have a distinct role in the teaching of MASA to surgeons in practice.     

Laparoscopy as an educational and recruiting tool

BACKGROUND: General surgeons can supplement traditional gross anatomy instruction by using laparoscopy to provide clinical correlations. Early, positive interaction with surgeons may stimulate student interest in this field. METHODS: Basic laparoscopy was performed on fresh cadavers for first year medical students in gross anatomy over 2 consecutive years. Surgical residents reviewed anatomy of the abdomen, and students manipulated intra-abdominal organs using laparoscopic instruments. Students completed pre- and post-demonstration questionnaires that were compared independently. RESULTS: More than 95% of responding students agreed the demonstration enhanced their understanding of abdominal anatomy. Regardless of planned area of specialization, students felt the demonstration reinforced the clinical relevance of gross anatomy. Among students already anticipating surgical careers, 88.2% said the demonstration increased their interest in general surgery; this was significantly higher than among those intending careers in internal medicine (27.3%) or other fields (23.5%; P < .0001). CONCLUSIONS: Cadaver-based laparoscopy demonstrations by general surgeons supplement didactic sessions and enhance learning in gross anatomy. Furthermore, such demonstrations may stimulate student interest in general surgery at an early point in their medical education, particularly in those already interested in a surgical career.     

Prior video game exposure does not enhance robotic surgical performance

BACKGROUND AND PURPOSE: Prior research has demonstrated that counterintuitive laparoscopic surgical skills are enhanced by experience with video games. A similar relation with robotic surgical skills has not been tested. The purpose of this study was to determine whether prior video-game experience enhances the acquisition of robotic surgical skills. SUBJECTS AND METHODS: A series of 242 preclinical medical students completed a self-reported video-game questionnaire detailing the frequency, duration, and peak playing time. The 10 students with the highest and lowest video-game exposure completed a follow-up questionnaire further quantifying video game, sports, musical instrument, and craft and hobby exposure. Each subject viewed a training video demonstrating the use of the da Vinci surgical robot in tying knots, followed by 3 minutes of proctored practice time. Subjects then tied knots for 5 minutes while an independent blinded observer recorded the number of knots tied, missed knots, frayed sutures, broken sutures, and mechanical errors. RESULTS: The mean playing time for the 10 game players was 15,136 total hours (range 5,840-30,000 hours). Video-game players tied fewer knots than nonplayers (5.8 v 9.0; P = 0.04). Subjects who had played sports for at least 4 years had fewer mechanical errors (P = 0.04), broke fewer sutures (P = 0.01), and committed fewer total errors (P = 0.01). Similarly, those playing musical instruments longer than 5 years missed fewer knots (P = 0.05). CONCLUSIONS: In the extremes of video-game experience tested in this study, game playing was inversely correlated with the ability to learn robotic suturing. This study suggests that advanced surgical skills such as robotic suturing may be learned more quickly by athletes and musicians. Prior extensive video-game exposure had a negative impact on robotic performance.     

Accelerated skills preparation and assessment for senior medical students entering surgical internship

BACKGROUND: Skills training plays an increasing role in residency training. Few medical schools have skills courses for senior students entering surgical residency. METHODS: A skills course for 4(th)-year medical students matched in a surgical specialty was conducted in 2006 and 2007 during 7 weekly 3-hour sessions. Topics included suturing, knot tying, procedural skills (eg, chest tube insertion), laparoscopic skills, use of energy devices, and on-call management problems. Materials for outside practice were provided. Pre- and postcourse assessment of suturing skills was performed; laparoscopic skills were assessed postcourse using the Society of American Gastrointestinal and Endoscopic Surgeons' Fundamentals of Laparoscopic Surgery program. Students' perceived preparedness for internship was assessed by survey (1 to 5 Likert scale). Data are mean +/- SD and statistical analyses were performed. RESULTS: Thirty-one 4(th)-year students were enrolled. Pre- versus postcourse surveys of 45 domains related to acute patient management and technical and procedural skills indicated an improved perception of preparedness for internship overall (mean pre versus post) for 28 questions (p < 0.05). Students rated course relevance as "highly useful" (4.8 +/- 0.5) and their ability to complete skills as "markedly improved" (4.5 +/- 0.6). Suturing and knot-tying skills showed substantial time improvement pre- versus postcourse for 4 of 5 tasks: simple interrupted suturing (283 +/- 73 versus 243 +/- 52 seconds), subcuticular suturing (385 +/- 132 versus 274 +/- 80 seconds), 1-handed knot tying (73 +/- 33 versus 58 +/- 22 seconds), and tying in a restricted space (54 +/- 18 versus 44 +/- 16 seconds) (p < 0.02). Only 2-handed knot tying did not change substantially (65 +/- 24 versus 59 +/- 24 seconds). Of 13 students who took the Fundamentals of Laparoscopic Surgery skills test, 5 passed all 5 components and 3 passed 4 of 5 components. CONCLUSIONS: Skills instruction for senior students entering surgical internship results in a higher perception of preparedness and improved skills performance. Medical schools should consider integrating skills courses into the 4(th)-year curriculum to better prepare students for surgical residency.     

Computer-based video training is effective in teaching basic surgical skills to novices without faculty involvement using a self-directed,sequential and incremental program

IntroductionComputer-based video training (CBVT) of surgical skills overcomes limitations of 1:1 instruction. We hypothesized that a self-directed CBVT program could teach novices by dividing basic surgical skills into sequential, easily-mastered steps.MethodsWe developed a 12 video program teaching basic knot tying and suturing skills introduced in discrete, incremental steps. Students were evaluated pre- and post-course with a self-assessment, a written exam and a skill assessment.ResultsStudents (n = 221) who completed the course demonstrated significant improvement. Their average pre-course product quality score and assessment of technique using standard Global Rating Scale (GRS) were <0.4 for 6 measured skills (scale 0–5) and increased post-course to ≥3.25 except for the skill tying on tension whose GRS = 2.51. Average speed increased for all skills. Students’ self-ratings (scale 1–5) increased from an average of 1.4 ± 0.7 pre-elective to 3.9 ± 0.9 post-elective across all skills (P < 0.01).ConclusionSelf-directed, incremental and sequential video training is effective teaching basic surgical skills and may be a model to teach other skills or to play a larger role in remote learning.