Dataset Information

Guided Laparoscopic Video Tutorials for Medical Student Instruction in Abdominal Anatomy.

ABSTRACT:

Introduction

As technological advances present new forms of media to anatomy educators involved in medical education, there is opportunity to expand on traditional dissection of embalmed cadavers. At the University of California, San Francisco School of Medicine, the surgery and anatomy departments collaborated to create guided video tutorials using laparoscopic surgical footage to teach the anatomy of the lesser sac and gastroesophageal junction.

Methods

These tutorials are instructional adjuncts to a laparoscopy session on fresh cadavers with first-year medical students. Students view the videos on their own before attending the anatomy lab. The anatomy lab includes six 30-minute sessions, in which approximately 22 students at a time leave their cadaver lab to participate in this laparoscopy session taught by colorectal surgeons and general surgery residents.

Results

Learner interest and satisfaction was measured through a postsession survey. Nearly all respondents indicated that the videos helped them learn the anatomy of the gastroesophageal junction and lesser sac, and were a valuable addition to dissection of embalmed cadavers. A second session was conducted with first-year medical students in which a pretest and posttest were administered before and after a screening of the tutorial on the gastroesophageal junction. Learners' average scores on the test improved from 39% to 88% after watching the video.

Discussion

These data indicate that learners appreciate the incorporation of laparoscopy and video tutorials into anatomy education. These data further corroborate the measures of student enthusiasm, and support the value of the tutorials in short-term acquisition of anatomic knowledge.

SUBMITTER: Isaacson D

PROVIDER: S-EPMC6342516 | biostudies-literature | 2017 Mar

REPOSITORIES: biostudies-literature

ACCESS DATA

Publications

Guided Laparoscopic Video Tutorials for Medical Student Instruction in Abdominal Anatomy.

Isaacson Dylan D Green Courtney C Topp Kimberly K O'Sullivan Patricia P Kim Edward E

MedEdPORTAL : the journal of teaching and learning resources 20170322

<h4>Introduction</h4>As technological advances present new forms of media to anatomy educators involved in medical education, there is opportunity to expand on traditional dissection of embalmed cadavers. At the University of California, San Francisco School of Medicine, the surgery and anatomy departments collaborated to create guided video tutorials using laparoscopic surgical footage to teach the anatomy of the lesser sac and gastroesophageal junction.<h4>Methods</h4>These tutorials are instr ...[more]

PMID: 30800761

Similar Datasets

Project description:BackgroundWe have piloted a new online knowledge translation (KT) program created to educate youth about cannabis effects, which uniquely focuses on mental health risks for Black youth. Youth are generally unaware of the research linking underage usage and the risk of psychosis. Youth from some Black racialized communities in Ontario may be disproportionately affected and in need of this knowledge.ObjectiveBecause very little is known about the acceptability and feasibility of programs educating Black youth about cannabis and psychosis risk, we evaluated this KT program, which consists of tutorials facilitated by university students and video games.MethodsThis mixed methods pilot study evaluates the transfer of knowledge about cannabis and psychosis risk before and after the online KT program and, at the same time, explores participant satisfaction with the program and views about underage use. Eligible participants were youth 16-19 years of age of Black African or Caribbean descent. Trained undergraduate students from McMaster University administered a quiz (psychosis and cannabis test; PCT) to evaluate knowledge before and after the KT program. After playing the psychoeducational video games, participants attended two tutorial group sessions led by undergraduate students. The undergraduate students facilitated the online tutorials about cannabis and psychosis. The tutorials augmented the educational content embedded within the gameplay: participants discussed what they learned from the video games and their understanding of psychosis and the effects of cannabis. In addition, undergraduate students qualitatively analyzed the tutorial discussions for themes, and the prequiz and postquiz scores were analyzed for significant differences in scores.ResultsA total of 9 Black youth were recruited and completed this pilot study. The mean PCT scores were 5.67 (SD 1.7) and 7.78 (SD 1.8) before and after the KT program, respectively. There was a significant improvement in scores (P<.05) post-KT program. Thematic analysis of the facilitated tutorials revealed three major themes: video game satisfaction, marijuana and psychosis literacy, and help-seeking awareness. Overall, participants showed an increased awareness and understanding of the subject matter after the gameplay and tutorial intervention.ConclusionsWhen supplemented with tutorial sessions, the Back to Reality Series shows promise for addressing the gap in knowledge about cannabis and psychosis, and the results provide preliminary evidence that the games appeal to Black youth.

Project description:BACKGROUND:For at least the past two decades, medical educators have worked to improve patient communication and health care delivery to diverse patient populations; despite efforts, patients continue to report prejudice and bias during their clinical encounters. Targeted instruction in implicit bias recognition and management may promote the delivery of equitable care, but students at times resist this instruction. Little guidance exists to overcome this resistance and to engage students in implicit bias instruction; instruction over time could lead to eventual skill development that is necessary to mitigate the influence of implicit bias on clinical practice behaviors. OBJECTIVE:To explore student perceptions of challenges and opportunities when participating in implicit bias instruction. APPROACH:We conducted a qualitative study that involved 11 focus groups with medical students across each of the four class years to explore their perceptions of challenges and opportunities related to participating in such instruction. We analyzed transcripts for themes. KEY RESULTS:Our analysis suggests a range of attitudes toward implicit bias instruction and identifies contextual factors that may influence these attitudes. The themes were (1) resistance; (2) shame; (3) the negative role of the hidden curriculum; and (4) structural barriers to student engagement. Students expressed resistance to implicit bias instruction; some of these attitudes are fueled from concerns of anticipated shame within the learning environment. Participants also indicated that student engagement in implicit bias instruction was influenced by the hidden curriculum and structural barriers. CONCLUSIONS:These insights can inform future curriculum development efforts. Considerations related to instructional design and programmatic decision-making are highlighted. These considerations for implicit bias instruction may provide useful frameworks for educators looking for opportunities to minimize student resistance and maximize engagement in multi-session instruction in implicit bias recognition and management.

Dataset Information

Guided Laparoscopic Video Tutorials for Medical Student Instruction in Abdominal Anatomy.

Introduction

Methods

Results

Discussion

Publications

Guided Laparoscopic Video Tutorials for Medical Student Instruction in Abdominal Anatomy.

Similar Datasets

OmicsDI is part of the ELIXIR infrastructure