The goal of this project is to build capacity for early diagnosis of CRC by developing a comprehensive colonoscopy training program that could in the future lead to credentialing and accreditation of a trainee. The first aspect of the project focuses on needs assessment analysis as it determines the quantity of providers and access to facilities that perform colonoscopy through surveys, focus in-depth interviews, and GIS technology. The second component investigates whether a locally developed LF simulation colonoscopy training tool is an effective teaching, training, and assessment tool for skill acquisition and confidence compared to a HF colonoscopy model in a resource limited setting. The third component of the project will assess whether training on a low or high-fidelity simulator then translates to improved performance of colonoscopy on live patients. At the end of the project, it is expected the number of providers trained to perform colonoscopy in a resource limited setting like Nigeria will increase.~OVERVIEW OF STUDY DESIGN/INTERVENTION A mixed methods survey was developed that determines the baseline number of endoscopists, nurses, anaesthetists, ancillary staff, costs, and the number of procedures performed per year in endoscopy centers in the country of Nigeria. This survey will be developed with qualitative specialists at the Obafemi Awolowo University (OAU) and the Memorial Sloan Kettering Cancer Center (MSKCC). Healthcare professionals who are part of Nigerian medical societies will be invited to participate in the survey through paper, electronic, or social media platforms. Focused in-depth interviews with key stakeholders will be conducted to further understand the barriers to endoscopy care in Nigeria.~Prior to participating in this survey study, the purpose of the study will be explained to potential participants. They will be provided information about the research study in written form and a consent form will be provided. Consent will be obtained in written form in English, since this is the national language medium used for medical professionals in Nigeria.~Results from this survey and collaborations with medical societies in Nigeria, will provide information needed to identify which healthcare facilities perform endoscopy in Nigeria. GIS technology will be utilized to analyze patient access to these facilities based on locations of facilities to neighborhoods where patients may reside. Qualitative surveys and focus interviews with key stakeholders will also provide information on barriers to accessing and providing care to patients who need colonoscopy.~For the simulation training portion of the study, following initial recruitment, an equal number of consented participants will be randomized to learn colonoscopy on high or low fidelity models. The HF simulator will be Limbs and Things Colonoscopy Training Model product KKM40. The LF simulator will be made in Nigeria, based on low fidelity models that have been published in the literature. Prior to beginning the course, the participants will be given instructions, a prior experience and confidence survey, and then will be asked to perform colonoscopy. This first assessment will serve as a baseline measure of colonoscopy skills. The LF group will perform a pretest on LF models, and the HF group will perform the pre-test on HF models. Participants will be evaluated utilizing the Mayo colonoscopy skills assessment tool and the Global Assessment of Gastrointestinal Endoscopic Skills (GAGES) tools that have been validated and published in the literature previously.~Following this pre-test, study participants will partake in didactic teaching sessions. The colonoscopy lecture curriculum will be adapted for the Nigerian context and standardized utilizing content based on the American Board of Surgery Flexible Endoscopy curriculum for general surgery residents, general surgery resident curriculum (SCORE) endoscopy module, and the Joint Advisory group on GI Endoscopy program. Teaching sessions between high and low fidelity groups will be identical except for the type of simulation models used to demonstrate and practice colonoscopy. Trainees will have the opportunity to practice colonoscopy on simulators with immediate feedback from instructors.~After this 4-6-hour teaching session, participants will take a post-test identical to the colonoscopy pre-test. The next day participants will perform colonoscopy procedures on live patients and be evaluated on live patients utilizing the GAGES and mayo colonoscopy skills assessment tools. Additionally, at the end of the study, participants will be asked to fill out a confidence survey During the live patient sessions, the study will involve patients who were scheduled to undergo a clinically indicated colonoscopy. The patients will sign a consent form to be part of the study which allows trainees to perform colonoscopy under the direct supervision by trained colonoscopy physician. The trainee will be the primary endoscopist under the supervision of a faculty endoscopy evaluator. The evaluator will allow the study participants independence while ensuring patient safety. The instructor can provide verbal instruction if necessary. If the instructors feel the study participant is not making progress or if patient safety is of concern, the instructors are permitted to take control of the colonoscopy and navigate through difficult portions of the colon or takeover the procedure completely. The maximum time that will be allotted for the trainee to complete the colonoscopy will be 30 minutes. A critical flaw point will be given to the trainee participant if complete takeover occurs, although they will be given the opportunity to try again on a different patient if feasible.~Trainees will also be evaluated based on total procedure time, time to rectosigmoid junction, splenic flexure, hepatic flexure and cecal intubation, % of successful cecal intubation, % of time for which the view of the lumen was lost, % of times TI intubation successful, and withdrawal time of colonoscopy from cecum, avoidance of bowel perforation and median depth of maximal insertion based on the following scale: 1 = rectum, 2 = sigmoid, 3 = descending colon, 4 = splenic flexure, 5 = transverse colon, 6 = hepatic flexure, 7 = ascending colon, 8 = cecum. Additionally, at the end of the study, participants will be asked to fill out course satisfaction and confidence surveys.~PRIMARY AND SECONDARY OUTCOMES Primary Outcome: To determine whether learning colonoscopy on a LF simulation model confers similar skill acquisition and confidence as training on a HF model Secondary Outcomes: Determine access to endoscopists and endoscopy facilities barriers to endoscopy, and costs of endoscopy in Nigeria. Assess whether training on a low or high-fidelity simulator improves colonoscopy performance on real patients. To evaluate the overall improvement in technical skills of trainees before and after delivery of a simulation-based colonoscopy training program designed to teach colonoscopy in a resource limited setting. Investigators will also determine costs of implementing a colonoscopy training program as well as costs of endoscopy at each of the facilities.
This protocol seeks to develop a colonoscopy training program in Nigeria in order to increase the number of health care providers proficient in colonoscopy. The goal is to improve capacity for screening and early diagnosis of colorectal cancer (CRC) by training and expanding the healthcare workforce that is competent in endoscopy techniques. The project has three components, a needs assessment, simulation training, and training on live patients.~The first part of this project determines the number of providers and endoscopy procedures currently performed in Nigeria, as well as patient access to facilities that have colonoscopy capabilities, through a mixed methods approach. Surveys, focus in-depth interviews with key stakeholders, and use geographic information system (GIS) modeling technology will be employed to perform a needs assessment. The second component of this project investigates whether a locally developed low fidelity (LF) simulation colonoscopy training model is an effective teaching, training, and assessment tool for skill acquisition and confidence compared to a high-fidelity (HF) colonoscopy model. The third component of this project is training healthcare providers on real patients who have an indication for colonoscopy. This project seeks to build capacity for endoscopy services in order to increase capacity for screening and early diagnosis of CRC. At the end of the project, it is expected the number of providers trained to perform colonoscopy in a resource limited setting like Nigeria will increase.