Background and Objective: Peer-assisted learning (PAL) is an established concept in which students obtain mutual benefits by teaching and learning from each other. In the clinical environment, this often occurs intentionally or unintentionally in various formats such as same level or cross level peer tutoring, peer mentoring, cooperative learning and the like. This study determined the effectiveness of Peer Assisted Learning in achieving identified program outcomes in the curriculum for clerks and postgraduate interns rotating in Otorhinolaryngology specialty. Methodology: Study has 2 parts. Part 1 was a one-group pre-test and post-test design that involved teaching training of 16 PGI to be peer tutors in Otorhinolaryngology Physical Examination (ORL PE) to clerks. Video recorded pre-training baseline and post-training actual skills demonstrations of the PGI were rated. Scores were compared using Wilcoxon Signed Ranks test with p value at 5% level of significance. Part 2 was a randomized controlled single-blind trial of Peer-Led vs. Expert Faculty-Led ORL PE training of 55 clerks. Tutees performed a post training video-recorded skills demonstration assessed by a faculty rater who was blinded as to who among the clerks underwent the PAL-Led or Expert Faculty-Led training. Scores of the tutees in the 2 models of instruction were compared using the Mann-Whitney U-test at 5% level of significance. Results: Part 1 results showed significant improvement in the post-training scores of the 16 PGI in the identified micro skills and ORL PE skills. For Part 2, 33 and 22 clerks underwent PAL-Led and Expert Faculty-Led instruction respectively. Comparison of performance scores of the clerks in the 2 models of instruction showed no significant difference. Conclusion Teaching training for PGI improved their knowledge, skills and attitude in teaching ORL PE skills to clerks. There was no significant difference in the performance outcomes between clerks that underwent PALLed and Expert Faculty-Led model of instruction.
Teacher Training ; Peer Group

Objective:To describe a low-cost, reproducible phantom model for training medical practitioners in ultrasound-guided ethanol ablation (EA) of a cystic thyroid nodule.

Methods:The model of cyst contents was created using a mixture of coffee powder, cornstarch and water to mimic colloidal contents. This was injected into the finger of a cut surgical glove secured with transparent tape to serve as an inflatable capsule and placed inside a chicken breast. This setup allows practitioners to perform key ultrasound-guided ethanol ablation techniques including spinal needle insertion, cyst aspiration, saline flushing, re-aspiration and ethanol injection.

Results:The phantom model was assembled for PhP 150.30 per unit and took approximately 5 minutes to construct. This model was demonstrated to be a cost-effective and simple method for enabling specialists to practice and enhance their skills in ultrasound-guided ethanol ablation of a cystic thyroid nodule.

Conclusion:The described phantom model provides an accessible and practical training tool for healthcare providers to gain proficiency in ultrasound-guided ethanol ablation of a cystic thyroid nodule in a safe and controlled setting prior to actual patient handling.

Medical Education ; Otorhinolaryngology ; Radiology ; Ultrasonography