Community-Engaged Development of a Nutrition Curriculum: The Go Healthy Indigenous-Supported Agriculture Study.

Objective: To understand how Osage Nation community members define healthy eating and develop a corresponding nutrition curriculum through community engagement.

Design: This project comprised a concurrent embedded mixed methods group concept mapping (GCM) study followed by focus group discussions (FGD) to provide feedback on a nutrition curriculum.

Setting: Osage Nation, Oklahoma.

Arterial dissection in scuba divers: a potential adverse manifestation of the physiological effects of immersion.

Introduction: Aortic dissections and dissections of cervical, cerebral, and coronary arteries have been previously reported in scuba divers. These incidents may be the consequence of a variety of physiological effects. We review the reported cases of arterial dissection in scuba divers and discuss potential contributing factors related to immersion and diving.

Mitigating Misinformation Toolkit: Addressing COVID-19 Misinformation Through Interprofessional Learning and Collaboration Using a Standardized Patient-Based Educational Module.

Introduction: Medical mis- and disinformation are on the rise and impact patient health outcomes. The complexity of modern medicine and health care delivery necessitates that care be delivered by an interprofessional team of providers well versed in addressing this increased prevalence of medical misinformation. Health professions educational curricula often lack opportunities for students to learn how to address medical misinformation, employ advanced communication techniques, and work collaboratively.

A novel 3D-printed brachytherapy applicator and Monte Carlo model for the treatment of conjunctival tumors.

Purpose: To develop a custom low dose rate brachytherapy applicator for the treatment of conjunctival malignancies which leverages 3D-printing technology to provide enhanced design flexibility and availability.

Methods: An elliptical shell applicator inspired by ocular surgery postoperation conformer shells was developed for the placement of the applicator around the cornea of the eye, with a central hole to provide patient comfort. The applicator featured 2 concentric circles of slots for iodine-125 seeds, providing customization of the dose distribution depending on the location of the target.