Embracing Technology to Develop a Clinical Pharmacology and Medication Safety Elective in Undergraduate Medical Education.

A clinical pharmacology and medication safety elective was developed for fourth-year medical students to enhance students' foundational pharmacology knowledge and the importance of preventing medication errors. Using video conferencing technology represents a modern approach to facilitate vertical integration of pharmacology curricula and increase multi-institutional and interprofessional collaboration to improve student learning.

Review: Systematic review and meta-analysis - financial incentives increase engagement with parenting programs for disruptive behavior problems.

Background: To evaluate the effect of financial incentives on engagement in parenting programs for disruptive behavior disorders, as well as effect on child behavior. As a secondary aim, demographic differences were investigated as effect modifiers.

Methods: We searched PubMed, CINAHL, Sociological Abstracts, Cochrane Trials, and PsycINFO for randomized controlled trials and quasi experimental studies offering parents a financial incentive for engagement with parenting programs targeting disruptive behavior in children aged under 18, vs no incentive.

Skin Graftless Dorsal Metacarpal Island VY Advancement Flap vs. Dorsal Rectangular Flap with Skin Grafting in 213 Simple Syndactyly Releases.

Background: Simple syndactyly is a common congenital upper extremity difference. Traditional reconstructive approaches utilize skin grafts; however, recent studies suggest skin graftless techniques may improve outcomes. We hypothesized that patients who underwent reconstruction with a skin graftless dorsal metacarpal island VY advancement flap would have fewer postoperative complications compared to those released with a dorsal rectangular flap with skin grafts.

Maintenance oral steroids are not required in severe asthma.

https://bit.ly/4cgrJEL.

Synergetic Effects of Soil Organic Matter Components During Interactions with Minerals.

Mineral-associated soil organic matter (SOM) is critical for stabilizing organic carbon and mitigating climate change. However, mineral-SOM interactions at the molecular scale, particularly synergetic adsorption through organic-organic interaction on the mineral surface known as organic multilayering, remain poorly understood. This study investigates the impact of organic multilayering on mineral-SOM interactions, by integrating macroscale experiments and molecular-scale simulations that assess the individual and sequential adsorption of major SOM compounds-lauric acid (lipid), pentaglycine (amino acid), trehalose (carbohydrate), and lignin onto soil minerals.