This paper describes a renal physiology review activity that can be completed during one class session. The activity is a tactile simulation in which colored beads represent various components of the blood, glomerular filtrate, tubular fluid, and interstitial fluid. Students simulate major functions of the nephron by moving beads between…

This study revises and enhances a guided inquiry activity designed to introduce undergraduate and high school students to the physiological concepts of exercise fatigue during a 400-meter dash. This activity has been employed since 2016 in entry-level human physiology courses at the University of Minnesota and across 30 high schools. Using…

Community college students come from a variety of backgrounds and have different levels of educational preparedness compared to undergraduates in 4-year undergraduate schools. Historically, retention rates of these students in human physiology courses have been low, often due to non-passing grades. Incorporation of additional active learning…

Guided inquiry is an active learning technique featuring collaborative group learning with a structured set of models and highly structured questions for students to discuss and answer. Moving this technique to an online delivery format presents challenges, leading to questions about the effectiveness of this technique during online instruction.…

This paper analyzes the lived experience of Doctor of Physical Therapy (DPT) students participating in the service-learning program, Anatomy Academy. To understand this experience, we performed a phenomenological analysis using the reflections of 31 DPT students as they participated as Mentors to 5th grade elementary students. Mentors used active…

There is room for improvement in the amount of active learning that takes place during physiology laboratory exercises. This paper describes a protocol designed to examine the human dive response, with the goal of creating an integrative laboratory experienced focused around improving active learning. The objectives of this laboratory exercise…