Christiansenwalters8042

The value of active learning for increasing student comprehension and retention of science, technology, e,ngineering, and mathematics (STEM) concepts within undergraduate courses has proven to be beneficial many times over; however, barriers still exist for both instructors and students. see more For example, instructors are often left to decide what type of active learning activities to incorporate and how to implement them yet receive little to no formal training about how to do this effectively. Additionally, student resistance to active learning persists, which adds to the pressure faced by some instructors. Compounding these issues is the absence of high-speed Internet in some regions, which makes accessing active learning activities, many of which are offered through online commercial programs, impractical if not impossible for some students. This problem was highlighted during the pandemic when courses transitioned to being partially or fully online. In this article, I describe a novel active learning method that encourages students to cognitively engage with physiology concepts by using digital images to build structures and processes using an approach that is more accessible to everyone, regardless of Internet capabilities. This approach also provides instructors an option for creating their own active learning activity that may be more suitable for their specific level of students or learning outcomes.

Advances in 3-dimensional modeling have revolutionized presurgical planning for maxillofacial reconstruction, yet little is known about how this technology may affect patient education. This study was designed to evaluate the efficacy of 2-dimensional computed tomography versus 3-dimensional computed tomography for patient education in maxillofacial reconstruction.

Crossover study.

General otolaryngology outpatients from a tertiary referral center were recruited.

A single computed tomography data set of a zygomaticomaxillary complex fracture was used to generate 2 educational video tutorials one in a 2-dimensional format and one in a 3-dimensional format. The tutorials were embedded into the Qualtrics

platform. Participants were randomly assigned into 2 groups. Group 1 viewed the 2-dimensional tutorial, took a self-assessment survey, took an information recall survey, viewed the 3-dimensional tutorial, and finally took a tutorial comparison survey. Group 2 followed the same sequence but viewed the 3-dimensional tutorial followed by the 2-dimensional tutorial.

Group 2 participants (viewing the 3-dimensional tutorial first) scored better on the self-assessment survey than their counterparts in group 1 did (

= .023). Group 2 also scored better on the recall survey (

= .042). Of all participants, 61% preferred the 3-dimensional tutorial, and 31% preferred the use of both tutorials together in the comparison survey.

Three-dimensional patient educational tutorial regarding a zygomaticomaxillary complex fracture resulted in better knowledge retention and was preferred over the 2-dimensional format.

Three-dimensional patient educational tutorial regarding a zygomaticomaxillary complex fracture resulted in better knowledge retention and was preferred over the 2-dimensional format.Appalachia has low rates of college attendance and graduation, but relevant data investigating student attrition from physiology majors in this region are lacking. This exploratory study examined freshman attrition from an undergraduate exercise physiology program in Appalachia with the goal of identifying potential strategies for improving retention across similar programs in this underserved region. Questionnaires were administered at the beginning and end of the fall semester to freshman (n = 247) and students transferring out of the major [Transferred group (T); n = 50] by the end of their first semester were compared against those that remained [Retained group (R); n = 190]. The Transferred group was invited to participate in qualitative interviews. Fewer Transferred students reported feeling underprepared in academic preparedness skills, but more reported feeling underprepared in math. At the end of the semester, more in the Transferred group reported doing worse than expected in math and in getting good grades and had a lower grade point average (R 3.27 ± 0.05; T 2.62 ± 0.15; P less then 0.01). More in the Transferred group were first-generation (FG) college students (R 17%; T 30%). Transferred FG had lower academic preparation and performance and more financial need than Retained FG. In interviews (n = 35), most students expressed a change in career goals and many noted the academic rigor of the program, while academic advising, faculty, and the major received generally positive praise. This study identified several factors that would allow for early identification of incoming freshmen at risk for attrition and proposes strategies for improving retention within Appalachian physiology programs.Anatomy and physiology courses are sometimes seen as difficult, which can lead to a lack of motivation in students to learn and engage in the course material. Students may also see the material as "dry," have issues forming personal connections, or struggle to connect the content to the real world. These issues may lead to students not performing well in the course or feeling that the health field is not ideal for them. Popular culture, especially mainstream superheroes, can serve as an option for mending these gaps by being a gateway to connecting to many students' lives. Superheroes can be integrated into the classroom through relevant, creative, and unique examples that include clinical correlates, modern scientific innovations, and some real-life "supers" living among us. Real anatomy and physiology can still be taught and explained through discussing these "incredible" examples and also present an opportunity for students to be creative in generating their own anatomical and physiological explanations for various superpowers. Superheroes also help open the classroom up to being a place of acceptance, primarily through their secret identities, which cover a broad range of idols that students can look up to, whether it is their career or based on a character's race or sexual orientation. Professors can become the superhero in their classroom and help students become more engaged and interested in the material.