Flipping a Single Lecture in a Survey Course to Active Learning: Do the Benefits Justify the Costs?

Health education has seen a surge of interest in active learning strategies like the flipped classroom. In response to the need for physical distancing in the age of COVID-19, schools are rapidly shifting to web-based and video technology, sometimes without being able to predict the outcomes of this change. The objectives of this pilot experiment were to (1) compare active learning (AL) methods versus traditional lecture for transmitting and retaining knowledge in the introductory pre-clinical medical school curriculum and (2) weigh whether the costs required to flip instruction were justified by learning gains. The authors took a 2 h lecture for first-year medical students and converted half of it into an AL format. In-person lecture and active learning groups were compared in terms of student knowledge at pre-intervention, immediately post-intervention, and 6 months post-intervention. Costs for first-time delivery and anticipated costs for repeat delivery of each format were calculated. Students' gains in knowledge increased in both groups, though more by lecture (control) than via AL. Delivering a single hour of new AL costs 3.4 times that of a new lecture. Repeat offerings of the AL intervention were estimated to cost 5.4 times that of the repeat lecture. The 1 h AL session was less effective than the 1 h lecture for knowledge acquisition and retention at 6-month follow-up. The AL was more expensive to produce and to repeat. Future research needs to evaluate the impact of AL with a larger N, control group, structured faculty/resident procedures, and assessment of gaining and applying attitudes and skills in addition to knowledge.

A Survey of Residents/Fellows, Program Directors, and Faculty About Telepsychiatry: Clinical Experience, Interest, and Views/Concerns.

The effectiveness of telepsychiatry video for clinical care is well established, and clinician and psychiatry resident interest in it is growing-particularly in light of the COVID-19 impact. Still, few residency programs in the United States have core curricula, rotations/electives available, and competencies, and many faculty have no experience. A survey was sent via national organization listserves for residents, fellows, faculty, and program directors to complete. The survey queried demographics, clinical experience and interest, and views/concerns, using Likert-like and yes/no questions. Descriptive statistics and other analyses compared the groups to assess impact of clinical experience on interest and views/concerns. Respondents (N = 270) have limited clinical experience with telepsychiatry (46% none), with trainees having less than others, and yet, most were very interested or interested in it (68%). Trainees (N = 123) have concerns about being prepared for future practice. Clinical experience with video in the range of 6-20 h appears to dramatically increase interest and reduce concerns, though less time has a positive effect. Respondents have concerns about connectivity, medico-legal issues, and clinical effectiveness (e.g., diverse populations, psychosis, and emergencies) with telepsychiatry. More research is needed to assess current clinical and curricular experience, interest, and concerns. Additional curricular interventions during residency and fellowship training could build skills and confidence, if this is feasible, and the benefits outweigh the costs.

A Survey Comparing Adult and Child Psychiatry Trainees, Faculty, and Program Directors' Perspectives About Telepsychiatry: Implications for Clinical Care and Training.

Telepsychiatry's effectiveness is well established, and interest in it is growing, despite few residency/fellowship core curricula and rotations. A link to a cross-sectional survey was sent via national organization listservs for psychiatry residents, fellows, faculty, and program directors to complete. The survey queried demographics, clinical experience, and views/concerns about telepsychiatry. Descriptive statistics and other analyses compared groups to assess the impact of amount clinical experience and psychiatric specialty (general vs. child and adolescent psychiatry), on interest, and views/concerns about the practice of telepsychiatry. All respondents (N = 270; child psychiatry N = 89) have limited clinical experience with telepsychiatry (46% overall; 49% of non-child had none versus 40% child). Trainees (N = 123; child N = 43) expressed less interest than others. All respondents expressed worry about ability to do a physical exam, connectivity, medico-legal issues, and fit for diverse populations. Child respondents expressed less concern than others, but they reported more worry about loss of nonverbal cues. Clinical experience with telepsychiatry in the range of 6-20 h appears to build interest and allay concerns, though 1-5 h also may have a positive impact. More research is needed to assess clinical experience, interest, and concerns for adult and child psychiatry trainees and clinicians. Replicable, curricular interventions appear to be indicated.

Low-Resource Project-Based Interprofessional Development with Psychiatry Faculty.

Projects done in interprofessional groups can foster faculty development with minimal resources beyond what is already available at the university or medical center. Each project can yield multiple "wins" in individual faculty growth while meeting the needs of academic medical centers. These projects can build collaborative skills and a sense of community among faculty, trainees, and staff. The combination of low costs, high yields, and improvements in team skills make these approaches appealing and sustainable in resource-constrained medical centers. The authors describe 4 sample projects and their teams, needed resources, and outcomes.

Need for and Steps Toward a Clinical Guideline for the Telemental Healthcare of Children and Adolescents.

OBJECTIVE: This article identifies and describes key considerations toward the development of a clinical guideline intended to optimize telemental healthcare (TMH) of children and adolescents. METHODS: The literature was searched with key terms and title words. Of 2824 articles that met primary or secondary key word search criteria, 326 met both criteria, and 118 thematically related directly to child and adolescent TMH. Only 44 studies met levels of evidence I-III and expert recommendation criteria used in clinical guidelines; review of their references found 8 additional studies (52 total). Data from adult, child, and adolescent in-person psychiatric care and adult TMH were applied to provide context in developing the key considerations. RESULTS: TMH guidelines for adults are well delineated, and TMH guidelines for children and adolescents are likely to closely overlap in terms of general clinical, technical, and administrative issues. However, for a child and adolescent focus, modifications of existing general guidelines appear necessary; for example, based on developmental status, family involvement, and patient-site modifications for space and sound. Additional clinical issues include specify who, exactly, is the "patient" (i.e., the patient, family, and /or other stakeholders), modalities of care (i.e., age-related psychotherapies such as play therapy or behavior management), and psychopharmacology. CONCLUSIONS: Specific clinical, administrative, and technical issues are key considerations - based on the nuances of established child and adolescent mental healthcare - and must be considered in developing a clinical guideline for TMH of these patients. Developing such guidance should proceed from a careful review of the growing evidence base, and through expert consensus processes.

The Next Big Thing in Child and Adolescent Psychiatry: Interventions to Prevent and Intervene Early in Psychiatric Illnesses.

The last two decades have marked tremendous progress in our ability to prevent and intervene early in psychiatric illnesses. The interventions described in this article range from established, empirically-supported treatments to creative interventions early in their development and deployment. Some of these interventions are low-technology programs delivered in social settings (such as schools), and some rely on sophisticated emerging technologies such as neuroimaging. This article reviews 4 preventative interventions: 1) The use of structural brain imaging to identify children at risk for familial depression who are most likely to benefit from preventative cognitive behavioral therapy 2) The Good Behavior Game, a school based program that, when implemented in 1st grade classrooms, cut the incidence of substance use disorders in students in half when those students were 19 years old, 3) The SPARX video game, which has the potential to be an accessible, appealing, and cost-effective treatment for the thousands of teens affected by mild to moderate depressive disorders, and 4) Intensive psychosocial treatments which can reduce the progression of from the ultra high risk state to the first episode psychosis by 50% over 12 months. All of these interventions have tremendous potential to reduce the suffering and disability caused by psychiatric illness to both children and adults.