A 10-year longitudinal study of dental students' emotional intelligence and the impact of COVID-19.

PURPOSE/OBJECTIVES: Emotional intelligence (EI) supports the clinical and social competencies of a practicing dentist. Reuven Bar-On's EI model is an array of inter-related emotional and social competencies, skills, and behaviors, which consist of five key domains: Self-Perception, Self-Expression, Interpersonal, Decision Making, and Stress Management, and associated with the domains are 15 emotional quotient (EQ) subskills. This study measured the impact of COVID-19 on dental students' EI by comparing measures pre-COVID-19 and during COVID-19 matriculation. METHODS: This retrospective longitudinal study measured EI with the EQ-i 2.0 for higher education. Dental students completed an EQ-i 2.0 assessment (Attempt) at the beginning of matriculation, at the mid-point, and prior to graduation. Ten groups were included, of which the first three completed matriculation prior to the pandemic and the remaining seven matriculated during timeframes intersecting at different times during the pandemic. A paired t-test dependent sample of means (p ≤ 0.05) compared EQ scores for each attempt for all groups. The study compared means for three EQ attempts with the t-test independent sample of means (p ≤ 0.05) for cohorts matriculating pre-COVID-19 and during COVID-19. RESULTS: The pre-COVID-19 groups showed significant increases in EQ with each subsequent attempt. COVID-19-impacted groups demonstrated significant increase in Stress Tolerance and significant decreases, most notably in the domains of Interpersonal and Self-Perception, and subscales of Optimism and Happiness. CONCLUSION(S): COVID-19-related stressors impacted dental students' EI as multiple EI areas declined significantly. Dental educators should minimize organizational stressors and support EI during years 2 and 3 of matriculation.

Advancing women, parity, and gender equity.

For centuries, society has called out for transformations to lift all of its members. While it may seem ordinary in our time for women to be dentists or dental educators, the path was neither always easy, nor has true equity been achieved. The modern transformation of dental education and dentistry creates the need for leaders to propose and develop concrete initiatives to advance the profession and benefit society. Areas to address that could lead to increased equity for women include career advancement, leadership opportunities, compensation, career satisfaction, research, and scholarly activity. Our analysis demonstrates that even though the number of full-time female faculty has increased during recent years, most positions (59.5%) at dental schools in the US are held by men (2018-2019). Males were also compensated at higher rates than their female counterparts, and female deans made 7% less in total compensation. Because disparities are evident in pay and academic pathways, new directions and strategies must be employed to ensure parity and gender equity. Facilitating the progress of women in organized dentistry requires efforts of dental academic institutions to invest resources and provide nurturing environments that promote professional performances and leadership skills for women, with these being priorities-considering the current trends that anticipate increased numbers of women in dental academia. All dentists bring their own experiences to the profession, making for rich depth and diversity. As a collective voice, we have a bright future. We can and will move forward together.

The Future of Interprofessional Education and Practice for Dentists and Dental Education.

In the ever-changing landscape of education, health professions programs must be adaptable and forward-thinking. Programs need to understand the services students should be educated to provide over the next 25 years. The movement to increase collaboration among health professionals to improve health care outcomes is a significant priority for all health professions. Complex medical issues frequently seen in patients can best be addressed with interprofessional health care teams. Training future health care providers to work in such teams facilitates collaborative care and can result in improved outcomes for patients. What skills will dental students need in 2040 to practice as part of these interprofessional teams? Important skills needed for success are collaboration, communication, professionalism, and the ability to manage medically complex patients. These abilities are in alignment with the four Interprofessional Education Collaborative (IPEC) core competency domains and will continue to be key skills necessary in the future. Transitioning to a one university approach for preclinical and clinical training along with development of an all-inclusive electronic health record will drive this model forward. Faculty training and continuing education for clinicians, residents, and allied health providers will be necessary for comprehensive adoption of a team-based collaborative care system. With the health care delivery system moving towards more patient-centered, team-based care, interprofessional education helps future clinicians develop into confident team members who will lead health care into the future and produce better patient outcomes. This article was written as part of the project "Advancing Dental Education in the 21st Century."

Drugs from slugs. Part II--conopeptide bioengineering.

The biological transformation of toxins as research probes, or as pharmaceutical drug leads, is an onerous and drawn out process. Issues regarding changes to pharmacological specificity, desired potency, and bioavailability are compounded naturally by their inherent toxicity. These often scuttle their progress as they move up the narrowing drug development pipeline. Yet one class of peptide toxins, from the genus Conus, has in many ways spearheaded the expansion of new peptide bioengineering techniques to aid peptide toxin pharmaceutical development. What has now emerged is the sequential bioengineering of new research probes and drug leads that owe their lineage to these highly potent and isoform specific peptides. Here we discuss the progressive bioengineering steps that many conopeptides have transitioned through, and specifically illustrate some of the biochemical approaches that have been established to maximize their biological research potential and pharmaceutical worth.