Patient-dental student provider communication in an academic dental clinic setting: A dyadic data analysis.

PURPOSE: Patient-dentist communication is an inherently dyadic social process; however, it is rarely regarded as such in research and pedagogy. This study utilizes a dyadic data analysis approach to study patient-dental student provider communication in an academic dental clinic. PROCEDURES: Using pairwise data collected from patient-dental student provider dyads, we conducted unadjusted and adjusted actor-partner interdependence models to examine the association of intrapersonal (actor) and interpersonal (partner) effects of three communication skills on the assessment of appointment interaction among patient-dental student provider dyads in a pre-doctoral comprehensive care academic dental clinic setting. MAIN FINDINGS: Actor effects were most evident among the associations in the study. Dental student providers' assessment of their own shared decision-making predicted positive changes in their overall interaction assessment in both unadjusted and fully adjusted models. Patients' ratings of their dental student provider's capability/confidence predicted positive changes in their overall interaction assessment in both unadjusted and adjusted models. CONCLUSIONS: This study suggests that dental students and their patients are primarily impacted by actor perspectives regarding dental student communication and its impact on the assessment of their respective overall appointment interaction. Findings suggest a need for the incorporation of interpersonal skill building in collaboration with patients to strengthen the communication skills and practice of dental students.

Raman and Fluorescence Profiles Modifications of Muscular and Adipose Tissues Exposed to Low Energy X-ray Beams.

This work aims to investigate changes induced by low-energy radiation in adipose and muscular tissues employing autofluorescence and Raman spectroscopic techniques. X-ray beams expositions with 25 and 35 kV at 0.11, 1.1, and 2.1 Gy radiation dose levels were applied. Changes in Raman line intensities at specific bands assigned to collagen, proteins, and lipids were observed. Autofluorescent analysis exhibit variations in the collagen and nicotinamide adenine dinucleotide emission (NADH), resulting from the structural modifications, variations on the reduced/oxidized fluorophores equilibrium followed by radiation exposure. Results show that Raman and fluorescence spectroscopy are suitable techniques to evaluate radiation effects on biomolecules even at low radiation doses and energies.

A Conceptual Framework Exploring Social Media, Eating Disorders, and Body Dissatisfaction Among Latina Adolescents.

The purpose of this review is to propose a conceptual framework using objectification theory and intersectionality theory to examine social media's influence on body image and its effect on eating disorder predictors among Latina adolescents. To examine and explore how these effects from social media usage can result in mental health disparities that affect this group, emphasis was placed on how Latina ethnic identity mediates body image. Implications for clinicians and researchers include using strengths-based and culturally specific approaches as protective factors for Latina adolescents to strengthen ethnic identity.