Exploring predictors of COVID-19 vaccine acceptance among students, faculty, and staff at a Southeastern University in the United States.

OBJECTIVE: Explore predictors of early COVID-19 vaccine adoption on a university campus. PARTICIPANTS: Students, faculty, staff, and administration (N = 1,234) completed an online survey exploring COVID-19 vaccine-related experiences, perspectives, and knowledge, from September to October 2021. METHODS: Based on vaccination status participants were identified as vaccine hesitant or early vaccine adopters. Binary logistic regression was used to examine association between independent variables and vaccine adoption status. RESULTS: Democrats (OR = 4.3, p = <.001), participants without a positive COVID-19 test (OR = 2.5, p = <.001), noted seeing/hearing COVID-19 misinformation (OR = 1.8, p = 0.27), and reported trust in public health agencies (OR = 26.2, p = <.001) were more likely to be early COVID-19 vaccine adopters, compared to Republicans, those with a positive COVID-19 test, those who had not seen/heard COVID-19 misinformation, and those reporting distrust in public health agencies, respectively. CONCLUSION: Findings indicate that COVID-19 vaccine adoption is multifactorial. Future research should focus on vaccination status-related trust and health communication.

Emergence of ferrimagnetism in Li-intercalated NiPS3.

Intercalation has become a powerful approach to tune the intrinsic properties and introduce novel phenomena in layered materials. Intercalating van der Waals (vdW) magnetic materials is a promising route to engineer the low-dimensional magnetism. Recently, metal thiophosphates,MPX3, has been widely studied because their magnetic orders are highly tunable and persist down to the two-dimensional limit. In this work, we used electrochemical technique to intercalate Li into NiPS3single crystals and found the emergence of ferrimagnetism at low temperature in Li-intercalated NiPS3. Such tuning of magnetic properties highlights the effectiveness of intercalation, providing a novel strategy to manipulate the magnetism in vdW magnets.

Vibration for Pain Reduction in a Plastic Surgery Clinic.

Patients can experience significant pain during routine procedures in the plastic surgery clinic. Methods for clinical pain reduction are often impractical, time-consuming, or ineffective. Vibration is a safe, inexpensive, and highly applicable modality for pain reduction that can be readily utilized for a wide variety of procedures. This study evaluated the use of vibration as a viable pain-reduction strategy in the clinical plastic surgery setting. Patients requiring at least 2 consecutive procedures that are considered painful were enrolled in the study. These included injections, staple removal, and suture removal. In the same patient, one half of the procedures were performed without vibration and the other half with vibration. After completing the procedures, the patients rated their pain with vibration and without vibration. The patient and the researcher also described the experience with a short questionnaire. Twenty-eight patients were enrolled in the study. Patients reported significantly less pain on the Numeric Rating Scale pain scale when vibration was used compared with the control group (p < .001). The average pain score was 3.46 without vibration and 1.93 with vibration, and vibration with injections resulted in the greatest improvement. Eighty-six percent of the patients claimed that vibration significantly reduced their pain. Vibration is an effective method of pain reduction. It significantly reduces the pain experienced by patients during minor office procedures. Given its practicality and ease of use, it is a welcome tool in the plastic surgery clinic.