Behavioral strategies for reducing disease transmission in the workplace

The coronavirus pandemic highlighted that workplaces may serve as a hub of disease transmission if proper precautions are not enacted. The Centers for Disease Control recommends several strategies for decreasing the spread of illnesses in the workplace, including a) promoting proper hand hygiene, b) cleaning and sanitizing the work area, c) encouraging sick employees to stay home, d) personal protective equipment, and, e) social distancing. Research suggests that instructions are often not sufficient to change work behaviors, and behavioral interventions may be needed. Thus, the present paper reviews existing research that informs the implementation of behavioral strategies to reduce the spread of disease in the workplace, and makes recommendations for organizations to protect employees, clients, and customers. Intervention components such as training, prompts, the reduction of response effort, clear workplace policies, feedback, and consequences are discussed, and practical recommendations and suggestions for future research are provided.     

What Does Successful Aging Sound Like? Profiling Communication About Aging

We draw on the recently developed communicative ecology model of successful aging (CEMSA) to examine how adults communicate about aging and how these communication patterns relate to experiences of successful aging. Using latent class analysis across 2 datasets collected in New Zealand and the United States, we identify 3 distinct classes of agers (disengaged, engaged, and bantering) defined by different profiles of communication behavior. Across samples, an engaged profile was generally associated with the most positive experiences of aging, whereas a disengaged profile was associated with the least positive experiences, although these differences were surprisingly small. Our results highlight the diverse ways in which individuals communicatively engage with the process of aging and experience aging as positive and successful.     

Problems of symptomatology and epidemiology of early-summer meningoencephalitis (tick borne encephalitis)

Three forms related to different age groups are discussed. Special attention is devoted to laboratory analyses in support of clinical diagnosis. A representative sample of sera from the healthy population of Thuringia showed 6.97 per cent positive sera. The difference between the exposed agricultural and forestry workers and industrial workers is significant. Moreover, there is a relationship between the extent of wooded country and the presence of microfoci.