Health Promotion Awareness in Barbershops and Salons: An International Cross-Sectional Survey in Japan and Thailand.

Aging societies are a worldwide concern, as people are living longer than ever before. The success of the "barbershop project" in improving community health in the USA suggests that the aging issue can be tackled using this method even in Asia. Nevertheless, the health promotion awareness of barbers/stylists has barely been reported in Asia. This study aimed to identify the health promotion awareness of barbers and stylists in Japan and Thailand. An international cross-sectional survey was conducted between March and December 2017. Questionnaire contents included the "current status of existing health-promotion-related services," "awareness of contribution to maintaining people's health," and "awareness of collaboration with health care professionals." Participants were 99 Japanese and 101 Thai shop owners. In Japan, more health-promotion-related services were already provided through shops, and health care awareness was higher than in Thailand. In both countries, some shops were willing to collaborate with health care professionals. In Japan, "barbers/stylists have consultation opportunities with health care professionals," "health-related leaflets are provided," "development of therapy/care," and "barbershops/salons become a bridge between communities and hospitals" were mentioned as ideas for collaboration. In conclusion, barbers/stylists are highly interested in health due to the direct connection between beauty and health. Collaboration between barbershops/salons and health care professionals is possible, especially in Japan due to its super-aging society. Further development of the barbershop/salon project is needed.

Impact of using a broad-based multi-institutional approach to build capacity for non-communicable disease research in Thailand.

Thailand's transition to high middle-income country status has been accompanied by demographic changes and associated shifts in the nation's public health challenges. These changes have necessitated a significant shift in public health focus from the treatment of infectious diseases to the more expensive and protracted management of non-communicable diseases (NCDs) in older adults.In 2010, in response to this shift in focus, the University of Michigan and colleagues at the Praboromarajchanok Institute for Health Workforce Development in Thailand began work on a broad-based multi-institutional programme for NCD research capacity-building in Thailand.To begin to build a base of intervention research we paired our programme's funded Thai postdoctoral fellows with United States mentors who have strong programmes of intervention research. One direct impact of the programme was the development of research 'hubs' focused upon similar areas of investigative focus such as self-management of cancer symptoms, self-management of HIV/AIDS and health technology information applications for use in community settings. Within these hubs, interventions with proven efficacy in the United States were used as a foundation for culturally relevant interventions in Thailand. The programme also aimed to develop the research support structures necessary within departments and colleges for grant writing and management, dissemination of new knowledge, and ethical conduct of human subject research.In an effort to capitalise on large national health datasets and big data now available in Thailand, several of the programme's postdoctoral fellows began projects that use data science methods to mine this asset. The investigators involved in these ground-breaking projects form the core of a network of research hubs that will be able to capitalise on the availability of lifespan health data from across Thailand and provide a robust working foundation for expansion of research using data science approaches.Going forward, it is vitally important to leverage this groundwork in order to continue fostering rapid growth in NCD research and training as well as to capitalise upon these early gains to create a sustaining influence for Thailand to lead in NCD research, improve the health of its citizens, and provide ongoing leadership in Southeast Asia.

Thailand's Challenges of Achieving Health Equity in the Era of Non-Communicable Disease.

Thailand is an exemplar of the challenges faced in addressing the increasing dual demands of aging populations and increasing incidence of non-communicable disease (NCDs). By understanding the dilemmas and solutions posed by Thailand, we propose a framework of key factors to be addressed in order to accelerate capacity in addressing the NCDs challenges in aging populations. Methods proposed by world health organizations to improve population health could impact NCDs if Quality Adjusted Life Years (QALYs) are increased as well as life expectancy through these measures. Four recommendations for achieving these objectives are discussed: expand investments in health care infrastructure for NCDs prevention and early detection; expand public health policies to full population health goals; expand to universal coverage for health care access; engage multi-sectoral constituencies in policy and strategic implementation programs for health. With the emergence of an aging population and the inevitable rise in NCDs, the Thai government is engaging each element of our recommendations and grappling with the policy trade-offs in the context of broader economic and other strategic goals. The experience of Thailand in achieving its goal of population health is a case study of focus, perseverance, and consistent policy strategies.

Seasonal effects on the sleep-wake cycle, the rest-activity rhythm and quality of life for Japanese and Thai older people.

BACKGROUND: The sleep-wake cycle and the rest-activity rhythm are known to change with aging, and such changes have been implicated in higher levels of depression as well as an increased incidence of dementia. However, information supporting seasonal changes in the sleep-wake cycle, the rest-activity rhythm and quality of life in older community-dwelling people remains insufficient. The aim of the present study was to prospectively investigate seasonal effects on the sleep-wake cycle, the rest-activity rhythm and quality of life among older people living in areas of Japan or Thailand with different climate classifications. METHOD: The survey was conducted from March 2016 to May 2017, and 109 participants were recruited from Japan and Thailand: 47 older people living in Akita prefecture, Japan, and 62 older people living in Chiang Mai or Nakhon Ratchasima, Thailand. According to the Köppen-Geiger classification of Asian climates comprising tropical, desert, steppe, temperate and subarctic climates, Akita prefecture, which is located in northern Japan, is classified as a humid subarctic climate, while the Thai study areas are classified as tropical savanna. To monitor parameters of the sleep-wake cycle during nighttime (e.g. total sleep time, sleep latency, sleep efficiency, awaking time and frequency of sleep interruptions) and to calculate parameters of the rest-activity rhythm over the 24 h profile (e.g., interdaily stability, intradaily variability, relative amplitude, mean of least active 5 h period and mean of most active 10 h period), all the participants from both countries wore an Actiwatch 2 device on their nondominant wrist continuously for 7 days during each local season. The World Health Organization Quality of Life Questionnaire-BREF (WHOQOL-BREF) was also assessed during each local season. RESULTS: The final sample size was 37 older people living in Akita prefecture, Japan, and 44 older people living in Thailand; these subjects completed the data collections during each local season. The dropout rates were 21% in Japan and 29% in Thailand. The results for the Japanese subjects showed a significantly shorter sleep time with higher levels of activity during the nighttime on summer (p < 0.001) and a fragmented rest-activity rhythm over the 24 h profile on winter (p < 0.001). The older Thai participants exhibited a poor state of night sleeping year-round, and a significant relationship was observed between seasonal variations in motor activity and the social domain of WHOQOL-BREF for each Thai season (|r| = 0.4, p < 0.01). CONCLUSION: These findings provide new and important information regarding seasonal effects on the sleep-wake cycle, the rest-activity rhythm and quality of life in older community-dwelling people living in two different Asian climates. Consequently, clinical preventions targeting such seasonal variations might be useful for improving the quality of life of older Japanese and Thai individuals.