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Article

Funmilola M. OlaOlorun and Wen Shen

Menopause is the natural senescence of ovarian hormonal production, and it eventually occurs in every woman. The age at which menopause occurs varies between cultures and ethnicities. Menopause can also be the result of medical or surgical interventions, in which case it can occur at a much younger age. Primary symptoms, as well as attitudes toward menopause, also vary between cultures. Presently, the gold standard for treatment of menopause symptoms is hormone therapy; however, many other options have also been shown to be efficacious, and active research is ongoing to develop better and safer treatments. In a high-resource setting, the sequelae/physiologic changes associated with menopause can impact a woman’s physical and mental health for the rest of her life. In addition to “hot flashes,” other less well-known conditions include heart disease, osteoporosis, metabolic syndrome, depression, and cognitive decline. In the United States, cardiac disease is the leading cause of mortality in women over the age of 65. The growing understanding of the physiology of menopause is beginning to inform strategies either to prevent or to attenuate these common health conditions. As the baby boomers age, the distribution of age cohorts will increase the burden of disease toward post-reproductive women. In addition to providing appropriate medical care, public health efforts must focus on this population due to the financial impact of this age cohort of women.

Article

Ashley van Niekerk

A burn occurs when cells in the skin or other tissues are destroyed by hot liquids (scalds), hot solids (contact burns), or flames (flame burns). Injuries to the skin or other organic tissue due to radiation, radioactivity, electricity, friction or contact with chemicals are also identified as burns. Globally, burns have been in decline, but are still a major cause of injury, disability, death and disruption in some regions, with about 120,000 deaths and 9 million injuries estimated in 2017. Low-to-middle-income countries carry the bulk of this burden with the majority of all burn injuries occurring in the African and Southeast Asia regions. Thermal injuries are physically painful and may leave disabling scars not only to the skin or the body, but also impair psychological wellbeing. Severe injuries often impose significant psychological, but also educational consequences and social stigmatization, with the consequent adjustments exacerbated by a range of factors, including the circumstances of the burn incident, the severity and site of the injury, the qualities of the affected individual’s personality, and the access to supportive interpersonal and social relationships. The contributions of: economic progress, enhanced environmental and home structures, energy technology, and safety education interventions have been reported as significant for burn prevention. Similarly, legislative and policy frameworks that support access to modern energies such as electricity, govern domestic appliances and heating technology, and control storage and decanting of fossil fuels are important in energy impoverished settings. The recovery of burn survivors is affected by the availability of specialized treatment, physical rehabilitation and psychosocial support to burn victims and families, but which is still limited especially in resource constrained settings.

Article

Maya Chandrasekaran, Joseph Cook, and Marc Jeuland

Improved access to safe and reliable water, sanitation, and hygiene (WASH) services in the developing world has many positive health and economic impacts. Two of the key channels through which such impacts manifest are (a) the reduced time burden for the household members, usually women, who are responsible for water collection and transportation, and (b) time saved from not having to defecate in the open, far away from living areas. WASH interventions can produce time savings for low-income households via several specific pathways—for example, through access to closer, more convenient, better quality water and sanitation sources; reduced cost of water delivery to the home; direct conveyance of water via reliable piped supply; or improvements that reduce the time costs of coping with unreliable supply. In existing studies, time savings arising from WASH interventions have primarily been elicited using one of three methods. The first is the time diary approach, which aims to reconstruct an individual’s time use on a recent or typical day. A second approach is direct questioning, where the time spent on a specific activity in a recent (or typical) time period—in this case water collection and WASH management—is recorded. Finally, researchers have begun to use the Global Positioning System and smartphones to track information related to individuals’ movements throughout the day and to determine how those locations map to community water and sanitation facilities. The time savings estimated in published works vary greatly, which may be due to differences in intervention evaluation methods, time elicitation strategies, geographical context, households’ baseline water situation, and the type of improved technology considered. Then, the value of time saved by individuals from use of improved WASH services depends on the opportunity cost of time—that is, the value of the next best use of that time. From a development perspective, alternative time uses for education or income generation may be of particular interest, but other time use (e.g., for leisure, other domestic work, or rest) may also contribute to enhanced household and individual welfare. Unfortunately, in contrast to a fairly robust time valuation literature, especially regarding transportation choices, there is relatively sparse literature on the reallocation of time savings, and its value, from WASH interventions. Many economic analyses therefore fall back on “rule-of-thumb” methods that assume that time savings are worth some fraction, typically approximately 50%, of the prevailing market wage rate. Two methods for time valuation could be used more extensively for valuing WASH-related time savings and burdens in middle- and low-income countries: (a) revealed preference methods based on choices made by individuals between time and other burdens and (b) structured stated preference trade-offs that yield time values based on respondents choices in hypothetical games. Given the shortcomings of the literature, researchers working in this domain should devote greater attention to reporting the nature of the pre-intervention WASH situation in their study setting, describing and validating time use elicitation methods, including, when possible, with objective measures, and more thoroughly considering how time savings are reallocated or contribute to household well-being and reduced poverty. Finally, when conducting cost–benefit analysis of WASH interventions, analysts should use their judgment and knowledge about the specifics of a particular water project when specifying time savings; however, 60% of baseline time spent appears to be a reasonable base case estimate for water supply improvements. For sanitation improvements, the evidence base is thin, but per person time savings of 5–10 minutes per day appears reasonable as a starting point. In each case, sensitivity analysis is recommended around these base case values. Specifically, the value of that time is unlikely to be worth 100% of the household after-tax wage in the policy site, so the analyst should test whether the outcome of a project appraisal would change if time is valued between 25% and 75% of the average after-tax wage rate or, absent that data, the local unskilled wage rate. If the project recommendation changes within this range, the analyst should consider investing in primary research in the policy site, most likely using a stated preference approach. Primary research may also be warranted if distributional consequences of the project (e.g., on women or on the poor) are a central focus of the intervention.