An inverse care law persists in almost all low-income and middle-income countries, whereby socially disadvantaged people receive less, and lower-quality, health care despite having greater need. By contrast, a disproportionate care law persists in high-income countries, whereby socially disadvantaged people receive more health care, but of worse quality and insufficient quantity to meet their additional needs. Both laws are caused not only by financial barriers and fragmented health insurance systems but also by social inequalities in care seeking and co-investment as well as the costs and benefits of health care. Investing in more integrated universal health coverage and stronger primary care, delivered in proportion to need, can improve population health and reduce health inequality. However, trade-offs sometimes exist between health policy objectives. Health-care technologies, policies, and resourcing should be subjected to distributional analysis of their equity impacts, to ensure the health inequality reduction objective is kept in sight.

Background The prevalence of excess weight has been increasing globally in the last decades, affecting disproportionally adults from low socio-economic backgrounds and putting undue pressure on health systems and societal resources. In England, tackling unfair and unjust health inequalities is at the heart of national public health policy, and a prerequisite for enabling these decision makers to set policy priorities is an understanding of the prevalence and determinants of excess weight inequalities in their local population. Methods We conducted both pooled (England) and regional-level (nine regions: North-East, North-West, Yorkshire and Humber, East Midlands, West Midlands, East of England, London, South East and South West) analyses of individual level data from a nationally representative sample of adults (N = 6,387). We used the Corrected Concentration Index (CCI) to measure absolute inequalities in excess weight across three dimensions of socio-economic deprivation: neighbourhood-level deprivation, occupational status and educational qualification. We used a Shapley decomposition method to evaluate their relative contribution to inequality. Results At a national level, all three dimensions of socio-economic deprivation were found to be positively associated with excess weight across the adult population, as measured by the CCI, with educational qualification ranking first [CCI: -0.090, p < 0.01], closely followed by neighbourhood-level deprivation [CCI: -0.050, p < 0.01]. Large variation was found between regions and genders, with inequality being either considerably higher or exclusively patterned among women. The strongest independent factor contributing to excess weight inequalities was having a long-lasting limiting illness, especially among women and towards the right tail of the excess weight spectrum. Heterogeneous patterns of contribution across the excess weight spectrum were found, however age played a dominant role toward the left tail of the distribution. Conclusions While socio-economic inequalities in excess weight exist in the English adult population, our findings underscore the importance of considering multiple dimensions of deprivation and the unique needs of different populations when developing policies to address overweight and obesity. Targeted interventions for adults with overweight and obesity with long-lasting illnesses and women can generate both short-term and long-term economic benefits, by reducing healthcare costs and increasing workforce productivity.

Background Prior to the COVID-19 pandemic, conventional management of outpatient care in IBD predominantly revolved around face-to-face clinic appointments. In the changing landscape of care provision during the pandemic, appointments were conducted almost exclusively through telephone consultation. An electronic questionnaire was developed to assess patient satisfaction and patient costs. Methods A pilot was carried out with 15 patients to identify any technical issues with e-mail delivery of the questionnaire and gauge face validity of the questionnaire content. 1400 patients registered with the TrueColours-IBD remote digital monitoring system were sent the questionnaire link via e-mail in May 2021. No demographic data were collected by design, in order to avoid the perception of bias and ensure freedom of expression through anonymity. Results 506 responses were received including 21 duplicates which were excluded, totalling 485 valid responses. 408/485 patients reported having a telephone appointment with the IBD service since March 2020, 484/485 reported having had a face-to-face appointment in the past. 348/408 (86%) were either ‘very satisfied’ or ‘somewhat satisfied’ with their most recent telephone consultation, while 22 (6%) were either ‘very dissatisfied’ or ‘somewhat dissatisfied’. 247/408 (61%) were also either ‘very satisfied’ or ‘somewhat satisfied’ with the ease of accessing further care if required, compared to 33/408 (8%) who were either ‘very dissatisfied’ or ‘somewhat dissatisfied’. Given the choice, 195/408 (48%) patients preferred to receive a telephone appointment in the future; 147/408 (36%) would opt for face-to-face and 66/408 (16%) stated no preference, all with the option of changing that choice if needed. Telephone appointments were associated with a mean total patient time off-work or leisure of 23 minutes (S.D. 51, n=408) compared to 190 minutes (S.D. 96, n=484) for face-to-face appointments. The average cost of time off work or leisure associated with telephone appointments was £5.55 (S.D. = £15.74, n=408), compared to £43.42 (S.D. = £31.27, n=484) for face-to-face appointments (Table 1). Costs of transport add further to face-to-face appointment costs. Greater proportions of patients had a companion for their face-to-face appointment and required childcare compared to telephone consultations (Table 2), which again increases the difference in costs. Conclusion Almost half of surveyed patients stated a preference for telephone appointments, although a third still preferred traditional follow-up. An evolution of care pathways is supported by patient preference and the statistically significant time and cost savings to patients receiving telephone appointments.

This research measures the impact of APEC economies FDI on Peru's total exports. Solving this question will help us understand the effect that this FDI has on the Peruvian economy through its export capacity, as well as determine whether or not this FDI stimulates an export-oriented industrialization. Using data from Proinversion, Ministry of Foreign Trade and Tourism (MINCETUR), Central Reserve Bank, SUNAT, the World Bank and StatsAPEC we developed an ordinary least squares (OLS) model and observed that APEC economies FDI has a positive effect on exports. Specifically, an increase in 1 million soles of APEC FDI generates an increase of 44.37 million soles in exports. However, this positive effect has a decreasing marginal returrn as the investment stock rises.