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Adopting digital technology could facilitate the public health response to the COVID-19 pandemic. Some analysts argue that countries that adopted digital technology in their health sector have managed to control the virus better (Whitelaw et al., 2020). For instance, countries with more comprehensive contact tracing have significantly lower fatality rates (Yalaman et al., 2021). Moreover, World Health Organization (WHO) believes this technology is a crucial enabler for countries to meet the current challenge (WHO. Regional Office for the Western Pacific & University of Melbourne, 2021). In this regard, this study aims to quantitatively find the relationship between the technological advancement of countries and COVID-19 health outcomes, using seven technological indices that measure technological advancement.

The authors used the multiple linear regression method to answer the research questions. The first analysis focuses on a cross section of all countries worldwide, and the second focuses on European countries for which weekly death statistics exist after the pandemic.

The findings support those countries with more technological abilities managed to control the virus’s mortality better, as evidenced by the negative link between the mortality rate of COVID-19 and the technological factors at the national level. Results also reveal that technology adoption decreases the death risk due to COVID-19 in countries with more elderly people. The authors may argue that technological advancement positively correlates with the number of deaths and diagnosed cases because the authors can better collect data or because the virus spreads due to higher economic and business activities. However, such technological advancement significantly decreases the death risk (lower mortality rate in the first analysis and lower mortality rate for elderly people in the second analysis).

Three important conclusions could be made from the results: a lower mortality rate is generally expected for countries adopting advanced technology; technological advancement significantly decreases the death risk for elderly people; and a higher technology adoption level does not necessarily result in fewer diagnosed cases of/death due to COVID-19.

Although some studies have focused on e-health applications in the public health response to the COVID-19 pandemic, no studies, to the best of the authors’ knowledge, have tried to quantify its efficacy, most especially on the global level.

Experiencing stigma after abortion may decelerate the accumulation of human capital. Despite the importance of studying the relationship between religiosity and abortion stigma, the topic is understudied, especially in Islamic contexts. Abortion was legalized in Iran in 2005. Under the new law, far more cases are allowed for abortion. This change provided an opportunity to explore the interplay of abortion stigma, legalization and religiosity in Iran.

Using regression analysis based on 291 completed questionnaires from two cities in Iran, this study analyzes the relation between abortion stigma level and religiosity in Iran, controlling for contextual and individual variables. The time trend is also identified. The authors use different manifestations of abortion stigma as dependent variables.

The authors found that abortion stigma and its two manifestations decreased after the new law, suggesting that its legalization might have caused abortion stigma to decrease gradually. Another finding of this study is that the correlations between abortion stigma (internalized stigma) and individual religiosity level are meaningful and positive; religious people feel higher levels of abortion stigma.

The study supports the idea that effective health regulations (in the specific case of abortion) would result in less cost/risk of social issues like stigma. Policymakers in religious societies must pay more attention to the specific case of abortion stigma since it is very important for the mental health of women who think of abortion and/or select it.

This study aims to compare the level of organizational capabilities of the exporter and non-exporter Iranian knowledge-based firms in the sector of chemical technology.

By combining 18 different indicators, a framework is designed to demonstrate organizational capabilities. The technological, manufacturing, R&D, marketing, organizing and financial capabilities of 732 Iranian knowledge-based firms in the sector of chemical technology (90 exporters and 642 non-exporter firms) are identified between 2015 and 2020. The analysis is based on the Chi-square test and logistic and probit regression.

The results indicate that technological capability, unlike the other five capabilities, is higher in non-exporter firms, and the level of marketing capability is greater in exporter firms, with the highest difference between the two groups.

The research suggests that knowledge-based firms should be evaluated based on export history; there should be some specialized export facilitating packages for both exporter and non-exporter firms; and some baskets from products with related and specialized fields of application should be formed to facilitate international marketing. The results can be a basis for managers and policymakers to improve the firm’s capabilities and competitiveness at the international level.