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Interdisciplinary collaboration fuels research innovation and funders are increasingly offering long-term grants prioritising partnerships. However, a gap remains regarding the effective development, evaluatation, and sustainment of research partnerships; particularly those supporting marginalised populations like sexual and gender minority youth (SGMY). There is a concomitant need to expand research internationally to cross-culturally conceptualise SGMY's experiences, which information and communication technologies (ICTs) may facilitate. The International Partnership for Queer Youth Resilience (INQYR) is a research consortium comprising over 40 academic and community representatives investigating and addressing issues faced by SGMY in Canada, the United Kingdom (UK), United States of America (USA), and Mexico from an interdisciplinary perspective by: (a) conducting and disseminating interventions and exploratory research on SGMY's ICT use, and (b) training cohorts of SGMY scholars and practitioners. This article details INQYR's rationale and formation, including its objectives and organisational framework. Facilitators and barriers are discussed through reflection on INQYR's first operational phase from 2018–2021, considering collaboration with diverse stakeholders and settings; shared goals; language and technology barriers; personal and workload barriers; infrastructure; and power and historical tensions. Implications for other research partnerships and concrete tools such as author guidelines for large-scale research partnership formation, operation, and evaluation are discussed. [ABSTRACT FROM AUTHOR]

Background: On 31 January 2020, the United Kingdom (UK) formally left the European Union (EU). Only a short transition period, until 31 December 2020, is available to negotiate collaborations for research in biomedical sciences and health care. Within the European scientific community, two opinions are common: 1) Brexit is an opportunity to obtain more funding at the expense of the departing British; and 2) UK colleagues should continue to collaborate in EU scientific efforts, including Horizon Europe and Erasmus+. To provide evidence for more informed negotiations, we sought to determine the contribution of the UK to EU's research in biomedical sciences. Methods: We performed a macro level scientometric analysis to estimate the contribution of the UK and EU member states, including those associated with EU-funding (EU+) namely Albania, Armenia, Bosnia-Herzegovina, Faroe Islands, Georgia, Iceland, Israel, Macedonia, Moldova, Montenegro, Norway, Serbia, Switzerland, Tunisia, Turkey, and Ukraine, to preclinical, clinical and health sciences. We searched the Web of Science database to count the total number of scientific publications and the top 1% most cited publications in the world between 2008 and 2017, calculated the performance efficiency by dividing the top 1% by the total number, and calculated the odds ratios to create a ranking of performance efficiency. We then compared the contribution of the UK to all the EU+ -based publications and the top 1% to the contributions of the ten EU member states with the largest biomedical research output and also compared the respective contributions to EU+ publications that resulted from collaborations with other regions in the world. Results: We found 2,991,016 biomedical publications from EU+ during 2008-2017, of which 19,019 (0.64%) were in the world's top 1% of the most cited publications. The UK produced 665,467 (22.3%) of these publications and had over two and a half times more top 1% most cited publications than the EU+ (odds ratio 2.79, 95% CI 2.71-2.88, p< 0.001). The UK's share in the EU+ co-publications with regions outside Europe ranged between 23.0% for the Arab League and 50.6% for Australia and New Zealand and its share of the top 1% ranged between 48.6% for the USA and Canada and 70.7% for the African Union. Conclusions: The UK contributed far more highly cited publications than the rest of the EU+ states and strongly contributed to European collaborations with the rest of the world during 2008-2017. This suggests that if the UK ceases to participate in EU scientific collaborations as a result of Brexit, the quantity and quality of EU's research in biomedical sciences will be adversely affected. [ABSTRACT FROM AUTHOR]

The article reports that the Canadian Critical Care Trials Group has become a multidisciplinary organization which fosters research on the optimal approaches to the management of the diseases of the critically ill. It has developed an effective culture of scientific mentoring which served as a model for investigator-led critical care research groups around the world.