View clinical trials related to Antimicrobial Resistance.
Filter by:Several randomized controlled trials have demonstrated that azithromycin mass drug administration (MDA) reduces child mortality, but increases antimicrobial resistance (AMR). The World Health Organization (WHO) guidelines for this intervention specify that implementation must be accompanied by continued monitoring of mortality and AMR. Niger is expanding the azithromycin MDA program nationwide. To establish monitoring of mortality and AMR as part of this program as well as to leverage the infrastructure to evaluate other child health interventions, AVENIR II is designed as an adaptive platform trial with monitoring and re-randomization every 2 years.
This study aims to investigate the public's views on antibiotics and the impact of different ways to name the potential consequences of antibiotics not working in the future. It is known that current ways to name this don't resonate well with the public, and the study team have worked with members of the public through focus groups and community workshops to develop new ways of describing this in a process of co-design. This study aims to test four different ways of presenting this potential crisis to the public, some of which are new communication strategies designed by the public themselves, to evaluate which are the most memorable and investigate the impact on behaviour change. Adults aged over 18, living in the United Kingdom, who have already signed up to a market panel research company will be eligible to participate in this study. Participants will be invited to complete a short online survey (this should take around five minutes), advertised to them by the market research panel they have already signed up to. This survey is completely anonymous, and contains some multiple-choice questions, and some that require a short free text response. At the start of the survey one of the four ways to name AMR will be presented to participants in the form of a poster. This study aims to result in an improved understanding regarding the general public's understanding of antibiotic use and investigate the impact of communication on behaviour change. The data from this study may be used to inform future public health campaigns on this topic and improve the use of antibiotics. This study will be conducted online using the Predictiv platform, an online platform built by the Behavioural Insights Team. The study is being run in collaboration between the Behavioural Insights Team and the Institute of Global Health Innovation at Imperial College London. Is it anticipated that the survey will open in April 2024 and be open until recruitment of 4000 participants is complete. This is expected to take 4-6 weeks.
The main objective of the study is to describe the antimicrobial resistance profile of E. coli isolated in patients from the community - defined as those with cultures collected within 48 hours of hospital admission - and admitted to the intensive care unit.
Colistin (polymyxin E) is considered a last resort antimicrobial for treatment of infections with multidrug- resistant bacteria, classified by WHO as 'highest prioritized, critically important for human medicine'. WHO suggests to ban or highly restrict its use in animals. In Indonesia, colistin resistance in human Escherichia coli isolates is poorly characterized as it requires specific non-routine tests. Presence of colistin resistance in E. coli in poultry resulted in a ban for livestock in Indonesia in 2020. However, colistin is still suspected to be routinely used in humans in multiple settings but the reasons for these practices are poorly understood. The ban on colistin use in livestock offers a unique opportunity to assess the impact of this intervention on colistin resistance in humans and animals, and how a One Health perspective can strengthen this intervention. This project aims to: i) determine phenotypic and genotypic colistin resistance in E. coli from humans and poultry in Indonesia; ii) assess the impact of the colistin ban on resistance in E. coli in animals and humans; iii) estimate the transmission of colistin resistance between animals and humans; iv) study colistin use and perceptions at the community level; and v) expand the initial colistin ban in the animal production sector into an integrative multi-sectorial One Health intervention, which will be designed and implemented using a community participatory approach. This project will provide a strong scientific basis to AMR policies in Indonesia, with great significance across Southeast Asia.
Neonatal sepsis remains one of the most important cause of mortality and morbidities in China. This study will establish a prospective registral cohort of all infants with culture-proven neonatal sepsis in Chinese NICUs participating in the Chinese Neonatal Network (CHNN). The microbiology, antimicrobial resistance patterns and neonatal outcomes will be described in detail for this cohort.