Publications by authors named "T Masini"

Background: TB preventive treatment (TPT) is the primary available healthcare intervention to reduce the risk of progression from TB infection to TB disease. The WHO Regional Office for Europe established the European Prevention and Systematic Screening Initiative to End TB (PASS) to scale up activities related to the programmatic management of TPT. In the absence of a system to measure and monitor preventive activities, a baseline assessment survey was carried out to provide a reference to monitor the scale-up of the intervention.

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The provision of tuberculosis preventive treatment is one of the critical interventions to reduce tuberculosis incidence and ultimately eliminate the disease, yet we still miss appropriate tools for an impactful intervention and treatment coverage remains low. We used recent data, epidemiological estimates, and research findings to analyze the challenges of each step of the cascade of tuberculosis prevention that currently delay the strategy implementation. We addressed research gaps and implementation bottlenecks that withhold key actions in tuberculosis case finding, testing for tuberculosis infection, provision of preventive treatment with safer, shorter regimens and supporting people to complete their treatment.

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Article Synopsis
  • - Children and neonates are particularly vulnerable to antimicrobial resistance, making the development of suitable antibacterial agents for their use critical due to the existing barriers in research and development.
  • - In late 2022, WHO launched the first Paediatric Drug Optimisation (PADO) exercise focused on antibiotics, which aimed to identify and prioritize antibiotics for research and development that can address serious bacterial infections in children, especially in high-burden regions.
  • - The Review discusses the processes and outcomes of the PADO exercise, outlines follow-up actions for implementation, and emphasizes the importance of collaboration in improving access to essential medicines for children globally.
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In this study, we identified three novel compound classes with potent activity against , the most dangerous human malarial parasite. Resistance of this pathogen to known drugs is increasing, and compounds with different modes of action are urgently needed. One promising drug target is the enzyme 1-deoxy-d-xylulose-5-phosphate synthase (DXPS) of the methylerythritol 4-phosphate (MEP) pathway for which we have previously identified three active compound classes against .

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