Active clinical trials for "Tuberculosis"

The goal of this single-center, open-labelled, clinical trial in two groups aims to proof that a specific group of antibiotics (carbapenems) can be used to treat pulmonary tuberculosis if it is combined with another antibiotic (amoxicillin/clavulanate). A total of 113 male or female participants (8 groups and 9 treatment regimens as group 8 was split into 2 groups of 4 participants receiving Rifafour e-275), aged between 18 and 65 years (inclusive), with newly diagnosed, smear-positive, pulmonary TB.

The objective of this protocol is to obtain biological samples through leukapheresis and cryopreservation of cells for the future study, by in vitro assay, of immune responses after one dose of BCG in BCG-naïve healthy adults.

This study is investigating a better method to see if someone has tuberculosis (TB) as compared to the method that is being used now.

Using modern technology, investigators will observe participants taking their TB tablets three times per week using a mobile phone, iPod or computer with camera facilities in the participants home environment.

This study evaluates the significance of differences in serum angiotensin converting enzyme and lysozyme levels of patients with ocular involvement of other autoimmune inflammatory and infectious diseases.

3-way cross-over single dose design evaluating bioavailability of 2 rifampicin-containing FDCs vs a single drug comparator in healthy volunteers

A cross-sectional childhood M. tuberculosis infection survey of age-specific rates (defined by positivity to the test QuantiFERON-TB Gold Plus) will be conducted in Senegal to collect information on the local TB endemic to inform site selection, sample size, and recruitment strategies for a future efficacy trial of vaccine candidate MTBVAC in young children.

There is a growing interest for the use of stool samples as an alternative to respiratory samples for the diagnosis of intrathoracic TB in children unable to produce sputum. Unlike respiratory samples, stool samples require processing before molecular testing. Several groups have already evaluated different processing methods. However, it is difficult to know which method has the best accuracy and potential for use at Primary Health Care level, due to the difference in study designs and populations. Therefore, in this study, the investigators propose to evaluate the accuracy of different promising stool processing methods in the same population within the same study with an adapted design. Furthermore, no study has so far evaluated for stool testing the new Xpert MTB/RIF Ultra cartridge that has a lower level of detection than the previous Xpert MTB/RIF cartridge. The investigators propose to evaluate the accuracy of Xpert MTB/RIF Ultra (Ultra) performed on stool samples collected from children with presumptive TB and processed using four different processing methods (Standard sucrose flotation method, optimized sucrose flotation method, SPK, and SOS) against bacteriological results from respiratory specimens and to perform a head-to-head comparison of the diagnostic accuracy and feasibility of these different methods in Uganda and Zambia. The selection of processing methods was based on accuracy results, degree of simplification allowing their introduction at PHC level, and finding from the TB-Speed in-vitro stool processing study. The standard sucrose flotation method is kept to assess if results obtained with the optimised sucrose-flotation method in our in-vitro study can be reproduced in-vivo

This evaluation will be conducted in ten countries involved in the Catalyzing Pediatric TB Innovation (CaP-TB) project: Cameroon, Cote D'Ivoire, Democratic Republic of Congo, Kenya, Lesotho, Malawi, Tanzania, Uganda, Zimbabwe and India. The CaP-TB project is a project designed to use innovative methods and capacity building to strengthen the health systems of developing countries in terms of pediatric TB case detection, early accurate diagnosis and effective treatment. This project is funded by Unitaid and is implemented by Elizabeth Glaser Pediatric AIDS Foundation. EGPAF proposes to evaluate the implementation of CaP-TB in up to 450 sites in ten participating countries. This evaluation will assess the effects of CaP-TB innovative interventions on selected service delivery outcomes as compared to routine TB program in a sub-set of project sites in the ten countries.

Current rapid molecular assays for detection of drug-resistant TB from direct clinical samples have important limitations. They are not suited for high-throughput settings; can only be used to detect a limited number of target gene regions and are not ideal for detection of phenotypic resistance conferred by mutations across large gene regions (e.g. pyrazinamide). Culture-free, end-to-end targeted NGS (tNGS) Solutions for Diagnosis of Drug Resistant TB can offer higher throughput and greater accuracy across more TB drugs than current WHO endorsed molecular assays, and a significantly faster time to result than phenotypic drug susceptibility testing (DST). Evidence regarding the clinical diagnostic accuracy and operational characteristics of tNGS solutions is needed to comprehensively evaluate tNGS for diagnosis of drug-resistant TB among patients who have been diagnosed with TB, and will be critical to inform global and national policy.