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NCT06481163
The goal of this interventional clinical trial is to demonstrate the complete BU lesion healing rate by 52 weeks after treatment initiation, without relapse and/or curative intent excision surgery, after 10-28 days of telacebec (T) treatment. Males and females age 18 and older will be included. • Participants will attend visits every 2 weeks during treatment and thereafter every 2 weeks until week 24 Thereafter they will be followed by visits at weeks 30, 40, and 52. From week 10 to week 52, if the lesion has healed, follow-up visits may be remote.
NCT07506967
Skin-related Neglected Tropical Diseases (Skin NTDs) affect about 1.8 billion people worldwide, particularly in poor and rural communities where healthcare access is limited. Many people rely on frontline health workers (FHWs) for treatment, but these workers often lack specialized training in skin diseases, making diagnosis difficult. To address this challenge, the SkincAIr project is testing whether a mobile app powered by artificial intelligence (AI) can help FHWs improve their ability to detect Skin NTDs. The study will be conducted in two arms. In the first clinical image data collection arm (36 months), dermatologists in 5 countries (Kenya, Ethiopia, Senegal, Democratic Republic of Congo and Nigeria) will collect images of skin NTD and other skin conditions that will be used for development and training of the AI model within the SkincAIr app before it is tested among FHWs. The second validation study arm will take place in 3 countries (Kenya, Ethiopia and Senegal), and will involve 50 FHWs and around 750 patients in each country over 24 months. During the first 12 months (Phase A), FHWs will diagnose patients using standard methods without the app, establishing baseline performance on key indicators including diagnostic accuracy, time to diagnosis, referral patterns, and cost implications of improved primary-level diagnosis. For the following 6 months (Phase B), FHWs will use the SkincAIr app with AI functionality activated to support diagnosis and enable real-time geolocated disease mapping and hotspot identification. In the final 6 months (Phase C), the app is withdrawn to assess whether FHWs retain their improved diagnostic skills. We will summarize the results using simple numbers and charts to show how often things happen and what the average results look like. Researchers will evaluate how well the app improves diagnosis by FHWs and whether FHWs retain their improved skills even after AI support is removed, by comparing their results with those of a skin specialist (dermatologist). Interviews and group discussions will be recorded, written down, organized into key ideas, and carefully reviewed using a computer program to understand the main themes. Study findings will be shared with National Ministries of Health, presented at local and international conferences, and reported to relevant institutional and regulatory authorities. If successful, this AI tool could boost early detection of skin diseases, enhance disease tracking, and improve healthcare in underserved areas.
NCT03957447
The project rolls out combined innovative low-tech thermotherapy with heat packs and WHO recommended wound management in a Buruli ulcer (BU)-endemic district of West Africa. It addresses three key areas of considerable clinical and public health importance in the region: * to better help people managing the disabling disease BU that primarily affects children in West Africa * to implement WHO recommended general wound management for all types of wounds with tools available at the peripheral level of the health care system * to prevent systemic life threatening sequelae (e.g. sepsis and rheumatic fever) and permanent local damage (e.g. motor and sensory disability) by early recognition and treatment of wounds at the community level. The project translates available research findings already validated on the secondary health care level into clinical practice at the periphery (primary health care level). The string of the investigator's previous work from the development of the BU thermotherapy-wound management-package to the proof of its efficacy provides all necessary skills, tools and documents to immediately proceed into practical community application. Operational endpoints are * coverage and quality of WHO recommended wound management training of health care personnel at the primary health care level (health posts); * coverage, success rate and quality of care for patients with BU and other wounds; denominator controlled at health post level and high-quality Health and Demographic Surveillance Systems (HDSS) data. The project is embedded into a stable multidisciplinary working environment at Côte d'Ivoire, including an HDSS with a longstanding record of partnership and successful community-based operational research. The project builds on the principles laid out by the Sustainable Development Goals (SDGs) and Universal Health Coverage (UHC) and * targets all patients with a broken down skin barrier independent of the cause (patient centred health care) * brings diagnosis and treatment close to the community * educates and trains both community members and health care workers * measures the health intervention outcome The project is fully in line with the new integrated strategy for the skin NTDs of WHO's Department of Control of NTDs (WHO/NTD).
NCT01432925
SUMMARY Rationale: Buruli ulcer, caused by Mycobacterium ulcerans, is an ulcerative disease endemic in West Africa. It often leads to functional limitations. Treatment was by extensive surgery, until in 2005 gradually antibiotic treatment for eight weeks with rifampicin and streptomycin was added. Observation of Buruli ulcer lesions of limited size during antibiotic treatment showed that during treatment there is a paradoxical increase of the lesion, with a decrease of the lesion after week 14. Current WHO protocols advise to decide whether surgery is needed four weeks after the start of antibiotics. This might be too early in the healing process. The investigators hypothesize that delay in surgery is safe, and that it results in a reduction of the number of surgical interventions. Objectives: Primary Objective of this study is to compare the need for surgical treatment in standard timing of surgery at the end of eight weeks antimicrobial treatment with a policy to postpone surgical treatment until week 14. Secondary Objectives are to study whether postponing surgery leads to less extensive surgery and a change in frequency of functional limitations; Study design: Patients will be randomized for surgery at week 8 after start of antibiotic treatment and week 14 after start of treatment. Reasons for treating doctors to decide to intervene with surgery will be according to current clinical practice and will be clearly defined in this protocol. Standard care of eight weeks of rifampicin and streptomycin will be given. All patients will be followed and lesional size using acetate sheet recordings will be used during follow-up. Study population: Patients with a clinical picture of Buruli ulcer disease confirmed by diagnostic tests in the districts covered by the Buruli ulcer centers in Lalo and Allada, Benin. Patients who are pregnant, have a contraindication for general anaesthesia and children below three years old will be excluded. 130 Patients in each treatment arm will be included to detect a difference in percentage of patients needing surgery of 20 percent. Main study parameters/endpoints: Primary outcome measure is the number of patients healed without surgery. Secondary outcome measures are the extent of surgery by measurement of lesional size, functional limitations after the end of treatment and one year after the start of treatment and the duration of admission.
NCT02153034
Buruli ulcer is a neglected tropical disease caused by infection with Mycobacterium ulcerans (Mu) in rural parts of West Africa. It causes large skin ulcers mainly in children aged 5 to 15 years. Access to treatment is limited and many cases present late. There have been major advances in understanding the mechanism of disease together with improved diagnosis and management. The aim of the proposed studies is to identify markers predictive of a rapid response to antibiotic treatment and to investigate the pathogenesis of paradoxical reactions and oedematous lesions in Mu disease. Infection with Mu results in a nodule under the skin which enlarges and breaks down to form an ulcer. This is because Mu produces a toxin that spreads outwards and damages subcutaneous tissue. In recent years it has been found that antibiotic treatment for 8 weeks with daily tablets and intramuscular injections heals ulcers. This is unpleasant and it would be better if the treatment could be shortened. Our previous studies suggest this may be possible. Therefore a wide range of tests will be investigated in order to identify markers for people in whom the infection is at an early stage with low numbers of Mu bacteria and low levels of toxin in the skin. During antibiotic treatment the rate of healing will be measured to find out which markers are the most reliable. In some patients new areas of inflammation develop despite treatment and this is called a paradoxical reaction. The immune response to Mu will be investigated serially during antibiotic treatment to investigate the cause of paradoxical reactions. About 15% of patients have oedematous disease, the most severe form of Buruli ulcer. We will study the amount of Mu toxin produced by the strain of Mu cultured from patients with this form of the disease. Hypothesis * Buruli ulcer patients that heal rapidly/slowly or develop paradoxical reactions with treatment will have associated predictive viability or serum biomarkers. * Buruli ulcer patients with oedematous disease are associated with larger amounts of mycolactone and viable organisms