Optimizing Childhood TB Treatment Decision Algorithms in sub-Saharan Africa (OPTIC-TB)

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Introduction: Addressing a Critical Public Health Imperative

The global community recognizes the profound impact of tuberculosis (TB) on vulnerable populations, particularly children. While significant strides have been made in TB control, the burden of childhood TB remains a critical public health imperative, especially in sub-Saharan Africa. We acknowledge the dedicated efforts of healthcare professionals and researchers working tirelessly to combat this disease. However, a considerable proportion of children with TB remain undiagnosed, underscoring the need for innovative and evidence-based interventions. The OPTIC-TB project is committed to contributing to this vital effort by optimizing childhood TB diagnosis and treatment.

Understanding the Diagnostic Challenges: Acknowledging the Complexities

We understand the inherent complexities of diagnosing TB in young children, particularly in resource-limited settings. We appreciate the challenges associated with:

  • Specimen Collection: The difficulties in obtaining suitable samples from young children require specialized expertise and resources.
  • Diagnostic Interpretation: The non-specific nature of childhood TB symptoms necessitates careful clinical evaluation and accurate diagnostic tools.
  • Infrastructure Limitations: The lack of adequate laboratory infrastructure and trained personnel can hinder timely and accurate diagnosis.
  • Access to Care: The challenges of access to care in remote regions creates additional barriers to children receiving necessary medical attention.
  • Misconceptions: The understanding of TB transmission in children can be a barrier to proper care.

We recognize the dedication of healthcare providers who navigate these challenges daily.

OPTIC-TB: A Collaborative Approach to Improving Childhood TB Outcomes

The OPTIC-TB (Optimizing Childhood TB Treatment Decision Algorithms in sub-Saharan Africa) project is a collaborative initiative dedicated to improving childhood TB outcomes. We are grateful for the opportunity to build upon the World Health Organization’s (WHO) interim recommendations for integrated Treatment-Decision Algorithms (TDAs) and contribute to the evidence base for their implementation.

Research Objectives: A Commitment to Rigorous Evaluation

We are committed to conducting rigorous research to evaluate the effectiveness and impact of TDA strategies. Our objectives include:

  • Comparative Effectiveness Studies: We will conduct thorough evaluations to compare the performance of TDAs with the current standard of care.
  • Implementation Science Research: We will explore the contextual factors that influence the successful implementation of TDAs, with a focus on identifying sustainable solutions.
  • Economic Evaluation: We will conduct comprehensive cost-effectiveness analyses to inform resource allocation and policy decisions.
  • Diagnostic Validation: We will validate the diagnostic performance of TDAs across diverse settings to ensure their reliability and accuracy.

Impact and Appreciation: A Shared Vision for Improved Child Health

We appreciate the opportunity to contribute to the global effort to improve child health. We believe that the OPTIC-TB project has the potential to:

  • Enhance the diagnosis and treatment of childhood TB.
  • Reduce childhood TB mortality.
  • Strengthen healthcare systems in sub-Saharan Africa.
  • Improve the quality of life for children affected by TB.

Funding and Acknowledgements: Recognizing Collaborative Support

We are deeply grateful for the generous support of the Global Health EDCTP3 Joint Undertaking, under grant agreement No. 101145735. We acknowledge the contributions of our partners and collaborators in this important endeavour.

The Optic-TB project officially commenced with a Kick-Off meeting held in Dar es-Salaam, Tanzania, in August 2024.

Prof. Amani Mori, the coordinator from UiB, welcomed participants from DR Congo, Uganda, Tanzania, and Norway, introducing the consortium and outlining their respective roles.

With over 50 participants, the two-day meeting was organized by the National Institute for Medical Research (NIMR) and Kampala International University in Tanzania (KIUT). This event marked the first collective gathering of representatives from all partner institutions, along with key stakeholders, to discuss project objectives, review work packages, evaluate data collection tools, and assess prospective PhD candidates’ concept notes.

In addition to introductory remarks from all beneficiaries, Dr. Erika Gaspari from EDCTP presented an overview of the EDCTP program’s development and the vision for EDCTP3. She also emphasized the importance of adhering to the provided reporting requirements and system.

The first day featured scientific presentations on tuberculosis from various perspectives, updates on all eight work packages, and detailed reporting requirements.

On the second day, the focus shifted to a presentation and extensive discussion of the data collection tools to be utilized. Potential PhD candidates presented their proposals, followed by discussions of their concepts. Time was also allocated for a presentation on the monitoring and evaluation of project activities, milestones, and deliverables.

A four-year pragmatic open-label cluster randomized controlled trial will be conducted in 120 primary health facilities in the three countries. About 60,000 children with presumptive TB visiting the health facilities will be screened and those fulfilling the criteria will be enrolled in the study. 

We hypothesize that the WHO-recommended TDA strategy is superior to the standard of care (SOC) in:

  • Increasing by at least 20%, the proportion of children below 10 years with pulmonary TB detected and initiated on TB treatment; and
  • Improve the proportion of children with pulmonary TB with good TB treatment outcome in the intervention facilities compared to the Standard of Care. 

 

The primary outcomes are:

  • The proportion of children detected with TB;and
  • The proportion of children detected with TB and initiated on treatment 

We expect this project to produce significant outcomes that will address the issue of low paediatric TB detection in sub-Saharan Africa and beyond. Additionally, it aims to build research capacity for conducting implementation research in low- and middle-income countries, and to foster networking and collaboration among the partner institutions.

WP1: Project Management & Coordination – UiB

WP2: Effectiveness assessment, costing/cost effectiveness and impact evaluation – NIMR

WP3: Performance validation, feasibility, and acceptability studies – MULI

WP4: Dissemination, Communication, and networking – UCB

WP5: Data Management, economic and statistical analysis – NIMR

WP6: Mentorship and Capacity Building – KIUT

WP7: Ethics requirements – UiB

WP8: Scientific project leadership – NIMR

Dr. Amani Thomas Mori (UiB) 

Prof. Sayoki Mfinanga (NIMR) 

Prof. Patrick de Marie Katoto (UCB) 

Prof. Bruce Kirenga (MULI) 

Prof. Angwara Kiwara (KIUT) 

Prof. Andrew Kitua (KIU)

Optic-TB Project Name

Optimizing the implementation and scale-up of the WHO tb treatment decision algorithms for children with pulmonary tuberculosis in sub-Saharan Africa

Acronym: Optic-TB

Optic-TB Project Period

2024-2028

Optic-TB Project Funding

This project receives funding from the Global Health EDCTP3 Joint Undertaking, under grant agreement No. 101145735

https://cordis.europa.eu/project/id/101145735

Optic-TB Project Partners

Research Information Management

Research Projects

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