Supporting the fight against sickle cell disease in Sub-Saharan Africa

— Cameroon, Central African Republic, Côte d’Ivoire, Democratic Republic of Congo —


In Central Africa and Côte d’Ivoire, the prevalence of the sickle cell gene varies from 10% to 30%. According to the WHO, up to 2% of infants born in these countries enter the world with the most serious form of the disease and, without appropriate treatment, as many as 50% to 75% of them die before reaching the age of five. In the face of this health challenge, declared by the WHO to be a public health priority, governments often lack the means to implement an effective strategy to fight sickle cell disease, and access remains limited to screening and quality treatment. These facts led the Fondation Pierre Fabre and its partners from Côte d’Ivoire and three Central African countries (Democratic Republic of Congo, Central African Republic and Cameroon) to design a vast project to support the fight against sickle cell disease. This multi-country project, headed and coordinated by the Fondation Pierre Fabre and co-financed by the Agence Française de Développement, must address the major challenge of reducing morbidity and mortality linked to sickle cell disease by acting on several levels:

Detect: Early detection and treatment are essential to reducing the morbidity and mortality linked to sickle cell disease in children. Nevertheless, despite the high prevalence of this disease in the countries where the project operates, access to neonatal screening remains limited for a substantial portion of the population. This project therefore aims primarily to facilitate the diagnosis of sickle cell disease by making screening available free of charge at more than 50 healthcare structures partnering with the project. To adapt to varying contexts, several screening strategies and techniques are being utilised. The innovative use of Rapid Diagnostic Tests (RDTs) maximises the decentralisation of access to diagnoses and facilitates implementation of complementary screening strategies, such as screening pregnant women during prenatal consultations or symptomatic children. This project is unprecedented in scope, with the ultimate objective of screening more than 100,000 new-borns, 80,000 pregnant women and 7,000 children.

Treat: Sickle cell disease, a chronic ailment with many complications, requires appropriate treatment and special monitoring, especially during the first years. In countries where access to treatment remains largely the responsibility of patients and their families, this project reduces the economic burden of this disease on families by offering appropriate treatment for each child diagnosed with a major sickle cell disease syndrome. In addition to funding a certain number of elements essential to treatment (medication, biological assessments, consultations), particular emphasis is placed on therapeutic patient education (TPE), including the patient’s family, by holding individual and group sessions led by trained professionals. By the end of the project, more than 4,500 children will benefit from appropriate and local treatment.

Train: The many ways in which sickle cell disease is expressed and the complexity of its physiopathology meant that healthcare personnel, on all levels of the health pyramid, must have a solid understanding of the disease. This project relies on the expertise of all its partners to disseminate the knowledge essential for appropriate treatment by coordinating initial and continuous training. Over the three years of this project’s implementation, more than 2,000 professionals (physicians, nurses, midwives) and 3,000 students will receive specific training on sickle cell disease. The project also has the objective of integrating modules dedicated to the disease into the official training curriculum for medical and nursing students.

Raise awareness: Despite the high figures for prevalence of the sickle cell trait, sickle cell disease remains a misunderstood malady and is surrounded by many misconceptions. These can lead to the stigmatisation of those with a major sickle cell syndrome and their relatives, which poses an additional obstacle to proper patient treatment. Moreover, awareness of the mode of transmission sometimes remains incomplete and a large part of the population is unaware of its connection with haemoglobin. This project supports 56 civil-society organisations involved in fighting sickle cell disease, facilitating their work in raising public and governmental awareness of this disease. By the project’s end, these entities will benefit from strengthened skills through structural support and member training.

Support public authorities: Integrating sickle cell disease into primary health care and, more generally, developing strategies to combat the disease on a national level are two of the main objectives of the project. Although having a specific and dedicated institutional framework to fight sickle cell disease is one of the WHO’s recommendations, of the countries in which the project operates, only the Democratic Republic of Congo has thus far established such a tool, in great part through support from the Fondation Pierre Fabre (for more information: In Cameroon, Côte d’Ivoire and the Central African Republic, the project helps the authorities develop a national strategy to fight sickle cell disease. In the DRC, it supports the existing national strategic plan to combat sickle cell disease and promotes it through its role as coordinator for the country’s efforts to fight the disease.


Combatting sickle cell disease

Since 2022

Targeted countries
Central African Republic
Côte d’Ivoire
Democratic Republic of Congo

Type of involvement
Distributor and operator
Programme co-financed by the Agence Française de Développement


  • Support the health authorities in each country where the Foundation works, to help them draw up a national policy for combating sickle-cell disease
  • Train 4,000 students and healthcare professionals and raise awareness among over 180,000 people
  • For DRC, which set up a strategic plan back in June 2020, the challenge is to confirm the feasibility of incorporating sickle-cell disease into basic healthcare packages.
  • In CAR, the project is a logical extension of the support given to the Sickle-Cell Disease
    Research and Treatment Centre in Bangui. Goal: to screen 40,000 newborns in 3 years


Start of training, screening and patient treatment activities.

First multi-country seminar
Held in Abidjan, this working meeting provided the project’s member countries with an opportunity to share their experiences and discuss the state of progress and organisations in place.

Launch of the pilot project in DRC
Start of activities in 3 health districts to validate the treatment approach described in the strategic plan.

Central African Republic
Training of 35 health workers in how to treat sickle-cell disease

Introduction of rapid screening tests


Expected impact

new-borns screened, as well as 80,000 pregnant women and 7,000 children.

children with sickle cell disease benefit from supported treatment, including 2,200 from cohorts from projects previously supported by the Foundation.

practicing healthcare personnel and 3,000 students trained in treatment of the disease

students trained in treatment of the disease


  • Agence Française de Développement
  • Cameroon: Cameroon Sickle Cell Study Group (GEDREPACAM) and Cameroon Centre Pasteur (CPC)
  • Central African Republic: Sickle Cell Research and Treatment Centre (CRTD) and Pasteur Institute of Bangui (IPB)
  • Côte d’Ivoire: Ivorian Society of Immunology-Haematology-Oncology-Blood Transfusion (SIHIO-TS)
  • Democratic Republic of Congo: Primary Health Care in Rural Areas (SANRU), Rezodrepano SS, Fondation Umbrella, Universud Positif. CECFOR-PAFOVED
  • The Ministries of Health of each country in which the project operates.

See also

See also

Screening and management of sickle cell disease

The long-term objective is to sensitise governments to the benefits of a national programme combatting sickle cell disease, and having a viable and adaptable disease management model.


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