In the United States, 80% of children with cancer survive. In sub-Saharan Africa, the overwhelming majority of pediatric patients do not survive.
The mortality rate is estimated to be as high as 90%, meaning that thousands of children die from cancer across Africa each year. This is in large part due to an inadequate healthcare infrastructure and a significant lack of expert physicians and other healthcare workers trained to treat children with cancer. The most common types of childhood cancers are blood-related, including leukemia and lymphoma.
Doctors, nurses and ancillary professionals will be recruited from around the world to provide training to local healthcare professionals and to begin treating children with blood disorders and cancer immediately.
“This project is building on a solid foundation for paediatric cancer treatment in Botswana that began with oncologists from Texas Children’s Cancer and Haematology Centres,” said Botswanan president, Ian Khama.
“The Global HOPE programme will bring to Botswana the latest bio-medical technologies and the potential to work with local institutions such as the Botswana Innovation Hub and University of Botswana to quickly increase the survival of children with cancer and life-threatening blood disorders in Botswana and the region.”
The Bristol-Myers Squibb Foundation is committing $50m over five years to fund the training of healthcare providers as well as clinical infrastructure and operations. Baylor College of Medicine International Paediatric AIDS Initiative at Texas Children’s Hospital (BIPAI) will raise an additional $50m for the initiative.
The Global HOPE initiative will train an estimated 4,800 healthcare professionals from Botswana, Uganda, Malawi and other African countries, including doctors and nurses specialising in paediatric haematology-oncology and social workers. The programme estimates that over 5,000 children will receive care in the first five years.
“With only five paediatric oncologists currently in the countries of Botswana, Malawi and Uganda combined, there are simply not enough expert doctors to treat all the children diagnosed with blood disorders and cancer.


