Author(s)
Owusu-Ofori SPO1, Sekongo YM2, Rajab JA3, Asamoah-Akuoko L4, Magutu V5, Lamotte M6, Bah A7, Dierick K8
1Komfo Anokye Teaching Hospital, Kumasi, Ghana, 2DEA Biologie Humaine et Tropicale Unité de Thérapeutique Transfusionnelle Centre National de Tranfusion Sanguine DU de Biologie Transfusionnelle DU Gestion des infections et soins complementaires en Onco-Hématologie DU BIOSAS DU Reparation juridique du Do, Abidjan, France, 3Haematology & Blood Transfusion Unit, Department of Human Pathology, School of Medicine, College of Health Sciences, University of Nairobi, Nairobi, Belgium, 4National Blood Service, Ghana, Accra, Belgium, 5Department of Pathology Agar Khan Hospital, Nairobi, 110, Kenya, 6IQVIA, Zaventem, Belgium, 7Terumo BCT, Zaventem, Belgium, 8Terumo BCT Europe NV, Zavemtem, Belgium
OBJECTIVES Blood collections in Sub-Saharan Africa do not meet the international recommendations for the supply of blood and blood components. Due to these shortages, common clinical indications such as severe maternal bleeding cannot be treated effectively. This research intends to estimate the health economic impact of blood shortages on maternal bleeding in Kenya, Ivory Coast and Ghana. METHODS The study consisted out of 3 steps. First the volume and consequences of maternal bleeding were identified by means of literature review and epidemiological research. Next, the costs associated with the treatment of severe maternal bleeding were mapped. Lastly, a de novo budget impact model was created that compared costs associated with consequences of severe maternal bleeding (i.e. the cost of a life lost according to WHO and European Commission Guidelines) versus the cost of investment in blood supply. RESULTS : There are an estimated 2,962,000 births per year in the countries under review. In 237,000 cases the mother of the child will be confronted with maternal bleeding, for 60,000 of those, this bleeding will require massive blood transfusion. Not all patients will get appropriate blood transfusion, resulting in a potential loss of 11,254 lives. With low modal income per inhabitant (121 € per month) this results in a total cost of lives lost of € 16,043,000 per year. The total expected cost to provide sufficient blood transfusion (13 units) to these patients we found was € 28,600,000. Hence it requires less than 2 years for local governments to have a positive return on the investment in blood availability. The total economic growth thanks to blood availability for Kenya, Ivory Coast and Ghana after 5 years was € 51,600,000. CONCLUSIONS Our research suggests that an increased in investment in SSA’s blood safety value chain is likely to provide large positive returns in less than 5 years.
Conference/Value in Health Info
2019-11, ISPOR Europe 2019, Copenhagen, Denmark
Code
PNS158
Topic
Health Policy & Regulatory
Topic Subcategory
Coverage with Evidence Development & Adaptive Pathways, Health Disparities & Equity, Public Spending & National Health Expenditures, Reimbursement & Access Policy
Disease
No Specific Disease