Abstract

BackgroundKnowledge of the distribution of ABO-Rh(D) blood groups in a locality is vital for safe blood services. However, the distribution of these blood systems among Ethiopians in general is little explored. This study was, therefore, designed to determine the ABO-Rh(D) blood group distribution among patients attending Gambella hospital, southwestern Ethiopia.MethodsA cross-sectional study was conducted between November and December 2013 (N = 449). The patients were grouped into two broad categories. Those who originally moved from different parts of Ethiopia and currently residing in Gambella are named ‘highlanders’ (n = 211). The other group consisted of natives (Nilotics) to the locality (n = 238). ABO-Rh(D) blood groups were typed by agglutination, open-slide test method, using commercial antisera (Biotech laboratories Ltd, Ipswich, Suffolk, UK).ResultsOverall, majority of the participants (41.20%) had blood type ‘O’ followed by types ‘A’ (34.96%), ‘B’ (20.48%) and ‘AB’ (3.34%). However, blood type ‘A’ was the most frequent (44.07%) blood group among the ‘highlanders’ and 50.42% of Nilotic natives had type ‘O’. The proportion of participants devoid of the Rh factor was 19.37%.ConclusionsWhile the ABO blood group distribution is similar to previous reports, the Rh(D) frequency is much higher than what was reported so far for Ethiopia and continental Africa.

Highlights

  • Knowledge of the distribution of ABO-rhesus factor (Rh)(D) blood groups in a locality is vital for safe blood services

  • The ABO and Rh blood group antigens are investigated for understanding human inheritance and migration patterns

  • The study was conducted at Gambella hospital in Gambella Town, southwestern Ethiopia, about 777 km from Addis Ababa

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Summary

Introduction

Knowledge of the distribution of ABO-Rh(D) blood groups in a locality is vital for safe blood services. This study was, designed to determine the ABO-Rh(D) blood group distribution among patients attending Gambella hospital, southwestern Ethiopia. There are about 700 human blood group antigens organized into 35 systems [1]. The ABO and Rh blood group antigens are investigated for understanding human inheritance and migration patterns. These blood group systems have got vital clinical and practical significance. They are routinely screened in transfusion and transplantation, pregnancy, forensics, paternity testing and legal medicine [2]. Knowledge of distribution of ABO-Rh blood group is

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