ABSTRACT
<p><b>OBJECTIVE</b>The purpose of this study was to investigate the 24 kinds of antigen gene polymorphism chara-cteristics in 11 RBC blood group systems of Manchu population blood donor in Harbin Area of China, so as to better perform the clinical blood transfusion and to avoid adverse transfusion reactions.</p><p><b>METHODS</b>Twenty-four antigen genes (GYPB (S/S), Duffy, Kell, Dombrock, Diego, Kidd, Scianna, Colton, Lutheran, Yt, Mur) were assessed by the polymerase chain reaction sequence specific primers (PCR-SSP) in 11 blood type systems, including Fy, Fy; K, K; Do, Do; Di, Di; JK, JK; Sc1,Sc2; Co, Co; Lu, Lu; Yt, Yt; Kp, Kp; Mur, Mur2 among 200 Manchus in Harbin.</p><p><b>RESULTS</b>The gene frequency of blood type system in Harbin Manchu GYPB (S/S) was as follows: S=0.0625, s=0.9325; the gene frequency of duffy blood type system: Fy=0.0525, Fy=0.9475; Gene frequency of Dombrock type system was as follows: Do=0.1250, Do=0.8750; Gene frequency of Diego type system: Di=0.0275, Di=0.9725; the gene frequency of Kidd blood type system: JK=0.5650, JK=0.4350; the gene frequency of Mur blood type system: Mur1 = 0.0050, Mur2 = 0.9950; the Kell, Scianna, Colton, Lutheran and Yt type blood type system displayed a monomorph distribution and the genotype was kkKpKp,Sc1Sc1,CoCo, LuLu, YtYt, respectively.</p><p><b>CONCLUSION</b>The distribution of GYPB(S/s),Duffy,Dombrock, Diego, Kidd and Mur blood type system in Harbin Manchu has been found to be characterized by polymorphism, and the distribution of kell, scianna, colton, lutheran and ye blood type system has been found to be characterized by oligomorphism. The gene destribution of dombrock and Kidd blood group systems is unique in Harbin Manchu.</p>
ABSTRACT
<p><b>OBJECTIVE</b>To explore the polymorphisms of the human platelet antigen (HPA) gene of Han and Menggu population of Heilongjiang province in China, to determine platelet antigen system with clinical significance by judging the rate of incompatibility of HPA, as well as to establish a database of donors HPA including the Han nationality and the minority nationality.</p><p><b>METHODS</b>The samples of unrelated healthy Menggu population (100 cases) people were selected from Heilongjiang province in China, and 123 cases in healthy Han population in Heilongjiang as control were collected. The technique of PCR-sequence specific primers (PCR-SSP) was used for genotyping of 34 alleles in HPA1-17 gene. The gene frequency and genotype frequency were separately calculated, and the allele frequency distribution in Menggu population was compared with the results from Han population.</p><p><b>RESULTS</b>In the Han population, monomorphic HPA-4,HPA-7-14,HPA-16, 17 were found in the samples, none of HPA-b was found in these samples. For HPA-1, 2, 4, 5 and 6, aa homozygosity was predominant. In the Menggu population, monomorphic HPA 1, HPA 5, 6, HPA 7-14, HPA 16,17 were found in the samples, none of HPA-b was found in these samples. For HPA 2, 4 aa homozygosity was predominant. HPA-3, 15 had the greatest heterozygosity in 2 population. HPA-1a and HPA-3a frequency of Menggu population were significantly different from that of Han population in Heilongjiang.</p><p><b>CONCLUSION</b>Distribution of the allele polymorphism of HPA 1-17 in Heilongjiang Han population is similar to that in Menggu population, and it shows its own characteristics. When the local HPA genotyped database of platelet donors in Heilongjiang is established, the count of Menggu donor should be increased.</p>