D. Sahoo, Smita Mahapatra, R. Nayak, Debasish Mishra
{"title":"No transfusion is the best transfusion: a rare case","authors":"D. Sahoo, Smita Mahapatra, R. Nayak, Debasish Mishra","doi":"10.4081/thal.2017.6174","DOIUrl":null,"url":null,"abstract":"Presence of antibodies against red cell antigens remains a major problem in thalassemia patients. b-thalassemia major patients do commonly suffer from alloimmunization, which is rarely seen in thalassemia intermedia patients. Association of multiple antibodies and antibody against high frequency blood group antigen further complicates the transfusion therapy. Advance immunohematological tests like adsorption, elution, and phenotyping are necessary along with antibody screening and identification. We present a case about a 25-year male thalassemia intermedia patient, whose blood sample when crossmatched found incompatible with more than 100 units of packed red blood cells. Various tests like direct and indirect antiglobulin (Coombs) tests, 3-cell panel, 4- cell panel, 10-, 11-, 16-cell panels, adsorption, elution, minor phenotyping were done to resolve the case. We found multiple alloantibodies with no autoantibody. The present case emphasizes on importance of minor phenotyping before first transfusion in all multitransfused patients, importance of immunohematological tests in resolving blood incompatibility and our experience of dealing high frequency antigen. 存在红细胞抗原的抗体仍然是地中海贫血患者的主要问题。 β地中海贫血症主要患者通常患有同种异体免疫,这在中间地贫患者中罕见。 针对高频血型抗原的多重抗体和抗体联合进一步使输血治疗复杂化。 推进吸附、洗脱和表型分型等免疫血液学试验发展与抗体筛查和鉴定具有同等必要性。 我们提出一个关于一名约25岁的男性中间型地贫患者的病例,发现其血液样本在交叉配型时与超过100个单位的浓缩红细胞不相容。 直接和间接抗球蛋白(库姆斯)测试、3细胞检测组、4细胞检测组、10细胞检测组、11细胞检测组、16细胞检测组、吸附、洗脱、微细表型分型等各种测试都是为解决这种情况。 我们发现多种同种抗体,没有发现自身抗体。 本病例强调了在所有多次输血的患者首次输血之前进行微细表型分型的重要性,免疫血液学测试在解决血液不相容的重要性以及我们处理高频抗原的经验。","PeriodicalId":22261,"journal":{"name":"Thalassemia Reports","volume":" ","pages":""},"PeriodicalIF":0.6000,"publicationDate":"2017-04-06","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://sci-hub-pdf.com/10.4081/thal.2017.6174","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Thalassemia Reports","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.4081/thal.2017.6174","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q4","JCRName":"HEMATOLOGY","Score":null,"Total":0}
引用次数: 0
Abstract
Presence of antibodies against red cell antigens remains a major problem in thalassemia patients. b-thalassemia major patients do commonly suffer from alloimmunization, which is rarely seen in thalassemia intermedia patients. Association of multiple antibodies and antibody against high frequency blood group antigen further complicates the transfusion therapy. Advance immunohematological tests like adsorption, elution, and phenotyping are necessary along with antibody screening and identification. We present a case about a 25-year male thalassemia intermedia patient, whose blood sample when crossmatched found incompatible with more than 100 units of packed red blood cells. Various tests like direct and indirect antiglobulin (Coombs) tests, 3-cell panel, 4- cell panel, 10-, 11-, 16-cell panels, adsorption, elution, minor phenotyping were done to resolve the case. We found multiple alloantibodies with no autoantibody. The present case emphasizes on importance of minor phenotyping before first transfusion in all multitransfused patients, importance of immunohematological tests in resolving blood incompatibility and our experience of dealing high frequency antigen. 存在红细胞抗原的抗体仍然是地中海贫血患者的主要问题。 β地中海贫血症主要患者通常患有同种异体免疫,这在中间地贫患者中罕见。 针对高频血型抗原的多重抗体和抗体联合进一步使输血治疗复杂化。 推进吸附、洗脱和表型分型等免疫血液学试验发展与抗体筛查和鉴定具有同等必要性。 我们提出一个关于一名约25岁的男性中间型地贫患者的病例,发现其血液样本在交叉配型时与超过100个单位的浓缩红细胞不相容。 直接和间接抗球蛋白(库姆斯)测试、3细胞检测组、4细胞检测组、10细胞检测组、11细胞检测组、16细胞检测组、吸附、洗脱、微细表型分型等各种测试都是为解决这种情况。 我们发现多种同种抗体,没有发现自身抗体。 本病例强调了在所有多次输血的患者首次输血之前进行微细表型分型的重要性,免疫血液学测试在解决血液不相容的重要性以及我们处理高频抗原的经验。
Presence of antibiotics against red cell antigens remains a major problem in Thalassemia patients B-thalassemia major patients do common buffer from allimmitization, which is rare seen in thalassemia intermediate patients Association of multiple antibodies and antibodies against high frequency blood group antigen further composites the transfer period Advance immunohistochemical tests like absorption, evolution, and phenotyping are necessary along with anti body screening and identification We present a case about a 25-year male Thalassemia intermediate patient, who blood sample when crossmatched found incompatible with more than 100 units of packed red blood cells Various tests like direct and indirect antiglobulin (Coombs) tests, 3-cell panel, 4-cell panel, 10-, 11-, 16 cell panels, absorption, evolution, minor phenotyping were done to resolve the case We found multiple allontibodies with no autonomy The present case emphasizes on importance of minor phenotyping before first transfer in all multitransused patients, importance of immunological tests in resolving blood incompatibility and our experience of dealing with high frequency antigen The presence of antibodies against red blood cell antigens remains a major problem for patients with thalassemia. β The main patients with Mediterranean anemia usually suffer from allogeneic immunity, which is rare among intermediate thalassemia patients. The combination of multiple antibodies and antibodies targeting high-frequency blood group antigens further complicates blood transfusion therapy. It is equally necessary to promote the development of immunohematological tests such as adsorption, elution, and phenotype typing, as well as antibody screening and identification. We present a case of a 25 year old male patient with intermediate thalassemia who found that his blood sample was incompatible with over 100 units of concentrated red blood cells during cross matching. Various tests such as direct and indirect antiglobulin (Cooms) testing, 3-cell testing, 4-cell testing, 10-cell testing, 11-cell testing, 16-cell testing, adsorption, elution, and microphenotyping are all designed to address this situation. We have found multiple homologous antibodies, but no autoantibodies have been found. This case emphasizes the importance of microphenotyping before the first transfusion in all patients who have undergone multiple transfusions, the importance of immunohematological testing in addressing blood incompatibility, and our experience in handling high-frequency antigens.