A patient with anti-f in India identified by extensive immunohematologic workup.

Q4 Medicine
Immunohematology Pub Date : 2024-06-24 eCollection Date: 2024-06-01 DOI:10.2478/immunohematology-2024-008
Sunil Golia, Samruddhi Pawar, Aseem K Tiwari, Geet Aggarwal, Neetu Singh, Shubham Gupta
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引用次数: 0

Abstract

Anti-f is produced by exposure to the compound antigen ce (f) on red blood cells (RBCs), expressed when both c and e are present on the same protein (cis position). Although anti-f was discovered in 1953, there are few cases reported worldwide because the presence of anti-f is often masked by anti-c or anti-e and is not generally found as a single antibody. In the present case, anti-f was identified by using three-cell screening and 11-cell identification panels. The identification of anti-f was further supported by additional testing, including (1) Rh antigen typing; (2) antibody identification panels (enzyme-treated panel [ficin] and an in-house-constructed Rh panel); (3) look-back and phenotyping of donor RBC units, which were responsible for alloimmunization; and (4) molecular testing of the patient's RBCs.

通过大量免疫血液学检查发现的一名印度抗 F 患者。
抗-f是在接触红细胞(RBC)上的复合抗原ce(f)后产生的,当c和e出现在同一蛋白质上(顺位)时,就会产生抗-f。虽然抗-f 早在 1953 年就被发现了,但由于抗-f 的存在常常被抗-e 或抗-c 所掩盖,而且一般不会作为单一抗体出现,因此全球报告的病例很少。在本病例中,抗-f 是通过三细胞筛选和 11 细胞鉴定板鉴定出来的。抗-f 的鉴定还得到了其他检测的进一步支持,包括:(1)Rh 抗原分型;(2)抗体鉴定面板(酶处理面板[ficin]和内部构建的 Rh 面板);(3)供体 RBC 单位的回溯和表型,这些单位是造成同种免疫的原因;以及(4)患者 RBC 的分子检测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Immunohematology
Immunohematology Medicine-Medicine (all)
CiteScore
1.30
自引率
0.00%
发文量
18
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