血红蛋白Hallamshire (beta146 HIS -> TYR):一个新的高氧亲和血红蛋白负责家族性红细胞病。

Clinical and laboratory haematology Pub Date : 1996-12-01
M Leach, M Greaves, N Porter, D Williamson, K Brown
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引用次数: 0

摘要

描述了一种具有β链突变β - 146 HIS -> TYR的新的高氧亲和血红蛋白。这种变异在一名34岁的真正的红细胞增多症男性中被检测到。异常血红蛋白在pH 6.3时被醋酸纤维素电泳鉴定为一个额外的条带,随后通过β -珠蛋白基因测序和氧解离研究证实。哈勒姆郡含血红蛋白的全血P50值为18毫米汞柱。这种新描述的血红蛋白变异也导致了母亲和母同父异母表兄的红细胞增多症。血红蛋白Hallamshire的鉴定为该链c末端在血红蛋白功能中的重要作用提供了确凿的证据。
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Haemoglobin Hallamshire (beta146 HIS --> TYR): a new high oxygen affinity haemoglobin responsible for familial erythrocytosis.

A new high oxygen affinity haemoglobin with the beta chain mutation beta146 HIS --> TYR is described. This variant was detected in a fit 34-year-old man with true erythrocytosis. The abnormal haemoglobin was identified as an extra band on cellulose acetate electrophoresis at pH 6.3 and was later confirmed by beta globin gene sequencing and oxygen dissociation studies. Whole blood containing Haemoglobin Hallamshire has a P50 of 18 mmHg. This newly described haemoglobin variant was also responsible for erythrocytosis in the mother and maternal half cousin of the index case. The identification of Haemoglobin Hallamshire provides confirmatory evidence of the important role of the C-terminal end of the chain in haemoglobin function.

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