The ^Gγ^T Chain (^Gγ75 Thr; 136 Gly) In Hb F-Charlotte Is The Product Of An ^Aγ Gene With A Limited Gene Conversion And That In Hb F-Waynesboro Of A Mutated ^Gγ Gene

L-H. Gu Department of Biochemistry and Molecular Biology Laboratory of Protein Chemistry, Medical College of Georgia Augusta, GA, 30912–2100, USA

C. Öner Department of Biochemistry and Molecular Biology Laboratory of Protein Chemistry, Medical College of Georgia Augusta, GA, 30912–2100, USA

T. H.J. Huisman Department of Biochemistry and Molecular Biology Laboratory of Protein Chemistry, Medical College of Georgia Augusta, GA, 30912–2100, USA

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Georgi D. Efremov. (2001) FORTY-FOUR YEARS (1955–1999) DEVOTED TO HEMOGLOBIN RESEARCH: TITUS H. J. HUISMAN (1923–1999). Hemoglobin 25:2, pages 125-168.
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M. F. H. Carver & T. H. J. Huisman. (1997) International Hemoglobin Information Center Variant List. Hemoglobin 21:6, pages 505-506.
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. (1996) Variants of the Alpha Chain. Hemoglobin 20:3, pages 215-312.
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Joseph Borg, Marianthi Georgitsi, Vassiliki Aleporou-Marinou, Panagoula Kollia & George P. Patrinos. (2009) Genetic recombination as a major cause of mutagenesis in the human globin gene clusters. Clinical Biochemistry 42:18, pages 1839-1850.
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Kamran Moradkhani, Claude Préhu, John Old, Shirley Henderson, Vera Balamitsa, Hong-Yuan Luo, Man-Chiu Poon, David H. K. Chui, Henri Wajcman & George P. Patrinos. (2008) Mutations in the paralogous human α-globin genes yielding identical hemoglobin variants. Annals of Hematology 88:6, pages 535-543.
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Laura Manca & Bruno Masala. (2008) Disorders of the synthesis of human fetal hemoglobin. IUBMB Life 60:2, pages 94-111.
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T.H.J. Huisman. (1997) Gamma chain abnormal human fetal hemoglobin variants. American Journal of Hematology 55:3, pages 159-163.
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The ^Gγ^T Chain (^Gγ75 Thr; 136 Gly) In Hb F-Charlotte Is The Product Of An ^Aγ Gene With A Limited Gene Conversion And That In Hb F-Waynesboro Of A Mutated ^Gγ Gene

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The GγT Chain (Gγ75 Thr; 136 Gly) In Hb F-Charlotte Is The Product Of An Aγ Gene With A Limited Gene Conversion And That In Hb F-Waynesboro Of A Mutated Gγ Gene

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The ^Gγ^T Chain (^Gγ75 Thr; 136 Gly) In Hb F-Charlotte Is The Product Of An ^Aγ Gene With A Limited Gene Conversion And That In Hb F-Waynesboro Of A Mutated ^Gγ Gene