We report a novel β+-thalassemia mutation found in a Vietnamese family. The molecular defect T→A lies at -72 of the β-globin gene promoter, within the conserved CCAAT box. The index case was a 5-year-old child having red blood cells indices close to normal and slightly increased level of HbA2 (3.96%). The expression of the mutated β allele was inferred by luciferase reporter assay in K562 cells. The β -72 determinant is the eighth β-thalassemic mutation identified in Vietnam and it was not previously reported in any population. The absence of homozygous or compound heterozygous states did not allow us to precisely predict either its clinical impact or its relevance in management programs. Our results further underline the importance of iden...
Background: Mutations in β-globin gene may result in β-thalassemia major, which is one of the most c...
BACKGROUND: β -Thalassemia (β-thal) is present in practically every caste group in Indians. Molecu...
[No abstract available]893273275Ho, P.J., Rochette, J., Fisher, C.A., Wonke, B., Jarvis, M.K., Yardu...
The Vietnamese population is ethnically highly heterogeneous and the spectrum of β-thalassemia allel...
A 42-year-old Chinese woman (FP) was the mother of a patient with β-thalassemia major (β-TM) due to ...
An elevated HbA<sub>2</sub> (α2δ2) level (>3.5%) is a well-established diagnostic test...
Molecular identification of affected alleles in the index family with rare mutation(s) and/or intera...
We report on an eight-year-old Brazilian girl with S-β+ thalassemia. The patient had a steady 10.1 g...
One of the most common silent β-thalassemia mutations is the C > T substitution at position -101 wit...
Background: The molecular defects resulting in β-thalassemia phenotype, in the Egyptian population s...
β-Thalassemia (β-thal) is one of the most common monogenic recessive inherited diseases worldwide. T...
Novel -globin gene mutations are still occasionally being reported, especially when evaluating milde...
Among 365 carriers of β-thalassemia, 13 subjects remained uncharacterized after ARMS analysis. Among...
Background β-Thalassemia is rare in sub-Saharan Africa. Previous studies have suggested that it is l...
Hemoglobin (Hb) Grey Lynn is a Hb variant caused by a substitution of Phe for Leu at position 91 of ...
Background: Mutations in β-globin gene may result in β-thalassemia major, which is one of the most c...
BACKGROUND: β -Thalassemia (β-thal) is present in practically every caste group in Indians. Molecu...
[No abstract available]893273275Ho, P.J., Rochette, J., Fisher, C.A., Wonke, B., Jarvis, M.K., Yardu...
The Vietnamese population is ethnically highly heterogeneous and the spectrum of β-thalassemia allel...
A 42-year-old Chinese woman (FP) was the mother of a patient with β-thalassemia major (β-TM) due to ...
An elevated HbA<sub>2</sub> (α2δ2) level (>3.5%) is a well-established diagnostic test...
Molecular identification of affected alleles in the index family with rare mutation(s) and/or intera...
We report on an eight-year-old Brazilian girl with S-β+ thalassemia. The patient had a steady 10.1 g...
One of the most common silent β-thalassemia mutations is the C > T substitution at position -101 wit...
Background: The molecular defects resulting in β-thalassemia phenotype, in the Egyptian population s...
β-Thalassemia (β-thal) is one of the most common monogenic recessive inherited diseases worldwide. T...
Novel -globin gene mutations are still occasionally being reported, especially when evaluating milde...
Among 365 carriers of β-thalassemia, 13 subjects remained uncharacterized after ARMS analysis. Among...
Background β-Thalassemia is rare in sub-Saharan Africa. Previous studies have suggested that it is l...
Hemoglobin (Hb) Grey Lynn is a Hb variant caused by a substitution of Phe for Leu at position 91 of ...
Background: Mutations in β-globin gene may result in β-thalassemia major, which is one of the most c...
BACKGROUND: β -Thalassemia (β-thal) is present in practically every caste group in Indians. Molecu...
[No abstract available]893273275Ho, P.J., Rochette, J., Fisher, C.A., Wonke, B., Jarvis, M.K., Yardu...