We report in this paper a novel thalassemia mutation (insertion of a single A nucleotide within the exon 1, at codon 18, of the beta-globin gene) associated with a deletion of the deltabeta-globin gene region, in a patient exhibiting high persistence of fetal hemoglobin. The novel mutation causes a frameshift with the generation of a UGA stop codon. Analysis of the parent's DNA demonstrates that the A insertion and frameshift mutation are inherited from the father, while the deltabeta-globin gene deletion is inherited from the mother. Gene dosage analysis and deletion-specific PCR demonstrate that the deletion is the (deltabeta)(0) Sicilian deletion, involving a 13.4-kb deltabeta-globin gene region
A novel frameshift mutation (+G) at codons 15/16 in a b0 thalassaemia gene results in a significant ...
Abstract Background The thalassemia syndromes are classified according to the globin chain or chains...
A new frameshift mutation due to an insertion of G between codon 14/1 5 of the $-globin gene was fou...
The analysis of a number of cases of beta-globin thalassemia and hereditary persistence of...
A family was studied in which two inherited defects of the non-alpha-globin cluster segregate: Greek...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)We describe here a new frameshift mutat...
We report a novel thalassemia determinant found in a Nigerian woman living in the Netherlands, resul...
A single base substitution (A-G) at position- 31 within the highly conserved proximal promoter eleme...
In normal humans the fetal stage-specific gamma-globin genes are silenced after birth and not expres...
We describe the clinical and molecular characteristics of two unrelated Brazilian families with an a...
The clinical diversity of thalassemia depends on interaction of diverse genetic defects. We have cha...
In this study we have carried out alpha- and beta-globin gene analysis and defined the beta-globin g...
We describe a new deletional form of gamma delta beta-thalassemia segregating in two generations of ...
We identified and characterized a novel β0-thalassemia mutation due to the deletion of 22 bases...
Summary: A single nucleotide substitution and the effect on the phenotype in an Indonesian family wi...
A novel frameshift mutation (+G) at codons 15/16 in a b0 thalassaemia gene results in a significant ...
Abstract Background The thalassemia syndromes are classified according to the globin chain or chains...
A new frameshift mutation due to an insertion of G between codon 14/1 5 of the $-globin gene was fou...
The analysis of a number of cases of beta-globin thalassemia and hereditary persistence of...
A family was studied in which two inherited defects of the non-alpha-globin cluster segregate: Greek...
Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)We describe here a new frameshift mutat...
We report a novel thalassemia determinant found in a Nigerian woman living in the Netherlands, resul...
A single base substitution (A-G) at position- 31 within the highly conserved proximal promoter eleme...
In normal humans the fetal stage-specific gamma-globin genes are silenced after birth and not expres...
We describe the clinical and molecular characteristics of two unrelated Brazilian families with an a...
The clinical diversity of thalassemia depends on interaction of diverse genetic defects. We have cha...
In this study we have carried out alpha- and beta-globin gene analysis and defined the beta-globin g...
We describe a new deletional form of gamma delta beta-thalassemia segregating in two generations of ...
We identified and characterized a novel β0-thalassemia mutation due to the deletion of 22 bases...
Summary: A single nucleotide substitution and the effect on the phenotype in an Indonesian family wi...
A novel frameshift mutation (+G) at codons 15/16 in a b0 thalassaemia gene results in a significant ...
Abstract Background The thalassemia syndromes are classified according to the globin chain or chains...
A new frameshift mutation due to an insertion of G between codon 14/1 5 of the $-globin gene was fou...