10 research outputs found
"First trimester prenatal diagnosis of cystic fibrosis using the polymerase chain reaction: report of 8 cases"
Association of pediatric Crhon disease with principal variant of Card 15 but not with SLC22A4, SLC22A5, and DLG5
"Screening of Neurofibromatosis Type I gene: identification of a large deletion and of an intronic variant"
Looking for unliked ADPKD families in a sample of affected kindreds from Central and Southern Italy
"Two mosaic-YY males carrying asymmetric Y chromosomes"
Two patients were referred because of oligospermia and azospermia, respectively. Karyotypic analysis revealed two mosaic-YY males carrying asymmetric Y chromosomes. To our knowledge, no instance of double unequal Y chromosomes has been reported so far in human males. Results of fluorescent in situ hybridization (FISH) studies in spermatozoa from one of these patients revealed a significantly high number of hyperaploid spermatozoa
"Search for South European cystic fibrosis mutations: identification of two new mutations, four variants, and intronic sequences"
The major mutation in the cystic fibrosis (CF) gene is a 3-bp deletion (delta F508) in exon 10. About 50% of the CF chromosomes in Southern Europe carry this mutation, while other previously described mutations account for less than 4%. To identify other common mutations in CF patients from the Mediterranean area, we have sequenced, exon by exon, 16 chromosomes that did not show the delta F508 deletion from a selected panel of eight unrelated CF patients. We describe here one missense and one nonsense mutation, and four sequence polymorphisms. We have also found two previously reported mutations in three chromosomes. Overall, these mutations may account for about 20% of CF alleles in the Italian and Spanish populations. No other mutations were detected in 10 out of 16 CF chromosomes after analyzing about 90% of the coding region of the CF gene, and 39 out of 54 intron/exon boundaries. Therefore, about 26% of CF mutations remain to be identified. In addition we provide the intron/exon boundary sequences for exons 4 to 9. These results together with previously reported linkage data suggest that in the Mediterranean populations further mutations may lie in the promoter region, or in intron sequences not yet analyzed