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[Identification of marker chromosomes and complex chromosomal translocations, using non radioactive in situ hybridization, in malignant hemopathies].

M Espadaler, Ana Aventín, G A Martín-Henao, Eduardo Moltó

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Abstract

We describe five patients with hematological malignancies in which fluorescence in situ hybridization technique (FISH) has been combined with classical cytogenetic study for characterizing chromosomal abnormalities. Three of them were chromosome Philadelphia positive; using a 22 chromosome painting probe it was confirmed the presence or absence of a variant complex translocation. In patients 4 and 5, the karyotype showed a marker chromosome which was definitively identified by FISH as a deletion of X chromosome and a 18 ring chromosome, respectively. The value of this methodology in the cytogenetic diagnosis of hematological malignancies is commented.

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What this paper is about

We describe five patients with hematological malignancies in which fluorescence in situ hybridization technique (FISH) has been combined with classical cytogenetic study for characterizing chromosomal abnormalities. Three of them were chromosome Philadelphia positive; using a 22 chromosome painting probe it was confirmed the presence or absence of a variant complex translocation. In patients 4 and 5, the karyotype showed a marker chromosome which was definitively identified by FISH as a deletion of X chromosome and a 18 ring chromosome, respectively. The value of this methodology in the cytogenetic diagnosis of hematological malignancies is commented.

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Available abstract

We describe five patients with hematological malignancies in which fluorescence in situ hybridization technique (FISH) has been combined with classical cytogenetic study for characterizing chromosomal abnormalities. Three of them were chromosome Philadelphia positive; using a 22 chromosome painting probe it was confirmed the presence or absence of a variant complex translocation. In patients 4 and 5, the karyotype showed a marker chromosome which was definitively identified by FISH as a deletion of X chromosome and a 18 ring chromosome, respectively. The value of this methodology in the cytogenetic diagnosis of hematological malignancies is commented.

Key concepts: Chromosomal translocation, Fluorescence in situ hybridization, Karyotype, Chromosome, Marker chromosome, Biology, Fish <Actinopterygii>, In situ hybridization

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[Identification of marker chromosomes and complex chromosomal translocations, using non radioactive in situ hybridization, in malignant hemopathies]. — Research Paper | ScholarLens