Abstract. Approximately one third of soft tissue tumors are characterized by chromosomal aberrations, in particular, translocations and amplifications, which appear to be highly specific. The identification of fusion transcripts not only supports the diagnosis, but provides the basis for the devel-opment of novel therapeutic strategies aimed at blocking the aberrant activity of chimeric proteins. Molecular biology, and in particular, cytogenetic and qualitative and quantita-tive polymerase chain reaction technologies, allow with high efficiency and specificity, the determination of specific fusion transcripts resulting from chromosomal translocations, as well as the analysis of gene amplifications. In this review, various molecular techniqu...
Pediatric solid tumors have many histologic similarity. These tumors contained small round cell type...
[Background] Recent rapid advances in molecular biology have led the discovery of disease-specific n...
Cancer arises because of genetic changes in somatic cells, eventually giving rise to overt malignanc...
Chromosomal rearrangements resulting in the fusion of coding parts from two genes or in the exchange...
Gene fusions have been described in approximately one-third of soft tissue tumors (STT); of the 142 ...
Introduction: Over the past decades, an increasing number of chromosomal translocations have been fo...
This article concerns the contribution of new technological advances in the field of molecular genet...
Gene fusions are neoplasia-associated mutations arising from structural chromosomal rearrangements. ...
Structural chromosome rearrangements may result in the exchange of coding or regulatory DNA sequence...
Abstract: Chromosomal rearrangements are important drivers in cancer, and their robust detection is ...
The new technologies of molecular biology have provided remarkable insights into many aspects of tum...
Purpose : Pediatric soft tissue sarcomas have many similarity among different tumors. These tumors p...
Given the known association of gene fusions with solid tumor morbidity and the need to clarify the r...
Diagnostic histopathology of soft tissue tumors can be troublesome as many entities are quite rare a...
Tumors of bone and soft tissue are common but only constitute 1 % of all malignant tumors. The malig...
Pediatric solid tumors have many histologic similarity. These tumors contained small round cell type...
[Background] Recent rapid advances in molecular biology have led the discovery of disease-specific n...
Cancer arises because of genetic changes in somatic cells, eventually giving rise to overt malignanc...
Chromosomal rearrangements resulting in the fusion of coding parts from two genes or in the exchange...
Gene fusions have been described in approximately one-third of soft tissue tumors (STT); of the 142 ...
Introduction: Over the past decades, an increasing number of chromosomal translocations have been fo...
This article concerns the contribution of new technological advances in the field of molecular genet...
Gene fusions are neoplasia-associated mutations arising from structural chromosomal rearrangements. ...
Structural chromosome rearrangements may result in the exchange of coding or regulatory DNA sequence...
Abstract: Chromosomal rearrangements are important drivers in cancer, and their robust detection is ...
The new technologies of molecular biology have provided remarkable insights into many aspects of tum...
Purpose : Pediatric soft tissue sarcomas have many similarity among different tumors. These tumors p...
Given the known association of gene fusions with solid tumor morbidity and the need to clarify the r...
Diagnostic histopathology of soft tissue tumors can be troublesome as many entities are quite rare a...
Tumors of bone and soft tissue are common but only constitute 1 % of all malignant tumors. The malig...
Pediatric solid tumors have many histologic similarity. These tumors contained small round cell type...
[Background] Recent rapid advances in molecular biology have led the discovery of disease-specific n...
Cancer arises because of genetic changes in somatic cells, eventually giving rise to overt malignanc...