40,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
payback
20 °P sammeln
  • Broschiertes Buch

In haematological malignancies, many chromosomal abnormalities can be identified, both in number and structure. They have the particularity of being acquired and evolving in clonal fashion. Various types of chromosomal abnormality have been identified in solid tumours. In addition to cytological and histological data, identification of a genetic anomaly is an integral part of the diagnostic process for haematological malignancies and certain solid tumours. Identification of these abnormalities also plays a part in prognostic stratification and therapeutic choices, and enables assessment of…mehr

Produktbeschreibung
In haematological malignancies, many chromosomal abnormalities can be identified, both in number and structure. They have the particularity of being acquired and evolving in clonal fashion. Various types of chromosomal abnormality have been identified in solid tumours. In addition to cytological and histological data, identification of a genetic anomaly is an integral part of the diagnostic process for haematological malignancies and certain solid tumours. Identification of these abnormalities also plays a part in prognostic stratification and therapeutic choices, and enables assessment of residual disease after treatment. Chromosomal abnormalities detected in haematological malignancies are acquired (restricted to the malignant clone), clonal, primary or secondary. Primary cytogenetic abnormalities are generally specific to a disease entity, whereas secondary abnormalities may be less specific; the latter reflect the evolution of the malignant clone and testify to its genetic instability.
Autorenporträt
I studied biology at the University of Oran, then went on to specialise in genetics at the Djilalli Liabes University in Sidi Bel Abbes, where I continued my professional career. I now have a doctorate and a habilitation in cytogenetics, and I've been working as a teacher-researcher for 20 years.