Human SCs play a primary role in SWN, a rare genetic disorder in which patients develop multiple schwannomas. So that, their isolation and immortalization could represent an irreplaceable tool to investigate the disease etiopathology. Although few clones of tumoural SCs have been obtained, unfortunately they present genetic, morphological and biological characteristics that do not fully represent the original cells. Herein we isolated, characterized and immortalized primary SCs from human schwannomas. Our immortalized human SCs present typical NF2 and LTZR1 genetic mutations of SWN and retain original phenotype characteristics, representing a valuable tool for further genetic, functional and biomolecular in vitro studies.

Typical NF2 and LTZR1 mutations are retained in an immortalized human schwann cell model of schwannomatosis / V. Melfi, T. Mohamed, A. Colciago, A. Fasciani, R. De Francesco, D. Bettio, C. Cerqua, F. Boaretto, E. Basso, S. Ferraresi, M. Montini, M. Eoli, L. Papi, E. Trevisson, V. Magnaghi. - In: HELIYON. - ISSN 2405-8440. - 10:19(2024 Oct 15), pp. e38957.1-e38957.11. [10.1016/j.heliyon.2024.e38957]

Typical NF2 and LTZR1 mutations are retained in an immortalized human schwann cell model of schwannomatosis

V. Melfi
Co-primo
;
T. Mohamed
Co-primo
;
A. Colciago;R. De Francesco;V. Magnaghi
Ultimo
2024

Abstract

Human SCs play a primary role in SWN, a rare genetic disorder in which patients develop multiple schwannomas. So that, their isolation and immortalization could represent an irreplaceable tool to investigate the disease etiopathology. Although few clones of tumoural SCs have been obtained, unfortunately they present genetic, morphological and biological characteristics that do not fully represent the original cells. Herein we isolated, characterized and immortalized primary SCs from human schwannomas. Our immortalized human SCs present typical NF2 and LTZR1 genetic mutations of SWN and retain original phenotype characteristics, representing a valuable tool for further genetic, functional and biomolecular in vitro studies.
Settore BIOS-06/A - Fisiologia
15-ott-2024
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1116610
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