Transposon-host cell interactions in the regulation of Sleeping Beauty transposition

Item Type:	Article
Title:	Transposon-host cell interactions in the regulation of Sleeping Beauty transposition
Creators Name:	Walisko, O. and Jursch, T. and Izsvak, Z. and Ivics, Z.
Abstract:	The mobility of transposable elements in natural populations is usually strictly regulated in order to preserve genomic stability. It is believed that the fine control of transposon movement is brought about by both transposon- and host cell-encoded factors and mechanisms. The Sleeping Beauty (SB) transposon is a reconstructed element, the first ever shown to be active in any vertebrate-derived cell. SB not only represents a powerful gene vector system for genomic manipulations in vertebrate species, but also has been serving as a useful experimental system to address transposon-host cell interactions at the molecular level. We have established that, in addition to the element-encoded transposase, cellular factors are involved in SB transposition and its regulation. Here we review regulatory mechanisms affecting transposition, with a special emphasis on only those that have been described for the SB element. Regulatory processes that act on the levels of transcription, chromatin, cell-cycle regulation, double-strand DNA break repair, and target site selection will be presented.
Source:	Genome Dynamics and Stability
Series Name:	Genome Dynamics and Stability
Title of Book:	Transposons and the Dynamic Genome
ISSN:	1861-3373
ISBN:	978-3-642-02004-9
Publisher:	Springer
Volume:	4
Page Range:	109-132
Date:	2009
Official Publication:	https://doi.org/10.1007/7050_2008_042

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