Linear Hygromycin Marker is a short ds DNA fragment consisting of the hygromycin resistance gene regulated by the SV40 promoter and ending with the SV40 polyadenylation signal. The 2.1-kb marker is compatible with any expression vector (including Tet System vectors) for generating stable transfectants using CalPhos transfection reagent or a liposome-mediated transfection protocol.
Overview
Both the linear selection markers and the pTK-Hyg Vector and pPur Vector may be used in cotransfections to establish stable cell lines
Linear selection markers require you to screen fewer clones, resulting in more positive clones than when circular plasmid markers are used
Linear selection markers are ideal for use with all Takara Bio's Tet-On and Tet-Off Inducible Expression Systems—screen fewer candidates and find more highly inducible clones
Cotransfection of a hygromycin or puromycin linear selection marker achieves a higher number of positive clones than using either a single response vector containing a selection marker, or cotransfecting with a circular selection marker
Cotransfection of a hygromycin or puromycin linear selection marker achieves a higher number of positive clones than using either a single response vector containing a selection marker, or cotransfecting with a circular selection marker.
Linear Hygromycin Marker is a short ds DNA fragment consisting of the hygromycin resistance gene regulated by the SV40 promoter and ending with the SV40 polyadenylation signal. The 2.1-kb marker is compatible with any expression vector (including Tet System vectors) for generating stable transfectants using CalPhos transfection reagent or a liposome-mediated transfection protocol.
Overview
Both the linear selection markers and the pTK-Hyg Vector and pPur Vector may be used in cotransfections to establish stable cell lines
Linear selection markers require you to screen fewer clones, resulting in more positive clones than when circular plasmid markers are used
Linear selection markers are ideal for use with all Takara Bio's Tet-On and Tet-Off Inducible Expression Systems—screen fewer candidates and find more highly inducible clones
Cotransfection of a hygromycin or puromycin linear selection marker achieves a higher number of positive clones than using either a single response vector containing a selection marker, or cotransfecting with a circular selection marker
Cotransfection of a hygromycin or puromycin linear selection marker achieves a higher number of positive clones than using either a single response vector containing a selection marker, or cotransfecting with a circular selection marker.