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A New Cationic Liposome DNA Complex Enhances the Efficiency of Arterial Gene Transfer In Vivo
Stephan, Dominique J.; Yang, Zhi-Yong; San, Hong; Simari, Robert D.; Wheeler, Carl J.; Felgner, Philip L.; Gordon, David; Nabel, Gary J.; Nabel, Elizabeth G.
Stephan, Dominique J.; Yang, Zhi-Yong; San, Hong; Simari, Robert D.; Wheeler, Carl J.; Felgner, Philip L.; Gordon, David; Nabel, Gary J.; Nabel, Elizabeth G.
1996-10-01
Citation:Stephan, Dominique J.; Yang, Zhi-Yong; San, Hong; Simari, Robert D.; Wheeler, Carl J.; Felgner, Philip L.; Gordon, David; Nabel, Gary J.; Nabel, Elizabeth G. (1996). "A New Cationic Liposome DNA Complex Enhances the Efficiency of Arterial Gene Transfer In Vivo." Human Gene Therapy 7(15): 1803-1812 <http://hdl.handle.net/2027.42/63105>
Abstract: Overview summary GAP-DLRIE/DOPE, a new cationic liposome preparation, is an efficient liposomal vector that increases gene expression in arteries compared to naked DNA or previously described cationic DNA–liposome complexes by more than 15-fold. Although less efficient than adenoviral gene transfer, these levels of gene expression represent a significant improvement in liposome transfection in vivo and approach levels observed with clinically acceptable doses of adenoviral vectors. The improvement in gene expression, together with the relative safety associated with liposomal gene transfer, suggests that such nonviral vectors may be appropriate for human gene therapy protocols which utilize catheter-based gene delivery.