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Tremendous progress has been achieved during the last decades in electroporation-based technologies for medicine. Understanding the basic underlying mechanisms of gene delivery opens the way for clinical gene therapy and DNA vaccination.This review focuses on the use of gene electrotherapy in cutaneous tissue repair and how it affects healing.Gene electrotherapy is safe, efficient and promising as shown by the increasing number of publications reporting evidence for its potential in wound healing. Going deeper into the mechanisms of DNA delivery and expression as well as into skin regeneration at the molecular, cellular and tissues levels will help make it an attractive approach for the treatment of skin pathologies in general.

作者:Laure, Gibot;Marie-Pierre, Rols

来源:Expert opinion on biological therapy 2016 年 16卷 1期

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作者:
Laure, Gibot;Marie-Pierre, Rols
来源:
Expert opinion on biological therapy 2016 年 16卷 1期
标签:
electric field electroporation gene electrotransfer plasmid regenerative medicine
Tremendous progress has been achieved during the last decades in electroporation-based technologies for medicine. Understanding the basic underlying mechanisms of gene delivery opens the way for clinical gene therapy and DNA vaccination.This review focuses on the use of gene electrotherapy in cutaneous tissue repair and how it affects healing.Gene electrotherapy is safe, efficient and promising as shown by the increasing number of publications reporting evidence for its potential in wound healing. Going deeper into the mechanisms of DNA delivery and expression as well as into skin regeneration at the molecular, cellular and tissues levels will help make it an attractive approach for the treatment of skin pathologies in general.