[Progress of human gene therapy].
Yasufumi Kaneda
Abstract
Yasufumi Kaneda
Abstract
Much attention has been paid to gene therapy since 1990's. No remarkable success has been achieved and several serious adverse effects such as leukemia in X-SCID gene therapy have been reported. Nevertheless, trials to treat hereditary disease, cancers and cardiovascular disease using therapeutic gene-loaded vectors are continuously being performed. Recently, some gene drugs such as p53-loaded adenovirus vector, oncolytic adenovirus and HGF plasmid DNA are produced and remain to be commercially available. Stem cell-based gene therapy will be main focus in hereditary disease gene therapy. In cancer gene therapy, regulation of anti-tumor immunity and improvement of gene-modified oncolytic virus will be more fully investigated.
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Much attention has been paid to gene therapy since 1990's. No remarkable success has been achieved and several serious adverse effects such as leukemia in X-SCID gene therapy have been reported. Nevertheless, trials to treat hereditary disease, cancers and cardiovascular disease using therapeutic gene-loaded vectors are continuously being performed. Recently, some gene drugs such as p53-loaded adenovirus vector, oncolytic adenovirus and HGF plasmid DNA are produced and remain to be commercially available. Stem cell-based gene therapy will be main focus in hereditary disease gene therapy. In cancer gene therapy, regulation of anti-tumor immunity and improvement of gene-modified oncolytic virus will be more fully investigated.
Key concepts: Genetic enhancement, Oncolytic virus, Oncolytic adenovirus, Medicine, Disease, Gene, Viral vector, Cancer research