Abstract: This invention includes methods for increasing the efficiency of transduction of cells, including non-dividing cells, by recombinant AAV vectors. The methods utilize agents that alter certain aspects of DNA metabolism, more specifically, that affect DNA synthesis and/or affect repair, that impact on maintenance of chromosomal integrity, and/or that cause damage to the cellular DNA. Agents and vectors can now also be preselected and screened for transducing ability and/or transducing agents for their effect on DNA metabolism. These agents include tritiated nucleotides such as thymidine, gamma irradiation, UV irradiation, cis-platinum, etoposide, hydroxyurea and aphidicolin.

Abstract: The invention includes methods for increasing the efficiency of transduction of cells, including non-dividing cells, by recombinant AAV vectors. The methods utilize agents that alter certain aspects of DNA metabolism, more specifically, that affect DNA synthesis and/or affect repair, that impact on maintenance of chromosomal integrity, and/or that cause damage to the cellular DNA. Agents and vectors can now also be preselected and screened for transducing ability and/or transducing agents for their effect on DNA metabolism. These agents include tritiated nucleotides such as thymidine, gamma irradiation, UV irradiation, cis-platinum, etoposide, hydroxyurea and aphidicolin.