Publication | Closed Access
Intraocular Delivery of Recombinant Virus
67
Citations
5
References
2003
Year
Synthetic VirologyViral PathogenesisImmunologyFunctional GenesOptogeneticsRetinaVitreous BodyRetinitis PigmentosaGene TransferOphthalmologyNeurovirologyVirologyIntraocular DeliveryCell EngineeringOcular TissueCell BiologyExperimental OphthalmologyGenetic EngineeringGene VectorMedicine
In the past 5 yr, advances in technology have been made that allow efficient somatic transfer of functional genes to target cells in the eye in vivo. The ability to deliver functional genes to these cells is due primarily to the development of viral vectors-viruses in which various replicative functions have been replaced with transgene cassettes. Because progress continues in developing new vectors and refining those that are already available, the field has moved past the step of actually proving that gene transfer is possible to one where vectors are used (experimentally) for therapeutic purposes. In fact, proofs of principle of virus-based retinal gene therapy have been achieved in relevant animal models for retinitis pigmentosa (1-3).
| Year | Citations | |
|---|---|---|
Page 1
Page 1