Watch the full webinar here: bit.ly/3UNV4S7
Adeno-associated virus (AAV)-derived vectors have emerged as a promising gene delivery vehicle for a broad range of clinical indications. The liver in particular is an interesting target as it is easily transduced with AAV vectors and allows a persistent expression of the transgene. However, off-target gene transduction remains a significant challenge in the development of successful gene therapeutics; thus, it is crucial to develop efficient organ-specific promoters for gene therapy constructs. While simple in vitro 2D cell culture models are useful for initial higher throughput screening, their limited complexity often results in responses that do not translate to animal models or human patients. Organ-on-a-Chip technology is helping to bridge this gap by enabling researchers to assess gene therapy constructs in a more physiologically relevant microenvironment.
In this webinar, Dr. Rui Sun, Research Scientist at Bayer AG, presented on how he applied the Emulate Liver-Chip to evaluate the transduction efficiency and selectivity of liver-specific AAV promoters.
Learn how the Liver-Chip can be used to:
Improve the evaluation of AAV vector transduction efficiency
Rank order various candidate promoter constructs
Quantify transgene expression efficiency and specificity
Investigate transduction efficiency by cell type
Evaluate promoter efficacy in a liver disease model
#biotech #biotechnology #organchips #organonachip #research #medicine #cellculture #genetherapy #AAV