# of Displayed Technologies: 3 / 3


Reducing AAV Genome Truncations by Introducing G-T Mismatches in DNA Sequence
TS-005788 — This improved AAV vector–design strategy significantly reduces genome truncations caused by micro‑RNA–derived DNA hairpins during viral replication, introducing targeted point mutations within the DNA sequence encoding the micro‑RNA passenger strand. This innovation improves AAV batch quality, enhances efficacy and safety of micro‑RNA–based gene therapies, and reduces manufacturing cost.
  • College:
  • Inventors: Harper, Scott; McCoy, Jason; Taylor, Noah; Wallace, Lindsay
  • Licensing Officer: Eidahl, Jocelyn

Platform Approach to Potency Assay Development for AAV Vectors Delivering micro-RNAs
TS-004703 — For AAVs that harbor gene knockdown machinery, this IP is a novel potency assay development for release testing that creates a HEK293T stable cell line to integrate two genetic components.
  • College:
  • Inventors: Harper, Scott; McCoy, Jason; Taylor, Noah; Wallace, Lindsay
  • Licensing Officer: Eidahl, Jocelyn

Improving AAV Vector Manufacturing using a Novel AAV Proviral Plasmid
TS-004598 — This system may help improve the safety of AAV vector products by decreasing cross-packaged bacterial sequences, increasing correctly packaged AAV payloads and blunting ITR-driven transcription of cross-packaged material to avoid expressing potentially toxic bacterial sequences.
This study describes a new AAV proviral plasmid for vector manufacturing that significantly decreases cross-packaged bacterial sequences; increases correctly packaged AAV payloads; and blunts ITR-driven transcription of cross-packaged material to avoid expressing potentially toxic bacterial sequence…
  • College:
  • Inventors: Harper, Scott; Guggenbiller, Matthew; Taylor, Noah
  • Licensing Officer: Eidahl, Jocelyn

Loading icon