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Capítulos
- 00:05Título
- 02:00Helper-dependent Adenoviral Vector Production and Amplification
- 05:02Large Scale HDAd Production
- 07:13Vector Purification
- 11:19Treatment of Diabetic Mice by HDAd-Ngn3 and -Btc
- 13:08Evidence for Neo-islet Formation in Liver: Representative Results
- 16:14Conclusion
Wir beschreiben hepatische neo-Inselzellen Formation in STZ (Streptozotocin)-induzierte diabetische Mäuse durch Gentransfer von Neurogenin3 (Ngn3) und Betacellulin (BTC) Verwendung von Helfer-abhängigen Adenovirus-Vektor (HDAd) und der Umkehrung von Hyperglykämie. Unsere Methode nutzt die Vorteile von Helfer-abhängigen Adenovirus-Vektoren mit ihren hocheffizienten in vivo Transduktion und der lang anhaltende Genexpression.
Tags
Neo-Islet FormationLiverDiabetic MiceHelper-dependent Adenoviral Vector-Mediated Gene TransferType 1 DiabetesT Cell-mediated Autoimmune DestructionInsulin-producing CellsPancreasInsulin ReplacementIslet TransplantationDonor AvailabilityLong-term ImmunosuppressionInduced Islet NeogenesisGene TransferNeuogenin3 (Ngn3)Islet Lineage-defining Specific Transcription FactorBetacellulin (Btc)Islet Growth FactorAdenoviral Vectors (Ads)Gene Transfer VectorEarly Generation AdsSafety ProfileTransgene ExpressionChronic ToxicityViral Coding SequencesAd Cis ElementsVector Replication And PackagingProtocolHDAd-Ngn3HDAd-BtcSTZ-induced Diabetic Mice‘neo Islets’LiverHyperglycemia
