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Chapters
- 00:05Title
- 02:02Induction of Fusion by PEG
- 05:04Immunofluorescence to Determine Fusion Efficiency
- 07:21Co-culture and Transfection of a Fusogenic PFV Glycoprotein
- 08:24Infection Assay
- 09:33Visualization of Cell Fusion
- 10:56Results: Using Heterokaryon Formation to Assess the Influence of Dominant Restrictions on the HCV Life Cycle
- 16:23Conclusion
We describe two methods for conditional trans-complementation of hepatitis C virus (HCV) assembly and the completion of the full viral life cycle, which rely on heterokaryon formation. These techniques are suitable to screen for cell lines that express dominant restriction factors, which preclude production of infectious HCV progeny.
Tags
Heterokaryon FormationHCV Restriction FactorsHCV ReplicationHost-rangeChimpanzeesHCV RNA ReplicationNon-hepatic Cell LinesMurine Cell LinesSelection ProceduresHCV Replicon ConstructsAntibiotic-selectable MarkersIn Vitro ResearchHepatoma Cell LinesViral Life CycleSpecies TropismImmunocompetent Small Animal ModelGenetic IncompatibilityHost Dependency FactorsRestriction FactorsConditional Trans-complementation MethodsSomatic Cell FusionViral Replication CycleHeterokaryonsTrans-complementationInfectious Viral ProgenySubgenomic HCV Rep
