Erstellt von gina_evans0312
vor mehr als 10 Jahre
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Frage | Antworten |
Entry Type | Fusion from Without |
Initial Protein-Protein Interation During Entry | CD4 (on host lymph) and Gp120 on HIV virus |
Secondary Protein-Protein Interation | Cd4 Co-Receptors and viral proteins cause membrane fusion |
Replication- Partial Uncoating | Endosome partially uncoats, but genome is still held inside the protein |
Genome Organisation- RNA Conversion | Inside capsule, RNA is converted to ds DNA |
Genome Organisation- RNA Conversion (1-RNA Primers) | RNA Primers, using the ss RNA as a template, create a strand of cDNA |
Genome Organisation- RNA Conversion (2-5' End) | cDNA creation begins at the 5' end and creates a copy of the LTR region |
Genome Organisation- RNA Conversion (3-LTR Copy) | This is moved to the 3' end, and used as a primer to copy the whole genome in ssDNA form |
Genome Organisation- RNA Conversion (4-RNAase H) | RNAase H destroys the ssRNA part of the genome, leaving only PP, which is used as a primer for the second strand |
Genome Organisation- RNA Conversion (?- Circular Intermediate) | There is a possible circular intermediate whilst the 2nd strand is being made |
Genome Organisation- RNA Conversion (5- DNA LTR) | The LTR of the ds DNA is longer than the LTR on the original RNA |
Integration- PIC | The dsDNA, still inside the protein coat, is transported to the nucleus as the Pre-Integration Complex |
Integration- Integrase | Integrase will integrate the ds DNA pretty much anywhere |
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