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Chapitres
- 00:05Titre
- 01:48Introduction
- 02:51Creation and Preparation of Peptides and Lytic Peptide Conjugates
- 03:43Extraction of Termite Gut Protozoa Under Anaerobic Conditions
- 06:59Binding of Fluorescent-coupled Ligand to Termite Gut Protozoa
- 08:12Binding Ligand-coupled Lytic Peptides to Termite Gut Protozoa
- 09:07Injecting Fluorescent-coupled Ligand into the Termite Hindgut
- 12:08Injecting Ligand-coupled Lytic Peptide into the Termite Hindgut
- 12:59Results: Synthesized Ligand Increases Lytic Peptide Binding and Activity Against Termite Gut Protozoa
- 15:14Conclusion
Vi presentiamo le procedure per dimostrare che ligandi si legano alla membrana superficiale della cellulosa digestione protozoi nell'intestino delle termiti di Formosa sotterraneo usando la microscopia a fluorescenza e che ligandi accoppiato con peptidi litici uccidere questi protozoi<em> In vitro</em> (Anaerobica cultura protozoi) e<em> In vivo</em> (Iniezione nel hindgut termite).
Tags
Protozoacidal ActivityLigand-lytic PeptidesTermite Gut ProtozoaIn VitroIn VivoSubterranean Termite ControlChemical PesticidesHindgutLytic PeptidesProtozoan ParasitesFormosan Subterranean TermiteNonspecific Immune SystemMicroorganismsHigher EukaryotesCell MembranesLigandCancer Cell Membrane Receptor LigandsBreast Cancer CellsNon-specific PeptidesHuman HormonesTargeted Destruction
