Schedule
Overview
Experiments to be performed during the course
Unless stated otherwise, the experiments are performed as hands-on training.
Experiment 1: Galleria mellonella as alternative infection model
Exp. 1-1: Introduction of Exp. 1 (theory)
Exp. 1-2: infection of Galleria mellonella larvae
Exp. 1-3 daily: screening of pathogenicity
Experiment 2: Caenorhabditis elegans as alternative infection model
Exp. 2-1: Introduction of Exp. 2 (theory)
Exp. 2-2: infection of Caenorhabditis elegans worms
Exp. 2-3 daily: screening of pathogenicity
Experiment 3: Embryonated eggs as alternative non-mammalian infection model
Exp. 3-1: introduction of Exp. 3 (theory)
Exp. 3-2: infection of embryonated chicken eggs with different fungal species
Exp. 3-3 daily: screening of embryonic viability by candling
Experiment 4: Zebrafish facility at the FLI – guided tour (no hands-on training)
Experiment 5: Amoeba as natural phagocytes - Interaction with A. fumigatus
Exp. 5-1: introduction, amoeba as models for infection and pathogenicity
Exp. 5-2: methods for amoeba handling and cultivation
Exp. 5-3: fungal cells as food sources for amoeba
Exp. 5-4: phagocytic uptake and processing of conidia from A. fumigatus
Experiment 6: Interaction of C. albicans with primary immune cells
Exp. 6-1: introduction (theory);
Different isolation methods for immune cells from human blood
Exp. 6-2: Isolation of PBMCs from human blood
Exp. 6-3: PBMC stimulation and inhibition of specific pathways in immune cells
Exp. 6-4: Macrophage lysis by Candida albicans
Exp. 6-5: ELISA
Experiment 7: Epithelial cells as infection model
Exp. 7-1: introduction (theory)
Exp. 7-2: infection of monolayers (oral and intestinal)
Exp. 7-3: determination of adhesion, preparation of invasion assays (induced endocytosis and active penetration)
Exp. 7-4: determination of damage
Exp. 7-5: quantification of invasion