This is an intensive lecture course focused on popular experimental models used on Neurobiological research. The course aims to explore the main attributes of various experimental systems that makes them suitable to or preferable to address particular types of questions and the depth and generality of answers thus obtained.
Interdisciplinary approach to functional neurobiology and its tools including transgenics, RNA interference, particular usefulness and contributions of selected model systems. Total 33 class hours
Each system will be examined/presented along the following axes:
1. Cultured neuron models
Advantages, uses, transfections
Models and examples for Neurochemistry, cultured systems as discovery tools
2. C elegans:
Advantages for Neurobiological research, transgenics, RNAi
Signaling, aging, disease models
3. Drosophila
Advantages for Neurobiological research, transgenics, tools
Neurogenetics, sensory and cognitive models
Cognitive and neurodegenerative disease models , pharmacogenetics
4. Mouse
Advantages for Neurobiological research, transgenics
Cognitive models and methods, neuropharmacology
Neurodegenerative models and applications
Rat models, cognitive and neuropharmacology models