Courses for MD and PhD students
From molecules to function
SPIN Lecture (VU1 #000042)
Location: Seminar Room in the Institute of Pharmacology, 2. floor, Peter-Mayr-Str. 1
Dates: 24.11.; 1.12; 15.12.; 12.1.; 19.1.; 26.1.; 2.2. from 5-7 pm
Topics and keywords here
Comparative and functional neuroanatomy with particular reference to the human and the rodent brain (Summer Semester)
Location: Seminar Room in the Institute of Pharmacology, 2. floor, Peter-Mayr-Str. 1
Dates: On request. Send email to Prof Klimaschewski if you want to participate
Aims:
- apply the comparative method to understand the evolution of the nervous system
- understand the phylogeny of the brain – from fish to humans
- study the homology and analogy between species (phylogeny versus adaptation)
- aquire the anatomical overview of the nervous system and identify major parts of the human and rodent brain
- analyze anatomical and physiological relationships in all major functional brain systems
- gain knowledge about brain evolution, adaptation and behavior
- understand and learn to perform basic neuromorphological laboratory techniques
Neuronal imaging techniques (Summer and Winter Semester)
Location: Division of Neuroanatomy, Müllerstraße 59, 1st floor
Dates: On request. Send email to Dr Irschick if you want to participate
Aims:
- review neurohistological laboratory methods
- learn about the different microscopical techniques
- understand the basics of image acquisition and image manipulation
- perform morphometry of neurons and glial cells after standard and fluorescent labeling of cultures or sections
- analyze cell-by-cell wavelength-specific stained area, measure integrated and average intensities, perform cell counts in binary images, determine axonal length and branching
- learn about the Biooptics facility at MUI
For SPIN students a seminar about 'Functional Neuroanatomy' is offered in the winter semester 2010 (Course #042035) by Professores Klimaschewski, Schwarzer and Ferraguti. Handouts for this course and for the SPIN/PhD basic lecture 'Signal Processing in Neurons' (part 'Neuronal and Glial Cell Biology') are available on request.



