|
TRAINING BOARD:
Prof. András Guttman, HLBS, Innsbruck, Austria
Dr. Günther Stecher, University of Innsbruck, Austria
Dr. Christian Huck, University of Innsbruck, Austria
The Horváth Laboratory of Bioseparation Sciences also
serves as an important training center in Central and
Eastern European, as well as, Austrian academic life.
The Laboratory will host visiting scientists from all over
the world, but especially from the newly joined Eastern European
countries for education and training purposes, also providing
temporary relief from their administrative and teaching obligations,
thereby allowing them to fully concentrate on their chosen
research plan. The Laboratory will also serve as a transition
base for scientists returning from the US to the EU, especially
to the newly joined Eastern European countries. Typical fellowships
awarded by the European Commission or other granting agencies
are envisioned to last up to several academic years. The average
number of invited fellows staying at the Laboratory at any
given time is planned to be about 6-10 scientists per year.
We expect most of the research fellows to come with a genomics,
proteomics and/or metabolomics background to study how novel
bioseparation tools can be efficiently utilized in biomedical
and life science research.
Besides the regular research programs, short term training
courses are also offered in the following fields of bioseparation
sciences:
• HPLC and microbore HPLC:
Principles and basic separation modes, Microbore columns,
Preparative applications, Advanced methods development and
validation, Practical troubleshooting, Bioanalytical LC-MS,
Drylab, Latest advances.
• Capillary electrophoresis (CE)
and Capillary Electrochromatography (CEC):
Basic principles
of CE and CEC, Capillary column technology, Capillary gel
electrophoresis; CE and CEC equipment, Biomolecular applications,
Sequencing and genotyping, Small molecule analysis, CE-MS,
Practical methods Development, Validation and system suitability.
• Microchip Electrophoresis:
Introduction to lab-on-a-chip systems, Micro-electrophoresis
devices, Microfabrication techniques, Modeling and computer
simulation, Injection and separation, Ultrathin-layer gel
electrophoresis, Applications, Integrated Systems, Microreactors
and unit operations
• Hyphenated Techniques of micro
LC-MS, CE-MS, CEC-MS and CE-NMR
|
projects
Theoretical
and Practical Aspects of Capillary Elektrochromatography
