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Research areas
The main research emphases in the various faculties are as follows:
Faculty of Business and Information Technology
The core areas of research are
- information technology, including data and telecommunications technology and software technology
- essential areas of business administration, especially business operation of SMEs, entrepreneurship and regional development
- mathematics of control and systems technology, mathematics of biosciences and information technology
Faculty of Medicine
The core areas of research are
- genetic and molecular background, prevention and treatment of major chronic diseases
- neurosciences
- medical imaging
Faculty of Natural and Environmental Sciences
The core areas of research are
- biochemistry and bioinformatics
- biotechnology
- biochemistry
- environmental physics and computational physics, health care technology
- environmental health
- research on global change
- environmental informatics, environmental technology
Faculty of Pharmacy
The strategic research areas of the Faculty are
- Drug development
- Drug-like properties of drug substances (ADMET research)
- New drug formulations and process analysis techniques (PAT)
- Evaluation of efficacy of drug treatment
The research and further development of high-class analytical procedures is a research area, which supports the development of other research areas.
There are also research areas, which have high importance for the society. These are:
- Geriatric drug therapy
- Pediatric medication
- Impacts of political decision making concerning medicines
- Toxicological research on mechanisms involved in toxicity and toxicokinetics
Faculty of Social Sciences
The core areas of research are
- administrative and economic research of service systems in the social and health sector
- social capital, human security and life management
- issues related to the history of learning and to methodology
- health and well-being of children and families
A. I. Virtanen Institute for Molecular Sciences
The core areas of research are
- biotechnology, especially animal biotechnology
- molecular medicine, especially gene therapy and gene transfer technology
- neurobiology, especially the neurobiology of diseases affecting the central nervous system and the development of disease models
- biological imaging in cells and laboratory animals
Updated: 15.08.2007 Marianne Mustonen
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