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GRK 1906:  Computational Methods for the Analysis of the Diversity and Dynamics of Genomes

Subject Area Basic Research in Biology and Medicine
Computer Science
Mathematics
Term from 2013 to 2018
Project identifier Deutsche Forschungsgemeinschaft (DFG) - Project number 221270173
 
It is a common trend in many of the natural sciences that experimental data production surpasses the capabilities of data interpretation. Through the technological advances not only more genomic data are produced, but also new scientific questions can and will be addressed, like single-cell or metagenomics studies. Many of these questions have in common that they regard the relationship of individuals within larger populations. Understanding both the variation between individuals (diversity) and the change in populations over time (dynamics) are essential to fully comprehend biological systems. In the Research Training Group, we intend to train young academics to be able to develop methods of high importance for the practical analysis of genome diversity and dynamics. In contrast to other programmes that focus on the application of established methods and their adaptation to the new data types, we will direct our research to the specific new algorithms required for questions of diversity and dynamics, and to the computational paradigms to be exploited for their successful application in practice. This encompasses research in five main areas: (1) enhancing computational capacity, (2) basic storage and retrieval, (3) algorithms for analysis of sequential data, (4) algorithms for analysis of structural and network data and (5) methods for interactive analysis and visualisation of results.
DFG Programme International Research Training Groups
International Connection Canada
Applicant Institution Universität Bielefeld
IRTG-Partner: Spokesperson Professor Dr. S. Cenk Sahinalp
 
 

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