Dr. Knut Finstermeier

Computational analysis of next generation sequencing data sets derived from B- and T-cell receptors in humans and mice. Development of new analysis methods and contribution to the design of new experimental assays, Analyses and QC automation.

Computational analysis of next generation sequencing data sets derived from B- and T-cell receptors in humans and mice. Development of new analysis methods and contribution to the design of new experimental assays. Analyses and QC automation.

Setting up a new NGS laboratory (Illumina and Roche 454 technologies) and teaching of protocols and experimental techniques to students and technicians. Implementation and supervision of NGS projects (targeted resequencing via long-range PCR in human, ChIP-Seq of human transcription factors, preparation of mate pair libraries from human DNA, and bacterial shot-gun sequencing and assembly). Performing downstream data analysis, development of custom analysis approaches.

Study of mitochondrial diversity in highly-divergent Strepsirrhini species. Performing pooled hybridization capture experiments of ancient DNA and modern samples.

Lead graphic designer of the Multimedia Department, creating various kinds of artwork for publications and presentations. Familiar with 2D (mainly Photoshop) and 3D art (mainly Cinema4D).

ancient DNA, Phylogeny of Primates, Next Generation Sequencing and data analyses

Microbiology, Botany, Ecology