Biomathematics and Bioinformatics Unit

We develop statistical and mathematical methods with accompanying software, that help analyzing both high- and low-throughput biological data, and contribute to answer important biological questions.

We are especially interested in:

The mechanistic basis of genotype-phenotype relations in both model organisms and farm animals.

Chronobiology: the study of how the so called circadian clock – the inner timekeeper of animals – controls physiology, from cells to organs and behavior.

Aging: investigations of molecular and genetic basis, as well as the effects of animal aging, including effects on the circadian clock.

Specific methodologies include:

• Genomics, transcriptomics, metabolomics
• Development of statistical methods for analysis of high-throughput data
• RNA sequencing
• Application of control theory to the study of metabolic and signaling pathways
• Mathematical modeling, nonlinear dynamics, data analysis
• Software development (R/Bioconductor, C, Mathematica)
• Statistical consulting