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Our lab focuses on mathematical and algorithmic approaches to bioinformatics problems in the fields of Evolution and Genomics. The problems we investigate are characterized by a scarcity of accurate modeling, or reliable, exact, and fast methods. This is partly due to the following reasons:

  • Our lack of understanding of the biological factors influencing the evolutionary process.

  • Almost all problems arise in this field are computationally hard to solve.


We have sought to address these two issues by pursuing a number of directions:

  • Understand existing mathematical models and inspect how well they represent the actual biological processes.

  • Introduce new efficient algorithmic procedures to address established problems.

  • Develop new models for evolutionary processes using large biological data sets.


For our research, we use tools from fields such as combinatorial optimization, statistics and probability, mathematics, and information theory. Our research is characterized by ample collaborations with researchers from broad disciplines under the general framework of a systematic analysis of evolutionary processes aiming at finding biologically significant patterns.

Big congrat to our lab memeber Gilad who completed his studies with the excellence of the dean of advanced studies distinction!!


We also wish him big Mazal Tov for his coming wedding!


Research Projects

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Extending the Evolvability Model to the Prokaryotic World: Simulations and Results on Real Data

B. Yohay and S. Snir

Journal of Computational Biology, Online Ahead of Print: November 20, 2018

On the compatibility of quartet trees

N. Alon, S. Snir and R. Yuster

SIAM J. Discrete Math (SIDMA) . 28(3), 2014

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