CTSB News Channel

This article introduces a new motif for biologically implementing integral feedback.

This article shows theoretically and experimentally how optimal noise filters can be realized as biochemical circuits. Those can be understood as molecular counterparts of the Kalman filter.

The article reports a method to measure and analyze mRNA and proteins simulatenously in single mammalian cells.

Introducing a new regulation motif, our article demonstrates how precision and noise can work in accord when antithetic integral feedback is employed to maintain homeostasis.

The article reports a new method for experiment design using light-inducible gene expression in yeast.  

Prof. Khammash awarded the Golden Owl at the annual ETH Day on 22 November, 2014.

Professor Khammash delivered a plenary lecture at the 2014 International Federation of Automatic Control (IFAC) World Congress, held in S. Africa in August.

Our paper, Systematic Identification of Signal-Activated Stochastic Gene Regulation, appears in the 1 February issue of Science.

Prof. Mustafa Khammash delivered his Inaugural Lecture, "Mathematical Modeling, Analysis, and Computer Control of Gene Expression," at the ETH Zurich main campus.

The Control Theory and Systems Biology group and lab has arrived in Basel at the D-BSSE!