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People
- ,
- Adhya, Sankar
- Alsing, Anne
- Andersson, Anna
- Avlund, Mikkel
- Axelsen, Jacob
- Bernhardsson, Sebastian
- Brown, Stanley
- Cataudella, Ilaria
- Christensen, Hanne N.
- Dodd, Ian
- Gerlee, Philip
- Haerter, Jan O.
- Heilmann, Silja
- Hunziker, Alexander
- Jauffred, Liselotte
- Jensen, Mogens H�gh
- Krishna, Sandeep
- Lizana, Ludvig
- Lory, Stephen
- Mathiesen, Joachim
- Mengel, Benedicte
- Micheelsen, Mille
- Minnhagen, Petter
- Mitarai, Namiko
- Moss Bendtsen, Kristian
- Nakanishi, Hiizu
- Pedersen, Margit
- Pedersen, Lykke
- Pedersen, Steen
- Pigolotti, Simone
- Rosvall, Martin
- Semsey, Szabolcs
- Sneppen, Kim
- Sood, Vishal
- Svenningsen, Sine Lo
- S�gaard Juul, Jeppe
- Thon, Genevieve
- Trusina, Ala
- Yde, Pernille
Welcome to the Center for Models of Life
In the Center for Models of Life, CMOL, we use methods from physics to develop models dealing with computation and communication in biological systems.
We model regulation of living systems with the aim to understand the strategies of gene regulation and dynamics of information transfer along signaling pathways, as well as to unravel the interplay between function and evolution.
>> Play with our interactive Java Applets.
<< Chaotic Fronts [Java Applet ].
News
> Minischool/workshop "Signals and Space: Spatio-temporal patterns in simple bio-systems"
Aug 25-27, 2011, Copenhagen, Denmark. Event page> Wednesday meetings
Kc7 10:30-11:30. Interesting talks on the interphase between physics and biology. Open to all interested parties.[Schedule]
> Highlights
- Deducing circuits from time series- Bursty promoters
- Ultrasensitive nucleosomes
Research Areas
> Physics of Gene Regulation
Protein concentrations in a living cell are regulated through production and degra- dation. Production, in turn, can be regulated at either the transcriptional ...[more]
> Models of Biological Circuits
Feedback and decision taking are both ele- ments of biological systems. In some cases, e.g. in development and in lysis-lysogeny decisions of temperate phages ...[more]
> Networks and Communication
Communication is vital at any level of life - from a cell to human society. The network structure constrains communication in a complex system, and we will ...[more]
