barkai-serv weizmann.ac.il

Naama Barkai Lab

Design principles of biological circuits. Cells are constantly making decisions - monitoring their environment, modulating their metabolism and deciding whether to divide, differentiate or die. For this, they use biochemical circuits composed of interacting genes and proteins. Advances over the past decades have mapped many of these circuits. Still, can we infer the underlying logic from the detailed circuit structure? Can we deduce the selection forces that shaped these circuits during evolution?

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The EMBO Meeting 2015

Excellence and inclusion in evaluating research. Zebrafish models of host-pathogen interaction. Systems Biology of Epigenetics and Cell Fate. Career development workshops for young scientists. Find out about what is available for sponsors, exhibitors and advertisers.

HOME - thereberlab

Welcome to the Quantitative Biology Lab! Our goal is to elucidate the biochemical and biophysical principles that underlie the self-organization and scaling of subcellular organelles. Each cellular organelle carries out a distinct function, which is not only related to its molecular composition, but in many cases also to its size. The mitotic spindle for example must be large enough to span sufficient distance to physically separate chromosomes into two opposite halves of the cell. We love what we do.

The EMBO Meeting 2016

Selective publication and the replicability crisis. Targeting to the endoplasmic reticulum tail-anchored proteins and beyond. See at a glance our four-day programme for science, networking and discussion. Career development workshops for young scientists. See these exhibitors onsite on level 3.

Lorenz Adlung

Gestartet, welche sich nun dem Ende entgegen neigt. Wie verändert sich das Leben, wenn man auf Konsum verzichtet? Mein Rückblick fällt befriedigend und ernüchternd gleichermaßen aus. Continue reading Es ist vollkommen egal. Continue reading An odyssey to paradise. The dream of having it all. Molecular biology if one can have it both? Für di.

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Naama Barkai Lab

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Design principles of biological circuits. Cells are constantly making decisions - monitoring their environment, modulating their metabolism and deciding whether to divide, differentiate or die. For this, they use biochemical circuits composed of interacting genes and proteins. Advances over the past decades have mapped many of these circuits. Still, can we infer the underlying logic from the detailed circuit structure? Can we deduce the selection forces that shaped these circuits during evolution?

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The website barkai-serv.weizmann.ac.il states the following, "Cells are constantly making decisions - monitoring their environment, modulating their metabolism and deciding whether to divide, differentiate or die." I analyzed that the webpage also said " For this, they use biochemical circuits composed of interacting genes and proteins." They also stated " Advances over the past decades have mapped many of these circuits. Still, can we infer the underlying logic from the detailed circuit structure? Can we deduce the selection forces that shaped these circuits during evolution?."

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