I'm trying to make a pun with Brownian motion, so bear with me: Excited about the warmer weather? So are your particles!
Tune in for Keita Kamino's lecture on
Stochastic Information Processing in Cells: Lessons from E. coli Chemotaxis
March 19, 10am CET (it's in the morning!)
Abstract:
How living cells reliably sense and respond to their
environment despite pervasive molecular noise remains a central question
in biology. Many cellular processes, including gene expression and
signal transduction, are inherently stochastic, leading
to substantial variability even among genetically identical cells under
identical conditions, as well as temporal variability within individual
cells. This variability poses a challenge for understanding cellular
sensorimotor behavior, as conventional approaches
based on population averages can obscure the underlying single-cell
dynamics. In this seminar, Keita will present our recent work investigating
how stochasticity shapes cellular information processing, using E. coli
chemotaxis as a model system. By combining single-cell
measurements of signaling dynamics with quantitative modeling, his team examines both the mechanistic origins and functional consequences of
stochasticity in cellular processes. As an experimentalist, Keita will also
highlight how technological advances have been crucial
for revealing previously inaccessible aspects of cellular information
processing.
Further information:
Please share and spread the word, the more the merrier!
If you've any question or if you'd like to present your own research, post in the group or contact us at
lzeitler [at] turing [dot] ac [dot] uk
gautham [dot] ganesh [at] cbs [dot] cnrs [dot] fr
PS:
You can also dial in via
Meeting ID:
838 4133 7660
Passcode 493889