Living Patterns Laboratory
Exploring the physics of biological systems at EPFL. Led by Guillermina Ramirez.
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Heterogeneity in cilia patterning enables multiple flow functions within a single cell | bioRxiv
Heterogeneity in cilia patterning enables multiple flow functions within a single cell | bioRxiv
bioRxiv - the preprint server for biology, operated by openRxiv, a nonprofit organization dedicated to advancing scientific communication
Metachronal wave coordination encodes multimodal swimming in ciliated unicellular predators | bioRxiv
Metachronal wave coordination encodes multimodal swimming in ciliated unicellular predators | bioRxiv
bioRxiv - the preprint server for biology, operated by openRxiv, a nonprofit organization dedicated to advancing scientific communication
Explore Our Research
Explore Our Research
We are interested in understanding how biological patterning and function emerge from microscopic molecular interactions. Our primary focus is on the problems of flow generation by arrays of active filaments (cilia) and extreme cellular mechanics. By studying diverse organisms, we aim to elucidate the biophysical mechanisms that link cilia patterning with flow generation and cytoskeletal (...)
Join Our Lab
Join Our Lab
We are looking for creative and motivated scientists at to join the group. We are recruiting candidates from various scientific backgrounds including, but not limited to: biophysics, physics, biochemistry, cell and developmental biology, chemistry, applied mathematics and engineering. To be a good fit for the group you need to be someone who can think independently (...)
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