Cédric Gobet
@cedric-gobet.bsky.social
Scientific collaborator @EPFL 🧬 Studying circadian rhythms, fasting/feeding cycles & translation regulation | Chronobiology • Gene expression • Systems biology • Computational biology
🚨 New preprint alert 🚨
We show how translation initiation & elongation rates are tightly coupled in mammalian cells using single-molecule SunTag imaging & a TASEP-based modeling framework. This coordination keeps ribosome density low, even under eIF5A inhibition or knockout!
shorturl.at/6vuQP
We show how translation initiation & elongation rates are tightly coupled in mammalian cells using single-molecule SunTag imaging & a TASEP-based modeling framework. This coordination keeps ribosome density low, even under eIF5A inhibition or knockout!
shorturl.at/6vuQP
May 6, 2025 at 12:56 PM
🚨 New preprint alert 🚨
We show how translation initiation & elongation rates are tightly coupled in mammalian cells using single-molecule SunTag imaging & a TASEP-based modeling framework. This coordination keeps ribosome density low, even under eIF5A inhibition or knockout!
shorturl.at/6vuQP
We show how translation initiation & elongation rates are tightly coupled in mammalian cells using single-molecule SunTag imaging & a TASEP-based modeling framework. This coordination keeps ribosome density low, even under eIF5A inhibition or knockout!
shorturl.at/6vuQP
🚨 Two new preprints on BioRxiv! 🚨
We’re excited to share two complementary studies built on a shared dataset, exploring how cells regulate translation elongation under amino acid starvation, from computational and biological angles.
🧠 + 🧬 = 🔬💥
Read on 👇
We’re excited to share two complementary studies built on a shared dataset, exploring how cells regulate translation elongation under amino acid starvation, from computational and biological angles.
🧠 + 🧬 = 🔬💥
Read on 👇
April 10, 2025 at 6:40 AM
🚨 Two new preprints on BioRxiv! 🚨
We’re excited to share two complementary studies built on a shared dataset, exploring how cells regulate translation elongation under amino acid starvation, from computational and biological angles.
🧠 + 🧬 = 🔬💥
Read on 👇
We’re excited to share two complementary studies built on a shared dataset, exploring how cells regulate translation elongation under amino acid starvation, from computational and biological angles.
🧠 + 🧬 = 🔬💥
Read on 👇