[HTML][HTML] Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - Journal of Biological …, 2024 - ASBMB
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - The Journal of … - pubmed.ncbi.nlm.nih.gov
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
[HTML][HTML] Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - The Journal of …, 2024 - ncbi.nlm.nih.gov
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - Journal of …, 2024 - oa-fund.ub.uni-muenchen.de
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
Ribosome inactivation regulates translation elongation in neurons.
B Popper, M Bürkle, G Ciccopiedi… - The Journal of …, 2024 - europepmc.org
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
[HTML][HTML] Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - Journal of Biological …, 2024 - Elsevier
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
Ribosome inactivation regulates translation elongation in neurons
B Popper, M Bürkle, G Ciccopiedi… - Journal of …, 2024 - epub.ub.uni-muenchen.de
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …
Ribosome inactivation regulates translation elongation in neurons.
B Popper, M Bürkle, G Ciccopiedi… - The Journal of …, 2024 - europepmc.org
Cellular plasticity is crucial for adapting to ever-changing stimuli. As a result, cells
consistently reshape their translatome, and, consequently, their proteome. The control of …
consistently reshape their translatome, and, consequently, their proteome. The control of …