Amber G Cook

Publication Activity (10 Years)

Years Active: 2023-2024
Publications (10 Years): 7

Top Topics

Escherichia Coli

Molecular Dynamics Simulations

Induced Apoptosis

Single Molecule

Top Venues

Development (Cambridge, England)

bioRxiv : the preprint server for biology

This page only lists publications with an associated author ORCID identifier.

Publications

Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel N Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) 151 (3) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel N Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) 151 (3) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel N Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) 151 (3) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel N Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle predicts the level of tissue mechanics that tune the amount of cerebellar folding. Development (Cambridge, England) 151 (3) (2024)
Amber G Cook, Taylor V Bishop, Hannah R Crowe, Daniel Stevens, Lauren Reine, Alexandra L Joyner, Andrew K Lawton
Cell division angle regulates the tissue mechanics and tunes the amount of cerebellar folding. bioRxiv : the preprint server for biology (2023)