Grocott Lab
@grocottlab.bsky.social
Dr Tim Grocott's research group, University of East Anglia UK. 🐣 embryology & new adventures in human development via stem cells. Modelling in silico/vitro. Fascinated by signalling networks, patterning, all things early development and the eye.
Reposted by Grocott Lab
Throughout this work, we found it really helpful to organize our thinking along 'Marr's three levels of analysis':
1. the computational problem
2. the algorithmic solution
3. biophysical implementation
Check out our review laying out this conceptual framework here: buff.ly/NE4JEOA
1. the computational problem
2. the algorithmic solution
3. biophysical implementation
Check out our review laying out this conceptual framework here: buff.ly/NE4JEOA
Marr's three levels for embryonic development: information, dynamical systems, gene networks
Developmental patterning comprises processes that range from purely instructed, where external signals specify cell fates, to fully self-organized, where spatial patterns emerge autonomously through…
arxiv.org
January 5, 2026 at 8:00 AM
Throughout this work, we found it really helpful to organize our thinking along 'Marr's three levels of analysis':
1. the computational problem
2. the algorithmic solution
3. biophysical implementation
Check out our review laying out this conceptual framework here: buff.ly/NE4JEOA
1. the computational problem
2. the algorithmic solution
3. biophysical implementation
Check out our review laying out this conceptual framework here: buff.ly/NE4JEOA