Neurobiologist & Neurologist. My lab focuses on the biology of astrocytes/neurons & develops organoid disease models to study their role in neurodegeneration.
Interested in mechanobiology, transcription factors and stem cell differentiation? Please check out this postdoc opportunity between my lab @ImperialLifeSci and the lab of Maxim Molodtsov @molodtsovlab (Deadline: 6 January 2027):
https://t.co/gyGB1RF4U9
With Srinjan Basu, led by Alex Kingston, our new collaborative study has been exploring the effect of mechanical forces on stem cell fate using cortical organoids - now covered in preLights!
Mechanical forces don’t just shape the cortex, they instruct it 🧠
Kingston et al. @LakatosLab, @srinjan_basu show LINC-mediated nuclear mechanosensing governs progenitor fate, neuronal identity & human cortical patterning.
#preLight by @kparashar1998⬇️
https://t.co/kRWOxKctzS
Cambridge is to lead a £20m @The_MRC Hub to transform the development of new medicines using stem cells and AI.
Led by the Cambridge Stem Cell Institute, it will develop alternatives to the use of animals in research 👉 https://t.co/7uahtkNqRq
Proud to share our latest bioRxiv with Lakatos lab @LakatosLab showing how niche-specific mechanotransduction guides human cortical patterning and cell fate acquisition. How does a tissue's mechanical environment shape which cells it makes, and when? 1/n
https://t.co/DoaIq4zSQc
Beautiful work by @LakatosLab !!
A human corticospinal organoid-slice connectoid model informs enhancer strategies for post-injury axon regrowth: Cell Reports https://t.co/DOTnkY56h4