Michael Grange
@michaelgrange.bsky.social
Group Leader at the Rosalind Franklin Institute. In situ imaging/cryo tomography of complex biological systems.
Hi! this looks like an exciting paper to read but I think the biorxiv link is broken?
Would you mind resharing please? 🙂
Would you mind resharing please? 🙂
October 15, 2025 at 3:13 PM
Hi! this looks like an exciting paper to read but I think the biorxiv link is broken?
Would you mind resharing please? 🙂
Would you mind resharing please? 🙂
Thanks Ben. Looking forward to see how much added help v2 can bring!
June 20, 2025 at 7:48 AM
Thanks Ben. Looking forward to see how much added help v2 can bring!
So, what's next?
In the lab, we are already applying this workflow to different systems and tissues reproducibly.
Whatever cell biology questions drive your research, we hope you can implement our approach to gain molecular level insights within the native tissue environment.
In the lab, we are already applying this workflow to different systems and tissues reproducibly.
Whatever cell biology questions drive your research, we hope you can implement our approach to gain molecular level insights within the native tissue environment.
June 17, 2025 at 10:59 AM
So, what's next?
In the lab, we are already applying this workflow to different systems and tissues reproducibly.
Whatever cell biology questions drive your research, we hope you can implement our approach to gain molecular level insights within the native tissue environment.
In the lab, we are already applying this workflow to different systems and tissues reproducibly.
Whatever cell biology questions drive your research, we hope you can implement our approach to gain molecular level insights within the native tissue environment.
finally, using plasma allows you to reel in WHOPPERS you can see from space!
@cryingem.bsky.social 🎣🎣🎣🐟🐟🐟
@cryingem.bsky.social 🎣🎣🎣🐟🐟🐟
June 17, 2025 at 10:59 AM
finally, using plasma allows you to reel in WHOPPERS you can see from space!
@cryingem.bsky.social 🎣🎣🎣🐟🐟🐟
@cryingem.bsky.social 🎣🎣🎣🐟🐟🐟
Geometry was key - FIBs are flexible!
Having the ability to image the dendritic network from alternate perspectives using planar lift out gives us different insights.
In this case, molecular variabilities in the microtubule network could be teased out.
Having the ability to image the dendritic network from alternate perspectives using planar lift out gives us different insights.
In this case, molecular variabilities in the microtubule network could be teased out.
June 17, 2025 at 10:59 AM
Geometry was key - FIBs are flexible!
Having the ability to image the dendritic network from alternate perspectives using planar lift out gives us different insights.
In this case, molecular variabilities in the microtubule network could be teased out.
Having the ability to image the dendritic network from alternate perspectives using planar lift out gives us different insights.
In this case, molecular variabilities in the microtubule network could be teased out.