Josquin Courte, PhD
@josquincourte.bsky.social
Scientist.
Microfluidics, synthetic biology, neurodegeneration, tissue engineering.
I want to develop better in vitro disease models.
Currently looking for positions in the biotech sector in Switzerland / France / Belgium.
Also DM, TTRPG enthusiast.
Microfluidics, synthetic biology, neurodegeneration, tissue engineering.
I want to develop better in vitro disease models.
Currently looking for positions in the biotech sector in Switzerland / France / Belgium.
Also DM, TTRPG enthusiast.
To verify if this would work, we first implemented the circuit in our own CompuCell3D framework: pubs.acs.org/doi/abs/10.1021/acssynbio.0c00369
… and this worked great! (...before physics were completely parametrized!)
(color code mistake here, the growing tip is blue instead of gray!)
… and this worked great! (...before physics were completely parametrized!)
(color code mistake here, the growing tip is blue instead of gray!)
December 17, 2024 at 2:03 PM
To verify if this would work, we first implemented the circuit in our own CompuCell3D framework: pubs.acs.org/doi/abs/10.1021/acssynbio.0c00369
… and this worked great! (...before physics were completely parametrized!)
(color code mistake here, the growing tip is blue instead of gray!)
… and this worked great! (...before physics were completely parametrized!)
(color code mistake here, the growing tip is blue instead of gray!)
This circuit can be used to propagate a change in cell fate in 2D in a wave-like pattern… And also in 3D!
In this animation, a spheroid of “sender” cells (red+green=yellow) is fused with a spheroid of “transceiver” cells. Activated transceivers become green.
In this animation, a spheroid of “sender” cells (red+green=yellow) is fused with a spheroid of “transceiver” cells. Activated transceivers become green.
December 17, 2024 at 2:03 PM
This circuit can be used to propagate a change in cell fate in 2D in a wave-like pattern… And also in 3D!
In this animation, a spheroid of “sender” cells (red+green=yellow) is fused with a spheroid of “transceiver” cells. Activated transceivers become green.
In this animation, a spheroid of “sender” cells (red+green=yellow) is fused with a spheroid of “transceiver” cells. Activated transceivers become green.