Lab: https://pascalab.org
Center: http://www.brainorganogenesis.org
TED: https://go.ted.com/6WJy
Instagram: https://www.instagram.com/sergiu.p.pasca/
This has been a long journey starting with making hiPS cell-derived neurons in 2D cultured 15 years ago when I was a postdoc & continued with creating in the lab #organoid and then #assembloid models of this disease
Audio below 👇
Audio below 👇
The integration of these approaches is becoming increasingly powerful for uncovering human biology and gaining mechanistic insights into disease.
The integration of these approaches is becoming increasingly powerful for uncovering human biology and gaining mechanistic insights into disease.
This is the LAST day to apply! No deadline extensions.
Please share 👇
This is the LAST day to apply! No deadline extensions.
Please share 👇
This is the LAST day to apply! No deadline extensions.
Please share 👇
A wonderful series of talks so far highlighting advances & discoveries being made with these self-organizing systems and a few common themes are emerging
A wonderful series of talks so far highlighting advances & discoveries being made with these self-organizing systems and a few common themes are emerging
The videos below capture the loss of human muscle contraction, which is under the control of spinal cord neurons, after a week of infection.
The videos below capture the loss of human muscle contraction, which is under the control of spinal cord neurons, after a week of infection.
This is an immersive, hands-on course on generating, probing and manipulating stem cell-derived neural #assembloids and #organoids for disease and development modeling.
This is an immersive, hands-on course on generating, probing and manipulating stem cell-derived neural #assembloids and #organoids for disease and development modeling.
We welcome its members and appreciate their support to our scientific strategy.
SAB: O. Marín, A. Lüthi, M. Bartos, M. Heneka, M. Sánchez-Vives, S. Pasca, M. Á. Moro.
We welcome its members and appreciate their support to our scientific strategy.
SAB: O. Marín, A. Lüthi, M. Bartos, M. Heneka, M. Sánchez-Vives, S. Pasca, M. Á. Moro.
Good summary...& we are still thinking about what comes next.
Good summary...& we are still thinking about what comes next.
This is a collaboration with Jan Carette here at Stanford.
Work led by Christine Peters, Jimena Andersen and Min-Yin Li.
This is a collaboration with Jan Carette here at Stanford.
Work led by Christine Peters, Jimena Andersen and Min-Yin Li.
www.science.org/content/arti...
www.science.org/content/arti...
www.the-scientist.com/as-neural-or...
www.the-scientist.com/as-neural-or...
Read the full @statnews.com story: www.statnews.com/2025/11/06/n...
Read the full @statnews.com story: www.statnews.com/2025/11/06/n...
This year, the focus turns to neural #assembloids, reflecting the growing movement toward modeling circuit-level and complex cell-cell interactions in brain disease.
🧠 Deadline: mid-December
This year, the focus turns to neural #assembloids, reflecting the growing movement toward modeling circuit-level and complex cell-cell interactions in brain disease.
🧠 Deadline: mid-December
✍️ conferences.au.dk/internationa...
✍️ conferences.au.dk/internationa...
Hear more from @sergiuppasca.bsky.social in this clip from #NeuroSociety Stories.
Check out the topics and amazing lineup of speakers!
Check out the topics and amazing lineup of speakers!