Sergiu Pasca

@PascaStanford

Faculty at Stanford University, physician by training. Building realistic models of the human brain from stem cells to understand development and disease.

Vrijeme pridruživanja: siječanj 2017.

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  1. Prikvačeni tweet
    1. velj 2018.
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  2. 1. velj

    Congratulations to students from 4 continents who graduated today from our Organogenesis Course! Extremely grateful for my incredible lab!

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  3. 31. sij
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  4. proslijedio/la je Tweet
    29. sij

    New work online! Transplanting interneuron stem cells rescues social behavior in PTEN mutant mice, but does so without fixing their abnormal inhibitory circuits. Led by Derek Southwell + s/o to and !

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  5. 29. sij

    Here it is. The international 2020 class in our Organogenesis course about to continue benchwork after a morning of lectures/discussions by talented

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  6. 29. sij

    Our Human Brain Organogenesis course has started! Enthusiastic group of international students already doing experiments with brain in our building. Very proud of amazing instructors et al

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  7. 24. sij

    Work done with 's lab, and led by three amazing trainees: & & Nasa Sinnott-Armstrong. In collaboration with & .

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  8. 24. sij

    A website to browse the dataset can be accessed here:

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  9. 24. sij

    A structured summary can be found here:

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  10. 24. sij

    Here is a graphic summary of our new paper in . We map dynamics in neurons & glia up to 600 day-long forebrain . We find an intrinsic program of maturation in vitro including a 'wave' of chromatin changes in corticogenesis & map disease risk over time

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  11. 23. sij
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  12. 23. sij

    Very glad to share our new article on mapping chromatin accessibility in human forebrain . A great collaboration with the lab . Credit goes to the incredible & Nasa!

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  13. 23. sij
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  14. 21. sij

    Congratulations ! is really great news and a well deserved recognition!

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  15. proslijedio/la je Tweet
    18. sij

    Excited to share our first preprint! Fun collaboration with the Crabtree lab showing that antagonism between BAF and Polycomb complexes controls cell cycle progression in the developing brain and that BAF subunit switching is a key contributor to cell cycle exit

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  16. 16. sij

    Our lab is very much looking forward to an exciting new year and we are very much enjoying our new space! Some great news to share soon. In the mean time, we have several open positions, including staff and postdoc level. If interested email me directly.

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  17. 15. sij

    Terrific talk today on spinal cord development from for our Brain Organogenesis seminar !

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  18. proslijedio/la je Tweet
    9. sij

    Novel genetic features of human and mouse Purkinje cell differentiation defined by comparative transcriptomics.

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  19. 7. sij
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  20. 30. pro 2019.
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  21. 27. pro 2019.

    Check out our new perspective article that just came out in on using & to investigate the cell biology of the human brain. Highlighting what we thought were the most exciting questions to tackle but also the challenges ahead.

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