Luis de la Torre-Ubieta

We study human cortical development and neuropsychiatric disease. BSCRC member:

[Luis de la Torre-Ubieta @LTULab]

New study from our lab led by @ckvuong and A Weber where we uncover mechanisms of Down syndrome during development. Thanks to all co-authors and the labs of @jsteinlab, W Lowry, D Geschwind, and @mikejg84 for their invaluable contributions.

https://t.co/fdNJHkIFQm

[Luis de la Torre-Ubieta @LTULab]

@xinjin @ckvuong @jsteinlab @mikejg84 Thank you Xin!

[Luis de la Torre-Ubieta @LTULab]

New study from our lab led by @ckvuong and A Weber where we uncover mechanisms of Down syndrome during development. Thanks to all co-authors and the labs of @jsteinlab, W Lowry, D Geschwind, and @mikejg84 for their invaluable contributions.

https://t.co/fdNJHkIFQm

[Luis de la Torre-Ubieta @LTULab]

@AzadBonni @ckvuong @jsteinlab @mikejg84 Thanks Azad!

[Luis de la Torre-Ubieta @LTULab]

@DeRubeisLab @mikejg84 @ckvuong @jsteinlab Thank you Silvia!!

[Luis de la Torre-Ubieta @LTULab]

@Sergiu_P_Pasca @mikejg84 @ckvuong @jsteinlab Thanks Sergiu!!

[Luis de la Torre-Ubieta @LTULab]

@YoshihoIkeuchi Thank you Yoshiho!!

[Luis de la Torre-Ubieta @LTULab]

Also check out the study by André M. M. Sousa and Anita Bhattacharyya investigating Down syndrome in the early postnatal brain: https://t.co/e7r8Oob9wd

And a perspective summarizing both studies: https://t.co/BaUY8Iq5mc

[Luis de la Torre-Ubieta @LTULab]

@Gene_Yunlong_Ma @ckvuong Thank you!

[Luis de la Torre-Ubieta @LTULab]

New preprint from our lab led by an amazing team, @ckvuong and Alexis Weber, were we employ single-cell multi-omics in the developing brain to uncover mechanisms of Down syndrome.
#brain #singlecell #multiomics #DownSyndrome

https://t.co/Rqzg66QQzd

[Luis de la Torre-Ubieta @LTULab]

@hyejung_won @ckvuong Thanks Hyejung!

[Luis de la Torre-Ubieta @LTULab]

Thanks to all of our lab members and collaborators @NanaMatoba @jsteinlab @GeschwindLab @mikejg84 for their important contributions to this work.

[Jingyi Jessica Li (李婧翌) @jsb_ucla]

I’m honored to join Fred Hutch as Professor and Program Head of Biostatistics, and as the Donald and Janet K. Guthrie Endowed Chair in Statistics. Excited to be part of a deeply collaborative and scientifically vibrant community with a rich legacy of impact.

[X. William Yang @XWilliamYang1]

Here is a press release by ⁦@UCLAHealth⁩ that nicely summarizes the key findings from our paper published today ⁦@CellCellPress⁩. https://t.co/R9bSiJvUU0

[Hyejung Won @hyejung_won]

1/ I am beyond thrilled to share our new paper in @CellCellPress! We explored the regulatory principles underlying pleiotropy in psychiatric disorders.
https://t.co/ZxsXpqwah6

[Silvia De Rubeis @DeRubeisLab]

Re-upping this ad for a #postdocposition in our lab 🧠 🧬🔬

RT appreciated 🙏

[UCLA Broad Stem Cell @UCLAstemcell]

📢 Our center is recruiting MULTIPLE new faculty working in stem cell research and regenerative medicine! Apply today to join UCLA's highly collaborative multi-disciplinary research environment: https://t.co/jxhrrUd4SS

[Luis de la Torre-Ubieta @LTULab]

Interested in the role of gene-isoforms in cortical development? Come see our work at #SfN24 today. Poster A12 8-12p.

[Luis de la Torre-Ubieta @LTULab]

Come see our work studying mechs of cortical development and neurodevelopmental disorders at #SfN24.
Pstr. 257.12 / A12, Oct 8, 11-12p
Pstr. 317.24 / A22, Oct 8, 4-5p

We have openings for scientists with expertise in genomics interested in neuroscience. Come meet me at SFN!

[Luis de la Torre-Ubieta @LTULab]

Come see our work studying mechs of cortical development and neurodevelopmental disorders at #SfN24.
Pstr. 257.12 / A12, Oct 8, 11-12p
Pstr. 317.24 / A22, Oct 8, 4-5p

We have openings for scientists with expertise in genomics interested in neuroscience. Come meet me at SFN!

[George Chen @g_chen]

New from @GeschwindLab: As part of the PsychENCODE Consortium, we performed single nucleus RNA and ATAC sequencing on ASD and Control brain samples to identify cell type–specific changes and the cellular regulatory networks perturbed by genetic risk factors. (1/)