Daniel Lim Lab

[Daniel Lim Lab @danlimlab]

New postdoc positions available in the lab here at UCSF! For those curious about 3D genome organization, chromatin biology and lncRNAs of brain development and disease, job listing can be found here: https://t.co/FndHFR3vVH

[UCSF Neurosurgery @NeurosurgUCSF]

In a new @CellGenomics study led by @danlimlab, researchers compared the coding & noncoding genome in early brain development. Long noncoding RNAs may keep stem cells on the right developmental trajectory. https://t.co/t3VSa9Bkia
#genomics #CRISPRi #RegenMed @UCSFstemcell @JswLab

[Cell Genomics @CellGenomics]

Dual genome-wide coding and lncRNA screens in neural induction of induced pluripotent stem cells https://t.co/HuTF5thGgn

[Daniel Lim Lab @danlimlab]

We’ve updated our lab website. A more modern look. More fun, for sure. Come take a look at what we’re working on! https://t.co/YZNjKBN3P4

[Nature Neuroscience @NatureNeuro]

Our September issue is zooming along!

https://t.co/Uw8setp2dH

[UCSF Neurosurgery @NeurosurgUCSF]

On today's cover of @natureneuro, @sajadtweets @danlimlab describe their novel technique (GO-CaRT), using an antibody-tethered nuclease for targeted cleavage, and subsequent sequencing, of DNA associated with specific nuclear compartments like the lamina. https://t.co/grItn9itUg

[Nature Neuroscience @NatureNeuro]

Maps of genomic interactions with two nuclear compartments—the nuclear lamina and nuclear speckles—from developing brains using Genome Organization using CUT and RUN Technology (GO-CaRT); new from @sajadtweets, @danlimlab, and colleagues

https://t.co/nz4Pvz6CqG