The Wells Lab of UCLA
@wellslab.bsky.social
We use human stem cells to study neurodevelopmental and psychiatric disorders in the Department of Human Genetics at UCLA.
mfwellslab.com
mfwellslab.com
Pinned
Cell villages and Dirichlet modeling map human cell fitness genetics https://www.biorxiv.org/content/10.1101/2025.09.26.678880v1
The first (of hopefully many) reports to come from our collaboration with @hjp.bsky.social
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.
Reposted by The Wells Lab of UCLA
Are you a senior grad student or new post-doc in genetics/genomics?
Apply now for the 2026 Emerging Genomic Scientist Symposium hosted by the UCLA Human Genetics department.
To apply: medschool.ucla.edu/about/depart...
DM me if you have any questions and please spread the word
Apply now for the 2026 Emerging Genomic Scientist Symposium hosted by the UCLA Human Genetics department.
To apply: medschool.ucla.edu/about/depart...
DM me if you have any questions and please spread the word
Human Genetics | Genomic Scientist Fellows | UCLA Medical School
The Emerging Genomic Scientist Fellows Program showcases innovative research from junior scientists
medschool.ucla.edu
December 8, 2025 at 4:19 AM
Are you a senior grad student or new post-doc in genetics/genomics?
Apply now for the 2026 Emerging Genomic Scientist Symposium hosted by the UCLA Human Genetics department.
To apply: medschool.ucla.edu/about/depart...
DM me if you have any questions and please spread the word
Apply now for the 2026 Emerging Genomic Scientist Symposium hosted by the UCLA Human Genetics department.
To apply: medschool.ucla.edu/about/depart...
DM me if you have any questions and please spread the word
The first (of hopefully many) reports to come from our collaboration with @hjp.bsky.social
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.
Cell villages and Dirichlet modeling map human cell fitness genetics https://www.biorxiv.org/content/10.1101/2025.09.26.678880v1
September 30, 2025 at 7:17 PM
The first (of hopefully many) reports to come from our collaboration with @hjp.bsky.social
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.
We present a new type of cell fitness assay that allows you to both quantify and explain differences across human donors in cell proliferation and sensitivity to environmental toxicants.