Zoë Steier (@zsteier) 's Twitter Profile
Zoë Steier

@zsteier

Postdoc with @shaleklab at @MIT/@broadinstitute. Former PhD with @YosefLab and @airstreets at @UCBerkeley/@BerkeleyBioE.

ID: 2750415876

calendar_today20-08-2014 21:33:16

28 Tweet

105 Followers

14 Following

Matt Jones (@mattg_jones) 's Twitter Profile Photo

Ecstatic to share that our recent study on the rates, routes, and drivers of cancer metastasis has been published in Science Magazine today! A fantastic collaboration between Jonathan Weissman's Lab Yosef Lab Bivona Lab. Link: bit.ly/391KVIZ

Romain Lopez (@_romain_lopez_) 's Twitter Profile Photo

Fresh from the press --- our manuscript (Chenling Antelope Yosef Lab) on harmonization and annotation of collections of single-cell datasets is published in Mol Syst Biol. embopress.org/doi/full/10.15…

Zoë Steier (@zsteier) 's Twitter Profile Photo

Thrilled to share that #totalVI (our method for joint analysis of CITE-seq data) is now published in Nature Methods! It has been a fantastic collaboration with Aaron Streets, Yosef Lab, and my co-first author Adam Gayoso. Check out the tutorials on scvi-tools.org.

Berkeley Engineering (@cal_engineer) 's Twitter Profile Photo

TotalVI: A transformative algorithm | Researchers have invented a computer algorithm that uses deep learning to integrate gene and protein data about single cells: bit.ly/3w5vI3i. UC Berkeley #BerkeleyEngineering

TotalVI: A transformative algorithm | Researchers have invented a computer algorithm that uses deep learning to integrate gene and protein data about single cells: bit.ly/3w5vI3i.

<a href="/UCBerkeley/">UC Berkeley</a> #BerkeleyEngineering
Adam Gayoso (@adamgayoso) 's Twitter Profile Photo

Excited to share a more formal look at our work on scvi-tools, in which we describe an overview of the codebase and new features. We hope scvi-tools will set a community standard for the deployment of probabilistic models in single-cell omics biorxiv.org/content/10.110…

Ellen Robey (@ellenrobey) 's Twitter Profile Photo

From the Robey (MCB), Streets (BioE), and Yosef (EECS) labs. We used single cell multiomics to provide a new perspective on one of the most intensely studied mammalian cell fate decision: the helper vs killer T cell fate decision. nature.com/articles/s4159…