Want to sequence RNA from cells without killing them or deliver RNA programs from cell to cell? Today in Cell, we present RNA exporters, which package and secrete cellular RNA, for non-destructively monitoring cell dynamics by sequencing and delivering RNA
🎉 Today, Arc welcomes our newest Core Investigator, Dr.
@FelixHorns
!
Dr. Horns joins the Arc community as a Core Investigator and
@Stanford
as Assistant Professor of Genetics. The Horns lab works at the interface of synthetic biology and genomics to discover the fundamental
Join us
@ArcInstitute
and
@Stanford
Genetics! We're looking for a phenomenally talented and motivated Research Associate II to help us build synthetic biology and genomic technologies to understand and manipulate cells. Apply here!
What a wonderful day visiting
@Helmholtz_HZI
and learning about amazing progress on single virus imaging, antiviral restriction factors, CRISPR tech, and much more. Thanks
@t_pietschmann
for graciously hosting me. In viridae veritas!
Our lab is creating technologies at the interface of synthetic biology and genomics for monitoring and manipulating living cells, and harnessing these approaches to discover how cells and tissues operate in health and disease.
1/n: We are excited to share that our paper on Chroma, a general purpose diffusion model for proteins, is out today in
@Nature
!
A couple of my favorite highlights in the 🧵below 👇
It's been a blast developing this new approach with
@ElowitzLab
,
@bjorkmanlab
, and the rest of our phenomenal team. I'm grateful for support from the Helen Hay Whitney Foundation,
@HHMINEWS
, and
@Caltech
.
1/ Exciting news from the world of allergy research! We at
@IgGenix
published a manuscript in
@jacionline
on peanut allergy, with implications for novel therapeutics. Let's dive in! 🥜
1. 1. I am thrilled to announce that I’ll be starting my lab ()
@MIT_Picower
@mitbrainandcog
@MIT
in Jan 2024! We will be innovating high-precision all-optical technologies and making discoveries of brain mechanisms that give rise to learning and memory.
I’m deeply grateful to my family, friends, mentors – including Michael Elowitz
@ElowitzLab
,
@StephenQuake
, Liqun Luo, and many others – and the wonderful communities of
@BWFUND
and HHWF for their boundless inspiration and support.
It feels silly that launching a website imparts such a strong feeling of progress, but it marks a transition. Preclinical to clinical. It’s still the beginning. But it’s a new beginning. And I couldn’t be more proud of the team:
Clonal expansions can remodel entire tissues even when they appear normal, but what mechanisms drive this? And how do these processes differ from tumorigenesis? Out
@Nature
, we identify distinct TNF programs during tumor evolution. 🧵
I am delighted to share that I am joining the Chemical Engineering Dept & ChEM-H Institute as an Assistant Professor at Stanford in fall 2025! My lab will explore the nano-neuro interface, building nano-tools & micro-brain models to tackle neurodegenerative disease 🔬🧪🧠💡
@GroenewoudArwin
Thanks! We're in the process of depositing the plasmids at Addgene. Please check back in a few weeks and feel free to reach out to me for further info.
A lot of bioinformatics requires editing sequencing reads to facilitate QC and make them suitable for processing. To help with such tasks,
@DelaneyKSull
developed splitcode, now published at 1/