Aaron Newman Lab (@aaronnewmanlab) 's Twitter Profile
Aaron Newman Lab

@aaronnewmanlab

Computational biology, cancer genomics, & stem cell bioinformatics lab @Stanford @czbiohub

ID: 1444406180688719875

linkhttps://anlab.stanford.edu calendar_today02-10-2021 21:00:26

59 Tweet

684 Followers

268 Following

Aadel Chaudhuri, MD PhD (@aadel_chaudhuri) 's Twitter Profile Photo

Excited to share that our paper with Aaron Newman Lab is out in Immunological Reviews!! “CD4 T cells and toxicity from immune checkpoint blockade” Led by ⭐️ trainees: Noah Earland @WUSTLmstp, Wubing Zhang Stanford Medicine, Abul Usmani @WashURadOnc & Aishwarya Nene, MD MPhil Yale School of Medicine.

Excited to share that our paper with <a href="/AaronNewmanLab/">Aaron Newman Lab</a> is out in Immunological Reviews!!

“CD4 T cells and toxicity from immune checkpoint blockade”

Led by ⭐️ trainees: <a href="/EarlandNoah/">Noah Earland</a> @WUSTLmstp, Wubing Zhang <a href="/StanfordMed/">Stanford Medicine</a>, <a href="/abulusmani/">Abul Usmani</a> @WashURadOnc &amp; <a href="/aishwarya_nene/">Aishwarya Nene, MD MPhil</a> <a href="/YaleMed/">Yale School of Medicine</a>.
Guezguez lab (@guezguezl) 's Twitter Profile Photo

Fantastic session at #CICON23 about current and future developments in #spatial #transcriptomics #singlecell a growing field that open new applications for basic and translational #Immunotherapy 🔬🧬📍🗺 Joakim Lundeberg Aaron Newman Lab

Fantastic session at #CICON23 about current and future developments in #spatial #transcriptomics #singlecell a growing field that open new applications for basic and translational #Immunotherapy 🔬🧬📍🗺 <a href="/JoakimLundeberg/">Joakim Lundeberg</a> <a href="/AaronNewmanLab/">Aaron Newman Lab</a>
AACR (@aacr) 's Twitter Profile Photo

Macrophages and Myeloid Cells: Max, Aaron Newman Lab, Jennifer Guerriero, PhD, and Joseph T. Greene will address this topic in a plenary session at the AACR Special Conference on Tumor Immunology and Immunotherapy (Oct 1-4, Toronto). Learn more: bit.ly/3Pr1bqV #AACRtii23

Macrophages and Myeloid Cells:
<a href="/MaxKrummel/">Max</a>, <a href="/AaronNewmanLab/">Aaron Newman Lab</a>, <a href="/JennGuerriero/">Jennifer Guerriero, PhD</a>, and Joseph T. Greene will address this topic in a plenary session at the AACR Special Conference on Tumor Immunology and Immunotherapy (Oct 1-4, Toronto). Learn more:
bit.ly/3Pr1bqV
#AACRtii23
Minji Kang (@kang_minji_) 's Twitter Profile Photo

How to trace developmental potential on an absolute scale from single cell expression data? We are thrilled to announce that CytoTRACE 2 is out on bioRxiv! Aaron Newman Lab github.com/digitalcytomet… doi.org/10.1101/2024.0…

How to trace developmental potential on an absolute scale from single cell expression data?

We are thrilled to announce that CytoTRACE 2 is out on bioRxiv! <a href="/AaronNewmanLab/">Aaron Newman Lab</a>

github.com/digitalcytomet…
doi.org/10.1101/2024.0…
Aaron Newman Lab (@aaronnewmanlab) 's Twitter Profile Photo

Excited to share our review on computational advances for #singlecell and #SpatialTranscriptomics Nature Reviews Molecular Cell Biology! Includes: 👉Cell plasticity 👉Spatial #ecotypes 👉#AI and foundation models Brilliantly led by Gunsagar Gulati J. D'Silva with Y. Liu and Linghua Wang, MD, PhD dlvr.it/TCBPZw

Nature Methods (@naturemethods) 's Twitter Profile Photo

CytoTRACE 2: an interpretable deep-learning method that uses scRNA-seq data to predict absolute developmental potential across datasets. nature.com/articles/s4159…

Steven Artandi, MD, PhD (@scidirector) 's Twitter Profile Photo

SCI Aaron Newman Lab & others unveil CytoTRACE 2, a deep learning tool that predicts absolute cell developmental potential from #SingleCell RNA-seq data, outperforming prior methods and refining maps of cell fate and potency across tissues. brnw.ch/21wX6j4 Minji Kang

SCI <a href="/AaronNewmanLab/">Aaron Newman Lab</a> &amp; others unveil CytoTRACE 2, a deep learning tool that predicts absolute cell developmental potential from #SingleCell RNA-seq data, outperforming prior methods and refining maps of cell fate and potency across tissues. brnw.ch/21wX6j4 <a href="/kang_minji_/">Minji Kang</a>