@RuiTangLab profile picture
Tang Lab @RuiTangLab

Where Cancer and Stroma Met.

Joined February 2020
  • Tweets 22
  • Following 0
  • Followers 178
3 Photos and videos
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Tang Lab@RuiTangLab
Feb 23
Happy to share the very first manuscript from our lab. biorxiv.org/content/10.64898… Great collaborations with @AlbertHKimMDPhD @ahstegh @GuolanLu Feng Chen and Li Ding!
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New pre-print from our lab on cancer-endothelium interactions in SCLC metastasis: biorxiv.org/content/10.64898… Great collaborations with @DavePistonWUSTL @LyuZhonglin @LabWinslow Jon Park, Feng Chen and Li Ding!
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Tang Lab@RuiTangLab
8 Jun 2023
Thrilled to share that I will join @WashUNeurosurg and @WashuBTC to start my lab in January 2024! The Tang lab will apply a combination of functional genomics, synthetic biology, and quantitative biology to study cancer-stroma interactions in metastasis (sites.wustl.edu/tanglab/rese…).

Research

Metastasis is a major challenge in the clinical outcome of cancer patients. During metastasis, cancer cells leave their home niche, migrate, and adapt to a completely new environment. This cascade …

sites.wustl.edu
The Brain Tumor Center@WashuMedBTC
7 Jun 2023
We are excited to announce that Rui Tang, PhD (@RuiTangLab), and Yang (Eric) Li, PhD (@YangEricLi), are joining the #BrainTumorCenter and @WashUNeurosurg. Learn more.: bit.ly/45Nra3b
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Tang Lab@RuiTangLab
13 Jan 2023
So happy to see our RAS paralogues paper finally online! We used Tuba-seq platform to identify wildtype RAS paralogues as tumor suppressors in KRAS-driven lung cancer. Great collaborations among @LabWinslow @PetrovADmitri @PeterKJackson @RolandDunbrack @WahlLabSalk!
Zhe Wang@ZheWang_NCB
12 Jan 2023
📢Latest @NatureCellBio: "Multiplexed screens identify #RAS paralogues HRAS and NRAS as suppressors of KRAS-driven #lungcancer growth" by @RuiTang16 @PetrovADmitri @LabWinslow and Co. from @StanfordMed #Cancer @NatResCancer nature.com/articles/s41556-0…
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Tang Lab retweeted
The Scientist@TheScientistLLC
23 Apr 2021
The G-baToN prototype transfers GFP between cells, illuminating cell-cell contacts. bit.ly/3xgjNQt
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Tang Lab retweeted
Addgene@Addgene
17 Feb 2021
GFP-based Touching Nexus (G-baToN) records cell-cell interactions using nanobody-directed fluorescent protein transfer. hubs.ly/H0GHyz_0
Schematic showing a cell expressing surface GFP interacting with another cell with an antiGFP nanobody that receives the GFP.

ALT Schematic showing a cell expressing surface GFP interacting with another cell with an antiGFP nanobody that receives the GFP.
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Tang Lab retweeted
eLife - the journal@eLife
25 Nov 2020
Scientists have developed a technology called G-baToN where cells exchange fluorescent proteins like the baton in a relay race, allowing the physical interactions of cells to be tracked elifesciences.org/digests/61…

Tracing cell-cell contacts

New technology tracks the interactions between different cells using fluorescent labels that leave a glowing trail.

elifesciences.org
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Tang Lab@RuiTangLab
8 Oct 2020
Wonder how to transfer a GFP "baToN" between cells? A versatile system to record cell-cell interactions doi.org/10.7554/eLife.61080
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