![Sunny Wu Profile](https://pbs.twimg.com/profile_images/1515005281545043968/mDhfiFSA_x96.jpg)
Sunny Wu
@sunnyz_wu
Followers
502
Following
2K
Statuses
353
Postdoc @genentech @TurleyLabGNE interested in single-cell & spatial genomics to study tumor biology. PhD @dralexswarbrick @GarvanInstitute. Views my own.
San Francisco, CA
Joined July 2009
Absolutely thrilled to finally be able to share a HUGE collaborative study from the @dralexswarbrick lab @GarvanInstitute ! Hot off the press today in Nature Genetics, we present our single cell and spatially resolved atlas of human breast cancers. Pls share & RT !
😍ONLINE NOW @NatureGenet by @dralexswarbrick and colleagues @GarvanInstitute 🔥A single-cell and spatially resolved atlas of human breast cancers ➡️ @NatResCancer #breastcancer
5
16
81
Awesome monster effort by @brooke_pereira_ & the @Timpson_Lab !
Absolutely thrilled to present our new @Timpson_Lab paper published in @ScienceAdvances using #proteomics to dissect the temporal landscape of #ECM #proteins in #pancreaticcancer mouse models🐁 Tweetorial below 👇1/13
0
0
1
RT @SorenMuller1: Delighted to share a new study on combined PD-L1 & TGFb blockade from another incredible collaboration with @TurleyLabGNE…
0
15
0
Cool opportunity to join our super fun team!
Are you interested in the tumor microenvironment and would like to join a collaborative group of scientists? Together w the @TurleyLabGNE we are looking for a postdoc with passion for cancer immunology and quantitative data science. We'd ♥️ to meet you 👇
0
0
1
Congrats @SimonJunankar @Louise_ABaldwin @dralexswarbrick and the rest of the team!👏Awesome to see this work out. Check this thread on how DNA barcoding methods can be used to tease apart cancer clonality & immune responses in metastasis and IO response. @GarvanInstitute
It's out, my first EVER paper! I'm lucky to have been involved in this project led by @SimonJunankar in @dralexswarbrick lab @GarvanInstitute, supported by @NBCFAus 🧵
0
1
8
Congrats @dralexswarbrick! Super well deserved 👏 🙌
Congratulations A/Prof Alex Swarbrick, for being awarded an @nhmrc Investigator Grant. He aims to use cellular genomics to understand the nature and interactions of cells that make up breast cancers.
0
0
1
RT @TYewdell: Pls RT: The Yewdell Lab is hiring 2 peeps! Unparalleled resources and collaboration, amazing benefits, beautiful campus, heal…
0
59
0
RT @genentech: Fibroblasts are key structural cells & some types are associated with cancer progression. In @Nature, @akshayk25, @SorenMull…
0
18
0
An awesome story and an amazing body of work from @akshayk25 et al. Massive congrats! 👏
Along with @TurleyLabGNE, @SorenMuller1, and our team @genentech, I'm thrilled to share our newest work out now in @Nature: We show depleting TGFβ-driven LRRC15+ cancer-associated fibroblasts (CAFs) augments tumor control and response to immunotherapy🧵1/
1
0
1
RT @LGMartelotto: SO timely! A short teaser preprint from a wonderful collab w/ @dralexswarbrick lab. Full protocol available for in su…
0
57
0
Congrats @nbartonicek & team @GarvanInstitute @UNSWBABS on this super cool study in Nature ! 👏 Transposable elements regulate viral infection & immune responses ?! 🤯
Retropower! >6 years in the making and it's finally out. CRISPR of a retroelement with a complete mechanism and a remarkable phenotype. Story of an ancient LINE1 that became an ultraconserved master immune regulator.
0
0
8
Awesome study on Collagen XII in breast cancer metastasis out of the @GarvanInstitute, led by @micpapanicolaou @thomasrcox @Timpson_Lab et al - Always a super fun bunch to collaborate with! 💫
I'm happy to share our newest paper which has just come out in @NatureComms on "Temporal profiling of the breast tumour microenvironment reveals collagen XII as a driver of metastasis". | | Keep reading for more details... 🧵 1/9
1
1
11
Headed to the @GordonConf Single-cell cancer biology meeting today in Boston! Excited for some great talks & to connect with people f2f again !
0
1
7
Some awesome imaging from @RitterLab !
Small but mighty! This is a video of a killer T cell of the immune system destroying a monstrous ovarian cancer cell. I recently captured this data on a spinning disc confocal microscope.
0
0
3