Maxime Meylan

Research fellow at the Dana-Farber Cancer Institute and Harvard Medical School. Computational immunology / Spatial transcriptomics

[Maxime Meylan @MaximeMeylan]

Excited to share our latest study published in @CellCellPress !!
We uncovered that a single oncolytic virus injection can ignite deep, persistent T cell immunity in glioblastoma, lasting months to years.
https://t.co/kulg7V0yVv

[Maxime Meylan @MaximeMeylan]

I’m at @AACR, catch me at the poster session! abstract #7743 #GBM #spatial

[Claudia Jakubzick @claudjak]

Excited to share- Building on our work defining TRMacs heterogeneity, we show that distinct chemokine+ IM subsets and recruited TAM niches shape pro- and anti-tumor immunity within to the TME, while Ag+ moDCs trafficking to LNs dampen DC-based neoAg vac
https://t.co/iYpHv6O1S4

[Parker Institute for Cancer Immunotherapy @parkerici]

PICI researcher Kai Wucherpfennig, MD, PhD, of @DanaFarber’s research shows a single injection of an oncolytic virus can trigger lasting T cell immunity against glioblastoma. Read more about the study and its impact here: https://t.co/6GPXJc1JZx

[Maxime Meylan @MaximeMeylan]

Nice summary of our study by @ACIR_org !

Read it here : https://t.co/ssrIQM8bIt

[Cell @CellCellPress]

Now online! Persistent T cell activation and cytotoxicity against glioblastoma following single oncolytic virus treatment in a clinical trial https://t.co/SuxMIGGson

[Dana-Farber News @DanaFarberNews]

A new study led by @DanaFarber’s Dr. Kai Wucherpfennig and colleagues shows that an injection of a genetically modified virus that selectively infects and destroys cancer cells can recruit immune cells to penetrate and persist deep within brain tumors.

➡️ https://t.co/NU81vnDono

[Behrens lab @behrens_lab]

🚨Paper alert 🚨
Check out our latest paper: We identified SPP1 as a key regulator of mesenchymal cell fate. Together with GREM1, SPP1 regulates reciprocal epithelial and mesenchymal PDAC cell fate.

📚Read more about this @Nature paper below ⬇️:

https://t.co/gzD9QDaZiT

[Maxime Meylan @MaximeMeylan]

@aaronmring @Yile_Dai @Nature @fredhutch @FH_IRC @YaleCancer @YaleIBIO @Seranova Amazing work congrats @aaronmring @yile_dai and team! Was dying to know more about these AAB targets and functions!

[Maxime Meylan @MaximeMeylan]

@SizunJ @GuillaumeJaume @AI4Pathology @mshaban_ai @Yuzhou_Chang @yeoyaoyu Awesome @SizunJ looking forward to trying it out!

[Maxime Meylan @MaximeMeylan]

@LukasValihrach Amazing paper! Which method is your favorite?

[Renee Maria Saliby @ReneeSaliby]

1/ 🧵Excited to share our latest study published in @NatureCancer co-led with amazing co-first authors and friends @TJammihal and @ChrisLabaki under the exceptional mentorship of @DrChoueiri @BraunMDPhD @ShuklaSachet

https://t.co/NdJKtFjEJL

[Maxime Meylan @MaximeMeylan]

💯

[Itai Yanai @ItaiYanai]

My guidelines for exploratory data analysis

[Science Magazine @ScienceMagazine]

In a new Science study, researchers report that cancer cells can be reprogrammed in vivo into dendritic cells that can activate T cells and promote antitumor immunity.

Learn more ⬇️
📄: https://t.co/lIAldtvV2C
#SciencePerspective: https://t.co/BwVxhZDCxF

[Judith Agudo @JudithAgudo1]

I haven’t posted much since Twitter is X, but I have a good reason today☺️ if you like #cancerstemcells #stemcells and #immunotherapy, this is for you! With partner in crime Phoenix Miao😎 https://t.co/f0t0Zpc4OZ

[Maxime Meylan @MaximeMeylan]

Exiting new method, looking forward to trying it!

[Jinmiao Chen Lab @CJM_lab]

Very excited to present STAMP: An Interpretable spatially aware dimension reduction of spatial transcriptomics https://t.co/bvk9JsafP7

[David Cordas dos Santos @DavidCdSMD]

Check out our new article in @NatureRevCancer where we take a deep dive into early myeloma and discuss the potential of T cell-redirecting therapies!

https://t.co/AXODimd1OQ

@IrenemGhobrial @JbAlberge @LucaBertamini and Rosa Toenges @DanaFarberNews #mmsm

[Tullia Bruno, PhD @BcellBruno]

Happy publication day for us! Labor of love with @CoffmanLab #TLS #ovariancancer @UPMCHillmanCC @PittTweet
The activity of tertiary lymphoid structures in high grade serous ovar... https://t.co/UAb4uIQaBH

[Shuchen Luo @nemo08061]

CAST enables physical alignment of spatial omics data across replicates, techs, modalities at single-cell resolution. Such accurate alignment enables spatial atlas searching, unbiased DEG identification, and reconstruction of spatial multi-omics. DM for questions and collabs!

[Quentin BLAMPEY @QuentinBlampey]

Happy to share Novae, our new foundation model for spatial transcriptomics data 💫
Load a pre-trained model and start using Novae in two lines of code!

https://t.co/4r2kEWhYFU
https://t.co/q8NChl5Jau