Sylvie Deborde

Cell biologist. @MSKCancerCenter Cancer and Schwann cells

[Sylvie Deborde @sylvie_deborde]

I am very excited to share our work recently published in Gut. Thanks to the team and our collaborators! https://t.co/lT8lZcXn5d

[DEMIR Lab @PancNeuropathy]

Proud to share our latest work in @jclinicalinvest
https://t.co/yy51hMBBid✅
Tremendous effort by our lab members with Xiabo Wang and key contributions by @AlgulLab as well as great work by @gastrotum @labreichert & more! #PancreaticCancer #CancerResearch #Cancer #Demirlab

[Sylvie Deborde @sylvie_deborde]

@PancNeuropathy @jclinicalinvest @AlgulLab @GastroTUM @LabReichert Great paper!

[Sylvie Deborde @sylvie_deborde]

A must read paper. Personalized RNA neoantigen vaccines stimulate T cells in pancreatic cancer | Nature https://t.co/VLJL1BNyTV

[Sylvie Deborde @sylvie_deborde]

Rapid cancer cell perineural invasion utilizes amoeboid migration | PNAS https://t.co/i1PI5DRVHr

[Sylvie Deborde @sylvie_deborde]

If you are at #AACR23, stop by Qi Wang’s poster on Monday 4/17/23. She’s an amazing fellow at our lab working on perineural invasion. She will tell you that rapid pancreatic cancer cells in nerves adopt amoeboid migration. LB158/9 section 36.

[Sylvie Deborde @sylvie_deborde]

@DoctorPAF Many thanks!!

[Sylvie Deborde @sylvie_deborde]

Thank you Claire Agosti for illustrating beautifully our study.

[SayoStudio @SayoStudio]

We're back this Thursday with tumor microenvironments; also known as TME's.

Close analysis of TME's reveals a connection between cancer and nerve cells. SayoStudio's Claire Agosti created this art @CD_AACR

Check out the journal and more here: https://t.co/j84PfY9tDc

[Sylvie Deborde @sylvie_deborde]

Thank you @Aiims1742 and @MoranAmit1 for writing the Spotlight on our story.

[Cancer Discovery @CD_AACR]

In the Spotlight: The Boring Schwann Cells: Tumor Me-TAST-asis Along Nerves, by @MoranAmit1 and @Aiims1742.
https://t.co/E29TYiYGrY
@MDAndersonNews

[Sylvie Deborde @sylvie_deborde]

Great that our paper made the cover. Thank you @CD_AACR! Thanks to the team (those on twitter: @YasongYuMD @powersann3 @evakiani @Gusain_Laxmi @annalisa_ub @eck405 @andrea_marcadis ) and collaborators @TheVinodLab, B Reva and K Jessen.

[Cancer Discovery @CD_AACR]

Check out the paper featured on the cover of this month’s Cancer Discovery: Reprogrammed Schwann Cells Organize into Dynamic Tracks that Promote #PancreaticCancer Invasion, by @sylvie_deborde, Richard Wong et al.
https://t.co/UH9bZHQbSl
@MSKCancerCenter

[Cancer Discovery @CD_AACR]

Check out the paper featured on the cover of this month’s Cancer Discovery: Reprogrammed Schwann Cells Organize into Dynamic Tracks that Promote #PancreaticCancer Invasion, by @sylvie_deborde, Richard Wong et al.
https://t.co/UH9bZHQbSl
@MSKCancerCenter

[Sylvie Deborde @sylvie_deborde]

Beautiful work! Congratulations

[JaulinLab @JaulinLab]

📣New study 📣
Led by @DornierEmmanuel and @PagesDianeLaure, in collaboration with @PielMatthieu, @mcoppey and Voituriez labs. We describe a second mode of collective migration relying on a mechanism never shown before, allowing cancer collectives to move without adhesions 🧵👇🏼

[Sylvie Deborde @sylvie_deborde]

@Adv_Biology Great Symposium. Thank you for inviting me.

[Sylvie Deborde @sylvie_deborde]

@ElizSMcKenna @CD_AACR @MSKCancerCenter Thank you so much for publishing and sharing our study.

[Pancreatic Cell News @PancreaticCell]

Dr. @Sylvie_Deborde and a team at the @MSKCancerCenter showed that #SchwannCells activated by cancer cells collectively function as tumor activated Schwann cell tracks 🛤️ that promote cancer cell migration and invasion.

📝 @CD_AACR: https://t.co/ChN5zggvXA

[Sylvie Deborde @sylvie_deborde]

Very proud of our new article. Thanks to all our collaborators. ⁦Schwann cells organize into dynamic tracks that promote pancreatic cancer invasion | Cancer Discovery | American Association for Cancer Research https://t.co/dmj2WDBLZ4

[Sylvie Deborde @sylvie_deborde]

Reprogrammed Schwann Cells Organize into Dynamic Tracks that Promote Pancreatic Cancer Invasion https://t.co/n6ttpo1Pgz

[eLife - the journal @eLife]

How does cell volume respond as cell shape changes? https://t.co/S4ZQSCVL3r