Fast Forward Discoveries GmbH

Biotech-Startup from @Fraunhofer_IPA in Mannheim, accelerating your single-cell research with innovative tissue dissociation products #TissueGrinder

[Fast Forward Discoveries GmbH @FFXcoveries]

Hello world, we are a new company spun out of the @Fraunhofer_IPA in Mannheim, offering enzyme-free tissue dissociation in just a few minutes #TissueGrinder Check out the YouTube video https://t.co/pp5fCCwy5v

[rivercyte @rivercyte]

Day 3 at #EESMechanobiology Mechanics of Life conference @embl Heidelberg.

Last chance to visit @rivercyte (deformability cytometry) and @FFXcoveries (tissue grinder)!

Come to chat with us at our booth in the foyer :-)

[Martin Kräter @KraterMartin]

If you are interested in learning how the physical properties of cells can help you to understand physiological and pathological processes of suspension and tissue derived cells join the shared booth @rivercyte and @FFXcoveries I'm looking forward to meet you.

[Max Planck Institute for the Science of Light @MPI_Light]

The newly established Max-Planck-Zentrum für Physik und Medizin (MPZPM) in Erlangen, Germany welcomes applications for the position of a Research Group Leader (m/f/d).

🔗 apply! https://t.co/hBOy3FOzHc
🔗 full offer: https://t.co/xZ4jmv5hhj
ℹ️ https://t.co/s9SsceC5nH

[rivercyte @rivercyte]

Meet us in <2 weeks at @embl Heidelberg @ "The mechanics of life" conference!

Come to our booth to learn how you can assess the mechanics of 1000s of cells per second with NAIAD, our deformability cytometer. Check out NAIAD at our joint booth with @FFXcoveries
#EESMechanobiology

[GuckLab 🇺🇦 @GuckLab]

If you ever wondered what #Brillouin microscopy is all about, check out our primer… With @IrinaKabakova2 @scarc1 @MPI_Light @MPZ_PhysMed

[Fast Forward Discoveries GmbH @FFXcoveries]

TissueGrinder Protocol: https://t.co/VAK7br20A0

[Fast Forward Discoveries GmbH @FFXcoveries]

Thrilled to share the release of the book "Single Cell Analysis: Methods and Protocols by Springer."

>>Featuring a protocol for Single Cell Isolation from Surgically Resected Tissue via Mechanical Dissociation using #TissueGrinder

https://t.co/tdRaPl0TcI

[rivercyte @rivercyte]

We're #hiring a Senior Software Engineer (Full-Stack) in Erlangen, Bavaria (hybrid work possible). 👨‍💻 Join us to stand at the beginning of a revolution in cell-based analysis! 🚀 https://t.co/qZMQ5B8Uqg

[Fast Forward Discoveries GmbH @FFXcoveries]

🎉 KUDOS to the Authors: Eline Geervliet,Leon WMM Terstappen, Ruchi Bansal

#LiverHealth #MedicalResearch #FGF7Therapy #TissueGrinder #FFX

[Fast Forward Discoveries GmbH @FFXcoveries]

🔬 Exciting Paper in Liver Health Research! 🚀

Exploring FGF7 for liver cell survival and reducing inflammation/fibrosis. Our #TissueGrinder played a crucial role in sample dissociation.

Read: https://t.co/58UkAMaMKb

[GuckLab 🇺🇦 @GuckLab]

This is your opportunity to become part of something cool and important – if you see yourself running the animal facility of our new @MPZ_PhysMed. The building will open in May, and house facilities for Danio rerio, Xenopus and mouse. Come join us! 🤓https://t.co/AbxO0MZhrJ

[DGZ, @DGZ.bsky.social @DGZ_info]

And finally, the Carl Zeiss lecture 2023 will be given by @JochenGuck @GuckLab @MPI_Light @mpz_physmed. Join the ceremony @DGZ_info on Nov 29th - 12:30 German time!

[Xavier Trepat @XavierTrepat]

All-things-mechanobiology 👇#EESMechanobiology https://t.co/rseVZf5Zl2

[Nicoletta I Petridou @petridou_ni]

Looking for a mechanobiology conference across living systems? This is it!

[Fast Forward Discoveries GmbH @FFXcoveries]

https://t.co/OQ4ckkHq5g

[Fast Forward Discoveries GmbH @FFXcoveries]

>>We are thrilled to welcome @Filgen_Inc as our exclusive distribution partner for Japan ! 🇯🇵
Filgen Inc will now be a key player in introducing our innovative tool for enzyme-free single-cell generation to a new market area.
Our team looks forward to a successful collaboratio!

[rivercyte @rivercyte]

New research from @MPI_Light @MPZ_PhysMed and co shows that deformability cytometry has potential in cancer diagnostics. Part of our founding team was involved in the study published in @natBME

Read about it in the new interview with @SoteriouDespina 👇

https://t.co/V4TTMYtCl2

[GuckLab 🇺🇦 @GuckLab]

#deformabilitycytometry #cellmechanics @MPI_Light @MPZ_PhysMed @FraunhoferIPA @FFXcoveries @rivercyte
https://t.co/6cU0feCoTb

[rivercyte @rivercyte]

We have launched our website! 🚀
https://t.co/BytdAyNkwl

Deformability cytometry and physical phenotyping of cells at your fingertips.

[GuckLab 🇺🇦 @GuckLab]

@ManuelTHERY @MPZ_PhysMed @UniFAU The Tissue Grinder is actually already commercially available. Check out @FFXcoveries