Stefan Scheuermann

Research Associate @Fraunhofer_IPA
Co-Founder @FFXcoveries

[Stefan Scheuermann @stefan_scheuerm]

FFX is a startup developing solutions for enzyme-free and fast tissue dissociation, providing single cells for research and diagnostics. If you are looking for high quality single cells, let us know! @FFXcoveries @Fraunhofer_IPA

#TissueGrinder #Singlecells #Enzymefree

[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 :-)

[rivercyte @rivercyte]

Super excited to be at #EESMechanobiology Mechanics of Life meeting in Heidelberg!

Come visit us at our booth to meet @KraterMartin & check out the Naiad, our deformability cytometer.

Also visit our friends @FFXcoveries

[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

[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!

[Nature Biomedical Engineering @natBME]

A method for the sequential assessment of the physical phenotypes of suspended cells singularized from tissue biopsies by mechanical dissociation allows for rapid diagnoses.

https://t.co/dEkTDaDVvH

[uFluidix Inc. @uFluidix]

Exciting research highlight of the week: a new #microfluidic approach unlocks the secrets of individual cells in tissue biopsies, revealing potential new targets for disease therapies.

https://t.co/Emiffp9TWN

#microfluidics #singlecellanalysis #biopsyresearch #cellularanalysis

[Nature Biomedical Engineering @natBME]

Rapid single-cell physical phenotyping of mechanically dissociated tissue biopsies

https://t.co/dEkTDaDVvH

[GuckLab 🇺🇦 @GuckLab]

Excited to share our latest paper in Nat Biomed Eng. With a #TissueGrinder we can dissociate biopsies and then use #RTDC and #AI to distinguish cancer from healthy tissue based on cell deformability and other physical parameters @MPZ_PhysMed @UniFAU
https://t.co/z7FAy3ZeNQ

[Max-Planck-Zentrum für Physik und Medizin @MPZ_PhysMed]

New paper in Nature Biomedical Engineering: How to create an artificial pathologist
A team from our new research center around @SoteriouDespina @marke_kub and @JochenGuck has created a new, fast and precise method to analyse cells in tissue samples.
https://t.co/a05Mzoz2dD

[Visual Abstract @VisualAbstractx]

Check out the publication here: https://t.co/jpvgtRgakn

[Fast Forward Discoveries GmbH @FFXcoveries]

Happy New Year 2023 to all of you! 🥳

Straight at the start of the year, there is news about TissueGrinder!

We would like to share with you that a new publication featuring the TissueGrinder-Technolgoy has been published in Frontiers in Medicine.

[Fast Forward Discoveries GmbH @FFXcoveries]

>>We have another great option to use a 50ml centrifuge tube 😎

Check out our homepage to discover how we can enable high quality and fast tissue dissociation by integrating a grinding unit and a cell strainer into a centrifuge tube.

>>https://t.co/lBtHZ8z1iA

#TissueGrinder

[Fast Forward Discoveries GmbH @FFXcoveries]

Are you looking for a fast and enzyme-free tissue dissociation, then let us know.

For the year-end rush we offer last minute test positions with the TissueGrinder for you.
Just visit our homepage and fill out the contact form and we will get back to you:
https://t.co/lBtHZ8z1iA

[Fast Forward Discoveries GmbH @FFXcoveries]

Prime-time for our #TissueGrinder technology. Enzyme-free dissociation in minutes combined with #RTDC analysis for fast diagnostic assessment of tumor biopsies. @GuckLab @MPZ_PhysMed Interested in a trial?? Check out https://t.co/lBtHZ8z1iA for more info…

[Martin Kräter @KraterMartin]

Looking for a new and fast way of histopathological diagnosis? Check this out! Fantastic work by @SoteriouDespina, @marke_kub, Christine Schweitzer and many more @GuckLab supported by @FFXcoveries @MPI_Light @MPZ_PhysMed @maxplanckpress

[Fast Forward Discoveries GmbH @FFXcoveries]

Interested in quick and enzyme-free tissue dissociation? Check out this recent preprint on our #TissueGrinder - commercially available from us... https://t.co/bLN9MRobLp

[Fraunhofer-Gesellschaft @Fraunhofer]

Für die personalisierte #Tumortherapie müssen lebende Zellen aus Gewebeproben isoliert werden. Der #TissueGrinder zerkleinert schonend das Gewebe, ohne Zellen zu zerstören oder zu verändern. Die Technik wurde am @Fraunhofer_IPA entwickelt.
https://t.co/C5nBQs8xTt #WeKnowHow

[Fast Forward Discoveries GmbH @FFXcoveries]

From tissue to single cells - within minutes and without enzymes. Check out this feature of our #TissueGrinder by @GesundheitBW @Fraunhofer_IPA https://t.co/tgAGMqlOXh

[Fast Forward Discoveries GmbH @FFXcoveries]

Today is a great day. The first #TissueGrinder devices are packaged up and being sent to customers. What’s in the box? Enzyme-free, gentle and efficient tissue dissociation in minutes. Take a look here https://t.co/6vsI7BD6bo

[Fast Forward Discoveries GmbH @FFXcoveries]

And in case you want to dissociate the #organoid into single cells - without enzymes and within minutes - our #TissueGrinder is the solution. Request a free trial here: https://t.co/lBtHZ8z1iA