Phys2BioMed

Biomechanics in health and disease:
advanced physical tools for innovative early diagnosis.

Innovative Training Networks (ITN)
H2020‐MSCA‐ITN‐2018

[Lekka Lab @lekka_lab]

The standardization effort on #cancer cell #mechanics with #AFM, being the result of @Phys2BioMed network will appear in Nanoscale: https://t.co/L5KG7abr04

@ifjpan @WMKwiatek

[Phys2BioMed @Phys2BioMed]

Great job from the entire @Phys2BioMed group! 😎

[Lekka Lab @lekka_lab]

The standardization effort on #cancer cell #mechanics with #AFM, being the result of @Phys2BioMed network will appear in Nanoscale: https://t.co/L5KG7abr04

@ifjpan @WMKwiatek

[Nanoscale journal family @nanoscale_rsc]

‘Coupled mechanical mapping and interference contrast microscopy reveal viscoelastic and adhesion hallmarks of monocyte differentiation into macrophages’ by Felix Rico et al just went advanced! @mareroles @FM4B_Lab @felix_rico
Check out the article here: https://t.co/Z5GtLlsR4x.

[Dora Tang @DoraTang5]

Would you like to build synthetic cells? We have PhD and post-doc positions available in our interdisciplinary lab.
Please see Pdfs on details of the positions and how to apply.
https://t.co/zo9ARzz8pH
https://t.co/2zhBH0MObe

[Force microscopy group @FM4B_Lab]

The 14th AFM BioMed Summer School is open! First lesson by Jean-Luc Pellequer from @IBS_Grenoble

[Shekhar lab @sshekhr]

📢Please RT!📢

I am hiring a postdoc to work on exciting biophysics and biochemical projects in actin mechanobiology in my lab at @EmoryUniversity, Atlanta, USA!

See lab website: https://t.co/0GyY2kIRsI
(1/n)

[Felix Rico @felix_rico]

We are looking for research engineer in biology to work on cancer biophysics at @FM4B_Lab @Insermpacacorse @univamu in collaboration with @RamrayB Details 👇. Please, RT

https://t.co/oYd6b8vTjp

[Phys2BioMed @Phys2BioMed]

Recent manuscript "Multiscale Rheology of Aging Cancer Spheroids" on bioRxiv by @kajangikanji @m4xbera @lekka_lab @Optics11Life

https://t.co/eXLkUGxNKx

[Massimiliano Berardi @m4xbera]

A little more than a year ago I took the instrument I developed in my PhD and brought it to @lekka_lab to work with @kajangikanji, to work on the mechanical characterization of cancer spheroids
🧵

[Phys2BioMed @Phys2BioMed]

Nice! Congrats 😎

[Mar Eroles @mareroles]

Very happy to see finally published our review on mechanical biomarkers! An exciting field that is skyrocketing and the core of my research. Find it open access here from today! https://t.co/fPJ4jk1hyh
@felix_rico @FM4B_Lab @Phys2BioMed @Inserm @CNRS_dr12

[Phys2BioMed @Phys2BioMed]

Congrats Mar! 🥳

[Mar Eroles @mareroles]

Thrilled to see my first work published as a first author in @nanoscale_rsc !! Do viscoelastic changes play a role in monocyte differentiation into macrophage? How do adhesion and cytoskeletal changes affect its immune response? 👀 https://t.co/ishT8ddRKj

[Felix Rico @felix_rico]

Congratulations! Excellent work!

[Phys2BioMed @Phys2BioMed]

Congratulations!!

[Lekka Lab @lekka_lab]

Next @Phys2BioMed ESR defended #PhD on #Cancer #Biomechanics measured with #AFM and #Hydraulic #Force #Spectroscopy, @ifjpan. Congratulations Kajangi! Well done!

[Felix Rico @felix_rico]

Happy to go back to my root lab to see another generation emerge and nice coincidence that it's on #InternationalWomensDay @MSCActions Thanks to @PCusachs @lekka_lab for being a part of the jury

[Felix Rico @felix_rico]

Excellent defence! It was an honour and a pleasure to be part of it. Thank you for the invitation @AlessandroPode6. Brave Hatice ed Ewelina! 🎓🎓

[Núria Gavara @ngavara]

Constança passing her PhD defense today marks the end of this fantastic ITN adventure. To paraphrase the saying, it takes a consortium of AFM scientists to rise a PhD cohort. #Phys2Biomed

[Lekka Lab @lekka_lab]

Just arrived! Gathering strong data and evidence that various #diseases can be identified by #mechanics. Many thanks to all authors for their valuable contributions! @Phys2BioMed @PeterMcMac @CTLimLab @WMKwiatek @kwiatek_joanna @Andreas13817963 @PAN_akademia

[Communications Biology @CommsBio]

The micro-mechanical fingerprints of bladders in rats change following actinic cystitis or in the presence of bladder tumours.

@Phys2BioMed @MyUniSR @SanRaffaeleMI @M4xbera @Optics11Life @EAU @Uroweb @urotoday

https://t.co/LJtArgWMqN

[Phys2BioMed @Phys2BioMed]

Congratulations!! 🥳

[Massimiliano Berardi @m4xbera]

New work from @Phys2BioMed!
Happy to have contributed to this research together with Laura Martinez Vidal, @SanRaffaeleMI @UniversitaMilan @Optics11Life

We pair histology and mechanics to track disease progression in rat bladder
Check it out @CommsBio:
https://t.co/ljoOw28LAo

[Force microscopy group @FM4B_Lab]

The Mechanics of cells and tissued in diseases book is finally out! @Phys2BioMed @Leda_Lcr

[Leda Lacaria @Leda_Lcr]

So excited to share with you finally the BOOK result of a great collaborative work of the @Phys2BioMed community:
Mechanics of cells and tissues in diseases!
A very useful manual for the mechanobiologists!

Volume 1 Biomedical Methods https://t.co/6dnqzYmMX5 @degruyter_pub