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Force microscopy group

@FM4B_Lab

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Atomic force microscopy applied to Biophysics, from single molecules to tissues. DyNaMo, Aix-Marseille University @univamu @Inserm

Marseille, France
Joined January 2017
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@FM4B_Lab
Force microscopy group
6 months
DyNaMo is definitely moving to bsky 🦋 @dynamo-lab. See you there!.
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@FM4B_Lab
Force microscopy group
3 months
RT @Cancer_Cell: Online Now: Brain metastasis: From etiology to ecotypes
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@FM4B_Lab
Force microscopy group
4 months
RT @PhysOfLifeLMU: We may not have really squared the circle — but came close! 😉.In our @NaturePhysics paper with @FakhriLab light-triggere….
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@FM4B_Lab
Force microscopy group
6 months
RT @XavierTrepat: New paper from the lab🎈. Introducing Micro Immune Response On-chip (MIRO), a device that replicates tumors and their micr….
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@FM4B_Lab
Force microscopy group
6 months
RT @AjayTijore: The first research paper from our 'Mechanobiologics Lab' is out in @NanoLetters. This superb work is led by @S_ManasaVeena….
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@FM4B_Lab
Force microscopy group
9 months
RT @Lorena83: Open postdoc position in DyNaMo @FM4B_Lab to work on High-Speed AFM to explore the heterogeneity of biomolecular systems, wit….
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@FM4B_Lab
Force microscopy group
9 months
RT @GiannottiMarina: I am thrilled to share that we’re preparing the upcoming #AFMBioMed2025 in #Barcelona for April 2025, and the abstract….
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@FM4B_Lab
Force microscopy group
11 months
RT @George_R_Heath: Last few days left to apply!.
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@FM4B_Lab
Force microscopy group
1 year
RT @ismahene_mesbah: Thrilled to announce MechanoProDB, our new database storing the mechanical properties of proteins. .
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academic.oup.com
Abstract. The mechanical stability of proteins is crucial for biological processes. To understand the mechanical functions of proteins, it is important to
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@FM4B_Lab
Force microscopy group
1 year
RT @ismahene_mesbah: Proteins are classified by their SCOP fold and 3D structures can be visualized. Explore the unfolding forces at pullin….
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@FM4B_Lab
Force microscopy group
1 year
RT @felix_rico: Yulia Fok from @FM4B_Lab closes the Bioimaging session and the @ESAB2024 congress talking about the effects of microbial gl….
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@FM4B_Lab
Force microscopy group
1 year
RT @CaterinaTomba: Spread the news: we are hiring a PhD student for a funded project on #kidney physiopathology at the @CRBM_Montpel (Montp….
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@FM4B_Lab
Force microscopy group
1 year
The first poster session of Yulia @GdrAQV days was a success!
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@FM4B_Lab
Force microscopy group
1 year
RT @RaimonSunyer: 👇👇👇.
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@FM4B_Lab
Force microscopy group
1 year
RT @Rainmaker1973: «Teachers who make physics boring are criminals». — Walter Lewin.
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@FM4B_Lab
Force microscopy group
1 year
RT @Nature: Researchers have discovered a type of organelle, a fundamental cellular structure, that can turn nitrogen gas into a form that….
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nature.com
Nature - A newly discovered ‘organelle’ that converts nitrogen gas into a useful form could pave the way for engineered plants that require less fertilizer.
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@FM4B_Lab
Force microscopy group
1 year
RT @CampasLab: Really excited to present the results of a great collaboration with the lab of @OphirKlein! 😃 A truly interdisciplinary effo….
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@FM4B_Lab
Force microscopy group
1 year
RT @felix_rico: Happy to share our latest preprint describing how RBD dynamics of #SARSCoV2 spike protein affects binding to ACE2. Collabor….
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@FM4B_Lab
Force microscopy group
1 year
RT @taekjip: Determination of single-molecule loading rate during mechanotransduction in cell adhesion | Science
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science.org
Single-molecular tension sensors reveal cellular force loading rate during mechanotransduction.
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@FM4B_Lab
Force microscopy group
1 year
RT @felix_rico: Please RT. We are looking for a motivated PhD candidate to work on the biophysics of protein condensates with high-speed at….
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