Fritzsche M et al@FritzscheLab

Biophysical Immunology lab, @Oxford-ZEISS Centre of Excellence, @RosFrankInst @KirOxford @UniofOxford.

 Oxford, England
bpi-oxford.com
Joined April 2017
Have you wondered whether mechanical force matters in early T-cell activation? 🙂 A perspective from @FritzscheLab @KirOxford @UniofOxford and Kruse Lab @unige_en pnas.org/doi/10.1073/pnas.24…
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Have you ever wanted to measure oligomers in living cells?🙂 New BTS method from @FritzscheLab @faldalf @KaredlaNarain @pfcespedes @MichaelLDustin nature.com/articles/s41467-0…
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Have you ever wanted to measure oligomers in living cells?🙂 New BTS method from @FritzscheLab @faldalf @KaredlaNarain @pfcespedes @MichaelLDustin nature.com/articles/s41467-0…
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We @FritzscheLab combined FRAP and lattice light sheet microscopy to give volumetric context to cellular molecular dynamics doi.org/10.1002/smtd.2022001… Thanks to @hclnyrk @KaredlaNarain @AICjanelia @KirOxford @RosFrankInst @NDORMS @UniofOxford @MOSAICgroup1 @ScopeShifu @ericwait
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We @FritzscheLab @KirOxford @IdrmOxford @OxfordMedSci @UniofOxford and @zeiss_micro @arivisAG are excited to be part of the Oxford-Zeiss Centre of Excellence in Biomedical Imaging! The Oxford ZCoE will shape #imaging in #health and #disease. kennedy.ox.ac.uk/technologie…
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Hello hello Postdocs! The BPI team (bpi-oxford.com) @FritzscheLab seeks two new Postdocs focused on Microfluids and Advanced Image Analysis. Email us if you are interested! @RosFrankInst @KirOxford @UniofOxford
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We @emadmoeen @FritzscheLab demonstrate that the Poisson’s ratio matters in cell-generated #TFM measured forces @CommsPhys : nature.com/articles/s42005-0… Thx to HCY,YJ,NS @UCLMechEng @ucl @KirOxford @NDORMS @UniofOxford @RosFrankInst
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We @FritzscheLab summarise our recent developments to measure small mechanical forces in immune cells with #TFM methods 🥳 royalsocietypublishing.org/d… Thx to @Snusmumrik_K HCY @barbieri_lili @MRC_HIU @KirOxford @NDORMS @UniofOxford @RosFrankInst
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We @FritzscheLab developed exciting new 2D and 2.5D #TFM methods 🥳 @NatureComms: nature.com/articles/s41467-0… nature.com/articles/s41467-0… Thx to HCY @barbieri_lili @Snusmumrik_K @faldalf @KaredlaNarain @emadmoeen @MichaelLDustin @MRC_HIU @KirOxford @NDORMS @UniofOxford @RosFrankInst
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We @FritzscheLab discuss mechanical metrics to dissect immune cell mechanobiology: mdpi.com/2073-4409/10/4/851/… Thank you for the invitation to the special issue at @Cells_MDPI @MDPIOpenAccess @VroniP @aurel_barbotin @RosFrankInst @KirOxford @NDORMS @OxfordMedSci @UniofOxford
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We @FritzscheLab in @Sudha__Kumari @FrontCellDevBio ask how to quantify immune cell mechanobiology? @RosFrankInst @KirOxford @OxfordMedSci @UniofOxford
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We @FritzscheLab @RosFrankInst @KirOxford @NDORMS @OxfordMedSci @UniofOxford ask: What Is the Right Mechanical Readout to understand the Mechanobiology of the Immune Response? Thank you @Sudha__Kumari at @FrontCellDevBio @FrontiersIn frontiersin.org/articles/10.…
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Molecular interplay of the plasma membrane and the actin cytoskeleton shape the immune response. We @FritzscheLab present our view of exciting new technologies to bridge time- and length-scales at @FrontImmunol : frontiersin.org/article/10.3…
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We are inviting you to submit articles on #mechanobiology in health and disease. Check out the already published Collection of papers in the Special Issue #Mechanobiology @CommsBio @nresearchnews @nature @FritzscheLab @RosFrankInst @KirOxford @NDORMS @OxfordMedSci @UniofOxford
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We @FritzscheLab @RosFrankInst @KirOxford @NDORMS @OxfordMedSci @UniofOxford are delighted to invite to contribute to our Special Issue on #Mechanobiology published in @CommsBio @nresearchnews @nature. We aim to advance the understanding of mechanics shaping biological function
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We @FritzscheLab @RosFrankInst @KirOxford @NDORMS @OxfordMedSci @UniofOxford are seeking new team members. Great opportunity to investigate #mechanobiology of the #immune response. We design, build, and establish new tools to better understand biology. Email us :)
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We @FritzscheLab @MichaelLDustin are excited to welcome you and our exciting speakers at the Oxford Medical Sciences Imaging Symposium #MSIS2020 held at @KirOxford @NDORMS @OxfordMedSci @UniofOxford tomorrow 22nd Jan 2020
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We @FritzscheLab @KirOxford @NDORMS @MRC_HIU @MRC_WIMM @OxfordMedSci @UniofOxford seeking Advanced Staff Microscopy Specialist with expertise in optics. Great opportunity: design, build, and maintain super-resolution #microscopy. Please check: my.corehr.com/pls/uoxrecruit…
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We @FritzscheLab and @Sudha__Kumari discuss that not all T cell synapses are built the same. Out now in @TrendsImmuno @CellPressNews cell.com/trends/immunology/f… Thanks @MRC_HIU @MRC_WIMM @KirOxford @ndorms @OxfordMedSci @UniofOxford
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We @FritzscheLab @ndorms @MRC_HIU @MRC_WIMM would like to thank @NanoAndMore for their cantilevers and recent blog post about our new work about mechanoadaptation published in Small @AdvSciNews nanoworld.com/blog/simultane…
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What is a high quality referee report? Find out more what we @FritzscheLab think at @CommsBio bioengineeringcommunity.natu…
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We @FritzscheLab @mskamrahl @barbieri_lili quantify how living cells control their mechanoadaptation by simultaneous AFM-FRAP. Out now in Small @AdvSciNews onlinelibrary.wiley.com/doi/… Thanks @MRC_HIU @MRC_WIMM @KirOxford @ndorms @OxfordMedSci @UniofOxford
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We @FritzscheLab @Sudha__Kumari @barbieri_lili show that primary and immortalised T-cells exhibit distinct #actin #cytoskeleton behaviour. Out now in @J_Cell_Sci: jcs.biologists.org/content/e… Thanks @MRC_HIU @MRC_WIMM @KirOxford @NDORMS @OxfordMedSci @UniofOxford @ONBIstudents
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We @FritzscheLab @KirOxford @NDORMS @MRC_HIU @MRC_WIMM @OxfordMedSci @UniofOxford seeking Advanced Staff Microscopy Specialist with expertise in optics. Great opportunity: design, build, and maintain super-resolution #microscopy. Email us :-) bpi-oxford.com
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We @FritzscheLab @KirOxford @NDORMS @MRC_HIU @MRC_WIMM @OxfordMedSci @UniofOxford seeking motivated staff scientist with expertise in optical engineering. Great opportunity to design, build, and maintain advanced state-of-the-art #microscopy. Email us :-) bpi-oxford.com
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We still feel excited. One year ago @FritzscheLab @faldalf @KirOxford @MRC_HIU @OxfordMedSci demonstrated the experimental power of statistical analysis of #sFCS: nanoscale diffusion measurements do not need super-resolution #microscopy: pubs.acs.org/doi/abs/10.1021…
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We @FritzscheLab @MRC_HIU @MRC_WIMM @KirOxford @NDORMS @OxfordMedSci @UniofOxford @HHMIJanelia @AICjanelia and @emadmoeen and Li lab publish our new paper in @NanoLetters: live-cell super-resolution volumetric traction force microscopy (3D SIM-TFM): pubs.acs.org/doi/abs/10.1021…
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We are seeking young and motivated scientists for a 3-12 month internship in the @FritzscheLab @KirOxford @UniofOxford. Physicists, chemists, and biologists are welcome. Emails us! 😀
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We @FritzscheLab @MRC_HIU @MRC_WIMM @KirOxford @NDORMS @OxfordMedSci @UniofOxford @HHMIJanelia @AICjanelia publish our new paper in @CellReports @CellPressNews showing how a #mechanosensitive #actin #cytoskeleton controls #antigen recognition in T-cells cell.com/cell-reports/fullte…
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We @FritzscheLab @MRC_HIU @MRC_WIMM @RDMOxford @KirOxford @NDORMS @HHMIJanelia @AICjanelia are delighted to publish our new paper in @CommsBio showing with super-resolution #TIRF-#SIM how self-organizing #actin patterns shape immune mast cell activation. nature.com/articles/s42003-0…
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We @FritzscheLab @MRC_HIU @MRC_WIMM @RDMOxford @KirOxford @NDORMS are delighted to be part of @JPhysD "The 2018 correative microscopy techniques roadmap" iopscience.iop.org/article/1…
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We are delighted that our article (nature.com/articles/ncomms14…) @FritzscheLab @MRC_HIU @MRC_WIMM @RDMOxford @KirOxford @NDORMS on the discovery of self-organising actin patterns in living cells was selected for @nature Special Web Collection of #activematter: nature.com/collections/hvczf…
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Today our @faldalf @FritzscheLab @dwaithe @Sciezgin @MRC_HIU @MRC_WIMM @KIROxford et al new paper in @acsnano got published: Conventional confocal FCS allows subdiffusion quantification in living cells: pubs.acs.org/doi/full/10.102…
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We @FritzscheLab with @faldalf from EggelingLab at @MRC_HIU @MRC_WIMM @KIROxford publish a new Method in @acsnano to infer Brownian and non-Brownian diffusion modes in living cells at conventional microscope without the need of superresolution microscopy: pubs.acs.org/doi/pdf/10.1021…
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We @FritzscheLab at @MRC_WIMM @MRC_HIU @KIROxford reports on how "Mechanical forces guide the biophysics of immune cells" : microscopy-analysis.com/blog…
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New book chapter from the Michael L Dustin and the @FritzscheLab: sciencedirect.com/science/ar…
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Tomorrow join @Snusmumrik_K talk from the @FritzscheLab comparing eTIRF-SIM and AiryScan at FOM2018
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1-year ago @FritzscheLab and EggelingLab at @MRC_WIMM @MRC_HIU uncovered the existence of Self-organizing actin patterns in live cells: tandfonline.com/doi/full/10.… nature.com/articles/ncomms14…
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Exciting RDM Prize talk from Huw Colin-York at the RDM day
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@FritzscheLab, EggelingLab, and OggLab at @MRC_HIU @MRC_WIMM @RDMOxford @UniofOxford uncover how cytoskeletal actin dynamics control filaggrin during epidermal cornification: nature.com/articles/s41419-0…
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@zeiss_micro highlights article from @FritzscheLab about #Airyscan #superresolution blogs.zeiss.com/microscopy/n…
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@FritzscheLab at @MRC_HIU @MRC_WIMM @RDMOxford @UniofOxford publishes CalQuo2: #Fourier-space #calcium analysis nature.com/articles/s41598-0…
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@FritzscheLab at @MRC_HIU @MRC_WIMM @UniofOxford publishes #superresolution paper in #Airyscan #microscopy mdpi.com/2304-6732/4/3/41
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.@FritzscheLab at @MRC_HIU publishes in @ScienceAdvances how activating #Tcells form a ramified actin network advances.sciencemag.org/cont…
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