Falk Schneider
@faldalf
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Assistant Professor @uniofwarwick Postdoc with Scott Fraser. Prev., @UniofOxford @FritzscheLab @AgEggeling Into membranes, biophysics and fluorescence
Coventry, UK
Joined September 2017
Interested in diffusion and oligomerization? Our brightness-transit statistics pipeline based on sFCS acquisitions just came out in @NatureComms 🥳 Start correlating! Great collab with @pfcespedes @KaredlaNarain @FritzscheLab @MichaelLDustin
https://t.co/biJiDFwEUn
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🚨🚨Deadline approaching - last day to apply 🚨 Come and join a team of interdisciplinary microscopists as a postdoc at the University of Warwick @BMSatWarwick @warwickmed All info below⬇️⬇️⬇️
We are building a quantitative imaging team @uniofwarwick @BMSatWarwick ‼️3 postdoc positions open‼️ Join an interdisciplinary endeavor with @midbody @jitumayor_lab @SPOREMOHAN on a @wellcometrust funded project to push probe and microscopy development: https://t.co/IewCeTdtWX
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Our paper explaining why two motor proteins that walk in opposite direction depend on each other is finally out. Great collaboration with @Carter_Lab, initiated by @zwetza, beautiful structural biology by @fe_aali. A thread 🧵 (1/9)
nature.com
Nature Structural & Molecular Biology - Here the authors show that codependence of dynein and kinesin KIF1C occurs through binding of the FTS–HOOK3–FHIP1B cargo adapter. Binding of...
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Research Fellow in Advanced Fluorescence Imaging x3 (109958-1224) at University of Warwick #newyear #newstart @warwickmed @uniofwarwick
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Assistant/Associate Professor in Cellular Interfaces (Research and Teaching) (108240-1124) at University of Warwick #newyear #newstart @warwickmed @uniofwarwick
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StayGold red-shifted by non-natural aminoacid mutagenesis. see our reprint, another fruitful collaboration with @midbody @Allister_Crow. Well done Esther & Will Scott first authors. This tool is being developed further for imaging. Watch this space. https://t.co/1mqjQfqbvL
biorxiv.org
Photobleaching of fluorescent proteins often limits the acquisition of high-quality images in microscopy. StayGold, a novel dimeric green fluorescent protein recently monomerised through sequence...
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How does nano-scale plasma membrane structure underpin tissue development? Let’s find out! First opportunity to do a PhD with me, co-supervised by Darius Koester, at Warwick Fully funded studentship by #MIBTP and University of Warwick More info here: https://t.co/lctwKQ93zq
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It's very exciting for me: First opportunity to join my brand-new lab at the University of Warwick. You'll be working closely between the four labs on cutting-edge imaging and spectroscopy approaches. Apply by January 9th. ✨🔬🐟
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We are building a quantitative imaging team @uniofwarwick @BMSatWarwick ‼️3 postdoc positions open‼️ Join an interdisciplinary endeavor with @midbody @jitumayor_lab @SPOREMOHAN on a @wellcometrust funded project to push probe and microscopy development: https://t.co/IewCeTdtWX
Exciting opportunity to develop new imaging technologies working with @midbody @jitumayor_lab @sporemohan and @faldalf We are looking for 3 Post-docs on a Wellcome Trust funded project. https://t.co/jeDAbFAhqh
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🟦🦋 is taking off! Discovered a lot of interesting labs, scientists, and discussions already. But... Where is the FCS/FFS community? Created a starter pack. Way too few photon-counters 🧐 Let me know when you're there and want to be added. ⬇️⬇️⬇️ https://t.co/AnhtIOu11H
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🟦🦋 is taking off! Discovered a lot of interesting labs, scientists, and discussions already. But... Where is the FCS/FFS community? Created a starter pack. Way too few photon-counters 🧐 Let me know when you're there and want to be added. ⬇️⬇️⬇️ https://t.co/AnhtIOu11H
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We have an open research assistant position in host-pathogen interactions. Are you interested in synthetic biology, membranes and microorganisms, please apply! https://t.co/VtiNZ9Ok7A
ki.varbi.com
Vill du bidra till medicinsk forskning av toppkvalitet? Vi söker en motiverad forskningsassistent som kommer att arbeta med biofysiska principer som ligger till grund för värd-patogen interaktioner
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My first-author paper is out today @NatureComms ! We investigated how oligodendrocytes produce myelin. Using volume EM, we characterized oligodendroglial ER (magenta) in developing myelin and explored nonvesicular lipid transport involved. #lipidtime
https://t.co/COW6ZjIQk7 (1/n)
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I’m really happy to present our latest @biorxivpreprint: “Antigen mobility regulates the dynamics and precision of antigen capture in the B cell immune synapse” led by @HCW_McArthur with contributions from @MaroIliopoulou and @AnnaBajur. Check it out! https://t.co/NBApyBHuxw
biorxiv.org
B cells discriminate antigens in immune synapses by capturing them from antigen-presenting cells. This discrimination relies on the application of mechanical force to B cell receptor (BCR)-antigen...
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Excited to share our Nature Reviews Methods Primers paper on Fluorescence Lifetime Imaging Microscopy! Check out the link here to read more: https://t.co/4JW5K6hj7Y
@MalacridaLab @torrado_belen
nature.com
Nature Reviews Methods Primers - Fluorescence lifetime imaging microscopy can offer insights into biological processes such as metabolic imaging, protein–protein interactions and live-cell...
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We are delighted to share our latest work published in ACS Sensors!! We developed a new tool to precisely measure insulin secretory granule pH to learn more about how cells regulate insulin maturation. Big congrats to Wen Lin for driving this project! https://t.co/H23totptDV
pubs.acs.org
Insulin is a peptide hormone secreted from pancreatic beta cells to regulate blood glucose homeostasis. Maturation of active insulin occurs within insulin secretory granules (ISG) by acidification of...
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FRET correlation functions, a new model-free analysis tool. For dynamics from nano to milliseconds in diffusion-based smFRET experiments. Clean correlation functions, no diffusion component left. Perfect to verify HMM fits. https://t.co/cmzNuNQQn8
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Autumn vibes @uniofwarwick @BMSatWarwick Having seasons can actually be quite nice :) Photo credit @merve_aksozz
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Preprint alert! Led by Shannon Rhoads, we used 🌈🔬 to elucidate the #organelle signatures of #neurons and #astrocytes at baseline and in response to neurodegenerative-disease associated stressors. See Shannon's awesome tweetorial below!
biorxiv.org
Neurons and astrocytes play critical yet divergent roles in brain physiology and neurological conditions. Intracellular organelles are integral to cellular function. However, an in-depth characteri...
Check out our preprint using imaging-omics to characterize the #OrganelleSignature - the morphology interactions & distribution of #ER❤️ #Lysosomes🩵 #Mitochondria💚 #Peroxisomes🧡 #Golgi💛 & #LipidDroplets🩷 - of live #neurons and #astrocytes! https://t.co/RmGRnut5my 🧵1/11
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Thanks @RosFrankInst for highlighting our recent work on measuring diffusion dynamics and oligomerization with @pfcespedes @KaredlaNarain @MichaelLDustin and @FritzscheLab Link to paper @NatureComms ➡️: https://t.co/biJiDFw74P RFI news article⬇️⬇️⬇️
nature.com
Nature Communications - Methods to assess diffusion dynamics and oligomerisation of biomolecules remain scarce. Here, the authors present a brightness-transit statistics method to measure diffusion...
Researchers at the Franklin, @KirOxford and @USC have developed a new method for studying how molecules behave on the cell membrane. This technique will enhance our understanding of important biological processes such as immune responses. Read more here: https://t.co/0XoEurm4aA
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Looking forward to working with the labs and faculty @uniofwarwick @warwickmed Thanks to all my colleagues and mentors who made this possible. Especially: Christian Eggeling @AgEggeling Erdinc Sezgin @Sciezgin Joerg Enderlein Marco Fritzsche @FritzscheLab and Scott Fraser
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