Kavli Institute for Nanoscience Discovery, Oxford
@KavliOxford
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Catalysing discovery by bringing the physical sciences into the cell. #nanoscience #nanotechnology #nanomedicine #nanomaterials
Oxford, United Kingdom
Joined November 2021
🎧 Professor Dame Carol Robinson joins @BBCRadio4’s Desert Island Discs to reflect on her life and career through eight memorable tracks. From Pfizer at 16 to groundbreaking science at Oxford. 📻 Listen from 10 Aug →
bbc.co.uk
Dame Carol Robinson, scientist, shares the soundtrack of her life with Lauren Laverne.
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Publication Alert 🚨🚨🚨 Jack's paper is now online @naturemethods !! Uncovering hidden protein modifications with nTDMS https://t.co/Wo4xl94kjQ. Analyse your nTDMS data with his software, available at https://t.co/nBRaWMAB7U
@KavliOxford @WorcCollegeOx #UncoveringHiddenBiology
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Amazing image @MicronOxford !👏👏👏
Stunning results with minimal sample disruption using super resolution structured illumination microscopy (SIM) 📷 created at @MicronOxford @BiochemOxford by Leopold Czermak, Madeleine Trussell & River Wang ➡️ https://t.co/UDzCCVR8HD with @AntDLewis
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RESEARCH CROWDFUNDING: Oxford iGEM 2025 team Antibiotic resistance kills over a million people per year. We’re engineering a new kind of defence but innovation needs support: help us get to the iGEM Grand Jamboree in Paris. #FightAMR #iGEMOxford
https://t.co/pdm8mpOSwn
gofundme.com
Help the Oxford iGEM 2025 Team Fight Antimicrobial Resistance… Oxford iGEM 2025 Team needs your support for Help the Oxford iGEM Team Fight Antimicrobial Resistance
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Congratulations to @MootazSalman (@UniofOxford, @DPAGOxford, @KavliFoundation, @OxfordMedSci ) on receiving the Bayliss–Starling Prize Lecture 2025 from @ThePhySoc! Read more 👇
kavli.web.ox.ac.uk
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Great Seminar today at @Brainmind_EPFL with Mootaz Salman (Oxford, UK) We learned how blood-brain barrier dysfunction drives neurodegenerative disease & how 3D BBB-on-a-chip models uncover new therapeutic targets Many thanks @MootazSalman for the highly inspiring talk! @EPFL_en
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CONGRATULATIONS to our lab technician Mark and all Team GB athletes at the 25th World Transplant Games Federation in Dresden, Germany! #WTG2025 Mark won three gold medals and one silver medal 🥇🥇🥇🥈 an amazing achievement https://t.co/dUJhog4Ysz
kavli.web.ox.ac.uk
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Our @UniofOxford scientists are swapping lab coats for running shoes! They’re taking on the @OxfordHalf to fund vital dementia research for @AlzResearchUK Show your support here! https://t.co/trFJO4XvTA
#TeamARUK #OxfordHalf #RunForResearch
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Publication Alert 🚨 Carla has a new paper in Analytical Chemistry all about characterisation of protein-bound lipids by native MS and UVPD https://t.co/j84fZVdTHh
#Lipids #MustRead #Whensthepaperparty
@ACSPublications @KavliOxford
pubs.acs.org
Protein–lipid interactions are critical for maintaining membrane protein structure and regulating diverse protein functions. Native mass spectrometry (MS) has emerged as a powerful technique for the...
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📣Job opportunity: We are seeking a Research Assistant neuronal cell biologist to join the lab @KavliOxford within @OxfordDPAG. You will be working on a translational research project investigating lysosomal dysfunction in #Parkinson’s disease. Details:
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#TuesdayReads: Becky Carlyle et al develop and validate an ELISA to measure PKM in cerebrospinal fluid—linking elevated levels to accelerated cognitive decline in Alzheimer’s and highlighting PKM as a potential early biomarker. 🔗
degruyterbrill.com
Alzheimer’s disease (AD) is characterized by amyloid-beta plaques and tau tangles in the brain, but these markers alone do not predict disease progression. The intersection of these pathologies with...
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#TuesdayReads: Struwe Group et al reveal the structure of a key Trypanosoma cruzi enzyme, TcPOP, and show its potential as a Chagas disease vaccine target through invasion-blocking immune responses. 🔗
nature.com
Nature Communications - Chagas disease, caused by Trypanosoma cruzi, lacks an effective vaccine. Here, the authors report the cryo-EM structure of TcPOP, a potential vaccine antigen, in open and...
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#TuesdayReads: Kapanidis Group et al present a single-molecule approach to study DNAzymes—revealing functional diversity and uncovering performance differences masked in bulk measurements, with implications for biosensing. 🔗
pubs.acs.org
DNA-based enzymes, also known as DNAzymes, have opened new opportunities for signal generation and amplification in several fields including biosensing. However, biosensor performance can be hampered...
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#TuesdayReads: The Jagannath Group reviews the genetic and molecular workings of the circadian clock—highlighting how rhythm disruptions contribute to neurological disease and how targeting circadian mechanisms may offer new therapies. 🔗
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