Geoffrey McDermott
@gmcderm
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Science and Technology Advisor at 10X Genomics. Come for the HOT science Tweets, stay for my poor attempts at comedy. Views are my own.
California
Joined February 2015
What if you could simply ask your analysis tools for answers? Weβre collaborating with @AnthropicAI to make that happen, working to turn #singlecell & #spatial analysis into a natural conversation, not a coding lesson. Learn more > https://t.co/SFCyydfAll
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New in Nature Communications! Researchers @McClementsLana and @clairerich28 used @10xGenomics single-cell tech to reveal how matrix composition drives trophoblast differentiation in 3D placental organoids. π§« π https://t.co/UBvhWMMcTN
#SingleCell #Organoids #stemcell
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Preprint from @GoogleDeepMind & @Yale Scaling Large Language Models for Next-Generation Single-Cell Analysis https://t.co/PxcX6YdyIp Cell2Sentence-Scale (C2S-Scale) is a 27 billion parameter foundation model that takes scRNA analyses to the next level π€― https://t.co/dYdMBLnrGN
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π¨ Next Tuesday! Cellular Conversation Webinar No-Fail Zone: High-Quality Data Across 10x Single-Cell β Part I: Flex π 30 Sept | π 12 PM AEST | β± 30 min π¬ Dr Somi Kordafshari, WEHI π Register: https://t.co/kAiFx1CcyI
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Benchmark long-read analysis with 10x Genomics + LongBench. The LongBench resource from @mritchieau's lab, led by @youyupei showcases how @10xGenomics single-cell and single-nucleus workflows reveal full-length transcripts and uncover isoform diversity.
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Thanks to our speakers @XiujuanYang and @minyaojhu for sharing tips on optimisation and showing how @10xGenomics Visium & Xenium spatial transcriptomics can advance plant research. Missed the webinar? DM us for the recording. #SpatialTranscriptomics #PlantResearch #10xGenomics
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New in Xenium Ranger v4.0.0 π With this release, youβll see: β¨ New support for large cell segmentation β¨ Improved accuracy in dense nuclei segmentation These upgrades help you capture biology more faithfully than ever before. π Explore the update: https://t.co/x27XUZQ7yw
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π¬ Xenium In Situ Gene & Protein Expression @10xGenomics Validated human FFPE tissue list now available. Explore the list & design with confidence: https://t.co/Iv3mxEHitU
#10xGenomics #Xenium #SpatialTranscriptomics #SpatialBiology
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Giving away my Titleist staff bag that I used from the Open Champ to the BMW I believe. Must be a follower Comment, like, retweet for a chance to win!
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Webinar Alert! No-Fail Zone: A Scientistβs Proven Framework for Consistently High-Quality Data Across All 10x Genomics Single-Cell Modalities β Part I: Flex 12 PM, Tue 30 Sept Dr Somi Kordafshari shares tips and insights on FLEX workflows. π Register: https://t.co/k5hfJl88Ax
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Canβt thank @10xGenomics enough for showcasing our work! Incredible technologies at the forefront of #spatial #omics to help us decode #cleftpalate
Using #VisiumHD & #XeniumInSitu, @NIH scientists led by @jer_oliver_pina discovered a new role for PAX9 in palate formation, offering valuable insights into cleft palate disorders. Read more: https://t.co/7gRolMLzBP
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Led by @TrALEE_Sci at the @salkinstitute, plants have spoken π± 400,000 nuclei across seeds to siliques mapped with @10xGenomics single-cell technology, revealing new insights into plant development and biology! #PlantBiology #SingleCell #SalkInstitute #Genomics
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We're hiring! Need a microscopy wizard to help build the worldβs first synthetic plant chromosome! Bring your lights, lasers, & lens-craft to characterise new artificial chromosomes. Join our ARIA-funded project at @uwanews in Perth & @plants4space. Apply: https://t.co/cDWl7LAhC9
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Using spatial technology, WEHI researchers have mapped the bone marrow in unprecedented detail β showing how myeloma behaves differently in each patient. A step toward personalised blood cancer treatment. π https://t.co/JkimnbCQcC
@rkhyip
@BloodPortfolio
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π¨ New @10xGenomics eBook out now! Hear from Dr @SaskiaFreytag, @WEHI_research on how spatial biology is helping identify therapeutic cancer targets. Plus, insights from other leading researchers worldwide. π Download here: https://t.co/n0UqHnjudR
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π Thank you to everyone who joined our Visium Spatial Data Analysis Workshop today at Charles Perkins Centre, Sydney! Participants explored @10xGenomics Visium workflows, data QC, visualisation & downstream analyses, with hands-on support from our team. #SpatialBiology #Visium
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π± Xenium breaks barriers in plant spatial biology! Thick cell walls, autofluorescence & complex tissues have long challenged spatial transcriptomics. A new bioRxiv preprint shows an optimised @10xGenomics Xenium workflow for Medicago truncatula roots & nodules.
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π New Product + 25% Launch Offer: The @10xGenomics Xenium 27-Plex Protein Panel is here! Gain subcellular spatial proteomics + transcriptomics on the same FFPE tissue section. π§ͺ Detect 27 proteins alongside RNA π° Save 25% via our Protein Pilot Program π¬ FFPE-validated,
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Talk about a gut feeling⦠so excited to share this new preprint using Xenium spatial transcriptomics and Chromium single-cell RNA-seq!
π New preprint maps the developing human intestine with @10xGenomics Xenium spatial transcriptomics and Chromium single-cell RNA-seq, revealing a detailed cellular atlas to advance organoid engineering and disease modelling. Explore the full study for all the details:
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π New preprint maps the developing human intestine with @10xGenomics Xenium spatial transcriptomics and Chromium single-cell RNA-seq, revealing a detailed cellular atlas to advance organoid engineering and disease modelling. Explore the full study for all the details:
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