Dr Marta Mackillop

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

We're at The BioProcessing Network's #BPN2025 event this week in Melb. @sjuddmole_msci & @Ivorbutler0_0 are ready to talk all things #biologics and therapeutic #nanoparticles with you. @bioprocessingn1 @unchainedlabs

AI + Single-Cell + Spatial: powering the next frontier in biology. @10xGenomics partners with leading groups to build massive datasets for AI models. Learn more: pages.10xgenomics.com/web-2025-08-co… Register for the webinar: pages.10xgenomics.com/SC-WBR-2025-09… #10xGenomics #SingleCell #SpatialBiology #AI

🧬 Attending A-RNA this week? Come see how we help fuel #RNA discovery. Featuring: • @NorgenBiotek sample prep kits • @10xGenomics single cell & spatial transcriptomics • @unchainedlabs' #StunnerAF - the Ultimate #LNP Characterisation Tool #RNABiology

Don’t just watch from the sidelines—play it hot with @10xGenomics #Xenium and expose all those steamy cellular affairs! Xenium’s super‑specific padlock‑probe chemistry can turn up the heat on every secret rendezvous in your tissue. Ready to spill the cellular tea? 🔥 Uncover up to 5,000 gene targets, so no affair goes unnoticed 🔥 Subcellular resolution that’s zoomier than any concert camera 🔥 Go from tissue section to data in ≤ 6 days (don’t miss any juicy plot twists) 🔥 Visualize every steamy moment with the intuitive Xenium Explorer #XeniumPlaysItHot #ExposeCellularAffairs #SpatialOmics #10xGenomics #spatialtranscriptomics #genome #RNA #research

New #singlecell benchmarking data is here! The team @HutchInnovation has been hard at work comparing the latest assays. Read the preprint for all the data and see how top-performing Flex and Universal assays can make a huge difference in your research: bit.ly/4569a6l

CANCER SUCKS. @10xGenomics turns a #tumour from a “black box” into a fully annotated parts list, complete with wiring diagram and GPS coordinates—giving researchers multiple, precise levers to pull in the quest for curative #cancer #therapies. How 10x Genomics accelerate the discovery of new cancer cures: 1. Intratumour heterogeneity at #singlecell resolution. Pinpoints the rare sub-clones that drive relapse or drug resistance, enabling highly targeted drug design rather than one-size-fits-all regimens. 2. Precise spatial maps of #geneexpression. Shows which #cell types—and which #pathways—co-locate inside the tumour architecture, guiding delivery strategies (e.g., antibody–drug conjugates) and combination therapies that hit the right neighbourhoods. 3. Precise snapshots of the tumour immune micro-environment. Identifies exhausted T-cell states, immunosuppressive myeloid niches, and actionable checkpoints, accelerating next-generation immunotherapies and personalised #vaccine targets. 4. Simultaneous multi-omic profiling (#RNA + #chromatin + surface #proteins). Connects transcriptional programs to the #epigenetic switches and #protein #phenotypes that regulate them, uncovering druggable master regulators that a single-omic view would miss. 5. Lineage tracing and clonal evolution during treatment. Tracks how cancer cell lineages adapt under selective pressure, allowing clinicians to deploy “adaptive” or sequential therapies before resistance dominates. 6. Tumour–stroma and tumour–immune interaction networks. Clarifies how #fibroblasts, #endothelial cells, and #immune infiltrates either suppress or fuel tumour growth, pointing to combination strategies that disable bad neighbours and empower good ones. 7. High-throughput functional screens at single-cell readout. #CRISPR or drug-perturbation libraries coupled to 10x readouts rapidly rank candidate genes and compounds by their true, cell-specific impact, shortening the drug-validation pipeline. 8. Cross-species, cross-model comparability. The same platform profiles patient #biopsies, patient-derived #organoids, #xenografts, and in-vivo models, ensuring that mechanistic insights translate cleanly from bench to bedside. #cancer #therapy #curecancer #cure #disease #singlecell #chromium #visium #xenium #spatialtranscriptomics #oncology

Need help with your Single Cell or Spatial Transcriptomics grant application? @10xGenomics have the resources to help you out! View the grant application guides here: bit.ly/43tGUYK #Genomics #SingleCell #SpatialTranscriptomics #GrantWriting #scicomm

Let's find the solution before it's too late! @10xGenomics assays are compatible with many species including fungi. It is not the easiest sample to work with, but better this than an alternative... #singlecell #spatialtranscriptomics #fungi #lastofus #genomics #RNA

Don't miss the HOTTEST event of this Autumn! Unlock new dimensions in your scientific and clinical research at the @10xGenomics Single Cell & Spatial OmiX Symposium. The meeting is FREE to attend and spots are filling fast. This is the last call before it is too late. Links to registration will be available in the comment below. This premier #event offers researchers an unparalleled opportunity to connect, learn, and grow within the dynamic world of single cell and spatial omics. Immerse yourself in cutting-edge, interactive presentations and dataset demos led by renowned experts, and expand your knowledge with the latest methodologies and best practices. Hear researchers from @GarvanInstitute, UQ Frazer Institute, University of Melbourne, University of Sydney, @QIMRB_Institute, @WEHI_research, @latrobe among others. The speakers' list (will vary across locations) includes: Julia Cowen, @gmcderm, Gerry Ma, Edwin Hawkins, Hue Mai La, @LimCheeLiew, Jovana Maksimovic, Zherui Xiong, Xuehan Lu, @WittSuwa, Chenhao Zhou, Holly Holliday, Alex Chan, Deborah Burnett, Hanyun Z. and others. #singlecell #spatial #events #symposium #Melbourne #Brisbane #Sydney #transcriptomics #research #clinical #science #networking

Join our webinar to learn how our cutting-edge #singlecell and #spatialbiology technologies can elevate animal and livestock research. Gain molecular, cellular and tissue-level insights that can enhance animal welfare, sustainability, and food security. 10xgen.com/1KJ

Australian Wildlife Presents! Even cockatoos understand the importance of reliability and reproducibility in single cell sequencing. @10xGenomics Chromium X platform means single cell success right out of the box! 🦜More affordable than you think (ask us!) - you can discover much more for less 🦜Scale quickly and seamlessly from small pilots up to 1 million cells per run. 🦜 Minimize handling and user errors with fast and automated cell partitioning and barcoding. 🦜 Get to results faster with a simple, 1-day workflow—half the time of manual methods. 🦜 Options to support the full Chromium portfolio of assays and multiomic capabilities. 🦜 Leverage the 10x Genomics Cloud for fast and easy support and software updates. 🦜 Access to support with deep technical expertise—from sample prep to data analysis. #Chromium #singlecell #RNA #research #Science #Cockatoo #geneexpression #sequencing

The core of the @10xGenomics #Chromium technology is the automation of creating "Gel Beads in Emulsion" (GEMs), which are droplets where individual reactions occur. The system uses a microfluidic chip with tiny channels to guide the cells, reagents, and oil into these GEMs in a highly controlled and optimized manner. The 10x Chromium system offers advantages in efficiency, reproducibility, and throughput compared to manual methods, while manual barcoding involves more hands-on work and potential for errors. #singlecell #RNA #pipetting #carpaltunnel #geneexpression #sequencing #research #science #microfluidics

@10xGenomics Chromium Single Cell is a PURRfect fit for your research. And you can MEOW discover much more for less! How is it working? Imagine a bunch of cats randomly leaping into a collection of boxes—each box is like one of the gel beads in an emulsion, and each cat represents a single cell. In the 10x Genomics Chromium system, individual cells are encapsulated inside tiny droplets along with gel beads that carry unique barcodes. Just as each cat ends up in its own box (if it sits, it fits!), each cell is isolated in its droplet, allowing researchers to capture and trace its unique genetic information during analysis. Now, imagine you have a snapshot of all these cats arranged on a map—this is similar to how #UMAP visualizes single-cell data. If the orange cats tend to cluster together while the black and white cats form a separate group, it suggests that they share similar traits or behaviors. Similarly, UMAP clusters cells with similar gene expression patterns together, revealing distinct groups or "treats" that indicate different cell types or states. #singlecell #chromium #cats #discovery #science #research #geneexpresion #RNA #transcriptomics

🚀Exciting interview with @DmitriiShek on the quest for early predictors of immunotherapy response in gastrointestinal cancer! 🌟 Learn how high-resolution @10xGenomics technologies are advancing personalized medicine and patient care. 📑 10xgenomics.com/blog/striving-…

To discover or not to discover - that is the question. Whether 'tis nobler in the lab to suffer The slings and arrows of outrageous science, Or to use @10xGenomics against a sea of troubles And by opposing end them. To find the true meaning hidden in your samples, choose the right technology and the right tools to answer your research questions. #10xGenomics #Omics #Spatialtranscriptomics #SingleCell #geneexpression #transcriptomics #RNA #research #science #multiomics #gold

Join us for our Single Cell & Spatial OmiX Symposiums. 👉MEL Apr 2 10xgen.com/1Ki 👉BRIS Apr 4 10xgen.com/1Kk 👉SYD Apr 7 10xgen.com/1Km This premier event offers researchers an unparalleled opportunity to connect, learn, and grow within the dynamic world of #SingleCell and spatial omics.

We invite you and your colleagues to apply for the prestigious 2025 Millennium Science - 10x #Genomics Fellowship enabling training in and use of #SingleCell solutions. Details & March 12 Info Session➡️info.mscience.com.au/10x-fellowship @10xGenomics @DGabryelska @gmcderm #scicomm #Immunology #Neuroscience #CancerResearch #Organoids

Introducing our newest LICORbio instrument - The Odyssey F 🧬 Displayed performing a live demonstration of an In-Cell Western, come see it in action at @LorneProteins @LICORbio #western #gel #yourconstant

🗣️ Check it out! Kidney biopsy from T1d patient studied with Visium spatial transcriptomics reveals molecular links between kidney disease progression in T1d patients and gene expression in affected tissue.