Lim Chee Liew 刘玲志

🌿 New paper from the lab out in @NaturePlants! We built a single-cell atlas of Arabidopsis leaf development to ask: how does drought reshape leaf gene expression at the cellular level? doi.org/10.1038/s41477… 🧵

Hiding in plain sight! 2.3M conserved non-coding sequences traced back 300M years across 284 plant species Ground-breaking study in First Release @ScienceMagazine from labs of Madelaine Bartlett, Idane Efroni & Zach Lippman ▶️ doi.org/10.1126/scienc… ▶️ slcu.cam.ac.uk/news/hiding-pl…

🔬 Lunch & Learn | La Trobe University (AgriBio) 📅 Wed 11 Feb | 🕚 11:00 am 📍 AgriBio, LTU | 🥗 Light lunch provided 👉 Registrations now open: rj121.share-ap1.hsforms.com/2p5a52KMDTxe5o…

🌱 From Root to Shoot: Explore Plant Cells! Join the Cellular Conversations webinar on 24 Feb, 11 AM AEDT. Speakers: Dr @molivarina , UWA @scienceYeeSu , ANU Discover how 10x Genomics single-cell tech is revealing plant cell diversity. 👉 Register: us02web.zoom.us/webinar/regist…

2025 highlights with @10xgenomics and @mscienceaustnz From workshops to conferences, thank you to the ANZ research community for an inspiring year of science and collaboration. Here’s to an exciting 2026. Happy New Year! #10xGenomics #MillenniumScience #SingleCell #ANZScience

#Halloween has come to the Millennium Science office today! 🎃👻💀

It’s a small act that can make a huge difference! Join the Halloween spirit, roll up your sleeves and consider donating too!

Yesterday’s webinar was fantastic. I loved both talks and the stunning images of plant spatial transcriptomics!🌱 It reminded me how much I enjoy plant research. Contact me via DM for the webinar replay if you were unable to attend yesterday.

📢Exciting news! The Cell Brief is live — our LinkedIn newsletter bringing you the latest in @10xGenomics single-cell & spatial biology, and upcoming events across Aus and NZ. Subscribe today: lnkd.in/eBX_jue2 #TheCellBrief #10xGenomics #SingleCellBiology #SpatialBiology

🌱 7 days to go! Don’t miss our webinar “Breaking Barriers in Plant Spatial Biology” by @XiujuanYang and @minyaojhu. Discover how @10xGenomics spatial tech is advancing plant science. 👉 Register: us02web.zoom.us/webinar/regist… #SpatialBiology #PlantResearch

Our new Nature Plants paper is out (and we’re on the cover)!👉 bit.ly/4lS8sOB By combining scRNA-seq with conserved TF binding (multiDAP) we define gene regulatory networks for 65 cell types across 4 tissues in a wide range of flowering plants!

Nearly everything you know about plants was first discovered in a plant you’ve likely never heard of: Arabidopsis thaliana. Arabidopsis has taught us how plants respond to light, which hormones control plant behavior, and why some plants grow long, deep roots while others grow them shallow and wide. But despite its beloved reputation among plant biologists worldwide, many elements of the Arabidopsis life cycle have remained a mystery. Salk Institute researchers have now established the first genetic atlas to span the entire Arabidopsis life cycle, from single seed to a mature plant, capturing the gene expression patterns of 400,000 cells. The publicly available resource will help expand research and development in plant biotechnology, agriculture, and environmental sciences. Read more: salk.edu/news-release/s… #Plant #PlantBiology #salkinstitute #Arabidopsis #genetics

🌱 How is @10xGenomics spatial biology transforming plant research? Join our AgBio webinar to hear from leading experts on spatial technologies in plant systems. 📅 16 Sept | 🕓 4pm AEST 👉 Register: us02web.zoom.us/webinar/regist… #AgBio #PlantResearch #Webinar #10xGenomics

🚀Final Reminder: countdown has started to the next ISTA-ISSS webinar! 📜 Certificate included! Enter your name correctly when signing up! ✔️Register now and join us tomorrow at 13:00 CEST⤵️ attendee.gotowebinar.com/register/90989… #seedquality #ISTAwebinar

🌱 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.

Led by @TrALEE_Sci at the @salkinstitute, plants have spoken 🌱 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

Tremendous work by the extremely talented postdocs! @TrALEE_Sci @NatanellaE @nobolly .Thank you for putting in a major effort on this “side project” to develop a power community resource arabidopsisdevatlas.salk.edu

🎓 Now accepting applications: 2025 @10xGenomics APAC Fellowship Program! Are you an early-career researcher in veterinary, animal, or livestock science across the APAC region? This is your opportunity to explore single cell transcriptomics—with full support from 10x Genomics. 🧬🐄🐑🐓 Submit a 250-word abstract proposing how you’d use the Chromium Single Cell GEM-X Universal 3’ or 5’ Gene Expression Solution (singleplex or On-Chip Multiplexing) in your research. 🏆 Three fellows will receive: A free Chromium GEM-X Universal 3' or 5' Assay Kit, Chip Kit, and Index Kit Mentorship and support to generate your first single cell dataset A chance to elevate your research in animal health, reproduction, disease control, and nutrition 📅 Apply by: 8 August 2025 🌏 Open to early-career researchers across Asia Pacific 📥 Submit an abstract of 250 words outlining an innovative research project 🎁 All eligible participants will receive a 20% discount on assay kits above 👉 Apply now: 10xgen.com/1NW #10xGenomics #APACFellowship #SingleCell #VeterinaryScience #AnimalResearch #Genomics #EarlyCareerResearch #LivestockScience #Transcriptomics #LifeScience #Omics

🌾 Unlocking the Secrets of Rice: A Single-Cell Multi-Omics Atlas A groundbreaking study published in @Nature using @10xGenomics multiome assay has unveiled a comprehensive single-cell multi-omics atlas of rice, encompassing over 116,000 cells from eight distinct organs. This pioneering research provides an unprecedented view into the gene regulatory networks that drive rice development, offering valuable insights for crop improvement and sustainable agriculture.

Think we’ve already cracked the science of seeds? Not even close. 👇 A new expert review shows how powerful new tools - like single-cell analysis and multi-omics - are revealing what really controls how seeds grow, sleep, and wake up. Learn how this could help us grow crops that survive climate change. @latrobe x Zhejiang University bringing the science. Learn more 👉shorturl.at/Uxg8x @latrobe @LTUresearchers @lewseylab @AurouxLucas