1/3🧵🎉REGEMAT3D turns 10! 🎉 Ten years ago, we took on a bold challenge: to create living tissues using 3D technology and transform regenerative medicine. A decade later, our solutions are used across 36 countries, helping to push the boundaries of what's possible.

🧱 What if organ-on-a-chip tech was as easy as LEGO? With Kirkstall Ltd Quasi Vivo, 3D cell culture is plug-and-play. 🔄 Modular setup 💧 Gentle low-shear flow 🧬 Supports spheroids No microfluidics stress. Just real physiology—made simple. #OrganOnAChip #InVitro #3DCellCulture

🚨Whether you’re printing organoids, scaffolds, or future therapies – BIOV1 & REG4Life are engineered to deliver. 🧬🖨️ Let’s print the future. #BIOV1 #REG4Life #Microphysiology #3DBioprinting

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CelTox Sampler is a compact, easy-to-use system for air-liquid interface toxicity testing. Precisely delivers gases, vapors & aerosols to cultured cells with full temp/humidity control. 👉 microphysiology.com/celtox-sampler #Toxicology #InVitro #ALI #Microphysiology #CelTox #MedtecBiolabs

🚀 ClinoStar2 by Celvivo is redefining 3D cell culture! 🔬 Grow spheroids/organoids in a low-shear, physiologically relevant environment. ✅ Remote control via CelVivo Cloud ✅ UV-C decon + 6 onboard cameras ✅ Stackable, compact incubator 🔗 clinostar.com

🔬 New Nature study: an 18-organ “body-on-a-chip” links heart, liver, brain & more via microfluidic blood flow + excretory loop. Stable for 2 months, reproducing human PK & toxicity across tissues—huge leap for complex in-vitro testing nature.com/articles/s4137…

it’s a step forward in connecting with our global community. Let us know what you think! regemat3d.com #Biofabrication #3DBioprinting #RegenerativeMedicine #TissueEngineering

📚 New MPS Roadmap: A fresh review (Hartung et al., ALTEX) outlines challenges holding back organ-on-chip adoption: need for standards, validation benchmarks, regulatory clarity, data sharing… and calls for global collaboration to solve them. Essential read for OOC folks!

🌍 On #WorldEnvironmentDay, we celebrate science that’s ethical and sustainable. Our organ-on-a-chip, bioprinting & in vitro tools support the #3Rs—reducing animal use and environmental impact. Let’s build a greener future, one experiment at a time. #NAMs #LifeSciences

MPSs bridge critical gaps between lab models and human biology. To unlock their full potential, the field must focus on: • Multi-organ integration • Patient-derived cells for personalised insights • Clinical validation for real-world relevance #MPS #PrecisionMedicine

Animals to be replaced: mice & rats 🐭 Ethan Perkins is building a human cell model of prostate cancer to predict treatment effects & side effects – no animals, no FCS. His work could replace 2,500 mice in 5 years. Read more: animalfreeresearchuk.org/project/predic… #KinderScience

Perfusion flow cell culture brings lab experiments closer to real-life conditions. 📚 One key insight: Cells thrive when nutrient flow and waste removal mimic the body's natural environment. 🔗Our article explains why this matters for your research: kirkstall.com/an-introductio…

NIH will no longer fund animal-only studies, shifting support to human-based tech like organ chips and perfusion systems. 🐭➡️🧑‍🔬 Let’s build studies that translate faster, cost less and spare animals along the way. drugdiscoverytrends.com/nih-announces-…

From lab novelty to industry staple, organ-on-a-chip tech needs clear standards. Kirkstall is rolling up its sleeves to help set them. Dive in 👇 kirkstall.com/supporting-eme…

Every 90-day drug safety study can sacrifice 80 animals, but there’s a better way. Quasi Vivo® offers low-shear, human-cell systems, accurately modeling human biology without animals. Discover ethical, reliable research at: kirkstall.com #AnimalFreeResearch

Metastasis causes 90% of cancer deaths, yet remains incredibly hard to study because lab models can't accurately replicate tumour spread between human organs. A new approach could finally change this. #CancerResearch #Metastasis #OrganOnChip #Innovation

🤝 Excited to announce our partnership with Celvivo Inc. to bring the ClinoStar 3D cell culture system to labs in India! Making advanced cell culture more accessible. 🌐🔬 #CelVivo #ClinoStar #3DCellCulture #lifesciences #Partnership

🇮🇳 Today, we join India in celebrating Independence Day – honoring innovation, resilience, and the spirit of progress. Here’s to a future where science and collaboration know no boundaries. ✨ #IndependenceDay #India #MicroPhysiology #OrganonChip #3DCellCulture #3dbioprinting

🌸✨ Wishing everyone a joyful and prosperous Onam! 🌿 May this harvest festival bring happiness, health, and new beginnings. 🌼 From all of us at Microphysiology – Happy Onam! 🌾💫 #HappyOnam #Onam2025 #FestivalOfUnity