Inventia Life Science

✨ The future of 3D biology has arrived. We’re thrilled to announce the launch of RASTRUM™ Allegro, the next-generation platform transforming 3D cell culture for drug discovery and disease research. ⚡ What makes RASTRUM Allegro a game-changer? ☑️ Speed: Generate complex 3D cell models in minutes, not hours. ☑️ Scalability: Effortlessly transition to high-throughput workflows—perfect for screening. ☑️ Reproducibility: Consistent, high-quality results you can trust across every experiment. 💡 Why it matters: RASTRUM Allegro empowers researchers to tackle complex biological challenges, unlock deeper insights, and accelerate their path to discovery. 📍 Explore how RASTRUM Allegro is shaping the future of 3D cell culture: https://lnkd.in/g9JcHEKC #RASTRUMAllegro #3DBiology #DrugDiscovery #Innovation

AI and 3D cell culture technology are changing the game in cancer research. A new feature in The Canberra Times highlights how researchers at Macquarie University are using advanced imaging, artificial intelligence, and #RASTRUM bioprinting to create patient-derived tumor models and guide personalized cancer treatment. “It prints the tumour cells—it’s like an inkjet printer that individuals may have at home but far fancier... We can take those little prints—they're like little gels—and treat them with our clinically available therapies.” – Prof. Helen Rizos, Macquarie Medical School The goal? To model tumor responses in 3D in as little as 10 days—providing fast, functional insights that may one day support clinical research and treatment development, especially for rare or difficult to treat cancers. 📰 Read the story and see how cutting-edge innovations are making an impact in personalized medicine: https://lnkd.in/gUArpNyh #CancerResearch #3DCellCulture #Bioprinting #RASTRUM #AIinHealthcare #PrecisionMedicine #InventiaLifeScience

Our co-founder and chief operating officer, Cameron Ferris, sat down with The Scientist for an #InnovationSpotlight to discuss how #RASTRUMAllegro is transforming 3D cell culture—making complex, tissue-relevant models more accessible, reproducible, and scalable than ever before. Read the conversation to learn how RASTRUM Allegro is helping researchers: ✓ Overcome the limitations of 2D culture ✓ Streamline high-throughput workflows ✓ Generate physiologically relevant models with ease ✓ Bridge the gap between lab and clinic If you're looking to scale your 3D workflows without sacrificing biological complexity, this one’s for you. Read the spotlight: https://lnkd.in/gYzZu3tX #RASTRUMAllegro #RASTRUM #3DCellCulture #Science #DrugDiscovery #InventiaLifeScience

April's edition of The Culture is here! As we gear up for #AACR2025, this month’s newsletter puts a spotlight on how researchers are using #RASTRUM to tackle #cancer from every angle. Dive in to get the latest insights!

We were thrilled to join researchers at Moffitt Cancer Center yesterday for a special seminar on the consistent and reproducible creation of 3D phenotypic models for cancer research. Thomas Grundy, PhD, and Hannah Roddy from the Inventia Life Science team shared insights on: ▪ Developing complex model architectures ▪ Working with sensitive and patient-derived samples ▪ Designing high-throughput, analysis-agnostic 3D assays A huge thank you to the Moffitt team for the warm welcome and great discussions around innovation in TME modeling and translational workflows! Want to learn how RASTRUM can support your research? Get in touch with our team of specialists here: https://lnkd.in/gd9Qjk27 #CancerResearch #3DCellCulture #TumorMicroenvironment #RASTRUM #RASTRUMAllegro #PhenotypicScreening #InventiaLifeScience #MoffittCancerCenter

What can 3D cell models reveal about drug resistance in ovarian cancer? For Esther Rodman, PhD, Post Doctoral Research Fellow at the Mayo Clinic, the answer lies in modeling JAK/STAT signaling pathways with greater biological relevance. In this new #InventiaInsights blog post, Esther shares how she’s using #RASTRUM-generated 3D cell models to study key drivers of therapy resistance in ovarian cancer—and how this approach may open the door to future investigations into the role of stromal cells. 📖 Read the full interview: https://lnkd.in/gxpMPxHn #CancerResearch #3DCellCulture #RASTRUM #RASTRUMAllegro #DrugResistance #OvarianCancer #TumorMicroenvironment #InventiaLifeScience

Say g'day to Razza—your friendly Aussie guide to all things 3D cell culture 🇦🇺🧪 Razza is here to make your journey with #RASTRUM fun, informative, and just a little bit cheeky. From tips and tricks to behind-the-scenes science, Razza's got you covered. Follow our page for #RazzaTips, #RazzaRiddles, and more ways to make your lab life easier (and hopefully a little more fun)! #MeetRazza #Razza #RASTRUMAllegro #3DCellCulture #ScienceCommunity #LabLife #InventiaLifeScience

A major shift is underway in preclinical research. The FDA’s initiative to phase out animal testing requirements for certain drug classes reflects a growing recognition of next-gen tools like in vitro 3D cell models. At Inventia Life Science, we’re proud to be at the forefront—helping researchers move faster, more ethically, and with greater clinical relevance through our advanced 3D cell culture solutions. Read our CEO Julio Ribeiro Ph.D Medicine, MIEAust thoughts on how this policy change validates the path forward for innovative, human-relevant technologies. 👇

We’re welcoming a new face to your feed—someone who really gets lab life. Think: science tips, good banter, and a whole lotta Aussie charm. Get ready to meet your new lab bestie. #3DCellCulture #RASTRUM #RASTRUMAllegro #InventiaLifeScience

Looking to extract high-quality RNA from your #RASTRUM-generated 3D cultures? A new researcher-generated #protocol from Esther Rodman, PhD and Michael Emch of the Mayo Clinic demonstrates how to integrate TRIzol® extraction into your workflow—enabling reproducible, high-yield RNA for downstream applications like qPCR, RNA-seq, and gene expression profiling. Developed by members of the #RASTRUM research community, this protocol is optimized for Inventia Life Science’s synthetic hydrogel matrices. It’s fast, efficient, and doesn’t require specialized reagents—making it a seamless addition to your molecular biology toolkit. Huge thanks to Esther and Michael for sharing this to support fellow researchers! 📄 Download the full protocol and enhance your RNA-based workflows: 👉 https://lnkd.in/gficpTSR #MolecularBiology #RASTRUM #RASTRUMAllegro #RNAExtraction #qPCR #GeneExpression #ProtocolShare #InventiaLifeScience