Our latest protocol video is now live! 🎥 Learn how to perform the Promega CellTiter-Glo® 3D Cell Viability Assay with cells cultured in PeptiMatrix™ hydrogels. Watch here: www.youtube.com/watch?v=GLxK... #3DCellCulture #CellViability #Organoids #DrugDiscovery

Simplify your 3D cell culture workflow with PeptiMatrix™. Just four steps: Cell Suspension → Add to PeptiMatrix™ → Culture → Analyse Our peptide hydrogel provides a ready-to-use environment for reproducible 3D cell culture. Explore: www.peptimatrix.com/knowledge-base #3DCellCulture #hydrogels

Animal-free doesn't mean compromising on performance. PeptiMatrix Animal-Free Hydrogels are designed to support physiologically relevant cell growth while delivering the reproducibility, consistency, and sustainability researchers need. ✔️ 100% Animal-Free ✔️ Reproducible #CellCulture #LifeSciences

As the UK advances efforts to reduce animal testing, researchers are increasingly adopting defined matrices that deliver reproducibility and scalability. At PeptiMatrix, we're helping scientists build more reliable organoid and 3D cell culture models with animal-free peptide hydrogels #cellculture

🔬 Matrix stiffness shapes cell fate. In PeptiMatrix hydrogels, normal (MCF10A) and pre-malignant (DCIS) breast cells show reduced viability as stiffness increases, while invasive MCF7 cells remain viable and proliferative. www.peptimatrix.com #CancerResearch #3DCellCulture #Mechanotransduction

🔬 PeptiMatrix™ hydrogels are optimized for compatibility with a wide range of end-point assays, helping researchers generate reliable data in 3D cell culture workflows. Better Compatibility → Better Data → Better Science. www.peptimatrix.com #3DCellCulture #Hydrogels #Biotech

We're looking forward to the Cambridge Stem Cell Institute Annual Retreat & Symposium 2026. Come and meet the PeptiMatrix team to discuss animal-free 3D cell culture and how peptide hydrogels can support stem cell and organoid research. #StemCells #3DCellCulture #Organoids #AnimalFreeResearch

The move toward animal-free culture systems is accelerating across 3D cell culture and organoid research. Synthetic peptide hydrogels can provide improved reproducibility, defined composition, lower contamination risk, and better scalability for advanced in vitro models. #3DCellCulture #Organoids

What makes a better brain cell model? Our application note explores how tubeable and animal-free PeptiMatrix™ hydrogels help create reproducible 3D neural cell culture models. Read the full note here: 144072129.fs1.hubspotusercontent-eu1.net/hubfs/144072... #Neuroscience #3DCellCulture #Biotech

Great to attend LSCN Annual Retreat in London. Inspiring discussions on stem cells, organoids & advanced 3D culture systems highlighted a major challenge in the field: reproducibility. PeptiMatrix offers a reliable solution to address this major challenge. Visit www.peptimatrix.com to learn more

Animal-free cultures are helping shape the future of biotech and regenerative medicine At PeptiMatrix, we’re advancing next-generation peptide hydrogels designed to support more reliable, ethical, and scalable cell culture models. www.peptimatrix.com #Biotech #CellCulture #AnimalFree #LifeScience

PeptiMatrix hydrogels provide a tuneable, defined 3D platform for studying mechanotransduction. By precisely controlling stiffness and bioactive cues, they help reveal how cells sense mechanical signals and activate pathways bridging the gap between simple models and native tissue mechanics. #cells

🧠 Better brain models need better environments. PeptiMatrix hydrogels enable defined, tuneable 3D cultures that better mimic neural tissue, boosting relevance and reproducibility in research and drug discovery. 📄 144072129.fs1.hubspotusercontent-eu1.net/hubfs/144072...

Hydrogels are transforming organ-on-a-chip tech 🧬 From mimicking real tissue environments to improving drug screening and disease modelling, peptide hydrogels are helping researchers move faster and more ethically. Next-gen tools for next-gen science. #Biotech #Hydrogels #OrganOnChip #Science

As the UK moves toward phasing out animal testing, scientists need ethical, scalable alternatives. Animal-free hydrogels deliver: - Reproducibility - Ethical research - Better control - Faster innovation Time to rethink research tools. www.peptimatrix.com #Biotech #LifeSciences #EthicalScience

PeptiMatrix gel’s high transparency enables clear, high-resolution imaging with minimal background interference. Its uniform structure reduces light scattering, making it ideal for microscopy and live-cell analysis. www.peptimatrix.com #Biomaterials #Hydrogels #Imaging #Microscopy #LifeSciences

Switching to our animal-free hydrogel is quick and straightforward. Explore our user-friendly 3D cell culture protocol here: 144072129.fs1.hubspotusercontent-eu1.net/hubfs/144072... Learn more here: www.peptimatrix.com #3DCellCulture #AnimalFree #Hydrogel #CellBiology #TissueEngineering

Delighted to have attended the 2nd Cambridge Human Organoid Symposium & connect with the amazing organoid research community! Organoids need defined matrices. PeptiMatrix™ offers fully synthetic, animal-free hydrogels with tuneable 3D environments—perfect for organoid culture www.peptimatrix.com

🔬 Independent study published in Frontiers in Toxicology evaluates animal-free hydrogels for HepaRG liver models in 3D and organ-on-chip systems. Results highlight strong performance of PeptiMatrix under perfusion. Read the paper: www.frontiersin.org/journals/tox... #organoids #3Dcellculture

Looking for transparent gels for your cell culture? PeptiMatrix gels are fully transparent and ready to support your 3D models learn more: www.peptimatrix.com email us: info@peptimatrix.com #3DCellCulture #PeptideHydrogels #Organoids #StemCells #TissueEngineering #LabTech

PeptiMatrix will be exhibiting at the 2nd Cambridge Human Organoid Symposium (13 March 2026, Cambridge). Come chat animal-free peptide hydrogels & organoid research with us! #PeptiMatrix #CHOS2026 #Organoids #StemCellResearch #3DCellCulture

Switching to PeptiMatrix gels is simple! Our ready-to-use gels follow a straightforward protocol, so you can get started without hassle. Learn more: www.peptimatrix.com/knowledge-base #animalfree #hydrogels #cellculture #organoids #research #stemcells #protocols

🔬 Cells sense mechanics via mechanotransduction, influencing growth & differentiation. PeptiMatrix™ hydrogels offer tuneable stiffness, 3D structure & biofunctionalization — perfect for studying how physical forces shape cell behaviour. #Mechanobiology #3DCellCulture #Hydrogels #cancer #oncology

100% Animal-Free Cell Culture PeptiMatrix™ hydrogels provide a human-relevant, reproducible microenvironment—biologically relevant, batch consistent, ready-to-use, and customisable. #AnimalFree #CellCulture #3Rs #Biotech #SustainableScience

We’re at Frontiers in Stem Cell Innovation 2026 at the Babraham Institute! Our BD Manager, Dr. Dammy Olayanju, is there. Say hi and chat peptide hydrogels, stem cells, and organoid research. www.peptimatrix.com #StemCells #Organoids #iPSCs #DrugDiscovery #Hydrogels

Looking for quick answers or how-to guides? Check out the PeptiMatrix Knowledge Base: www.peptimatrix.com/knowledge-base

🧠 Brain research in 3D! PeptiMatrix peptide hydrogels give neurons the support they need to form realistic networks. Read the full application note: 144072129.fs1.hubspotusercontent-eu1.net/hubfs/144072... #3DCellCulture #Neuroscience #Biotech

Why peptide-based matrices matter in 3D cell culture: Defined ECM cues + tuneable mechanics = better cell behaviour and more reproducible 3D models. They’re especially powerful for advanced systems like organoids. What matrix challenges have you faced in 3D culture? #3DCellCulture #Biomaterials

Why do hydrogels matter in organ-on-a-chip platforms? Because biology is 3D. Peptide hydrogels enable nutrient flow, realistic disease modelling, and more physiologically relevant in vitro systems. PeptiMatrix hydrogels are animal-free, reproducible, and built for innovation. #OrgansOnChips