Inventia Life Science

Unlock the Future of Drug Discovery with Advanced Cell Painting in 3D! 🧬🔬 We’re teaming up with our friends at Revvity for a webinar on Phenotypic profiling featuring Dr. Martin Engel from Inventia and Dr. James Hunt from Revvity. 🔍 What to Expect: - Integration of advanced 3D cancer cultures with cell painting and high-content imaging - Streamlined workflows with minimal protocol changes - Insights into how these innovations lead to actionable results for drug discovery Don’t miss this opportunity to see how cutting-edge technology is reshaping preclinical models and enhancing phenotypic screening. 📅 Date: September 12th 🕒 Time: 9AM EST Register now and stay ahead of the curve in drug discovery: https://lnkd.in/g9EmFuH6 #DrugDiscovery #3DModeling

Did you know that our flexible matrix and architecture configurations give you more control to design & create the microenvironment you desire? RASTRUM offers flexibility to mix and match different: 🔬Synthetic matrices: Different stiffnesses & recombinant proteins (i.e. Fibronectin, Laminin, etc) 🔬Architectures: Dual Matrix, Triple matrix, Removable, Mematix, etc 🔬Co-cultures: Print multiple cell types together to create co-cultures Get more control with RASTRUM: https://inventia.life/

Who said that animal-led research was king? 🧬🐁 The search for more effective and ethical research methodologies is leading scientists to join us in exploring exciting alternatives to traditional mouse models. A recent Nature Portfolio article highlights this shift, showcasing innovative approaches that could transform our understanding of human health, including the use of human cell models, which we’ve found allows researchers to model human diseases more accurately. Read more: https://lnkd.in/daM5czXb

3D Cell Modeling is the innovative way to ensure your research is reliable, scalable, and fast. Our platform enables researchers to consistently reproduce phenotypic models to uncover deeper and more meaningful insights. Choose comprehensive over cut corners, learn more about our technology at the link: https://inventia.life/

3D Cell Modeling is the innovative way to ensure your research is reliable, scalable, and fast. Our platform enables researchers to consistently reproduce phenotypic models to uncover deeper and more meaningful insights. Choose comprehensive over cut corners, learn more about our technology at the link: https://inventia.life/

We're thrilled to unveil our latest protocol with Cell Press for the RASTRUM Platform: a cutting-edge approach to creating 3D primary human hepatocyte (PHH) cell models. This breakthrough enables more accurate prediction of hepatotoxicity and enhances drug testing precision. 🔬 Key Highlights: - Develop 3D human hepatocyte models within a liver-relevant matrix using the RASTRUM Platform. - Maintain viable primary hepatocytes for up to 2 weeks for chronic drug exposure. - Assess vital metrics including albumin production, CYP450 activity, and drug response. - Utilize a 384-well plate format for efficient drug screening applications. Our new protocol empowers researchers to better simulate liver function and drug interactions, driving forward the future of hepatotoxicity studies. Dive into the details and elevate your research capabilities with RASTRUM: https://lnkd.in/gujMi78C #DrugDiscovery #DrugResearch #InventiaLifeScience

Scientists at Inventia Life Science were challenged by their collaborator to generate a 3D neuronal model that closely resembled the human brain, was scalable to 96 well formats, was assay-ready, and was consistent enough to deploy across multiple labs. No small task! Inventia achieved this by combining ioGlutamatergic Neurons from https://hubs.ly/Q02Lj4Rv0 with iPSC-derived astrocytes, printed together in a 3D matrix using Inventia’s RASRTUM platform. As a result, their collaborator was able to build new drug discovery assays with improved physiological relevance. Watch the webinar on-demand to discover how: https://hubs.ly/Q02Lj8BR0

With our #Rastrum Core Technology, you can trust that your insights are both reproducible and consistent, providing you with the most meaningful data possible. Here’s how we ensure you get the best results: - Precise Droplet Placement: Achieve reproducible creation of complex model architectures with pinpoint accuracy. - Precision Model Generation: Generate models with exceptional accuracy. - Standardization: Guarantee that each model is identical every time, for results that are reproducible. - Consistency: Minimize variation well-to-well and experiment-to-experiment. - Pure 3D Culture: Avoid contamination from 2D cells. Enjoy reliable results with reduced variation, ensuring the highest quality insights. Learn more: https://inventia.life/

Exciting Opportunity for Researchers in Australia and New Zealand! 🌏 The RASTRUM™ Grant Program from Inventia Life Sciences is here, offering a game-changing chance to elevate your research with cutting-edge 3D cell model technology, right in your own lab! Recipients will receive: 🔬 3-month access to the RASTRUM™ Instrument 🧫 RASTRUM™ Matrices for 6 x 96-well or 384-well plates 📚 Comprehensive training and ongoing support Deadline: Apply by September 15, 2024. Early submissions are encouraged as applications are reviewed on a rolling basis. 📋 How to Apply: Scan the QR code or click the link to access the submission form. Share your project's scope and how the RASTRUM™ Instrument and Matrices will enhance your research: https://lnkd.in/g2Pss_Vb Don't miss this chance to transform your research with RASTRUM™! #RASTRUMGrant #ResearchOpportunity #3DCellModels #InventiaLifeSciences #InnovationInResearch