When using RASTRUM, you can count on consistent and reproducible 3D models in 384-well plate format. Our imaging model designed for high-throughput is especially effective with drug screening, high-content imaging and Biochemical assays. Elevate your research with RASTRUM—explore our cell models: https://lnkd.in/g8NQzwgQ
Inventia Life Science
Biotechnology Research
Alexandria, New South Wales 13,493 followers
Advanced cell models made easy for high impact discovery
About us
Inventia Life Science is making advanced cell models easy for high impact discovery. The company’s strong foundation of fundamental research has led to the development of proprietary solutions to generate high-quality advanced cell models that are reproducible and highly consistent. Built by scientists for scientists, our intuitive solutions integrate seamlessly with existing workflows, whereas our wide range of biofunctional synthetic matrices and application-driven models make your desired assays possible.
- Website
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http://www.inventia.life
External link for Inventia Life Science
- Industry
- Biotechnology Research
- Company size
- 51-200 employees
- Headquarters
- Alexandria, New South Wales
- Type
- Privately Held
- Founded
- 2013
- Specialties
- 3D cell culture, Cell-based assays, Biomedical research, Pre-clinical models, In vitro models, Cancer Models, Tissue models, Complex in vitro models, Drug discovery, Disease modelling, Advanced cell models, and Extracellular matrix
Locations
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Primary
20-22 William Street
Alexandria, New South Wales 2015, AU
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200 Powder Mill Rd
Suite 4805B
Wilmington, Delaware 19803, US
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Cherrywood Business Park
Building 10, Block G
Loughlinstown, Co. Dublin, D18 T3Y1, IE
Employees at Inventia Life Science
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Nigel Franklin
Inventia Life Sciences: Advanced Cell Models Made Easy
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Dana Foreman
Passionate about Healthcare | Strategic Marketing Architect | Driving Business Advancement and Successful Commercialization Strategies
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Dwayne Dexter, PhD
Director, Inventia Scientific Corp US || Passionate about science and people's success
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Bob Groneman
Chief Product Officer
Updates
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Our advanced 3D cell cultures offer a more accurate representation of in vivo tissues compared to traditional 2D methods. With high cell viability and the ability to fine-tune matrix stiffness and composition, RASTRUM-generated models mirror key morphological features just like Matrigel®, but with enhanced customization. Dive into the details and elevate your research with our latest application note: https://lnkd.in/dZCZFqaC #3DCellCulture #RASTRUM #InnovateScience
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Inventia Life Science reposted this
🚀 Munich, Are You Ready to Elevate Your Disease Research? 🚀 Join us for two incredible opportunities in the Munich area to dive deep into the latest advancements in 3D Phenotypic Cell Models! 🎯 We're hosting seminars on Transforming Disease Research with High-Impact 3D Phenotypic Cell Models, led by Dr. Marco Brockmann and Dr. Rachel Bleach. This is your chance to learn how 3D cell models are driving groundbreaking discoveries in disease research. 🧬✨ 📅 Tuesday, 15th October 2024, at 2:30 PM 📍 Central Institute for Translational Cancer Research, Building 522, Munich 📅 Thursday, 17th October 2024, at 10 AM 📍 IZB Residence CAMPUS AT HOME, Ellipse 2 Room, Planegg 💡 Whether you're working in oncology, drug discovery, or disease modeling, this seminar is for you! Expect exciting discussions, a Q&A session, and a chance to connect with the Inventia Life Science team. We can’t wait to meet you there. 👉 For any questions, email: marco.brockmann@inventia.life #Biotech #3DCellCulture #CancerResearch #MunichEvents #InventiaLifeScience #DiseaseResearch
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Get your experiments up and running quickly with RASTRUM! Our intuitive software and easy to use interface allows you to change variables quickly without programming knowledge. Being cloud based, you can easily make changes from anywhere - saving you valuable instrument time. LEARN MORE: https://inventia.life/
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In the realm of biological research, the traditional 2D approach has its limitations. But what if we could elevate our understanding by viewing cells in three dimensions? 3D cell modeling allows us to capture the complexity of cellular structures and their interactions in a way that flat images simply can't. Unlock deeper, richer insights with 3D technology. See the work: https://inventia.life/
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Achieve Unmatched Consistency with RASTRUM! No more guesswork—our inert base layer ensures zero 2D monolayer formation, delivering precise, reproducible 3D cell models every time. RASTRUM: Elevate your research with effortless, consistent 3D models. https://inventia.life/
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Our advanced dual matrix model offers a breakthrough in recapitulating complex tissue architecture, enabling precise study of cell migration, invasion, and signaling interactions—all within a defined 3D framework that's easy to image and analyze. Learn more: https://lnkd.in/g8NQzwgQ
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Using RASTRUM, we've efficiently encapsulated MCF-7 breast cancer and LNCaP prostate cancer cells in a biocompatible matrix. This process supports the rapid growth of multiple viable tumor spheroids. Curious to learn more about the study? Take a look at our application note: https://lnkd.in/gZmyd8Bj
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2D cell cultures have been used as in vitro models in drug screening studies due to their simplicity and scalability. But, 2D cell models do not recapitulate the complexity of in vivo biology. This means that a large number of drug candidates fail when they move to human clinical trials. How can you transition from traditional 2D cultures to advanced 3D cell models to provide deeper more relevant insights in drug discovery? See the full guide: https://lnkd.in/gXWDijp4