Inventia Life Science

16/04/2026

RASTRUM Validated Solutions are now available.

Built to help drug discovery teams generate decision-grade data from human-relevant 3D cell models with greater speed, confidence, and reproducibility, Validated Solutions provide predefined blueprints for specific disease models and research applications in a defined context of use.

The first released solutions focus on:
• Pancreatic ductal adenocarcinoma, PDAC
• Fibroblast Activation

Each Validated Solution includes a Protocol Pack and Data Pack to support reproducibility and validation.

Read the full announcement: https://inventialifescience.com/resources/press-release/inventia-life-science-launches-rastrum-validated-solutions-to-accelerate-decision-grade-data

Explore RASTRUM Validated Solutions: https://inventialifescience.com/validated-solutions

12/08/2025

🚀 Ready to take your research project or grant application to the next level?

At Inventia Life Science, our specialists will work with you to:
✅ Refine your experimental design
✅ Choose the most relevant 3D model systems
✅ Strengthen your grant applications
✅ Build a clear plan from idea to impactful results

📅 Book your consult today and let’s start planning your next breakthrough: https://inventia.life/book-a-consult

23/07/2025

Drug discovery doesn’t start with a screen—it starts with the right model.

That’s where RASTRUM Allegro comes in.

Designed for speed, scalability, and reproducibility, this next-generation 3D cell culture platform enables high-throughput generation of complex, disease-relevant models—without sacrificing biological fidelity or workflow efficiency.

🔍 Learn how RASTRUM is transforming drug discovery:
https://inventia.life/applications-services/drug-discovery

16/07/2025

The future of personalized medicine is 3D.

In the July edition of The Culture, we explore how researchers are building patient-specific drug screens, running real-time response profiling, and developing scalable workflows using RASTRUM™ technology.

🧬 What’s inside:
• AI + mini-tumors for treatment planning
• A complete screening workflow in just 8 weeks
• Highlights from our first-ever RASTRUM User Group Meeting
• A new Razza tip for modeling the tumor microenvironment

📬 Read the full issue now: https://www.linkedin.com/pulse/inventia-life-science-culture-newsletter-july-2025-nllkc

16/04/2025

April's edition of The Culture is here!

As we gear up for , this month’s newsletter puts a spotlight on how researchers are using to tackle from every angle.

Dive in to get the latest insights!

https://www.linkedin.com/pulse/inventia-life-science-culture-newsletter-april-2025-nk95c

02/04/2025

We’re proud to announce that LIGO™, a breakthrough biodelivery device powered by Inventia Life Science’s technology, has been selected for continued support through the NSW Health Medical Devices Fund with an additional AU$3.5 million in funding.

With this award Inventia Life Science is one of a select few companies to have secured 2 successive grants from this organization, supporting our path to clinical trials.

This is an incredible step forward in regenerative medicine with real-world clinical impact. Designed to transform soft tissue reconstruction, enables precise, in-situ tissue repair—bringing the power of advanced bioengineering from the lab into the operating room.

We were honored to attend the award ceremony on March 25, with the NSW Minister for Medical Research, the Hon David Harris MP and our partners from Concord Repatriation General Hospital.

Read the full press release from the NSW Medical Devices Fund: https://www.medicalresearch.nsw.gov.au/medical-devices-fund/

Learn more about LIGO: https://inventia.life/ligo

01/04/2025

We’re heading to !
Visit Inventia Life Science at Booth #3402 to explore how is advancing cancer research with high-throughput, biologically relevant 3D models.

📅 April 27–30
📍 McCormick Place Convention Center, Chicago

✅ Don’t miss our minisymposium on immune resistance
✅ Check out our poster on patient-derived tumoroid models
✅ Join Tim Tam Hour to meet our team & RASTRUM users

Learn more and plan your visit: https://inventia.life/aacr2025

Discover our full suite of oncology solutions: https://inventia.life/applications-services/cancer

Join Inventia Life Science at the American Association for Cancer Research (AACR) 2025 annual conference in Chicago, April 27-30, 2025. Stop by Booth #3402 to discover how RASTRUM™ Allegro is transforming cancer research. Visit our booth to explore the latest advancements in 3D cell culture and l...

20/03/2025

The March edition of The Culture is here.

Stay ahead in 3D cell culture with the latest tips, research, and innovations:

▪ New to 3D cell culture? Learn the key considerations for setting up your experiments for success.

▪ Working with limited samples? Maximize every cell with expert tips on getting the most out of your precious cells.

▪ Scaling up your research? Discover how to generate reproducible, high-throughput 3D models with confidence.

▪ Join the RASTRUM 3D Cell Model Network: a global community of researchers driving the future of 3D cell culture. Get exclusive access to discounts, early innovations, and collaboration opportunities.

▪ Spotlight on Research:

» PDAC Modeling: High-throughput, screenable tumor models for pancreatic cancer research

» Neural Models for High-Content Imaging: Enhance image-based analysis with complex, biologically relevant 3D models.

We’re shaping the future of 3D cell culture. Are you ready to join us?

https://www.linkedin.com/pulse/inventia-life-science-culture-newsletter-march-2025-a4dsf/

12/03/2025

The future of 3D cell culture is being shaped by scientists like you.

Inventia Life Science is excited to launch the RASTRUM 3D Cell Model Network, bringing together researchers from cancer biology, immuno-oncology, neuroscience, toxicology, and beyond to advance 3D models, share insights, and drive discovery together.

Whether you’re new to RASTRUM technology or already using it, this is your chance to:

✅ Fuel your research – Get exclusive access to discounted consumables and instruments
✅ Collaborate & connect – Join a network of leading scientists pushing the boundaries of 3D biology
✅ Shape the future – Contribute to a growing database of accessible 3D cell models to advance global research

Be part of something bigger. Apply today and help define the next generation of 3D cell culture!

Apply now: https://bit.ly/4hl4SKI

11/03/2025

RASTRUM is driving breakthroughs in Alzheimer's disease research with advanced 3D neural models 🧠

A new peer-reviewed study, led by Chloe Whitehouse, PhD, presents a 3D forebrain cortex model generated with , demonstrating its utility as a powerful tool for drug screening and mechanistic studies of neurodegenerative diseases.

Key findings highlight that the RASTRUM-generated 3D model provides a more accurate alternative to traditional 2D cultures for studying hashtag ’s disease pathology, offering deeper insights into neuronal connectivity and disease progression:

▪ Triple matrix architecture enables distinct compartments for cell organization
▪ High optical clarity of the matrix allows for easy quantification of neurite outgrowth & synaptic connectivity
▪ Enhanced physiological relevance makes hashtag an ideal platform for drug discovery and neurodegenerative research

This work underscores the transformative role of 3D cell culture in bridging the gap between in vitro studies and clinical translation in neuroscience.

📖 Read the full study here: https://bit.ly/4bJZL5D

Here, we present a novel 3D bioprinted model of the forebrain cortex designed to quantify neurite outgrowth across a hydrogel bridge. To validate this model, we cultured Alzheimer’s disease (AD) forebrain cortical populations derived from human iPSCs carrying APP (amyloid precursor protein) mutati...

04/03/2025

🔑 Key considerations for getting started with 3D cell culture

Moving from 2D to 3D cell culture can transform drug discovery, disease modeling, and regenerative medicine—but success starts with the right foundation.

Our latest blog post explores:
✅ Matrix selection—recapitulating native tissue environments
✅ Model architecture—optimizing 3D structure for research & screening
✅ Cell preparation—ensuring viability, reproducibility, and scalability

📖 Read the full blog post and take the first step toward better cell models: https://inventia.life/resources/key-considerations-for-getting-started-with-3d-cell-culture