Nano Science and Technology Consortium (NSTC)’s Post

Making an Impact: From the Lab to Real-World Applications in Scientific Research In the fast-paced scientific development landscape, groundbreaking ideas often struggle to transition from the lab to real-world applications. This gap means potentially influential solutions miss the chance to become profitable, impactful innovations. At Model Life Sciences, we understand the challenges researchers face in translating their discoveries into practical, marketable solutions. Our consulting services are designed to advocate for and implement cutting-edge technologies, such as organ-on-a-chip platforms, to streamline the bench-to-bedside research process. Organ-on-a-chip platforms represent a revolutionary approach, enabling researchers to conduct preclinical testing in validated microphysiological systems (MPS). This technology significantly mitigates the risk associated with first-in-human studies. Did you know that approximately one-third of candidate drugs fail during clinical trials due to unforeseen toxicity issues? Testing drugs upfront in MPS systems can dramatically reduce these failures, making the research process more cost-effective and impactful. Moving research out of the lab and into viable products is not just about profitability—it's about saving lives. By bridging this gap, we can bring innovative solutions to market faster, ensuring they reach those in need. Looking forward to working together to turn today's discoveries into tomorrow's life-saving treatments. #ScientificResearch #Innovation #OrganOnAChip #MicrophysiologicalSystems #BenchToBedside #HealthcareInnovation #ConsultingServices #MPS

On: Biomaterials - The FDA started issuing guidance on biocompatibility in 1986. It's not that long ago when you consider that a medical device takes 3-7 years to commercialize, and a drug takes 12 years. This article covers the common types of biomaterials that have become the backbone of biomedical innovation. Read more… https://bit.ly/4anJAtQ - Learn More... Our articles and resources explore materials, technologies, design, and manufacturing in the life sciences. Together, we're advancing biomedical innovation through curiosity and shared knowledge. Be Curious https://bit.ly/4apZ1ll

How important is standardisation in the lab? At MLP, we're committed to leading this essential step forward. What are your thoughts? #MedTechInnovation #LabSoftwareSolutions #StandardizingMedLabs #InnovativeLabTech #LabTechSolutions #Innovation #MedicalLabSoftware

Missed the Webinar? Watch the replay now! Didn’t get the chance to join us for our webinar on Digital Automation in Biomedical Production? Don’t worry – the full session is now available for replay! 🎥 Watch here: https://lnkd.in/e8raBZAM Whether you’re in biomedical engineering, life sciences, or looking to optimise production processes, this session is packed with valuable insights and actionable takeaways. #lifescience #biomedical #innovation #healthcare #biotechnology #engineering #digitalautomation Ramon Solberg Jeroen Broekhuijsen Ingrid Relou Sabine Middendorp Edwin Roovers Waander L. van Heerde Massimo Mastrangeli Karin Gerritsen Wouter Beenker, PhD Heleen Rienstra

On: Biomaterials - The FDA started issuing guidance on biocompatibility in 1986. It's not that long ago when you consider that a medical device takes 3-7 years to commercialize, and a drug takes 12 years. This article covers the common types of biomaterials that have become the backbone of biomedical innovation. Read more… https://bit.ly/41aRVgh - Learn More... Our articles and resources explore materials, technologies, design, and manufacturing in the life sciences. Together, we're advancing biomedical innovation through curiosity and shared knowledge. Be Curious https://bit.ly/46RvE8q

Missed the NXTGEN Webinar? Watch the replay now! Didn’t get the chance to join us for our webinar on Digital Automation in Biomedical Production? Don’t worry – the full session is now available for replay! 🎥 Watch here: https://lnkd.in/e8raBZAM Whether you’re in biomedical engineering, life sciences, or looking to optimise production processes, this session is packed with valuable insights and actionable takeaways. #lifescience #biomedical #innovation #healthcare #biotechnology #engineering #digitalautomation Edwin Roovers

🔬💡The conversations were truly inspiring yesterday at Quantum Meets Health! 🔬💡 Experts in quantum tech, health and the life sciences from across industry, research, consumer advocacy and government came together to explore the transformative potential of quantum technologies in healthcare. Areas of discussion included: ✅ Drug discovery: Accelerating the process of finding new treatments ✅ Supply chain optimisation: Enhancing efficiency in pharmaceutical logistics ✅Improved diagnosis: Developing more accurate and rapid diagnostic tools ✅ Advanced treatments: Creating innovative therapeutic approaches The collaboration between quantum physicists and healthcare professionals has potential to activate a new era of medical advancements. We're excited to be co-creating solutions with the community to help shape the future of healthcare in Australia and beyond! Australia's Chief Scientist Dr Cathy Foley AusBiotech CSIRO #QuantumHealth #MedicalInnovation #AustralianScience #FutureOfHealthcare #LifeChangingTechnologies

🔬 **Paving the Road for Medical Laboratory Standardization** 🔬 At MLP, we believe standardization is key to progress in biotechnology. Our mission is to revolutionize medical laboratories with standardized processes that ensure accuracy, efficiency, and reliability. In the fast-evolving biotech field, consistent and high-quality standards are crucial. Standardization enhances diagnostic precision, accelerates innovation, and fosters industry collaboration. Join us in shaping the future of medical labs. Visit our website to learn more and be part of this transformative movement. Share your thoughts on the importance of standardization in the comments below! 🔗 [https://lnkd.in/ddsiz3N7]   🗣️ Join the conversation! #Biotechnology #MedicalLaboratories #Standardization #Innovation #Healthcare #MLP

Great to explain SmartIndustry to the BioMedical Domain and see a great company like VIVOLTA be so active in adopting smart industry ideas and technologies. If you're interested to see what smart industry is about, check out the webinar below. Even if you're not in biomed at all!

🚀 **The Future of Medicine Is Here, and We’re Leading the Charge!** 🚀 Let’s cut to the chase—if you’re not paying attention to what’s happening in pharmaceuticals and nanotechnology, you’re about to get left in the dust. At the helm of these groundbreaking advancements, we are spearheading research that’s not just innovative—it’s revolutionary. 🎯 We’re not talking about science fiction; we’re talking about real, tangible breakthroughs. Imagine targeted therapies so precise, they can zero in on problem areas like a heat-seeking missile. We’re planning to develop—boosting drug effectiveness, slashing side effects, and paving the way for medicine that’s as unique as the patient it’s treating. 💡 Pharmaceuticals: The pharmaceutical game is changing, and we’re not just playing—we’re rewriting the rules. We’re diving deep into the unknown to develop drugs that tackle the toughest health challenges head-on. From enhancing longevity to cracking the code on diseases that have stumped the best minds for decades, we’re on a mission to make the impossible possible. 🔥 No Half-Measures: This isn’t about dabbling in research or testing the waters. We’re all in, with a team that’s as relentless and passionate as they come. Together, we’re not just advancing science—we’re driving a healthcare revolution that’s set to change lives on a global scale. If you’re ready to be part of the future of medicine, keep an eye on what we’re doing. Because when the dust settles, you’ll see that we weren’t just ahead of the curve—we were the ones shaping it. #Nanotechnology #Pharmaceuticals #Innovation #Research #Healthcare #BiotechRevolution #NoLimits #GameChangers