Parallel Fluidics

We're looking forward to seeing the New England #microfluidic and #MEMS community at the spring FluidicMEMS #networking event next week!

We updated our Microfluidics Conference Calendar for 2024/2025! Let us know in the comments if you plan on attending any of the events. https://lnkd.in/evArsc8F

Check out our new MV-1 Embedded Microvalve! It is the first microfluidic control valve that can be embedded anywhere in your custom chip. Add active fluid control without the cost of on-chip electronics or the reliability issues of flexible membranes. The MV-1 can ship in 3 days with On-Demand Manufacturing and in bulk when you are ready to scale up. https://lnkd.in/eM8vji2E

We had a great time at SLAS (Society for Laboratory Automation and Screening) 2024 today! If you’re at the conference, check out our Solution Spotlight “Advancing Scientific Discovery with On-Demand Microfluidics Manufacturing” tomorrow at 11:30! https://cdmcd.co/KprE84

Thank you, Dr. Murat Cirit, for a fantastic presentation last night! We're proud to be part of a community that fosters such enriching discussions and advancements in microfluidics. Looking forward to collaborating and learning with our peers at future gatherings! #Microfluidics #MEMS #NetworkingEvent

📰 Each month, we highlight a few of the latest and most exciting stories, upcoming events, and job opportunities in microfluidics. Go to our website and sign up for our newsletter to make sure you don’t miss out! https://lnkd.in/eVdwiGME This Month in Microfluidics 🧬 The Future of RNA Therapy Manufacturing: Nutcracker Therapeutics is revolutionizing RNA drug production with microfluidic technology, offering a scalable, efficient, and adaptable approach for diverse manufacturing needs. 🔬 Revolutionizing Rapid Virus Detection: University of Bath researchers introduce LoCKAmp, a novel lab-on-chip device providing lab-quality Covid-19 results in just three minutes, with the potential for detecting other pathogens. 💾 DNA Memory Chips: Iridia, Inc.'s pioneering DNA microchip combines semiconductor, enzymology, and microfluidic biochemical techniques for archival storage, promising high stability and capacity. Job Board 🥼Companies growing their microfluidics-related teams:  • SCIEX  • Analog Devices  • Lawrence Livermore National Laboratory  • Inceptive Have a story you want to share? Email us at [email protected] or comment below. #microfluidics #inthenews #biotechjobs

Two days until the fall FluidicMEMS #networking event! We look forward to meeting fellow New England innovators passionate about #microfluidics and #MEMS.

Don't miss out on this FluidicMEMS #networking event happening next week! Hear from Dr. Murat Cirit, CEO of Javelin Biotech, and connect with pioneers in #microfluidics and #MEMS from across New England.

🤿While microfluidics is a promising field, it lacks FDA-recognized standards, leaving microfluidic devices subject to the same rules as any other medical device. This ambiguity can create regulatory hurdles for product developers, specifically when it comes to sterilization validation. There are however voluntary consensus standards for development, validation, and routine control that are recognized by the FDA for medical devices.  Opting for an established sterilization method with a consensus standard can streamline your path to regulatory approval. 🚀 Click the link to learn more about the different sterilization methods available for microfluidic devices. https://lnkd.in/e7m-iHHg #Microfluidics #RegulatoryChallenges #FDAStandards

What is microfluidics? Here's a great overview from Built In, which includes Wyss work developing multiple Organ Chips, including lung, intestine, kidney, and bone marrow. #OrganChip #Microfluidics #Biotechnology https://lnkd.in/ed3NfC24