Our team is gearing up for the 2024 ISSX/JSSX Meeting next week. Our Sr. Director of Product, Shiny Amala Priya Rajan, Ph.D., MBA, will be presenting a poster on “Predicting Clinical ADME Parameters with a Multi-Tissue Chip Platform Using Primary Human Cells" Tuesday, September 17th from 1:30-2:30. Stop by poster #P166 to chat with Shiny and learn more about how we’re humanizing drug discovery. If you would like to set up a meeting, send us a message or email info@javelinbio.com. We look forward to meeting you! #livertissuechip #drugdiscoveryhumanized #organonchip #ISSX2024 #MicrophysiologicalSystems
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Switching to a #serum-free medium just got easier! MP Biomedicals has unveiled their latest offering - the #TCM & #TCH serum replacement medium. Designed to deliver unparalleled consistency in your cell culture experiments, this is the breakthrough we've all been waiting for. Whether you're in academia or industry, this is something you'll want to explore. Dive into a future of more predictable and #reproducible research today!
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More great news coming from Bayer Co.Lab companies!
Thank you Boston Business Journal and Rowan Walrath for covering Portal's emergence from stealth last week! A quote from the article from our Founder and CEO Armon Sharei, PhD: "A lot of the motivation behind Portal, in addition to broadly enabling the research field, is we truly think #celltherapy will be huge in the long run. Cells are little machines," Sharei said. "If you really enable a simple, robust way to engineer cells, that reduces their cost while also allowing you to do more sophisticated cell engineering. That can really underpin a whole new generation of cell therapies that are more easily accessible and available to bigger patient populations." More in the BBJ here: https://bit.ly/3Nxjt9J #poweredbyportal
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Bioinformatics | Semantic Web Nerd | Busy inspiring people to cure diseases with genAI
Nice and comprehensive overview of the rapid advancements in machine learning-driven de novo drug design. It highlights techniques that will disrupt the costly and time-consuming large molecule design process. ArXiv Link: https://lnkd.in/eBVBkYBz
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NEW!! 💣 #StellarMS #ThermoScientific #MassSpectrometry 🎯 Moving biomarker candidates from discovery to validation more efficiently, confidently, and at lower cost requires breakthroughs in sensitivity, specificity, and throughput at scale. 🧪 Designed to verify more biomarkers in less time, the Thermo Scientific™ Stellar™ mass spectrometer introduces breakthrough technology combined with robust quantitation. Enhance certainty with the specificity of rapid full-scan MSn acquisition via hybrid linear ion trap technology. ⚙️ Streamline high-throughput generation of high-quality data with automated multi-analyte method creation and dynamic instrument control. 🚀 Compared to other technologies, the instrument delivers 10X sensitivity when targeting 5X more analytes using faster gradients, accelerating the transition from research to clinical trials. Learn more » https://lnkd.in/dycZFFeh #StellarMS #ThermoScientific #MassSpectrometry
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Revolutionizing how you handle your microscopy image data Biotech and pharma researchers generate vast amounts of multidimensional data. Analyzing it is a frustrating bottleneck. Read our blog to learn how ZEISS arivis Hub overcomes this challenge and introduces a new level of efficiency that speeds up large-scale image analysis, shortening the time to results and freeing up researchers' time. https://lnkd.in/esvVff-T
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High-Efficiency, High-Viability Single Cell Dispensing with UP.SIGHT This application note highlights how UP.SIGHT enhances single-cell dispensing by ensuring >99.99% clonality and higher clone recovery in developing off-the-shelf iPSC therapies. What you can find in this note: 🧫Discover how UP.SIGHT's imaging and dispensing technologies empower you to achieve >99.99% clonality. 🔬Explore UP.SIGHT's ability to attain an 80% clone recovery rate, all while preserving the pluripotency of cells. 💡Learn about the regulatory standards that UP.SIGHT meets, ensuring top-tier quality and reliability in your research. ...more Read the application note 👇 https://ow.ly/gqxN50QbUxn.. Or find the single-cell dispensing solution that best fits your research goals🤝 https://ow.ly/XWQ850QbUxm #StemCellTherapy #iPSCs #upsight #singlecelldispensing #clonerecovery #3Dfullwellimaging
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Did you know that scientists at Oncimmune have developed one of the largest commercially available antigen libraries? Check out our blog featuring a partner spotlight video on this precision medicine company and learn how xMAP® Technology has helped to maximize their high-throughput studies as they analyze thousands of antigens across thousands of samples. Read more and watch the video: https://hubs.li/Q02t2GMb0 #xMAPTechnology #xMAP #multiplexing #Luminex #Oncimmune
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Our Partner spotlight focusses this time on Oncimmune! Read the blog and see the video to learn more about what this team can do with our xMAP Technology and their impressive antigen library. #luminex #oncimmune #xmap #multiplex
Did you know that scientists at Oncimmune have developed one of the largest commercially available antigen libraries? Check out our blog featuring a partner spotlight video on this precision medicine company and learn how xMAP® Technology has helped to maximize their high-throughput studies as they analyze thousands of antigens across thousands of samples. Read more and watch the video: https://hubs.li/Q02t2GMb0 #xMAPTechnology #xMAP #multiplexing #Luminex #Oncimmune
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A tiny device with a big impact. The organ-on-a-chip technologies use microfluidics to mimic the microarchitecture and functions of living organs, which could revolutionize the drug clinical testing. Curious? Learn more here: http://ms.spr.ly/6048liaCk
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Now that's an interesting read! DYK our tanks can be used in the Chemical Industry? #asmetanks #pressurevessels #ASME #chemicalindustry
A tiny device with a big impact. The organ-on-a-chip technologies use microfluidics to mimic the microarchitecture and functions of living organs, which could revolutionize the drug clinical testing. Curious? Learn more here: http://ms.spr.ly/6048liaCk
