On-Demand Webinar: Reduce Waste, Boost Performance, and Future-Proof your Bioprocess Supply Chain! Discover how Nexcel® BIO1250, a film technology by Sealed Air, can revolutionize your bioprocessing operations. Our on-demand webinar explores how to: Extend container lifespans and reduce waste Improve workflow efficiency and cost-effectiveness Ensure compliance with critical industry regulations Watch now and unlock the potential of Nexcel® BIO1250 for your cell culture or cell therapy process: https://lnkd.in/efUjFvGr #bioprocessing #efficiency #wastereduction #cellculture #celltherapy #nexcel #webinar #ondemandwebinar
Rick Thompson’s Post
More Relevant Posts
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Global Market Development Manager for Cell & Gene Therapy, Women Empowerment Advocate & Community Builder
Are you attending #ISCT? Don’t miss our symposium! Join our scientific experts David Kuninger, Evan Zynda, PhD, and Hany Meås as they delve into overcoming the challenges in cell therapy manufacturing. Mark your calendars and be a part of this insightful discussion! #CellTherapy #Biotech #ISCT2024
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What’s the biggest hurdle you’ve faced in scaling cell therapy production? Comment below. Check out our latest blog to learn more: https://ow.ly/b1HQ50TPPy3 #CellTherapy #Biomanufacturing #ScalingUp #Biotech
Scaling Innovation: How DiscGenics and InVitria are Leading the Future of Cell Therapy - InVitria
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CEO TropIQ Health Sciences, Supervisory Board Member @ IamFluidics BV | Lifesciences, Polymers
Check this out and learn more about the latest innovations in cell therapy!
Last week, our co-founder and CTO, Tom Kamperman, was a panelist in a technical webinar about innovations in cell therapy using encapsulation and biocompatible polymers such as alginates. The recording is now available, and we would like to invite you to watch it! Link to watch: https://lnkd.in/dJ4F7Jxd #celltherapy #microfluidics #microencapsulation #biocompatible #polymers
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Thermo Fisher Scientific has a blog! And our "Behind the Bench Staff" wrote a post about tackling the Challenges in CAR T Cell Therapy Manufacturing! Click here for the post👉 https://lnkd.in/gjcyFb-n What I like most about the post is a short 100sec clip that shows our instruments designed for cell therapy manufacturing working together. You can also watch it directly here: https://lnkd.in/ezgYysCX
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If you haven't seen Slingshot Biosciences's YouTube channel, come and explore our channel at https://lnkd.in/g3cwsUYV! Delve into cell control innovation, gain expert analyses, in-depth knowledge, and the latest updates! Join our community and subscribe to stay informed. #CellControl #CellBiology #FlowCytometry #SubscribeNow
Slingshot Biosciences
youtube.com
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Frustrated with fill and finish steps slowing your cell therapy manufacturing process? You may be interested in this new research conducted by Charles River Laboratories. It showed that the Finia Fill and Finish System can successfully perform four back-to-back runs to process a harvest of T cells. Dose accuracy and cell concentration were maintained across the sequential runs, as was cell health, including viability, functionality, and phenotype. In the study, 12 product bags were completed in about 2 hours with a 60% reduction in hands-on labor. Explore the full study results here: https://bit.ly/4cH7qAt #Finia #celltherapy #biomanufacturing #finalformulation #CAR-T #CGT
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Exciting insights from our recent trip to the 3rd Annual Process Development for Cell Therapies Summit in Boston! Operations Manager Marnie Wilson and Process Development Lead Janna Kozuska came away with three key takeaways: 1) Collaboration between research teams and process development teams is crucial for bridging gaps and enhancing project outcomes. 2) Effective communication between the client and CDMO is essential for project success. 3) The summit highlighted that observing inherent particles during visual inspections in cell therapy is a common occurrence. Bonus takeaway: Trader Joe's Rules!!! #CDMO #celltherapies #processdevelopment #techtransfer #traderjoes
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Cell processing for Cell Therapy—Counterflow centrifugation and new applications for the CTS Rotea System Watch now! Learn about how the Gibco CTS Rotea Counterflow Centrifugation System can be used in cell therapy applications such as closed-system harvesting and processing of iPSCs and MSCs, whole blood processing, CAR T and CAR NK cell manufacturing and more. Learn about counterflow centrifugation and how it can be ideal for cell therapy applications due to its low‑shear stress technique that is inherently gentle to cells, by helping to maintain cell health and cell viability during cell processing.
Webinar: Maintaining cell health and viability in cell processing
thermofisher.com
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Deadline tomorrow 🚨 Share your groundbreaking findings on HCT & cell therapy toxicities with global experts at #ToxicitiesConference24. Topics include solid organ malignancies, machine learning, novel approaches to improve outcomes, among others. Learn more & submit by Sept. 8: https://ow.ly/KCFr50T735J
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Technical Sales Specialist, Regenerative Medicine, Life Science Group, Bioscience Division | Connecting you to your next solution | Boldly Forward
Did you know that the Gibco™ CTS™ Immune Cell Serum Replacement is specifically designed for use in cell therapy manufacturing? From using the right raw materials and closed, automated systems to supply chain logistics, learn everything you need to know about Cell Therapy manufacturing in our handbook.
Cell Therapy Handbook
It's interesting to see innovations in bioprocessing that prioritize waste reduction and efficiency. How do you think advancements in film technology, such as Nexcel BIO1250, will impact the overall sustainability of bioprocess supply chains in the long term?