Learn how to reliably culture, differentiate, and expand T-cells using chemically defined media and recombinant human proteins from FUJIFILM Irvine Scientific. Attend our presentation on February 28th, at 2:30 PM GMT with Field Application Scientist, Ivo Urh, and stop by booth 13 to discover the benefits of chemically defined conditions in your cell culture process. https://brnw.ch/21wHdD8
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FANTASTIC webinar hosted by Heather Green, PhD and Shadie Nimri 👏 MY 3 BIGGEST TAKEAWAYS: 1) Hamilton has automated solutions for all levels of throughput and cost. 2) The large deck spaces and modular systems available on the Hamilton combined with resin packed PhyTips enable automation of complete antibody, protein, and DNA/RNA workflows. 3) Hamilton's ability to control the internal environment combined with the PhyTip plasmid column, enables the full automation of miniprep and cleanup without the need to filter or centrifuge your samples.
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I'm looking forward to sharing insights into how in silico models can help to address many of the metabolism-related challenges we encounter in drug discovery. Join us on Tuesday to learn more. #drugdiscovery #dmpk #semeta #stardrop
Yesterday, we announced the launch of Semeta™, our metabolism prediction platform enabling accurate insights into Phase I and II metabolism. To celebrate the launch, and showcase how Semeta can address challenges faced by DMPK scientists, our CEO Matthew Segall is hosting a webinar, 12 March. He'll touch on: 💊The drug metabolism challenges that might be faced by DMPK scientists 💻The application of in silico modelling methods to target these challenges 🔥A live demonstration of our models in action, as part of our new Semeta platform 🎙️Answers to your specific questions, in an interactive Q&A session Interested? Register now at https://lnkd.in/etmUWuue
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Maximise your impact in drug discovery by directing your time and resources towards the most promising candidates, guided by powerful computational insights. Join us for an insightful session where we'll explore the potential of Free Energy Perturbation (FEP) in drug discovery. Key highlights include: 🔹 Understanding the principles of FEP 🔹 Exploring its applications in predicting molecular binding affinities 🔹 Q&A session with industry experts Book your place now! Cresset https://ow.ly/Tszt50QLMrz
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Missed our recent webinar? You can still watch it and learn how mass photometry can streamline your antibody characterization workflows. Through a series of case studies, you can discover how this column-free technology can quickly measure mAb sample quality, accommodating diverse buffers and requiring minimal sample amount. Additionally, you can learn how it compares with the gold-standard SEC for measuring antibody aggregation and explore its potential for broader applications, such as the study of complex antibody-antigen interactions. 🔬 Watch now 👉 https://lnkd.in/d4-fWJrg In partnership with The Scientist
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Webinar starts in one hour! Register now.
Last chance to learn how to simplify your membrane protein interaction workflow and maximize your results. Register now and join Molly Coseno and Sean Devenish, Chief Scientist at Fluidic Analytics, for Part-1 of our 3-Part Webinar Series introducing our robust analytical tools, known as Fluidity Intelligence. In Part-1 you will learn how Fluidity Intelligence: ✔determines the receptor expression level of your membrane protein, ✔takes the guess work out of experimental design steps, and ✔provides robust data analysis capabilities. Click to learn more. Register at: https://lnkd.in/eivV_kX6
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Building a brighter future together with more and healthier babies! Reproductive Health & Clinical Microarray Sr. Technical Sales Specialist Manager, EMEA at Thermo Fisher Scientific
Don’t miss this whitepaper on how you can maximizes your lab output with a two-day turnaround time workflow and the best in class automated data interpretation . #thermofisheremp #cytogenetics
Solving common cytogenetics lab challenges
thermofisher.com
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This is a great paper that uses the FAUST algorithm in analysis of platelet subsets. You can read it by following Andrew L. "Larry" Frelinger III, Ph.D. post below. Well done Larry and Benjamin Spurgeon.
Congratulations to Benjamin Spurgeon ([email protected]) on his most recent publication providing detailed methods to enable reproducible discovery and analysis of platelet subsets! OMIP-097: High-parameter phenotyping of human platelets by spectral flow cytometry. Cytometry. 2023. https://doi.org/ 10.1002/cyto.a.24797 The link below provides everyone with access to a full-text, read only version of the article! Enjoy! https://lnkd.in/eRs-kJe4
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Advanced 3D cell models can open new possibilities in assessing drug efficacy and cytotoxicity... but they must be scalable and reproducible! This note from the wonderful folks at Revvity, along with our team at Inventia Life Science, shows how easy it is to generate high-quality and reproducible data from #RASTRUM 3D cell models by high-content imaging. #drugdiscovery #automation #3Dcellculture #lifescience
Our newly released Technical Note unveils a game-changing workflow for analyzing cytotoxic effects in 3D cell cultures. Discover how we've conquered challenges in reproducibility, scalability, and data acquisition to improve drug testing accuracy. http://ms.spr.ly/60449gQq2
A scalable and reproducible workflow for high-content analysis of cytotoxic effects in RASTRUM 3D cell cultures
perkinelmer.com
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Attention #SmallMolecule researchers! Whatever your laboratory needs, from TPD profiling services to characterizing molecules quickly to CRISPR HiBiT knock-in cell lines, we have solutions for you. After two invigorating days of collaborating with leading experts and researchers at the European Protein Degradation & Targeting Undruggables Congress in Basel, Switzerland, we want to keep the momentum going with you! Fresh from the conference, check out our presentation, “Insights in Target Degradability and Selectivity in Degrader Development,” now available as a free download. https://bit.ly/3ESiCMo
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