See how #MassPhotometry supports Nobel-winning research in this upcoming webinar! Arvind Pillai, from 2024 Nobel Laureate David Baker’s lab at the Institute for Protein Design, University of Washington, will talk about his work designing switchable proteins de novo. 🧬💡 These nanodevices 🦠 can be constructed to respond to molecular signals, for use in triggerable drug delivery systes, micromotors and other molecular machines. Mass photometry expedites this work by characterizing conditional oligomerization and interactions quickly and in detail. Register here to hear the full story ➡ https://lnkd.in/dtHhCn-W
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Editorial Sharing for you ❗ 📒 "Biomedical and Bioengineering Prospects of Calcium Phosphates" by Dr. Sudip Mondal and Dr. Umapada Pal. 💡 This Editorial discusses the biomedical and bioengineering prospects of calcium phosphates, the challenges associated with their research, and technology transfer toward clinical applications. Hope you get something rewarding. 💡 Read the full article at https://lnkd.in/g-xqn-9d #biomedicalengineering #calciumphosphates #bioengineering #BME Horizon
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Faster but Not Sweeter! Complex biochemistry of #LPS and the limited diffusion of LPS are the major contributors to the difficulty of #antimicrobials penetration of these membranes. Scientists from University of Oxford have developed #innovative model offering faster diffusion kinetics while preserving essential biophysical properties, to unlock new possibilities for simulating membrane dynamics. Working on #LPSs both in the lab and through advanced simulation models can help create rich #data #banks to better understand their complex nature, opening the door to more effective #antimicrobial strategies. Thanks to the authors for this great work @Astrid F. Brandner, Dheeraj Prakaash, @Alexandre Blanco Gonzalez @Fergus Waterhouse, and Syma Khalid. Martine Caroff, Frederic CAROFF, Thibaut Mercey, Flavien DARDELLE, Elodie TRAN, Anna Christine Eid, PhD, Stephanie Harfouche
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🔊 New article as a collaboration of our group with Prof. Di Francesco's group at University of Pisa, Italy just published online at Biosensors and Bioelectronics. To view this article, please click on the link below: https://lnkd.in/ds9YdugC Congrats to all the authors from our both groups👏 📘 Low-cost Inkjet-Printed nanostructured biosensor based on CRISPR/Cas12a system for pathogen detection ➡️ Highlights 👉 Pathogenic bacteria detection by using Cas12a/gRNA and inkjet-printed electrode. 👉 Inkjet-printed nanostructured electrodes outperforms screen-printed ones. 👉 Hairpin-ssDNA-MB with 10T-loop reporter exhibits better performance. 👉 Cost-effective, easy-to-make inkjet-printed AuNPs electrode. 👉 Cas12a/gRNA and inkjet-printed electrodes: A new potential class of PoC devices. #CRISPR/Cas12a #ElectrochemicalBiosensingPlatform #InkjetPrintedElectrodes #PathogenicBacteria Merkoçi Research Group Institut Català de Nanociència i Nanotecnologia (ICN2)
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Nanopores are fascinating - but what exactly are they used for? And who will benefit from the research in the end? One example: Nanopores can help to identify new medically valuable molecules. Michael Mayer from the Université de Fribourg/Universität Freiburg gives an illuminating insight into his work. 🔍 #nanopores #EnzymeKinetics #HealthResearch #DrugMolecules #nanodiagBW
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Missed the webinar with Lab Manager and Tomás de Garay, PhD? You can still view it on demand to hear about the capabilities of #massphotometry for the biophysical characterization of samples. Also, learn about MassFluidix HC, a novel add-on for mass photometry that expands the concentration range up to tens of micromolar for mass photometry samples. View the webinar here ➡ https://lnkd.in/dtjE-Me6
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Techno Commercial Professional | Scientist | in Connecting Science and Technologies to Solve Biopharmaceutical Challenges | MAHE | Agilent | Massachusetts Institute of Technology
Analysis of Lipid Nanoparticle Composition - Separation Science Listen to application note author Dr Sonja Schneider discuss the key elements of this work. https://lnkd.in/g4msPixR https://lnkd.in/gxWQWpk3
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🎉 🎉 Exciting news!! 🎉 🎉 My final publication from my PhD is out now! In this article, we developed a novel approach to using a particle-based agglutination assay developed by Blusense Diagnostics to differentiate patient samples with high IgG or IgM. This method could be implemented to monitor disease progression in patients and study the effectiveness of vaccines being developed. You can read about how we achieved it here: https://lnkd.in/ddR7JyBA
*SuperNews* The work "IgG and IgM differentiation in a particle-based agglutination assay by control over antigen surface density" is now available in APL bioengineering journal. A great collaboration between Dr. Shanil Gandhi and our ESR-10 Xhorxhina Shaulli Congratulations to all the authors! 👏👏 Check it out here 👇🏼👇🏼 https://lnkd.in/dSqd8XVj #SuperCoolPeople #NewPublication
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Come to see how as little as 2 microliter of charge variant collected from icIEF-based fractionation with MauriceFlex can be used for SPR binding assay.
Join Michael Piazza, Ph.D. and Chris Heger, Ph.D. for the webinar, ”Accelerating insights into changes in binding affinity of #biomolecular charge variants using a simple icIEF and #SPR workflow," on October 30th at 2 PM EDT / 11 AM PDT. As the Director of Applications Development at Nicoya, Dr. Michael Piazza specializes in advancing new applications for label-free analysis through experimental design. He obtained his PhD in #biochemistry from the University of Waterloo and has since acquired several years of experience in liaising with scientists to translate their needs into best-in-class products. By fine-tuning the integration of #biosensors with digital #microfluidics, he has been instrumental in the inception of #Alto, the world’s first #digitalSPR system. Secure your spot today 👉 https://lnkd.in/gKSj-_4x
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Check out this new methods article from Serena Best's lab at University of Cambridge on the effect of physicochemical surface properties of silicon-substituted hydroxyapatite on angiogenesis! By incorporating silicate ions, Si-HA demonstrated enhanced bioactivity. An innovative coculture method showed that 1.25 wt% Si-HA led to superior osteoblast attachment and vessel formation compared to standard HA. The study revealed that both surface topography and electrochemical properties play crucial roles in protein adsorption and cell adhesion. Read more here: https://lnkd.in/eTse7evu
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Open Exploration - assistant editor of Exploration of BioMat-X (indexed in Google Scholar, Dimensions, MyScienceWork, Portico, with NO APC currently)
😉 Come on！Welcome to read, download and share this new article~
👉 New article sharing! 🔔 Title: Effects of cold plasma treatment on the biological performances of decellularized bovine pericardium extracellular matrix-based films for biomedical applications ✍ Authors: Maria Elena Lombardo, Valentina Mariscotti, Pascale Chevallier, Francesco Copes, Francesca Boccafoschi, Andranik Sarkissian, Diego Mantovani * 🔗 Full text: https://lnkd.in/gXfWpzAu #biomaterials #Naturalpolymers #hemocompatibility
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