What effect does Polyethylene glycol (PEG) have on cells' weight, and mechanical and morphological properties?
Discover how Federico Colombo and colleagues measured the effect of the environment on the mass of individual cells. Read more about their publication and find out why Nanosurf is a brand that researchers can confidently recommend for AFM solutions. #bio #cell #AFM #articlehighlight https://hubs.la/Q02w7PGy0
Discover how Federico Colombo and colleagues used a Nanosurf's PicoBalance to measure the effect of the environment on the mass of individual cells. Read more about their publication and find out why Nanosurf is a brand that researchers can confidently recommend for AFM solutions. #bio #cell #AFM #articlehighlight https://hubs.la/Q02p_Bzd0
The NanoBRET™ TE method uses bioluminescence resonance energy transfer (BRET) technology to measure kinase-compound interactions in live cells, including over 400 validated assays for targets across the Kinome. https://bit.ly/3RZ37ZI
The NanoBRET™ TE method uses bioluminescence resonance energy transfer (BRET) technology to measure kinase-compound interactions in live cells, including over 400 validated assays for targets across the Kinome. https://bit.ly/3VF10v9
Two days ago, we had a webinar about discovering new aspects of T-cell membrane organization and the role of Molecular Pixelation technology. Here's a snippet from the webinar explaining why studying membrane proteins and their localization is crucial for many cellular activities. Click here to watch the entire webinar: https://lnkd.in/d-PHqnW3 Other webinars: https://lnkd.in/dqQxTWN3 Follow our page to stay updated or visit www.pixelgen.com #molecularpixelation #3Dproteomics #proteinabundance #spatiallocalization #colocalization #polarity #Tcell #immunecells #CD82
Curious about the labs and facilities where Wistar Science happens? Take a virtual tour of The Wistar Institute’s Flow Cytometry Facility. Click, drag, and zoom to explore the space and learn about cell sorting, cell analysis, and the array of tools available for scientists to use in their research. https://lnkd.in/e59sRde4
📢 Revolutionizing Cell Culture for Better EV Production! 🌟 The article discusses the adaptation of immortalized human mesenchymal stromal cells hMSCs to suspension culture. 🚀 This innovation solves key challenges in extracellular vesicle EV production, ensuring consistency and increasing productivity. 💡 The new suspension hMSCs can enhance scalability for EV manufacturing, possibly transforming clinical trials reliant on donor-derived cells. 🔬 Researchers aim for industrial-scale EV production with reduced costs and improved strategies. #BioprocessUpdates #hMSC #SuspensionCulture #ExtracellularVesicles #EVProduction #CellCultureInnovation #Biotechnology #StemCellResearch #Scalability #ClinicalTrials #CellManufacturing #ResearchInnovation #ImmortalizedCells #Biomanufacturing #CellTherapy #RegenerativeMedicine ▷ Read the full article here: 📎 https://lnkd.in/dChgNinY
🌟 Join us at LIVe2024!🌟 Dr. Rhamiya Mahendran will be presenting a poster at the LIVe2024 event, focusing on “The application of a cutting-edge high-content imaging methodology (morph_ONE) for evaluating alveolar macrophage responses in respiratory safety assessments.” Date: June 21st, 2024 morph_ONE is a high-content image analysis (HCIA) assay that rapidly distinguishes between safe and unsafe immune responses to inhaled compounds. It provides detailed tracking of over a dozen morphological features, including sphericity, cell and nuclear area, shape analysis, and vacuolation profiles. Our specialists are available to interpret results and guide you on next steps. This innovative approach has the potential to enhance safety assessments across various industrial sectors and reduce candidate compound failures in later stages of drug development. 🔍Learn more about morph_ONE: https://lnkd.in/e-UuAjgp) 📚 Explore our scientific contributions: (https://lnkd.in/gRWqdEen) Don't miss the opportunity to discuss safety assessment goals with Dr. Rhamiya at the poster section during LIVe2024! 🤝 #LIVe2024 #InVitro #Inhalation #Biotech #Innovation
Transformation is Change The Future Is Cell Based CellTec Systems
Experimentadora, 'enzima' de redes (e comunidades), sensibilizadora de conceitos e solopreneur.
Que uau...! 'Most Detailed Visualization of a Cell Ever Created' #health #biotechnology #biotech #visualization #biology #science #Saúde #Biotecnologia #Biologia #Ciência #GestãoDaSaúde
Physician/Neuroscientist | Digital Health | Biotechnology | Brain/Mental Health | Healthcare Strategy & Innovation | Passionate about improving health via science & technology
🧬🔬 Most Detailed Visualization of a Cell Ever Created ... Each of your body’s 30-40 trillion cells is a complex microscopic city inside! This 3D model of a eukaryotic cell was created using X-ray, nuclear magnetic resonance (NMR), & cryo-electron microscopy datasets. It’s an attempt to visualize the many pathways involved in cellular processes (i.e. signal transduction, protein synthesis, endocytosis, vesicular transport, cell-cell adhesion, apoptosis) as well as the great complexity & beauty of the cell’s molecular machinery. NOTE: Cell membrane & organelle outlines are shown for context only but are not themselves based on data. 📍IMAGE CREDIT / MORE INFO (Links in Comments): Evan Ingersoll, Gael McGill / Digizyme, Cell Signaling Technology -- ⭐️➡️ FOLLOW for Health, Science, Technology #health #biotechnology #biotech #visualization #biology #science
Bioimaging | Weekly Junior Football Coach | Seasonal Competitive Triathlete | Dad 24/7
Nice visualisation of the inner jammed cellular structure! I published a paper in 2020 that describe the fascinating material properties of living cells. Living and thriving close to a glass transition but never passing over the line to be a solid. https://lnkd.in/gu3VGtjT
Physician/Neuroscientist | Digital Health | Biotechnology | Brain/Mental Health | Healthcare Strategy & Innovation | Passionate about improving health via science & technology
🧬🔬 Most Detailed Visualization of a Cell Ever Created ... Each of your body’s 30-40 trillion cells is a complex microscopic city inside! This 3D model of a eukaryotic cell was created using X-ray, nuclear magnetic resonance (NMR), & cryo-electron microscopy datasets. It’s an attempt to visualize the many pathways involved in cellular processes (i.e. signal transduction, protein synthesis, endocytosis, vesicular transport, cell-cell adhesion, apoptosis) as well as the great complexity & beauty of the cell’s molecular machinery. NOTE: Cell membrane & organelle outlines are shown for context only but are not themselves based on data. 📍IMAGE CREDIT / MORE INFO (Links in Comments): Evan Ingersoll, Gael McGill / Digizyme, Cell Signaling Technology -- ⭐️➡️ FOLLOW for Health, Science, Technology #health #biotechnology #biotech #visualization #biology #science
