Senior Director of Business Development at Emmes | Developing and Building our Vaccine trials market, life sciences, vaccine development and drug discovery
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Dive into "Accidental Bioinformatics" with Jeroen Claus at #AMI2024! Discover how procedural workflows in SideFX Houdini transform biomedical animation by seamlessly integrating scientific data. Learn about the vital role of protein kinases in cancer research and how Phospho analyzed over 12,706 kinase structures to advance drug design—all within Houdini. #DataScience #BiomedicalAnimation #CancerResearch
Do you want to see how our EV solutions assist researchers in accelerating the field with new technological solutions? In this paper, Fujiwara et. al. targets the deficiency of the conventional EV detection methods in terms of sample volume requirements and limits of detection. They hypothesized that concentrating EVs on a guided spot can help overcome the issues with currently available methodologies. Based on this hypothesis, the researchers developed a system for optical trapping within a pressure-driven flow. By utilizing probe microparticles targeting surface markers to capture EVs from different cancer cell lines provided by us, they aimed to detect the captured EVs with confocal imaging. Their results not only demonstrated that the sensitivity of the proposed method is more than one order of magnitude better than the gold-standard, but also the experiment duration can be reduced from hours to minutes. This way, the study set a promising example for high-throughput detection of EVs, with strong implications in early diagnostics. If you are interested in further reading: https://lnkd.in/gBHi6Pez #extracellularvesicles #exosomes #EVdetection #opticaltrapping #diagnostics
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Product Application Specialist, 3D Visualization and Analysis Solutions Software Amira-Avizo at Thermo Fisher Scientific
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
Correlative light electron #microscopy is a powerful technique that can provide contextual analysis of complex biological systems and disorders. Read this application note to learn how a research team at EMBL deconvoluted the process of cancer metastasis using different imaging modalities and Thermo Scientific’s Amira Software
🔬 Targeted Therapy Development: Advances in Precision Medicine with AI and Proteomics 🚀 💡 Dr Fabian Coscia employs mass spectrometry, artificial intelligence, microscopy and robotics to enhance our comprehension of proteins that cause serious diseases and resistance to therapy. His innovative approach, Deep Visual #Proteomics, enables the precise measurement and analysis of thousands of proteins in individual cells, especially around tumours. 📍 At the Max Delbrück Center in Berlin, Coscia and his team are using this method to uncover previously unrecognisable mechanisms, providing new insights for cancer therapy and other complex diseases. Read here what the team has already discovered and how a recently received ERC Starting Grant of €1.5 million is supporting them: 👉 https://lnkd.in/dkqJgkXe #AirportRegionBB #CancerResearch #PrecisionMedicine
Bookmark this growing collection from #CellReportsMethods to keep up-to-date on the latest methodological advances in systems biology! Here are a few of our latest papers in this collection: - Decomprolute is a benchmarking platform designed for multiomics-based tumor deconvolution - PXPermute reveals staining importance in multichannel imaging flow cytometry - PolyAMiner-Bulk is a deep learning-based algorithm that decodes alternative polyadenylation dynamics from bulk RNA-seq data https://hubs.li/Q02tdxq10
