Encapsulate’s Post

📰 Check out MOSAIC research in this month’s issue of Pharmaceutiques Magazine! Spatial omics technologies are poised to deliver major scientific breakthroughs in the next few years, connecting the different cell types that coexist in the tumor microenvironment and bringing a new understanding of cancer. We believe that the convergence of large-scale spatial omics data and AI will power the next revolution in cancer research. Read more: https://lnkd.in/eBP2h-e

📰 Check out MOSAIC in this month’s issue of Pharmaceutiques Magazine! Spatial omics technologies are poised to deliver major scientific breakthroughs in the next few years, connecting the different cell types that coexist in the tumor microenvironment and bringing a new understanding of cancer. We believe that the convergence of large-scale spatial omics data and AI will power the next revolution in cancer research. Read more: https://lnkd.in/eBP2h-e

📍Liked by https://lnkd.in/g3YJHBnk and others ai.spectra Nanobots: The Future of Cancer Treatment!📌 Scientists in Sweden are transforming cancer research with breakthrough nanotechnology! These tiny "DNA origami" nanobots unfold a cancer-killing mechanism only in tumor environments, precisely targeting cancer cells while sparing healthy tissue. In mouse trials, these nanobots reduced tumor growth by 70%! Could this be the future of precise, side-effect-free cancer therapy? ← Imagine a world where treatments are both effective and gentle on the body. #cancerresearch #nanotechnology #futureofmedicine #dnaorigami #cancertreatment #innovatetosave #medicalbreakthrough #sciencenews

A new optical technique developed by the NanoBRIGHT project detects brain metastases in mice with high accuracy. Using #fiber photometry and Raman #spectroscopy, this method provides insights into molecular changes deep within the brain, aiding early-stage brain cancer detection. The minimally invasive approach allows studying the brain’s natural state without alterations. This breakthrough could revolutionize brain cancer research!!🧐🤓

The Human Tumor Atlas Network charts the roadmap for advancing spatial #omics The National Cancer Institute (NCI) Human Tumor Atlas Network #HTAN has published a cluster of papers intended to advance the framework of #spatial_omics, the science of profiling morphological and molecular features of human cancers in two and three dimensions. canHeal.eu uncan.eu Marc Van den Bulcke Valsamo Anagnostou Nicola Normanno Klaus Pantel Vasiliki Mollaki https://lnkd.in/dak2mi7P

With advancements in technology, we can now generate vast amounts of data for each cancer patient, including imaging scans, digital pathology, genomic data, clinical reports, and blood tests.   In partnership with GE HealthCare, Cambridge University Hospitals NHS Foundation Trust, and The Mark Foundation for Cancer Research, we are developing machine learning models to integrate these various types of data to plan the most personalized treatment for each patient. Listen to our podcast, where Gabriel Funingana, Thomas Buddenkotte, Amied Shadmaan, and I discuss these techniques with Eleanor Wolmark. https://lnkd.in/dTRRXJuX #CancerResearch #DataIntegration #MachineLearning Cancer Research UK (CRUK) Cancer Research UK Cambridge Institute Cancer Research UK Cambridge Centre University of Cambridge Early Cancer Institute, University of Cambridge GE HealthCare

🚨Exciting News from the University Hospital of Technical University Munich!🚨 We are thrilled to welcome the next generation of optical in-vivo imaging at the Central Institute for Translational Cancer Research (“TranslaTUM”) with the arrival of the LAGO by Spectral Instruments Imaging. This cutting-edge system offers unparalleled sensitivity, LED illumination, and the ability to image up to 10 mice simultaneously—a true game changer for translational cancer research. 🎯 Obtained through a DFG large equipment grant to Prof. S. Kossatz and co-applicants, and co-financed by the TranslaTUM (https://lnkd.in/ec4hjmpA), TUM University Hospital researchers and collaborators will be leveraging this advanced technology to drive forward their innovative cancer research projects. The LAGO represents a huge step in improving imaging precision and enhancing research outcomes in the fight against cancer. Curious, would like to learn more about the latest developments in in-vivo imaging, please contact us! 🧬🔬 https://lnkd.in/egHXYm7C #CancerResearch #OpticalImaging #TranslaTUM #TranslationalResearch #InnovationInScience#InVivoImaging #preclinicalresearch

At the DCCC - Danish Comprehensive Cancer Center Radiation Therapy (DCCC RT) Annual Meeting in Middelfart, which gathered nearly 100 cancer researchers, Dr. Frederik Voigt Carstensen, MD, from the Department of Oncology, Rigshospitalet, presented findings from the ARTILLERY survey study. 🧠 The study, titled: "Attitudes towards AI-generated risk prediction in patients with early breast cancer: a multi-center survey," explored patients' views on using AI for risk prediction. This research is an important step in understanding how advanced tools can support better outcomes and improve quality of life after cancer treatment. 🌟 ARTILLERY Project is funded by the European Union in the Horizon Europe program. 🇪🇺 #ARTILLERYProject #CancerResearch #ArtificialIntelligence #BreastCancer #QualityOfLife #EuropeanCommision #HorizonEurope

✨ Meet Carolina Jorge: a PhD student from the CICS-UBI Fluorescence Microscopy Unit that is shedding light on glioblastoma research through advanced 3D cell culture models! 🔬🧠 By using confocal microscopy, Carolina visualizes glioblastoma spheroids' intricate structures to identify new therapeutic targets and explore the potential of drug repurposing for the treatment of this aggressive brain cancer. Each spheroid image shows the power of innovation in bioimaging and its role in advancing cancer treatment. Together, we're one step closer to making a difference in patients' lives. 💡🧪 #PPBI #PPBioimaging #Eurobioimaging #ConfocalMicroscopy #CancerResearch #3DCellCulture #Glioblastoma

In this new preprint from Stanford University, Broad Institute, and the Whitehead Institute by Matthew Jones et al., the team uncovers a dynamic spatial organization using a mouse lung cancer model with Curio’s foundational spatial mapping technologies. Their study illustrates how high-resolution spatial transcriptomics can dissect the complex dynamics during cancer progression. 📖 Read more here: https://hubs.ly/Q02XdB0F0