🔬💻 Welcome to this month's Mindshare! Amidst the rising incidence of thyroid cancer cases, fueled by advancements in diagnostic techniques, attention turns to refining predictive models for recurrence risk assessment. 📊🔍 Understanding the trajectory of thyroid cancer post-diagnosis is pivotal, given its varied prognosis and the potential for recurrence. To tailor treatment strategies and optimize patient care, a precise predictive tool is indispensable. 🧠🏥 This study aims to use machine learning, especially deep learning algorithms, to understand the detailed aspects of medical data. By delving into complex patterns and markers, these models aim to offer nuanced estimations of the likelihood of recurrence for patients with well-differentiated thyroid carcinomas. 📈💡 Equipping healthcare professionals with accurate predictive tools empowers them to craft personalized treatment blueprints and finely tune follow-up protocols. The ability to discern when to initiate interventions like radioiodine therapy rests upon these predictive insights. 📰🔍 Curious to explore further? For more information, check this article by Tarokhian et al: https://lnkd.in/dzmdPK9y #SwipeToDiscover #MonthlyMindshare #AIInHealthcare #MachineLearning #MOSAConference
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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RWE | Ph.D. Immunology | I engage with life sciences executives accompanying their strategy for innovation, with a special focus for real-world data and advanced data-analytics, from R&D to post market
This groundbreaking study redefines automated #bodycomposition analysis, delivering a validated, reliable solution for #clinicalpractice. The #algorithm's ability to accurately distinguish #skeletal muscle, #visceral fat, and #subcutaneous fat across diverse #imaging datasets sets a new standard for robustness and clinical applicability. Crucially, this achievement was made possible thanks to the Medexprim Suite (now BC Platforms), which streamlined the #extraction and #deidentification of imaging data from Centre Léon Bérard and Institut Curie, saving invaluable time and enabling the research to reach its full potential. Beyond innovation, this algorithm empowers research, can revolutionize #patientmonitoring and enable #personalized care strategies, including tailored #nutrition and exercise. Its possible integration into electronic health records signals a transformative leap in #cancer care, advancing the promise of #precisionmedicine. Tatiana Sachs Bettina Taxell Tero Oinonen Niko Hurskainen Samuel Boucher Mercedes Serra Thomas Josse Fabrice Pillon Alexandre Blanchot, Pharm.D Nicolas Dubost Alex Ide Louise Murphy Melissa Myland Lidia Delrieu Damien Blanc Amine BOUHAMAMA Fabien Reyal Frank PILLEUL Victor Racine Anne-Sophie Hamy-Petit Hugo Crochet @Timothee Marchal Pierre Heudel Mikaela Bruhammar ♦️Kaj Työppönen
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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The application of AI in life sciences and healthcare goes beyond commercial aspects. One of the additional impacts is the ability to save lives and improve the quality of life for those suffering from serious and terminal diseases. The infographic below highlights how AI can help diagnose and treat cancer. While the infographic uses the example of cancer, it applies to most major diseases challenging healthcare professionals. #ai #healthcare #lifesciences #datascience #ml #designedanalytics
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🚀 The future of oncology is here with Dr. Arturo AI! 🚀 Dr. Arturo AI, from Massive Bio, is revolutionizing clinical trial matching for cancer patients. Powered by AI, this innovative tool analyzes patient data with speed and precision to identify the most suitable trials, enhancing access to life-changing treatments. This is more than just a tool; it’s a testament to the limitless possibilities AI brings to healthcare. #AIinHealthcare #ClinicalTrials #OncologyInnovation #MassiveBio #DrArturoAI"
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Despite the critical importance of early detection, most lung cancer cases are still diagnosed at advanced stages, limiting treatment options and reducing the chances of survival. Our RADICAL study seeks to explore how #AI technology can transform this process by quickly identifying suspicious X-rays with abnormalities such as masses or lung nodules, enabling faster reporting and quicker access to CT scans. The study is currently testing Qure.ai’s #qXR AI solution in real-world clinical settings across NHS Greater Glasgow and Clyde, gathering valuable insights into its technical performance and acceptability, health economics, and clinical effectiveness. Find out more about our RADICAL study at tinyurl.com/482sxuh3 #AIinHealthcare #HealthcareInnovation #LungCancerAwareness
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