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Deep–learning-based-radiomics-to-predict-surgical-risk-factors-for-lum-–-dove-medical-press

Deeplearning-based radiomics to predict surgical risk factors for lum – Dove Medical Press

Introduction Low back pain (LBP) is one of the most disabling musculoskeletal conditions globally.1,2 Various factors contribute to LBP, with lumbar disc herniation (LDH) being the most common.3 LDH can compress the spinal nerve roots, resulting in radiculopathy, which is often accompanied by severe lower limb pain, numbness, and diminished muscle strength.4 Although most patients
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How-ai-pcs-redefine-performance-and-efficiency-–-et-edge-insights

How AI PCs redefine performance and efficiency – ET Edge Insights

The AI PC combines CPU, GPU, and NPU to optimize performance and energy efficiency for AI tasks, enabling personalized experiences in productivity, content creation, and education. It balances high performance with battery-saving features and supports open software ecosystems for seamless AI application development. AI PCs are set to transform industries by integrating AI into everyday
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The-inside-story-of-apple-intelligence-|-wired

The Inside Story of Apple Intelligence | WIRED

If you buy something using links in our stories, we may earn a commission. This helps support our journalism. Learn more. Please also consider subscribing to WIRED Google, Meta, and Microsoft, as well as startups like OpenAI and Anthropic, all had well-developed strategies for generative AI by the time Apple finally announced its own push
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How-did-clinical-researchers-actually-use-ai-in-2024

How Did Clinical Researchers Actually Use AI In 2024

As told to Abby Proch, executive editor of guest columns, Clinical Leader Ask around, whether at home or in the workplace, and you’ll find that nearly everyone has heard about AI and all its touted benefits. But dig deeper with an albeit generic follow-up question — “Have you ever used AI before?” — and you
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Ai-models-improve-efficiency-in-organoid-development-for-medicine-–-technology-networks

AI Models Improve Efficiency in Organoid Development for Medicine – Technology Networks

Summary  Japanese researchers developed a deep-learning AI model to predict organoid quality early in development, achieving 70% accuracy compared to less than 60% by experts. The model classifies organoids without genetic modification, streamlining selection for transplantation and disease modeling. This reduces costs and enhances efficiency in organoid-based regenerative medicine. Key Takeaways AI models accurately predict
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