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研究人员首次成功将冷冻至-150°C长达一年的猪肾脏复温并移植后恢复功能，标志着器官长期保存与移植领域的重大突破，未来有望应用于人体器官 banking。
Researchers developed wireless magnetic millirobots capable of navigating inside the beating heart to deliver medicine, overcoming the challenges posed by cardiac motion and blood flow for targeted drug delivery.
Georgia Tech researchers developed SWANS, a wearable-hub-based networking system that uses ionic conduction through body tissue to let multiple syringe-injectable implants communicate, avoiding the power, attenuation, and size problems of Bluetooth/NFC-based implant links.
The paper proposes TriDim, a reusable block for EEG decoding that preserves spatial and temporal structures, achieving state-of-the-art performance across multiple datasets and improving existing models.
Tony Y. Hu from HKUniversity Beijing Center discussed the core value of biomedical engineering in making innovations accessible, highlighting CRISPR-TB, lab-in-tube diagnostics, and wearable monitors for faster detection.
Researchers successfully transplanted supercooled pig kidneys stored at -4°C in a pressure-controlled device, enabling longer preservation and raising hopes for human organ storage.
Researchers report magnetoelectric microrobots for regenerating spinal cord injuries, published in Nature Materials.
A paper describing whole cross-sectional human ultrasound tomography, likely demonstrating a new imaging technique for detailed anatomical visualization.