SCLN is a two-phase network for IMC cell segmentation that preserves channel-specific features, achieving 91.45% Dice on METABRIC—~10% better than existing methods. Research article from Prof. Lei Bi at SJTU and Prof. Jinman Kim USYD. https://t.co/YSDnReOdJV

New review highlights advances in soft bioelectronics for real-time bladder monitoring & on-demand drug delivery—paving the way for smart, minimally invasive treatment. Review article from Prof. Xiaoguang Dong at Vanderbilt University, US. #DrugDelivery

Next-gen soft electronics? Meet a liquid metal system actuated by low-voltage DC pulses — robust enough to run 9+ hours, smart enough to carry cargo. Research article from Prof. Yong Lin Kong at Rice Univ.. https://t.co/TPNoiB0kKQ

Electrical stimulation boosts tendon repair! This review explores piezoelectric, conductive, and triboelectric materials in restoring the native microenvironment. Review from Prof. Xiumei Mo at Donghua University. Read more: https://t.co/2rmpvDCufw

Smart textiles revolutionize personal thermal management! From radiative cooling to heating, these innovations enhance comfort and energy efficiency. Review article from Prof. Xinge Yu at City U of Hong Kong. [ https://t.co/Hp74Ya8IaM]

Explore how #RamanScattering & #SRS reveal metabolic dynamics in aging & disease. Cutting-edge applications in life science & medicine. Review by Prof. Lingyan Shi, UCSD. https://t.co/zdymTbEfEC

Flexible, stretchable bioelectronics are transforming organoid research, enabling stable interfaces and tracking cell activities for personalized medicine and new computational strategies. Review article from Prof. Jia Liu at Harvard. #Bioelectronics https://t.co/zZoAQ4HEPx

Revolutionize healthcare with wearable energy tech! Discover how material science advances enable flexible, self - sustaining energy devices. Learn about solar, biofuel cells & more in wearables. Review from Prof. Jiayu Wan at SJTU. https://t.co/eGvRTukxPt

Exploring #NeuroAI: By introducing neuronal diversity into #ArtificialNeuralNetworks, unlock new AI capabilities, from efficiency to interpretability. Perspective from Prof. Hanchuan Peng at Southeast University.

We’ve developed a FRET biosensor for real-time tracking of H3K9 acetylation in living cells, uncovering key differences in chromatin between invasive and benign tumor cells. Research article from Prof. Yingxiao Wang at USC. #CancerResearch #Epigenetics https://t.co/KxLN3aCsZy

"Isolation of Circulating Tumor Cells: Recent Progress and Future Perspectives" explores the latest advancements in isolating and enriching CTCs for cancer diagnosis, prognosis, and treatment monitoring. Review article from Prof. Weiliang Xia at SJTU. https://t.co/s0ODwtFyQ7

"An optical flow battery enabled by trap-engineered nanophosphors" shows promise for energy storage. Check it out from prof Guosong Hong's article at Stanford! #OpticalFlowBattery #EnergyStorage https://t.co/Twh9i9NsJc

The integration of hydrogels in wearable neural interfaces enhances biocompatibility and functionality, promising to revolutionize medical treatments and technology through improved neural recording and neurostimulation. #WearableTech #Neuroscience https://t.co/5dVVbwej4v

Integrating AI into biomedical signal analysis revolutionizes disease diagnostics by enhancing precision and efficiency, making high-level healthcare insights more accessible and improving health outcomes globally. #AI #Healthcare #BiomedicalAnalysis https://t.co/KATUaLYpN4

Latest advancements in wireless biosensor technologies for real-time health monitoring! Explore cutting-edge diagnostics and therapeutic strategies. Review article from Prof. Yuanwen Jiang's group at the University of Pennsylvania. https://t.co/6Zj6t1xWwp

Latest advancements in wireless biosensor technologies for real-time health monitoring! Explore cutting-edge diagnostics and therapeutic strategies. Review article from Prof. Yuanwen Jiang's group at the University of Pennsylvania. https://t.co/zMRIJbQMSC

Latest advances of electrospun silk for health monitoring, regeneration medicine, and personal protection. Review article from Prof. Yingying Zhang at Tsinghua University. https://t.co/YueaLcwbTT

New insights into how RhoGDI regulates RhoA activity to control cell structure! FRET imaging confirms their interaction sites, highlighting the role of cell signaling in cytoskeleton dynamics. Research article from Prof. Ouyang at Changzhou University. https://t.co/bevv7mAAHQ

Unveiling the complexity of GPCR heteromers! Advances in using live cell imaging and biochemical techniques to understand GPCR heteromers. Review article from Prof. Jihye Seong at Seoul National University College of Medicine. #GPCR #LiveCelllmaging https://t.co/KSxD7I7gYw

New epidermal sensing platform uses single-atom materials for ultra-sensitive uric acid detection! This wearable UA patch outshines traditional sensors. Check out Prof. Joseph Wang's research at UCSD! https://t.co/v6jRPhCSKC