neurovascular

  • NanotechnologyResearchers Develop Mirna Tunable Living Interface For Neurovascular Remodeling

    Researchers develop miRNA-tunable living interface for neurovascular remodeling

    LIFES design. LIFES transmits topographic, piezoelectric, and photopyroelectric signals for cellular modulation, allowing fine-tuning of exosome secretion and promoting neurovascular remodeling. Credit: SIAT A research team led by Dr. Du Xuemin from the Shenzhen Institute of Advanced Technology (SIAT), Chinese Academy of Sciences, reported a living interface with the unique feature of sustained secretion of bioactive exosomes with tunable content…

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