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Mengdi Han Research Group

 

Lab of 3D Bioelectronics (韩梦迪课题组)

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      • RESEARCH
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        • 2023
        • 2022
        • 2021
        • 2020
        • 2010s
        • COVERS
        • FULL LIST
      • NEWS 
        • 2023
        • 2022
        • 2021
        • 2020
      • CONTACT
      • JOIN US

    Mengdi Han Research Group

     

    Lab of 3D Bioelectronics (韩梦迪课题组)

      • HOME
      • RESEARCH
      • GROUP
      • PUBLICATIONS 
        • 2023
        • 2022
        • 2021
        • 2020
        • 2010s
        • COVERS
        • FULL LIST
      • NEWS 
        • 2023
        • 2022
        • 2021
        • 2020
      • CONTACT
      • JOIN US
      • …  
        • HOME
        • RESEARCH
        • GROUP
        • PUBLICATIONS 
          • 2023
          • 2022
          • 2021
          • 2020
          • 2010s
          • COVERS
          • FULL LIST
        • NEWS 
          • 2023
          • 2022
          • 2021
          • 2020
        • CONTACT
        • JOIN US

      Mengdi Han Research Group

       

      Lab of 3D Bioelectronics (韩梦迪课题组)

      • 1. Manufacturing Approaches for 3D Bioelectronics

        Transfer printing stretchable sensors and actuators from carrying substrates to other curved surfaces yields large-scale bioelectronics in 3D formats. Such 3D systems can form conformal contact with the complex surfaces of organs.
        TRANSFER

        Transfer printing for large-scale 3D systems

        Transfer printing stretchable sensors and actuators from carrying substrates to other curved surfaces yields large-scale bioelectronics in 3D formats. Such 3D systems can form conformal contact with the complex surfaces of organs.

        ASSEMBLY

        Guided assembly for small-scale 3D devices

        Guided assembly transforms lithographically defined 2D patterns into small-scale 3D structures. Such 3D structures provide new modalities in sensing and actuation, and can serve as active scaffolds to interact with cells, tissues and organoids.

        STACKING

        Vertically stacking for multilayer 3D arrays

        Vertically stacking arrays of electronics allows for high-density integration of multifunctional electronics with multilayer configurations. Such 3D arrays support multimodal spatiotemporal mapping and programmable stimulation.

      • 2. Applications of 3D Bioelectronics

        IMPLANTS

        Minimally Invasive Implants

        We integrate soft bioelectronics onto expandable/shrinkable 3D surfaces to leverage their flexibility and stretchability. The integrated system enables minimally invasive insertion when the 3D surface switches to its miniaturized state.

        WEARABLES

        Non-Invasive Wearables

        We develop non-invasive wearable devices for continuous monitoring, with a specific focus on using 3D structures as the sensing element. The 3D structures possess some unique sensing capabilities that are difficult to achieve with conventional planar layouts.

        BIOCHIPS

        Multifunctional Biochips

        We embed sensors and actuators on 3D scaffolds to build multifunctional biochips for in vitro study. The combination represents an emerging class of active 3D biointerface that can perform long-term assessment and modulation.

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        Mengdi Han Research Group
        Mengdi Han Research Group, 韩梦迪课题组 Lab of 3D Bioelectronics, Department of Biomedical Engineering, College of Future Technology, Peking University
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