研究方向

主要研究方向

  1. Cryopreservation of cells and tissues(细胞和组织低温保存)

    including:

    1. explore new approaches to long-term preservation of human blood cells, endothelial cells, stem cells, reproductive cells, arteries and ovarian tissues, etc., in ultralow temperatures
    2. modeling on cryopreservation processes (heat and mass transfer, nucleation and ice growth growth) involved in cryopreservation; etc.

  2. Encapsulation, delivery and slow-releasing technologies for antitumor drugs (抗癌药物的封装、递送和缓慢释放技术)

    including: development of novel microfluidics for physical field sensitive materials synthesis for drug encapsulation, and for on-line synthesis of functional nano-particles for cancer therapy, etc.

  3. Development of novel and high-tech micro- devices, apparatus and equipment (新型高科技微装置、仪器和设备开发)

    including:

    1. microfluidics for CPA loading/unloading, ultrafast freezing and thawing, cell encapsulation and vitrification cryopreservation, antitumor drug encapsulation, preparation of functional nanoparticles, etc.
    2. integrated microsystems for biopreservation and biotransport, measurement of thermal and mechanical properties, and diagnosis based on micro-cantilever, on-line synthesis of antitumor drugs, etc.

  4. Development of Intelligent medical instruments (智能医疗仪器开发)

    including: perfusion-ultrafiltration theory based fully automatic cell and solution treatment instrument, portable artificial kidney system, etc.

  5. Development of MRI-compatible Combined Cryosurgical and Hyperthermia System (磁共振兼容型冷热刀系统研制)

    including: development of new superparamagnetic materials, explore high-tech freezing/heating method, etc.

  6. Development of Microfluidic droplet based Systems for Biopreservation and Encapsulation (基于微流体液滴技术的生物保存和封装系统)

    including: development of microsystems for biopreservation and drug/cell encapsulation, etc.