• 生物团队致力于智能微流体及液体数字化技术,集成微电子,微流体和MEMS技术并应用于生物医疗领域

    The biological team is committed to intelligent microfluidics and liquid digital technology, integrating microelectronics, microfluidic and MEMS technologies and applying them in the field of bio medicine.

     

    主要应用包括:

     

    1)单细胞高通量3D生物打印机,具有良好的生物兼容性,打印细胞存活率超过95%,通过定量化高密度细胞打印技术构建标准化粒径均一的细胞团,应用于产业化器官芯片及人体仿真芯片制备。

     

    2)单细胞分选系统采用细胞打印专用CMOS-MEMS设计,配合AI 识别,可以实现高通量的单细胞点样,单细胞分选的功能。该设备具有高通量、单克隆源性可追溯、高细胞活性。单细胞分选系统致力于解决干细胞生物学,肿瘤生物学,免疫学和药筛领域中生物复杂性的若干研究挑战,同时在药筛领域,细胞株开发也非常有市场潜力。

     

     3)多靶标免疫检测POCT快检系统包括多通道微泵系统,荧光分析系统,应用食品安全,中药质量分析以及临床检查。

     

    The main applications include:

     
    1) Single cell high-throughput 3D biological printer has good biocompatibility, and the survival rate of printing cells exceeds 95%. Standardized cell clusters with uniform particle size are constructed through quantitative high-density cell printing technology, which is applied to the preparation of industrialized organ chips and human simulation chips
     
    2) The single cell sorting system is designed with CMOS-MEMS special for cell printing and combined with AI recognition, which can realize the functions of high-throughput single cell sampling and single cell sorting. The device has high throughput, monoclonal traceability and high cell activity. Single cell sorting system is committed to solving several research challenges of biological complexity in the fields of stem cell biology, tumor biology, immunology and drug screening. At the same time, the development of cell lines also has great market potential in the field of drug screening.
     
    3) POCT rapid detection system includes multi-channel micropump system, fluorescence analysis system, applied food safety, quality analysis of traditional Chinese medicine and clinical examination.
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