上述七个项目原料价格低，技术具有原创性，未来需要的帮助是将研究成果产业化。 合作开发方式：以技术入股或技术转让等其他多种可行的方式，将以上技术转让给公司，配合公司产业化和申请医疗器械证。

    1. 双组份医用胶粘合剂
    Two-component medical adhesive   

    2. 丝素-P（LLA-CL）静电纺纳米纤维神经导管的制备用于周围神经的再生
    Silk fibroin-P (LLA-CL) electrospun nanofiber nerve conduit preparation for peripheral nerve regeneration   

    3. 胶原蛋白/壳聚糖复合纳米纤维膜用于皮肤组织再生
    Collagen/chitosan composite nanofiber membrane for skin tissue regeneration

    4. 动态水流静电纺纳米纱的制备用于肌腱组织再生
    Dynamic Liquid electrospun nanoyarn preparation and for tendon tissue regeneration

    5. 含活性因子胶原-PLCL 纳米纤维和纳米纱双层血管组织再生支架
    Bilayer vascular tissue regeneration scaffold containing active factor collagen-PLCL nanofiber and nanoyarn

    6. 透明质酸涂层PLLA-明胶三维纳米纤维支架用于软骨再生
    Hyaluronic acid coated PLLA-gelatin three-dimensional nanofiber scaffold for cartilage regeneration

    7. BMP多肽修饰HA-PLLA-明胶三维纳米纤维支架用于骨再生
    BMP polypeptide modified HA-PLLA-gelatin three-dimensional nanofiber scaffold for bone regeneration

    上述七个项目原料价格低，技术具有原创性，未来需要的帮助是将研究成果产业化。 合作开发方式：以技术入股或技术转让等其他多种可行的方式，将以上技术转让给公司，配合公司产业化和申请医疗器械证。

The above seven projects have low raw material prices and original technology. The future needs help to industrialize research results. Cooperative development method: Transfer the above technology to the company in various other feasible ways such as technology shareholding or technology transfer, cooperate with the company's industrialization and apply for medical device certificate.