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    • 1. 发明申请
    • Carrier fiber assembly for tissue structures
    • 用于组织结构的载体纤维组件
    • US20050118716A1
    • 2005-06-02
    • US10976952
    • 2004-10-29
    • Charles HowlandVirginia Houston-HowlandJennifer White
    • Charles HowlandVirginia Houston-HowlandJennifer White
    • A61F2/02A61L27/36A61L27/58G01N20060101
    • A61L27/3691A61L27/3683A61L27/58Y10S623/915
    • Methods and structures are disclosed where carrier fiber is used to enable the assembly of two and three dimensional structures of autologous tissue. Tissue is harvested from the donor, integrated with a carrier fiber, and assembled into complex forms rapidly. The structures can be tailored to the requirements of a specific medical procedure. The tissue is kept live and viable during extracorporeal assembly and the finished structure is emplaced in the donor's body. The use of a carrier fiber leader for pre-threading integration and assembly machines facilitates machine set up, drawing of the tissue into the process, and rapid integration and assembly of the multi-dimensional structures. Assembly can include providing tissue and fiber leaders extending from the structure for attaching the structure in place. The carrier fiber either is bio-absorbed as new tissue forms, or forms a bio-compatible substructure for the patient's native tissue.
    • 公开了使用载体纤维来实现自体组织的二维和三维结构的组装的方法和结构。 从供体收获组织,与载体纤维结合,并快速组装成复杂形式。 结构可以根据具体医疗程序的要求进行调整。 组织在体外组装过程中保持活力和活力,并将成品结构放置在供体的身体中。 使用载体纤维引导器进行预穿线整合和组装机器,便于机器设置,将组织拉伸到工艺中,以及快速整合和组装多维结构。 组装可以包括提供从结构延伸的组织和纤维束头,用于将结构附接到位。 载体纤维作为新组织形成生物吸收,或形成用于患者天然组织的生物相容性子结构。
    • 2. 发明授权
    • Carrier fiber assembly for tissue structures
    • 用于组织结构的载体纤维组件
    • US07799563B2
    • 2010-09-21
    • US10976952
    • 2004-10-29
    • Charles A. HowlandVirginia Houston-HowlandJennifer K. White
    • Charles A. HowlandVirginia Houston-HowlandJennifer K. White
    • A61F2/02
    • A61L27/3691A61L27/3683A61L27/58Y10S623/915
    • Methods and structures are disclosed where carrier fiber is used to enable the assembly of two and three dimensional structures of autologous tissue. Tissue is harvested from the donor, integrated with a carrier fiber, and assembled into complex forms rapidly. The structures can be tailored to the requirements of a specific medical procedure. The tissue is kept live and viable during extracorporeal assembly and the finished structure is emplaced in the donor's body. The use of a carrier fiber leader for pre-threading integration and assembly machines facilitates machine set up, drawing of the tissue into the process, and rapid integration and assembly of the multi-dimensional structures. Assembly can include providing tissue and fiber leaders extending from the structure for attaching the structure in place. The carrier fiber either is bio-absorbed as new tissue forms, or forms a bio-compatible substructure for the patient's native tissue.
    • 公开了使用载体纤维来实现自体组织的二维和三维结构的组装的方法和结构。 从供体收获组织,与载体纤维结合,并快速组装成复杂形式。 结构可以根据具体医疗程序的要求进行调整。 组织在体外组装过程中保持活力和活力,并将成品结构放置在供体的身体中。 使用载体纤维引导器进行预穿线整合和组装机器,便于机器设置,将组织拉伸到工艺中,以及快速整合和组装多维结构。 组装可以包括提供从结构延伸的组织和纤维束头,用于将结构附接到位。 载体纤维作为新组织形成生物吸收,或形成用于患者天然组织的生物相容性子结构。