Technology Overview

With aging, the pelvic floor muscles gradually weaken and lose elasticity, leading to prolapse of urinary system organs. This technology is applied to biocompatible medical materials for urological tissue repair, providing clinical solutions for conditions such as bladder prolapse due to aging and tissue prolapse caused by surgery.

The material is developed using polyethylene terephthalate (PET) combined with collagen, and fabricated through fiber drawing and molding processes. By incorporating weaving techniques into mesh structures, a biocompatible implant for urological repair has been developed. Animal studies have been completed to verify product efficacy.

Technical Superiority

1. Miniaturized PCR amplification and detection device (weighing only 600 g)

2. Nucleic acid amplification time: approximately 40 minutes

3. Capable of analyzing two fluorescence signals simultaneously

4. User-friendly touch-screen interface

5. Supports both DNA and RNA amplification detection within a single device

Application

1. Products for the treatment of organ and tissue prolapse

2. Implantable medical devices and technologies requiring high biocompatibility