23 Jul Minimally invasive inward-hunching implantation former for tissue engineering chamber
Abstract
The invention relates to the field of a biological medical technology, in particular to a minimally invasive inward-hunching implantation former for a tissue engineering chamber. The minimally invasive inward-hunching implantation former is composed of a telescopic rod, an upper half case, a lower half case, a fixed pulley, an operation pipe, an antiskid sleeve, a triangular support, a driving wheel, a driving wheel axle and a handle. The telescopic rod is composed of a top pipe, a middle pipe, a spring, a steel wire, a limiting ring, an inner pipe, a base, a tension magnet and a lifting magnet. The upper half case is provided with an upward opening and located in the lower half case with an upward opening, the edge of the upper half case and the edge of the lower half case are bonded into a whole, and an organizer to be cultured is placed into the space between the upper half case and the lower half case. According to the minimally invasive inward-hunching implantation former, the size of incisions can be greatly reduced, the phenomena of infection, inflammation and the like of wounds due to the excessively large incisions can be avoided, and the quality of tissue fluid and the growth speed of the organizer are guaranteed.
Year: 2014
Country: CN
Doc No: 104116576