We have our own technology for the manufacture of bioimplants. From human connective and supporting tissues using a patent technology. It allows you to remove cells with antigenic properties, some proteins, but at the same time preserve all the biologically active components that are involv in the regenerative process.” When the bioimplant is plac in the damag area. It temporarily replaces the defect, stimulating the restoration of its own tissue. If we are talking about bone damage, then the transformation of a bioimplant can be represent as follows: restoration of the anatomical integrity of. The bone and its function; embding in bone tissue; sprouting with blood vessels and nerves.
In some clinical situations with significant
Filling with the patient’s own cells; slow resorption (resorption), with the formation of the patient’s own bone tissue in its place. tissue damage, the bioimplantation Albania Phone Numbers List process takes a more complicat path. First, tissue near the defect site and “connect” to the blood vessels. After the bioimplant is fill with its own cells, it is mov along with the vessels to the area of damage with the elimination of the bone defect. This approach is call the in vivo bioreactor. Larisa Volova: “We create bioimplants according to their structure and structure corresponding to the bones in the area of damage.
Which will be easy and convenient
If you ne to make an implant for a bone of a USA CFO complex shape (for example, the lower jaw) or an individual shape, then first the area of interest is scann and the product is 3D modell. Then personaliz bioimplants are made on special CNC machines, to use during operations.” From bioimplants to 3D bioprinter and living cells Bioimplants are tissue fragments of various shapes and sizes. But in addition to these options, scientists have learn how to make biogels that can be us to create fully personaliz bioimplants using three-dimensional (3D) bioprinting. As a basis, CT or MRI data of the defect area are taken.