For parasitic plants, parasitic plants have very sticky seeds that cling to bird feathers, bark, and other materials. It was possible to create medical bio-adhesive for wound healing from it. The wasps contained in the yads turn into yads, the seeds stick to the yuva and feathers and are transferred to other trees to grow in
Professor at the Canadian University Makila Ethew Harington became interested in viscin, the code was seen by colleagues from the Institute of Colloids. Max Planck in Germany began to develop a method by which wetted viscin fibers can be formed into thin films and three-dimensional structures. The resulting adhesive was applied to various materials and allowed to dry.
The cellulose fibers were aligned and connected to each other. The adhesive was seen to adhere well to synthetic materials such as metal, plastic and glass, as well as to biological tissues such as skin and cartilage. Dnaco-humidification of the cay, on water vapor, preserving to the fact that the fibers are filled with both abt and abt oaba As a bonus, it is biodegradable and is not an allergen.
In an experiment, a film of viscin glue successfully sealed wounds in the skin of a dead pig. At the same time, it was flexible enough to move along with + without breaking, and if necessary, its m last m glue.
Source: Tech Cult
