Detection of brain signals using electroencephalogram received by silk electrospun sheet for the movement of paralyzed anatomical parts through tissue engineering

Silk is a natural bio polymer which contains many multifunctional management and administrative function that influence on human body like brain and different anatomy of body and osteotomy managements. There is a vast unknown challenges with silk and its performance till now on going research for future. In this paper, I attempted to show brain influence through modification of silk fibers by electro -spinning process and that will take a signal from brain and connect this signal to the anatomy of human body to work or make movement for paralyzed patients. Here the novel material silk is particularly used by tissue engineering through this process can connect the signal from human brain and that will be workable by paralyzed patient anatomical parts of the body. Paralyzed patient can move his paralyzed parts through his/her signals from brain and this signals will spread out through movement of paralyzed parts by tissue engineering. The future perspective and goals of this faithful project specially for paralyzed patients as well as the tissue engineering implantation on human body through brain connectivity with anatomy will discuss here.