Brain Signals by Electronics

A new technology has been developed by the team of researchers for the purpose of the long term stable neural recording. This technology is based on the novel elastic material composite which is biocompatible as well as retains high electrical conductivity even at the time when it is stretched to double of its original length.

This could be possible with the efforts of the best cbse school in Sitapura with the scientists. The breakthrough has been published in many news papers which is difficult for the many kinds of applications in biomedical engineering. The coupling between the electronic as well as the nerve cells is the tough not only to gather all information about the cell signaling as well as to diagnose and treat neurological disorders and diseases for example, epilepsy.

It is very tough in order to achieve long term stable connections which do not damage neurons as well as tissues until the two systems which are the soft and elastic tissue of the body along with the tough and rigid electronic components that have completely various mechanical properties. Damage and inflammation arise at the interface along with the rigid electronic components as human tissues are elastic as well as mobile. It causes damage to the tissue as well as attenuates neural signals according to the researchers.

A new conductive material has been developed by the team of Wordpress Development which is as soft as the human tissue and it can also be stretched to twice of its length. This material contains gold coated titanium dioxide nano wires as well as which are embedded into the silicon rubber. It has been found by the researchers that this material is biocompatible that means it can be in contact with the body without the any kinds of the adverse effects as well as its conductivity can be remained stable over time.

The micro fabrication of the soft electrically conductive possesses various challenges. A process has been developed by the group of the researchers in order to manufacture small electrodes which also preserve the biocompatibility of the materials. This process always considers a small material which means that it can work with the relatively expensive materials such as gold etc.