Neural Engineering is that field of medicine, which uses the combination of engineering techniques with the backing of neurophysiology and works out in enhancing or improving the condition of nerves and neural systems as a whole. Neural engineers like Dr. Curtis Cripe , have a thorough knowledge of this complicated subject and has a focus to solve problems and issues in the field of biomedical engineering.
Neural Engineering depends on terms and aspects such as clinical neurology, signal transmission, and electrical engineering with all of them rolled in to one single concept. The theory of transmission engineering sees the signal process covering different aspects of health and medications.
Explanation by Curtis Cripe on Neural engineering Fundamentals
Neural engineering is constructed or designed in such a way, which is still perpetually void and scope worthy. This allows experimentation of the subjects in different angles and with a motto to make human sensory movements with artificial means. Neural engineering is that scientific concept that can be broadly two terms, which explains:
Neuroscience: Nervous system in the human body is as important as any other body parts, with a distinct functionality to support the entire sensory systems. The human brain is a hub of central nervous systems, and controls or transmits all the information on human body, to different parts.The spinal cord is responsible to support the brain as a top holding unit and for sending the required pulses. In neuroscience, the neurons pass a pulse naturally, which works in exchange of performing certain possibilities as possible.
Engineering: Engineers have a major task of adjusting and fitting certain fixed responsive sensors, which acts according to the requirement from the central nervous systems, i.e. the brain. More importantly, the engineers work on putting a new method of signal transmissions and magnetic waveforms, which will monitor any discrepancy or abnormal behavior by the human brain. All these aspects are noted into a single trait cycle, which will observe the power and sensor activities of the human brains.
Neural engineering is all about establishing a technical connection to the nervous systems with an unrivaled focus on human health. The technicalities and development scope of subject allows engineers to think about a new concept, which will allow administer neural engineers easier than ever. Neural engineers are responsible for the growth of few other neural science concepts.
Neural mechanics: This is a combination of neurology and biomechanics, backed by robotics.
Neural modulation: A medical therapeutically treatment, which will allow in offering newer techniques by means of engineering.
Neural engineering expert Dr. Curtis Cripe feels the subject has an overwhelming prospect to change the way of the concept of nervous systems. Neural engineering, being one of the most critical systems, the focus taken in to a series of tests and plenty of test studies assures the working nature of the concept. Neural engineering concepts are fast growing and has future prospect of being a life savior aspect, when amalgamated with human cells and nervous systems.