Columbus, Ohio, USA News that plastic coatings will be used in clinical treatment and recovery of neurotransmitters in the human body in the future. Diseases such as Parkinson's disease and macular degeneration will likely be treated with plastic coatings first. Plastic coatings will be available during electrotherapy. Helps the growth and regeneration of nerves in the human body.
At present, many medical researchers worldwide are actively studying how to promote the regeneration and rehabilitation of nerves in the treatment of nerve trauma. Most of the research has focused on how to solve the problem of human tissues rejecting nerve growth, but researchers from Ohio have focused their research on how to effectively promote the regeneration of neural transmission systems.
Researchers from the University of Ohio, Winter, and her team are trying to inject water-soluble polymers into neurons to help the nervous system regenerate. During the course of the study, the team used different polymers for testing. Finally, the researchers found that the coatings reinforced with microspheres and fiber composites can form a stable structure on the neurons. This coating can be used for the growth of nerves. The effective architecture helps the nerves to produce on the coating structure and successfully connect different neural transmission systems.
At present, this coating technology is still in the process of research and development, and it is urgent to solve some problems, such as how to provide nerves with stable electrode stimulation to help its growth and so on.
Because the coating technology is provided by electrotherapy directly to provide stimulation signals to help the production and connection of nerves, this technology can guarantee researchers to develop more subtle neuron production technology, that is to say that different electrode signals can be compressed on the same coating This will ensure that the growth of neurons will be stimulated in a smaller space.
At present, many medical researchers worldwide are actively studying how to promote the regeneration and rehabilitation of nerves in the treatment of nerve trauma. Most of the research has focused on how to solve the problem of human tissues rejecting nerve growth, but researchers from Ohio have focused their research on how to effectively promote the regeneration of neural transmission systems.
Researchers from the University of Ohio, Winter, and her team are trying to inject water-soluble polymers into neurons to help the nervous system regenerate. During the course of the study, the team used different polymers for testing. Finally, the researchers found that the coatings reinforced with microspheres and fiber composites can form a stable structure on the neurons. This coating can be used for the growth of nerves. The effective architecture helps the nerves to produce on the coating structure and successfully connect different neural transmission systems.
At present, this coating technology is still in the process of research and development, and it is urgent to solve some problems, such as how to provide nerves with stable electrode stimulation to help its growth and so on.
Because the coating technology is provided by electrotherapy directly to provide stimulation signals to help the production and connection of nerves, this technology can guarantee researchers to develop more subtle neuron production technology, that is to say that different electrode signals can be compressed on the same coating This will ensure that the growth of neurons will be stimulated in a smaller space.
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