Using the plasma synthesis pyrrole derived polymers for neuroprotection and recombination of the central nervous system

摘要

There are times when the fact that with in plant where purpose of this invention is semiconducting and at the same time does not have biodegradation characteristic, poly- pyrrole polyethylene glycol copolymer, iodic dope processing and the plasma in plant which is produced from the pyrrole polymer which is synthesized, has nervous protection action, induces the recombination of the spinal cord after the being damaged is stated clearly. Functional recovery of the group which uses the poly- pyrrole where at this action was proven by the model which administers the complete cutting of the spinal cord inside rut/rat, 5 times recovered in the animal which imbedded poly- pyrrole - polyethylene glycol copolymer, in comparison with the sufficient contrast group which cuts off the result and the spinal cord which appraise function completely, added, iodic doped processed was 10 times in comparison with the object group. It was verified vis-a-vis various inflammation characteristics and the immunity cell in damage place at the time of histology researching, in three experimental groups by the presence of in plant, also integration of the polymer was seen at the time of spinal nerve organizing, finally, breath characteristic, kidney characteristic or the skin characteristic infection symptom for the said bio material regarding whichever animal, either the harmful reaction or the rejection symptoms was not seen.