| abstract |
The antiangi gene of the present invention is made from stone stoning powder particles by a simple and effective method for shrinkage, and prestine is contacted with an electrostatic precipitator and a minimum number of angiotensin scaffolds, each of which has an antiangiogenic protein, extracted from the apoprotective particles and stone-lacquer. The antiangi genes obtained can be used for the treatment of cerebrovascular diseases by the development of a cerebral palsy or the release of anti-angiogenic gene vessels. ŕ |