Application of ethambutol hydrochloride in treatment of intractable epilepsy
A technology of ethambutol hydrochloride and refractory epilepsy, which is applied in the field of medicine, can solve the problems of low-dose ethambutol hydrochloride epilepsy patients that have not been reported in the literature, and achieve significant social and economic significance, low dosage, and reduced Toxic effects
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[0014] Example 1: Effect test of ethambutol hydrochloride on cell model of refractory epilepsy
[0015] The newly isolated and planted hippocampal neurons are round, translucent, without protrusions, and are in the state of single-cell suspension. On the third day of culture, the adherent hippocampal neurons elongated several protrusions of uneven thickness, the cell bodies were translucent, fusiform, triangular, etc., and there may be sparse network connections between adjacent neurons. The hippocampal neurons cultured to the 5th day were in good growth state, with obvious three-dimensional sense and refraction, enlarged cell bodies, and elongated processes interwoven into a network. On the 7th day of culture, the cell body of the hippocampal neuron was enlarged and plump, with obvious halo; the neurons had more protrusions, the axons were slender, and the protrusions of the neurons interweaved with each other, forming a dense and complex but evenly distributed neural network...
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