Application of emodin in preparing medicaments for treating P2X3 mediated neuropathic pains/nerve system diseases
A technology for nervous system diseases and neuropathic pain, applied in the application field of emodin in the preparation of P2X3-mediated neuropathic pain/nervous system disease drugs, which can solve the problems of drug resistance and other problems
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Embodiment 1
[0093] Using methods known in the art, an emodin preparation suitable for oral, injection or topical application (such as local application) for the treatment of neuropathic pain is prepared. Compared with the experimental results of rats in the non-steroidal anti-inflammatory analgesic indomethacin treatment group, it shows that emodin acts on P2X 3 The receptor produces an analgesic effect. Compared with opioids and other analgesics, which have large side effects, are prone to drug tolerance and dependence, withdrawal syndrome, and anti-inflammatory analgesics such as indomethacin have large side effects, emodin as an effective ingredient of traditional Chinese medicine has small side effects. , More conducive to its development and application as analgesic drugs.
Embodiment 2
[0095] Emodin inhibits P2X in rat trigeminal ganglion neurons 3 The expression of receptor mRNA and protein affects the pain mediated by trigeminal ganglion nerve cells. Using methods well known in the art, emodin preparations suitable for oral, injection or topical application (such as local application) for trigeminal nerve cell-mediated pain treatment can be prepared.
Embodiment 3
[0097] Using methods well-known in the technical field, made suitable for P2X 3 Oral, injection or topical application (such as topical application) emodin preparations for the treatment of receptor-mediated neurological diseases. Indomethacin and Nefopam can significantly reduce the hyperalgesia in rats, but indomethacin and Nefopam are effective in CCI neuropathic pain model rats and trigeminal neuralgia rat dorsal root primary sensory nerve cells and trigeminal nerve primary sensory nerve cells P2X 3 The effect of receptor expression is lower than that of the emodin-treated group, indicating that the analgesic mechanism of emodin is different from indomethacin and nefopam. Emodin can reduce P2X 3 Receptor expression has an effect, which indicates that emodin may become P2X 3 Receptor-mediated drugs for the prevention and treatment of neurological diseases.
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