On-line workstation with Professor Wang Zhou, an expert in cranial neurosis, there was a patient’s message: “I was 58 years old, three fork nervous pains were five years old, I had a pain at the beginning of the left eye corner, once in a few days, I didn’t notice, and then found a pain slowly to the left face, under the jaw, once in a day or two, within a minute of the pain, I went to the hospital to see the doctor who said it was a trident nervous pain, gave me medication, Kamasipin, and I started to take medications, and I started to discover that taking pills would ease the pain, slowly taking them away, and then I went to the acupuncture, and it didn’t work, and now when the wind blows, it hurts, it seriously affects my normal life. Just wondering if there’s any way to fix it.”
Prof. Wang Xian: The current treatment of trident nerve is 70 per cent efficient, and the common drugs are Camassipin, Okassipin, Metrazine, Gabaptine, Ramo Triazine, etc.; acupuncture or meat toxin, with a relatively less effective effect; trident neurological pain treatment, including radio frequency damage, cystal oppression, which is relatively simple and can lead to facial numbness and re-emergence; microvascular repressure (MVD), which treats the symptoms of trident neuropsy caused by vascular oppression, has now become a standard technique for treating trident neuropsy, with the greatest advantage of ensuring the integrity of the patient ‘ s trident neurosis, and of addressing vascular oppression and real root pain, which is the safest and most effective method of treating tridental neurological pain, internationally recognized.
Reminder: A clear diagnosis is necessary to choose the appropriate treatment.
Kopp: When a trident has a nervous ache, there is an electroshock, a knife is cut, a tear is broken, and the pain is sudden and it lasts for seconds to dozens of seconds, sometimes for minutes, and can even be induced to move or accidentally touch an area of the face by talking, eating, washing the face. The onset of such pain can become frequent, intermittent and increased as the path of the disease increases.
The diagnosis of trident neuropsychiatric pain is largely dependent on the patient ‘ s history. As mentioned above, pain is characterized by severe pain in the form of one-sided, hairy, slash, electroshock or tornado, and can cause pain through skin irritation such as skin touching, chewing, brushing, blowing or shaving. In comparison with neuropsychological pain, the characteristic of neurological pain is burning the pain with numbness.
What do you need to do to diagnose trident nerve pain?
General detection content
1. Sports inspections
The main check is the movement of chewing muscles (bite muscles, muscular muscles, internal and external muscles of the wings). Because the chewing muscles stop at the lower cheekbone, under the control of the trident neuromotor branch, the exercise joints, participation in chewing, speech and, to some extent, expression of expression.
2. Sensory check
The skin of the face is mainly distributed by the trident nerve, with the trident nerve feeling thick, concentrated in the trident nerve half-monthly, with three large and thick drys coming out of the half-monthly neuron: eye, upper and lower.
3. Cervical neuropsy
Symptoms of the neurological pain of the subsequent tridents generally include symptoms of neurological damage in the respective branch.
Video screening
1 MRI inspection
It can help to remove the secondary tridental neurological pain caused by tumours or vascular pathologies in the back of the skull, the small brain, the corner of the brain, the sponge, the Meckel cavity, etc. MRTA is better able to detect neuropressive vascular and vascular pathologies and to show the relationship between trident neurons and proximate and vascular pathologies. Check the project first before the operation.
CT inspection
CT can be used to exclude secondary trident nerve pains, such as brain tumours, vascular malformations, multiple sclerosis, etc. In addition, trident neuropsychological pains are treated in a targeted manner under a high-precision CT-precision locomotive.
