This study combined the insomnia syndrome with PSG, fMRI, neuroactive substance detection, and infrared heat map, observing the electrophysiological changes of insomnia patients with different syndromes,localizing brain function excitation zone and changes in neuroactive substances,and the response of the visceral function to the infrared Image,which reveal the biological material basis of insomnia syndrome, and analyze it's correlation with infrared Image, providing a scientific, objective and visual technical method for TCM diagnosis and treatment of insomnia.
Insomnia belongs to the category of "Bu Mei" in Traditional Chinese Medicine(TCM). Long-term insomnia can increase the risk of heart disease, high blood pressure, senile dementia, anxiety, and depression. Therefore, the insomnia sparked a heated discussion in medical research. It has a good effect in treating insomnia with TCM,but there are problems such as strong subjectivity of syndrome differentiation and large difference in efficacy between doctors. The previous study found that the infrared Image reflects the visceral function of insomnia patients to a certain extent.Modern studies have shown that insomnia is closely related to the dysfunction of functional coordination between the brain's sleep and the arousal center, and neuroactive substances played an important role on it."Syndrome" is the key of clinical diagnosis and treatment of TCM. Investigators believe that the central nervous system imbalance of different syndrome of insomnia has a certain correlation with the infrared Image.
Study Type
OBSERVATIONAL
Enrollment
180
Four diagnostic information of Traditional Chinese Medicine(TCM)
All subjects filled in the form about the four diagnostic information of TCM in order to observe the subject's symptoms and judge the syndrome.
Time frame: 20 minutes
polysomnography
All subjects wore the polysomnography monitor electrodes and the data were record.According to physiological signal,observing the sleep structure and comparing the difference between the two groups.
Time frame: 9hours
fMRI
Detecting brain excitation functional area blood oxygen concentration and comparing the difference between the two groups.
Time frame: 30 minutes
Neuroactive substance detection
Blood is taken once before bedtime and the next morning in order to detect neuroactive substance,such as GABA,Glu,NE and so on.
Time frame: 9hours
Infrared image
All subjects were completely exposed to the body in a closed room and tested infrared imaging technology.Observing the thermal state ΔT of each location or region of the subject, that is, the difference between the temperature of the trunk heat map and the mean temperature of the body surface.
Time frame: 3 hours
Pittsburgh sleep quality index
Pittsburgh sleep quality index(PSQI)is used to evaluate sleep quality of subjects.It's maximum is 21.The higher the score, the worse the sleep quality.
Time frame: 10minutes
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