Integrated transcranial direct current stimulation system for treating cerebral arterial thrombosis

Abstract

The invention discloses an integrated transcranial direct current stimulation system for treating cerebral arterial thrombosis. The integrated transcranial direct current stimulation system comprises a blood flow sensor module, a control module and a transcranial direct current stimulation module, the blood flow sensor module is configured to monitor brain blood flow change in real time and upload a monitoring result to the control module; the control module is in signal connection with the transcranial direct current stimulation module and the blood flow sensor module, and the control module is configured to issue a control instruction to the transcranial direct current stimulation module according to a monitoring result uploaded by the blood flow sensor module so as to adjust direct current stimulation parameters output by the transcranial direct current stimulation module. The direct current stimulation parameters comprise current intensity and duration; the transcranial direct current stimulation module is configured to be controlled by the control module to generate non-invasive transcranial direct current to stimulate nerves in a specific area of the brain surface so as to promote expansion of the soft meningeal artery, and then reverse blood flow supply of collateral circulation is enhanced.

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