Diagnosis of motor function injury based on near-infrared spectroscopy brain imaging (fNIRS) technology

Most clinical stroke patients may have difficulty moving, affecting their self-care ability and quality of life, and causing serious interference with the normal life and work of other family members. At present, in clinical literature, researchers provide functional training for patients with motor disorders through repeated and effective training, which can ultimately effectively promote the recovery of limb function. Therefore, the nearinfrared spectroscopy imaging technology (fNIRS) used in this study combines the diagnosis of sports injury with the mechanism of brain function. FNIRS technology has many advantages, such as fast, and non-invasive, and has shown great value in detecting brain activity. Therefore, it has become a promising method in the biomedical field, especially in the field of brain science. Based on the clinical effects of sports injury treatment, fNIRS technology is used to detect the hemodynamic changes of hemoglobin circulation in the patient's brain tissue during training, and to detect the brain activity mechanism in the exercise mechanism, providing a basis for the clinical application of this method.

Automated summary

Most clinical stroke patients face difficulties in movement, affecting their self-care ability and quality of life, as well as disrupting the lives and work of family members. The near-infrared spectroscopy imaging technology (fNIRS) combines sports injury diagnosis with brain function mechanisms, offering fast and non-invasive detection of brain activity. fNIRS technology has proven valuable in the biomedical field, particularly in brain science, and can be used to detect hemodynamic changes during training, providing a basis for clinical application.