This work synchronizes electrocardiograph to narrow-band imaging with high-power lens to observe the micro-circulation on the skin. The time difference among the arrivals of the cardiac pulse wave on different parts of the path is then used to calculate the pulse wave velocity of the arteries, providing very helpful diagnosis of diseases closely related to the peripheral circulation.

In addition to the existing oral mucosanail bed, the skin micro-circulation synchronization imaging system can greatly expand how the micro-circulation can be observed. By synchronizing with the electrocardiograph, abundant physiological information can be obtained in an unprecedented way. Synchronous acquisition can further integrate different light sources, oximeters, breathing beltsother physiological signal monitoring equipment, thus greatly expanding the applications in diagnosis.

This synchronous microcirculation imaging system can observe peripheral circulationdiagnose related diseases with high resolutioncontrast. In addition to traditional diabeteshypertension, it can also be used to observe wound healing, presenting as a unique tool for microplastic surgery.

天使投資人、策略合作夥伴