SYSTEM AND METHOD FOR BLOOD SUGAR MEASUREMENT CAPABLE OF MINIMIZING NUMBER OF TIMES OF BLOOD SAMPLING

摘要

Provided are a method and system for blood sugar measurement without blood sampling, capable of frequently performing blood sugar measurement the necessary number of times while minimizing the burden caused by blood sampling, and acquiring a degree of precision in the calculated blood sugar value by reflecting one or more correction values for compensating for deviations due to personal physical constitution, change in physical condition, seasonal change, and the like. The present invention proposes a non-blood sampling type blood sugar measurement system comprising a microprocessor and a display, wherein the microprocessor finds the calculation ratio and multiplies a skin local resistance value, one or more correction values, and the calculation ratio, to obtain a calculation blood sugar value that can substitute for a blood sugar index value through blood sampling, and a non-blood sampling type blood sugar measurement method conducted by the system. Thus, the present invention can accurately calculate the blood sugar value when necessary while minimizing the difficulty of blood sampling, thereby allowing convenient, safe, and efficient blood sugar management, and thus having a useful effect of significantly contributing to the health of diabetic patients.