PROBLEM TO BE SOLVED: To improve the accuracy of an estimated blood glucose level in a non-invasive blood glucose measuring instrument in a blood glucose measurement system for correcting a blood glucose level measured in the non-invasive blood glucose measuring instrument using a blood glucose level measured in an invasive blood glucose measuring instrument, and to provide the blood glucose measurement system of low power consumption.SOLUTION: The blood glucose measurement system for correcting the blood glucose level measured in the non-invasive blood glucose measuring instrument 102 using the blood glucose level measured in the invasive blood glucose measuring instrument 101 includes blood collection means 111 for collecting blood from a living body and outputting activation signals to the non-invasive blood glucose measuring instrument and control means for outputting synchronous measurement start signals on the basis of the activation signals. By starting measurement in the non-invasive blood glucose measuring instrument in synchronism with the measurement of the blood glucose level in the invasive blood glucose measuring instrument, it is made possible to calculate correction data using the blood glucose level obtained at the same measurement timing, and the accuracy of the non-invasive blood glucose measuring instrument is improved.COPYRIGHT: (C)2009,JPO&INPIT【課題】 侵襲型血糖測定装置で測定した血糖値を用いて、非侵襲型血糖測定装置で測定した血糖値を校正する血糖測定システムにおいて、非侵襲型血糖測定装置における推定血糖値の精度を向上し、低消費電力の血糖測定システムを提供する。【解決手段】 侵襲型血糖測定装置101で測定した血糖値を用いて、非侵襲型血糖測定装置102で測定した血糖値を校正する血糖測定システムにおいて、生体から血液を採取するとともに、前記非侵襲型血糖測定装置に対し起動信号を出力する採血手段111と、前記起動信号に基づき同期測定開始信号を出力する制御手段とを備え、前記侵襲型血糖測定装置での血糖値の測定に同期して、前記非侵襲型血糖測定装置での測定を開始することにより、同じ測定タイミングで求めた血糖値を使って校正データを算出することを可能にし、非侵襲型血糖測定装置の精度を向上することができる。【選択図】図1
