- Over the measurement cycle, the first to determine a value for glucose concentration, and - in a measurement cycle subsequent, repeat the determination of the value, in which, in the measurement in the respective cycle, and blood for NIR wavelengths incident at least two Comparison of the indicator value and the calibration table is determined before the indicator value scattering capacity and / or transmission capacity of is detected a plurality of times, depending on the blood glucose concentration and the calculated blood glucose concentration is detected: A method of continuously measuring the glucose concentration in the blood flowing hit has a step, pulse, - during the detection of scattered power transmission and / or ability to determine the blood temperature, - the pulse of blood flow beat pulse The continuously measures the width, in which the duration of the measurement cycle, is formed as an integral multiple of the pulse width in real time, in which a first one of the NIR wavelengths of two, 1560-1630nm least include the second of the NIR two wavelengths, selected from the wavelength range of 790-815nm, and the ratio of the scattering power and / or transmission capacity of the two wavelengths is calculated, at least and at least, are selected from the wavelength range, In this case, this ratio is a method of continuously measuring the glucose concentration in the blood flowing hit is used as an indicator for reading the blood glucose concentration from the calibration table, the pulse in relation to the blood temperature.-第1の測定サイクルにわたって、グルコース濃度に対する値を判定し、および-それに続く測定サイクルにおいて、この値の判定を繰り返し、その際、それぞれの測定サイクル内において、少なくとも2つの入射したNIR波長に対する血液の透過能力および/または散乱能力が、複数回検出され、血液グルコース濃度に依存したインジケータ値が計算され、かつ前に判定された校正テーブルとインジケータ値の比較によって、血液グルコース濃度が検出される:ステップを有する、脈を打って流れる血液におけるグルコース濃度を継続的に測定する方法において、-透過能力および/または散乱能力を検出する間に、血液温度を判定し、-脈を打つ血液流の脈拍幅を継続的に測定し、その際、測定サイクルの期間が、実時間で脈拍幅の整数倍として構成されており、その際、少なくとも2つのNIR波長のうち第1のものが、1560-1630nmの波長範囲から選択され、かつ少なくとも2つのNIR波長のうち第2のものが、790-815nmの波長範囲から
