METHOD FOR EVALUATING SHAPE OF COAGULATION RATE CURVE, AND METHOD FOR ANALYZING BLOOD COAGULATION REACTION

摘要

The present invention is a shape evaluation method for the first derivative curve F(i) of the blood coagulation reaction. This method comprises the following steps (1) and (2): (1) determining Ts(Xk) and Te(Xk) (k = 0), where Ts(Xk) is the maximum value that satisfies Ts(Xk) VmaxT, F(Te(Xk)) ≥ B(Xk), and F(Te(Xk) + d) ≤ B(Xk), where Xk is 0.5-20; and (2) determining Ts(Xk) and Te(Xk) (k = 1), where Ts(Xk) is the minimum value that satisfies Ts(Xk-1) ≤ Ts(Xk) < VmaxT, F(Ts(Xk) - d) ≤ B(Xk), and F(Ts(Xk)) ≥ B(Xk); Te(Xk) is the maximum value that satisfies VmaxT < Te(Xk) ≤ Te(Xk-1), F(Te(Xk)) ≥ B(Xk), and F(Te(Xk) + d) ≤ B(Xk), where 1 ≤ Xk < 100, and Xk-1 < Xk, B(Xk) = Vmax × Xk %, Vmax is the maximum value of F(i), F(i) = Vmax = F(VmaxT), and d is 0.01-30.