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. 2023 Apr 20;32(1):79–102. doi: 10.38212/2224-6614.3492

Table 12.

Equations of the optimal PK/PD model between analytes with negative coefficient in PLSR equations and ΔCK-MB.

Groups	Analytes	Optimal equations
GHI-L	N-acetyl-L-glutamine	E = 11.04 * C^0.077/(23.588^0.077 + C^0.077)
	Hydroxysafflor yellow A	E = 11.082 * C^0.071/(1.708^0.071 + C^0.071)
	p-Coumaric acid	E = 6.058 * C^0.098/(36.418^0.098 + C^0.098)
	Kaempferol-3-O-rutinoside	E = 11.04 * C^0.081/(14.175^0.081 + C^0.081)
GHI-M	N-acetyl-l-glutamine	E = 13.089 * C^0.096/(87.945^0.096 + C^0.096)
	Chlorogenic acid	E = 11.972 * C^1.907/(14.044^1.907 + C^1.907)
	Hydroxysafflor yellow A	E = 27.2 * C^0.31/(8.993^0.31 + C^0.31)
	p-Coumaric acid	E = 15.943 * C^0.238/(135.185^0.238 + C^0.238)
	Rutin	E = 11.991 * C^1.357/(4.448^1.357 + C^1.357)
GHI-H	Chlorogenic acid	E = 16.037 * C^1.302/(32.041^1.302 + C^1.302)
	Hydroxysafflor yellow A	E = 15.892 * C^1.189/(14.57^1.189 + C^1.189)
	p-Coumaric acid	E = 15.798 * C^0.034/(681.918^0.034 + C^0.034)
	Rutin	E = 15.908 * C^1.459/(17.239^1.459 + C^1.459)