Mechanism Investigation of the Improvement of Chang Run Tong on the Colonic Remodeling in Streptozotocin-Induced Diabetic Rats

Table 4

The relation between expressions of AGE, RAGE TGF-β1, and TGF-β1 receptor with other parameters.

Proteins	Linear regression equation	values	values
AGE	AGE-M = 0.0651 + (0.00311 Glu)	0.527	0.010
	AGE-M = −0.0297 + (0.0115 W-a)	0.553	0.006
	AGE-M = 0.0690 + (0.375 Res-out)	0.576	0.004
	AGE-M = 0.0472 + (0.000549 OA)	0.536	0.008
	AGE-Mu = 0.0367 + (0.0134 Glu)	0.673	<0.001
	AGE-Mu = −0.540 + (0.802 W-h)	0.479	0.021
	AGE-Mu = −0.304 + (0.0450 W-a)	0.640	0.001
	AGE-Mu = 0.0765 + (1.494 Res-out)	0.679	<0.001
	AGE-Mu = −0.0104 + (0.00219 OA)	0.632	0.001
	AGE-Mu = 0.167 + (0.0910 C-α)	0.430	0.040
	AGE-Sub = 0.00190 + (0.00426 Glu)	0.636	0.001
	AGE-Sub = 0.223 − (0.000435 BW)	0.498	0.015
	AGE-Sub = 0.00176 + (168.500 Wt)	0.462	0.026
	AGE-Sub = −0.267 + (0.332 W-h)	0.590	0.003
	AGE-Sub = −0.121 + (0.0153 W-a)	0.648	<0.001
	AGE-Sub = 0.00494 + (0.526 Res-out)	0.711	<0.001
	AGE-Sub = −0.0129 + (0.000694 OA)	0.596	0.003
	AGE-Sub = 0.0254 + (0.0376 C-α)	0.529	0.009
RAGE	RAGE-M = 0.0114 + (0.00418 Glu)	0.544	0.007
	RAGE-M = 0.229 − (0.000415 BW)	0.435	0.038
	RAGE-M = −0.00701 + (201.874 Wt)	0.507	0.014
	RAGE-M = −0.231 + (0.310 W-h)	0.504	0.014
	RAGE-M = −0.111 + (0.0153 W-a)	0.636	0.001
	RAGE-M = 0.0507 + (0.340 Res-out)	0.421	0.046
	RAGE-M = 0.00428 + (0.000625 OA)	0.529	0.009
	RAGE-Mu = 0.0833 + (0.0107 Glu)	0.565	0.005
	RAGE-Mu = 0.631 − (0.00104 BW)	0.443	0.034
	RAGE-Mu = −0.0898 + (0.0296 W-a)	0.501	0.015
	RAGE-Mu = 0.0857 + (0.00148 OA)	0.510	0.013
	RAGE-Mu = 0.172 + (0.0826 C-α)	0.438	0.037
	RAGE-Mu = 0.184 + (0.00456 L-α)	0.416	0.048
	RAGE-Sub = −0.0181 + (0.00827 Glu)	0.630	0.001
	RAGE-Sub = 0.431 − (0.000889 BW)	0.546	0.007
	RAGE-Sub = −0.0568 + (403.042 Wt)	0.593	0.003
	RAGE-Sub = −0.547 + (0.576 W-h)	0.549	0.007
	RAGE-Sub = −0.194 + (0.0258 W-a)	0.627	0.001
	RAGE-Sub = −0.0213 + (0.00117 OA)	0.582	0.004
	RAGE-Sub = 0.0663 + (0.00336 L-α)	0.441	0.035
TGF-β1	TGF-β1-M = 0.0129 + (0.00553 Glu)	0.564	0.009
	TGF-β1-M = 0.285 − (0.000501 BW)	0.431	0.040
	TGF-β1-M = 0.0415 + (0.0489 C-α)	0.474	0.022
	TGF-β1-M = 0.0622 + (0.00235 L-α)	0.447	0.049
TGF-β1 receptor	TGFR-M = 0.0894 + (0.00425 Glu)	0.443	0.034
	TGFR-M = 0.330 − (0.000495 BW)	0.435	0.038
	TGFR-M = 0.0294 + (275.036 Wt)	0.531	0.009
	TGFR-M = −0.197 + (0.346 W-h)	0.447	0.033
	TGFR-M = −0.114 + (0.0208 W-a)	0.609	0.002
	TGFR-M = 0.0637 + (0.684 Res-out)	0.654	<0.001
	TGFR-M = 0.0687 + (0.000705 OA)	0.431	0.040
	TGFR-Mu = 0.123 + (0.00785 Glu)	0.627	0.001
	TGFR-Mu = 0.522 − (0.000753 BW)	0.507	0.013
	TGFR-Mu = 0.113 + (334.580 Wt)	0.495	0.016
	TGFR-Mu = −0.0774 + (0.0264 W-a)	0.593	0.003
	TGFR-Mu = 0.188 + (0.645 Res-out)	0.473	0.023
	TGFR-Mu = 0.104 + (0.00119 OA)	0.559	0.006
	TGFR-Sub = 0.190 + (0.00488 Glu)	0.479	0.021
	TGFR-Sub = 0.449 − (0.000506 BW)	0.419	0.047
	TGFR-Sub = 0.160 + (248.342 Wt)	0.451	0.031
	TGFR-Sub = 0.0479 + (0.0176 W-a)	0.486	0.019
	TGFR-Sub = 0.208 + (0.526 Res-out)	0.473	0.023
	TGFR-Sub = 0.185 + (0.000700 OA)	0.415	0.049

Notes: M, mucosa; Mu, muscle; Sub, submucosa; Glu, glucose; BW, body weight; Wt, weight per unit length; W-h, wall thickness; W-a, wall area; Res-in, inner residual strain; Res-out, outer residual strain; OA, opening angle, C-α, circumferential constant α; L-α, longitudinal constant α.