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. 2023 Feb 14;72(3):263–269. doi: 10.3164/jcbn.22-107

Table 2.

Correlations between fresh (D0) and stored (D7, D14, D28 or F28) in bile acids

Linear equation
(y = mx + b)
r 2 n Linear equation
(y = mx + b)
r 2 n
DCA CDCA
 D0 vs D7 y = 0.9817x + 0.1280 0.949 18  D0 vs D7 y = 0.9080x + 0.0089 0.920 10
 D0 vs D14 y = 1.0394x + 0.1870 0.919 18  D0 vs D14 y = 0.6606x + 0.1417 0.960 9
 D0 vs D28 y = 0.9347x − 0.0131 0.963 18  D0 vs D28 y = 0.5860x + 0.1225 0.873 10
 D0 vs F28 y = 1.1305x − 0.2633 0.950 18  D0 vs F28 y = 0.9375x − 0.0222 0.960 6
LCA GCA
 D0 vs D7 y = 0.5458x + 0.5000 0.967 15  D0 vs D7 y = 0.7269x + 0.1389 0.6169 19
 D0 vs D14 y = 0.3826x + 0.9571 0.830 15  D0 vs D14 y = 0.6311x + 0.1193 0.6223 19
 D0 vs D28 y = 0.4119x + 0.5795 0.938 15  D0 vs D28 y = 0.7978x + 0.1717 0.5596 19
 D0 vs F28 y = 0.5756x + 0.6568 0.944 15  D0 vs F28 y = 0.5980x + 0.1216 0.5871 19
UDCA 7-oxo-LCA
 D0 vs D7 y = 0.9253x − 0.0268 0.979 6  D0 vs D7 y = 6.0248x + 2.3714 0.3698 13
 D0 vs D14 y = 0.8901x + 0.0167 0.989 7  D0 vs D14 y = 4.6485x + 2.3714 0.2254 13
 D0 vs D28 y = 0.6260x + 0.0808 0.996 7  D0 vs D28 y = 2.7359x + 3.1154 0.0655 13
 D0 vs F28 y = 0.8417x + 0.0688 0.844 7  D0 vs F28 y = 0.5414x + 0.1277 0.6206 13
CA LCA(−No. 12)*
 D0 vs D7 y = 1.1313x − 0.1236 0.953 8  D0 vs D7 y = 0.7028x + 0.1069 0.7826 14
 D0 vs D14 y = 0.9631x + 0.0245 0.982 7  D0 vs D14 y = 1.0079x + 0.0721 0.9422 14
 D0 vs D28 y = 0.8104x + 0.1084 0.969 9  D0 vs D28 y = 0.6679x + 0.0958 0.8021 14
 D0 vs F28 y = 1.0222x − 0.0772 0.987 6  D0 vs F28 y = 0.9178x + 0.1257 0.8162 14

*The subject No. 12 was removed from the calculation, because it had outlier in LCA. DCA, deoxycholic acid; LCA, lithocholic acid; UDCA, ursodeoxycholic acid; CA, cholic acid; CDCA, chenodeoxycholic acid; GCA, glycocholic acid; 7-oxo-LCA, 7-oxo-lithocholic acid.