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. 2024 Oct 20;29(20):4962. doi: 10.3390/molecules29204962

Table 3.

Determination of oxidative damage indexes of ginseng red and yellow berries.

SOD (U/L) MDA (nmol/mL) CAT (U/mg Prot) GSH-Px (U/mg Prot)
Blank group 26.254 ± 1.691 *** 23.691 ± 1.194 *** 43.214 ± 3.056 *** 62.403 ± 4.465 ***
Model Groups 11.131 ± 3.382 42.116 ± 0.269 9.542 ± 4.258 37.380 ± 2.940
RGB 50 μg/mL 17.400 ± 1.888 * 37.272 ± 0.955 *** 12.806 ± 0.876 35.139 ± 3.738
RGB 200 μg/mL 21.129 ± 2.693 *** 32.836 ± 1.166 *** 17.242 ± 1.575 *** 44.366 ± 0.345
RGB 400 μg/mL 27.593 ± 1.651 *** 29.430 ± 0885 *** 28.914 ± 3.045 *** 58.141 ± 2.596 ***
YGB 50 μg/mL 15.535 ± 1.052 38.180 ± 0.205 ** 10.598 ± 2.763 33.805 ± 1.148
YGB 200 μg/mL 18.468 ± 0.986 ** 35.743 ± 0.425 ***,# 15.623 ± 0.944 *** 42.582 ± 2.770 ***
YGB 400 μg/mL 22.112 ± 1.808 ***,# 33.239 ± 0.990 ***,### 22.815 ± 1.042 ***,## 49.341 ± 0.743 ***,#

Note: Compared with the model group * p < 0.05; ** p < 0.01; *** p < 0.001. Compared with RGB # p < 0.05; ## p < 0.01; ### p < 0.001. Superoxide dismutase (SOD); Malondialdehyde (MDA); Catalase From Micrococcus Lysodeikticus (CAT); Glutathione peroxidase (GSH-Px).