臺灣民間混合藥物對小白鼠耐力表現的效果（三）：當歸、鹿血和鹿角龜版膠混合液

The Effects of Taiwan Folk Blends Medicine on Enduring Performance in Mice[三]:ACGCC

10.6222/pej.0021.199606.2117

許壬榮(Jen-Jung Hsu)

當歸 ； 鹿血和鹿角龜版膠混合液(ACGCC) ； 耐力時間 ； ACGCC(Angelical sinensis(Oliv)Diels,Cervus nippon Temminck blood,Glue of Chinemys reevesii (Gray) plate and Cervus nippon Temince horn),and Enduring Time

體育學報

21期（1996 / 06 / 01）

183 - 193

繁體中文

The purpose of this study was to examine the effect of ACGCC on enduring time ofmice.184 healthy mice (ICR) at the age of 5-6 weeks, weight of 26±3.68g, and 23.72±10mins of pre-test enduring time were subjects. Subjects were randomly assigned into four groups [no ACGCC no exercise group (C1), no ACGCC exercise group (C2), ACGCC no exercise group (M1), and ACGCC exercise group (M2)] with sex and pre-test enduring time. The medicinal groups were asked to oral injecting 100mg ACGCC six days every week. After second and fourth weeks, subjects were asked to exercise to exhaust on a treadmill. The result from this study shows as follows: 1.The enduring time was higher in post-test than in pre-test after second and fourth weeks in M2 groups in male and female mice(p＜0.01). 2.The enduring time was lower in post-test than in pre-test after second and fourth week sin C1 and M1 groups in male and female mice(p＜0.05, p＜0.01). 3.The enduring time was no significant difference in pre-test and post-test after second and fourth weeks in C2 groups in male and female mice. 4.The enduring time was higher in post-test in M2 groups than in C1,C2,and M1 groups after second and fourth weeks in male mice(p＜0.05). 5.The enduring time was higher in post-test in M2 groups than in C1, C2, and M1 groups after second week in female mice(p＜0.05). 6. The enduring time was higher in post-test in C2 and M2 groups than in C1 and M1groups after fourth week in female mice (p＜0.05). This result indicates that the increased enduring time is associated with ACGCC and training. Enduring time can be stimulated by an additive synergistic effect between ACGCC and training.

The purpose of this study was to examine the effect of ACGCC on enduring time ofmice.184 healthy mice (ICR) at the age of 5-6 weeks, weight of 26±3.68g, and 23.72±10mins of pre-test enduring time were subjects. Subjects were randomly assigned into four groups [no ACGCC no exercise group (C1), no ACGCC exercise group (C2), ACGCC no exercise group (M1), and ACGCC exercise group (M2)] with sex and pre-test enduring time. The medicinal groups were asked to oral injecting 100mg ACGCC six days every week. After second and fourth weeks, subjects were asked to exercise to exhaust on a treadmill. The result from this study shows as follows: 1.The enduring time was higher in post-test than in pre-test after second and fourth weeks in M2 groups in male and female mice(p＜0.01). 2.The enduring time was lower in post-test than in pre-test after second and fourth week sin C1 and M1 groups in male and female mice(p＜0.05, p＜0.01). 3.The enduring time was no significant difference in pre-test and post-test after second and fourth weeks in C2 groups in male and female mice. 4.The enduring time was higher in post-test in M2 groups than in C1,C2,and M1 groups after second and fourth weeks in male mice(p＜0.05). 5.The enduring time was higher in post-test in M2 groups than in C1, C2, and M1 groups after second week in female mice(p＜0.05). 6. The enduring time was higher in post-test in C2 and M2 groups than in C1 and M1groups after fourth week in female mice (p＜0.05). This result indicates that the increased enduring time is associated with ACGCC and training. Enduring time can be stimulated by an additive synergistic effect between ACGCC and training.