Anti-Fatigue Effects of Beef

The present in vivo study investigated whether beef intake can reduce fatigue of mice by examining exercise load. There was no difference in body weight of all mice in the experimental groups for 5 weeks. There were also no significant differences in the changes of dietary intake among the groups ei...

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Veröffentlicht in:Nihon Chikusan Gakkaiho 1997/06/25, Vol.68(6), pp.579-586
Hauptverfasser: WAKAMATSU, Jun-ichi, NAGAO, Tetsuji, NUMATA, Masahiro, NAKAMURA, Toyoo, FUJIMAKI, Masao
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container_issue 6
container_start_page 579
container_title Nihon Chikusan Gakkaiho
container_volume 68
creator WAKAMATSU, Jun-ichi
NAGAO, Tetsuji
NUMATA, Masahiro
NAKAMURA, Toyoo
FUJIMAKI, Masao
description The present in vivo study investigated whether beef intake can reduce fatigue of mice by examining exercise load. There was no difference in body weight of all mice in the experimental groups for 5 weeks. There were also no significant differences in the changes of dietary intake among the groups either. The long-term intake of beef and/or beef tallow did not negatively influence mice with regard to appearance, transition of body weight and food intake. The swimming time of mice fed Beef+Beef tallow (BT) was significantly prolonged (p
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There was no difference in body weight of all mice in the experimental groups for 5 weeks. There were also no significant differences in the changes of dietary intake among the groups either. The long-term intake of beef and/or beef tallow did not negatively influence mice with regard to appearance, transition of body weight and food intake. The swimming time of mice fed Beef+Beef tallow (BT) was significantly prolonged (p&lt;0.05). That of mice fed Casein+BT tended to be prolonged, but was not significantly different from that of the control (fed Casein+soybean oil (SO)). The hanging time in 3min after forced swimming in mice fed Beef+BT and Casein+BT was significantly prolonged (p&lt;0.05). In 30min after forced swimming, only mice fed Beef+BT showed a significantly prolonged hanging time compared to that of controls (p&lt;0.05). These results suggested that beef, especially lean meat may have an anti-fatigue effect. The glucose and L-lactic acid levels in plasma of mice fed the casein diet remarkably reduced compared to the levels prior to exercise. In the Beef+BT-fed mice, the preexercise glucose level equalled and the pre-exercise and L-lactic acid level was slightly increased compared to the post-exercise levels. 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subjects Anti-fatigue effect
Beef
Body modulating function
Weight-loaded forced swimming
title Anti-Fatigue Effects of Beef
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