Effects of dietary arginine and glutamine on alleviating the impairment induced by deoxynivalenol stress and immune relevant cytokines in growing pigs.
成長期ブタにおけるデオキシニバレノールストレスによる障害と免疫関連サイトカインの緩和に対するアルギニンおよびグルタミン添加の効果 (機械翻訳の邦題)
記録の確認項目
- 研究デザイン
- その他の原著論文
- 対象
- 動物
- 出版年
- 2013
- 出典
- doi.org
- 抄録の表示
- 表示あり
- 出版状態
- 有効な記録
- 状態確認日
- 2026/08/17
- 収集日
- 2026/08/03
- 鮮度
- 確認期限内
- 確認段階
- 自動処理
- 記録状態
- 公開
日本語要約(機械生成)
デオキシニバレノール(DON)は飼料摂取量と動物の生産性を低下させるマイコトキシンであり、特にブタに影響する。本研究では、成長期ブタにおけるDONストレスによる障害と免疫関連サイトカインに対するアルギニン(Arg)とグルタミン(Gln)の添加効果を検討した。60日齢の成長期ブタ40頭を5群に分け、1.0%Arg、1.0%Gln、0.5%Arg+0.5%Glnの各アミノ酸添加群と、毒素対照群、非毒素対照群を設けた。アミノ酸添加群と毒素対照群にはDONを6mg/kg含む飼料を21日間給与した。その結果、平均日増体量に有意差はなかったが、アミノ酸添加群の平均日飼料摂取量は毒素対照群より有意に高かった。相対肝重量は毒素対照群で有意に増加したが、アミノ酸添加群では非毒素対照群と同等であった。血清生化学値では、アミノ酸添加群でBUN、ALP、ALT、ASTが低下し、IGF1、GH、SODが有意に上昇した。IL-2とTNFαはアミノ酸添加群で非毒素対照群と同等に低下した。以上より、ArgとGlnの添加はDONストレスによる障害を緩和し、免疫機能を改善する可能性が示された。
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抄録
Deoxynivalenol (DON) is a mycotoxin that reduces feed intake and animal performance, especially in swine. Arginine and glutamine play important roles in swine nutrition. The objective of this study was to determine the effects of dietary supplementation with arginine and glutamine on both the impairment induced by DON stress and immune relevant cytokines in growing pigs. A total of forty 60-d-old healthy growing pigs with a mean body weight of 16.28±1.54 kg were randomly divided into 5 groups, and assigned to 3 amino acid treatments fed 1.0% arginine (Arg), 1.0% glutamine (Gln) and 0.5% Arg+0.5% Gln, respectively, plus a toxin control and a non-toxin control. Pigs in the 3 amino acid treatments were fed the corresponding amino acids, and those in non-toxin control and toxin control were fed commercial diet with 1.64% Alanine as isonitrogenous control for 7 days. The toxin control and amino acid treatments were then challenged by feeding DON-contaminated diet with a final DON concentration of 6 mg/kg of diet for 21 days. No significant differences were observed between toxin control and the amino acid groups with regard to the average daily gain (ADG), although the values for average daily feed intake (ADFI) in the amino acid groups were significantly higher than that in toxin control (P<0.01). The relative liver weight in toxin control was significantly greater than those in non-toxin control, arginine and Arg+Glu groups (P<0.01), but there were no significant differences in other organs. With regard to serum biochemistry, the values of BUN, ALP, ALT and AST in the amino acid groups were lower than those in toxin control. IGF1, GH and SOD in the amino acid groups were significantly higher than those in toxin control (P<0.01). The IL-2 and TNFα values in the amino acid groups were similar to those in non-toxin control, and significantly lower than those in toxin control (P<0.01). These results showed the effects of dietary supplementation with arginine and glutamine on alleviating the impairment induced by DON stress and immune relevant cytokines in growing pigs.
MeSH
DOI 10.1371/journal.pone.0069502
PMID 23922725
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