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首页> 外文期刊>Journal of Animal Science >Effects of capsicum oleoresin, garlic botanical, and turmeric oleoresin on gene expression profile of ileal mucosa in weaned pigs.
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Effects of capsicum oleoresin, garlic botanical, and turmeric oleoresin on gene expression profile of ileal mucosa in weaned pigs.

机译:辣椒油树脂,大蒜植物油和姜黄油树脂对断奶仔猪回肠粘膜基因表达谱的影响。

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This study was conducted to characterize the effects of feeding 3 plant extracts on gene expression in ileal mucosa of weaned pigs. Weaned pigs ( n=32, 6.30.2 kg BW, and 21 d old) were housed in individual pens for 9 d and fed 4 different diets: a nursery basal diet as control diet, basal diet supplemented with 10 mg/kg of capsicum oleoresin, garlic botanical, or turmeric oleoresin. Results reported elsewhere showed that the plant extracts reduced diarrhea and increased growth rate of weaning pigs. Total RNA (4 pigs/treatment) was extracted from ileal mucosa of pigs at d 9. Double-stranded cDNA was amplified, labeled, and further hybridized to the microarray. Microarray data were analyzed in R using packages from the Bioconductor project. Differential gene expression was tested by fitting a mixed linear model equivalent to ANOVA using the limma package. Bioinformatics analysis was conducted by DAVID Bioinformatics Resources. Three pairwise comparisons were used to compare each plant extract diet with the control diet. Quantitative real time PCR was applied to verify the mRNA expression detected by microarray. Compared with the control diet, feeding capsicum oleoresin altered ( P<0.05) the expression of 490 genes (280 up, 210 down), and feeding garlic botanical altered ( P<0.05) the expression of 64 genes (33 up, 31 down), while feeding turmeric oleoresin altered ( P<0.05) the expression of 327 genes (232 up, 95 down). Compared with the control diet, feeding capsicum oleoresin and turmeric oleoresin increased [Expression Analysis Systematic Explorer ( EASE)<0.05] the expression of genes related to integrity of membranes and tight junctions, indicating enhanced gut mucosa health, but decreased ( EASE<0.05) the cell cycle pathway. Feeding each of the 3 plant extracts enhanced ( EASE<0.05) the expression of genes associated with immune responses, indicating that feeding these plant extracts may stimulate the immune responses of pigs in the normal conditions. In conclusion, plant extracts regulated the expression of genes in ileal mucosa of pigs, perhaps providing benefits by enhancing the gut mucosa health and stimulating the immune system.
机译:进行这项研究来表征饲喂3种植物提取物对断奶仔猪回肠粘膜基因表达的影响。将断奶的猪(n = 32,体重为6.30.2 kg,21天大)圈养9 d,并饲喂4种不同的日粮:作为基础日粮的苗圃基础日粮,补充10 mg / kg辣椒的基础日粮油树脂,大蒜植物油或姜黄油树脂。其他地方报道的结果表明,该植物提取物减少了腹泻,提高了断奶仔猪的生长速度。在第9天从猪的回肠粘膜中提取总RNA(4头猪/处理)。双链cDNA被扩增,标记并进一步与微阵列杂交。使用Bioconductor项目的软件包在R中分析了微阵列数据。通过使用limma软件包拟合等效于ANOVA的混合线性模型来测试差异基因表达。生物信息学分析由DAVID Bioinformatics Resources进行。使用三个成对比较将每种植物提取物饮食与对照饮食进行比较。应用实时定量PCR验证微阵列检测到的mRNA表达。与对照饮食相比,饲喂辣椒精油改变了490个基因的表达(P <0.05)(280向上,210向下),饲喂大蒜植物园改变了64个基因的表达(P <0.05)(33向上,31向下)。 ,饲喂姜黄油性树脂会改变(P <0.05)327个基因的表达(232个向上,95个向下)。与对照饮食相比,饲喂辣椒油树脂和姜黄油树脂的含量增加[Expression Analysis Systematic Explorer(EASE)<0.05],与膜完整性和紧密连接相关的基因表达增加,表明肠粘膜健康状况增强,但下降(EASE <0.05)细胞周期途径。饲喂这三种植物提取物中的每一种都增强了与免疫反应有关的基因的表达(EASE <0.05),这表明饲喂这些植物提取物可以刺激正常条件下猪的免疫反应。总之,植物提取物调节猪回肠粘膜中基因的表达,也许通过增强肠粘膜健康和刺激免疫系统而提供益处。

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