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- W4220741963 abstract "The digestive tract microorganisms play a very important role in the host's nutrient intake, environmental suitability, and affect the host's physiological mechanism. Previous studies showed that in different seasons, mammalian gut microbes would be different. However, most of them are concentrated in wild animals. It remains unclear how seasonal change affects the gut microbes of Chinese merino fine-wool Sheep. Therefore, in this experiment, we continuously collected blood and feces samples of 50 Chinese merino fine-wool sheep in different seasons, measured the physiological indicators of blood, and passed 16S rRNA amplicon sequencing, determined the microbial community structure of fecal microorganisms and predicted flora function by PICRUSt. The results of blood physiological indicators showed that WBC, Neu and Bas in spring were significantly higher than those of other seasons. Fecal microbial sequencing revealed seasonal changes in gut microbial diversity and richness. Among them, Chinese merino fine-wool sheep had the highest gut microbes in summer. Firmicutes and Bacteroidetes were the dominant phyla, and they were unaffected by seasonal fluctuations. LEfSE analysis was used to analyze representative microorganisms in different seasons. The Lachnospiraceae and its genera (Lachnospiraceae_NK4A136_group, Lachnospiraceae_AC2044_group, g_unclassified_f_ Lachnospiraceae) were representative microorganisms in the three seasons of spring, summer and winter with harsh environmental conditions; while in autumn with better environmental conditions, the Ruminococcaceae and its genus (Ruminococcaceae_UCG-009 and Ruminococcaceae_UCG-005) were the representative microorganism. In autumn, the ABC transporter and the pyruvate metabolic pathway were significantly higher than other seasons. Correlation analysis results showed that Lachnospiraceae participated in the ABC transporters metabolic pathway, which caused changes in the blood physiological indicators. Overall, our results showed that, in response to seasonal changes, Chinese merino fine-wool sheep under house-feeding have adjusted their own gut microbial community structure, causing changes in the metabolism, and thus changing the physiological conditions of the blood. In the cold season, producers should focus on regulating the nutritional level of feed, enhancing the level of butyric acid in young animals to increase the ABC transporter, resist the external harsh environment, and improve the survival rate." @default.
- W4220741963 created "2022-04-03" @default.
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- W4220741963 date "2022-03-23" @default.
- W4220741963 modified "2023-09-26" @default.
- W4220741963 title "Seasonal Differences in Fecal Microbial Community Structure and Metabolism of House-Feeding Chinese Merino Fine-Wool Sheep" @default.
- W4220741963 cites W1810417063 @default.
- W4220741963 cites W1963957834 @default.
- W4220741963 cites W1967575047 @default.
- W4220741963 cites W1969134338 @default.
- W4220741963 cites W1969172458 @default.
- W4220741963 cites W1990979380 @default.
- W4220741963 cites W1990998638 @default.
- W4220741963 cites W1995798138 @default.
- W4220741963 cites W2006404454 @default.
- W4220741963 cites W2016271868 @default.
- W4220741963 cites W2027433219 @default.
- W4220741963 cites W2030500910 @default.
- W4220741963 cites W2036396786 @default.
- W4220741963 cites W2037152422 @default.
- W4220741963 cites W2042045767 @default.
- W4220741963 cites W2052737292 @default.
- W4220741963 cites W2053542235 @default.
- W4220741963 cites W2057219767 @default.
- W4220741963 cites W2068234766 @default.
- W4220741963 cites W2069697829 @default.
- W4220741963 cites W2082590353 @default.
- W4220741963 cites W2092435069 @default.
- W4220741963 cites W2094379365 @default.
- W4220741963 cites W2101649102 @default.
- W4220741963 cites W2123864280 @default.
- W4220741963 cites W2130065508 @default.
- W4220741963 cites W2136793248 @default.
- W4220741963 cites W2144114946 @default.
- W4220741963 cites W2144754352 @default.
- W4220741963 cites W2163878401 @default.
- W4220741963 cites W2168787308 @default.
- W4220741963 cites W2206058523 @default.
- W4220741963 cites W2259483276 @default.
- W4220741963 cites W2275537745 @default.
- W4220741963 cites W2331117489 @default.
- W4220741963 cites W238571502 @default.
- W4220741963 cites W2406837040 @default.
- W4220741963 cites W2413004278 @default.
- W4220741963 cites W2434665494 @default.
- W4220741963 cites W2465534016 @default.
- W4220741963 cites W2524848139 @default.
- W4220741963 cites W2528721881 @default.
- W4220741963 cites W2571212804 @default.
- W4220741963 cites W2586218779 @default.
- W4220741963 cites W2591278429 @default.
- W4220741963 cites W2602872176 @default.
- W4220741963 cites W2605914833 @default.
- W4220741963 cites W2611920505 @default.
- W4220741963 cites W2621514767 @default.
- W4220741963 cites W2734372941 @default.
- W4220741963 cites W2734730294 @default.
- W4220741963 cites W2745194224 @default.
- W4220741963 cites W2750417371 @default.
- W4220741963 cites W2772263811 @default.
- W4220741963 cites W2777088958 @default.
- W4220741963 cites W2789309524 @default.
- W4220741963 cites W2789509678 @default.
- W4220741963 cites W2806477286 @default.
- W4220741963 cites W2883287543 @default.
- W4220741963 cites W2913912451 @default.
- W4220741963 cites W2918011151 @default.
- W4220741963 cites W2953115794 @default.
- W4220741963 cites W2957234203 @default.
- W4220741963 cites W2974351517 @default.
- W4220741963 cites W2977967497 @default.
- W4220741963 cites W2988845115 @default.
- W4220741963 cites W3009572728 @default.
- W4220741963 cites W3037170025 @default.
- W4220741963 cites W3048545649 @default.
- W4220741963 cites W3091680348 @default.
- W4220741963 cites W3092526567 @default.
- W4220741963 cites W3112543435 @default.
- W4220741963 cites W3131760170 @default.
- W4220741963 cites W3155755077 @default.
- W4220741963 cites W3165094084 @default.
- W4220741963 cites W3203627985 @default.
- W4220741963 cites W1810202647 @default.
- W4220741963 doi "https://doi.org/10.3389/fvets.2022.875729" @default.
- W4220741963 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35400091" @default.
- W4220741963 hasPublicationYear "2022" @default.
- W4220741963 type Work @default.