Allium mongolicum Regel Ethanol Extract Remodels Plasma Metabolome and Lipid Metabolism While Modulating Milk Metabolite Profiles in Dairy Cows

> 0.05). Metabolomic profiling revealed that AME significantly enriched the glycerophospholipid metabolism pathway in plasma, upregulating key phospholipid precursors such as L-serine and Sphinganine. Concurrently, milk metabolomics showed an upregulation of short-chain Acylcarnitines. Plasma TG correlated negatively with both plasma L-serine and milk Acylcarnitines, whereas low-density lipoprotein correlated positively with these energy-driven milk metabolites. These findings suggest that AME may contribute to remodeling the plasma lipid metabolic profile in a manner that could facilitate plasma-to-milk lipid flux. This appears to occur through enhanced hepatic lipid processing and increased mammary lipid utilization, offering preliminary insights into potential nutritional strategies for supporting lipid metabolism in dairy cows.

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Publication Details

Journal
Animals
Published
2026-04-14
DOI
https://doi.org/10.3390/ani16081191
Primary Topic
Reproductive Physiology in Livestock
Type
article
Field-Weighted Citation Impact
0.00

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article

Allium mongolicum Regel Ethanol Extract Remodels Plasma Metabolome and Lipid Metabolism While Modulating Milk Metabolite Profiles in Dairy Cows

Yankai Zheng, Qina Cao, Khas Erdene, Changjin Ao et al.
Animals
Reproductive Physiology in Livestock
article

Allium mongolicum Regel Ethanol Extract Remodels Plasma Metabolome and Lipid Metabolism While Modulating Milk Metabolite Profiles in Dairy Cows

Yankai Zheng, Qina Cao, Khas Erdene, Changjin Ao, Guoli Han, Chen Bai, Xiaoyuan Wang, Huabei Li, Jiayu Duan
article en

Abstract

> 0.05). Metabolomic profiling revealed that AME significantly enriched the glycerophospholipid metabolism pathway in plasma, upregulating key phospholipid precursors such as L-serine and Sphinganine. Concurrently, milk metabolomics showed an upregulation of short-chain Acylcarnitines. Plasma TG correlated negatively with both plasma L-serine and milk Acylcarnitines, whereas low-density lipoprotein correlated positively with these energy-driven milk metabolites. These findings suggest that AME may contribute to remodeling the plasma lipid metabolic profile in a manner that could facilitate plasma-to-milk lipid flux. This appears to occur through enhanced hepatic lipid processing and increased mammary lipid utilization, offering preliminary insights into potential nutritional strategies for supporting lipid metabolism in dairy cows.

AnimalsVol. 16(8)
Inner Mongolia Agricultural University (CN)
Natural Science Foundation of Inner Mongolia
Zero hunger
Openalex Percentile: Top 23%
Reproductive Physiology in Livestock
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