Martias Cécile, Gatien Julie, Roch Léa, Baroukh Nadine, Mavel Sylvie, Lefèvre Antoine, Montigny Frédéric, Schibler Laurent, Emond Patrick, Nadal-Desbarats Lydie
UMR 1253 iBrain, University of Tours, Inserm, 37044 Tours, France.
Allice, Phenotyping Station, 37380 Nouzilly, France.
Metabolites. 2021 Oct 4;11(10):681. doi: 10.3390/metabo11100681.
Metabolomics has been increasingly used in animal and food sciences. Animal health is one of the most important factor that can also alter animal integrity and welfare. Some studies have already investigated the link between health and metabolic profile of dairy animals. These studies in metabolomics often consider a single type of sample using a single analytical platform (nuclear magnetic resonance or mass spectrometry). Only few studies with multi-platform approaches are also used with a single or a multi type of sample, but they mainly consider dairy cows' metabolome although dairy goats present similar diseases, that it could be interesting to detect early to preserve animal health and milk production. This study aims to create a metabolic atlas of goat plasma, milk and feces, based on healthy animals. Our study describes a standard operating procedure for three goat matrices: blood plasma, milk, and feces using multiple platforms (NMR (H), UHPLC (RP)-MS and UHPLC (HILIC)-MS) that follows a unique sample preparation procedure for each sample type to be analyzed on multi-platforms basis. Our method was evaluated for its robustness and allowed a better characterization of goat metabolic profile in healthy conditions.
代谢组学已越来越多地应用于动物科学和食品科学领域。动物健康是最重要的因素之一,它也会改变动物的完整性和福利。一些研究已经探讨了奶牛健康与代谢谱之间的联系。这些代谢组学研究通常使用单一分析平台(核磁共振或质谱)分析单一类型的样本。只有少数采用多平台方法的研究也使用了单一或多种类型的样本,但它们主要关注奶牛的代谢组,尽管奶山羊也会出现类似疾病,早期检测对于保护动物健康和牛奶生产可能很有意义。本研究旨在基于健康动物创建山羊血浆、牛奶和粪便的代谢图谱。我们的研究描述了针对三种山羊基质(血浆、牛奶和粪便)的标准操作程序,该程序使用多个平台(核磁共振氢谱、超高效液相色谱反相质谱和超高效液相色谱亲水作用色谱质谱),并针对每种待分析的样本类型采用独特的样本制备程序,以便在多平台基础上进行分析。我们对该方法的稳健性进行了评估,其能够更好地表征健康状态下山羊的代谢谱。