Animal Gastric Fluid Metabolomics

Customized Services for Animal Gastric Fluid Metabolomics

Gastric juice is a liquid secreted by the gastric gland cells of animals and is of high value in metabolomics research. Digestive activity, food digestion, and nutrient absorption in the stomach can be characterized by analyzing the composition of metabolites. BioVenic distinguishes between monogastric animals and ruminant animals and offers customized metabolomic analysis of animal gastric juice. This analysis includes the identification, quantification, and analysis of various nutrients and small molecule metabolites present in the gastric fluid, as well as enzyme protein activity measurement and pH measurement of the sample. The analysis of gastric juice samples provides valuable biological information that supports the personalized experimental requirements of scientific research customers, particularly in relation to farmed animal feeding conditions and the characterization of animal gastrointestinal metabolic levels.

Fig.1 Metabolomic Analysis of Rumen Gastric Fluid of Dairy Cows. ¹

Customized Services for Animal Gastric Fluid Metabolomics

• Monogastric Animal Gastric Fluid Metabolomics

The gastric juices of monogastric animals are typically acidic and contain gastric acid, which assists in protein digestion and leads to the formation of substantial metabolites. Gastric juice metabolites include proteins, sugars, lipids, and other substances. BioVenic primarily focuses on analyzing metabolite components in single-gastric gastric juice metabolic analysis services. This analysis helps to characterize the digestive capacity and physiological status of organs and individuals. Additionally, it aids in the investigation of new biomarkers associated with gastric diseases. If you are struggling to evaluate the digestive capacity of an animal's stomach, monitor disease-related indicators, and explore individual metabolic activities, we can offer you with comprehensive, customized, and high-quality solutions. Our services will allow you to easily solve scientific research problems and advance project progress.

• Rumen Fluid Metabolomics

The rumen is a strictly anaerobic environment that aids ruminants in the secondary digestion of food. It is abundant in diverse communities of bacteria, protozoa, fungi, archaea, and bacteriophages. The composition of gastric juice metabolites includes volatile fatty acids, amino acids, and microbial metabolites, among others. The composition of these metabolites is related to its ruminant diet and microbial community. BioVenic's Rumen Fluid Metabolomics Custom Service is a powerful and sensitive solution for studying the profiles of low molecular weight metabolites present in ruminal biofluids. It can be used to identify potential roles of metabolites in the rumen microbiome and understand host-level regulatory mechanisms relevant to animal production. Untargeted metabolomics provides scientific researchers with an informative snapshot of the ruminal fluid metabolome.

Please find more detailed information with gut or rumen microbiota metabolomics with the following links:

• Animal Gut Microbiota Metabolomics
• Animal Rumen Microbiota Metabolomics

Flow Chart of Animal Non-targeted Metabolomics Analysis Service

Why Choose Us?

BioVenic has clearly distinguished between general gastric juice metabolomics and ruminant rumen metabolomics. This makes it easier for customers with different scientific research needs to clarify their service requirements and obtain solutions that align with their project goals. Our R&D team has extensive project experience and specializes in the detection and analysis of animal metabolomics data. At the same time, it is integrated with a comprehensive metabolic network to fulfill the requirements of customers in different scientific research stages, such as analyzing single metabolites or screening for differential metabolites, assessing physiological status, or monitoring disease markers. You can easily master advanced tools for non-targeted metabolomic analysis of animal gastric fluid by simply contacting us.

Reference

1. Wang, Bing, et al. "Untargeted metabolomic investigate milk and ruminal fluid of Holstein cows supplemented with Perilla frutescens leaf." Food Research International 140 (2021): 110017.