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Animal Rumen Microbiome Solutions
The concept of the rumen ecosystem, which exists in all ruminants, refers to the symbiotic relationship between the host and its microbiota. This relationship has a significant impact on the animal's physiological health and diet. In this symbiotic relationship, the host consumes plant fiber, which can only be broken down through a complex series of metabolic cascades that occur exclusively in rumen-associated microorganisms. BioVenic provides user-friendly and comprehensive testing tools for monitoring ruminant microbial communities using next-generation sequencing. Our customized services focus on studying the relative abundance, diversity, function, and evolutionary relationships of rumen microorganisms. We provide researchers with technical support for visualizing correlations between host attributes, rumen ecosystem composition, and function. Our goal is to provide guidance for interpreting microbiome data in order to gain a better understanding of how the ruminal commensal system impacts important physiological activities, such as digestion and metabolism.
Fig.1 Schematic Diagram of Rumen Composition and Function in Ruminants. 1
Animal Rumen Microbiome Services
- Microbiome Structure and Diversity
BioVenic has developed high-quality rumen microbiome diversity profiling services aimed at revealing the abundant microbial strains in samples and their association with the physiological states of the host. Our customized services support simultaneous analysis and differential comparison of multiple samples to study the composition of microbiome in rumen and its dynamic changes under varying parameters such as diet, age, and host species.
- Rumen Microbial Quantification
BioVenic's ability to detect and quantify various microbial members in the rumen ecosystem is a valuable scientific research tool. It supports researchers in carefully exploring the key factors that influence the proportions of microbial composition in animal diet, feed utilization, and physiological health. This also supports the smooth development of research in the field of efficient feeding strategies and the identification of disease-related markers.
- Rumen Microbiota and Metabolic Phenotypes
The ecosystem composed of host-rumen microorganisms affects the overall metabolic phenotype of the animal through multiple pathways. We offer advanced high-throughput technical support for scientific research projects that aim to understand the relationship between the two, facilitating the expansion of knowledge about the rumen microbiome. This, in turn, allows for improved analysis of the structure and function of the rumen ecosystem.
Flow Chart of Animal Rumen Microbiome Analysis Services
Microbiome Sequencing for Animal Rumen Samples
Microbiome Applications in Ruminants
Microbial management of ruminants has gained attention as metabolomics and microbiomes have rapidly developed, along with the continuous emergence of technical means. Although animal microbiomes are complex and diverse, the majority of them cannot be cultured in vitro, which presents certain technical challenges when studying their structure and function. Microbiome solutions expand research opportunities in this field, enabling researchers to continually investigate the mysteries of the rumen ecosystem and enhance rumen microbial communities to improve dietary fiber degradation, control methane gas emissions, optimize feed utilization, and enhance production performance.
- Exploring the relationship between animal and rumen microorganisms at the genetic level.
- Unraveling the ruminal fermentation-metabolic cascade.
- Developing new dietary regimens and feeding supplements to improve rumen microbiota.
- Intervening the rumen microbiota early in life.
Why Choose Us?
A variety of microbial high-throughput sequencing technologies for animal rumen samples.
One-stop solution from solution design to data analysis.
Advanced bioinformatics analysis for a variety of scientific research needs including agriculture, physiological mechanisms, and the development of supplements and therapies.
Standardized sample collection, processing, testing, and analysis procedures ensure that the data is authentic and reproducible.
BioVenic combines high-throughput sequencing, PCR amplification, a microbiome information database, and other professional technology platforms to provide comprehensive and diversified analysis services for the ruminant ecosystem. Our service testing covers bacteria, fungi, protozoa, and archaea in the rumen microbiome. This supports research on the structure and function of the microbial community in the rumen of ruminants, as well as the diversity of members and the mutual metabolic regulation relationships. Please contact us to gain a deeper understanding of the primary microorganisms in the rumen and their influence on its development. This will enable you to conduct more effective research on the identification, characterization, and design of the rumen microbiome.
References
- Singh, Birbal, et al. "Gut/rumen microbiome—a livestock and industrial perspective." Advances in animal biotechnology (2019): 17-29.
- Sanjorjo, Rey Anthony, et al. "In Pursuit of Understanding the Rumen Microbiome." Fermentation 9.2 (2023): 114.