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Bovine Microbiome Solutions
Microbiome research on ruminants has always been a hot topic in modern farming and breeding development. The microbiome in the epidermis, mucosa, and gastrointestinal tract of cattle begins to develop during the neonatal period and plays a crucial role in the growth, development, health, and disease of cattle. BioVenic offers comprehensive omics solutions for microbial populations in biological samples from various organs or tissues of cattle. This aids global scientific researchers in thoroughly investigating the diverse effects of microorganisms on the host's life processes and presenting the biological information they contain to customers in a visual format.
Fig.1 Microbiome of Different Organs of Bovine. 1
Bovine Microbiome Services
- Microbiome Genome Analysis
BioVenic has established a comprehensive and diversified microbiome gene sequencing and analysis service platform to facilitate the comprehensive analysis of bovine microbiome at the gene level. Whether you are interested in studying the entire genome of microorganisms or focusing on specific functional genes, our professional technical team will customize a project plan and implement rigorous quality control measures from sample processing to microbiome data analysis to guarantee precise and dependable results.
BioVenic's gut microbiome solution includes a comprehensive analysis of the bovine species. There is a large number of microorganisms living in the intestines of cattle, and the presence of these microorganisms is closely linked to host immunity, nutrition, and other life processes. Through in-depth study of the genetic composition of the microbiota, the interactions between the microbiota, and the various connections between them and the host, we offer customers a reliable scientific foundation to enhance the economic benefits of cattle and develop new treatments for diseases.
BioVenic offers personalized services for the bovine rumen microbiome. The ruminant rumen and its microbiome play a vital role in assisting dairy and beef cattle in digesting and absorbing nutrients from their feed. We rely on a cross-disciplinary team of scientific experts, from sample processing and microbial culture to sequencing and analysis, to identify the optimal rumen microbiome. At the same time, we also have extensive experience in discovering the characteristics and mechanisms of rumen microorganisms that participate in or affect host physiological functions and phenotypes. This expertise is sufficient to assist customers in their research on identifying key microbial species and uncovering metabolic pathways. We are committed to leading our customers in gradually transforming the study of rumen microbial functions from descriptive to mechanistic. This involves identifying and constructing functional and ecological networks of rumen microorganisms, and subsequently regulating the physiological activities of bovine through the network.
Fig.2 Flow Chart of Animal Microbiome Analysis Services.
BioVenic relies on its extensive experience in animal microbiome research and a mature, comprehensive technology platform to offer customers one-stop microbial feed additives for cattle. Probiotics and other microbial additives can not only promote animal growth but also enhance the immune function of animals, improve the quality of animal products, enhance feed utilization, and reduce methane emissions. Starting from the scientific mechanism level, our expert team rationally designs and develops comprehensive additive formulas suitable for various growth stages of cattle, providing robust support for customers' scientific feeding and related research.
BioVenic's early intestinal microbial colonization service primarily aims to optimize the intestinal development, nutrient absorption, and immune regulation of newborn calves. Our technical staff have mastered the early colonization rules, influencing factors, and regulatory pathways of calf intestinal microorganisms. We have also summarized the colonization of intestinal microbiota in calves of different ages and the evolution of the core microbiota. These tools have become reliable supports for us to tailor highly feasible, scientific, and rational colonization plans for our customers. At the same time, our technical support team continues to provide a theoretical basis and practical measures to enhance the growth performance and survival rate of calves in research.
Applications
Microbial additives regulate and optimize the intestinal microbiota to enhance cattle health and production efficiency.
Assessing the microbiome of cattle at different times can serve as a reliable indicator of their physiological status and health.
Modulating the microbiome in feces can reduce harmful gases and, consequently, alleviate pressure on the environment.
Studying the composition of the gastrointestinal microbiome of cattle will help in developing superior breeds with greater economic value.
Why Choose Us?
Our solutions can be used individually or in combination. They are scientifically documented and field-tested to enhance calf production performance and effectively meet customer requirements.
Our research on bovine microbiology is comprehensive and in-depth, encompassing interdisciplinary applications of genomics, transcriptomics, and metabolomics.
Our data analysis tools, and sample processing procedures are strictly standardized, and multiple quality controls ensure that the final delivery results are stable and repeatable.
Based on years of accumulated bovine microbiome projects, our expert team thoroughly explores the interactions among microbial populations and between microorganisms and their hosts.
BioVenic has introduced a bovine microbiome solution to analyze and characterize the microbial populations in various bovine tissues or organs. This enables customers to extensively investigate the valuable biological information present in them. We utilize advanced omics and scientific expertise to investigate factors that influence cattle nutrition and health, such as gut health, ruminant nutrition, and options for feed development. Our end-to-end rumen microbiome analysis and reporting services support customers in better understanding the relationship of the rumen microbiome to health, development, and sustainable agriculture. If you are studying the impact of the microbiome on cattle growth, gas emission, disease development, and the relationship between both, please feel free to contact us to learn more details and get a quote.
Reference
- Khalil, Alaa, Aamina Batool, and Sania Arif. "Healthy cattle microbiome and dysbiosis in diseased phenotypes." Ruminants 2.1 (2022): 134-156.