Canine Microbiome Solutions

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Canine Microbiome Solutions

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Canine Microbiome Services Canine Microbial Flora Composition Applications Why Choose Us?

Because the microbiome has many beneficial effects on dogs, there is a lot of research into pet probiotics and maintaining a balanced pet microbiome. The intestinal microbiome has various effects, such as anti-inflammatory actions, regulation of intestinal motility, inhibition of intestinal pathogens, enhancement of intestinal barrier function, and promotion of mucin production. The imbalance will also lead to many diseases in dogs. BioVenic thoughtfully provides comprehensive solutions for researchers engaged in pet microbiome research. These solutions include genome testing, analysis of intestinal microbiomes, and the design of early microbial colonization programs, effectively catering to the diverse requirements of different projects. We are committed to analyzing the abundance and dynamic balance of the microbiome to unravel the biological mechanisms underlying its various effects on the host.

Fig.1 Structure of the Microbiome in Different Regions of Canine Skin. ¹

Canine Microbiome Services

Microbiome Genome Analysis

BioVenic's comprehensive and diversified microbiome gene sequencing and analysis service platform supports us in analyzing the genetic information of canine microbiomes for our customers. Through a variety of technical service modules, we conduct microbiome whole-genome sequencing or targeted sequencing based on customers' specific objectives. Our project teams deliver valuable information to clients through professional data bioinformatics analysis.

Microbiome Full-length 16S rRNA Sequencing	Microbiome Shotgun Metagenomic Sequencing
Microbiome Meta-transcriptomics Analysis	Microbiome Metaproteomics Analysis
Microbiome Pan-genome Analysis	Microbiome Functional Gene Diversity Sequencing

Microbial Feed Additive Customization

BioVenic offers personalized services for researching and developing dietary microbial supplements for dogs. With many years of experience in animal microbiome research and a comprehensive technology platform, we assist researchers in studying the mechanisms of probiotics to optimize the function of the dog intestinal microbiome.

Gut Microbiome Research

Canine gut microbiome is thought to be closely related to its health. BioVenic's gut microbiome solution can comprehensively analyze the bacterial community structure and dynamic changes of canine intestinal microorganisms. Based on specific research needs, we can monitor the intestinal microorganisms of individuals at different growth stages and physiological states of the same individual.

Canine Microbial Flora Composition

Classification	Major Bacterial Genera	Functions
Firmicutes	Clostridium Lactobacillus Streptococcus Faecalibacterium Staphylococcus Ruminococcus Eubacterium	Fermented carbohydrates produce various metabolites. Lactobacilli ferment lacto-oligosaccharides and produce acetic acid and lactic acid. Produces butyrate as energy for enterocytes. Provide anti-inflammatory protection or limit colonization by pathogens.
Bacteroidetes	Bacteroidetes Flavobacterium Prevotella Sphingobacterium polyvorans	Consume dietary fiber and complex polysaccharides to produce metabolites. Degrades glycans from mucin secretions to obtain energy for the host. Reduces intestinal oxygen levels and promotes the growth of strictly anaerobic bacteria.
Proteobacteria	E. coli Helicobacter pylori Campylobacter Proteus	Has many roles in protein, carbohydrate, and vitamin metabolism. Maintains an anaerobic environment in the gut for normal microbiome function. Leads to dysbiosis and inflammatory diseases.
Fusobacteria	Fusobacterium Cetobacterium Streptobacterium	Almost no fermentation ability. Levels are higher in obese dogs. Play a role in meat degradation.
Actinobacteria	Bifidobacteria Corynebacterium Collinsella	Bifidobacterium participates in the degradation of milk oligosaccharides to produce lactic acid and acetate. Actinomycetes produce high-energy short-chain fatty acids. Corsiella increases the risk of gastric dilatation and volvulus.

Applications

Enhance and optimize the intestinal flora of pets through artificial microbial intervention to improve the physiological well-being of dogs and alleviate emotional stress.

Dynamic changes in microbiome structure can serve as reliable indicators for monitoring the physiological and health status of canine.

Why Choose Us?

Strictly standardized sample processing procedures and diversified bioinformatics data analysis platform.

One-stop solution to fully meet the diverse research needs of customers.

Standardized technical process developed specifically for the canine microbiome.

Unravel interactions between microbial populations and between microorganisms and their hosts.

BioVenic has introduced customized solutions for researchers studying animal microbiomes to analyze and characterize canine microbial populations. We utilize advanced omics and cutting-edge technology platforms to ensure comprehensive microbiome analysis and reporting services, assisting customers in gaining a deeper understanding of the intricate relationship between the gut microbiome and canine health. If you are conducting research on the animal microbiome, please feel free to contact us to discuss your project.

Reference

Rodrigues Hoffmann, Aline, et al. "The skin microbiome in healthy and allergic dogs." PloS one 9.1 (2014): e83197.