SRA STUDY
SRA Study Id ERP022452  (Link to NCBI )
Study Title Similarity of the dog and human gut microbiomes in gene content and response to diet
SRA Experiments
SRA Experiment Id ERX2443606  (Link to NCBI )
Experiment Title Illumina HiSeq 2500 paired end sequencing; Metagenome (WGS) of canine fecal sample
Exp Library Strategy WGS
Library Source METAGENOMIC
Library Selection RANDOM
Library Name Sample_A26
Library Layout PAIRED
Library Instrument ILLUMINA_HI_SEQ_2500
   
SRA Experiment Id ERX2443607  (Link to NCBI )
Experiment Title Illumina HiSeq 2500 paired end sequencing; Metagenome (WGS) of canine fecal sample
Exp Library Strategy WGS
Library Source METAGENOMIC
Library Selection RANDOM
Library Name Sample_A53
Library Layout PAIRED
Library Instrument ILLUMINA_HI_SEQ_2500
   
SRA Experiment Id ERX2443604  (Link to NCBI )
Experiment Title Illumina HiSeq 2500 paired end sequencing; Metagenome (WGS) of canine fecal sample
Exp Library Strategy WGS
Library Source METAGENOMIC
Library Selection RANDOM
Library Name Sample_17
Library Layout PAIRED
Library Instrument ILLUMINA_HI_SEQ_2500
   
SRA Experiment Id ERX2443605  (Link to NCBI )
Experiment Title Illumina HiSeq 2500 paired end sequencing; Metagenome (WGS) of canine fecal sample
Exp Library Strategy WGS
Library Source METAGENOMIC
Library Selection RANDOM
Library Name Sample_58
Library Layout PAIRED
Library Instrument ILLUMINA_HI_SEQ_2500
Study Abstract Gut microbes influence their hosts, modulating the link between diet and obesity. Here we study the relationship between the gut metagenomes of dogs, humans, mice, and pigs. By building a gene catalog (containing 1,247,405 genes) we show that the dog microbiome is closer to the human microbiome than the pig or mice microbiomes in gene content. We further demonstrate the similarity of the dog microbiome to the human one with a randomized trial of two diets (high-protein/low-carbohydrate vs. lower-protein/higher-carbohydrate). Diet has a large, reproducible, effect on the microbiome, independent of dog breed or sex. Diet responses were in agreement with those observed in previous human studies, leading to the conclusion that findings in dogs may be predictive of human microbiome results. In particular, a novel finding is that overweight or obese dogs experience larger compositional shifts than lean dogs in response to a high protein diet.
Alias DogGeneCatalog2017
External Id BioProject=PRJEB20308