The impact of sequence database choice on metaproteomic results in gut microbiota studies

Visibility: Public
Publication: The impact of sequence database choice on metaproteomic results in gut microbiota studies Link
Journal: Microbiome
Source: Link to the source page
Sample Number: 37

Samples in this project
  

SampleID Type Habitat Year Sequence type MNS1 MAS2
S_ERP021080.ERR1809140 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809141 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809142 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809143 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809144 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809145 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809146 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809147 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809148 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809149 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809150 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809151 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809152 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809153 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809154 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809155 Gut Feces 2017 WGS - -
S_ERP021080.ERR1809156 Gut Feces 2017 WGS - -

1MNS (Microbiome Novelty Score): < 0.12: Non-novel; 0.12-0.2: Novel; > 0.2: Very novel; -: NA for samples before 2010

2MAS (Microbiome Attention Score): < 10: Low-attention; ≥ 10: High-attention; -: NA for samples before 2010