Davies_2022_travellers

Study: Enterobacteriaceae and Bacteroidaceae provide resistance to travel-associated intestinal colonization by multi-drug resistant Escherichia coli

Publication: Davies et al., Enterobacteriaceae and Bacteroidaceae provide resistance to travel-associated intestinal colonization by multi-drug resistant Escherichia coli (2022, Gut Microbes)

External link: SPIRE database (MAGs, genes and proteins including annotations)

Study accession: PRJNA688274

Last annotation change: 2025-10-10

Human Metadata

consumption_raw_vegetables

50%
Occasionally
 77
Often
 51
Seldom
 28
Never
 19
Daily
 15

consumption_salads

50%
Occasionally
 67
Often
 44
Seldom
 35
Never
 34
Daily
 10

diarrhea_during_travel

50%
No
 101
Yes
 89

diarrhea_post_travel

50%
No
 171
Yes
 19

food_consumption_foodstalls

50%
Never
 128
Sometimes
 52
Almost daily
 10

food_consumption_friends_relatives

50%
Never
 163
Sometimes
 23
Almost daily
 4

food_consumption_local

50%
Never
 118
Sometimes
 63
Almost daily
 9

general_health_compared_to_pretravel

50%
Comparable or better than before travel
 154
Worse than before travel
 36

hospitalisation_abroad

50%
No
 187
Yes
 3

sample_title

100%
Metagenome or environmental sample from human gut metagenome
380

tap_water_consumption

50%
Never
 169
Seldom
 15
Occasionally
 3
Daily
 2
Often
 1

travel_destination

50%
Southeastern Asia
 52
Southern Asia
 51
Eastern Africa
 44
Africa Northern
 43

travel_duration

50%
15
 19
21
 17
14
 15
19
 14
other values
 125

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Sample alias Spire sample name Longitude Latitude Geographic location Location resolution Collection date Collection date end Last change Tax id Environment material Environment biome Environmental package Environment feature Artificial Pmid Doi