dbBact

Field	Description
name	gut microbiomes from gambian infants reveal the development of a non-industrialized prevotella-based trophic network
sra	prjeb28671
doi	https://doi.org/10.1038/s41564-021-01023-6
datamd5	59fba0079c7cce9ce66626148d355201
mapmd5	3a38abdf557f32a83ce68d529b8e8327

Exp. ID	User ID	Description	Date	Region	Sequences	Status	Flag
872	amnon	high in 2-year-old human stage compared to 1-year-old human stage in feces homo sapiens child gambia	2022-02-26	v1	704	approved	No
872	amnon	high in 1-year-old human stage compared to 2-year-old human stage in feces homo sapiens child gambia	2022-02-26	v1	233	approved	No
872	amnon	high in 1-year-old human stage compared to infant under-1-year-old human stage age 6-12 months in feces homo sapiens child gambia	2022-02-26	v1	188	approved	No
872	amnon	common feces, homo sapiens, child, gambia, 2-year-old human stage	2022-02-26	v1	68	approved	No
872	amnon	high in infant under-1-year-old human stage age 6-12 months compared to 1-year-old human stage in feces homo sapiens child gambia	2022-02-26	v1	63	approved	No
872	amnon	common feces, homo sapiens, child, gambia, age 1-2 years	2022-02-26	v1	41	approved	No
872	amnon	common feces, homo sapiens, infant, child, gambia, under-1-year-old human stage, age 6-12 months	2022-02-26	v1	39	approved	No
872	amnon	dominant feces, homo sapiens, infant, child, gambia, under-1-year-old human stage, age 6-12 months	2022-02-26	v1	24	approved	No
872	amnon	dominant feces, homo sapiens, child, gambia, age 1-2 years	2022-02-26	v1	16	approved	No
872	amnon	dominant feces, homo sapiens, child, gambia, 2-year-old human stage	2022-02-26	v1	16	approved	No

Experiment ID: 872