Accession

PRJCA011960

Title

In-silico annotation of chemical composition and antioxidant mechanism of Tibetan tea

Relevance

Agricultural

Data types

Metagenome

Organisms

Microbiota

Description

This study explored the beneficial effects of Tibetan tea on mice and elucidated their molecular mechanisms.

Sample scope

Multispecies

Release date

2024-01-09

Grants

Agency	program	Grant ID	Grant title
the Science and Technology Department of Sichuan Province		2020YFH0130

Submitter

Ning Wang (wangningzhuhui@hotmail.com)

Organization

Sichuan University of Science and Engineering

Submission date

2022-09-18

Project Data

Resource name	Description
BioSample (24) show	-
SAMC886973	16S-seq of cecal microbiota in mice
SAMC886972	16S-seq of cecal microbiota in mice
SAMC886971	16S-seq of cecal microbiota in mice
SAMC886970	16S-seq of cecal microbiota in mice
SAMC886969	16S-seq of cecal microbiota in mice
SAMC886968	16S-seq of cecal microbiota in mice
SAMC886967	16S-seq of cecal microbiota in mice
SAMC886966	16S-seq of cecal microbiota in mice
SAMC886965	16S-seq of cecal microbiota in mice
SAMC886964	16S-seq of cecal microbiota in mice
SAMC886963	16S-seq of cecal microbiota in mice
SAMC886962	16S-seq of cecal microbiota in mice
SAMC886961	16S-seq of cecal microbiota in mice
SAMC886960	16S-seq of cecal microbiota in mice
SAMC886959	16S-seq of cecal microbiota in mice
SAMC886958	16S-seq of cecal microbiota in mice
SAMC886957	16S-seq of cecal microbiota in mice
SAMC886956	16S-seq of cecal microbiota in mice
SAMC886955	16S-seq of cecal microbiota in mice
SAMC886954	16S-seq of cecal microbiota in mice
SAMC886953	16S-seq of cecal microbiota in mice
SAMC886952	16S-seq of cecal microbiota in mice
SAMC886951	16S-seq of cecal microbiota in mice
SAMC886950	16S-seq of cecal microbiota in mice
GSA (1)	-
CRA008216	In-silico annotation of chemical composition and antioxidant mechanism of Tibetan tea