Accession

PRJCA020294

Title

Transcriptomic analysis of the S. putrefaciens-R. palustris co-culture

Relevance

Industrial

Data types

Transcriptome or Gene expression
Raw sequence reads
Assembly

Organisms

Bacteria

Description

Transcriptomic analysis of the S. putrefaciens-R. palustris co-culture with and without Fe redox communication.

Sample scope

Multispecies

Release date

2023-10-06

Publication

PubMed ID	Article title	Journal name	DOI	Year
37884498	Redox signaling-driven modulation of microbial biosynthesis and biocatalysis	Nature Communications	10.1038/s41467-023-42561-3	2023

Grants

Agency	program	Grant ID
Ministry of Science and Technology of the People's Republic of China (MOST)	National Key Technologies R&D Program	2017YFA0208000
Ministry of Science and Technology of the People's Republic of China (MOST)	National Key Technologies R&D Program	2021YFA1202400
National Natural Science Foundation of China (NSFC)	National Science Funds for Distinguished Young Scholars	21925401
National Natural Science Foundation of China (NSFC)	Excellent Young Scientists Fund	22322408

Submitter

Na Chen (chenna0804@whu.edu.cn)

Organization

Wuhan University

Submission date

2023-10-06

Project Data

Resource name	Description
BioSample (6) show	-
SAMC3093954	Transcriptomic data of the S. putrefaciens-R. palustris co-culture without Fe redox communication
SAMC3093953	Transcriptomic data of the S. putrefaciens-R. palustris co-culture without Fe redox communication
SAMC3093952	Transcriptomic data of the S. putrefaciens-R. palustris co-culture without Fe redox communication
SAMC3093951	Transcriptomic data of the S. putrefaciens-R. palustris co-culture with Fe redox communication
SAMC3093950	Transcriptomic data of the S. putrefaciens-R. palustris co-culture with Fe redox communication
SAMC3093949	Transcriptomic data of the S. putrefaciens-R. palustris co-culture with Fe redox communication
GSA (1)	-
CRA012890	Transcriptomic analysis of the S. putrefaciens-R. palustris co-culture system