Microgravity enriches HY5 target gene regulation
Genes differentially expressed in microgravity are significantly enriched for HY5 transcription factor targets, affecting both upregulated (developmental, auxin transport) and downregulated (abiotic/biotic stress) gene sets.
Evidence Quote
“Genes differentially expressed in microgravity are significantly enriched for HY5 target genes.”
Relationship
Arguments
Connections (6)
Evidence
“Review on HY5 transcription factor’s various roles in plant growth and development.”
“RNAseq study examining how Arabidopsis responds to partial gravity and blue light stimulation during spaceflight.”
“Study mapping HY5 binding sites and roles in Arabidopsis development.”
“Study identifying how spaceflight causes organ-specific changes in the Arabidopsis transcriptome”
“Study dissecting the transcriptome response in Arabidopsis during spaceflight and its relevance for physiological adaptation”
“Study on the roles of elongator complex subunit 2 and methyltransferase 1 in modulating Arabidopsis spaceflight responses”
“Study describing hierarchical transcription factor network mediating plant environmental stress responses.”
“Review of microRNAs and their function in regulating plant interactions with the environment.”
“Review of molecular responses and signaling pathway cross-talk in plant dehydration and low temperature stress.”
“Review of APETALA2/Ethylene Responsive Factors (AP2/ERFs) in plants and their relevance to crop improvement.”