Recurrent Drought Conditions Enhance the Induction of Drought Stress Memory Genes in Glycine max L

Frontiers in Genetics
Yeon-Ki KimJong-Joo Cheong

Abstract

Plants remember what they have experienced and are thereby able to confront repeated stresses more promptly and strongly. A subset of the drought responsive genes, called stress memory genes, displayed greatly elevated levels under recurrent drought conditions. To screen for a set of drought stress memory genes in soybean (Glycine max L.), we designed a 180K DNA chip comprising 60-bp probes synthesized in situ to examine 55,589 loci. Through microarray analysis using the DNA chip, we identified 2,162 and 2,385 genes with more than fourfold increases or decreases in transcript levels, respectively, under initial (first) drought stress conditions, when compared with the non-treated control. The transcript levels of the drought-responsive genes returned to basal levels during recovery (watered) states, and 392 and 613 genes displayed more than fourfold elevated or reduced levels, respectively, under subsequent (second) drought conditions, when compared to those observed under the first drought stress conditions. Gene Ontology and MapMan analyses classified the drought-induced memory genes exhibiting elevated levels of transcripts into several functional categories, including those involved in tolerance responses to abiotic stresse...Continue Reading

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Citations

Dec 18, 2020·International Journal of Molecular Sciences·Choonkyun JungJong-Joo Cheong

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Datasets Mentioned

BETA
GSE153660

Methods Mentioned

BETA
chip
feature extraction
Reverse-Transcription
PCR

Software Mentioned

Perl
R
ArabidopsisNet
RapaNet
lmFit
BLASTP
MapMan
GoMiner
MEGA X
Molecular Evolutionary Genetics Analysis program ( MEGA X

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