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Trans-generational adaptation to maternal climate through hormone transport in plants [bulk RNA-seq]
RNA half-life regulation reveals countercyclical regulation of buffered RNAs and RNAs undergoing changes in abundance
RNA half-life regulation reveals countercyclical regulation of buffered RNAs and RNAs undergoing changes in abundance [trim-Qfilt]
AtMBD9 ChIP-seq
SRA Run Selector
Whole genome bisulfite sequencing of arp6-5 and pie1-7 Arabidopsis mutants
Whole genome bisulfite sequencing of hdp1-1 and hdp2-1 mutants (both with 35S-SUC2 transgene)
Anti-silencing mutants
H2A.Z ChIP-seq of WT, ros1-14, idm1-9, arp6-5 and pie1-7
MethlyC-Seq of WT (35S-SUC2) and anti-silencing mutants (arp6-5, pie1-7, h2a.z-2, idm1-9 and ros1-14)
Transcriptome Analysis of Responses to Saline-Alkali Stress in Two Different Genotypes of foxtail millet (Setaria italica L.)at the Seedling Stage
Co-cultivating rice plants with Azolla filiculoides modifies root architecture and timing of developmental stages
Evolutionary Conservation and Functional Role of the SWI/SNF Complex Protein BDH in Arabidopsis: Insights into Catalytic Subcomplex Stability and Biological Implications [RNA-Seq]
PubMed
Evolutionary Conservation and Functional Role of the SWI/SNF Complex Protein BDH in Arabidopsis: Insights into Catalytic Subcomplex Stability and Biological Implications [ChIP-Seq]
Comparative Transcriptomics Identifies Differentially Expressed Genes Regulating endoreplication and trichome branching
PP2A B''a and B''b regulation gene expression in dark to red transition in Arabidopsis thaliana.
PubMed SRA Run Selector
Differential usage of shared binding sites drives functional specialization of an essential family of transcription factors [RNA-seq]
Differential usage of shared binding sites drives functional specialization of an essential family of transcription factors [ChIP-seq]
MH-seq data of bread wheat
Root-specific secondary metabolism at the single-cell level: a case study of theanine metabolism and regulation in the roots of tea plants (Camellia sinensis)
Differential usage of shared binding sites drives functional specialization of an essential family of transcription factors
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