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Modification of C-terminal Domain (CTD) of RPB1 plays a role in transcriptome change upon salt stress
PubMed Full text in PMC Similar studies Analyze with GEO2R
Coordination and interconnectivity in the inferred stress-activated signaling network from yeast
Snf1 is involved in the aberrant cell cycle induction in cdc14-3 mutant upon NaCl stress in S. cerevisiae
Array competitive genomic hybridization of three Saccharomyces cerevisiae strains vs. DBY8268
NeuCode metabolic labeling reveals a high correlation between mRNA and protein abundance during salt adaptation in S. cerevisiae.
nup42-delta cells pretreated with NaCl lose the altered gene expression in response to H2O2
NimbleGen UW-Madison Saccharomyces cerevisiae 380K tiling array [2006-10-12_Ansari_tiling_51mer; gene-level version]
UW-Madison Saccharomyces cerevisiae 380K tiling array 51mer oligos 2006-10-12
CTD5A-t0_vs_CTD5A-t30min+0.7M NaCl Rep3
CTD5A-t0_vs_CTD5A-t30min+0.7M NaCl Rep2
CTD5A-t0_vs_CTD5A-t30min+0.7M NaCl Rep1
CTD2A-t0_vs_CTD2A-t30min+0.7M NaCl Rep3
CTD2A-t0_vs_CTD2A-t30min+0.7M NaCl Rep2
CTD2A-t0_vs_CTD2A-t30min+0.7M NaCl Rep1
CTD14-t0_vs_CTD14-t30min+0.7M NaCl Rep3
CTD14-t0_vs_CTD14-t30min+0.7M NaCl Rep2
CTD14-t0_vs_CTD14-t30min+0.7M NaCl Rep1
W303_cdc14-3_snf1_2hr at 35C_vs_+0.7M NaCl at 35C_Replicate3
W303_cdc14-3_snf1_2hr at 35C_vs_+0.7M NaCl at 35C_Replicate2
W303_cdc14-3_snf1_90 min at 35C_vs_+0.7M NaCl at 35C_Replicate1
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