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Table 1 The significant transcription factors in order by detected frequencies via our method under different environmental stresses in S. cerevisiae.

From: A systematic approach to detecting transcription factors in response to environmental stresses

 

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Common transcriptional activators

Hyper-osmotic Shock

Skn7*

Smp1*

Fkh2

Fkh1

Hsf1*

Mbp1*

Phd1*

Gcn4

Yap6*

Mth1*

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1*

Hypo-osmotic Shock

Swi6

Ino4

Phd1*

Swi5

Bas1*

Skn7*

Mth1*

Fkh2

Ixr1

Hap4

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1*

Heat Shock from 25°C to 37°C

Swi4

Hsf1*

Phd1*

Gcn4*

Sum1*

Pho4

Skn7*

Fkh2

Fkh1

Swi6

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1*

Temperature Shift from 37°C to 25°C

Hsf1*

Mcm1*

Gat3

Stb1

Mbp1*

Gcn4*

Hap4

Cbf1

Ndd1*

Skn7*

Abf1*

Fhl1*

Cin5

Rap1*

Reb1*

Mild Heat Shock at Variable Osmolarity

Hsf1*

Skn7*

Swi6

Ino4

Mbp1*

Hap4

Swi5

Fkh1

Dot6

Swi4

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1*

Hydrogen Peroxide Treatment

Mcm1

Gcn4

Skn7*

Hsf1*

Fkh1

Hap4

Cbf1

Sum1

Swi6

Mbp1

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1

Cell cycle

Mcm1*

Swi4*

Phd1

Mbp1*

Swi5*

Fkh2*

Fkh1*

Yap5

Stb1

Skn7*

Abf1*

Fhl1*

Cin5*

Rap1*

Reb1*

  1. * The transcription factors confirmed by the literature or experimental results.
  2. Common transcription activators are TFs that always activate without any specific stress induction and are also ordered by their regulatory significance.