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Table 2 Members of the heat shock transcription factor protein family

From: Transcriptional profiling of Arabidopsis heat shock proteins and transcription factors reveals extensive overlap between heat and non-heat stress response pathways

Gene Name

Cluster ID (Development)

Cluster ID (Stress)

d

HsfA9

31

452

0.018

HsfA5

50

452

0.061

HsfA1a

32

452

0.070

HsfA7b

60

440

0.088

HsfA7a

80

300

0.123

HsfA6a

31

420

0.149

HsfA1b

70

452

0.167

HsfB3

40

430

0.184

HsfA4c

40

452

0.193

HsfA1d

10

451

0.202

HsfA2

60

200

0.228

HsfB4

90

451

0.228

HsfA1e

60

460

0.237

HsfA3

20

410

0.272

HsfA6b

31

100

0.307

HsfB2b*

60

470

0.316

HsfA4a

20

490

0.351

HsfA8

20

480

0.395

HsfB2a*

60

470

0.439

HsfB1

40

500

0.447

HsfC1

80

600

0.456

  1. Genes are ordered from least to most stress-responsive (according to d). The value of d represents the mean proportion of time points, among the 19 tissue-treatment combinations considered, at which a gene was differentially expressed. Cluster IDs represent gene groupings determined by the HOPACH clustering algorithm (see Methods). The development cluster analysis was carried out with respect to the developmental series conditions of Schmid et al. (2005) [41]. The stress cluster analysis was carried out with respect to expression responses observed under each of the 111 tissue-treatment-time combinations examined in this study. The j th digit in each cluster ID indicates the group to which a gene was assigned in the j th iteration of the HOPACH algorithm (see [76]). Heat maps corresponding to development and stress clustering solutions are provided in section 1C of additional file 1.
  2. (*)Genes clustered together with respect to both Development and Stress datasets