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Articles

Genome-wide identification of bZIP transcription factors and their responses to abiotic stress in celery

, , , , &
Pages 707-718 | Received 28 Nov 2018, Accepted 19 Apr 2019, Published online: 11 May 2019

Figures & data

Figure 1. Phylogenetic tree of bZIP family transcription factors from celery and Arabidopsis.

Figure 1. Phylogenetic tree of bZIP family transcription factors from celery and Arabidopsis.

Figure 2. Classification of bZIP family transcription factors in celery and the percentage of every subfamily.

Figure 2. Classification of bZIP family transcription factors in celery and the percentage of every subfamily.

Figure 3. Sequence logos of transcription factors domains in celery.

Figure 3. Sequence logos of transcription factors domains in celery.

Figure 4. Motifs of bZIP transcription factors from different subfamilies in celery.

Figure 4. Motifs of bZIP transcription factors from different subfamilies in celery.

Figure 5. Evolution of bZIP transcription factors family among plants.

Figure 5. Evolution of bZIP transcription factors family among plants.

Figure 6. Functional interaction networks of 62 AgbZIP transcription factors.

Figure 6. Functional interaction networks of 62 AgbZIP transcription factors.

Figure 7. Expression profiling of the 12 bZIP genes of celery under abiotic stress. Abiotic treatments were: high-temperature treatment: 38° C growth chamber; low-temperature: 4° C growth chamber; drought treatment: PEG6000 (200 g·L−1); salt treatment: NaCl (200 mmol·L−1).

Figure 7. Expression profiling of the 12 bZIP genes of celery under abiotic stress. Abiotic treatments were: high-temperature treatment: 38° C growth chamber; low-temperature: 4° C growth chamber; drought treatment: PEG6000 (200 g·L−1); salt treatment: NaCl (200 mmol·L−1).

Figure 8. Expression profiling of the 12 bZIP genes of celery roots, petioles and leaf blades.

Figure 8. Expression profiling of the 12 bZIP genes of celery roots, petioles and leaf blades.

Figure 9. cis elements analysis of the promoter regions of celery bZIP genes. The micro-segments in different colours are the putative elements sequence.

Figure 9. cis elements analysis of the promoter regions of celery bZIP genes. The micro-segments in different colours are the putative elements sequence.
Supplemental material

Supplemental Material

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