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Table 2 Putative tobacco homologies of Arabidopsis genes involved in normal embryo development

From: Comparative transcriptional profiling analysis of the two daughter cells from tobacco zygote reveals the transcriptome differences in the apical and basal cells

ID

Chromosome Locus

Gene Symbol

BLAST e-Value/% Identity/%% Similarity

Predicted function

ACC26

At3g04400

EMB 2171

1e-80 96% 100%

Ribosomal Protein L17/L23

ACC37

At3g52590

EMB 2167

1e-41 98% 100%

Ubiquitin Fused to Ribosomal Protein L40

ACC43

At5g59340

WOX2

4e-16 35% 46%

WUSCHEL RELATED HOMEOBOX 2

AC146C

At5g15540

EMB 2773

2e-07 35% 40%

Adherin sister-chromatid cohesion 2

AC161C

At3g52380

PDE 322

1e-15 33% 61%

Chloroplast RNA Binding Protein

AC327C

At2g18510

EMB 2444

2e-10 36% 52%

Spliceosome Associated Protein

AC336C

At2g04030

EMB 1956

4e-49 55% 75%

Heat Shock Protein (Hsp90)

AC338C

At3g11670

DGD 1

4e-10 50% 70%

Digalactosyl Diacylglycerol Synthase

AC349C

At3g52590

EMB 2167

1e-12 39% 59%

Ubiquitin Fused to Ribosomal Protein L40

AC364C

At3g11940

AML 1

2e-87 88% 95%

Ribosomal Protein S5

BC101C

At5g10480

PAS 2

7e-31 75% 87%

Protein Tyrosine Phosphatase Like

BC117C

At3g54010

PAS 1

2e-08 33% 47%

Immunophilin-like FK506 Binding Protein

  1. These sequences were identified by BLASTX search against Arabidopsis sequence database of genes involved in embryogenesis.