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Table 1 List of genes associated with various abiotic stresses and disease resistance used in the study

From: A high-throughput virus-induced gene silencing protocol identifies genes involved in multi-stress tolerance

  Gene Functional annotation of gene fragments NCBI GenBank accession # Reference*
Salinity tolerance
1 NbSOS1 Salt overly sensitive 1 (Na+/H + antiporter) JK739016 [35]
Oxidative stress tolerance
2 NbAPX3 Ascorbate peroxidase 3 JK739005 [36]
3 NbGST1 Glutathione S-transferase 1 JK739012 [37, 38]
4 NbCAT3 Catalase isozyme 3 JK739008 [39]
5 NbDHAR1 Dehydroascorbate reductase 1 JK739010 [40]
6 NbGPX2 Glutathione peroxidase 2 JK739011 [38, 41]
7 NbFER2 Ferritin 2 JK739023 [42]
High or low temperature stress tolerance
8 NbHSP101 101 kDa heat shock protein JK739013 [43]
9 NbBIP5 Binding protein 5 JK739006 [44]
Water deficit stress tolerance
10 NbP5CS1 Delta-1-pyrroline-5-carboxylate synthetase 1 JK739014 [45]
11 NbCBL1 Calcineurin B-like protein 1 JK739022 [46, 47]
12 NbMYC2 MYC-related transcription factor 2 JK739021 [48]
13 NbGBP16 Putative monomeric G-protein 16 JK739018 [49]
14 NbRBX1 Ring box 1 like protein JK739020 [50]
Disease resistance
15 NbPAL1 Phenylalanine ammonia-lyase 1 JK739025 [51]
16 NtEDS1 Enhanced disease susceptibility 1 AF480489 [52]
17 NtNPR1 Non-expresser of pathogenesis related gene 1 AF480488 [53]
18 NtRAR1 Required for Mla12 resistance 1 AF480487 [54]
19 NbADR1 Activated disease resistance 1 JK739004 [55]
Other genes up- or down-regulated by various stresses
20 NbMC Metacaspase type II JK739007 [56]
21 NbCYCD2 Cyclin D2.1 protein JK739009 -
22 NbCTR1 Constitutive triple response 1-like protein kinase JK739017 [57]
23 NbWRKY1 WRKY DNA-binding protein 1 AY547498 [57]
24 NtMEK1 MAP kinase/ERK kinase 1 AJ302651 [57]
25 NbWRKY2 WRKY DNA-binding protein 2 AY547495 [57]
26 NbETR1 Ethylene response 1 EF203416 [58]
27 NbFLS1 Flavonol synthase 1 JK739019 [59]
28 NbMYB1 MYB-related transcription factor 1 JK739024 [57]
  1. *citations are given to indicate the gene function and not silencing of respective gene by VIGS.