Table 3.
Criteria | Significantly up‐regulated at stage C | |||
Low/no expression during stage A and B | ||||
Expression profiles | ||||
Putative functions | Facilitate transition from biotrophy to necrotrophy | |||
Induction of necrosis | ||||
Candidate genes | 35 (Supporting Information Figure S14) | |||
Candidates encoding hypothetical proteins | 24 (Supporting Information Table S16) | |||
Candidates with predicted function | Gene | Functional prediction | PFAM domains | GO terms associated |
Zt09_chr_3_00584 | PCWDE, similar to alpha‐1, Glycosyl transferases group 1 | PF00128; PF00534; PF08323 | GO:0003824; GO:0043169; GO:0005975; GO:0009058 | |
Zt09_chr_9_00308 | PCWDE, similar to carbohydrate‐binding module family 63 protein, expansin‐like | — | GO:0008150; GO:0003674; GO:0005575 | |
Zt09_chr_3_01063 | PCWDE, similar to pectate lyase | PF00544 | GO:0008150; GO:0003674; GO:0005575 | |
Zt09_chr_12_00112 | cutinase‐like protein | PF01083 | GO:0050525; GO:0016787; GO:0005576; GO:0008152 | |
Zt09_chr_2_00663 | similar to Chain A, cutinase‐like protein | PF01083 | GO:0050525; GO:0016787; GO:0005576; GO:0008152 | |
Zt09_chr_2_01151 | PCWDE, similar to acetyl xylan esterase, | PF01083 | GO:0016787; GO:0008152 | |
Zt09_chr_6_00446 | PCWDE,similar to acetyl xylan esterase | PF01083 | GO:0016787; GO:0008152 | |
Zt09_chr_10_00107 | PCWDE, similar to glycoside hydrolase family 12 protein | PF01670 | GO:0008810; GO:0004553; GO:0000272 | |
Zt09_chr_2_01205 | PCWDE, similar to putative extracellular cellulase CelA/allergen Asp F7‐like protein | PF03330 | GO:0008150; GO:0003674; GO:0005575 | |
Zt09_chr_6_00626 | similar to metalloprotease | PF05572 | GO:0008237 | |
Zt09_chr_9_00038 | similar to hydrophobin | PF06766 | GO:0005576 |
PCWDE: putative plant cell wall‐degrading enzyme.
Summary of core Z. tritici necrotrophic effector candidate genes that were identified based on their specific expression profiles within the Z. tritici core transcriptional program during wheat infection. Functional annotation, PFAM, and GO term information from Grandaubert et al. (2015).