Table 3. Differentially expressed three types genes annotated in NR, KEGG and Swiss-port database.
| Transcript ID | Accession No. in NCBI | Putative function | KEGG_pathway | S72 vs. R72d | S72 vs. Bgte | Motiff | Length of amino acidg | |
|---|---|---|---|---|---|---|---|---|
| PSEP (NRa) | TID_seq148 | EPQ67823.1 | putative secreted effector protein | — | up (4.15) | up (6.10) | — | 206 |
| TID_seq197 | EPQ67773.1 | putative secreted effector protein | — | up (4.23) | up (5.61) | YxC | 263 | |
| TID_seq2629 | EPQ65328.1 | putative secreted effector protein | — | up (lnf) | up (7.76) | — | 143 | |
| TID_seq6013 | EPQ61929.1 | putative secreted effector protein | — | up (lnf) | up (12.07) | YxC | 110 | |
| TID_seq1173 | EPQ66816.1 | putative secreted effector protein | — | up (lnf) | — | FxC | 130 | |
| TID_seq1300 | EPQ66693.1 | putative secreted effector protein | — | up (5.50) | — | — | 168 | |
| TID_seq4971 | EPQ63054.1 | putative secreted effector protein | — | up (lnf) | — | YxC | 110 | |
| TID_seq6419 | EPQ61518.1 | putative secreted effector protein | — | down (-3.23) | — | — | 260 | |
| TID_seq1719 | EPQ66269.1 | putative secreted effector protein | — | — | down (-2.75) | — | 155 | |
| TID_seq2965 | EPQ65025.1 | putative secreted effector protein | — | — | up (8.64) | YxC | 111 | |
| TID_seq4396 | EPQ63571.1 | putative secreted effector protein | — | — | up (10.50) | YxC | 137 | |
| H+-ATPases (KEGGb) | TID_seq1665 | EPQ66305.1 | V-type H+-transporting ATPase 16 kDa proteolipid subunit | Oxidative phosphorylation; Phagosome | up (2.90) | — | — | 146 |
| TID_seq5553 | EPQ62470.1 | V-type H+-transporting ATPase subunit A | Oxidative phosphorylation; Phagosome | up (4.21) | — | — | 609 | |
| TID_seq2055 | EPQ65941.1 | F-type H+-transporting ATPase subunit alpha | Oxidative phosphorylation | up (3.49) | — | — | 558 | |
| TID_seq3347 | EPQ64576.1 | F-type H+-transporting ATPase subunit beta | Oxidative phosphorylation | up (4.19) | — | — | 382 | |
| TID_seq349 | EPQ67625.1 | F-type H+-transporting ATPase subunit c | Oxidative phosphorylation | up (3.62) | — | — | 157 | |
| TID seq 6498 | EPQ61480.1 | H+-transporting ATPase | Oxidative phosphorylation | up (2.02) | — | — | 976 | |
| HSPs (Swiss-portc) | TID_seq273 | EPQ67700.1 | Heat shock 70 kDa protein 2 | Spliceosome; Protein processing in endoplasmic reticulum; Endocytosis | up (4.63) | — | — | 648 |
| TID_seq1603 | EPQ66372.1 | Heat shock protein 90 | Protein processing in endoplasmic reticulum; Plant-pathogen interaction | up (4.59) | — | — | 701 | |
| TID_seq2143 | EPQ65860.1 | Heat shock protein 78 | — | up (lnf) | — | — | 802 | |
| TID_seq2513 | EPQ65459.1 | Heat shock protein hsp88 | — | up (4.83) | — | — | 709 | |
| TID_seq2705 | EPQ65318.1 | 10 kDa heat shock protein | — | up (lnf) | — | — | 80 | |
| TID_seq3365 | EPQ64594.1 | Heat shock protein 60 | RNA degradation | up (4.28) | — | — | 577 | |
| TID_seq4183 | EPQ63849.1 | 30 kDa heat shock protein | Protein processing in endoplasmic reticulum | up (lnf) | — | — | 207 | |
| TID_seq643 | EPQ67331.1 | Heat shock protein sti1 homolog | — | up (6.16) | — | — | 559 | |
| TID_seq787 | EPQ67191.1 | Heat shock protein sks2 | — | up (5.49) | — | — | 66 | |
| TID_seq113 | EPQ67869.1 | 30 kDa heat shock protein | Protein processing in endoplasmic reticulum | — | down (-2.10) | — | 205 | |
a: Putative protein function predicted in NR database
b: Putative protein function predicted in KEGG database
c: Putative protein function predicted in Swiss-port database
d: The regulation of DEG in Bgt interaction with L958 compared with Bgt interaction with L658 at 72 hpi, and the numbers in parentheses represents Log2 fold change. “lnf” represents the Log2 fold change is infinity which means the DEG expressed specifically in L958 interaction at 72hpi
e: The regulation of DEG in Bgt interaction with L958 at 72 hpi compared with Bgt conidia at 7 dpi, and the numbers in parentheses represents Log2 fold change
f: The type of the conserved Y/F/W×C-motif in the N-terminal of predicted proteins
g: The length of predicted proteins (amino acids)