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. 2020 Dec 4;40(12):BSR20201188. doi: 10.1042/BSR20201188

Table 4. List of the most promising CSEPs overlapped in all five classes.

ID CSEP properties Subcellular localization prediction
Corresponding Pst78 homologs Conserved domains Length (a.a.)1 Cys2 DE3 TP4 Loc.5 WolfPSORT ApoplastP
CL887.Contig1 PSTG_16009 138 10 Up - - C AP
CL887.Contig2 PSTG_16009 138 10 Up - - C AP
Unigene13023 PSTG_03450 100 10 Up - - C AP
Unigene17495 PSTG_10917 111 6 Up C C M AP
Unigene28760 PSTG_14090 DPBB_1 superfamily 112 6 Up - - C AP
Unigene29179 PSTG_04274 82 6 Up - - C AP
Unigene31294 PSTG_00994 254 10 Up - N N NonAP
CL5364.Contig2 PSTG_01880 205 6 Up - - ER NonAP
CL5364.Contig3 PSTG_01881 205 6 Up - - N AP
Unigene33801 PSTG_05079 92 6 Up - - C AP
Unigene36354 PSTG_08969 196 8 Up C - C AP
Unigene36901 PSTG_03879, partial 49 6 Up - - N AP
Unigene38807 PSTG_14378 191 10 Up - - G AP
Unigene7930 PSTG_02173 109 4 Up - - C AP

Abbreviations: AP, apoplastic; C, chloroplast; Cy, cytosolic; E.R., endoplasmic reticulum; G, Golgi; M, mitochondria; N, nucleus; NonAP, non-apoplastic. All predictions were performed using mature protein sequences under the assumption that mature proteins translocate into the host cell.

1

Length represents the length of mature proteins without N-terminus signal peptide part.

2

Cysteine residue number in the mature protein.

3

Differential expression compatible interaction over incompatible interaction.

4

The results of TargetP (TP) program.

5

Localizer (Loc.) program.