Table 1: X. fastidiosa Temecula 1 soluble supernatant proteins (SSPs) identified in the secretome.

From: The Type II Secreted Lipase/Esterase LesA is a Key Virulence Factor Required for Xylella fastidiosa Pathogenesis in Grapevines

Accession
numbera
Protein descriptionGene
name
OMVSurfaceOMProt.
local.b
Theor.
Mwc
Signal
peptided
SecP
scoree
Seq.
cover
Matched
peptides
Q87AW0Putat. unchar. proteinPD1703U42.40.88943078.8%102
Q87AW1Putat. unchar. proteinPD1702U42.70.88598383.9%36
Q87DF4Outer memb. protein XadAPD0731U97.50.96301434.8%28
Q87BM1BacteriocinPD1427EC150.30.60547519.2%21
Q87EJ4Serine proteasePD0313OM101.326|2722.1%20
Q87DM5Putat. unchar. proteinPD0657EC34.129|3037.0%7
Q87C82Putat. unchar. proteinPD1211U46.40.93900430.2%13
Q87AL6Outer memb. prot. OmpWPD1807OM23.123|2436.7%12
Q87AV4Outer memb. prot. MopBPD1709OM42.30.93969624.4%7
Q87BF0Hemolysin-type Ca-binding prot.PD1506EC164.20.7284007.23%5
Q87CV6Serine proteasePD0950OM96.00.9144697.26%4
Q87E92Chorismate mutasePD0426P21.40.11548534.0%6
Q87CV2Putat. Unchar. Prot.PD0956U37.20.89073721.6%6
Q87BZ7Putat. unchar. proteinPD1299U55.70.89888811.1%6
Q87D31VirK proteinPD0855U16.022|2324.8%4
Q87AH5Peptidase (M20/M25/M40 family)PD1850U57.70.5821437.94%4
Q87EI9Putat. unchar. proteinPD0318OM110.933|343.87%4
Q87E00Cellulose 1,4-beta-cellobiosidasePD0529OM67.70.8833897.31%3
Q87AN1Hemagglutinin-like proteinPD1792OM355.20.9573810.95%3
Q87BN7AminotransferasePD1411C46.30.0924353.06%2
Q87DY9Putat. unchar. proteinPD0540U15.20.90398718.0%2
Q87D30Peptidyl-dipeptidasePD0856C77.50.7986422.62%2
Q87CK4Putat. unchar. proteinPD1063OM21.120|2113.7%2
Q87C13TonB-dep. receptorPD1283OM102.731|322.82%2
  1. aProtein accesion number at UniProt Knowledgebase (UniProtKB; http://www.uniprot.org/).
  2. bProtein localization as prediceted by PSORTb v. 3.0.2 Subcellular Localization Prediction Tool (http://www.psort.org/psortb/; C: cytoplasmic; OM: outer membrane; P: periplasmic; EC: extracellular; U: unknown).
  3. cTheoretical protein molecular weight shown in kDa.
  4. dPosition of signal peptide cleavage site as predicted by SignalP 4.0 Server (http://www.cbs.dtu.dk/services/SignalP/).
  5. ePrediction of non-classical protein secretion by SecretomeP 2.0 Server (http://www.cbs.dtu.dk/services/SecretomeP/) used for proteins without signal peptide. Score >0.5 indicates non-classical secretion.