Skip to main content
. 2015 May 19;7(6):1613–1627. doi: 10.1093/gbe/evv092

Table 5.

The List of 29 F. graminearum Proteins that Are Expressed during in planta Conditions, Are under Diversifying Selection and Have a Predicted Signal Peptide Using SignalP 4.1 (Petersen et al. 2011)

ID Length [SG]-P-C-[KR]-P Motif Functional Annotation (MIPS) Phyre2 Structure Prediction (confidence/coverage) In planta Barley In planta Wheat 16HAI 40HAI 64HAI Pathogen- Associated
FGSG_07625 325 Probable alpha-L-arabinofuranosidase precursor Alpha-l-arabinofuranosidase (100%/92%) Yes Yes Yes Yes
FGSG_10561 1480 Related to RF2 protein Yes Yes
FGSG_10999 231 xylA Gh11 xylanase (100%/90%) Yes Yes Yes
FGSG_04521 265 GPCKP Yes Yes Yes
FGSG_04841 273 GPCKP Endoglucanase (99.3%/54%) Yes Yes
FGSG_05947 281 GKCKP Yes Yes Yes
FGSG_07629 278 GPCKP Endo-1,4-beta-xylanase y (99.5%/53%) Yes Yes Yes
FGSG_07684 238 GPCRP Wnt inhibitory factor 1 (99.2%/36%) Yes
FGSG_12405 182 GPCRP Yes Yes Yes
FGSG_15977 295 GLCKP Yes
FGSG_02255 221 ECP6 (99.1%/32%) Yes Yes
FGSG_03550 186 Related to early nodulin 75 precursor Yes Yes
FGSG_04597 224 Galactose-binding domain-like (99.9%/72%) Yes Yes
FGSG_03315 411 Related to endopeptidase K Subtilisin-like (100%/87%) Yes Yes Yes
FGSG_13955 435 Yes Yes Yes
FGSG_15136 69 Yes Yes Yes Yes
FGSG_15175 91 Yes Yes
FGSG_03958 400 Yes
FGSG_16163 513 Homoserine o-acetylytransferase (99.9%/68%) Yes
FGSG_01588 724 Yes Yes Yes
FGSG_12081 139 Yes Yes
FGSG_03969 501 Low density lipoprotein receptor variant (98.6%/81%) Yes Yes
FGSG_01594 163 Yes Yes
FGSG_10560 251 Yes Yes
FGSG_10562 286 Yes Yes
FGSG_01822 268 Ephrin type-a receptor 2 (95.5%/15%) Yes
FGSG_08245 634 Yes
FGSG_08196 260 Related to aspergillopepsin II precursor Peptidase A4 (100%/75%) Yes
FGSG_17084 373 Yes Yes Yes

NOTE.—Two in planta experiments were used, infected barley (Guldener et al. 2006) and infection of wheat as well as specific time points (16 HAI, 40 HAI, and 64HAI) of that experiment (Zhang et al. 2012). Pathogen-associated refers to proteins that have sequence similarity hits specific to fungal pathogens and at the same time predominantly absent from nonpathogenic fungi (Sperschneider et al. 2013).