Predicted functions and subcellular locations of soybean stem proteins responsive to <i>B</i>. <i>maydis</i>.

(a) Protein spots increased (+) or decreased (-) in staining intensity in response to B. maydis (b) Ratio was equal to the relative expression of (Treatment / Control) (c) SC, sequence coverage by PMF (d) PM, number of peptides matched (e) Theoretical molecular mass was from report of identification and NCBI database, and experimental molecular mass was observed from real 2-DE gel image combined with analysis of PDQuest software (f) Theoretical isoelectric point was from reports and from the NCBI database; experimental isoelectric points were observed from real 2-DE gel images combined with analysis of PDQuest software (g) Predicted function of the protein obtained via the MASCOT software from the NCBI database (h) Species of the proteins obtained via the MASCOT software from the NCBI database (i) GenBank Acc. No., accession number in NCBI database (j) Plant-mPLoc: Predicting subcellular localization of plant proteins including those with multiple sites (predicted at the website: http://www.csbio.sjtu.edu.cn/bioinf/plant-multi/) Predicted functions and subcellular locations of soybean stem proteins responsive to B. maydis.