Proteomic Signature Library for
Staphylococcus aureus COL
  • show
  • profiles
  • threshold (highlighter):
    •  

      summary

      • modus:
      • pattern search
      • expression template:
      • SACOL0618 1
      • highlighter:
      • 2-fold change
      • sorting:
      • descending similarity to expression template (ascending Euclidean distance)
      • limit:
      • 10
       

      expression plots

      • y-axis:
      • change of expression (binary logarithm) compared to the control at 0 min of the corresponding experiment
      • x-axis:
      • time after stress in minutes (time points of additional unstressed controls are introduced by "c")
      • experiments
      • hydrogen peroxide (abbr.: H2O2, O), diamide (abbr.: D), paraquat (abbr.: P), nitric oxide (abbr.: NO, N), fermentation (abbr.: F), nitrate respiration (abbr.: NO3 resp., A), heat (abbr.: H), puromycin (abbr.: U), mupirocin (abbr.: mupi., M)
      • color code
      • changes higher (lower) than 2x (0.5x) are colored in orange (magenta)
      • significnace:
      • asterisks (*) mark significant changes (details)
      • multiple spots:
      • multiple spots for one and the same protein are extended by a spot number (sum of all individual spots of this protein is given in parentheses)
      • protein overlap:
      • overlapping of different proteins are listed with the abbreviation (letter) of the corresponding experiment where protein overlapping have been observed
      • plot order:
      • descending similarity to expression template (ascending Euclidean distance)
       
      • SACOL0618 1 (2)
      • SACOL0618
      • SIS domain protein
      • show on gel show on gel
      • unknown function or specifity (unknown function: general)
      • regulation: SigB+
      • expression plot for SACOL0618 1
      • SACOL1457
      • SACOL1457
      • PTS system, IIA component
      • show on gel show on gel
      • transport (transport and binding proteins: carbohydrates, organic alcohols, and acids)
      • expression plot for SACOL1457
      • PanB
      • SACOL2615
      • 3-methyl-2-oxobutanoate hydroxymethyltransferase
      • show on gel show on gel
      • biosynthesis of cofactors, prosthetic groups, and carriers (biosynthesis of cofactors, prosthetic groups, and carriers: pantothenate and coenzyme a)
      • expression plot for PanB
      • SACOL2156
      • SACOL2156
      • ATP-binding protein, Mrp/Nbp35 family
      • show on gel show on gel
      • unknown function or specifity (unknown function: general)
      • expression plot for SACOL2156
      • SACOL2035
      • SACOL2035
      • conserved hypothetical protein
      • show on gel show on gel
      • unknown function or specifity (hypothetical proteins: conserved)
      • expression plot for SACOL2035
      • SACOL0467
      • SACOL0467
      • conserved hypothetical protein
      • show on gel show on gel
      • unknown function or specifity (hypothetical proteins: conserved)
      • expression plot for SACOL0467
      • SACOL0613
      • SACOL0613
      • conserved hypothetical protein TIGR00294
      • show on gel show on gel
      • unknown function or specifity (hypothetical proteins: conserved)
      • co-localization with: YycF (H2O2)
      • expression plot for SACOL0613
      • SACOL0633
      • SACOL0633
      • conserved hypothetical protein
      • show on gel show on gel
      • unknown function or specifity (hypothetical proteins: conserved)
      • co-localization with: ProC (H2O2, paraquat, NO, fermentation, NO3 resp., heat, puromycin, mupi.)
      • expression plot for SACOL0633
      • SACOL0945 1 (2)
      • SACOL0945
      • cytosol aminopeptidase
      • show on gel show on gel
      • protein fate (protein fate: degradation of proteins, peptides, and glycopeptides)
      • expression plot for SACOL0945 1
      • CcpA
      • SACOL1786
      • catabolite control protein A
      • show on gel show on gel
      • regulation (regulatory functions: dna interactions)
      • regulation: CcpA
      • expression plot for CcpA
       

      save & share