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(?) Enter a search word or phrase (left box), optionally select an appropriate field (middle), and hit the search button or press enter. This search engine is NOT case sensitive.

Use wild characters " ? " and " * " for efficient search:
  • ? : A single character. E.g., trehalose?phosphatase covers both trehalose phosphatase and trehalose-phosphatase, of which, only the latter fits the nomenclature used in this database.
  • * : Any number of characters. E.g.,tre-* brings all genes from trehalase family; coenzyme*A covers coenzyme A, coenzyme-A, and coenzymeA.
Network Biomass WormPaths
FBAFlux Balance Analysis PEAPathway Enrichment Analysis
Metabolite Overview
Abbreviation ..................................................... : akgp
Name ..................................................... : 1-Alkyl-sn-glycerol 3-phosphate, etc.1-Alkyl-sn-glycero-3-phosphate, 1-O-Alkyl-sn-glycerol 3-phosphate
Model ID ..................................................... : C03968
KEGG ID (?) Compounds in KEGG database that match this compound. ..................................................... : C03968
Formula ..................................................... : C3H6O6PRC2H4
Charge ..................................................... : -2
Localization ..................................................... : Cytosol
BiGG matches (?) Compounds in BiGG database that match this compound. ..................................................... : akgp_hs
Other associations ..................................................... : See reaction table below.

In WormPaths (?) Pathway maps where this metabolite is represented are listed here.

Letters after map name indicate the compartments the metabolite is placed in the map:

(c) Cytosol
(m) Mitochondria
(e) Extracellular space
.....................................................
: Ether lipid metabolism (c)
Comments
  • Charge based on human version in BiGG.

  • Reactions
    ID Enzyme Reactants Products Genes (?) Multiple genes are separated by OR (I) or AND (&).

    I indicates that genes are redundant within the group (e.g. paralogs encoding the same enzyme).
    & indicates that genes are non-redundant within the group (e.g. genes encoding different subunits of the same enzyme).

    If there are multiple groups of genes, as in an enzyme complex with some enzymes associated with multiple genes, or in a case where the same enzyme is associated with different orthology groups with paralogs, each group with multiple genes is shown in parentheses.
    Pathway
    To be determined
    Unknown
    Unknown
    The information and tools provided in this website are to be used for academic purposes only. Potential users of the flux analysis tools (FBA button in the vertical menu) are asked to show proof of working at an academic institution during the creation of their accounts. These mathematical tools are powered by the commercial software Gurobi.