ARABIDOPSIS
ACYL-LIPID METABOLISM
  ENZYME & PROTEIN DATA
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ABC Transporter

Enzyme Pathways

FA Elong & Wax | Cutin I | Cutin II | Suberin III

Locus Data & Links    (May need to scroll right or left to show columns)

Locus Id
(TAIR Link)
Abbrev. Mutant(s)
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Pathway(s) Subcelluar
location
Evidence for
function
Key
References
Comments Microarray
Expression
Proteomics
data
ESTexpression
in other oilseeds
WBC11 / ABCG11 / DSO / COF1
Plasma membrane (GFP)
Mutant Char.
6 Refs
Proposed to be involved in transport of waxes, as well as cutin monomers, oligomers or polymer. Lipidic inclusions in epidermal cells, reduced cutin and wax load; can form homodimers and heterodimers with ABCG12/CER5
Efp Eth
WBC14 / ABCG14
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC13 / ABCG13
Plasma membrane (GFP)
Mutant Char.
Seq. Similarity
1 Ref
Decrease in cutin content and partial loss of cuticular nanoridges in flowers. Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC12 / ABCG12 / CER5
Plasma membrane (GFP)
Mutant Char.
3 Refs
Lipidic inclusions in epidermal cells, reduced wax components, but no changes in cutin. Can form heterodimers with ABCG11
Efp Eth
WBC10 / ABCG10
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC25 / ABCG24
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC26 / ABCG25
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC7 / ABCG7
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC5 / ABCG5
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
ABCG32 / PEC1
Plasma membrane (YFP fusion)
Mutant Char.
3 Refs
Reduction in most cutin monomers and observation of lipidic inclusions;yeast ino1 complementation
Efp Eth
WBC3 / ABCG3
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC2 / ABCG2
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC1 / ABCG1
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC27 / ABCG26
Mutant Char.; Seq. Similarity
3 Refs
Involved in sporopollenin transport
Efp Eth
WBC15 / 22 / ABCG15
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC21 / ABCG21
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC28 / ABCG27
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC20 / ABCG20
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC16 / ABCG16
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC17 / ABCG17
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC18 / ABCG18
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC19 / ABCG19
Mutant Char.; Seq. Similarity
1 Ref
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC4 / ABCG4
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC9 / ABCG9
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC23 / ABCG22
Seq. Similarity
1 Ref
Mutation of ABCG22 results in increased water transpiration and sensitivity to drought; suggested to be involved in stomatal regulation
Efp Eth
WBC6 / ABCG6
Seq. Similarity
High transcript co-upregulation with suberin biosynthetic genes; Seq. Similarity to WBC11 & WB12
Efp Eth
WBC24 / ABCG23
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC8 / ABCG8
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth
WBC29 / ABCG28
Seq. Similarity
Seq. Similarity to ABCG11; ABCG12/CER5
Efp Eth