| ZS11 |
ZS11_A03G00500.t1
|
| ZS11_v0 |
BnaA02T0006500ZS
,
BnaA03T0004400ZS
,
BnaA03T0004500ZS
,
BnaC02T0004000ZS
,
BnaC03T0007300ZS
,
BnaC03T0007400ZS
,
BnaC03T0007500ZS
|
| WE_v1 |
-
|
| WE_v0 |
BnaA02T0006200WE
,
BnaA03T0013300WE
,
BnaA03T0013400WE
,
Bnascaffold2730T0003800WE
,
Bnascaffold2730T0003900WE
|
| Darmor |
A03p00430.1_BnaDAR
,
A03p00440.1_BnaDAR
,
C02p00330.1_BnaDAR
,
C03p00700.1_BnaDAR
,
C03p00710.1_BnaDAR
|
| BH |
BnaA02T004400BH
,
BnaA03T004800BH
,
BnaC03T007800BH
|
| BL |
BnaA02T000900BL
,
BnaA03T004800BL
,
BnaC03T006200BL
|
| BU |
BnaA03T004800BU
,
BnaC02T004300BU
|
| NO2127 |
BnaA03T0004600NO
,
BnaA03T0004700NO
|
| P130 |
BnaA03G000390P130.1
,
BnaA03G000400P130.1
,
BnaC03G000600P130.1
,
BnaC03G000610P130.1
|
| Quinta |
BnaA02T0003600QU
,
BnaA03T0004400QU
,
BnaA03T0004500QU
,
BnaC02T0001100QU
,
BnaC03T0001700QU
,
BnaC03T0001800QU
|
| Xiaoyun |
BnaA02G0004000XY
,
BnaA03G0004500XY
,
BnaC02G0004000XY
,
BnaC03G0007200XY
|
| P202 |
BnaA03G000390P202.1
,
BnaA03G000400P202.1
,
BnaC03G000770P202.1
,
BnaC03G000780P202.1
|
| RB |
BnaA02T004400RB
,
BnaA03T004900RB
,
BnaC03T007100RB
|
| SW |
BnaA02T004300SW
,
BnaA03T005200SW
,
BnaC03T002000SW
|
| TA |
BnaC02T004100TA
,
BnaC03T004900TA
|
| ZS2 |
BnaA02T004000ZS2
,
BnaA03T000200ZS2
,
BnaA03T000300ZS2
,
BnaC02T003800ZS2
,
BnaC03T007100ZS2
,
BnaC03T007200ZS2
|
| KOG ID: |
KOG1263 |
| KOG E-value: |
0.0 |
| KOG Annotation: |
Secondary metabolites biosynthesis, transport and catabolism |
| GO Biological Process: |
GO:0046274(lignin catabolic process) |
| GO Cellular Component: |
GO:0048046(apoplast) |
| GO Molecular Function: |
GO:0005507(copper ion binding),GO:0052716(hydroquinone:oxygen oxidoreductase activity),GO:0016491(oxidoreductase activity) |
| KEGG Ortholog: |
K05909 E1.10.3.2; laccase [EC:1.10.3.2] |
| NR Annotation: |
XP_022573182.1 laccase-8-like isoform X2 [Brassica napus] |
| Swissprot Annotation: |
Laccase-8 OS=Arabidopsis thaliana OX=3702 GN=LAC8 PE=2 SV=1 |