Skip to main content

Table 4 Gene regions assessed and their biochemical role

From: High levels of variation in Salix lignocellulose genes revealed using poplar genomic resources

Locus

Phytozome gene ID targeted1

Role

4CL1prom

Not used

Lignin biosynthesis

4CL1

Not used

Lignin biosynthesis

4CL2

Potri.019G049500

Lignin biosynthesis

AP2

Not used

Putative lignin regulation

BHLH144

Not used

Putative lignin regulation

BZIP47

Not used

Putative lignin regulation

BZIP9

Not used

Putative lignin regulation

C3H1

Potri.006G033300

Lignin biosynthesis

C4H

Potri.013G157900

Lignin biosynthesis

CAD

Potri.009G095800

Lignin biosynthesis

CCoAOMT

Not used

Lignin biosynthesis

CCR

Not used

Lignin biosynthesis

CesA1

Potri.002G257900

Cellulose biosynthesis

CesA2

Potri.005G194200

Cellulose biosynthesis

F5H

Not used

Lignin biosynthesis

GA-20

Potri.015G134600

Growth hormone

HCT

Not used

Lignin biosynthesis

Knat7

Potri.001G112200

Putative lignin regulation

Kor1

Potri.003G151700

Korrigan – endoglucanase cell wall formation

myb

Not used

Transcription

Myb63

Not used

Putative lignin regulation

Mybr2r3

Potri.015G033600

Transcription

PAL1

Potri.006G126800

Lignin biosynthesis

PAL2

Not used

Lignin biosynthesis

PTOMT1

Not used

Lignin biosynthesis

SAD

Potri.016G078300

Lignin biosynthesis

Sucrose synthase

Not used

Sucrose biosynthesis

  1. 1Based on P. trichocarpa v3 from Phytozome (http://www.phytozome.net/poplar).
  2. Details as in Kelleher et al.[17].