Skip to main content

Table 3 The significant prediction of subcellular localization for Arabidopsis and wheat PA biosynthesis proteins

From: Genome-wide analysis of polyamine biosynthesis genes in wheat reveals gene expression specificity and involvement of STRE and MYB-elements in regulating polyamines under drought

Gene Name

AGI

Localization

Wheat gene

Localization

Arginine decarboxylase

AtADC1

plastid

TaADC1

Cytoplasm

AtADC2

plastid

TaADC2

Cytoplasm

  

TaADC3

Cytoplasm

  

TaADC4

Chloroplast

Ornithine decarboxylase

Absent

–

TaODC1

Chloroplast

  

TaODC2

Chloroplast

  

TaODC3

Chloroplast

Agmatine iminohydrolase

AtAIH

cytosol

TaAIH1

Cytoplasm

  

TaAIH2

Cytoplasm

  

TaAIH3

Cytoplasm

  

TaAIH4

Cytoplasm

  

TaAIH5

Mitochondria

N-carbamoyl putrescine amidohydrolase

AtNLP1

cytosol

TaNLP1–1

Cytoplasm

  

TaNLP1–2

Cytoplasm

S-adenosylmethionine decarboxylase

AtSAMDC1

plasma membrane

TaSAMDC1

Nucleus

AtSAMDC2

cytosol

TaSAMDC2

Nucleus

AtSAMDC3

cytosol

TaSAMDC3

Nucleus

AtSAMDC4

cytosol

TaSAMDC4

Chloroplast. Nucleus

  

TaSAMDC5

Chloroplast. Nucleus

  

TaSAMDC6

Nucleus

  

TaSAMDC7

Nucleus

Spermidine synthase

ATSPDS1,2

cytosol

TaSPDS

Cytoplasm

Spermine synthase

AtSPMS

cytosol

TaSPMS1

Cytoplasm

  

TaSPMS2

Cytoplasm

  

TaSPMS3

Cytoplasm

  

TaSPMS4

Chloroplast

  

TaSPMS5

Cytoplasm

  

TaSPMS6

Cytoplasm

ACAULIS 5

AtACL5

cytosol

TaACL5–1

Cytoplasm

  

TaACL5–2

Cytoplasm