Table 3 Differentially expressed transporters of QXN233 identified under LP or HP condition compared with the normal condition by the proteomic analysis (Ratio |0 Pi or 3 Pi/Control| > 1.2 and P < 0.05)

 B6SYB8

Pi starvation-induced protein

1.29

–

–

–

 A0A1D6QB24

Phosphate transporter 2

–

–

2.4

–

 A0A1D6HFX1

SPX domain-containing membrane protein

–

–

1.35

–

 A0A1D6EDB6

Purple acid phosphatase

1.57

–

–

–

 K7TEL4

Purple acid phosphatase

–

–

2.14

–

 B4FR72

Purple acid phosphatase

–

–

0.75

–

 B6TWW2

Purple acid phosphatase

–

–

–

0.63

 A0A1D6MQM6

Carbohydrate transporter/sugar porter/transporter

1.8

–

–

–

 B6TCP1

Carbohydrate transporter/sugar porter/transporter

1.46

–

–

–

 A0A1D6MV11

Sucrose transporter 4

–

–

1.31

–

 A0A1D6IFG4

Sugar carrier protein C

1.35

–

–

–

 B6TEX4

Sugar transport protein 5

0.78

–

–

–

 A0A1D6MLZ7

Plastidic glucose transporter 4

–

–

1.25

–

 A0A1D6IWW8

Putative polyol transporter 1

1.51

–

–

–

 A0A1D6IHY2

Putative polyol transporter 1

–

–

1.45

–

 A0A1D6IHX5

Putative polyol transporter 1

–

–

1.38

–

 A0A1D6GE23

D-Xylose-proton symporter-like 3 chloroplastic

–

–

1.37

–

 A0A096PXB4

Vacuolar cation/proton exchanger 3

2.61

–

–

–

 B4FUC4

Plasma membrane-associated cation-binding protein 1

1.56

–

1.77

1.52

 A0A1D6HHV5

Cation/H(+) antiporter 1

1.45

–

–

–

 C0PHC1

Chloride channel protein

1.42

–

1.28

–

 A0A1D6FLY1

Calcium permeable stress-gated cation channel 1

–

–

1.21

–

 A0A1D6N218

Potassium transporter 3

–

–

1.42

–

 W5UB74

Potassium transporter

–

–

1.26

–

 A0A1D6DSW6

K(+) efflux antiporter 2 chloroplastic

1.68

–

–

–

 A0A1D6JIE4

K(+) efflux antiporter 2 chloroplastic

1.32

–

–

–

 B6T7A1

Voltage-gated potassium channel beta subunit

–

–

0.8

–

 A0A1D6KAA6

Protein NRT1/PTR family 8.3

–

–

1.35

–

 A0A1D6N629

Protein NRT1/PTR family 5.10

–

–

0.68

–

 A0A1D6NEQ4

ABC transporter B family member 9

–

–

2.34

–

 A0A1D6G2R7

ABC transporter B family member 9

–

–

1.55

–

 A0A1D6MRC7

ABC transporter B family member 21

1.38

–

–

–

 A0A1D6J0E8

ABC transporter B family member 19

–

–

1.83

–

 A0A1D6J8P3

ABC transporter B family member 15

–

–

1.67

–

 A0A1D6FYX8

ABC transporter G family member 40

–

–

1.79

–

 A0A1D6Q0P9

ABC transporter A family member 7

–

–

1.68

–

 A0A1D6Q0P8

ABC transporter A family member 7

–

1.3

–

 A0A1D6E1K8

ABC transporter C family member 9

–

–

1.51

–

 A0A1D6FF20

ABC transporter C family member 3

–

–

1.49

–

 A0A1D6EEY6

ABC transporter C family member 4

–

–

1.47

–

 K7VCA6

ABC transporter C family member 4

–

–

1.43

–

 A0A1D6J4B3

ABC transporter C family member 4

–

–

1.37

–

 A0A1D6KGL1

Cationic amino acid transporter 4 vacuolar

–

–

1.45

–

 A0A1D6KGL3

Cationic amino acid transporter 4 vacuolar

1.36

–

–

–

 A0A097ETZ6

Urea transporter

–

–

0.82

–

 B4FYF5

Lysine histidine transporter 2

–

–

0.76

–

 A0A1D6G304

Vesicle transport v-SNARE 12

–

–

1.44

1.27

 B4FFY7

Endoplasmic reticulum vesicle transporter protein

–

–

0.81

–

 A0A1D6E9B4

Endoplasmic reticulum vesicle transporter protein

1.28

–

–

–

 A0A1D6PHW0

Metal transporter Nramp3

–

–

1.35

–

 A0A1D6M2W3

Heavy metal transport/detoxification superfamily

0.79

–

–

–

 K7UFL6

Putative glycerol-3-phosphate transporter 1

–

–

2.15

–

 A0A1D6JAP3

Putative sphingolipid transporter spinster homolog 2

–

–

1.25

–

 A0A1D6KXB5

Organic cation/carnitine transporter 7

1.45

–

1.92

–

 A0A096TR23

Molybdate transporter 2

2.08

–

1.54

–

 E3UJZ2

Putative metal-nicotianamine transporter YSL7

1.27

–

–

–

 A0A1D6PKM7

Boron transporter 4

0.77

–

–

–