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Table 4 Genes discussed in the text associated to high sensitivity to WLT and FB

From: Pre-symptomatic transcriptome changes during cold storage of chilling sensitive and resistant peach cultivars to elucidate chilling injury mechanisms

Function specific process

Chillpeach ID

Unigene annotation

Arab AGI

Arab gene symbol

Hormone signaling

Sugar signaling/ partioning

Hormone and secondary metabolite biosynthesis regulation

Cell wall and cytoesqueleton related

Cell polarity

k-means 1. Associated with high sensitivity to WLT

Energy production

 

Plasma membrane ATP production

PPN027C11

Plasma membrane proton ATPase

AT1G17260

AHA10

  

PA transport and polymerization

 

RNA transcription regulation

 

b-HLH family

PPN080F10

Prf interactor 30137

AT2G27230

LHW

AUX signaling

  

VN establishment, maintenance, cell number and pattern

 

HB-family

PPN069A12

BEL1-like homeodomain transcription factor

AT2G35940

BLH1

    

Signal transduction pathway

 

AUX signaling/ AUX receptor E3 ubiquitin ligase SFC-TIR

PPN078E01

Transport inhibitor response 1 protein

AT3G62980

TIR1

AUX nuclear signaling

   
 

AUX signaling/ Nuclear signaling pathway

PPN078G01

Putative auxin-resistance protein

AT1G05180

AXR1

AUX nuclear signaling

   
 

Calcium signaling/ Calcium sensor-transducer

PPN027B08

Calcium-dependent protein kinase

AT3G57530

CPK32

ABA

   
 

Calcium signaling/ Calcium signal transducer

PPN013H01

Serine/ threonine kinase

AT5G58380

CIPK10/ SIP1/ SNRK3.8

ABA

   
  

PPN020F10

CBL-interacting protein kinase

AT4G30960

SNRK3.14/ CIPK6/ SIP3

ABA

sucrose signaling

  
 

ET signaling

PPN057C10

Ethylene signaling protein

AT5G03280

EIN2

ABA; positive regulator of ET signaling

 

Ethylene biosynthesis; positive regulator of ACS type I and negative regulator of ACS type II

VN cell division regulation

 

ET signaling/ Culin E3 ubiquitin ligase

PPN020G10

Ethylene-overproduction protein 1

AT3G51770

ETO1

  

repressor of ET biosynthesis (inhibits type II ACS)

VN cell division

 

Phosphorylation cascades/ MAPK

PPN020H02

Mitogen-activated protein kinase 4

AT4G01370

MPK4

   

Negative regulator of microtubule structure and stability; negative regulate MAP65-1

 

Phosphorylation cascades/ metabolic switch

PPN008G11

AKIN gamma

AT3G48530

KING1

ABA

Sucrose signaling

  
 

Phosphorylation cascades/ PP2A

PPN037E11

Ser/thr protein phosphatase 2A regulatory subunit B’ gamma isoform

AT4G15415

ATB’GAMMA

  

Yang Cycle regulation

 

Transport

 

Carbohydrate transport

PPN025D11

SLT1 protein

AT3G12570

FYD

 

Sugar partioning and homeostasis

  
  

PPN078G04

Putative membrane transporter

AT2G43330

INT1

 

Sugar partioning and homeostasis

  
 

Cooper transport

PPN025H09

Putative copper-transporting ATPase 3

AT1G63440

HMA5

    
 

ion channel

PPN023C11

Mechanosensitive ion channel

AT5G10490

MSL2

    
 

Mg transport

PPN001H12

MRS2-5

AT2G03620

MGT3

    
 

oligopepetide transport

PPN015D04

Metal-nicotianamine transporter YSL6

AT3G27020

YSL6

    
  

PPN028F10

Oligopeptide transporter OPT superfamily

AT5G55930

OPT1

    
  

PPN035B10

Oligopeptide transporter 7

AT4G10770

OPT7

    
  

PPN057F10

Oligopeptide transporter-like protein

AT3G54450

     

k-means 11. Associated with high sensitivity to FB

Aminoacid metabolism

 

GABA biosynthesis

PPN044B12

Glutamate decarboxylase, putative

AT3G17760

GAD5

    

Pyruvate and Reactive carbonyl species

 

Conversion of oxalacetate to PEP

PP1002C02

Phosphoenolpyruvate carboxykinase [ATP]

AT4G37870

PEPCK;PCK1

    
 

Pyruvate conversion to acetyl-CoA

PPN054C12

Pyruvate dehydrogenase

AT1G59900

PDHE1-A

    
  

PPN059C05

Pyruvate dehydrogenase E1 beta subunit isoform 3

AT5G50850

MAB1/PDHE1-

    
 

Pyruvate-lactate interconversions

PP1006E06

Aldehyde dehydrogenase putative

AT1G44170

ALDH4/ALDH3H1

ABA

   
  

PPN035E06

Aldehyde dehydrogenase

AT1G44170

ALDH4/ALDH3H1

ABA

   
  

PPN038B05

Aldehyde dehydrogenase, putative

AT1G44170

ALDH4/ALDH3H1

ABA

   
  1. Abbreviations: AUX:auxin; ET; ethylene; ABA: Abcisic acid; PM:plasma membrane; CW: cell wall; SCW: secondary cell wall; ER: endoplasmic reticulum; MVB/LE:microvesicular body/late endosome; TGN/EE:trans-golgy network/early endosome; VSR:vacuolar sorting receptors VN: vascular networks; PA: proanthocyanines; PIN; PIN formed auxin efflux carrier; RG:rhamnogalacturonan; XyG:xyloglucan.
  2. References supporting information in Table 4 are provided in Additional file 8: Table S7.