Skip to main content

Table 1 Relative content of the 148 detected juice volatiles in ‘Fortune’ (For), ‘Murcott’ (Mur) and the F1 progeny in H1–13

From: Identification of QTLs controlling aroma volatiles using a ‘Fortune’ x ‘Murcott’ (Citrus reticulata) population

Compound

Clustera

For

Mur

F1

Compound

Clustera

For

Mur

F1

Compound

Clustera

For

Mur

F1

Acid

    

Ketones

    

Furan

    

Nonanoic acid

B

nd

nd

nd-0.02

Acetone

A

trc

0.02c

nd-0.05f

2-Pentylfuran

D

nd c

0.04c

nd-0.02e

Alcohols

    

2-Butanone

D

nd

nd

nd-tre

Aromatic hydrocarbons

    

Ethanolb

A

0.01c

0.05c

nd-0.12

1-Penten-3-one

D

nd c

0.01c

nd-0.03d

    

2-Methyl-2-propanol

    

2,4-Pentanedione

D

nd

nd

nd-tre

     

A

0.01

0.01

nd-0.25

4-Methyl-3-penten-2-one

    

α-Colocalene

D

nd

nd

nd-0.03

1-Octanol

D

trc

ndc

nd-0.08

D

nd

nd

nd-0.02

Styrene

D

nd

nd

nd-tr

Linaloolb

B

0.01c

0.06c

tr-0.97

4-Methyl-3-hexanone

    

1,3-Pentadiene

B

nd

nd

nd-0.03

(Z)-β-Terpineol

B

tr

nd

nd-0.18d

A

0.01c

ndc

nd-0.19

     

Terpinen-4-ol

B

tr

0.01

nd-0.49

3-Heptanone

D

tr

nd

nd-trd

Phenol

    

α-Terpineol

B

trc

0.03c

nd-0.81

1-Octen-3-oneb

A

nd c

0.02c

nd-0.07d

2,4-Di-tert-butylphenol

    

(E)-Carveolb

B

nd

nd

nd-0.02

2,3-Octanedione

D

nd

nd

nd-0.04e

A

tr

nd

nd-0.04

(E)-Nerolidol

C

nd

nd

nd-0.12

6-Methyl-5-hepten-2-one

    

Sesquiterpenes

    

Cubenol

C

nd

nd

nd-0.03e

A

nd c

0.07c

nd-0.03d

α-Cubebene

C

nd

nd

nd-0.18e

Neointermedeol

D

nd

nd

nd-0.01

Dihydrocarvone

B

nd c

0.05c

nd-0.03d

α-Copaene

C

trc

trc

nd-2.13f

Intermedeol

D

nd

nd

nd-0.01

(E)-Dihydro carvone

    

β-Elemene

C

nd

nd

nd-0.22d

Aldehydes

    

B

nd c

0.02c

nd-0.03d

Caryophyllene

B

nd

nd

nd-0.13

Acetylaldehyde

A

trc

trc

nd-0.01

(D)-Carvone

B

trc

0.11c

nd-0.15f

α-Guaiene

C

nd

nd

nd-0.09

Methacrolein

D

tr

nd

nd-trd

Geranyl acetone

A

ndc

0.19c

nd-0.07f

β-Cubebene

C

nd

nd

nd-0.03

Pentanal

D

ndc

0.09c

nd-0.03d

β-Iononeb

D

nd

0.01

nd-0.01d

Aromadendrene

C

nd

nd

nd-0.12

Hexanalb

D

0.01c

1.02c

nd-0.35

Nootkatoneb

D

nd

nd

nd-tr

Spirolepechinene

D

trc

ndc

nd-0.01e

(E)-2-Hexenal

D

trc

0.04c

nd-0.14

Unknown

    

RI1465

C

nd

nd

nd-0.15

Heptanalb

A

trc

0.19c

nd-0.32

RI0547

C

tr

nd

nd-0.04f

RI1472

C

nd

nd

nd-0.09

(E)-2-Heptenalb

A

tr

nd

nd-0.19f

RI0754

A

tr

nd

nd-0.01e

α-Humulene

C

nd

nd

nd-0.24d

Octanalb

A

trc

0.09c

nd-0.17

RI0941

A

0.01c

trc

nd-0.11

(E)-Cadina-1(6),4-diene

    

(E)-2-Octenal

A

trc

0.05c

nd-0.22f

RI1005

A

trc

ndc

nd-0.08d

C

nd

nd

nd-0.36

Nonanal

A

trc

0.04c

nd-0.19

RI1028

D

trc

0.04c

nd-1.25

γ-Muurolene

B

nd

nd

nd-0.2e

(E)-2-Nonenalb

A

trc

0.03c

nd-0.1d

RI1076

B

nd

nd

nd-tr

α-Farnesene

B

nd

nd

nd-0.08

Decanalb

B

trc

0.02c

nd-1.18

RI1087

A

trc

ndc

nd-0.03e

Germacrene D

B

nd

nd

nd-0.04

p-Menth-1-en-9-al

B

nd

nd

nd-0.02d

RI1098

B

tr

nd

nd-0.13d

RI1495

D

trc

ndc

nd-0.03e

β-Cyclocitral

B

nd c

0.03c

nd-0.03f

RI1111

A

trc

ndc

nd-0.04

Epizonarene

C

nd

nd

nd-0.22e

(E)-2-Decenalb

A

nd

nd

nd-0.05e

RI1128

A

trc

ndc

nd-0.09

α-Muurolene

C

nd

nd

nd-0.49

Perillaldehyde

B

nd c

0.01c

nd-2.61f

RI1155

B

nd

nd

nd-trf

Valencene

D

0.03c

ndc

nd-0.43d

Undecanal

B

nd

nd

nd-0.22e

(+/−)-4-Acetyl-1-methylcyclohexene

    

α-Selinene

C

trc

ndc

nd-0.26d

(E)-2-Undecenal

A

nd

nd

nd-0.04

D

ndc

0.01c

nd-tre

Premnaspirodiene

D

nd

nd

nd-0.02e

Dodecanalb

B

nd

nd

nd-0.61d

RI1169

B

nd

tr

nd-0.07f

δ-Cadinene

C

trc

ndc

nd-2.91f

β-Sinensal

C

nd

nd

nd-0.01

RI1195

B

nd

nd

nd-0.05

Calamenene

C

tr

nd

nd-0.37d

Esters

    

RI1211

D

nd

nd

nd-0.03e

7-epi-α-Selinene

D

trc

ndc

nd-0.03e

Ethyl acetate

D

0.03

0.03

tr-1.55

RI1219

D

nd

nd

nd-0.02e

(E)-Cadina-1,4-diene

    

Ethyl propanoate

D

nd

nd

nd-0.04d

RI1269

A

trc

ndc

nd-0.05d

C

nd

nd

nd-0.34e

Ethyl 2-methylbutanoateb

    

RI1300

D

nd

nd

nd-0.01

α-Cadinene

C

nd

nd

nd-0.07

C

nd

nd

nd-0.01e

RI1346

D

nd

nd

nd-0.07

α-Calacorene

C

nd

nd

nd-0.06

(Z)-3-Hexenyl acetate

    

RI1348

B

nd

nd

nd-0.23

Monoterpenes

    

D

nd

nd

nd-0.03e

RI1385

D

nd

nd

nd-0.04

α-Thujene

C

nd

nd

nd-0.03

Hexyl acetate

D

trc

ndc

nd-tre

RI1394

C

nd

nd

nd-0.14e

α-Pinene

B

0.01c

0.09c

tr-2.23

Octyl acetate

B

nd

nd

nd-3.61d

RI1398

B

nd

nd

nd-0.07

Myrceneb

B

0.02c

0.3c

tr-11.75

Nonyl acetate

B

nd

nd

nd-0.42e

RI1414

B

nd

nd

nd-1.05e

α-Phellandrene

B

tr

0.01

nd-0.7

(E)-Carvyl acetate

B

nd

nd

nd-0.19e

RI1420

B

nd

nd

nd-0.64e

α-Terpinene

B

trc

0.02c

nd-1.71

Citronellyl acetate

B

nd

nd

nd-0.83d

RI1428

C

nd

nd

nd-0.02

p-Cymeneb

D

0.01c

0.1c

nd-0.16

Neryl acetate

B

nd

nd

nd-0.26e

RI1483

D

nd

nd

nd-0.01

Limonene

B

0.97c

12.24c

0.12–98.92

Geranyl acetate

B

nd

nd

nd-0.1e

RI1540

C

nd

nd

nd-0.02e

β-Phellandreneb

B

trc

0.04c

nd-0.77

Decyl acetate

B

nd c

trc

nd-1.29e

RI1549

C

nd

nd

nd-0.11

(E)-β-Ocimene

D

trc

ndc

nd-0.06d

p-Menth-1-en-9-ol acetate

    

RI1554

D

nd

nd

nd-tr

γ-Terpineneb

B

tr

0.04

nd-0.97

B

nd

nd

nd-1.2d

RI1557

B

nd

nd

nd-0.03e

Terpinoleneb

B

0.01c

0.07c

nd-4.44

RI1561

C

nd

nd

nd-0.02

RI1595

D

nd

nd

nd-0.05

p-Mentha-2,4(8)-diene

    
    

RI1599

C

nd

nd

nd-0.04

A

0.01c

0.01c

nd-0.15

    

RI1603

D

nd

nd

nd-0.08e

p-Mentha-1,3,8-triene

    
    

RI1606

D

nd

nd

nd-0.04e

B

ndc

trc

nd-0.06d

    

RI1609

B

nd

nd

nd-0.01

Allo-ocimene

B

nd

tr

nd-0.01

    

RI1649

A

trc

trc

nd-0.05

Allo-ocimene isomer

    
    

RI1654

B

nd

nd

nd-0.01e

B

nd

nd

nd-0.02d

  1. Data are normalized to the internal standard peak area. All values are mean of three biological replicates per genotype
  2. tr. Peak was recognized but the value less than 0.0095
  3. nd. Not detected
  4. a Clusters according to Fig. 3
  5. b Aroma active compounds reported by Miyazaki et al. [14]
  6. c Volatiles significantly different between parental lines ‘Fortune’ (FOR) and ‘Murcott’ (MUR) from the same harvest season (p < 0.05, Student’s t test)
  7. d Volatiles presented in 50% of the F1 hybrids (expected ratio 1:1, α =0.05, χ2 test)
  8. e Volatiles presented in 25% of the F1 hybrids (expected ratio 1:3, α =0.05, χ2 test)
  9. f Volatiles presented in 75% of the F1 hybrids (expected ratio 3:1, α =0.05, χ2 test)