Table 2 Metabolites assigned Rubus fruticosus L. fruit extract via UPLC-ESI-MS/MS in negative and positive ion modes.

From: Intranasal delivery of blackberry-loaded Chitosan nanoparticles for antipsychotic potential in Ketamine-induced schizophrenia in rats

Peak #

Rt

(min)

Metabolite

[M-H]

M+

MS2 ions (m/z)

References

1

0.87

Chlorogenic acid

353

nd

36

2

0.87

Quinic acid

191

nd

68

3

6.33

Cyanidin-O-trihexoside

773

287

 

4

6.33

Cyanidin-O-dihexoside

611

287

60

5

6.33

Pelargonidin-O-rutinoside

579

257, 110, 109

69

6

6.51

Kaempferol-O-hexoside

447

285, 284

60

7

6.51

Quercetin-O-pentoside

433

81

63

8

6.94

Petunidin-O-hexoside

479

227, 128 (100)

61

9

6.94

Cyanidin-O-hexoside

449

287

59

10

7.00

Cyanidin-O-rutinoside

595

287

60

11

7.59

Malvidin-O-hexoside

493

331, 299 (100), 224, 173, 147

62

12

7.59

Cyanidin-O-pentoside

419

287, 257, 235, 127, 109 (100)

61

13

7.64

Delphinidin-O-acetyl hexoside

507

261, 187, 110

61

14

8.61

Quercetin-O-rutinoside (Rutin)

609

 

393

66

15

8.82

Petunidin

317

195, 166, 153, 139, 109 (100)

61

16

9.51

Malvidin

331

216, 196, 181, 155, 139, 125, 109 (100)

61

17

10.29

Petunidin-O-hexoside

479

nd

62

18

10.93

Delphinidin

303

nd

61

19

17.73

Quercetin

301

300 (100)

68

  1. UPLC-ESI-MS/MS analysis of Rubus fruticosus L. fruit extract in both ion modes. The metabolites assigned for the extract are revealed with associated references.