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. 2020 Jan 18;9(1):122. doi: 10.3390/plants9010122

Table 2.

Chromatographic and spectrometric data of compounds identified in Cornus sanguinea fruit extract.

No. Tentative Assignment Rt [min] UV [nm] [M-H] m/z MS2 m/z
CS1 Unidentified 3.1 230 631 315, 243, 161
CS2 Unidentified 4.8 236, 315 523 505, 477, 387, 315, 232, 179
CS3 Quercetin tri-hexoside 17.1 262, 340 787 625, 463, 301
CS4 Quercetin tri-hexoside 18.2 262, 342 787 625, 463, 301
CS5 Myricetin tri-hexoside
Quercetin-dipentosyl-hexoside
19.0
overlapped
263, 342 803
757
639, 479, 317
625, 595, 463, 301
CS6 Myricetin tri-hexoside 19.9 264, 330 803 641, 479, 317
CS7 Myricetin tri-hexoside
Quercetin dihexoside
22.3
overlapped
256, 360 803
625
641, 479, 317
463, 301
CS8 Isorhamnetin tri-hexoside 26.8 270, 350 639 477, 315
CS9 Myricetin dihexoside
Quercetin dihexoside
28.0
overlapped
250, 360 641
625
479, 317
463, 301
CS10 Quercetin dihexoside 29.0 270, 360 625 463, 301
CS11 Myricetin dihexoside
Quercetin dihexoside
30.0
overlapped
264, 342 641
625
479, 317
463, 301
CS12 Myrcetin dihexoside 31.4 270, 340 641 479, 317, 303
CS13 Myricetin dihexoside
Isorhamnetin tri-hexoside
32.2
overlapped
260, 340 641
639
479, 317, 303
477, 396, 272
CS14 Quercetin dihexoside
Quercetin 6-O-α-l-arabinosyl-d-glucoside
32.8
overlapped
260, 350 625
595
463, 301
475, 463, 449, 300, 179
CS15 Quercetin 3-O-rhamnoglucoside 36.1 260, 352 609 301
CS16 Quercetin hexoside 37.0 255, 353 463 301
CS17 Quercetin 3-O-glucuronide 38.0 255, 353 477 301
CS18 Quercetin hexoside 42.8 260, 350 463 301