The Metabolite Spectrum Accession: VFOR00042p
m/z
intensity
51.02380
1.7
53.03950
7.9
54.03455
2.7
55.01851
2.1
55.05508
12.2
56.05035
6.1
56.96572
1.1
57.07063
3.2
58.06588
1.7
59.85015
0.8
61.70258
0.8
63.66003
0.8
65.03924
2.3
66.03452
0.9
67.05502
60.1
68.05019
3.0
68.05835
1.8
68.99792
0.9
69.07054
2.1
70.06580
2.6
70.16731
3.6
71.25940
0.9
77.03919
1.9
78.03474
1.2
79.01855
1.1
79.05490
15.7
80.05021
17.7
80.05805
1.3
81.03418
5.3
81.04545
7.6
81.07053
100.0
82.01432
1.9
82.05300
1.5
82.07371
2.6
83.04984
1.4
83.06103
11.2
88.02374
1.4
90.25473
0.8
91.05459
2.4
93.07042
9.8
95.04966
94.6
95.08601
47.5
96.04495
10.4
96.05297
3.2
96.08942
1.5
97.07649
8.5
100.02477
16.3
100.82850
1.0
105.03390
1.3
105.04550
2.5
105.07034
4.0
105.61323
0.8
106.02965
1.0
106.07354
1.7
107.04973
1.3
107.06065
8.2
108.05745
6.9
108.07687
2.0
109.97399
0.9
112.03940
4.5
118.03512
18.1
119.01965
2.0
119.03600
2.5
121.10112
1.0
123.04443
45.7
123.05560
41.8
123.08077
96.6
123.09896
4.7
123.11683
22.3
124.03948
32.9
124.04841
2.4
124.05894
1.8
124.07578
1.9
124.08712
21.6
137.02971
2.6
140.03448
2.5
141.05087
1.1
MS Level
MS2
Instrument
Q Exactive Orbitrap (Thermo Scientific)
Instrument Type
UPLC-ESI-Q-Orbitrap
Collision Energy
27.50(15eV,40eV)
Ion Mode
positive
Precursor Type
[M+H]+
Precursor m/z
123.0806
Retention Time
6.902 min