The Metabolite Spectrum Accession: DBUL00064p
m/z
intensity
51.02379
2.3
53.03944
15.1
54.03467
4.0
55.01864
2.8
55.05506
16.7
56.05022
9.1
58.06597
1.6
65.03927
3.9
66.03453
2.0
67.05498
70.7
68.05019
5.7
68.05825
2.2
69.03419
1.5
69.04556
1.5
69.07063
0.9
70.06591
3.0
71.38382
0.9
71.38723
1.7
73.87165
0.8
77.03931
3.2
78.03459
2.1
79.05482
13.7
80.05007
45.3
80.06281
2.1
81.03415
2.9
81.04530
9.7
81.05325
1.1
81.07048
33.3
82.04855
1.5
82.05326
1.7
82.06564
1.3
82.07378
1.2
83.05654
0.9
83.06095
14.8
83.06564
1.1
84.06882
1.1
91.05467
2.1
93.06487
1.7
93.07036
13.0
95.04958
100.0
95.08595
66.3
96.04493
25.1
96.05297
3.9
96.08125
1.8
96.08939
2.5
97.07643
9.5
100.02483
9.1
101.00887
1.3
103.05510
0.8
105.03403
2.4
105.04496
6.0
105.07024
8.2
106.02882
1.1
106.06571
0.9
107.04959
2.6
107.06075
11.2
108.05727
21.7
110.94318
0.7
112.03966
11.3
118.03493
8.7
119.01912
5.9
121.06520
2.7
121.10161
0.9
123.04451
29.1
123.05563
54.9
123.08083
41.4
123.09037
1.9
123.11675
6.1
124.03942
74.7
124.05869
1.5
124.07616
3.1
124.08704
22.3
137.02979
2.9
140.03378
5.7
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
123.0805
Retention Time
5.495 min