The Metabolite Spectrum Accession: JEFF00051p
m/z
intensity
51.02392
1.1
53.03949
8.9
55.01878
2.3
55.05515
13.1
55.71548
0.6
56.96556
1.0
57.03435
1.0
57.07078
5.6
58.99880
0.9
62.58230
0.7
63.56284
0.7
65.03960
4.3
67.05508
54.1
68.05051
0.7
69.03435
1.8
69.07068
2.7
71.46236
0.9
77.03931
1.6
77.98761
0.6
78.03459
2.3
79.05145
0.4
79.05494
24.0
80.05023
35.6
80.05817
2.0
80.06261
1.0
81.03426
2.8
81.07060
100.0
81.37715
0.6
82.01453
10.5
82.06573
1.0
82.07397
1.2
91.05476
2.5
93.07047
9.1
95.04974
52.2
95.08610
38.4
96.01718
0.6
96.04504
14.8
96.05167
0.7
96.08122
2.6
100.02486
49.6
101.00893
2.6
101.02558
1.2
103.05481
0.9
104.05830
1.3
105.03414
0.7
105.04488
4.9
105.07035
7.9
106.02901
1.9
106.06640
1.1
106.07356
7.1
107.04963
2.2
107.07368
2.1
108.05070
1.1
108.05744
11.7
108.07001
0.9
108.07679
13.8
108.09346
0.8
109.53856
0.8
112.03974
4.2
118.03526
25.6
119.01925
14.9
121.10168
1.0
123.04454
10.2
123.05558
70.2
123.08072
87.5
123.09987
17.4
123.11700
20.0
124.03959
23.7
124.04664
0.4
124.07585
2.0
124.08420
1.5
124.11237
6.0
137.02986
4.1
140.03421
1.5
141.05093
1.2
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
123.0807
Retention Time
5.725 min