The Metabolite Spectrum Accession: AFAR00076p
m/z
intensity
51.02374
1.0
53.03938
5.9
55.01865
8.6
55.05509
2.7
56.96563
2.8
57.23427
0.7
59.30643
0.7
63.02391
0.8
65.03937
10.7
67.02972
0.9
67.05498
7.8
68.05019
5.1
69.03422
8.3
69.07076
0.9
77.03932
1.1
79.05486
58.9
80.05003
2.5
80.05813
1.9
81.03381
1.2
81.04539
0.8
81.07052
2.4
83.06106
0.9
89.03904
10.2
91.05474
100.0
92.05787
3.2
92.06275
2.7
93.05792
1.8
93.07036
24.2
94.04075
1.0
94.06545
1.1
95.04961
15.6
95.06065
2.4
96.04494
0.8
96.06879
3.8
96.07378
0.8
105.04515
3.5
105.07022
30.5
106.07352
1.5
106.54264
0.7
107.04263
1.2
107.04948
10.4
107.06100
0.9
107.08588
44.5
108.04499
1.3
108.05597
1.4
108.08179
1.5
108.08919
1.9
109.01099
3.0
109.06506
15.0
109.07643
2.5
115.05447
29.9
116.05748
1.4
117.03378
3.0
117.07010
19.9
118.06523
2.3
118.07314
1.9
119.03527
1.4
119.04980
0.9
119.06056
5.3
119.08568
3.6
120.05717
1.8
120.09338
1.1
124.05205
1.1
133.06404
0.8
134.07111
0.8
135.04410
12.2
135.05530
3.2
135.08044
49.0
135.11673
6.8
136.02156
38.9
136.03903
2.8
136.05107
1.0
136.06172
19.4
136.07545
9.5
136.08585
4.8
137.04552
1.7
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
135.0804
Retention Time
8.837 min