The Metabolite Spectrum Accession: NTET00088p
m/z
intensity
51.02386
1.4
53.03941
6.1
54.03476
0.7
55.01866
6.6
55.03269
0.5
55.05520
1.0
65.03934
4.0
66.04718
8.3
67.05503
7.4
68.05029
0.9
68.99776
1.2
69.03445
1.0
69.04560
1.1
69.07065
0.9
69.51974
4.0
70.37856
0.5
71.01357
1.8
71.69004
0.4
72.04520
0.9
77.03910
0.6
77.05801
0.5
79.05485
7.1
80.05025
0.6
81.03410
27.2
81.04543
1.7
81.07047
7.8
82.03784
0.9
82.06580
1.0
91.05473
8.0
92.04974
0.7
92.05836
0.7
93.07037
1.6
94.04181
53.7
94.06545
2.7
95.01336
0.6
95.04006
0.5
95.04497
1.9
95.05021
3.4
95.06105
0.7
95.08595
4.7
96.04508
0.8
96.05631
0.7
97.06398
3.9
97.07687
0.5
98.04763
1.0
105.03378
1.0
105.04524
0.7
107.01293
3.2
107.04945
4.6
109.02866
6.5
109.06532
2.9
109.07720
0.7
109.10143
4.9
110.06029
3.3
110.07159
3.0
110.07844
0.6
111.05553
1.5
119.04907
1.1
119.08619
2.5
120.04464
0.8
121.06524
1.3
122.03638
71.8
122.07260
11.4
123.03942
3.1
125.02332
0.6
127.03902
13.0
128.04292
0.9
135.08076
0.8
137.02336
44.6
137.03456
22.8
137.05962
100.0
137.08173
2.2
137.09584
10.8
138.02644
2.8
138.03726
1.1
138.05472
11.8
138.06395
5.8
138.09114
2.5
138.10077
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
137.0596
Retention Time
7.219 min