The Metabolite Spectrum Accession: TSUC00102p
m/z
intensity
51.02369
1.0
53.03952
6.7
54.03479
0.8
54.04276
1.5
55.01867
2.1
55.05510
6.2
56.05031
1.4
56.40368
0.7
65.03940
2.2
67.05504
3.6
68.05031
10.6
68.05838
2.8
69.03416
2.3
69.07061
2.5
69.95159
3.4
71.01345
1.4
73.19040
0.7
75.90366
0.8
77.03983
0.8
78.03466
7.1
78.04266
0.9
79.01849
1.6
79.05496
50.5
80.05022
26.6
80.05811
3.1
81.03448
1.3
81.05371
4.5
81.05799
58.9
81.07061
20.6
82.02934
1.2
82.06174
0.8
82.06588
3.9
82.07385
7.1
82.99838
0.8
83.05000
2.0
94.02936
1.1
94.06577
6.8
95.04980
4.9
95.07369
0.7
96.04498
74.6
96.05282
6.5
96.08134
67.9
96.08761
1.3
96.09010
1.1
96.20351
0.7
97.02887
9.5
97.04826
1.8
97.06554
1.8
97.08472
0.8
100.02467
1.0
101.00883
12.5
101.02596
2.2
105.04556
1.6
106.04895
0.8
106.06564
24.9
106.59340
0.7
107.01307
0.9
107.04971
2.4
109.05265
2.2
112.03971
16.4
119.01929
51.7
120.02059
0.8
124.03965
100.0
124.04768
8.2
124.05897
13.1
124.07593
93.3
124.08348
3.6
124.11234
1.1
124.12083
2.5
125.02370
3.2
125.04319
1.3
125.06023
2.0
125.07908
1.5
125.09624
1.7
137.02979
16.4
140.03413
7.9
142.03497
2.1
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
124.076
Retention Time
4.13 min