Entry DOI: doi:10.13018/BMSE000034
Data source: Madison Metabolomics Consortium - Francisca Jofre, Mark E. Anderson, John L. Markley
NMR-STAR file:
bmse000034.strNMR-STAR
interactive viewerStructure file (mol/sdf):
bmse000034.molAll files for
bmse000034Time Domain Data:
bmse000034.zipView the GISSMO record for this entry.
Sample and instrument details are given with the spectrum
Set 1
Sample: multiple; see NMR-STAR file
Conditions: temperature: 298K, pH: 7.4
Spectrometer: multiple; see NMR-STAR file
Atom ID | Author Nomenclature | Value | Ambiguity Code |
---|---|---|---|
C2 | C2 | 58.680 | 1 |
C3 | C3 | 175.486 | 1 |
C1 | C5 | 27.647 | 1 |
H10 | H10 | 3.952 | 1 |
H8 | H11 | 3.044 | 1 |
H9 | H12 | 3.044 | 1 |
1: 1D 1H, 0.5 mM
Sample: 0.5mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
2: 1D 1H, 2.0 mM
Sample: 2.0mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
3: 1D 1H
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
4: 2D [1H,1H]-TOCSY
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
5: 1D 13C
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
6: 1D DEPT90
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
7: 1D DEPT135
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
8: 2D [1H,13C]-HSQC
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
9: 2D [1H,13C]-HMBC
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
10: 2D [1H,1H]-COSY
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 500MHz
11: 2D [1H,13C]-HSQC SW small
Sample: 100mM in D2O, ref: DSS
Conditions: temperature: 298K, pH: 7.4
Spectrometer: Bruker DMX - 400MHz