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. 1998 Sep;180(17):4650–4657. doi: 10.1128/jb.180.17.4650-4657.1998

TABLE 1.

NMR data for the major component in the phospholipid fraction from Corynebacterium sp. strain LMG 3820

Component System 1H shift Multiplicity (couplings) 13C shifta
Glycerol moieties CH2Ob 4.42 dd (3.5, 12.0) 60.9
4.19 dd (6.6, 12.0)
CHO 5.23 m 68.5
CH2O 3.99 m 61.7
CH2Ob 4.14 d (5.8) 63.1
CHO 3.98 m 66.9
CH2Oc 3.95 ddd (3.5, 7.9, 11.1) 65.1
3.87 ddd (5.6, 8.1, 10.7) 65.1
Fatty acids CH3 0.89 t (7.2) 13.5
CH2 1.27 m 22.3
..(CH2)x.. 1.27–1.35 m 28.8–29.3
CH2 1.63 m 24.6
CH2 2.34 m (several close together) 34.8, 34.9
CO 173.1, 173.8
..CH2 1.31 m 28.8–29.3
CH2 2.02 m 26.8
CH⩵CH 5.35 m 129.2
CH2 2.02 m 26.8
CH2.. 1.31 m 28.8–29.3
..CH (CH3) 2.04 (CH) m 36.5
0.94 (CH3) d (6.8) 20.3
CH⩵CH 5.22d dd (6.3, 15.7) 135.8
5.33 dt (6.3, 15.7) 128.1
CH2 1.96 m 31.9
CH2.. 1.31 m 28.8–29.3
a

Taken from the one-bond (HMQC) and long-range (HMBC) 13C-1H correlations. 

b

The protons of the methylene show no couplings to 31P. 

c

The protons of the methylene group show couplings to 31P, which shows a single resonance at +2.2 ppm relative to external H3PO4

d

Olefinic carbon adjacent to aliphatic methene carbon-carrying methyl group.