AA	arachidonic acid
ALNA	alpha-Linolenic acid
AoV-PLS	analysis of variance combined to partial least squares regression
AUC	area under the curve
CL	cardiolipine
DG	diacylglycerol
DGLA	dihomo-gamma-linolenic acid
DHA	docosahexanoic acid
GA	gestational age
GLNA	gamma-linolenic acid
EPA	eicosapentaenoic acid
ESI	electrospray ionization
FDR	false discovery rate
LA	linoleic acid
LC-HR-MS	liquid-chromatography–high-resolution-mass-spectrometry
LC-PUFA	long-chain PUFA
MG PLS-DA	multi-group partial least squares discriminant analysis
MLR	multiple linear regression
MCSAT	medium-chain saturated fatty acids
MUFA	mono-unsaturated fatty acids
PC	phosphocholine
PE	phsosphethanolamine
PG	phosphatidylglycerol
PI	phosphoinositol
PS	phosphoserine
PUFA	polyunsaturated fatty acid
SAT	saturated fatty acids
ROC	receiver operating-characteristic
SD	standard deviation
SM	sphingomyéline
TG	triacylglycerol
W4M	workflow4metabolomics®
AA	arachidonic acid
ALNA	alpha-linolenic acid
AoV-PLS	analysis of variance combined to partial least squares
AUC	area under the curve
CL	cardiolipine
DG	diacylglycerol
DGLA	dihomo-gamma-linolenic acid
DHA	docosahexanoic acid
GA	gestational age
GLNA	gamma-linolenic acid
EPA	eicosapentaenoic acid
ESI	electrospray ionization
FDR	false discovery rate
LA	linoleic acid
LC-HR-MS	liquid-chromatography–high-resolution-mass-spectrometry
LC-PUFA	long-chain PUFA
MCSAT	medium chain-saturated fatty acid
MG PLS-DA	multi-group partial least squares-discriminant analysis
MLR	multiple linear regression
MUFA	mono-unsaturated fatty acids
PC	phosphocholine
PE	phosphoethanolamine
PG	phosphatidylglycerol
PI	phosphoinositol
PS	phosphoserine
PUFA	polyunsaturated fatty acid
SAT	saturated fatty acids
ROC	receiver operating-characteristic
SD	standard deviation
SM	sphingomyéline
TG	triacylg lycerol
W4M	workflow4metabolomics®