Protein restricted diet during gestation and/or lactation in mice affects 15N natural isotopic abundance of organs in the offspring: Effect of diet 15N content and growth.
Karine BernardoCéline JoussePierre FafournouxAnne-Marie SchiphorstMathilde GrandRichard J RobinsRégis HankardArnaud De LucaPublished in: PloS one (2018)
Dietary 15N NIA is a major determinant of the 15N NIA of organs. 15N NIA depended on organ and age (i.e. growth) suggesting an effect of metabolism and/or dilution space. Post-natal normal-protein diet of lactating dams could reverse the effect of a protein-restricted diet during gestation on the offspring growth. Measuring 15N NIA in various matrices may open a field of application particularly useful in studying the pre- and post-natal origins of health and disease.
Keyphrases
- weight loss
- physical activity
- south africa
- preterm infants
- protein protein
- healthcare
- high fat diet
- public health
- amino acid
- dairy cows
- mental health
- minimally invasive
- binding protein
- risk assessment
- adipose tissue
- metabolic syndrome
- liquid chromatography tandem mass spectrometry
- human milk
- mass spectrometry
- high fat diet induced
- heat stress
- climate change
- low birth weight