Negative effects on newborn piglets caused by excess dietary tryptophan in the morning in sows.

Kang XuMiaomiao BaiPeng BinYehui H DuanXin WuHongnan LiuYulong Yin

Published in: Journal of the science of food and agriculture (2019)

Together, the results provide information on new biomarkers in serum or liver and provide novel insights into variations in the fetal liver during exogenous stimulus response and biological processes of ROS metabolism in fetuses during late pregnancy caused by a single excessive tryptophan ingestion daily in the morning. © 2018 Society of Chemical Industry.

Keyphrases

cell death
physical activity
preterm birth
dna damage
weight gain
pregnancy outcomes
pregnant women
oxidative stress
weight loss
social media