Improving amino acid nutrition to prevent intrauterine growth restriction in mammals
Intrauterine growth restriction (IUGR) is one of the most common concerns in human
obstetrics and domestic animal production. It is usually caused by placental insufficiency,
which decreases fetal uptake of nutrients (especially amino acids) from the placenta. Amino
acids are not only building blocks for protein but also key regulators of metabolic pathways
in fetoplacental development. The enhanced demands of amino acids by the developing
conceptus must be met via active transport systems across the placenta as normal …
obstetrics and domestic animal production. It is usually caused by placental insufficiency,
which decreases fetal uptake of nutrients (especially amino acids) from the placenta. Amino
acids are not only building blocks for protein but also key regulators of metabolic pathways
in fetoplacental development. The enhanced demands of amino acids by the developing
conceptus must be met via active transport systems across the placenta as normal …
Improving amino acid nutrition to prevent intrauterine growth restriction in mammals.
LG Lin Gang, WXQ Wang XiaoQiu, WGY Wu GuoYao… - 2014 - cabidigitallibrary.org
Intrauterine growth restriction (IUGR) is one of the most common concerns in human
obstetrics and domestic animal production. It is usually caused by placental insufficiency,
which decreases fetal uptake of nutrients (especially amino acids) from the placenta. Amino
acids are not only building blocks for protein but also key regulators of metabolic pathways
in fetoplacental development. The enhanced demands of amino acids by the developing
conceptus must be met via active transport systems across the placenta as normal …
obstetrics and domestic animal production. It is usually caused by placental insufficiency,
which decreases fetal uptake of nutrients (especially amino acids) from the placenta. Amino
acids are not only building blocks for protein but also key regulators of metabolic pathways
in fetoplacental development. The enhanced demands of amino acids by the developing
conceptus must be met via active transport systems across the placenta as normal …
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