Prenatal Antioxidants - Support Cellular Health During Pregnancy

Prenatal antioxidants are nutrients that help protect cells from damage and support overall health during pregnancy. They play a vital role in reducing oxidative stress and promoting a healthy pregnancy.

Prenatal Antioxidants FAQ

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Can natural antioxidants be used to treat prenatal complications?

Following PRISMA methodology, the current review addresses the use of natural antioxidants, such as epigallocatechin gallate (EGCG), melatonin and resveratrol (RESV), as well as other classical antioxidants (vitamin C and E) during the prenatal period as treatment of the above-mentioned complications.

Why do we need antioxidants during pregnancy?

Hydroperoxide production affects prostaglandin synthesis patterns, which may result in morbidity owing to antioxidant depletion [ 122 ]. GDM also triggers oxidative stress in fetus, thus the intake of antioxidants during pregnancy is essential factor for improving pregnancy health [ 123 ].

Can Antioxidants help prevent oxidative stress during pregnancy?

After reviewing the theoretical side of oxidative stress in pregnancy, it seems obvious that the answer should be found in antioxidants. For decades, scientists from diverse disciplines have focused their attention on antioxidant drugs or supplements, and numerous trials have been conducted worldwide.

Do antioxidant supplements affect neonatal health?

Because a low antioxidant status of the mother may be transmitted to the infant at early unprotected stages of life, more studies about the effects of antioxidant supplements on neonatal health are required. Although all of these results are favorable to the use of antioxidants, several aspects must be taken into account.

Can antioxidants prevent or treat pregnancy related complications?

Even though antioxidant trials largely turned out to be negative, research is still ongoing to find an optimal antioxidant drug to prevent or treat pregnancy related complications. Focus has been on more selective antioxidants and has investigated intracellular sources of OS during pregnancy.