
OmegaMe Prenatal
DHA and EPA omega‑3 fatty acids from fish and vitamin D3
One capsule contains:
- 700 mg of DHA and 100 mg of EPA
- 2000 IU of vitamin D
What makes the OmegaMe Prenatal dietary supplement special?
very high DHA content
The OmegaMe Prenatal dietary supplement contains as much as 700 mg of DHA and 100 mg of EPA from fish in a single capsule.
2000 IU of vitamin D in one capsule
Just one capsule of the OmegaMe Prenatal a day is enough to provide 2000 IU of vitamin D3.
convenient form
The convenient softgel capsule is easy to swallow and does not have the characteristic fish oil flavor.
pure composition confirmed by studies
The OmegaMe Prenatal dietary supplement contains no unnecessary fillers, preservatives, or colorants. Its purity and freedom from contaminations and heavy metals have been confirmed in tests conducted by an independent, accredited laboratory: J.S. Hamilton Poland.
What you need to know
Recommended intake
OmegaMe Prenatal
1 capsule a day
Ingredients
Storage
Precautions
Manufacturer
Find out the ingredients in OmegaMe Prenatal dietary supplement
OmegaMe Prenatal | In 1 capsule | RI* IU** |
---|---|---|
Fish oil, providing | 1000 mg | |
DHA | 700 mg | |
EPA | 100 mg | |
Vitamin D | 50 µg | 1000% (2000 IU**) |
Expert opin
There are no miracles. Only science.
At present, the PubMed database contains over 4950 scientific study results demonstrating the effectiveness of omega‑3 fatty acids. Here are some of them:
EPA is essential during pregnancy
EPA is an essential ingredient during pregnancy: it reduces blood pressure in high‑risk pregnancies and minimizes the risk of delayed development in infants.
“Beneficial effects of docosahexaenoic acid on cognition in age‑related cognitive decline”
DHA supports brain function
Maternal intake of very‑long‑chain n‑3 PUFAs during pregnancy and lactation may be favorable for later mental development of children
Omega‑3 fatty acids promote fertility and fetal development
“Thus, omega‑3 fatty acids may provide an effective and practical avenue for delaying ovarian aging and improving oocyte quality at advanced maternal age.”