When you want the most comprehensive support from the Pregnacare range for you and your baby, Pregnacare Max is a trusted source of essential nutrients with Calcium and Omega-3.
The ultimate support in the Pregnacare range
Pregnacare Max offers the ultimate formula in the range for mums-to-be who want the maximum nutritional support from Pregnacare. This advanced formula helps to safeguard the daily intake of important nutrients during pregnancy. The dual pack provides 400µg folic acid the exact level recommended by the UK Department of Health, incorporating the special, readily bioavailable form L-Methylfolate. Supplemental folic acid intake increases maternal folate status*. Low maternal folate status is a risk factor in the development of neural tube defects in the developing fetus.
It includes other essential vitamins and minerals, including 10µg vitamin D as advised by the UK Department of Health during pregnancy and breastfeeding and 500mg Calcium. The pack also contains a 300mg Omega-3 DHA capsule for normal fetal brain & eye development**. Pregnacare Max tablets have been carefully formulated by experts to safeguard nutritional requirements during all of pregnancy.
It is important to follow the directions and take the recommended TWO Pregnacare Max tablets per day, to ensure that you obtain the recommended level of 400µg folate (folic acid).
Provides a daily intake of 10µg Vitamin D as recommended by the UK Department of Health for all pregnant and breastfeeding women.
Important: Some pregnancy formulas do not include the exact 10µg vitamin D as advised by the UK Department of Health during pregnancy and breastfeeding.
Produced in Britain to high GMP (Good Manufacturing Practice) quality standards.
Plus High Purity Omega-3 capsule
Research increasingly shows the importance of essential fatty acids in the development of babies and infants. Each capsule provides 300mg DHA (Docosahexaenoic Acid), the level recommended by international experts†† (ISSFAL). Maternal intake of DHA contributes to normal fetal brain and eye development.