Bio-Active Complete Multi-Vitamin for Women with Iron

  • $14.95

Bio-Active Complete Multi-Vitamin for Women with Iron Many women do not receive adequate vitamins and minerals in their daily diets.

These deficiencies can lead to various health issues, including weakened immune system, hair loss, skin problems, poor vision, reduced bone density, weight gain, and more serious conditions.

Therefore, it is important for EVERYONE to take a high-quality multivitamin daily.

A good multivitamin can help address these nutritional gaps and prevent numerous potential health problems.

Our LiveGood Bio-Active Complete Multivitamin for Women is carefully formulated with top-quality ingredients at optimal dosages to provide your body with 24 different vitamins and minerals that are often lacking in people's diets, all at an affordable price.

Furthermore, since women require more iron to compensate for the amount lost during their menstrual cycle, our Multivitamin for Women includes the highest quality iron for your body.

This multivitamin can help enhance your immune system, support cardiovascular health, reduce stress and anxiety, maintain healthy eyesight and bone strength, promote healthy aging, and much more!

LiveGood BioActive Complete Multivitamin is cruelty-free, gluten-free, GMP certified, non-GMO, nut-free, soy-free, third-party tested, and vegan.

HOW TO USE: Take 2 capsules orally once daily with food.

It is best to take the multivitamin with food as it contains fat-soluble vitamins A, E, lycopene, and zeaxanthin, which absorb better when taken with food. Vitamins D and K are also important fat-soluble vitamins and are found in our LiveGood D3/K2.

It is recommended to take the multivitamin in the morning because it contains Methylcobalamin (the active form of B-12), which may provide an energy boost and could potentially impact sleep if taken later in the day.

Consistency is key, so it is best to take the multivitamin every day as many of these essential vitamins and minerals require time to reach a steady state concentration in the body.