Seeking Health, Optimal Multivitamin, 60 Chewable Tablets

• Targeted Support®
• Dietary Supplement

Key Benefits and Actions

• Great-tasting, easy-to-use chewable format
• With active B vitamins, including B12 and L-5-MTHF to help support healthy methylation processes
• May help support immune health
• May help support healthy energy production

Optimal Multivitamin Chewable by Seeking Health provides a wide variety of nutrients in well-absorbed or active forms in a great-tasting chewable tablet. These chewable multivitamin and mineral tablets are formulated with the finicky palates of children in mind – with no artificial flavors or sweeteners. Please note that while this formula is popular for children over the age of 4, it is best to consult with your healthcare professional for the correct dosage for your child. This formula is also great for adults who have a hard time swallowing regular pills. Daily supplementation of essential macro- and micronutrients, such as those included in Optimal Multivitamin Chewable, may help children and adults obtain proper nutrition and optimal health as part of a well-balanced nutritional program.

This comprehensive multi-nutrient blend contains vitamins, minerals, and trace elements important for a healthy nervous system, immune function, antioxidant defenses and normal growth and development. It provides a well-rounded combination of 28 important nutrients in well-tolerated, easy-to-absorb forms, and offers higher potencies of antioxidant vitamins C and E than are typically found in most other chewable multivitamins. Each delicious serving includes minerals and trace elements in forms such as amino acid chelates and citrates that are typically well-tolerated and comfortably digested. This product contains folate and vitamin B12 in their “coenzyme” forms: methylfolate, methylcobalamin and adenosylcobalamin, the forms required by folate- or B12-dependent enzymes and reactions within the body. These forms are considered “active” because they are readily available for absorption and utilization within the body.