Similac Go & Grow Milk-Based Powder Toddler Drink (40 oz.)

Nutrition is important, especially during the toddler years. With all the moving and growing their little bodies do, it is vital that they have the proper drinks and snacks available to help them develop. Similac® Go & Grow Milk-Based Powder Toddler Drink is a supplemental drink that helps provide much-needed nutrition for even the pickiest of eaters.

What Is the Nutritional Content of Similac Go & Grow?

Similac Toddler Formula is a supplemental drink designed to support your child's growing body and help add nutrients they may miss out on from there everyday meals. As such it contains 25 essential vitamins and minerals such as calcium, niacin, phosphorus, iron, biotin and iodine. It is high in vitamins B12, A, E, C, and D.

Similac milk-based powder contains lutein for eye health. It also contains DHA for brain development. This full drink contains twice as much calcium as the leading yogurt snack and three times more vitamin E than broccoli.

What Is the Appropriate Age Range for Go & Grow by Similac?

Similac toddler drink is for children ages 12 to 24 months. As Similac Go & Grow Milk-Based Powder Toddler Drink uses cow's milk as the main ingredient, it should not be given to children under one year. Infants cannot wholly digest cows' milk due to the concentration of minerals and proteins.

Does This Milk-Based Powder Need Refrigeration?

In its powdered state, Similac Go & Grow Milk-Based Powder Toddler Drink does not need refrigeration. It would be best if you stored the container in a cool, dry location. However, once mixed with water, it is best to give it your child immediately. You should discard any unconsumed drink within one hour of making.

Is Similac Toddler Drink Gluten-Free and Dairy-Free?

Similac understands the growing concern over celiac disease and as such makes their Go & Grow products without gluten and in a gluten-free environment. For those with milk allergies, there are non-milk options available. All Go & Grow products are free from artificial growth hormones.