Similac Pro-Sensitive Infant Formula with 2'-FL Human Milk Oligosaccharide (HMO) for Immune Support, Ready to Feed, 32 fl oz

265 reviews - By: Similac

Similac Pro-Sensitive Infant Formula with 2'-FL Human Milk Oligosaccharide (HMO) for Immune Support, Ready to Feed, 32 fl oz
MSRP : $10.98

Sale : $7.49
Sold & shipped by Walmart
Similac Pro-Sensitive is designed for fussiness and gas due to lactose sensitivity (not for infants or children with galactosemia). Similac Pro-Sensitive is the first infant formula for sensitive tummies with 2â-FL human milk oligosaccharide,* an immune-nourishing prebiotic foundâ  in breast milk that supports babyâs developing immune system, and the first leading infant formula with no artificial growth hormonesâ¡. Parents reportedâ¡.. Our exclusive blend of DHA, Lutein, and Vitamin E is important for helping support babyâs brain and eye development. You can trust Similac, the #1 brand recommended by pediatricians for immune support and #1 brand chosen by moms.§ *Not from human milk. â  At significant levels. â¡No significant difference has been shown between milk derived from rbST-treated and non-rbST-treated cows. §Total US infant formula, all outlets as of 3/31/2018, Nielsen data.
  • FOR SENSITIVE TUMMIES: Designed for fussiness and gas due to lactose sensitivity. Not for infants or children with galactosemia
  • IMMUNE SUPPORT: Similac Pro-Sensitive is the first infant formula with 2â-FL human milk oligosaccharide* (*Not from human milk)
  • NO ARTIFICIAL GROWTH HORMONES: Similac is the first leading infant formula brand with no artificial growth hormonesâ  (â No significant difference has been shown between milk derived from rbST-treated and non-rbST-treated cows)
  • TRUSTED FORMULA: Similac is the #1 brand recommended by pediatricians for immune support and the #1 brand chosen by momsâ¡ (â¡Total US infant formula, all outlets as of 3/31/2018, Nielsen data)
  • OptiGRO: Our exclusive blend of DHA, Lutein, and Vitamin E, nutrients also found in breast milk, help support babyâs brain and eye development