DR. BROWN'S BABY ANTI-COLIC BOTTLE OPTIONS+ WIDE-NECK 270ML, PINK (WB91601)

Description: dr. Brown's Baby Anti-colic bottle Options+ Wide-Neck 270ml, pink (WB91601)

Designed by a doctor, this infant bottle brings you a unique patented optimal air suction system that significantly reduces the incidence of abdominal pain, vomiting, burping and inflation. An internal flow valve prevents air bubbles from forming in breast milk or other fluid. There is no vacuum formation, which helps to eliminate uncomfortable intra-ear pressure. Its shape imitates breastfeeding very well and is ideal for feeding breast milk or other liquids. Choose the right pacifier. Dr.Brown's pacifiers are made of very soft, high-quality silicone. Individual species differ in flow.

Packaging

Package includes: 1× baby bottle, 1× silicone teat level-1, two-piece patented internal valve, cleaning brush, instructions for use.

Notice

Although we recommend and it is best for babies to feed using a valve, this bottle is also as functional as regular bottles without a valve. Some parents are comfortable with the option to remove the valve, for larger children or if the child no longer has symptoms of colic. A smooth flow is ensured by the teat. Do not use a microwave oven for heating, as uneven heating creates hot spots in the milk or formula. Test the teat by pulling on the tip, and if it shows any signs of wear, replace it. Always test the temperature of the liquid in the bottle before feeding the baby. The bottle should only be used under adult supervision. Do not leave the baby alone with the bottle and do not allow the baby to walk or take the bottle to bed while feeding. A recent first-of-its-kind university study targeting the detection of nutrient levels in breast milk and formula in different infant bottles (during a feeding lasting 20 minutes) showed that Dr.Brown's bottles help maintain levels of important nutrients. The valve system reduces oxidation, mixing of milk with air and the formation of bubbles in milk, which easily loses nutrients due to oxidation.