Dr. Brown’s Natural Flow Options+ Anti-Colic Baby Bottle – 270 ml (0m+) | BPA-Free, Clinically Proven Vent System

Dr. Brown’s Options+ Anti-Colic Bottle 270ml Features
– Clinically proven internal vent system reduces colic, spit-up, burping, and painful gas
– Wide-neck breast-like teat shape supports natural latch-on for seamless breast-to-bottle feeding
– Preserves critical vitamins A, C, and E by preventing air from oxidizing milk nutrients
– Vacuum-free positive pressure flow simulates natural breastfeeding pacing
– Options+ system grows with baby: vent can be removed when digestion matures
– 270ml (9oz) capacity provides ample volume for expanding infant appetites
– Wide neck opening makes formula measuring and bottle brush washing easy
– Completely BPA-free, PVC-free, and lead-free for total child safety

Dr. Brown’s Options+ Anti-Colic Bottle 270ml Description
The Dr. Brown’s Natural Flow Options+ Anti-Colic Baby Bottle 270ml 0m+ (Edition 2) offers clinically proven defense against infant gas, spit-up, and colic symptoms. Engineered with Dr. Brown’s patented internal vent system, this wide-neck bottle eliminates vacuum pressure and air bubbles, allowing milk to flow smoothly and continuously like breastfeeding.

By shielding milk from air exposure, the vent system also helps protect sensitive vitamins A, C, and E against degradation, ensuring maximum nutritional nourishment for your developing infant. The broad, breast-shaped silicone nipple promotes a wide, comfortable latch that makes switching between breast and bottle natural and easy.

As your baby’s digestive system matures, the internal vent system can be removed, converting the bottle into a standard vented bottle. With a spacious 270ml capacity, this bottle serves as a reliable essential from newborn days through toddlerhood.

Wash all parts thoroughly using warm soapy water and the included vent cleaning brush; steam sterilize.

Storage: Store clean and dry in a hygienic nursery cabinet.
Important: Do not warm bottle with vent system tightly sealed to avoid liquid expansion leaks.