Gassiness is a common concern for newborns as their digestive systems mature, but certain formulas and feeding techniques may offer relief. Experts recommend looking for formulas with partially hydrolyzed proteins, prebiotics, and specific carbohydrate compositions to support easier digestion.
According to pediatrician Amy Sniderman, MD, as cited by the Cleveland Clinic, some babies may benefit from formulas designed to be gentle on the stomach. While gassiness can be a normal part of infant development, persistent symptoms like a hard, bloated stomach, excessive spit-up, or constant fussiness might indicate a need for a change. Consulting a pediatrician is crucial before switching formulas to ensure it aligns with the baby's specific needs.
Formula Considerations for Gassy Babies
Several formulas are highlighted for their potential to ease digestive discomfort:
- Little Spoon uses organic grass-fed whole milk and is formulated without palm oil, soy, or corn syrup. It includes nucleotides and prebiotics to support gut development and a healthy microbiome. Its formulation may be gentler on sensitive tummies due to its MFGM components and 60:40 whey-to-casein protein ratio, which mimics breast milk.
- Similac Pro-Total Comfort features partially hydrolyzed whey protein, designed for easier digestion. It contains 2′-FL HMO, a prebiotic that supports the immune system. This formula is made without artificial growth hormones or palm oil.
- Enfamil NeuroPro Gentlease is formulated with partially hydrolyzed proteins and aims to reduce fussiness and gas within 24 hours. It contains significantly less lactose than standard formulas and includes a dual prebiotic blend to promote softer stools.
- Dr. Brown’s Good Start Gentle Pro utilizes a two-step protein process to break down whey proteins into smaller pieces, facilitating digestion and leading to softer stools. It also contains probiotics, HMO prebiotics, and postbiotics to support gut health.
- Kendamil’s Organic Baby Formula is made with organic, grass-fed whole milk, avoiding palm or soybean oils. It includes prebiotics and HMOs and retains natural milk fats, including MFGM, which may support easier digestion.
Expert Feeding Tips for Gas Relief
Beyond formula selection, feeding practices play a significant role in managing infant gas. The Children’s Hospital of Philadelphia suggests several strategies:
- Feed before extreme hunger: Offering a bottle before a baby becomes overly hungry can prevent them from feeding too rapidly and swallowing excess air.
- Experiment with bottles and nipples: Different feeding equipment can help reduce air intake and spit-up.
- Burp regularly: Burping during and after feedings helps release trapped air.
- Maintain upright positioning: Keeping the baby upright during and after feeding minimizes air swallowing.
- Incorporate tummy time: Gentle pressure on the abdomen during supervised tummy time can help relieve gas.
Understanding Formula and Gas Symptoms
Pediatrician Katie Larson-Nath, MD, FAAP, notes that gassiness is often a normal part of a baby's developing digestive system. It can be challenging to pinpoint if a formula change will resolve gas-related symptoms, as babies may appear uncomfortable while learning to pass gas and stool. However, if a baby is not growing well, experiences blood in their stool, develops rashes, vomits frequently, or is inconsolable, a pediatrician should be consulted. If gassiness is the primary concern, trying a new formula may be considered, but it typically takes one to two weeks to assess its effectiveness.
Key ingredients to consider when looking for gentler formulas include carbohydrates, proteins, and pre- and probiotics. Formulas with lower lactose content or partially hydrolyzed proteins may be beneficial for some infants. Added prebiotics, such as oligosaccharides, and probiotics can also influence the gut microbiome and potentially reduce gas production. It's important to note that formulas with partially hydrolyzed proteins are not suitable for infants with a diagnosed milk allergy, as the proteins are not broken down sufficiently to prevent an allergic reaction.