Overview

Having a baby with serious breathing issues can be stressful, and you might be worried about how they will eat or gain weight. Don’t worry! We have straightforward and compassionate answers to help you understand when a feeding tube is necessary and how it can help your baby. The intention of this article is to provide you with a comprehensive image so that you can feel secure in your ability to care for your child. Hopefully, you will beat ease as this article will provide valuable information in regard to this topic.

When is a feeding tube needed for a baby with severe breathing issues?

• Requiring breathing support: If a baby requires significant breathing support (such as a ventilator or CPAP), nursing or bottle-feeding will not be viable. A gastric feeding tube is usually present in any infant requiring significant respiratory support (beyond minimal oxygen). Through bypassing the mouth and throat, this tube enables nourishments to travel straight to the stomach, avoiding aspiration and assisting the infant in saving energy for breathing¹
• Poor coordination: This is when a baby cannot coordinate sucking and breathing. Infants that are extremely premature or ill frequently lack the reflexes to suck, swallow and breathe rhythmically. Due to this, tube feeding until a certain stage of maturity is needed.² For example, premature infants with immature lungs or babies with conditions like bronchiolitis often breathe so fast or hard that they struggle to suck and swallow at the same time. Doctors may suggest a nasogastric (NG) feeding tube to properly supply milk if a baby is coughing, choking or becoming exhausted during feedings as a result of breathing difficulties³
• Risk of aspiration: A baby can be at a high risk of accidentally aspirating milk or food into the lungs due to their immature swallowing mechanisms. In such cases, doctors will use a feeding tube to ensure the baby gets the nutrition safely until feeding by mouth is safer⁴
• Feeding fatigue: A newborn with a chronic lung condition may breathe so forcefully that they become exhausted, preventing them from consuming enough milk to support good growth. Henceforth, a feeding tube can be used to supplement or replace oral feeding in order for the baby to receive adequate calories without expending extra energy. For instance, many infants with conditions such as Pierre Robin Sequence (which causes breathing difficulty) or bronchopulmonary dysplasia require tube feeds because they tire out or burn extra calories just breathing⁵

In conclusion, a feeding tube is a temporary way to keep a baby fed and safe anytime their breathing problems make it difficult for them to eat enough by mouth or make feeding risky. In order to determine whether tube feeding is necessary, doctors and nurses will evaluate the baby's breathing and feeding. Let's then take a closer look at how respiratory issues impact feeding and what to look for when using a feeding tube.

Why can breathing issues affect feeding?

Breathing and feeding are known to be very closely linked. Newborn babies naturally breathe through the nose while doing coordinated sucking and swallowing.⁶ If breathing is compromised, then the balance gets disturbed. Babies with severe breathing difficulties (like rapid breathing, wheezing, or use of breathing assistance devices) are often not capable of breathing and feeding together effectively.²

Imagine trying to drink when winded and gasping. It feels dangerous or impossible, right? Babies in respiratory distress may have to pause frequently while feeding, as they can choke and sputter, as they cannot manage the flow of milk while struggling with air. Also, if a baby has a tube in place or is on continuous positive airway pressure, it is not safe or physically possible to bottle or breastfeed. In these cases, a feeding tube can be used to provide nutrition instead.^2,7

What is a feeding tube?

A feeding tube is a thin, flexible tube that delivers milk or formula directly to your baby’s stomach. The most common types are:

• Nasogastric (NG) tube - through the nose
• Orogastric (OG) tube - through the mouth⁸
• Gastrostomy (G-tube) - inserted surgically through the belly for long-term use⁹
• Parenteral nutrition (PN) - through the veins¹⁰

These tubes ensure babies get the nutrients they need.

Several conditions are linked to severe breathing and feeding challenges

• Neonatal Respiratory Distress Syndrome (NRDS): This is a common condition in premature babies, caused by underdeveloped lungs and a lack of a substance that helps keep the air sacs open. These infants often need assistance during breathing and are usually fed by a tube until they’re stable enough to feed on their own
• Pierre Robin Sequence (PRS): A rare condition involving a small jaw and a tendency for the tongue to block the airway. Babies with PRS may struggle to breathe and suck at simultaneously. Thus, they often need an NG tube feeding, especially if a cleft palate is also present^5,11
• Laryngomalacia: This condition is characterised by floppy airways that can collapse or vibrate during breathing. Feeding may cause distress or choking, so temporary tube feeding is sometimes needed until the airway matures or surgery is done¹²
• Congenital Diaphragmatic Hernia (CDH): A birth defect where abdominal organs are compressed into the chest, affecting lung development. After surgery, many babies require a feeding tube (NG tube) because they can’t breathe or feed well enough by mouth

Summary

When your baby has severe breathing issues, feeding can definitely feel overwhelming. However, a feeding tube is often a temporary step that helps while their little body learns to coordinate breathing, sucking and swallowing safely. This isn't about anything you've done wrong – when babies are focused on breathing, they simply can't manage the complex task of feeding safely without risking choking or aspiration. The feeding tube takes pressure off both of you, allowing your baby to get proper nutrition without the exhausting struggle. You can still bond through touch, voice and presence during tube feedings. Remember that this is a solution to your baby's journey toward recovery and normal feeding. Trust your medical team, ask questions whenever you need to, and know that you're giving your baby exactly what they need right now.

FAQ’s

How can I bond with my baby during tube feeding?

You can bond with your baby almost as you would during normal feeding times. Hold your baby in your arms or against your skin during feedings if possible. Skin-to-skin “kangaroo care” is wonderful for tube-fed infants and can even help improve their breathing and stability. Talk, sing or rock your baby while they are fed through the tube. This will result in them associating your voice and touch with comfort and feeling full. Remember, the feeding tube is just another way of giving nutrition. It doesn’t stop you and your baby from sharing the warm, loving interactions of feeding time.¹³

What will happen if my baby needs to go home with a feeding tube?

A member of the unit staff will demonstrate how to feed and take care of the tube for you if your baby is leaving with one. When you return home, the tube might be changed by you or your local neonatal nurse. Your preferences, the assistance the unit offers, and your baby's requirements will all play a role in this. If you don't feel comfortable changing the tube on your own, help will always be available. Please feel free to speak with the unit staff if you have any questions or concerns.²

What complications can happen?

Feeding tubes are generally safe and widely used in infants with breathing problems. However, they do carry some risks. According to a clinical study published in 2017, common complications of tube feeding in medically fragile infants include tube displacement, skin irritation around the insertion site, and feeding intolerance (such as vomiting or bloating).¹⁴ Some cases even involved aspiration of feeds into the lungs. This research paper emphasised that infants with chronic respiratory conditions are at an increased risk of feeding complications due to their fragile state and high metabolic demands. Careful monitoring, correct tube placement and individualised nutrition plans can reduce these risks and improve outcomes.^2,14