What to Do If a Patient Pulls Out a Feeding Tube

The single most important thing to know when a patient pulls out a feeding tube is whether the tube goes through the abdominal wall (a gastrostomy or jejunostomy tube) or through the nose (a nasogastric or nasojejunal tube), because the response is fundamentally different. A gastrostomy site can begin closing within hours, making speed critical. A nasogastric tube, by contrast, leaves no permanent hole, but reinserting one carries its own risks if done incorrectly. In either case, the immediate priority is keeping the patient safe and getting the right clinical help involved quickly.

Why Timing and Tract Maturity Make All the Difference

For gastrostomy tubes, like PEG tubes placed endoscopically or surgically, the age of the stoma is the key variable. A mature stoma tract, one that has been in place for several weeks or longer, has formed a fibrous channel between the stomach wall and the skin. That channel stays open for a while after the tube comes out, giving a window of several hours to get a replacement tube threaded through. An immature tract, roughly one that is less than two to four weeks old, has not healed into a stable channel. When a tube comes out of an immature tract, the stomach wall and the abdominal wall can separate, and stomach contents can leak into the abdominal cavity. That is a surgical emergency.

Research on early accidental dislodgement bears this out. In a study of PEG tubes inadvertently removed within seven days of placement, the median time to dislodgement was just three days. About half of those patients had the tube directly replaced through the existing track, followed by an imaging study to confirm position. But for others, immediate replacement was not possible, and those patients needed several days of nasogastric decompression, antibiotics, and eventually a new endoscopic procedure. Patients whose tubes came out within the first three days often required open surgery to repair the site.¹

The practical takeaway: if the tube has been in place for less than a few weeks, treat dislodgement as urgent and get the patient to an emergency department or contact the surgical team immediately. If the tract is mature, you still need to act within hours, but there is a bit more room to work with.

Gastrostomy Tube Pulled Out: Immediate Steps

If you are a caregiver or nurse and the patient’s gastrostomy tube has come out, the first thing to do is cover the stoma site with clean gauze to absorb any leaking stomach contents. Do not attempt to push food, water, or medication through the opening. If you have been trained in replacement and a spare tube of the correct size is available, many clinical protocols call for inserting a replacement tube or even a Foley catheter as a temporary placeholder to keep the tract from closing. A Foley catheter is not a long-term solution, but it can hold the channel open until a clinician can place the correct device and verify its position.

If you are not trained in tube replacement, or if the stoma looks red, swollen, or is leaking fluid that looks like anything other than clear stomach contents, do not attempt reinsertion. Call the patient’s clinical team or go to an emergency department. An early case report described a patient whose PEG was accidentally removed and who, on examination, had no signs of peritonitis or sepsis. That patient underwent simultaneous endoscopic closure of the stomach wall defect and PEG replacement, which allowed enteral feeding to resume faster and shortened the hospital stay.² That kind of outcome depends on the patient being seen quickly and by a team equipped to handle it.

When a Nasogastric or Nasojejunal Tube Comes Out

Nasogastric and nasojejunal tubes sit in a completely different category. They run through the nose, down the esophagus, and into the stomach or small intestine. When a patient pulls one out, there is no stoma to worry about, but there is also no easy way to just slide it back in safely without training. A tube that is reinserted blindly can end up in the lungs instead of the stomach, which is dangerous and sometimes fatal if feeding is started into the airway.

These tubes are especially prone to accidental removal because they rely on external tape or securement to stay in place. Patients who are confused, agitated, or simply uncomfortable frequently pull at them. A review of nasogastric tube securement methods found that nasal bridles, a small device threaded behind the nasal septum, significantly reduced unintentional dislodgement compared to tape alone.³ However, bridled patients did not consistently show fewer adverse events like nasal sores or nosebleeds, so the choice between bridle and tape involves trade-offs.

When an NG tube does come out, reinsertion is a clinical procedure. Unless the setting is a hospital ward with trained nursing staff, the tube should not be re-placed by a caregiver at home. Keep the patient upright to reduce aspiration risk, hold any enteral feeding and medications, and contact the clinical team. If the patient is receiving continuous feeds and the tube cannot be replaced promptly, intravenous fluids may be needed to bridge the gap.

Confirming the Replacement Tube Is Positioned Correctly

One of the most dangerous things that can happen after a feeding tube is reinserted is that it ends up in the wrong place. For gastrostomy tubes, the replacement can slip through the stoma but miss the stomach entirely, ending up in the abdominal cavity or even tracked into the colon. A review of cases where gastrostomy tubes were misplaced into the colon found that the majority of patients who developed symptoms did so after a tube change, not after initial placement.⁴ Feeding into the wrong location can cause peritonitis, abscess, or worse.

For nasogastric tubes, the classic confirmation method is a chest X-ray, which remains the gold standard for verifying position.⁵ Other bedside methods exist: checking the pH of fluid aspirated from the tube (a low, acidic pH suggests stomach placement), using ultrasound, or measuring exhaled carbon dioxide at the tube opening. A systematic review of these methods found moderate evidence supporting ultrasound and CO₂ detection when combined with other bedside tests, but limited evidence for pH testing alone.⁶ The old “whoosh test,” where air is injected into the tube while listening over the stomach with a stethoscope, is unreliable and no longer recommended by most guidelines.

The bottom line for caregivers: never start feeding through a replaced tube until position has been confirmed by an appropriate method. For gastrostomy tubes replaced at home, many protocols require a visit to radiology for a contrast study before feeds resume. Do not skip this step.

Warning Signs That Need Emergency Attention

After any tube dislodgement, certain symptoms indicate something has gone seriously wrong. Watch for:

Abdominal rigidity or guarding: a hard, tender abdomen that the patient resists you touching can signal peritonitis, meaning stomach or intestinal contents have leaked into the abdominal cavity.
Fever and rapid heart rate: these suggest infection or sepsis, particularly if the stoma site looks inflamed or is draining pus.
Respiratory distress: difficulty breathing after a nasogastric tube reinsertion may mean the tube has entered the airway.
Bleeding from the stoma: mild oozing after a gastrostomy tube is pulled out is common, but steady or heavy bleeding requires urgent evaluation.
Leaking of greenish or fecal-smelling fluid: this may indicate that a replaced tube has been mispositioned into the bowel rather than the stomach.

Any of these findings warrant an immediate trip to the emergency department, not a phone call to schedule a clinic visit. Speed matters especially when the stoma is young, but even mature tracts can develop life-threatening complications if a replacement tube is in the wrong position.

Preventing Dislodgement in the First Place

Prevention is obviously preferable to managing the aftermath. For gastrostomy tubes, the external bumper or retention disc should sit snugly against the skin without digging in. Tubes that are too loose can catch on clothing or bedding and get pulled. A common prevention question is whether specialized securement devices work better than standard adhesive tape for nasogastric tubes. One randomized trial compared a dedicated feeding tube attachment device to adhesive tape and found accidental removal rates of about 31% with the device and 44% with tape, but the difference was not statistically significant.⁷ In other words, neither approach is great at preventing removal, and the overall dislodgement rate in hospitalized patients is strikingly high regardless of the fixation method used.

Low-profile gastrostomy devices, sometimes called “button” tubes, sit flush with the skin rather than dangling externally. In theory, this gives a confused or agitated patient less to grab. A retrospective comparison of low-profile and traditional balloon-retention gastrostomy tubes in adults found similar rates of major complications including early dislodgement between the two designs.⁸ In children, one study found that low-profile buttons actually had higher dislodgement rates than traditional tubes, though tube-related hospital readmissions were no different between the groups.⁹ So while low-profile tubes have other advantages like being easier to conceal under clothing and more comfortable for active patients, they are not a reliable fix for the dislodgement problem.

When Patients Repeatedly Pull at Their Tubes

Some of the most challenging situations involve patients who pull at their tubes deliberately or semi-deliberately, often because of delirium, dementia, or severe agitation. Estimates suggest that up to half of dementia patients with feeding tubes attempt to remove them.¹⁰ This creates a painful dilemma for clinical teams and families: physical restraints like mittens or wrist ties prevent tube removal but carry their own harms, including skin breakdown, increased agitation, and psychological distress for both the patient and caregivers. Chemical restraints through sedating medications come with risks of falls, aspiration, and over-sedation.

The ethical landscape here is genuinely difficult. In patients with advanced dementia, the question often arises whether the feeding tube should be replaced at all after repeated removals, or whether the repeated pulling is itself a form of communication. Major geriatric and palliative care guidelines generally advise against feeding tube placement in advanced dementia due to lack of evidence that it prolongs survival or improves quality of life. When a patient in this situation pulls out a tube, the clinical team and family should have an honest conversation about goals of care rather than reflexively replacing it.

For patients with delirium or other reversible causes of confusion, the calculus is different. Here the tube is often a bridge to recovery, and the team may decide that temporary use of mittens or a one-to-one sitter is justified until the underlying cause of agitation resolves. There is no one-size-fits-all answer, but repeated dislodgement should always trigger a reassessment of whether the tube is still the right plan.

Keeping Medications and Nutrition Going During the Gap

When a feeding tube comes out, the most immediate practical concern after patient safety is what happens to the medications and nutrition that were being delivered through it. Many patients on tube feeding depend on it for their entire caloric intake and fluid needs, and some receive crushed or liquid medications through the tube that cannot easily be given another way.

A survey of nurses managing enteral tube medications found that medication practices around feeding tubes are already inconsistent even when the tube is in place. Over a quarter of nurses reported never checking whether a drug needed to be modified for tube administration, and more than half had experienced a tube being removed because of blockages related to medication delivery.¹¹ When the tube is suddenly gone, the medication gap becomes even more urgent. Some critical medications, like antiepileptic drugs or cardiac medications, cannot safely be skipped even for a day. Clinicians need to quickly identify which medications have alternative routes (sublingual, rectal, transdermal, or intravenous) and arrange those while the tube is out.

For nutrition, short gaps of a day or two are generally tolerable in otherwise stable adults. Longer gaps require intravenous nutrition or expedited tube replacement. For children and malnourished patients, even brief interruptions may matter more, and the clinical team should have a contingency plan in place before the tube is even placed, given how common accidental removal is.

Preparing Caregivers for Home Tube Management

Many tube-fed patients live at home with family caregivers who are suddenly responsible for equipment they never expected to manage. The anxiety around this is real and well-documented. A survey of family caregivers of children with gastrostomy tubes found that many reported feeling anxious and under-confident during the first few weeks at home after their child’s surgery. Over time, most gained confidence, and caregivers particularly valued ongoing support from other parents and from community nurses.¹²

The best time to prepare for a tube dislodgement is before it happens. Caregivers should know the age of the stoma, have a spare tube or Foley catheter at home if instructed by the clinical team, and have clear written instructions about when to attempt replacement versus when to go to the emergency department. They should know the phone number to call during and after business hours. They should understand that a mature stoma can close surprisingly fast, sometimes within a few hours, which means waiting until the next morning for a clinic visit is often not an option.

Hospitals and clinics vary widely in how well they prepare families for this scenario. If you are a caregiver and you have not been given a clear tube-dislodgement plan, ask for one. Specifically ask: what size tube does my patient have, what size catheter can serve as a placeholder, how do I know if reinsertion has failed, and at what point do I need to come in? Having those answers written down before the stressful moment arrives can make the difference between a manageable situation and a panicked one.

Tube Dislodgement in Veterinary Patients

Feeding tubes are not unique to human medicine, and pet owners face a version of the same problem when an animal pulls out a nasoesophageal or esophagostomy tube. A retrospective study of dogs and cats sent home with nasoesophageal feeding tubes found that complications occurred in about two-thirds of cases, with sneezing being the most common issue. Despite the high complication rate, all of the adverse effects were classified as minor, with no life-threatening events reported. The study also found that complications at home were no more frequent than those occurring under veterinary staff supervision during hospitalization.¹³

The principles are broadly similar across species: keep the site clean, prevent the patient from accessing the tube when possible (Elizabethan collars serve a similar function to mittens in confused human patients), and contact the veterinary team promptly if the tube comes out. Animals cannot be reasoned with about leaving the tube alone, but they also tend not to have the fine motor coordination to pull a well-secured tube with the same efficiency as a determined human patient. Securing the tube well and monitoring the animal closely during the first few days remain the best prevention strategies.