What to Do If a Patient Pulls Out a Feeding Tube

A dislodged feeding tube is a time-sensitive problem, not a wait-and-see situation. Whether the tube is a gastrostomy (G-tube) placed through the abdominal wall into the stomach, a jejunostomy (J-tube) entering the small intestine, or a nasogastric tube threaded through the nose, the response depends on the tube type, how long it has been in place, and the patient’s overall condition. For abdominal tubes, the stoma can begin closing within hours, turning a manageable replacement into a surgical emergency. For nasal tubes, the immediate medical danger is lower, but the interruption in nutrition and medication delivery still matters. Knowing what to do in those first minutes and what not to do can prevent serious complications.

The First Few Minutes After a Gastrostomy Tube Comes Out

If a G-tube or PEG (percutaneous endoscopic gastrostomy) tube is pulled out, the most urgent priority is keeping the stoma tract open. The hole in the abdominal wall is a living tunnel of tissue that begins to shrink and close surprisingly fast. In a mature tract, meaningful narrowing can start within four to six hours. In a newer tract, the window can be even shorter. Covering the site with a clean gauze pad to absorb any leaking stomach contents is the first physical step, followed immediately by contacting the patient’s medical team or heading to an emergency department.

Do not attempt to feed anything through the stoma while the tube is out. Stomach acid and gastric contents may leak from the opening, so keeping the surrounding skin clean and dry prevents irritation. If the dislodged tube is still intact and you have been trained on replacement by the care team, some clinicians instruct experienced caregivers to gently reinsert the same tube or a spare just to keep the tract from closing, without inflating the balloon fully or using the tube for feeding until placement is confirmed. But this step should only happen if you have explicit prior instructions, the right supplies, and the tract is well-established.

Why the Age of the Tract Changes Everything

A gastrostomy tract typically takes several weeks to mature after the initial tube placement. During that healing window, the inner lining of the stomach has not yet firmly adhered to the abdominal wall. If a tube is pulled out during this early period, the stomach can separate from the abdominal wall, allowing stomach contents to spill into the abdominal cavity. This leakage can cause peritonitis, a dangerous infection of the peritoneal lining that requires emergency surgery.¹

Once a tract is mature, reinsertion is generally safer, but “mature” does not mean “risk-free.” A case report of a 60-year-old man whose PEG tube was blindly reinserted into what was considered a mature tract illustrates the point. He developed peritonitis from partial tract breakdown and intraperitoneal contamination, ultimately needing laparoscopic surgery to repair the damage.² The lesson is that even a tract that has been in place for months can be disrupted if reinsertion is done without proper guidance or imaging confirmation.

The Danger of Blind Reinsertion

Blind reinsertion means pushing a tube back through the stoma without using imaging, endoscopy, or other verification to confirm it has entered the stomach correctly. The tube can slide into the peritoneal cavity, lodge in the abdominal wall, or create a false passage between tissue planes. Any of these outcomes can lead to feeding formula being delivered outside the stomach, causing severe infection, abscess formation, or worse.²

This risk is why medical guidelines generally recommend that any reinsertion be followed by some form of position verification before feeding resumes. The specific method varies by institution: some use water-soluble contrast studies under fluoroscopy, others use bedside ultrasound or endoscopy. In a hospital setting, the tube’s position is typically confirmed before anything is run through it. For caregivers at home, the safest path after a dislodgement is to keep the tract open if possible and get to a facility where verification can happen.

Verifying Tube Placement for Nasogastric Tubes

Nasogastric tubes present a different set of concerns. Because they pass through the nose and down the esophagus into the stomach, there is no stoma that will close. The main risk with a dislodged or partially pulled NG tube is that it may sit in the wrong position if simply pushed back in, potentially ending up in the lungs rather than the stomach. Feeding into the lungs causes aspiration pneumonia, which can be life-threatening.

The old method of checking NG tube position, listening with a stethoscope for a “whoosh” of air injected through the tube, has fallen out of favor because it is unreliable. A quality improvement initiative at one hospital replaced that auscultation method with pH testing of aspirated fluid combined with measuring the tube length at the nostril, producing more dependable confirmation of correct placement.³ Gastric aspirate typically has a pH below 5.5, while respiratory secretions run higher. In practice, if an NG tube is pulled out at home or in a care facility, it should not be reinserted without clinical oversight and proper position checks.

Using a Foley Catheter as a Temporary Placeholder

When a gastrostomy tube comes out and a replacement tube is not immediately available, clinicians sometimes insert a Foley catheter (a urinary catheter with an inflatable balloon) through the stoma to keep the tract open until a proper replacement can be arranged. A prospective trial comparing Foley catheters with commercial replacement gastrostomy tubes in 46 patients found similar complication rates and efficacy between the two, with the Foley being considerably cheaper.⁴

However, a Foley catheter is not a gastrostomy tube and was never designed for this purpose. Its balloon is softer and more mobile than the retention mechanism on a proper G-tube. If the balloon migrates into the pylorus, the narrow gateway between the stomach and small intestine, it can cause a gastric outlet obstruction, meaning nothing passes through the stomach normally. One reported case involved a 58-year-old woman who developed exactly this complication when a Foley catheter was used as a PEG replacement.⁵ Some experts have argued that using Foley catheters for gastrostomy replacement should be abandoned entirely in routine practice, given the repeated reports of this specific complication.⁶

The practical reality is that a Foley may be the only option in an emergency room at 2 a.m. when the right replacement tube is not in stock. If a Foley is used, it should be treated as a bridge lasting hours, not days. The patient needs a proper gastrostomy tube placed as soon as one is available, and the Foley balloon should be positioned carefully and monitored closely.

Why Patients Pull Out Their Tubes

Understanding why tubes come out helps prevent the next episode. Feeding tube dislodgement falls into two broad categories: the patient intentionally or semi-intentionally removes the tube, or it comes out accidentally during routine care activities.

A retrospective study of nasogastric tube dislodgements found that conscious patients were more likely to dislodge their tubes during reflexive actions like coughing, scratching their nose, or sneezing. Confused or drowsy patients, by contrast, were less likely to dislodge during these moments. But during activities like repositioning in bed, bathing, or incontinence pad changes, accidental dislodgement was significantly more common.⁷ Patients whose hands were not restrained during these activities were far more likely to pull the tube, as were patients who had had their tube in place for a longer period. Interestingly, having a companion at the bedside during care activities was associated with higher dislodgement risk, possibly because the extra movement and distraction during visits contributed to accidental pulls.

For gastrostomy tubes, the mechanisms differ. Patients with cognitive impairment or agitation may grab and pull the external portion of the tube. In other cases, the tube snags on bed rails, clothing, or transfer equipment. Tube deterioration over time can also weaken the internal retention device, making dislodgement easier even with minor force.

Preventing Dislodgement of Nasogastric Tubes

Standard adhesive tape is the default method for securing an NG tube to the nose, but it fails often. The tube slides, tape loosens with sweat or skin oils, and confused patients can pull it free without much effort. Nasal bridles offer a more secure alternative. A bridle is a thin loop of material threaded behind the nasal septum (the cartilage between the nostrils) and clipped to the tube, anchoring it in a way that tape cannot.

Studies consistently show that bridles reduce accidental dislodgement. One study found that the rate of accidental tube removal dropped from about 6.4 per 100 tube-days with tape to 1.6 per 100 tube-days with a bridle, and the proportion of tubes accidentally removed fell from 36% to 10%.⁸ Another ICU study confirmed the pattern and added a nutritional benefit: patients in the bridle group received a higher proportion of their prescribed calories, about 86% compared with 66% in the tape group, simply because their tubes stayed in place long enough to deliver the feeding.⁹

In children, the evidence is even more striking. A study of pediatric patients after airway surgery found zero tube dislodgements in bridled patients, compared with about 9.4 pullouts per 100 days in unbridled patients. The children with dislodgements also needed significantly more X-rays to recheck placement and tended to have longer hospital stays.¹⁰

Preventing Dislodgement of Gastrostomy Tubes

For G-tubes, prevention looks different because the tube exits through the abdomen rather than the nose. One approach targets the tube hardware itself. Low-profile gastrostomy devices, often called “button” tubes, sit nearly flush with the skin rather than dangling externally. Because there is no long tube to catch on objects or for a patient to grab, they are less prone to accidental dislodgement and tend to be preferred by patients and caregivers for both practical and cosmetic reasons.¹¹

Another approach addresses the mechanism of accidental pull-out. A device called the “SafetyBreak” was designed to decouple external traction from the internal bumper that holds a PEG tube inside the stomach. When something snags the tube, the device breaks away before enough force reaches the bumper to pull it through the stoma. A prospective trial found that accidental dislodgement rates dropped from about 13% to about 6% with the device in place.¹²

For patients who are severely agitated and repeatedly pull at their tubes despite other interventions, more creative solutions have been tried. One case report described a patient with brain injury who kept removing his gastrostomy tube even with four-point restraints, a vest restraint, behavioral interventions, and near-sedation-level antipsychotic medications. The care team built a custom polyethylene body jacket with a recessed, S-shaped tunnel for the feeding tube to pass through. The patient could not reach the tube, nursing staff could easily access it, and skin integrity was maintained.¹³ While that specific device is not commercially available, the principle of physically shielding the tube site from a patient’s hands remains relevant in challenging care situations.

When Repeated Tube Removal Raises Ethical Questions

Sometimes a patient pulls out a feeding tube not because they are confused or agitated, but because they do not want it. This is particularly fraught in patients with dementia, who may lack the capacity to articulate a reasoned refusal but whose actions may nonetheless reflect genuine distress or preference.

Courts have consistently treated feeding tubes as a form of medical treatment that patients have the right to refuse, though much of the legal precedent comes from cases involving persistent vegetative states rather than dementia specifically.¹⁴ When a patient with advanced dementia repeatedly removes a feeding tube, the care team and family face a difficult question: does reinserting it serve the patient’s interests, or does it prolong suffering without meaningful benefit?

The evidence on feeding tubes in advanced dementia is not encouraging. Reviews of the literature have found that tube feeding in this population does not clearly improve survival, prevent aspiration pneumonia, or enhance quality of life. Each decision should involve the patient’s previously expressed wishes (if documented in an advance directive), family surrogates, and a team of clinicians who can weigh the potential harms and benefits specific to that individual.¹⁵ Repeated tube removal by a patient with dementia should prompt a serious conversation about goals of care, not just an automatic trip to the procedure suite for reinsertion.

The Caregiver Side of the Equation

For family members managing a feeding tube at home, a dislodgement can be one of the most frightening events in their caregiving experience. Research on caregivers of patients with esophageal cancer found that about two-thirds reported significant anxiety and guilt related to PEG tube management. Technical problems like blockages, leaks, and infections added to the stress, and many felt they had received inadequate training before being sent home with the responsibility. One caregiver described crying in panic when the tube leaked at night because they did not know who to call.

This emotional burden is worth acknowledging because it directly affects outcomes. A caregiver who panics during a dislodgement may attempt a risky reinsertion they are not prepared for, or may delay seeking help because they feel overwhelmed. Before discharge from the hospital, the care team should walk caregivers through exactly what to do if the tube comes out: cover the site, do not feed, call a specific phone number, and get to a facility within a defined time window. Having a written action plan and a spare tube or catheter at home (if the care team approves it) can turn a crisis into a manageable inconvenience.

Complications That Can Follow a Dislodgement

Beyond the immediate risk of tract closure and peritonitis already described, feeding tube dislodgement can trigger a cascade of downstream problems. Interrupted nutrition delivery is the most obvious: patients dependent on tube feeding may lose days of caloric intake while awaiting replacement, and malnourished patients tolerate these gaps poorly. Medications delivered via the tube are also interrupted, which can be dangerous if the patient relies on the tube for seizure medications, cardiac drugs, or other time-sensitive treatments.¹⁶

Hospital readmission is another common consequence. Data on nursing home residents with feeding tubes show that those with tubes had substantially higher one-year hospital costs and more intensive care unit time compared with matched residents without tubes, reflecting the overall burden of tube-related complications including dislodgement events.¹⁷ Each emergency department visit for a dislodged tube adds imaging, procedural costs, and sometimes an inpatient stay, all of which compound over time for patients who experience repeated dislodgements.

Practical Takeaways for Different Settings

What you should do in the moment depends on where you are and what resources are available:

Hospital or skilled nursing facility: Notify the nursing team immediately. They will assess the stoma or insertion site, place a temporary catheter if needed, and arrange imaging to confirm placement before resuming feeds. For NG tubes, replacement typically happens at the bedside with pH testing or X-ray confirmation afterward.
At home with a gastrostomy tube: Cover the stoma with clean gauze, do not attempt to feed through the site, and call the prescribing physician or the number provided at discharge. If you have been trained and have a spare tube or catheter, you may gently insert it to keep the tract open, but do not inflate a balloon fully or begin feeding until a clinician confirms placement. Time matters; try to reach care within a few hours.
At home with an NG tube: Do not reinsert the tube yourself unless you have received specific training and verification tools. Contact the home health agency or prescribing physician. The tract will not close (there is no stoma), so the urgency is about resuming nutrition and medications rather than preserving an opening.

Across all settings, the guiding principles are the same: protect the site, do not feed until placement is verified, and seek clinical help promptly. The most damaging mistakes happen when someone attempts to fix the problem quickly without the tools or training to confirm that the tube ended up in the right place.

Low-Profile Tubes and the Move Toward Prevention by Design

The trend in enteral access is shifting toward devices that are harder to dislodge in the first place. Low-profile “button” gastrostomy tubes eliminate the dangling external tube that invites snagging and grabbing. They connect to feeding sets only during active use and otherwise sit almost flat against the abdominal wall. For patients who are mobile, cognitively impaired, or cared for in environments where tube-snagging hazards are hard to eliminate, buttons represent a meaningful reduction in dislodgement risk.¹¹ Originally intended only for placement into mature tracts, they are now safely placed de novo in adults at initial insertion, which means patients do not need to start with a traditional tube and switch later.

For nasal tubes, the adoption of bridle systems is growing but remains uneven. Many ICUs have adopted them as standard for patients at high risk of self-extubation, but in general medical wards and home-care settings they are less common. Given the consistent evidence that bridles reduce dislodgement rates by roughly two-thirds or more, broader adoption would spare a substantial number of patients and caregivers from the stress and medical risk of repeated tube replacements.⁸