Can You Survive a Gunshot to the Stomach?

Most people who are shot in the abdomen and reach a hospital alive do survive. A large trauma-center study of 300 consecutive patients with abdominal gunshot wounds found an overall survival rate of about 88%, and that figure climbed to roughly 97% when major blood-vessel injuries were excluded.¹ But “can you survive” depends on a cascade of factors that start the instant the bullet enters the body and don’t stop until weeks after surgery.

Which Organs Are Hit Matters More Than the Word “Stomach”

When people say “shot in the stomach,” they usually mean somewhere in the abdomen, the area between the ribcage and the pelvis. The abdomen is packed with organs, and a bullet rarely damages just one of them. A study of 848 patients with abdominal gunshot wounds found that those who died typically had injuries to multiple organs and, in about 80% of fatal cases, a major blood vessel was involved.² One case report illustrates this well: a single shooting produced a torn vein near the intestines, damage to the aorta, injuries to the duodenum, holes through the colon, and multiple small-bowel perforations, all from three entry wounds.³

Solid organs like the liver and spleen bleed profusely when damaged because they are dense with blood vessels. The liver sits directly behind the lower right ribs and is one of the most commonly injured abdominal organs in gunshot trauma. Liver gunshot wounds carry reported mortality rates in the range of 40 to 60%, with even higher rates in military settings.⁴ In severe cases, the blood loss is staggering. One patient with grade-5 liver injuries required a total of 77 units of packed red blood cells, dozens of units of plasma, and multiple rounds of platelets over the course of several operations.⁵

Hollow organs such as the stomach itself, the small intestine, and the colon present a different threat. They don’t bleed as catastrophically, but they spill their contents into the abdominal cavity. That contamination sets the stage for infection and sepsis, which can kill days or weeks after the initial wound. We’ll come back to that problem shortly.

How Bullets Actually Damage Tissue

Not all gunshot wounds are alike, and the type of weapon used shapes what happens inside the body. A standard non-deforming handgun bullet creates damage mainly along its direct path by crushing tissue as it passes through.⁶ Rifle bullets travel faster and tend to become unstable or deform after entering tissue, creating a much larger area of destruction around the main wound track because of something called temporary cavitation, a brief but violent expansion of the wound channel.⁶

The physical characteristics of the tissue also matter. Organs that are fluid-filled or solid and constrained by surrounding structures tend to sustain more severe damage than those with elastic, compressible tissue.⁷ A bullet striking a full bladder or a blood-engorged liver transfers energy differently than one passing through loops of mostly empty intestine. Bullet shape and whether it fragments or expands also change the equation. Expanding bullets, sometimes called hollow-point or “dumdum” rounds, are designed to mushroom on impact and transfer more energy into the target. In one documented case, an expanding bullet caused such extensive liver destruction that the surgical team had to perform multiple damage-control operations to pack and re-pack the wound before definitive repair was possible.⁴

The Infection Problem After Bowel Injuries

Surviving the initial blood loss is only the first challenge. When a bullet perforates the colon or small intestine, bacteria and fecal matter spill into the abdominal cavity, and the consequences can be severe. A study comparing patients with and without colon injuries found that those with colon damage had dramatically higher rates of wound infection and a particularly dangerous complication: about 21% of patients in the colon-injury group developed necrotizing fasciitis along the bullet track, compared to just 2% of those without colon involvement.⁸

The mechanism behind this is straightforward but grim. As a bullet passes through soft tissue, it creates cavities that essentially vacuum bacteria inward from the skin surface and from any gut it has punctured. Those bacteria get deposited along the entire exit pathway of the projectile.⁸ This is why even low-velocity projectiles, like air-gun pellets, can cause life-threatening peritonitis if they breach the bowel wall. Signs of trouble may not appear immediately; a small colon perforation can take hours to show itself, and delayed recognition allows infection to progress toward septic shock.⁹

Antibiotic management after bowel injury has become more refined. Current guidelines recommend that when a hollow-organ injury is repaired within 12 hours, antibiotics should continue for no more than 24 hours afterward.¹⁰ The instinct might be to give antibiotics for a long time “just in case,” but research suggests that shorter courses produce similar infection rates while avoiding complications like antibiotic-resistant bacteria. One study of penetrating abdominal trauma patients found no difference in infection rates between a short course of about one day versus a week-long course.¹¹

Getting to the Hospital Fast Enough

Abdominal gunshot wounds are essentially a race against blood loss, and where the shooting happens geographically can be as decisive as which organs are hit. Patients bleeding into the trunk can’t have that hemorrhage controlled in the field with a tourniquet the way a limb wound can; they need to be rushed to an operating room.¹²

Research in Chicago found that being shot more than five miles from a trauma center was independently associated with a roughly 23% increase in the odds of dying, even after accounting for injury severity, age, and other factors.¹³ A similar study in Detroit found a 22% increase in fatal outcomes for every additional mile of distance from a trauma center.¹⁴ These “trauma deserts,” neighborhoods that are far from a Level I or Level II trauma center, disproportionately overlap with communities that already face higher rates of gun violence. In practical terms, identical wounds can have very different outcomes depending on your zip code.

In the study of 848 lethal abdominal gunshot cases, scene time averaged only 11 minutes and the hospital trauma team was assembled in under five minutes for the vast majority of patients, yet many still died.² The peer-review process found that 97% of those deaths were nonpreventable given the severity of the injuries. Speed matters enormously, but there is a ceiling to what speed alone can accomplish when the damage is catastrophic.

What Happens at the Hospital

Once a patient with an abdominal gunshot wound arrives at a trauma center, the team faces two immediate tasks: figure out what is damaged, and stop the bleeding. Ultrasound performed at the bedside (sometimes called a FAST exam) is a quick first look but catches internal abdominal injuries only about 56% of the time. CT scanning is far more reliable, with accuracy around 99% for detecting injury.¹⁵ However, CT scans are much better at spotting solid-organ injuries than hollow-organ perforations. One study found excellent agreement between CT predictions and actual surgical findings for solid organs, but for hollow organs like the intestines, CT sensitivity dropped to about 53%.¹⁶ That gap is one reason why many gunshot patients still end up in surgery even when imaging looks reassuring.

When a patient is deteriorating quickly, surgeons don’t attempt a full repair right away. Instead, they use a strategy called damage control laparotomy: open the abdomen, pack the bleeding areas, clamp off the worst hemorrhage, and temporarily close the wound. The goal is to get the patient out of the operating room alive and into intensive care, where the medical team can warm the body, correct the blood chemistry, and restore clotting function. The rationale is rooted in a well-known physiological collapse: massive blood loss triggers a spiral of dropping body temperature, rising blood acidity, and impaired clotting. Once that triad sets in, prolonged surgery becomes more dangerous than stopping and returning later.¹⁷ Damage control laparotomy is guided by both the patient’s physiological state and the pattern of injuries.¹⁸ Patients typically return to the operating room 24 to 48 hours later for definitive repair once their physiology has stabilized.

When Surgery Isn’t Necessary

For decades, every abdominal gunshot wound meant automatic surgery. That has changed. Since the 1990s, trauma surgeons have gradually adopted selective nonoperative management for a carefully chosen subset of patients.¹⁹ The idea sounds counterintuitive, but it reflects the reality that not every bullet that enters the abdominal wall actually penetrates the peritoneal cavity or damages an organ. A bullet might lodge in the abdominal wall muscles, graze the flank, or follow a tangential path that misses the viscera entirely.

The candidates for this approach are patients who are hemodynamically stable, have no signs of peritonitis (a rigid, tender abdomen suggesting contamination), and whose imaging shows no obvious organ damage.²⁰ These patients are admitted to the hospital and monitored closely with serial physical exams and repeat imaging. If their condition worsens, they go to surgery. One study reported zero mortality among patients managed conservatively, compared to about 16% mortality in the group requiring surgical intervention.²¹ That gap doesn’t mean avoiding surgery is “safer” in any direct sense; it reflects the fact that the patients selected for non-operative management had less severe injuries to begin with.

Nonoperative management has now become an accepted standard of care for selected cases, with growing evidence that it reduces unnecessary operations without increasing missed injuries.²² Unnecessary laparotomy is not trivial; opening the abdomen carries its own risks of adhesions, wound complications, and prolonged recovery.

Why Children Are More Vulnerable

The anatomy of a child’s abdomen makes gunshot injuries more dangerous than in adults. Children have thinner abdominal walls with less fat and muscle to absorb energy, and their internal organs are proportionally larger and more mobile within a smaller compartment. A force that might damage one organ in an adult is more likely to injure multiple organs in a child because everything is packed more tightly together.²³ Children also have less physiological reserve to tolerate blood loss; their smaller blood volumes mean that the same absolute amount of hemorrhage represents a larger fraction of their total supply. These factors combine to make pediatric abdominal gunshot wounds a particularly high-stakes scenario for trauma teams.

Life After Surviving

Surviving the acute injury and surgery does not mean returning to normal. A study that followed gunshot survivors for eight months after discharge found that health-related quality of life was significantly worse across every measured dimension compared to their pre-injury baseline.²⁴ The physical problems are often expected: chronic pain, reduced mobility, complications from adhesions or ostomy bags, and the consequences of losing organs like the spleen, which weakens the immune system permanently.

The psychological toll, though, tends to be underestimated. In that same study, about 39% of survivors reported severe intrusive thoughts and 42% reported severe avoidance behaviors consistent with post-traumatic stress disorder. Strikingly, the psychological symptoms were better predictors of poor overall health than the severity of the physical injury itself.²⁴ Many survivors struggle with sleep, hypervigilance, and difficulty returning to the neighborhoods where they were shot, which makes follow-up medical care harder to maintain. This psychological burden is compounded in communities with high rates of gun violence, where re-injury rates are elevated and exposure to further violence is ongoing.

Behind Body Armor

For military personnel and law enforcement, body armor can prevent a bullet from penetrating the abdomen, but the transferred energy still poses a risk. Research modeling the effects of projectile impacts on armored torsos found that even when the armor stops the bullet, the risk of behind-armor blunt trauma varies dramatically by impact location, ranging from 6% to 98% depending on whether the strike lands over the heart, liver, or lower abdomen.²⁵ Impacts over the heart carried the highest injury risk, followed by the liver. The lower abdomen fared somewhat better, but “better” is relative when even a non-penetrating blow can rupture internal organs or cause hemorrhage. Body armor saves lives, but the idea that a stopped bullet means no injury is a misconception that the evidence doesn’t support.

Forensic Reconstruction and Retained Bullets

Not every bullet exits the body. When a projectile lodges inside the abdominal cavity, it can complicate both treatment and any subsequent investigation. In one autopsy case, a bullet entered through the abdomen and was ultimately found lodged near the first lumbar vertebra after damaging the peritoneum, mesentery, and liver along the way. X-ray imaging was essential for pinpointing the projectile’s location and reconstructing its trajectory through the body.²⁶ For living patients, retained bullets can cause lead toxicity over time if they are lodged in a joint or near fluid, though bullets embedded in soft tissue are often left in place because the risks of surgical removal outweigh the risks of leaving them alone. The decision depends on the bullet’s location, the patient’s symptoms, and whether the fragment is migrating or stable.