In an alarming and rare medical case from China's capital city, a previously healthy 22-year-old man lost his life after rapidly chugging a 1.5-liter bottle of Coca-Cola within just ten minutes in an attempt to hydrate and cool down during sweltering weather. According to a medical case report initially highlighted by the Daily Mail, the excessive, high-speed ingestion of carbonated liquid caused catastrophic amounts of gas to accumulate within his gastrointestinal tract. Approximately six hours after drinking the entire bottle, the young man developed acute abdominal pain accompanied by severe swelling, prompting an emergency transfer to Chaoyang Hospital in Beijing for immediate critical intervention.

Severe Oxygen Deprivation in Liver: Clinical Findings Reveal Ischemic Hepatitis

Upon hospital admission, emergency physicians observed that the patient was in a state of advanced hemodynamic collapse, presenting with an abnormally accelerated heart rate, labored and shallow breathing, and dangerously low arterial blood pressure. Clinical diagnostics and diagnostic imaging confirmed that he had developed ischemic hepatitis, commonly described in clinical literature as "shock liver"—a life-threatening condition caused by an abrupt restriction or failure of blood perfusion and oxygen delivery to hepatic tissue. According to medical details published in the journal Clinics and Research in Hepatology and Gastroenterology, the intense gas pressure created in his intestines caused gas pockets to leak into his portal vein, the crucial blood vessel supplying the liver. Despite aggressive administration of medications and intravenous support, follow-up tests 12 hours later showed irremediable organ damage, and the patient succumbed to multi-organ distress after 18 hours of intensive care.

Global Medical Experts Raise Questions: Was an Underlying Infection the True Cause?

While the case report attributed the lethal shock liver directly to gas buildup from the 1.5-liter soda intake, prominent global medical researchers have voiced strong skepticism regarding whether soft drink consumption alone could trigger such an outcome. While The Coca-Cola Company has refrained from issuing a statement, Professor Nathan Davies, an esteemed biochemist at University College London (UCL), emphasized that the statistical likelihood of dying purely from drinking a carbonated beverage in that volume is extraordinarily remote. Professor Davies posited that a pre-existing, undetected bacterial infection producing gas within the intestinal wall was more likely the primary culprit, with the sudden carbonation exacerbating the condition into severe portal vein pneumatosis, noting that further physiological and pathological verification is required before establishing direct causation.