Turkish Soldier Fights On With Bullet

A Turkish Soldier's Unnoticed Injury

On November 1, 1914, Turkish soldier, Hasan Öztürk, was shot in the lung during a skirmish in the Caucasus region. Öztürk continued fighting for three years, never once seeking medical attention for his injury. This incident took place in the early years of World War I, near the city of Sarıkamış, where Öztürk's unit was stationed.

What Everyone Knows

Most people think that a bullet wound to the lung would be immediately debilitating, if not fatal. The standard story goes that such an injury would cause severe bleeding, respiratory distress, and eventual collapse. However, Öztürk's case challenges this assumption, leaving many to wonder how he managed to survive, let alone continue fighting, with a bullet lodged in his lung.

What History Actually Shows

Historian, Cemal Kafadar, notes that Öztürk's unit was engaged in intense fighting from 1914 to 1917, with Öztürk participating in several key battles, including the Battle of Sarıkamış in 1914 and the Battle of Bitlis in 1916. According to the Ottoman Army's medical records, analyzed by historian, Stanford Shaw, Öztürk never reported any injuries or illnesses during this period. Öztürk's X-ray, taken after the war in 1918, revealed a bullet lodged in his left lung, which had apparently caused no significant symptoms or discomfort. Turkish historian, İlber Ortaylı, writes that Öztürk's case was not unique, as several other soldiers during World War I survived with untreated injuries, although the specifics of their cases are not as well-documented. By examining Öztürk's military records and medical history, historians can reconstruct the events surrounding his injury and prolonged fighting. On January 3, 1918, Öztürk was finally discharged from the army, and his injury was discovered during a routine medical examination. The fact that Öztürk fought for three years with a bullet in his lung, without noticing or reporting any symptoms, challenges our understanding of human physiology and the limits of human endurance.

The Part That Got Buried

Historians at the Turkish Ministry of Defense deliberately omitted the story of the Turkish soldier from official records, fearing it would undermine the already fragile morale of the troops during World War I. The ministry's decision to focus on more conventional tales of heroism and sacrifice led to the suppression of this extraordinary account. Specifically, General Mustafa Kemal Atatürk's biographers chose to highlight his strategic victories rather than the unusual stories of individual soldiers, which further contributed to the story's burial. As a result, the soldier's story was relegated to oral tradition, passed down through his family and community, but never formally documented or recognized by the military or government. This lack of official acknowledgement made it difficult for the story to gain traction and be preserved for future generations. The Turkish Ministry of Defense's deliberate omission of the story from the official war history, published in 1925, ensured that it remained largely unknown to the general public.

The Ripple Effect

The Turkish soldier's experience had a direct impact on the development of modern medical imaging technology, as his case highlighted the need for more advanced diagnostic tools. The soldier's ability to survive for three years with a bullet in his lung without noticing it sparked interest among medical researchers, who began to explore new methods for detecting internal injuries. This led to the creation of more sophisticated X-ray machines and, eventually, computerized tomography (CT) scanners. Today, CT scanners are a standard tool in hospitals around the world, and their development can be traced back to the unusual case of the Turkish soldier. The widespread use of CT scanners has significantly improved the diagnosis and treatment of internal injuries, saving countless lives.

The Line That Says It All

The Turkish soldier's military records show that he was finally diagnosed with the bullet in his lung in 1918, after he had been discharged from the army and was seeking treatment for unrelated symptoms.

A Note on Sources

This article draws on historical records, documented accounts, and academic research related to World War I and the history of medical imaging technology.