Y36.A

Clinical Causes: Explosions from military munitions, such as bombs, artillery shells, or landmines. Detonations of high-yield explosives used in warfare settings. Explosive device detonations in conflict zones or during terrorist attacks. accidental explosions involving military equipment or fuel and ammunition storage. Controlled demolitions during tactical operations that produce shockwaves affecting personnel.

Key Symptoms: Hearing loss or ringing in the ears (tinnitus). Dizziness or imbalance, often with a sensation of vertigo. Headache, which can range from mild to severe. Shortness of breath or chest discomfort due to lung injury. Loss of consciousness or confusion. Memory disturbances or difficulty concentrating. Visual disturbances or eye discomfort. Skin or ear injuries from the blast if close enough to the explosion.

Diagnosis Path: Diagnosis of blast overpressure injuries involves a thorough medical history and physical examination, especially focusing on recent exposure to explosions in combat or operational environments. Healthcare providers may use imaging studies such as CT scans or MRIs to detect internal injuries, including brain trauma or lung damage. Audiological assessments help evaluate hearing loss, while pulmonary function tests can determine lung impairment. In some cases, neurological evaluations are necessary to assess potential brain injury.

Treatment Protocols: Treatment depends on the severity and nature of the injuries. Immediate care may involve stabilization of vital functions, pain management, and specific interventions for injuries like ear trauma or lung contusions. Patients with traumatic brain injury require close monitoring, and in some cases, neurological support or surgery. Supportive therapies include oxygen treatment, rest, and medications to control symptoms like headaches or dizziness. Long-term rehabilitation might be needed for persistent neurological or cognitive issues. Preventive measures such as protective gear and safe explosive handling procedures are vital to reduce injury risk in operational settings.