(V96.2) Glider (nonpowered) accident injuring occupant

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11 966 in individuals diagnosis glider (nonpowered) accident injuring occupant confirmed
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3 827 deaths with diagnosis glider (nonpowered) accident injuring occupant
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32% mortality rate associated with the disease glider (nonpowered) accident injuring occupant

Diagnosis glider (nonpowered) accident injuring occupant is diagnosed Men are 84.74% more likely than Women

11 053

Men receive the diagnosis glider (nonpowered) accident injuring occupant

2 488 (22.5 %)

Died from this diagnosis.

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913

Women receive the diagnosis glider (nonpowered) accident injuring occupant

1 339 (146.7 %)

Died from this diagnosis.

Risk Group for the Disease glider (nonpowered) accident injuring occupant - Men aged 60-64 and Women aged 25-29

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In Men diagnosis is most often set at age 20-64
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Less common in men the disease occurs at Age 0-19, 65-95+Less common in women the disease occurs at Age 0-24, 30-95+
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In Women diagnosis is most often set at age 25-29

Disease Features glider (nonpowered) accident injuring occupant

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Absence or low individual and public risk
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Glider (nonpowered) accident injuring occupant - what does this mean

A glider accident can occur when the glider is not properly maintained, the pilot is not skilled enough to handle the glider, or when the weather conditions are not suitable for flying. in such cases, the glider can crash, resulting in injury to the occupant.

What happens during the disease - glider (nonpowered) accident injuring occupant

The pathogenesis of a glider accident resulting in injury to the occupant is due to a combination of the occupant's lack of control over the aircraft, the unpredictable nature of the wind, and the lack of protection from the aircraft. the occupant's lack of control can lead to an unexpected change in the aircraft's trajectory, which can result in a sudden impact with the ground or another object. the unpredictable nature of the wind can cause the aircraft to be pushed off course or to experience unexpected turbulence. finally, the lack of protection from the aircraft can lead to severe injuries in the event of an accident.

Clinical Pattern

More details coming soon

How does a doctor diagnose

  • Obtain medical history of the patient.
  • Physical examination to assess the extent of the injury.
  • X-ray to detect any fractures.
  • CT scan to check for any internal injuries.
  • MRI scan to check for any soft tissue damage.
  • Ultrasound to check for any internal bleeding.
  • Blood tests to check for any infection.
  • Urine test to check for any kidney damage.
  • Electrocardiogram to check for any cardiac problems.
  • Psychological assessment to assess the emotional state of the patient.
Additional measures:
  • Review of the glider accident report.
  • Interview of witnesses to the accident.
  • Review of the glider maintenance records.

Treatment and Medical Assistance

Main Goal: Treat the injuries sustained from the glider accident
  • Perform a physical examination to assess the severity of the injuries
  • Administer pain medications to reduce discomfort
  • Monitor vital signs, such as blood pressure, temperature, and heart rate
  • Perform imaging tests, such as X-rays, CT scans, or MRIs, to determine the extent of the injuries
  • Stabilize fractures and other bone injuries with casts, splints, or braces
  • Perform surgery to repair fractures, torn ligaments, and other serious injuries
  • Prescribe physical therapy to help with pain management and mobility
  • Provide wound care to treat lacerations or other skin injuries
  • Provide psychological counseling to help with the emotional trauma of the accident
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12 Days of Hospitalization Required
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Average Time for Outpatient Care Not Established

Glider (nonpowered) accident injuring occupant - Prevention

To prevent glider (nonpowered) accidents injuring occupants, glider pilots should always adhere to the safety guidelines set by the federal aviation administration (faa). this includes pre-flight inspections, proper maintenance of the glider, and flying within the limits of the aircraft. additionally, pilots should receive adequate training and practice before they fly, and they should always be aware of the potential risks involved with flying a glider.

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