(T93.3) Sequelae of dislocation, sprain and strain of lower limb

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5 130 382 in individuals diagnosis sequelae of dislocation, sprain and strain of lower limb confirmed

Etiology Pathogenesis Clinical Pattern Diagnostics Treatment Prevention

Diagnosis sequelae of dislocation, sprain and strain of lower limb is diagnosed Men are 13.96% more likely than Women

2 923 218

Men receive the diagnosis sequelae of dislocation, sprain and strain of lower limb

0 (less than 0.1%)

Died from this diagnosis.

100

2 207 164

Women receive the diagnosis sequelae of dislocation, sprain and strain of lower limb

0 (less than 0.1%)

Died from this diagnosis.

Risk Group for the Disease sequelae of dislocation, sprain and strain of lower limb - Men aged 25-29 and Women aged 55-59

In Men diagnosis is most often set at age 0-95+

in in men, the disease manifests at any ageLess common in women the disease occurs at Age 0-1

In Women diagnosis is most often set at age 0-95+

Disease Features sequelae of dislocation, sprain and strain of lower limb

Absence or low individual and public risk

Sequelae of dislocation, sprain and strain of lower limb - what does this mean

Sequels of dislocation, sprain and strain of lower limb occur when the ligaments and tendons of the lower limb are stretched beyond their normal range of motion, resulting in tears or damage to the tissue. this can be caused by a traumatic event such as a fall or an accident, or by overuse and repetitive strain. symptoms include pain, swelling, bruising, and decreased range of motion. treatment typically includes rest, ice, compression, and elevation, as well as physical therapy and medications to reduce inflammation and pain.

What happens during the disease - sequelae of dislocation, sprain and strain of lower limb

The pathogenesis of sequelae of dislocation, sprain and strain of lower limb is multi-factorial and usually involves the disruption of the muscles, tendons, ligaments, and joints in the lower limb. this disruption can lead to inflammation, swelling, pain, and a decrease in range of motion and strength. in some cases, the disruption can also result in a decrease in blood supply to the affected area, leading to tissue death and the formation of scar tissue. additionally, the disruption can lead to an increased risk of developing osteoarthritis, bursitis, and other chronic joint conditions.

Clinical Pattern

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How does a doctor diagnose

Physical examination
X-ray imaging
Magnetic Resonance Imaging (MRI)
Ultrasound
CT scan
Blood tests
Muscle strength tests
Range of motion tests
Tendon reflex tests
Gait analysis

Treatment and Medical Assistance

Main goal of the treatment: To reduce pain and restore mobility.

Rest and immobilization of the affected area
Ice therapy
Compression bandage
Elevation of the affected area
Non-steroidal anti-inflammatory medications
Physical therapy
Manual therapy
Stretching exercises
Strengthening exercises
Range of motion exercises
Balance and coordination exercises
Gait training
Surgery (in case of severe injuries)

16 Days of Hospitalization Required

Average Time for Outpatient Care Not Established

Sequelae of dislocation, sprain and strain of lower limb - Prevention

To prevent sequelae of dislocation, sprain and strain of lower limb, it is important to practice proper physical conditioning and warm up exercises prior to any strenuous activity, use appropriate protective gear while playing sports, and maintain a healthy body weight. additionally, it is important to seek medical treatment immediately following any injury to ensure proper healing.

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