Lower Limb Axonometry
Lower Limb Axonometry is a diagnostic imaging examination used to evaluate the alignment of bones in the lower extremities, typically to detect any abnormalities in their structure or position. This examination is particularly useful in cases of orthopedic issues such as deformities, arthritis, or injuries. The analysis can reveal deviations that may require further diagnostic tests or therapeutic interventions.
Uses of Lower Limb Axonometry:
Orthopedic deformities: Assists in diagnosing deformities such as varus (outward curvature) and valgus (inward curvature) of the lower limbs.
Arthritis: Used to evaluate joints in cases of arthritis and plan appropriate treatment.
Injuries: Helps assess the severity and location of bone injuries.
Pre-surgical planning: Used for preoperative planning in orthopedic procedures such as osteotomies and arthroplasties.
Advantages:
Provides detailed and precise images of bones and joints.
Non-invasive procedure that does not require surgical intervention.
The procedure is relatively quick and can be completed in a short period of time.
Lower Limb Axonometry
Lower Limb Axonometry is a diagnostic imaging examination used to evaluate the alignment of bones in the lower extremities, typically to detect any abnormalities in their structure or position. This examination is particularly useful in cases of orthopedic issues such as deformities, arthritis, or injuries. The analysis can reveal deviations that may require further diagnostic tests or therapeutic interventions.
Uses of Lower Limb Axonometry:
Orthopedic deformities: Assists in diagnosing deformities such as varus (outward curvature) and valgus (inward curvature) of the lower limbs.
Arthritis: Used to evaluate joints in cases of arthritis and plan appropriate treatment.
Injuries: Helps assess the severity and location of bone injuries.
Pre-surgical planning: Used for preoperative planning in orthopedic procedures such as osteotomies and arthroplasties.
Advantages:
Provides detailed and precise images of bones and joints.
Non-invasive procedure that does not require surgical intervention.
The procedure is relatively quick and can be completed in a short period of time.
