Noble Compression Test | Rationale & Interpretation

The video tutorial covers IT band syndrome, an overuse injury involving the tensor fascia lata and iliotibial band. It explains the anatomical and physiological aspects, highlighting the differences in mechanics between walking and running. The importance of frontal plane stabilization by hip muscles is discussed, emphasizing the role of the gluteus medius, minimus, and tensor fascia lata. The Noble Compression Test is introduced as a diagnostic tool for IT band syndrome, with a detailed explanation of its procedure and variations in patient positioning.

What is the primary focus of the Noble Compression Test?

• Evaluating knee joint stability

• Measuring hip flexion range

• Diagnosing IT Band Syndrome

• Assessing the strength of the gluteus medius

Which muscle is primarily involved in IT Band Syndrome?

• Tensor fascia lata

• Quadriceps

• Hamstrings

• Gluteus maximus

How does running differ from walking in terms of limb support?

• Running eliminates double limb support

• Walking has no airborne phase

• Running involves double limb support

• Walking requires more hip stabilization

What happens when there is ineffective frontal plane stabilization?

• Reduced risk of injury

• Decreased knee flexion

• Improved running efficiency

• Increased reliance on the tensor fascia lata

What is a key indicator of a positive Noble Compression Test?

• Pain in the medial knee

• Pain near the lateral epicondyle

• Increased hip flexion

• Decreased knee extension

During the Noble Compression Test, where is the compression force applied?

• Medial epicondyle

• Tibial tuberosity

• Lateral epicondyle

• Patella

What is the purpose of maintaining compression during knee extension in the Noble Compression Test?

• To evaluate ankle stability

• To recreate friction against the lateral knee

• To assess hip rotation

• To measure knee flexion