Flexion, extension, lateral flexion to the left and right, and rotation.

thumb flexion thumb abduction and adduction thumb opposition digit flexion and extension

Evaluate the injured finger for flexion.

at the MCP, flexion at the PlP, extension at the PlP, flexion at the DlP, extension

Provide downward resistance against the shoulder flexion.

Pain in the lumbar region is considered a positive test.

Pain in the lumbar region is considered a positive test.

Osteoblastoma is present in the posterior area of the lumbar.

Then bent knee flexion isolating the iliopsoas muscle.

And I have the wrist flexion and extension.

To rule out cervical causes of referred shoulder pain, evaluate neck range of motion flexion, extension, lateral flexion, and rotation.

Range of motion includes flexion, extension, supination and pronation.

With the patient prone, the examiner resists knee flexion.

Check straight leg hip flexion, isolating the rectus femoris muscle.

One hip is maximally flexed to the patient's chest, flattening the lumbar spine.

A passive straight leg raise should be performed to evaluate for lumbar radiculopathy.

One hip is maximally flexed to the patient's chest, flattening the lumbar spine.

A passive straight leg raise should be performed to evaluate for lumbar radiculopathy.

The standing flexion test assesses for lumbosacral, sacroiliac, or pelvic dysfunction.

Lateral pain around thirty degrees of flexion is a positive test.

Check for wrist flexion extension radial deviation ulnar deviation thumb extension

Next check resisted strength wrist flexion resisted wrist extension resisted radial

deviation and ulnar deviation resisted thumb extension, thumb flexion, thumb abduction,

To evaluate for lumbar causes of referred hip pain check back range of motion.

The cross arm flexion test also evaluates for acromioclavicular arthritis or subluxation.

and adduction resisted thumb opposition and resisted finger flexion at the MCP, extension

The stork test evaluates for a stress fracture of the pars interarticularis in the lumbar spine.

Externally rotate the arm until patient becomes apprehensive and provide resistance against elbow flexion.

Adduct the arm across midline, provide resistance against further shoulder flexion and evaluate for pain.

Galvani showed that a frog's legs twitched when he connected the lumbar nerve to a source of electrical current.

The same maneuver should be repeated with the patient seated, known as the seated flexion test.

Next evaluate active range of motion of the shoulders flexion, extension, abduction, adduction, external rotation, and internal rotation.

The test is considered positive if the patient has reproduction of radicular symptoms before 70 degrees of hip flexion.

The test is considered positive if the patient has reproduction of radicular symptoms before 70 degrees of hip flexion.

Ulnar collateral ligament stability can be tested at zero and thirty degrees of flexion by applying a valgus force to the finger.

Ulnar collateral ligament stability can be tested at zero and thirty degrees of flexion by applying a valgus force to the finger.

Radial collateral ligament stability can also be tested at 0 and 30 degrees of flexion by applying a varus force to the elbow.

Radial collateral ligament stability can also be tested at 0 and 30 degrees of flexion by applying a varus force to the elbow.

Medial collateral ligament stability can be tested at zero degrees and thirty degrees of flexion by applying a valgus force on the knee.

Isolate the distal interphalangeal joint over the edge of the table and observe for flexion at this joint to perform the Boyes' test.

Isolate the distal interphalangeal joint over the edge of the table and observe for flexion at this joint to perform the Boyes' test.

Radial collateral ligament stability can also be tested at zero and thirty degrees of flexion by applying a varus force to the finger.

Lateral collateral ligament stability can also be tested at zero degrees and thirty degrees of flexion by applying a varus force to the knee.

The lumbar spine, the sacroiliac joint, the sacrum, the gluteus maximus muscle, the piriformis muscle, the sciatic notch, the ischial tuberosity, and the adductor tubercle of the proximal femur.

And I put 100 million cells in his cisterna magna, in his lumbar cord, and filled out the IRBs and did all this work, and I never really knew.