This muscle contributes to hip flexion.

You center this first when correcting an image.

This nerve carries impulses from the brain or spinal cord to a muscle.

These are the widths of the standard F3D lateral and PEEK implants.

The lateral trials have these depth mark lengths.

This is the largest venous structure in the body.

This is the first image you work to get correct.

This nerve carries sensory information toward the central nervous system.

These are the lengths of the standard F3D lateral and PEEK lateral implants.

You measure blade length for the retractor with this dilator.

This structure lies in the posterior 1/3 of the psoas muscle and contains the femoral nerve.

You do this to correct vertebral body rotation.

Allows for monitoring sensory pathways in the posterior column of the spinal cord.

Oro 4-hole lateral plate sizes.

You get this amount of toeing from each retractor blade.

This nerve exits at L2, L3, L4.

You do this to correct/flatten the endplates in the A/P view.

Allows for monitoring motor pathways in the anterior column of the spinal cord.

Oro 2-hole lateral plate sizes.

A key feature of the CoreLink Lateral Retractor is this inner and outer diameter.

Muscles superficial to the transversalis fascia.

To flatten endplates and super-impose pedicles in the lateral view, you do this...

This modality assesses nerve root function.

The laser-marked number on the Oro Lateral Plate indicates this.

You do this to identify the correct length of the retractor blade.