Spinal correction system and method

A spinal construct comprising:

• a pliable lead having an arcuate configuration and including an outer surface configured to resist adherence to a dura of spinal tissue and an inner surface defining an elongated cavity;
• and
• a tether being flexible relative to the lead, the tether extending between a first end disposed with the elongated cavity and a second end including a loop that defines an opening configured for movement of the lead therethrough,
• wherein the lead is movable through a sub laminar cavity of the spinal tissue such that the tether is disposable about a lamina of the spinal tissue and the tether is adjustable with the loop to fix the tether with the lamina.

A spinal correction system comprising:

• a plurality of spinal constructs, each spinal construct comprising a pliable lead and a longitudinal member being flexible relative to the lead, the longitudinal member extending between a first end connected to the lead and a second end defining an opening;
• at least one spinal rod;
• and
• a plurality of connectors, each connector including a first passageway configured for disposal of a spinal construct and a second passageway disposed in a transverse orientation relative to the first passageway, the second passageway being configured for disposal of the spinal rod,
• wherein the lead is movable through a sub laminar cavity of spinal tissue such that the longitudinal member is disposable about a lamina of the spinal tissue and the longitudinal member is adjustable with the second end to fix the longitudinal member with the lamina.