Abstract: Disclosed is an implantable lead having a paddle, an electrode array positioned and arranged on a surface of the paddle, and a tether connected to the paddle. The paddle is sized to be positioned in the epidural space of the spinal canal and has dorsal and ventral surfaces, distal and proximal ends, and a length less than or equal to one vertebral level of the spinal canal. The electrode array includes at least one electrode contact configured to communicate with a corresponding electrode and a conductor. At least one end of the tether extends from the paddle and is configured to position and secure the implantable lead. The implantable lead may be included in a kit that has instructions for implanting the implantable lead. Methods of making and implanting the implantable lead also are disclosed.

Abstract: An implantable lead for electrical stimulation of a spinal cord is disclosed. The implantable lead has a paddle having a surface and a first and a second end, an electrode array positioned and arranged on the surface of the paddle, and at least one tether having an end that extends from one of the first and the second end of the paddle. The electrode array has at least one electrode contact configured to communicate with a corresponding electrode and a conductor. The implantable lead may be included in a kit that also has a securing device and instructions for implanting the implantable lead into the spinal cord. A method of making the implantable lead configured for electric stimulation of a spinal cord is also disclosed. A method of implanting the implantable lead in a spinal canal is also disclosed.

Abstract: An implantable lead for electrical stimulation of a spinal cord is disclosed. The implantable lead has a paddle having a surface and a first and a second end, an electrode array positioned and arranged on the surface of the paddle, and at least one tether having an end that extends from one of the first and the second end of the paddle. The electrode array has at least one electrode contact configured to communicate with a corresponding electrode and a conductor. The implantable lead may be included in a kit that also has a securing device and instructions for implanting the implantable lead into the spinal cord. A method of making the implantable lead configured for electric stimulation of a spinal cord is also disclosed. A method of implanting the implantable lead in a spinal canal is also disclosed.