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The Lixelle(r) beta 2-microglobulin apheresis column is indicated for the treatment of patients with clinically-diagnosed dialysis-related amyloidosis (DRA).

Epicel (cultured epidermal autografts) is an aseptically processed wound dressing composed of the patient’s own (autologous) keratinocytes grown ex vivo in the presence of proliferation-arrested, murine (mouse) fibroblasts. Epicel consists of sheets of proliferative, autologous keratinocytes, ranging from 2 to 8 cell layers thick and is referred to as a cultured epidermal autograft. Each graft of Epicel is attached to petrolatum gauze backing with titanium surgical clips and measures a minimum of 50 cm2 in area. Epicel is authorized by Federal law for use in adult and pediatric patients who have deep dermal or full-thickness burns comprising a total body surface area greater than or equal to 30%. Epicel may be used in conjunction with split-thickness autografts, or alone in patients for whom split-thickness autografts may not be an option due to the severity and extent of their burns.

Supplemental Software provided on a thumb drive. Enables programming of the electrical stimulation parameters of the implant.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.

The Argus II Glasses provide a convenient and discreet way to house the video camera for capturing images and the radio-frequency system needed to power and communicate with the implant. A small, light-weight color video camera is mounted in the center of the glasses frame above the nose-piece. A telemetry coil and radio-frequency system are mounted on the arm of the glasses frame.