Overview of Scanlux 370
| Property | Description |
|---|---|
| Active ingredient | Iopamidol |
| Form | Sterile Solution for Injection or Infusion |
| Pharmacological class | Non-ionic Iodinated Contrast Medium |
| General Purpose | Diagnostic Visualization (Contrast Enhancement) |
| Origin | Synthetic, Tri-iodinated Benzoic Acid Derivative |
What is Scanlux 370 and How is it Classified?
Scanlux 370 is a prescription-only diagnostic agent used exclusively in medical imaging procedures to help visualize internal body structures. Its core component is the active ingredient Iopamidol, a synthetic compound containing three atoms of iodine. The entire class of substances to which Iopamidol belongs is officially categorized under the X-Ray Contrast Media. The designation "370" specifically indicates the high concentration of iodine within the preparation: 370 milligrams of iodine per milliliter (370 mg I/mL) of the solution.
Iopamidol is classified as a non-ionic iodinated contrast medium, a designation that is fundamental to its pharmaceutical identity. It functions as a diagnostic radiopaque agent for angiography and CT enhancement, among other procedures. This indicates that the medicine is used to make certain body parts visible during specialized scans. This non-ionic chemical structure, distinct from older ionic agents, is the established standard for modern, water-soluble contrast media intended for intravascular use.
Composition, Form, and General Purpose
Scanlux 370 is formulated as a sterile aqueous solution for injection or infusion, making it suitable for direct delivery into the bloodstream via the intravascular route (intravenous or intra-arterial). The preparation contains Iopamidol as the sole active ingredient, suspended in pharmaceutical grade water along with essential excipients. Non-ionic agents like Iopamidol are utilized for procedures requiring clear, temporary vascular opacification.
The primary function of the solution is to facilitate diagnostic visualization; it is not a therapeutic medicine intended to treat a disease. The heavy iodine within the Iopamidol molecule enables X-ray attenuation, a physical principle where the molecule absorbs X-ray photons, making blood vessels and other fluid-filled spaces temporarily appear highly radiopaque (bright) on diagnostic images. This temporary, enhanced contrast is its sole purpose, providing the detailed anatomical differentiation necessary for accurate medical assessment during procedures like enhanced Computed Tomography (CT) or angiography.

