Key Features

• Low Osmolality Performance: Minimises discomfort and reduces the risk of adverse haemodynamic or renal events compared with high osmolar iodinated media.
• Three Versatile Concentrations: Available in 250 mg I/mL, 300 mg I/mL and 350 mg I/mL presentations to match image quality demands, injection protocols and patient size.
• Low Viscosity for Easy Injection: Flows smoothly through small bore cannulas and high speed power injectors, helping to achieve uniform vascular opacification.
• Broad Multimodality Indications: Approved for contrast enhancement in CT of the brain and body, intravenous urography, angiography/DSA, angiocardiography, arthrography, hysterosalpingography and peripheral venography.
• Established Safety Profile: Well tolerated over millions of administrations, with a very low incidence of serious hypersensitivity or nephrotoxic reactions.
• Rapid Renal Clearance: Eliminated unchanged by glomerular filtration (t½ ≈ 1.8 h in normal renal function); no metabolism or protein binding.
• Flexible Packaging: Single dose vials and pre filled syringes (10 – 100 mL) plus large volume ScanBag® containers (up to 500 mL) streamline pharmacy workflow and injector set up.

Why Choose Xenetix®?

• Optimised Patient Comfort: low osmolality and viscosity reduce injection pain, heat sensation and haemodynamic stress.
• Consistent Diagnostic Quality: three iodine strengths provide tailored attenuation for routine CT through high resolution CTA.
• Workflow Efficiency: ready to use vials/syringes and ScanBag® bulk packs integrate seamlessly with modern power injectors.
• Broad Regulatory Approvals: indicated for both adult and paediatric imaging by intravenous, intra arterial or intracavitary routes.
• Proven Safety & Tolerability: extensive clinical experience and robust post marketing surveillance underpin confident daily use.

Xenetix® delivers reliable contrast enhancement with a focus on patient safety and operational efficiency—empowering radiology teams to produce high quality diagnostic images across the full spectrum of CT and X ray procedures.