New Research for Radiology Departments

Reduce Iodinated IV Contrast Usage by 20%

Discover evidence-based strategies for CT optimization without compromising diagnostic image quality.

Download White Paper Key Findings
Evidence Based
Cost Saving Strategies
Patient Safety Focused

Why Download This White Paper?

With the global emphasis on sustainability, dose optimization has evolved from a cost-saving measure into a clinical requirement.

Physics-Based Optimization

Understand the physics behind "Less Iodine, Same Contrast". Learn how low-kVp protocols increase iodine conspicuity.

Significant Cost Savings

Mid-volume sites (20k CT exams/yr) can see annual savings of $40,000 - $60,000 USD by implementing these strategies.

Safety & Governance

Improve patient safety in renal impairment cases and maintain compliance with ACR and ESUR guidelines.

Inside the Report

  • The IDR Formula for precise delivery calculation
  • Low-kVp Protocols with Iterative Reconstruction
  • Saline Chaser and Dual-Syringe Injector Optimization
  • Dual-Energy CT (DECT) with Virtual Monochromatic Imaging
  • Detailed protocol examples for Abdominal CTs
Practical Guide

Actionable Strategies You Can Implement Tomorrow

This isn't just theory. Dr. Tamer Y. Gaweesh outlines the exact mathematical formulas and workflow adjustments needed to reduce contrast volume.

From adjusting the Iodine Delivery Rate (IDR) to specific flow rate modifications, you will get a step-by-step guide to optimizing your department.

Download White Paper

Get a practical guide to lowering iodine dose while maintaining diagnostic confidence. This white paper outlines protocol and injector optimizations (low-kVp, iterative reconstruction, saline chaser, DECT/VMI) you can apply quickly.