Switch Accessibility Mode

common-look-type-b_6

Personalized Dosing Software

Personalized Protocols With Standardized Success

Personalized CT dosing software allows technologists to individually optimize contrast protocols at the point of care when using MEDRAD® smart injection systems.

Implementing personalized protocols allows you to:

  • Facilitate implementation of multiple CT abdomen protocol strategies
  • Manage cardiac-imaging complexity
  • Enable improved protocol adherence

Our workstation helps technologists account for unique patient and study variables. Personalized protocols software is available for cardiac, pulmonary, and abdomen (liver, pancreas, and kidneys) studies. 

 

Specifically, Personalized Protocols enables technologists to:

  • Preset radiologist-preferred dosing strategies, contrast concentrations, and scan timing
  • Recall up to 250 stored protocols

 

Personalized Protocols – Cardiac CT

Image 1

Comparison of cardiac images and enhancement of coronary tree using Personalized Protocols versus standard injection protocol. 

Control Group 1 received 80 mL of CM at 6 mL/s. 

Personalized Protocols Group injection parameters were individually adjusted to patient weight, the duration of CT data acquisition, and attenuation parameters following a test bolus. 

For Control Group 2, the volume of CM was adjusted to the duration of CT data acquisition and injected at 5 mL/s.

Images provided through the courtesy of the University of Muenster. 

Used by permission.

Image 2

Personalized Procotols – Abdominal CT

The Personalized Protocols - Abdomen application automatically adjusts contrast volume using an algorithm based on patient, procedure, and prescribed physician parameters. 

Images provided during evaluation through the courtesy of Rhode Island Hospital. 

Used by permission.

Related Content

MRI

MRI

MRI together with gadolinium-based CM, has evolved to become a powerful diagnostic imaging tool.

 

 

CT-CV

 CT

CM administration has become one of the most crucial and sophisticated aspects of today`s CT.