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Implementing volume ultrasound workflow.

Kathy Sanguinetti¹

¹Radiological Associates of Sacramento, USA. sanguinettik@radiological.com

Radiology Management

|January 1, 2009

Summary

Volume ultrasound workflow enhances efficiency in diagnostic imaging departments by enabling 3D reconstruction and centralizing tasks. This advanced imaging technique improves operations and sonographer satisfaction, moving beyond traditional 2D methods.

Area of Science:

Medical imaging technology
Diagnostic sonography workflow optimization

Background:

Ultrasound departments face challenges including high patient volumes, scheduling backlogs, repetitive strain injuries, and difficulties in recruiting and retaining skilled sonographers.
Traditional 2D ultrasound imaging is operator-dependent and involves repetitive tasks, contributing to workflow inefficiencies and potential for injury.

Purpose of the Study:

To evaluate the operational benefits and adoption of a volume ultrasound imaging workflow in diagnostic departments.
To assess the impact of volume imaging and structured reporting on departmental efficiency, sonographer experience, and overall workflow.

Main Methods:

Implementation of a volume ultrasound imaging workflow incorporating 3D reconstruction capabilities.
Integration of structured reporting tools to centralize image review and interpretation.

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Transition of tasks from scan rooms and radiologist reading rooms to a central workstation.

Main Results:

Sonographers report a preference for volume imaging over traditional 2D methods due to enhanced visualization in three orthogonal planes.
The new workflow model demonstrates potential to improve departmental operations, consistency, and ease of work.
Centralization of tasks to a workstation streamlines the overall diagnostic process.

Conclusions:

Volume ultrasound workflow, combined with structured reporting, offers a significant improvement over traditional 2D imaging.
This advanced imaging approach addresses key challenges in ultrasound departments, leading to enhanced operational efficiency and improved sonographer experience.
The shift towards volume imaging represents a move towards a more consistent, efficient, and user-friendly ultrasound diagnostic environment.