Radical Breakthrough in the Drive toward Lower Dose

GE recently announced the introduction of a breakthrough low- dose imaging reconstruction technology in Canada. This CT image reconstruction technology, called Veo, is the first Model- based Iterative Reconstruction (MBIR) technique.  The technology is a response to radiologists’ demand for a technique that maximizes CT image clarity and quality while optimizing the dosage level for patients’ safety.

MBIR is indeed a radical breakthrough in the drive toward lower dose CTs. While very computationally intensive, this technique allows marked reduction in patient dose from CT (by up to 80% or greater), yet also provides some improvement in spatial resolution without compromising contrast resolution. How could all that be possible – seemingly defying the laws of physics? The answer is in the much faster computational speeds of the modern computer chip.

The University of Washington will be part of the group assessing the degree to which MBIR, commercially known as Veo, outperforms more traditional CT reconstruction techniques.

2 thoughts on “Radical Breakthrough in the Drive toward Lower Dose

  1. I was delighted when i saw the GE press release about this new development and that you are the primary clinical partner. How appropriate. I know that your career is going great guns. I am enjoying the freedom of retirement. I miss our great customers and GE folks like Jiang Shieh.

    In friendship and admiration
    Stan Fox

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