Computed tomography news

  • How has CT scans changed the world?

    From detecting injuries and illnesses to guiding surgical procedures and monitoring treatment, CT scans have become indispensable tools for healthcare professionals.
    The ability to bring this diagnostic power directly to the patient's side has transformed the landscape of emergency and critical care..

  • What is new in computed tomography?

    Photon-Counting Unleashed
    What makes photon counting stand out from other forms of computed tomography? The big differentiator is the detector, which is able to overcome the limits of traditional CT by streamlining what has always been a two-step process: X-ray photons get converted into visible light..

  • What is the future for CT scans?

    Although the past decade witnessed a tremendous increase in scan speed, volume coverage, and temporal resolution, along with a considerable reduction of radiation dose, current trends in CT aim toward more patient-centric, tailored imaging approaches that deliver diagnostic information being personalized to each .

  • Advantages of MRIs
    Magnetic resonance imaging produces clearer images compared to a CT scan.
    In instances when doctors need a view of soft tissues, an MRI is a better option than x-rays or CTs.
  • Although the past decade witnessed a tremendous increase in scan speed, volume coverage, and temporal resolution, along with a considerable reduction of radiation dose, current trends in CT aim toward more patient-centric, tailored imaging approaches that deliver diagnostic information being personalized to each
  • The 1980s saw incremental development of CT scanner technology: shorter scan times and increased matrix sizes, until by the late 1980s scan times were down to only 3 seconds and matrix sizes were up to 1024 x 1024.
    Development continued through the 1990s, with the introduction of spiral (continuous) scanning in the
Computed tomography (CT) systems use a series of X-ray images to create an image volume dataset with slices that can be manipulated on any plane using advanced 
Computed tomography (CT) systems use a series of X-ray images to create an image volume dataset with slices that can be manipulated on any plane using 

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