Radiation in CT (basics for patients)

Поделиться
HTML-код
  • Опубликовано: 10 янв 2025

Комментарии • 7

  • @cluadlinedowen3266
    @cluadlinedowen3266 Год назад +2

    Time to start taking note of Dose Length Product.

  • @AEKfootball
    @AEKfootball 4 месяца назад +1

    Greetings. Do you have any video about Sestamibi Parathyroid Scintigraphy related to this topic? Or if not could you make one?

  • @rambleon2011
    @rambleon2011 9 дней назад

    Have requested the dose in mSV from a thoracic CT scan multiple times yet the radiologist won’t give it to me. A follow up CT scan was ordered but I canceled as the radiologist seems to be hiding information on the first dose. What can I do?

  • @Michael-e6d1i
    @Michael-e6d1i Год назад

    Thanks Rishi. I appreciate you sharing your knowledge and perspective. I am a technologist and I have a question regarding patient shielding.
    Do you have any suggestions for communicating with patients regarding why shielding is no longer necessary for routine radiography ? I am referring to the NCRP's statement in 2021 which recommends ending routine gonadal shielding. Thanks.

    • @ThoracicRadiology
      @ThoracicRadiology  Год назад +2

      Hi great question. It's tough bc it seems counterintuitive to patients. If they are a photographer, it is easy to understand bc these machines use automatic exposure, so you can explain that the shielding actually increases the exposure bc it makes the body part look more dense than it actually is.
      I would also explain the inverse square law. Basically the farther away you get from the source, the radiation falls off exponentially.
      What strategies have you taken to explain? You probably have much more experience talking to patients than I do.

  • @-horapolice4309
    @-horapolice4309 Год назад

    What is the difference between ct kub and ct abdomen? I heard ct kubs done without contrast and uses very low dose

    • @ThoracicRadiology
      @ThoracicRadiology  Год назад

      yeah a CT KUB is a special CT of the abdomen and pelvis done with a low radiation dose. It is done without contrast. They are usually performed to look for renal stones, and are not used for much else outside of this indication.