Rotational coronary angiography as a safe and effective method

    Authors

    Keywords

    rotational coronary angiography, coronary tree, creatinine

    DOI

    https://doi.org/10.15836/ccar2022.322

    Full Text

    Rotational coronary angiography is a new imaging technique involving three-dimensional rotation of the gantry around the patient with simultaneous left to right and craniocaudal movements ( 1 ). This allows complete imaging of the left or right coronary tree with a single acquisition run. After preparing the patient for procedure and radial artery puncture, the operator cannulates the left main coronary artery (LMCA) with a customized catheter, and places the X-ray device in the isocenter for performing the continuous rotational imaging procedure. With its dynamic recording range, it enables us to find the most adequate projection/position from which, if necessary, intervention on the lesion of a certain coronary artery will be performed. In 9 seconds, which is the time period of rotation for imaging the left and right coronary tree, 36 ml of contrast medium is applied to the patient, which greatly reduces the load on the kidneys, unlike conventional imaging of the coronary arteries. This way of performing the procedure is very important for patients with kidney failure and high creatinine values.

    Cardiologia Croatica
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    Rotational coronary angiography as a safe and effective method

    Extended Abstract
    Issue9-10
    Published
    Pages322
    PDF via DOIhttps://doi.org/10.15836/ccar2022.322
    rotational coronary angiography
    coronary tree
    creatinine

    Authors

    Lucia Gašpar*ORCIDZadar General Hospital, Zadar, Croatia

    Full Text

    Rotational coronary angiography is a new imaging technique involving three-dimensional rotation of the gantry around the patient with simultaneous left to right and craniocaudal movements ( 1 ). This allows complete imaging of the left or right coronary tree with a single acquisition run. After preparing the patient for procedure and radial artery puncture, the operator cannulates the left main coronary artery (LMCA) with a customized catheter, and places the X-ray device in the isocenter for performing the continuous rotational imaging procedure. With its dynamic recording range, it enables us to find the most adequate projection/position from which, if necessary, intervention on the lesion of a certain coronary artery will be performed. In 9 seconds, which is the time period of rotation for imaging the left and right coronary tree, 36 ml of contrast medium is applied to the patient, which greatly reduces the load on the kidneys, unlike conventional imaging of the coronary arteries. This way of performing the procedure is very important for patients with kidney failure and high creatinine values.