Does radiation in radiology practice cause chromosome aberation??
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Radiation exposure in radiology practice has been found to cause chromosome aberrations, as indicated by multiple studies. Haripriya et al. observed genetic damage, including chromosomal abnormalities, in clinicians occupationally exposed to high-intensity radiations like x-rays . Neronova et al. found that CT scans can lead to genome damage and potential increases in cancer risk, with an increased frequency of dicentric ring chromosomes and chromosome breaks in irradiated patients . Abdelhalim et al. reported a higher frequency of chromosomal aberrations in endovascular operators compared to controls, suggesting the need for personalized radiation risk assessment . Lee et al. conducted cytogenetic biodosimetry on interventional radiologists and found a higher number of dicentrics, indicating greater chromosomal damage compared to other occupational groups . Jang et al. reported cases of interventional radiologists with high numbers of dicentrics and other chromosomal aberrations, suggesting long-term effects of radiation exposure in medical personnel . These findings collectively support the notion that radiation in radiology practice can cause chromosome aberrations.
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| Papers (5) | Insight |
|---|---|
1 Citations | Yes, the paper reports that interventional radiologists who were exposed to radiation during fluoroscopically-guided interventional procedures had a high number of chromosomal aberrations in their peripheral blood lymphocytes. |
6 Citations | Yes, the paper states that interventional radiologists have a higher number of dicentric chromosomes, indicating chromosomal damage due to occupational radiation exposure. |
| Yes, the paper found that high volume endovascular operators performing X-ray guided surgery had a higher frequency of chromosomal aberrations compared to radiation naïve colleagues. | |
| Yes, the paper states that radiation exposure from diagnostic computed tomography (CT) scans can cause genome damage and increase the risk of cancer. | |
| Yes, the paper states that radiographers exposed to high-intensity radiation (x-rays) in radiology practice may experience chromosomal abnormalities (CA) as a result. |
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