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Publication Date
Please choose a date range between 2019 and 2021.
Author
- Blaha, Michael J1
- Brown, Todd T1
- Budoff, Matthew J1
- Ceponiene, Indre1
- Choi, Su-Yeon1
- Dailing, Christopher1
- Delaney, Joseph A1
- Jacobson, Lisa1
- Kang, Shinae1
- Kanisawa, Mitsuru1
- Kim, Hye Kyung1
- Kim, Jung Hye1
- Kim, Minkwan1
- Kingsley, Lawrence A1
- Lee, Byoung Kwon1
- Lee, Heesun1
- Lee, Seung-Pyo1
- Min, Jin-Young1
- Min, Kyoung-Bok1
- Nakanishi, Rine1
- Nezarat, Negin1
- Osawa, Kazuhiro1
- Palella, Frank1
- Park, Hyo Eun1
- Post, Wendy S1
Keyword
- CAD2
- Coronary artery disease2
- AAP1
- Air pollution1
- Ambient1
- ambient air pollution1
- CACS1
- Calcium density1
- Calcium volume1
- cardiovascular disease1
- coronary artery calcification1
- Coronary artery calcium1
- coronary artery calcium score1
- coronary artery disease1
- Coronary computed tomographic angiography1
- Coronary computed tomography angiography1
- coronary computed tomography angiography1
- CVD1
- HIV1
- Human immunodeficiency virus1
- OR1
- Particulate matter1
- PM2.51
Mulitmedia Library
2 Results
- Research Article
Cumulative exposure amount of PM2.5 in the ambient air is associated with coronary atherosclerosis - Serial coronary CT angiography study
Journal of Cardiovascular Computed TomographyVol. 16Issue 3p230–238Published online: November 23, 2021- Heesun Lee
- Jung Hye Kim
- Minkwan Kim
- Hyo Eun Park
- Su-Yeon Choi
- Hye Kyung Kim
- and others
Cited in Scopus: 3TOC SUMMARY: It is unclear how air pollution contributes to the development of cardiovascular disease. We investigated the change of coronary atherosclerosis using serial CCTAs in relation to the cumulative amount of PM2.5 exposure between the two CCTAs in 3,127 healthy adults. Coronary calcification progressed in 1,361 (43.5%) subjects with a positive relationship between the cumulative amount of PM2.5 exposure and CACS. The cumulative amount of PM2.5 exposure, rather than the average concentration of PM2.5, was independently associated with progression of coronary calcification and diffuse development of de novo calcified plaques, with its impact higher than any other traditional cardiovascular risk factors. - Research paper
A novel density-volume calcium score by non-contrast CT predicts coronary plaque burden on coronary CT angiography: Results from the MACS (Multicenter AIDS cohort study)
Journal of Cardiovascular Computed TomographyVol. 14Issue 3p266–271Published online: September 24, 2019- Rine Nakanishi
- Joseph A. Delaney
- Wendy S. Post
- Christopher Dailing
- Michael J. Blaha
- Frank Palella
- and others
Cited in Scopus: 6The purpose of this study is to determine if a new score calculated with coronary artery calcium (CAC) density and volume is associated with total coronary artery plaque burden and composition on coronary CT angiography (CCTA) compared to the Agatston score (AS).