Cargando…

Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study

BACKGROUND: Optimal uptake rates of low-dose computed tomography (LDCT) scans are essential for lung cancer screening (LCS) to confer mortality benefits. We aimed to outline the process model of the LCS programme in China, identify the high-risk individuals with low uptake based on a prospective mul...

Descripción completa

Detalles Bibliográficos
Autores principales: Cao, Wei, Tan, Fengwei, Liu, Kuangyu, Wu, Zheng, Wang, Fei, Yu, Yiwen, Wen, Yan, Qin, Chao, Xu, Yongjie, Zhao, Liang, Tang, Wei, Li, Jiang, Dong, Xuesi, Zheng, Yadi, Yang, Zhuoyu, Su, Kai, Li, Fang, Shi, Jufang, Ren, Jiansong, Liu, Yunyong, Yu, Lianzheng, Wei, Donghua, Dong, Dong, Cao, Ji, Zhang, Shaokai, Yan, Shipeng, Wang, Ning, Du, Lingbin, Chen, Wanqing, Li, Ni, He, Jie
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Elsevier 2022
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9340538/
https://www.ncbi.nlm.nih.gov/pubmed/35923428
http://dx.doi.org/10.1016/j.eclinm.2022.101594
_version_ 1784760426533224448
author Cao, Wei
Tan, Fengwei
Liu, Kuangyu
Wu, Zheng
Wang, Fei
Yu, Yiwen
Wen, Yan
Qin, Chao
Xu, Yongjie
Zhao, Liang
Tang, Wei
Li, Jiang
Dong, Xuesi
Zheng, Yadi
Yang, Zhuoyu
Su, Kai
Li, Fang
Shi, Jufang
Ren, Jiansong
Liu, Yunyong
Yu, Lianzheng
Wei, Donghua
Dong, Dong
Cao, Ji
Zhang, Shaokai
Yan, Shipeng
Wang, Ning
Du, Lingbin
Chen, Wanqing
Li, Ni
He, Jie
author_facet Cao, Wei
Tan, Fengwei
Liu, Kuangyu
Wu, Zheng
Wang, Fei
Yu, Yiwen
Wen, Yan
Qin, Chao
Xu, Yongjie
Zhao, Liang
Tang, Wei
Li, Jiang
Dong, Xuesi
Zheng, Yadi
Yang, Zhuoyu
Su, Kai
Li, Fang
Shi, Jufang
Ren, Jiansong
Liu, Yunyong
Yu, Lianzheng
Wei, Donghua
Dong, Dong
Cao, Ji
Zhang, Shaokai
Yan, Shipeng
Wang, Ning
Du, Lingbin
Chen, Wanqing
Li, Ni
He, Jie
author_sort Cao, Wei
collection PubMed
description BACKGROUND: Optimal uptake rates of low-dose computed tomography (LDCT) scans are essential for lung cancer screening (LCS) to confer mortality benefits. We aimed to outline the process model of the LCS programme in China, identify the high-risk individuals with low uptake based on a prospective multi-centre population-based cohort, and further explore associated structural characteristics. METHODS: A total of 221,955 individuals at high-risk for lung cancer from the National Lung Cancer Screening cohort were included. The logistic regression model was performed to identify the individual characteristics associated with the uptake of LCS, defined as whether the high-risk individual undertook LDCT scans in designated hospitals within six months following the initial risk assessment. The linear regression model was adopted to explore the structural characteristics associated with the uptake rates in 186 communities. FINDINGS: The overall uptake rate was 33·0%. The uptake rate was negatively correlated with the incidence of advanced-stage lung cancer (Pearson's coefficient −0·88, p-value 0·0007). Multivariable regression models found that lower uptake rates were associated with males (OR 0·88, 95%CI 0·85–0·91), current smokers (OR 0·93, 95%CI 0·90–0·96), individuals with depressive symptoms (OR 0·92, 95%CI 0·90–0·94), and the structural characteristics, including longer structural delays in initiating LDCT scans (30–90 days vs. ≤14 days: β −7·17, 95%CI −12·76∼ −1·57; >90 days vs. ≤14 days: β −13·69, 95%CI −24·61∼ −2·76), no media-assisted publicity (β −6·43, 95%CI −11·26∼ −1·60), and no navigation assistance (β −5·48, 95%CI −10·52∼ −0·44). INTERPRETATION: Multifaceted interventions are recommended, which focus on poor-uptake individuals and integrate the ‘assessment-to-timely-screening’ approach to minimise structural delays, media publicity, and a navigation assistance along the centralised screening pathway. FUNDING: Ministry of Finance and National Health Commission of the People's Republic of China.
format Online
Article
Text
id pubmed-9340538
institution National Center for Biotechnology Information
language English
publishDate 2022
publisher Elsevier
record_format MEDLINE/PubMed
spelling pubmed-93405382022-08-02 Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study Cao, Wei Tan, Fengwei Liu, Kuangyu Wu, Zheng Wang, Fei Yu, Yiwen Wen, Yan Qin, Chao Xu, Yongjie Zhao, Liang Tang, Wei Li, Jiang Dong, Xuesi Zheng, Yadi Yang, Zhuoyu Su, Kai Li, Fang Shi, Jufang Ren, Jiansong Liu, Yunyong Yu, Lianzheng Wei, Donghua Dong, Dong Cao, Ji Zhang, Shaokai Yan, Shipeng Wang, Ning Du, Lingbin Chen, Wanqing Li, Ni He, Jie eClinicalMedicine Articles BACKGROUND: Optimal uptake rates of low-dose computed tomography (LDCT) scans are essential for lung cancer screening (LCS) to confer mortality benefits. We aimed to outline the process model of the LCS programme in China, identify the high-risk individuals with low uptake based on a prospective multi-centre population-based cohort, and further explore associated structural characteristics. METHODS: A total of 221,955 individuals at high-risk for lung cancer from the National Lung Cancer Screening cohort were included. The logistic regression model was performed to identify the individual characteristics associated with the uptake of LCS, defined as whether the high-risk individual undertook LDCT scans in designated hospitals within six months following the initial risk assessment. The linear regression model was adopted to explore the structural characteristics associated with the uptake rates in 186 communities. FINDINGS: The overall uptake rate was 33·0%. The uptake rate was negatively correlated with the incidence of advanced-stage lung cancer (Pearson's coefficient −0·88, p-value 0·0007). Multivariable regression models found that lower uptake rates were associated with males (OR 0·88, 95%CI 0·85–0·91), current smokers (OR 0·93, 95%CI 0·90–0·96), individuals with depressive symptoms (OR 0·92, 95%CI 0·90–0·94), and the structural characteristics, including longer structural delays in initiating LDCT scans (30–90 days vs. ≤14 days: β −7·17, 95%CI −12·76∼ −1·57; >90 days vs. ≤14 days: β −13·69, 95%CI −24·61∼ −2·76), no media-assisted publicity (β −6·43, 95%CI −11·26∼ −1·60), and no navigation assistance (β −5·48, 95%CI −10·52∼ −0·44). INTERPRETATION: Multifaceted interventions are recommended, which focus on poor-uptake individuals and integrate the ‘assessment-to-timely-screening’ approach to minimise structural delays, media publicity, and a navigation assistance along the centralised screening pathway. FUNDING: Ministry of Finance and National Health Commission of the People's Republic of China. Elsevier 2022-07-29 /pmc/articles/PMC9340538/ /pubmed/35923428 http://dx.doi.org/10.1016/j.eclinm.2022.101594 Text en © 2022 The Author(s) https://creativecommons.org/licenses/by-nc-nd/4.0/This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).
spellingShingle Articles
Cao, Wei
Tan, Fengwei
Liu, Kuangyu
Wu, Zheng
Wang, Fei
Yu, Yiwen
Wen, Yan
Qin, Chao
Xu, Yongjie
Zhao, Liang
Tang, Wei
Li, Jiang
Dong, Xuesi
Zheng, Yadi
Yang, Zhuoyu
Su, Kai
Li, Fang
Shi, Jufang
Ren, Jiansong
Liu, Yunyong
Yu, Lianzheng
Wei, Donghua
Dong, Dong
Cao, Ji
Zhang, Shaokai
Yan, Shipeng
Wang, Ning
Du, Lingbin
Chen, Wanqing
Li, Ni
He, Jie
Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title_full Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title_fullStr Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title_full_unstemmed Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title_short Uptake of lung cancer screening with low-dose computed tomography in China: A multi-centre population-based study
title_sort uptake of lung cancer screening with low-dose computed tomography in china: a multi-centre population-based study
topic Articles
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9340538/
https://www.ncbi.nlm.nih.gov/pubmed/35923428
http://dx.doi.org/10.1016/j.eclinm.2022.101594
work_keys_str_mv AT caowei uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT tanfengwei uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT liukuangyu uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT wuzheng uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT wangfei uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT yuyiwen uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT wenyan uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT qinchao uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT xuyongjie uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT zhaoliang uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT tangwei uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT lijiang uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT dongxuesi uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT zhengyadi uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT yangzhuoyu uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT sukai uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT lifang uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT shijufang uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT renjiansong uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT liuyunyong uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT yulianzheng uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT weidonghua uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT dongdong uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT caoji uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT zhangshaokai uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT yanshipeng uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT wangning uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT dulingbin uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT chenwanqing uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT lini uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy
AT hejie uptakeoflungcancerscreeningwithlowdosecomputedtomographyinchinaamulticentrepopulationbasedstudy