Cost-effective methylome sequencing of cell-free DNA for accurately detecting and locating cancer

Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It con...

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Published inNature communications Vol. 13; no. 1; p. 5566
Main Authors Stackpole, Mary L., Zeng, Weihua, Li, Shuo, Liu, Chun-Chi, Zhou, Yonggang, He, Shanshan, Yeh, Angela, Wang, Ziye, Sun, Fengzhu, Li, Qingjiao, Yuan, Zuyang, Yildirim, Asli, Chen, Pin-Jung, Winograd, Paul, Tran, Benjamin, Lee, Yi-Te, Li, Paul Shize, Noor, Zorawar, Yokomizo, Megumi, Ahuja, Preeti, Zhu, Yazhen, Tseng, Hsian-Rong, Tomlinson, James S., Garon, Edward, French, Samuel, Magyar, Clara E., Dry, Sarah, Lajonchere, Clara, Geschwind, Daniel, Choi, Gina, Saab, Sammy, Alber, Frank, Wong, Wing Hung, Dubinett, Steven M., Aberle, Denise R., Agopian, Vatche, Han, Steven-Huy B., Ni, Xiaohui, Li, Wenyuan, Zhou, Xianghong Jasmine
Format Journal Article
LanguageEnglish
Published London Nature Publishing Group UK 29.09.2022
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Abstract Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow. Early cancer detection by cell-free DNA (cfDNA) is challenged by the low amount of tumour DNA in cfDNA, tumour heterogeneity and the small patient cohorts. Here, the authors develop a method, cfMethyl-Seq, for cost-effective methylome profiling of cfDNA and for detecting and locating cancer.
AbstractList Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow. Early cancer detection by cell-free DNA (cfDNA) is challenged by the low amount of tumour DNA in cfDNA, tumour heterogeneity and the small patient cohorts. Here, the authors develop a method, cfMethyl-Seq, for cost-effective methylome profiling of cfDNA and for detecting and locating cancer.
Abstract Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow.
Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow.Early cancer detection by cell-free DNA (cfDNA) is challenged by the low amount of tumour DNA in cfDNA, tumour heterogeneity and the small patient cohorts. Here, the authors develop a method, cfMethyl-Seq, for cost-effective methylome profiling of cfDNA and for detecting and locating cancer.
Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow.
Abstract Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes that are not sufficient to reflect diverse patient populations. Here, we develop a cancer detection approach to address these challenges. It consists of an assay, cfMethyl-Seq, for cost-effective sequencing of the cell-free DNA methylome (with > 12-fold enrichment over whole genome bisulfite sequencing in CpG islands), and a computational method to extract methylation information and diagnose patients. Applying our approach to 408 colon, liver, lung, and stomach cancer patients and controls, at 97.9% specificity we achieve 80.7% and 74.5% sensitivity in detecting all-stage and early-stage cancer, and 89.1% and 85.0% accuracy for locating tissue-of-origin of all-stage and early-stage cancer, respectively. Our approach cost-effectively retains methylome profiles of cancer abnormalities, allowing us to learn new features and expand to other cancer types as training cohorts grow.
ArticleNumber 5566
Author Stackpole, Mary L.
Tomlinson, James S.
He, Shanshan
Yuan, Zuyang
Wong, Wing Hung
Han, Steven-Huy B.
Lee, Yi-Te
Saab, Sammy
Tran, Benjamin
Li, Wenyuan
Li, Qingjiao
Choi, Gina
Dry, Sarah
Aberle, Denise R.
French, Samuel
Tseng, Hsian-Rong
Noor, Zorawar
Li, Paul Shize
Zeng, Weihua
Geschwind, Daniel
Li, Shuo
Magyar, Clara E.
Yildirim, Asli
Alber, Frank
Sun, Fengzhu
Lajonchere, Clara
Zhou, Xianghong Jasmine
Zhou, Yonggang
Ahuja, Preeti
Chen, Pin-Jung
Dubinett, Steven M.
Liu, Chun-Chi
Garon, Edward
Agopian, Vatche
Zhu, Yazhen
Yokomizo, Megumi
Wang, Ziye
Ni, Xiaohui
Yeh, Angela
Winograd, Paul
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SSID ssj0000391844
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Snippet Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample sizes...
Abstract Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample...
Abstract Early cancer detection by cell-free DNA faces multiple challenges: low fraction of tumor cell-free DNA, molecular heterogeneity of cancer, and sample...
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StartPage 5566
SubjectTerms 45
45/23
631/114
631/114/2415
631/114/794
631/67/2322
692/308/53/2421
Abnormalities
Bisulfite
Cancer
Cell-Free Nucleic Acids - genetics
Colon
Computer applications
Cost-Benefit Analysis
CpG islands
Deoxyribonucleic acid
DNA
DNA methylation
DNA sequencing
Early Detection of Cancer
Epigenome
Gastric cancer
Genomes
Heterogeneity
Humanities and Social Sciences
Humans
Information processing
Liver cancer
Lung cancer
multidisciplinary
Science
Science (multidisciplinary)
Stomach Neoplasms - diagnosis
Stomach Neoplasms - genetics
Tumors
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Title Cost-effective methylome sequencing of cell-free DNA for accurately detecting and locating cancer
URI https://link.springer.com/article/10.1038/s41467-022-32995-6
https://www.ncbi.nlm.nih.gov/pubmed/36175411
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https://search.proquest.com/docview/2720426487
https://pubmed.ncbi.nlm.nih.gov/PMC9522828
https://doaj.org/article/20fb32eadefd4ac09f8fb1699d2139b7
Volume 13
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