Volltext-Artikel, E-Books und Literaturhinweise aus dem EBSCO Discovery Service
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von Shuo Li ; Zorawar S. Noor ; Weihua Zeng ; et al.
Nature Communications, Vol 17, Iss 1, Pp 1-1 (2026)
Schlagworte: Science
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von Stackpole, Mary L. ; Zeng, Weihua ; Li, Shuo ; et al.
Nature Communications. 15(1)
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
PLoS ONE, Vol 20, Iss 4, p e0321736 (2025)
Schlagworte: Medicine; Science
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Hu, Ran ; Li, Shuo ; Stackpole, Mary L ; et al.
Bioinformatics Advances, vol 5, iss 1
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von Mary L. Stackpole ; Weihua Zeng ; Shuo Li ; et al.
Nature Communications, Vol 13, Iss 1, Pp 1-12 (2022)
Schlagworte: Science
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von Shuo Li ; Zorawar S. Noor ; Weihua Zeng ; et al.
Nature Communications, Vol 12, Iss 1, Pp 1-14 (2021)
Schlagworte: Science
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von Li, Shuo ; Zeng, Weihua ; Ni, Xiaohui ; et al.
Proceedings of the National Academy of Sciences of the United States of America, vol 120, iss 28
Schlagworte: Human Genome; Bioengineering; Genetics; Detection; screening and diagnosis; 4.1 Discovery and preclinical testing of markers and technologies; Generic health relevance; Humans; Cell-Free Nucleic Acids; Deep Learning; DNA Methylation; Biomarkers; Promoter Regions; Genetic; Tumor; cell-free DNA; tissue deconvolution; disease diagnosis; disease monitoring
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von Li, Shuo ; Zeng, Weihua ; Ni, Xiaohui ; et al.
Clinical Cancer Research, vol 28, iss 9
Schlagworte: 32 Biomedical and Clinical Sciences (for-2020); 3211 Oncology and Carcinogenesis (for-2020); Health Disparities (rcdc); Human Genome (rcdc); Cancer Genomics (rcdc); Cancer (rcdc); Genetics (rcdc); Cancer (hrcs-hc); Biomarkers; Tumor (mesh); Cell-Free Nucleic Acids (mesh); Exome (mesh); Humans (mesh); Mutation (mesh); Neoplasm Recurrence; Local (mesh); Neoplasm; Residual (mesh); Neoplasms; Second Primary (mesh); Treatment Outcome (mesh); Exome Sequencing (mesh)
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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von Ran Hu ; Benjamin Tran ; Shuo Li ; et al.
Schlagworte: Biophysics; Cell Biology; Genetics; Biotechnology; Developmental Biology; Cancer; Infectious Diseases; Virology; Mathematical Sciences not elsewhere classified; staging significantly improved; radiographic imaging features; peripheral blood draw; multivariate cox model; improve treatment decision; early cancer diagnosis; discriminating patient outcomes; critical unmet need; cancer genome atlas; based risk score; 80 8211; 68 8211; pilot study demonstrating; new prognostic biomarkers; identified 158 hcc; 377 hcc tumors; noninvasive prognostic assessments; potential clinical utility; plasma cfdna samples; hepatocellular carcinoma based; stratify hcc patients
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