Predicted Trait | |
Reported Trait | Prostate carcinoma |
Mapped Trait(s) | prostate carcinoma (EFO_0001663) |
Score Construction | |
PGS Name | SBayesRC |
Development Method | |
Name | SBayesRC |
Parameters | SBayesRC extends SBayesR by incorporating functional annotations, enabling the joint analysis of all common SNPs across the genome. It utilises a multicomponent annotation-dependent mixture prior to more accurately model the distribution of SNP effects, allowing it to estimate both annotation parameters and SNP effects. SBayesRC does not require a tuning cohort. |
Variants | |
Original Genome Build | GRCh37 |
Number of Variants | 3,802,635 |
Effect Weight Type | beta |
PGS Source | |
PGS Catalog Publication (PGP) ID | PGP000741 |
Citation (link to publication) | Tanha HM et al. HGG Adv (2025) |
Study Identifiers | Sample Numbers | Sample Ancestry | Cohort(s) |
---|---|---|---|
GWAS Catalog: GCST011049 Europe PMC: 33398198 |
177,526 individuals | European | NR |
GWAS Catalog: GCST011049 Europe PMC: 33398198 |
21,354 individuals | African American or Afro-Caribbean,African unspecified | NR |
GWAS Catalog: GCST011049 Europe PMC: 33398198 |
27,420 individuals | East Asian | NR |
GWAS Catalog: GCST011049 Europe PMC: 33398198 |
7,953 individuals | Hispanic or Latin American | NR |
PGS Performance Metric ID (PPM) |
PGS Sample Set ID (PSS) |
Performance Source | Trait |
PGS Effect Sizes (per SD change) |
Classification Metrics | Other Metrics | Covariates Included in the Model |
PGS Performance: Other Relevant Information |
---|---|---|---|---|---|---|---|---|
PPM022674 | PSS012056| European Ancestry| 184,010 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.644 [0.634, 0.653] | — | - | — |
PPM022679 | PSS012055| African Ancestry| 3,193 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.55 [0.483, 0.616] | — | - | — |
PPM022689 | PSS012054| European Ancestry| 6,791 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.64 [0.606, 0.674] | — | - | — |
PPM022694 | PSS012053| European Ancestry| 1,809 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.694 [0.663, 0.725] | — | - | — |
PPM022699 | PSS012056| European Ancestry| 184,010 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.758 [0.751, 0.766] | — | Age-specific absolute risk adjusted by PGS relative risk | — |
PPM022704 | PSS012057| South Asian Ancestry| 5,097 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.805 [0.743, 0.868] | — | Age-specific absolute risk adjusted by PGS relative risk | — |
PPM022709 | PSS012055| African Ancestry| 3,193 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.788 [0.747, 0.829] | — | Age-specific absolute risk adjusted by PGS relative risk | — |
PPM022714 | PSS012054| European Ancestry| 6,791 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.689 [0.661, 0.718] | — | Age-specific absolute risk adjusted by PGS relative risk | — |
PPM022719 | PSS012053| European Ancestry| 1,809 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.705 [0.675, 0.736] | — | Age-specific absolute risk adjusted by PGS relative risk | — |
PPM022684 | PSS012057| South Asian Ancestry| 5,097 individuals |
PGP000741 | Tanha HM et al. HGG Adv (2025) |
Reported Trait: 5-year incident prostate cancer | — | AUROC: 0.594 [0.486, 0.703] | — | - | — |
PGS Sample Set ID (PSS) |
Phenotype Definitions and Methods | Participant Follow-up Time | Sample Numbers | Age of Study Participants | Sample Ancestry | Additional Ancestry Description | Cohort(s) | Additional Sample/Cohort Information |
---|---|---|---|---|---|---|---|---|
PSS012053 | Linked cancer registry records were used to identify participants diagnosed with incident malignant neoplasm of the prostate (ICD-10 code: C61; ICD-9 code: 185) within five years of prediction baseline. | — | [ ,
100.0 % Male samples |
European | PC1-PC4 values ±3s.d. from the 1000G European cluster | MCCS | MCCS had a case/sub-cohort design, leading to a higher proportion of cases | |
PSS012054 | Linked cancer registry records were used to identify participants diagnosed with incident malignant neoplasm of the prostate (ICD-10 code: C61; ICD-9 code: 185) within five years of prediction baseline. | — | [ ,
100.0 % Male samples |
European | PC1-PC4 values ±3s.d. from the 1000G European cluster | QSKIN | — | |
PSS012055 | Linked cancer registry records were used to identify participants diagnosed with incident malignant neoplasm of the prostate (ICD-10 code: C61; ICD-9 code: 185) within five years of prediction baseline. | — | [ ,
100.0 % Male samples |
African American or Afro-Caribbean | AFR individuals were identified by PC1-PC4 from 1000G and k-means clustering. | UKB | — | |
PSS012056 | Linked cancer registry records were used to identify participants diagnosed with incident malignant neoplasm of the prostate (ICD-10 code: C61; ICD-9 code: 185) within five years of prediction baseline. | — | [ ,
100.0 % Male samples |
European | EUR individuals were identified by PC1-PC4 from 1000G and k-means clustering. | UKB | — | |
PSS012057 | Linked cancer registry records were used to identify participants diagnosed with incident malignant neoplasm of the prostate (ICD-10 code: C61; ICD-9 code: 185) within five years of prediction baseline. | — | [ ,
100.0 % Male samples |
South Asian | SAS individuals were identified by PC1-PC4 from 1000G and k-means clustering. | UKB | — |