
Package index
-
MSK_genomic_data
- Genomic data of the MSK-MetTropism cohort
-
MSK_clinical_data
- Genomic data of the MSK-MetTropism cohort
-
priors_pcawg_hmf
- Priors over (k,m) configurations from PCAWG and HMF
-
priors_eta
- Priors over the rate of reads per chromosome copy from MSK-MET
-
cancer_gene_census
- Gene roles from COSMIC Cancer Gene Census
-
MSK_PAAD_output
- Data from the MSK-MetTropism cohort classified with INCOMMON
-
compute_eta_prior()
- Evaluate a prior distribution over the rate of reads per chromosom copy from the data.
-
priors_k_m()
- Getter for class
'INCOMMON'
.
-
subset_sample()
- Subset an INCOMMON object by sample ID.
-
init()
- Prepare input for analyses with
'INCOMMON'
.
-
classify()
- Classify mutations using a Beta-Binomial model-based test.
-
print(<INCOMMON>)
- Print for class
'INCOMMON'
.
-
plot_prior()
- Visualize prior distribution for a gene (tumor-specific or pancancer).
-
plot_eta_prior()
- Visualise the prior distribution over the rate of reads per chromosome copy.
-
plot_purity_prior()
- Visualise the prior distribution on sample purity
-
plot_posterior_k_m()
- Visualise the posterior distribution on (k,m) configurations.
-
plot_class_fraction()
- Visualize frequency distribution of INCOMMON classes.
-
plot_survival_analysis()
- Visualise survival analysis based on INCOMMON classes.
-
plot_met_volcano()
- Visualize metastatic propnesity odds ratio in a volcano plot fashion.
-
plot_tropism()
- Visualize metastatic propnesity odds ratio in a volcano plot fashion.
-
parameters()
- Getter for class
'INCOMMON'
.
-
show_FAM()
- Get the fraction of alleles with the mutation (FAM) values for a gene and cancer type.
-
posterior_k_m()
- Get the posterior distribution over (k,m) configurations for a specific mutation
-
mutant_dosage_classification()
- Group patients by gene mutant mutant dosage using gene-role specific thresholds.
-
compute_expectations()
- Compute the expectation value of k, m and FAM from the model full posterior distribution.
Survival analysis with INCOMMON classes
Functions to perform survival analysis with patient stratificaiton based on INCOMMON classes
-
kaplan_meier_fit()
- Fit Kaplan-Meier survival model stratifying patients based on INCOMMON classes, for a single gene and tumour type.
-
cox_fit()
- Fit multivariate Cox regression model based on INCOMMON classes.
-
plot_survival_analysis()
- Visualise survival analysis based on INCOMMON classes.
Metastatic pattern analysis with INCOMMON classes
Functions to perform metastatic propensity and tropism analysis with INCOMMON interpreted tumor genomes
-
met_propensity()
- Logistic regression of metastatic propensity based on INCOMMON classes.
-
met_tropism()
- Logistic regression of metastatic tropism based on INCOMMON classes.