Clinical Features	Time to Death		YEARS_TO_BIRTH		PATHOLOGY_T_STAGE		PATHOLOGY_N_STAGE		PATHOLOGY_M_STAGE		HISTOLOGICAL_TYPE		RADIATIONS_RADIATION_REGIMENINDICATION		NUMBER_PACK_YEARS_SMOKED		NUMBER_OF_LYMPH_NODES		RACE		ETHNICITY		WEIGHT_KG_AT_DIAGNOSIS		TUMOR_STATUS		TUMOR_SAMPLE_PROCUREMENT_COUNTRY		NEOPLASM_HISTOLOGIC_GRADE		TOBACCO_SMOKING_YEAR_STOPPED		TOBACCO_SMOKING_PACK_YEARS_SMOKED		TOBACCO_SMOKING_HISTORY		PATIENT.AGEBEGANSMOKINGINYEARS		RADIATION_TOTAL_DOSE		RADIATION_THERAPY_TYPE		RADIATION_THERAPY_STATUS		RADIATION_THERAPY_SITE		RADIATION_ADJUVANT_UNITS		PREGNANCIES_COUNT_TOTAL		PREGNANCIES_COUNT_STILLBIRTH		PATIENT_PATIENTPREGNANCYSPONTANEOUSABORTIONCOUNT		PREGNANCIES_COUNT_LIVE_BIRTH		PATIENT_PATIENTPREGNANCYTHERAPEUTICABORTIONCOUNT		PREGNANCIES_COUNT_ECTOPIC		POS_LYMPH_NODE_LOCATION		MENOPAUSE_STATUS		LYMPHOVASCULAR_INVOLVEMENT		LYMPH_NODES_EXAMINED_HE_COUNT		LYMPH_NODES_EXAMINED		KERATINIZATION_SQUAMOUS_CELL		INITIAL_PATHOLOGIC_DX_YEAR		HISTORY_HORMONAL_CONTRACEPTIVES_USE		HEIGHT_CM_AT_DIAGNOSIS		CORPUS_INVOLVEMENT		CHEMO_CONCURRENT_TYPE		CERVIX_SUV_RESULTS		AJCC_TUMOR_PATHOLOGIC_PT		AGE_AT_DIAGNOSIS		STAGE_EVENT.CLINICAL_STAGE	
Statistical Tests	logrank test_P	logrank test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q	Kruskal-Wallis (anova)_P	Kruskal-Wallis (anova)_Q	Fisher's exact test_P	Fisher's exact test_Q
Copy Number Ratio CNMF subtypes	0.27108	0.607	0.024623	0.191	0.21758	0.553	0.18045	0.514	0.52644	0.767	0.29405	0.63	0.90851	0.96	0.47538	0.759	0.27079	0.607	0.10357	0.436	0.50848	0.762	0.50316	0.762	0.7639	0.905	0.56606	0.791	0.03399	0.225	0.21095	0.542	0.47538	0.759	0.43933	0.733	0.33174	0.657	0.8264	0.927	0.94766	0.982	0.26141	0.6	0.27927	0.618	1	1	0.43986	0.733	0.24485	0.579	0.86459	0.938	0.53784	0.767	0.89354	0.955	0.21334	0.545	0.70362	0.87	0.0095599	0.119	0.12107	0.458	0.27079	0.607	0.41075	0.719	0.95164	0.982	0.39238	0.706	0.42914	0.733	0.06432	0.33	0.3248	0.652	0.53653	0.767	0.12095	0.458	0.13269	0.465	0.016537	0.165	0.23736	0.568
METHLYATION CNMF	0.11749	0.458	0.010817	0.127	0.49276	0.762	0.42697	0.733	0.59652	0.809	9.9999e-06	0.000346	0.087539	0.402	0.40246	0.71	0.1301	0.465	0.6705	0.845	0.96668	0.991	0.099378	0.428	0.92762	0.973	0.66308	0.843	0.82021	0.927	0.80573	0.918	0.40246	0.71	0.23095	0.567	0.44336	0.736	0.51172	0.762	0.21998	0.556	0.90323	0.96	0.65958	0.843	0.71787	0.879	0.31586	0.649	0.0010694	0.0219	0.88157	0.947	0.022444	0.189	0.30589	0.646	0.66132	0.843	0.80242	0.918	0.13499	0.465	0.36917	0.683	0.1301	0.465	0.68811	0.858	0.00072999	0.0156	0.18457	0.514	0.61928	0.824	0.18441	0.514	0.3868	0.699	0.20006	0.533	0.080326	0.38	0.55683	0.788	0.013777	0.144	0.060539	0.321
RPPA CNMF subtypes	0.012486	0.137	0.13556	0.465	0.48756	0.762	0.65512	0.843	1	1	0.7209	0.879	0.92637	0.973	0.099786	0.428	0.8245	0.927	0.66918	0.845	0.064249	0.33	0.089698	0.402	0.25962	0.6	0.51656	0.762	0.11276	0.457	0.73804	0.888	0.099786	0.428	0.33906	0.659	0.52103	0.764	0.79743	0.918	0.83823	0.936	0.50114	0.762	0.31494	0.649	0.23227	0.567	0.11995	0.458	0.31814	0.651	0.7319	0.888	0.022933	0.189	0.33814	0.659	0.97365	0.996	0.41478	0.723	0.5091	0.762	0.04388	0.259	0.8245	0.927	0.0073604	0.0946	0.0331	0.222	0.48473	0.762	0.17955	0.514	0.34175	0.66	0.18213	0.514	0.63212	0.832	0.023913	0.191	0.59178	0.806	0.10216	0.434	0.48861	0.762
RPPA cHierClus subtypes	0.2327	0.567	0.082154	0.385	0.5645	0.791	0.2329	0.567	0.94906	0.982	0.00253	0.0464	0.7965	0.918	0.53983	0.767	0.18494	0.514	0.20266	0.533	0.49626	0.762	0.68605	0.858	0.41928	0.728	0.61741	0.824	0.51506	0.762	0.71988	0.879	0.53983	0.767	0.57692	0.801	0.80818	0.918	0.66242	0.843	0.77566	0.911	1	1	0.47376	0.759	0.099529	0.428	0.62096	0.824	0.1852	0.514	0.83019	0.929	0.13337	0.465	0.59248	0.806	0.66256	0.843	0.6385	0.833	0.80177	0.918	0.33287	0.657	0.18494	0.514	0.23688	0.568	0.04111	0.253	0.87282	0.94	0.50735	0.762	0.16546	0.496	0.19289	0.526	0.42348	0.73	NA	NA	0.79651	0.918	0.10632	0.443	0.1598	0.486
RNAseq CNMF subtypes	0.51976	0.764	1.678e-05	0.000539	0.59292	0.806	0.34901	0.665	0.22676	0.567	9.9999e-06	0.000346	0.28365	0.619	0.14501	0.466	0.011328	0.127	0.01062	0.127	0.26858	0.607	0.7983	0.918	0.2776	0.618	0.04153	0.253	0.00258	0.0464	0.87076	0.94	0.14501	0.466	0.35486	0.665	0.43149	0.733	0.63641	0.833	0.43645	0.733	0.73633	0.888	0.76437	0.905	0.49166	0.762	0.041612	0.253	0.17068	0.509	0.85767	0.938	0.053303	0.288	0.80452	0.918	0.58613	0.806	0.49904	0.762	0.02456	0.191	0.61564	0.824	0.011328	0.127	0.14646	0.466	0.02064	0.189	0.3537	0.665	0.12839	0.465	0.42352	0.73	0.066069	0.33	0.40623	0.714	0.23134	0.567	0.51448	0.762	2.7217e-05	0.000817	0.053679	0.288
RNAseq cHierClus subtypes	0.012976	0.139	0.0073555	0.0946	0.71649	0.879	0.28023	0.618	0.050739	0.284	9.9999e-06	0.000346	0.03948	0.253	0.437	0.733	0.028051	0.197	0.35087	0.665	0.85033	0.938	0.52828	0.767	0.85587	0.938	0.37229	0.684	0.15199	0.475	0.53627	0.767	0.437	0.733	0.32478	0.652	0.65461	0.843	0.99193	1	0.29788	0.633	1	1	0.11595	0.458	0.36904	0.683	0.06521	0.33	0.5833	0.806	0.11051	0.456	0.022117	0.189	0.53458	0.767	0.87321	0.94	0.91339	0.963	0.04243	0.255	0.63534	0.833	0.028051	0.197	0.34725	0.665	0.0055799	0.081	0.025085	0.191	0.03108	0.215	0.14339	0.466	0.28263	0.619	0.36669	0.683	0.22597	0.567	0.13362	0.465	0.0059078	0.0831	0.090169	0.402
MIRSEQ CNMF	0.37747	0.688	0.53851	0.767	0.51556	0.762	0.81925	0.927	0.19746	0.533	9.9999e-06	0.000346	0.19944	0.533	0.051774	0.284	0.3323	0.657	0.3219	0.652	0.60082	0.812	0.73647	0.888	0.62229	0.824	0.00038	0.0095	0.0070099	0.0946	0.31306	0.649	0.051774	0.284	0.088599	0.402	0.84604	0.938	0.94126	0.98	0.11682	0.458	0.39666	0.708	0.02728	0.197	0.3538	0.665	0.74381	0.89	0.85974	0.938	0.0036021	0.0623	0.84653	0.938	0.46369	0.751	0.31958	0.651	0.86383	0.938	0.50749	0.762	0.63113	0.832	0.3323	0.657	0.60541	0.813	0.13063	0.465	0.0040149	0.0645	0.59312	0.806	0.90732	0.96	0.73418	0.888	1	1	0.14071	0.465	0.66467	0.843	0.60277	0.812	0.02593	0.194
MIRSEQ CHIERARCHICAL	0.47496	0.759	8.5986e-05	0.00228	0.00436	0.0677	0.18303	0.514	0.3399	0.659	9.9999e-06	0.000346	0.02677	0.197	0.15681	0.48	0.12483	0.464	0.37576	0.687	0.40058	0.71	0.9051	0.96	0.56893	0.793	0.11843	0.458	0.01807	0.173	0.14713	0.466	0.15681	0.48	0.38625	0.699	0.76425	0.905	0.39477	0.708	0.04586	0.265	0.85864	0.938	0.12002	0.458	0.35313	0.665	0.087966	0.402	0.48668	0.762	0.13835	0.465	0.018501	0.173	0.93263	0.974	0.95749	0.984	0.75816	0.905	0.01419	0.145	0.37014	0.683	0.12483	0.464	0.31121	0.649	0.15377	0.477	0.039108	0.253	0.29811	0.633	0.6925	0.861	0.25945	0.6	0.44612	0.738	0.24233	0.577	0.02199	0.189	6.8858e-05	0.00194	0.00072999	0.0156
MIRseq Mature CNMF subtypes	0.95729	0.984	0.48011	0.761	0.46301	0.751	0.1768	0.514	0.065009	0.33	9.9999e-06	0.000346	9.9999e-06	0.000346	0.19257	0.526	0.20851	0.539	0.13911	0.465	0.13052	0.465	0.74402	0.89	0.7824	0.914	0.00149	0.0292	0.01693	0.166	0.28758	0.619	0.19257	0.526	0.04162	0.253	0.68472	0.858	0.0037552	0.0626	9.9999e-06	0.000346	1	1	0.54028	0.767	1	1	0.77493	0.911	0.20184	0.533	0.23564	0.568	0.68723	0.858	0.69462	0.861	0.98139	1	0.8651	0.938	0.26138	0.6	0.85016	0.938	0.20851	0.539	0.24579	0.579	0.0211	0.189	4.3134e-06	0.000346	0.56381	0.791	0.51071	0.762	0.65159	0.843	0.20614	0.539	0.47936	0.761	0.31513	0.649	0.43853	0.733	0.0055399	0.081
MIRseq Mature cHierClus subtypes	0.79342	0.918	0.85723	0.938	0.51213	0.762	0.14934	0.47	0.33559	0.659	9.9999e-06	0.000346	9.9999e-06	0.000346	0.14166	0.465	0.069429	0.34	0.56271	0.791	0.45468	0.749	0.80759	0.918	0.25397	0.595	0.00050999	0.0121	0.04439	0.259	0.26557	0.607	0.14166	0.465	0.28764	0.619	0.89914	0.959	0.048003	0.273	9.9999e-06	0.000346	0.45748	0.749	0.58917	0.806	0.45781	0.749	0.17215	0.51	0.20052	0.533	0.1119	0.457	0.023094	0.189	0.78079	0.914	0.65331	0.843	0.72068	0.879	0.28755	0.619	0.078219	0.378	0.069429	0.34	0.76896	0.908	0.03214	0.219	5.0257e-08	2.26e-05	0.3139	0.649	0.94916	0.982	0.45977	0.75	0.13804	0.465	0.079725	0.38	0.93181	0.974	0.8849	0.948	0.16275	0.492