Clinical Features	Time to Death		YEARS_TO_BIRTH		GENDER		KARNOFSKY_PERFORMANCE_SCORE		HISTOLOGICAL_TYPE		RADIATIONS_RADIATION_REGIMENINDICATION		RACE		ETHNICITY	
	nCNV (%)	nWild-Type	logrank test_P	logrank test_Q	Wilcoxon-test_P	Wilcoxon-test_Q	Fisher's exact test_P	Fisher's exact test_Q	Wilcoxon-test_P	Wilcoxon-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
amp_1q22	39 (8%)	433	0.11122	0.37	0.0005397	0.00641	1	1	0.50547	0.789	0.34483	0.681	0.29728	0.661	0.25745	0.612	0.3852	0.712
amp_1q32.1	39 (8%)	433	0.0012114	0.0123	9.2133e-07	3.48e-05	0.86639	0.982	0.05868	0.259	0.30164	0.665	0.29728	0.661	0.162	0.449	0.3852	0.712
amp_2p24.3	22 (5%)	450	0.067972	0.271	0.78438	0.942	0.6607	0.874	0.47921	0.779	0.12262	0.395	0.59189	0.853	1	1	0.18107	0.483
amp_3q26.33	19 (4%)	453	1.8465e-05	0.000349	0.08006	0.298	0.48248	0.779	0.16139	0.449	0.00447	0.0365	0.23095	0.564	0.060909	0.26	1	1
amp_4q12	27 (6%)	445	0.014001	0.0955	0.232	0.564	0.84293	0.961	0.31704	0.668	0.00385	0.0341	0.62592	0.86	0.77228	0.941	1	1
amp_7p11.2	117 (25%)	355	3.9813e-08	3.31e-06	8.9767e-10	1.24e-07	0.33344	0.673	0.064583	0.269	0.066119	0.269	0.4199	0.731	0.066719	0.269	0.78578	0.942
amp_7q31.2	164 (35%)	308	0.0010885	0.0116	6.0851e-07	2.53e-05	0.051138	0.236	0.33052	0.672	0.059049	0.259	0.33127	0.672	0.055469	0.249	1	1
amp_7q32.3	170 (36%)	302	0.001696	0.0168	1.1664e-07	8.09e-06	0.026164	0.153	0.44464	0.749	0.053839	0.246	0.27602	0.641	0.077109	0.297	0.80729	0.945
amp_8q24.13	93 (20%)	379	0.4617	0.771	0.046576	0.218	0.29617	0.661	0.41851	0.731	0.00204	0.0197	1	1	0.6145	0.86	0.37332	0.704
amp_9q34.3	43 (9%)	429	0.99866	1	0.83286	0.957	0.1071	0.364	0.10767	0.364	0.02739	0.155	0.54465	0.828	0.12848	0.408	0.22166	0.556
amp_10p15.3	66 (14%)	406	0.44043	0.749	0.00032636	0.00399	0.22907	0.564	0.069099	0.271	6.9999e-05	0.00108	0.094457	0.336	0.81495	0.947	0.080379	0.298
amp_11q24.1	82 (17%)	390	0.9055	0.991	0.2484	0.597	0.46341	0.771	0.88656	0.991	0.5196	0.804	0.87838	0.985	0.57703	0.843	0.75013	0.926
amp_12p13.32	64 (14%)	408	0.63273	0.86	0.023938	0.144	0.22239	0.556	0.8104	0.945	0.12228	0.395	0.087939	0.318	1	1	0.48896	0.779
amp_12q14.1	34 (7%)	438	3.6221e-08	3.31e-06	0.0050359	0.0403	0.72149	0.91	0.27443	0.641	0.03368	0.169	0.36678	0.704	0.3228	0.668	1	1
amp_13q34	21 (4%)	451	0.27249	0.641	0.74218	0.919	0.6584	0.874	0.11678	0.386	0.5863	0.853	0.5777	0.843	0.664	0.874	0.57705	0.843
amp_15q26.3	15 (3%)	457	4.8928e-05	0.000783	0.55835	0.833	0.79876	0.945	0.14031	0.423	0.086599	0.316	0.5064	0.789	1	1	0.4501	0.755
amp_17q25.1	39 (8%)	433	0.009263	0.0653	0.030192	0.157	0.61358	0.86	0.36128	0.704	0.2112	0.539	0.67296	0.874	0.20241	0.524	0.64709	0.868
amp_19p13.3	120 (25%)	352	0.62742	0.86	0.044617	0.211	0.83137	0.957	0.63125	0.86	9.9999e-06	0.000208	0.59437	0.853	0.80299	0.945	0.78908	0.943
amp_19p13.2	113 (24%)	359	0.80564	0.945	0.011478	0.0796	0.27724	0.641	0.31534	0.668	9.9999e-06	0.000208	0.8918	0.991	0.70736	0.897	0.78028	0.942
amp_xp11.22	41 (9%)	431	0.47299	0.779	0.44488	0.749	1	1	0.6677	0.874	0.0083999	0.0602	0.21842	0.554	0.29144	0.659	1	1
amp_xp11.22	57 (12%)	415	0.91274	0.995	0.91442	0.995	0.15608	0.445	0.99068	1	0.00011	0.00158	0.47982	0.779	0.89746	0.991	1	1
del_1p36.32	191 (40%)	281	0.15396	0.442	3.2503e-07	1.69e-05	0.39589	0.713	0.67293	0.874	9.9999e-06	0.000208	0.033002	0.167	0.30195	0.665	0.62837	0.86
del_1p32.3	181 (38%)	291	0.021385	0.132	1.4682e-06	5.09e-05	0.56859	0.842	0.54987	0.832	9.9999e-06	0.000208	0.0039625	0.0343	0.37411	0.704	0.80606	0.945
del_1q43	27 (6%)	445	0.67613	0.874	0.2762	0.641	0.42664	0.736	0.8007	0.945	0.28291	0.647	1	1	0.22319	0.556	0.30699	0.668
del_2q37.3	69 (15%)	403	0.54182	0.828	0.097959	0.342	0.43359	0.745	0.701	0.892	0.02162	0.132	0.41226	0.726	0.68605	0.884	0.17584	0.472
del_3p21.31	44 (9%)	428	0.32274	0.668	0.49275	0.779	0.87352	0.982	0.006091	0.0445	0.47977	0.779	0.32229	0.668	0.44298	0.749	0.019448	0.126
del_3q13.31	35 (7%)	437	0.0053417	0.0419	0.62004	0.86	0.28981	0.659	0.48729	0.779	0.56594	0.841	0.37375	0.704	0.6709	0.874	0.63292	0.86
del_3q29	40 (8%)	432	0.021042	0.132	0.73011	0.915	0.73945	0.918	0.40414	0.72	0.13232	0.416	0.67603	0.874	0.39551	0.713	0.65236	0.873
del_4q34.3	125 (26%)	347	0.8259	0.957	0.15109	0.44	0.75364	0.928	0.47641	0.779	0.83139	0.957	0.14835	0.438	0.58935	0.853	1	1
del_5p15.33	46 (10%)	426	0.9509	1	0.39892	0.715	0.53611	0.826	0.03262	0.167	0.00291	0.0269	0.029129	0.155	0.54506	0.828	0.70049	0.892
del_5q34	60 (13%)	412	0.098918	0.343	0.60766	0.86	0.8894	0.991	0.31049	0.668	2e-05	0.000362	0.16148	0.449	0.34286	0.681	0.48967	0.779
del_6p25.3	44 (9%)	428	4.751e-07	2.2e-05	0.34533	0.681	0.87352	0.982	0.027502	0.155	0.36935	0.704	0.84274	0.961	0.078489	0.298	0.23304	0.564
del_6q22.31	69 (15%)	403	1.2822e-05	0.000254	0.20278	0.524	0.69381	0.891	0.044166	0.211	3e-05	0.000499	0.41226	0.726	0.1854	0.491	0.733	0.916
del_6q24.3	72 (15%)	400	0.00020971	0.00273	0.64608	0.868	0.36878	0.704	0.044166	0.211	7.9999e-05	0.00119	0.33522	0.674	0.21007	0.539	0.33117	0.672
del_7p22.3	19 (4%)	453	0.16723	0.457	0.92253	0.999	1	1	0.75971	0.932	0.91567	0.995	0.77332	0.941	0.40485	0.72	1	1
del_8q24.3	26 (6%)	446	0.84156	0.961	0.6199	0.86	0.54534	0.828	0.95533	1	0.15769	0.446	0.31394	0.668	0.41346	0.726	0.061892	0.26
del_9p23	134 (28%)	338	0.00022184	0.0028	0.0042406	0.036	0.60852	0.86	0.016238	0.109	0.02865	0.155	0.028126	0.155	0.95028	1	0.59971	0.857
del_9p21.3	161 (34%)	311	6.4417e-10	1.24e-07	3.1127e-06	9.96e-05	0.28217	0.647	0.00441	0.0365	0.0059199	0.0443	0.020263	0.13	1	1	0.62089	0.86
del_10q26.3	135 (29%)	337	3.7514e-12	1.56e-09	2.2324e-07	1.33e-05	0.065326	0.269	0.16473	0.454	3e-05	0.000499	0.70014	0.892	0.17493	0.472	1	1
del_11p15.5	94 (20%)	378	0.3307	0.672	0.027308	0.155	0.080967	0.298	0.099645	0.343	9.9999e-06	0.000208	0.4673	0.774	0.55881	0.833	0.77021	0.941
del_11p15.1	66 (14%)	406	0.068445	0.271	0.23017	0.564	0.061302	0.26	0.03564	0.177	0.00082999	0.00909	0.3151	0.668	0.67033	0.874	0.73948	0.918
del_12p13.1	35 (7%)	437	0.0033929	0.0307	0.36576	0.704	1	1	0.49213	0.779	0.04208	0.206	0.37375	0.704	0.80754	0.945	0.38427	0.712
del_12q12	66 (14%)	406	0.63827	0.865	0.39522	0.713	0.42341	0.734	0.6017	0.857	0.00016	0.00215	0.86783	0.982	0.31031	0.668	0.15351	0.442
del_13q14.2	129 (27%)	343	0.074991	0.292	0.9042	0.991	0.1451	0.434	0.0057583	0.0443	0.14034	0.423	0.089657	0.322	0.34319	0.681	1	1
del_13q14.2	131 (28%)	341	0.097265	0.342	0.89478	0.991	0.14763	0.438	0.0059664	0.0443	0.10861	0.364	0.11887	0.389	0.34686	0.681	1	1
del_13q34	99 (21%)	373	0.079219	0.298	0.71957	0.91	0.25549	0.611	0.13844	0.423	0.98935	1	0.31799	0.668	0.39436	0.713	0.55727	0.833
del_14q24.3	108 (23%)	364	0.0001602	0.00215	0.055576	0.249	0.15091	0.44	0.44066	0.749	0.19089	0.499	0.78333	0.942	0.1889	0.497	1	1
del_18q23	74 (16%)	398	0.55826	0.833	0.029101	0.155	0.30805	0.668	0.90194	0.991	0.49616	0.782	0.87331	0.982	0.13593	0.419	0.16803	0.457
del_19q13.41	247 (52%)	225	0.019233	0.126	0.024704	0.147	0.57786	0.843	0.64075	0.865	9.9999e-06	0.000208	0.48675	0.779	0.39547	0.713	1	1
del_19q13.42	255 (54%)	217	0.00072206	0.00812	0.1329	0.416	0.78035	0.942	0.66579	0.874	9.9999e-06	0.000208	0.72722	0.914	0.38908	0.713	0.81073	0.945
del_22q13.31	68 (14%)	404	0.00062586	0.00723	0.0025236	0.0239	0.5109	0.793	0.1256	0.402	0.00121	0.0123	0.61946	0.86	0.13409	0.416	1	1
del_xq21.1	66 (14%)	406	0.030196	0.157	0.059859	0.259	0.59365	0.853	0.90191	0.991	0.50328	0.789	1	1	0.37754	0.707	1	1