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_1p36.21	91 (16%)	479	0.075178	0.637	0.2696	0.892	0.48302	0.948	0.18412	0.823	0.01612	0.295	0.71541	0.996	0.089289	0.646	0.39989	0.937
amp_1q32.1	158 (28%)	412	0.2694	0.892	0.17789	0.823	1	1	0.35904	0.92	1	1	0.84294	1	0.87867	1	0.52623	0.948
amp_1q44	98 (17%)	472	0.55853	0.954	0.94678	1	0.21377	0.846	0.51421	0.948	0.14388	0.802	0.47967	0.948	0.90776	1	0.42429	0.937
amp_2p24.3	49 (9%)	521	0.21198	0.846	0.27652	0.896	0.44525	0.937	0.91573	1	1	1	0.75351	1	0.5998	0.967	0.61171	0.97
amp_3q26.33	108 (19%)	462	0.18986	0.823	0.031629	0.473	0.66185	0.992	0.69809	0.994	0.00067999	0.0227	0.91008	1	0.18817	0.823	0.70056	0.994
amp_4p16.3	48 (8%)	522	0.60938	0.97	0.84888	1	0.35624	0.92	0.38192	0.925	0.90448	1	0.63212	0.976	0.77566	1	1	1
amp_4q12	107 (19%)	463	0.2195	0.846	0.14654	0.802	0.44216	0.937	0.84244	1	0.50511	0.948	0.30507	0.912	0.68191	0.994	1	1
amp_7p11.2	500 (88%)	70	1.0073e-06	8.17e-05	9.6405e-13	5.48e-10	0.24289	0.877	0.044445	0.51	0.04655	0.51	0.10497	0.701	0.4626	0.946	0.060557	0.583
amp_7q11.21	458 (80%)	112	2.0813e-05	0.00107	1.0405e-07	1.18e-05	0.19759	0.828	0.40891	0.937	0.01306	0.265	0.14474	0.802	0.26247	0.892	0.14017	0.802
amp_7q21.2	473 (83%)	97	0.00013163	0.00467	3.8873e-06	0.000245	0.42456	0.937	0.31314	0.912	0.10818	0.714	0.19196	0.826	0.03751	0.495	0.044435	0.51
amp_7q31.2	466 (82%)	104	0.0022584	0.0675	0.00097014	0.0306	0.26808	0.892	0.86858	1	0.25604	0.883	0.064739	0.608	0.0485	0.51	0.055379	0.552
amp_8q24.21	70 (12%)	500	0.070927	0.622	0.44126	0.937	0.51654	0.948	0.92614	1	0.87537	1	0.78779	1	0.22721	0.846	1	1
amp_11p13	30 (5%)	540	0.78543	1	0.28038	0.896	1	1	0.59674	0.966	0.73664	1	1	1	0.76861	1	0.51501	0.948
amp_12p13.32	84 (15%)	486	0.99271	1	0.17315	0.823	1	1	0.84452	1	0.94303	1	0.53193	0.948	0.55779	0.954	0.68765	0.994
amp_12q14.1	134 (24%)	436	0.28551	0.896	0.70302	0.994	0.41872	0.937	0.96147	1	0.71946	0.996	0.8342	1	0.72167	0.996	0.30966	0.912
amp_12q15	92 (16%)	478	0.55952	0.954	0.57895	0.954	0.35319	0.92	0.98022	1	0.75798	1	0.54569	0.954	0.55158	0.954	0.22928	0.846
amp_13q34	32 (6%)	538	0.82693	1	0.69074	0.994	0.35968	0.92	0.53417	0.948	0.47667	0.948	0.69921	0.994	1	1	1	1
amp_13q34	30 (5%)	540	0.69235	0.994	0.41531	0.937	0.56758	0.954	0.38988	0.93	0.73302	1	0.84291	1	0.4864	0.948	1	1
amp_14q32.33	36 (6%)	534	0.40426	0.937	0.005334	0.138	0.48608	0.948	0.30694	0.912	0.46326	0.946	0.85558	1	0.81214	1	1	1
amp_17p13.2	51 (9%)	519	0.70378	0.994	0.49562	0.948	0.2928	0.899	0.95739	1	0.52122	0.948	0.53334	0.948	0.71121	0.996	1	1
amp_17q25.1	83 (15%)	487	0.03728	0.495	0.0083936	0.191	0.18303	0.823	0.44241	0.937	0.78294	1	0.52878	0.948	0.15894	0.823	0.6916	0.994
amp_19p13.3	240 (42%)	330	0.14174	0.802	0.6734	0.994	0.9309	1	0.17048	0.823	0.52677	0.948	0.85715	1	0.41083	0.937	0.57129	0.954
amp_19p13.2	245 (43%)	325	0.24396	0.877	0.98299	1	1	1	0.55981	0.954	0.46973	0.948	1	1	0.72406	0.996	0.76953	1
amp_19q12	213 (37%)	357	0.56596	0.954	0.50306	0.948	0.59511	0.966	0.89344	1	0.58118	0.954	0.85413	1	0.75337	1	0.38536	0.925
amp_21q21.1	69 (12%)	501	0.84711	1	0.0097703	0.213	1	1	0.38601	0.925	0.20106	0.828	0.41296	0.937	0.090259	0.646	0.37784	0.925
del_1p36.32	96 (17%)	474	0.48949	0.948	0.61805	0.971	0.029302	0.45	0.66734	0.994	0.1189	0.745	0.72262	0.996	0.091899	0.646	0.70032	0.994
del_1p36.23	132 (23%)	438	0.78551	1	0.1258	0.764	0.010865	0.229	0.06672	0.608	0.53591	0.948	0.52644	0.948	0.17476	0.823	0.31145	0.912
del_1p32.3	60 (11%)	510	0.58349	0.955	0.055402	0.552	0.12649	0.764	0.64194	0.985	0.57658	0.954	0.14689	0.802	0.2662	0.892	1	1
del_1p22.1	47 (8%)	523	0.49714	0.948	0.35864	0.92	1	1	0.36601	0.921	0.072969	0.628	0.51754	0.948	1	1	1	1
del_1q42.11	49 (9%)	521	0.14155	0.802	0.2879	0.896	1	1	0.043402	0.51	0.83005	1	0.15192	0.813	0.35803	0.92	0.25077	0.879
del_1q44	34 (6%)	536	0.42806	0.937	0.31964	0.92	1	1	0.29918	0.906	0.87348	1	0.85103	1	0.8804	1	0.4748	0.948
del_2q22.1	46 (8%)	524	0.28876	0.896	0.094002	0.647	0.43137	0.937	0.5782	0.954	0.25173	0.879	0.071177	0.622	0.40964	0.937	0.61165	0.97
del_2q37.1	54 (9%)	516	0.87773	1	0.7502	1	0.18769	0.823	0.65155	0.987	1	1	0.36221	0.921	0.46591	0.946	1	1
del_3p21.1	53 (9%)	517	0.04782	0.51	0.014772	0.28	0.76857	1	0.60839	0.97	0.33387	0.92	0.04737	0.51	0.49061	0.948	0.33762	0.92
del_3q13.31	56 (10%)	514	0.90772	1	0.39723	0.937	0.56766	0.954	0.25226	0.879	0.77456	1	0.23086	0.846	0.52283	0.948	0.34724	0.92
del_3q22.1	58 (10%)	512	0.97985	1	0.38517	0.925	1	1	0.4575	0.946	0.77845	1	0.55982	0.954	0.29015	0.896	0.36639	0.921
del_3q29	65 (11%)	505	0.17876	0.823	0.57122	0.954	1	1	0.34208	0.92	1	1	0.26221	0.892	1	1	1	1
del_4p16.3	76 (13%)	494	0.078803	0.646	0.092067	0.646	0.25657	0.883	0.37568	0.925	0.25106	0.879	0.067487	0.608	0.44357	0.937	0.65764	0.988
del_4q34.3	91 (16%)	479	0.060093	0.583	0.11464	0.745	0.046378	0.51	0.68829	0.994	0.94773	1	0.18059	0.823	0.22458	0.846	1	1
del_5q34	68 (12%)	502	0.035525	0.492	0.27289	0.894	0.18602	0.823	0.57428	0.954	0.45125	0.945	0.78386	1	0.066529	0.608	0.16406	0.823
del_6q22.31	157 (28%)	413	0.022277	0.372	0.21879	0.846	0.084055	0.646	0.57988	0.954	0.42147	0.937	0.92073	1	0.51336	0.948	0.19333	0.826
del_6q26	178 (31%)	392	0.087747	0.646	0.88629	1	0.19653	0.828	0.97511	1	0.20105	0.828	0.63164	0.976	0.96994	1	0.35497	0.92
del_8p23.2	66 (12%)	504	0.34403	0.92	0.040864	0.51	0.2861	0.896	0.32711	0.92	0.86601	1	0.67783	0.994	0.01791	0.315	0.3761	0.925
del_9p21.3	417 (73%)	153	0.01831	0.315	6.515e-05	0.00247	0.44038	0.937	0.16631	0.823	0.66352	0.992	0.31483	0.912	0.5459	0.954	0.74468	1
del_9q34.2	79 (14%)	491	0.94051	1	0.96066	1	0.90131	1	0.72353	0.996	0.050849	0.525	0.44238	0.937	0.22526	0.846	0.22925	0.846
del_10p15.3	463 (81%)	107	3.4432e-05	0.0015	1.1127e-08	2.11e-06	0.15317	0.813	0.41351	0.937	0.02396	0.378	0.64907	0.987	0.18161	0.823	0.27378	0.894
del_10p13	464 (81%)	106	2.2503e-05	0.00107	2.3345e-08	3.31e-06	0.047067	0.51	0.7184	0.996	0.0082399	0.191	0.81954	1	0.11943	0.745	0.27026	0.892
del_10p11.23	469 (82%)	101	1.9476e-06	0.000138	7.7169e-11	2.19e-08	0.11585	0.745	0.09194	0.646	0.00305	0.0855	0.81601	1	0.16869	0.823	0.25169	0.879
del_10q23.31	507 (89%)	63	5.6174e-05	0.00228	2.2855e-07	2.16e-05	0.78488	1	0.086653	0.646	0.02296	0.373	0.88766	1	0.35802	0.92	0.63526	0.978
del_10q26.3	508 (89%)	62	0.0031613	0.0855	9.1339e-06	0.000519	0.68065	0.994	0.087928	0.646	0.089009	0.646	1	1	0.083859	0.646	0.63249	0.976
del_11p15.5	129 (23%)	441	0.040399	0.51	0.0059575	0.147	0.21896	0.846	0.16028	0.823	0.52835	0.948	0.83146	1	1	1	1	1
del_11p11.2	105 (18%)	465	0.14089	0.802	0.67592	0.994	0.22414	0.846	0.51771	0.948	0.23383	0.851	0.81831	1	0.70856	0.996	1	1
del_11q14.1	96 (17%)	474	0.94661	1	0.53261	0.948	0.35974	0.92	0.75702	1	0.28689	0.896	0.15296	0.813	0.9534	1	0.70027	0.994
del_12p13.1	71 (12%)	499	0.16842	0.823	0.98218	1	0.43778	0.937	0.42325	0.937	0.30802	0.912	0.28068	0.896	0.123	0.759	1	1
del_12q12	76 (13%)	494	0.6532	0.987	0.65341	0.987	0.61503	0.97	0.83533	1	1	1	0.43514	0.937	0.4531	0.945	0.65764	0.988
del_12q15	78 (14%)	492	0.67838	0.994	0.64442	0.987	0.45433	0.945	0.40183	0.937	0.82713	1	0.29992	0.906	0.37872	0.925	0.20975	0.846
del_13q14.2	238 (42%)	332	0.85149	1	0.74441	1	0.54425	0.954	0.73144	1	0.33021	0.92	0.65277	0.987	0.32405	0.92	1	1
del_13q22.1	226 (40%)	344	0.79657	1	0.95397	1	0.93021	1	0.22732	0.846	0.33811	0.92	0.46636	0.946	0.71895	0.996	0.37883	0.925
del_14q13.1	175 (31%)	395	0.4876	0.948	0.56494	0.954	0.094507	0.647	0.45889	0.946	0.35091	0.92	0.49999	0.948	0.33282	0.92	0.11924	0.745
del_14q24.2	171 (30%)	399	0.88377	1	0.51385	0.948	0.22401	0.846	0.74543	1	0.2965	0.905	0.43702	0.937	0.68821	0.994	1	1
del_15q14	151 (26%)	419	0.32458	0.92	0.033446	0.483	0.69783	0.994	0.91883	1	0.96269	1	0.31334	0.912	0.38249	0.925	0.32677	0.92
del_16p12.2	92 (16%)	478	0.1374	0.802	0.20634	0.843	0.35319	0.92	0.54928	0.954	0.43512	0.937	0.54569	0.954	0.90447	1	1	1
del_16q23.1	99 (17%)	471	0.16958	0.823	0.75408	1	0.82151	1	0.14227	0.802	0.62602	0.976	0.034032	0.483	0.60825	0.97	0.70256	0.994
del_17p13.2	85 (15%)	485	0.85376	1	0.5731	0.954	0.2803	0.896	0.32769	0.92	1	1	0.61901	0.971	0.77495	1	1	1
del_17p13.1	95 (17%)	475	0.62743	0.976	0.10222	0.691	0.08485	0.646	0.97674	1	0.80812	1	0.18925	0.823	0.9534	1	1	1
del_17q11.2	70 (12%)	500	0.58959	0.962	0.53215	0.948	0.79406	1	0.37341	0.925	1	1	0.076956	0.643	0.73318	1	1	1
del_18q22.3	82 (14%)	488	0.99184	1	0.50669	0.948	0.80776	1	0.16098	0.823	0.78221	1	0.61391	0.97	0.35682	0.92	0.39989	0.937
del_19q13.41	99 (17%)	471	0.014447	0.28	0.4772	0.948	0.82151	1	0.601	0.967	0.59155	0.963	1	1	0.54848	0.954	1	1
del_21q21.1	56 (10%)	514	0.51401	0.948	0.41046	0.937	0.77508	1	0.41707	0.937	0.84662	1	0.18059	0.823	0.92712	1	0.36639	0.921
del_22q13.32	212 (37%)	358	0.40746	0.937	0.15451	0.813	0.92941	1	0.50548	0.948	0.96949	1	0.71312	0.996	0.22496	0.846	1	1
del_xp22.2	117 (21%)	453	0.2002	0.828	0.49177	0.948	1	1	0.4633	0.946	0.95594	1	1	1	0.62144	0.972	0.4742	0.948