Clinical Features	Time to Death		YEARS_TO_BIRTH		PATHOLOGIC_STAGE		PATHOLOGY_T_STAGE		PATHOLOGY_N_STAGE		GENDER		RADIATION_THERAPY		HISTOLOGICAL_TYPE		RESIDUAL_TUMOR		NUMBER_OF_LYMPH_NODES		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	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	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
amp_1q22	17 (19%)	73	0.0023085	0.425	0.59538	1	0.68594	1	0.68748	1	0.67944	1	0.77948	1	0.50601	1	1	1	0.13159	0.776	0.064463	0.736	0.49578	1	0.61307	1
amp_4p16.3	41 (46%)	49	0.13561	0.776	0.78912	1	0.9335	1	0.9722	1	0.75038	1	0.50493	1	0.59934	1	0.21501	0.85	0.13885	0.776	0.87746	1	1	1	0.69265	1
amp_4q35.1	29 (32%)	61	0.056401	0.736	0.60431	1	0.21376	0.85	0.33337	1	0.1594	0.838	0.16383	0.843	0.40177	1	0.25746	0.891	0.46349	1	0.24606	0.882	1	1	1	1
amp_5p15.33	65 (72%)	25	0.96658	1	0.6752	1	0.58232	1	0.59175	1	0.72144	1	0.46868	1	0.56222	1	1	1	0.80499	1	1	1	0.082679	0.736	0.40305	1
amp_5q35.3	63 (70%)	27	0.20605	0.843	0.68536	1	0.76986	1	0.90508	1	1	1	0.63147	1	0.39207	1	1	1	0.52323	1	0.87795	1	1	1	0.69416	1
amp_6p21.31	19 (21%)	71	0.77845	1	0.0059684	0.61	0.86364	1	0.63472	1	0.68	1	0.18822	0.843	0.10431	0.748	1	1	0.04244	0.736	0.40694	1	0.10372	0.748	0.37438	1
amp_6q24.3	19 (21%)	71	0.97688	1	0.3551	1	0.72332	1	0.36487	1	0.11505	0.748	0.79249	1	0.34152	1	1	1	0.40632	1	0.091164	0.748	0.089689	0.748	0.64489	1
amp_7p22.1	54 (60%)	36	0.57903	1	0.6834	1	0.091549	0.748	0.096599	0.748	0.30489	0.959	1	1	0.29464	0.945	0.78786	1	0.60186	1	0.47506	1	1	1	1	1
amp_9q31.3	34 (38%)	56	0.0094357	0.651	0.86122	1	0.02636	0.736	0.077649	0.736	0.041277	0.736	0.49751	1	0.17395	0.843	0.56332	1	0.068199	0.736	0.20607	0.843	1	1	0.43904	1
amp_12q14.1	70 (78%)	20	0.53823	1	0.61367	1	0.88987	1	0.87689	1	0.68323	1	0.79124	1	0.52827	1	1	1	0.67403	1	0.62497	1	0.54615	1	0.1708	0.843
amp_14q11.2	27 (30%)	63	0.38835	1	0.06695	0.736	0.38468	1	0.39402	1	0.058485	0.736	0.63147	1	0.2535	0.891	0.51828	1	0.43871	1	0.056695	0.736	0.64939	1	0.40744	1
amp_16p13.3	50 (56%)	40	0.205	0.843	0.9676	1	0.79834	1	0.9248	1	1	1	0.11935	0.749	0.42545	1	1	1	0.73635	1	0.1678	0.843	0.72045	1	1	1
amp_16q22.1	56 (62%)	34	0.90519	1	0.68028	1	0.68601	1	0.66146	1	0.73719	1	0.25726	0.891	0.030319	0.736	0.77314	1	0.21718	0.85	0.32067	0.988	0.052589	0.736	1	1
amp_16q24.2	49 (54%)	41	0.17958	0.843	0.90324	1	0.73911	1	0.52584	1	1	1	0.18741	0.843	0.18775	0.843	1	1	1	1	0.51529	1	0.73076	1	0.6995	1
amp_17q25.3	18 (20%)	72	0.18583	0.843	0.2318	0.853	0.78883	1	0.49509	1	0.68	1	0.5883	1	0.7541	1	0.13597	0.776	0.87661	1	0.26474	0.891	0.47244	1	0.66409	1
amp_19p13.12	58 (64%)	32	0.21157	0.85	0.12908	0.776	0.13671	0.776	0.18836	0.843	0.48374	1	1	1	0.057557	0.736	1	1	0.81376	1	0.55242	1	1	1	0.22994	0.853
amp_19q12	56 (62%)	34	0.051533	0.736	0.045717	0.736	0.081319	0.736	0.11657	0.748	0.73719	1	0.49751	1	0.030319	0.736	1	1	0.36598	1	0.97859	1	1	1	0.2263	0.853
amp_xp11.22	49 (54%)	41	0.83807	1	0.90645	1	0.67057	1	0.85777	1	0.50194	1	0.50493	1	0.59998	1	0.21267	0.85	0.78502	1	0.39885	1	1	1	0.039941	0.736
amp_xq28	46 (51%)	44	0.40116	1	0.70732	1	0.88082	1	0.93614	1	1	1	1	1	0.44102	1	0.80441	1	0.37638	1	0.55449	1	0.74178	1	1	1
del_1p36.23	38 (42%)	52	0.18686	0.843	0.48986	1	0.61336	1	0.46676	1	0.73648	1	0.82264	1	1	1	0.59813	1	0.2961	0.945	0.93855	1	0.50741	1	0.40744	1
del_1q43	18 (20%)	72	0.91545	1	0.94771	1	0.63565	1	0.18115	0.843	0.39894	1	0.7825	1	0.74499	1	0.053569	0.736	0.94809	1	0.26909	0.891	1	1	0.58738	1
del_2q22.1	18 (20%)	72	0.067869	0.736	0.94771	1	0.43565	1	0.73611	1	1	1	1	1	0.33059	1	0.052519	0.736	0.94808	1	0.81437	1	1	1	1	1
del_2q37.3	21 (23%)	69	0.44631	1	0.80035	1	0.18421	0.843	0.97669	1	1	1	1	1	0.54865	1	0.080169	0.736	0.84896	1	0.76987	1	1	1	0.27657	0.909
del_3q13.31	25 (28%)	65	0.11568	0.748	0.47374	1	0.3615	1	0.65961	1	1	1	0.04645	0.736	0.54996	1	0.69314	1	0.2169	0.85	0.88333	1	0.31525	0.978	0.37438	1
del_4q34.3	25 (28%)	65	0.0022399	0.425	0.47932	1	0.098509	0.748	0.086089	0.748	1	1	1	1	0.56222	1	0.69111	1	0.0077399	0.61	0.61057	1	0.62833	1	1	1
del_4q34.3	28 (31%)	62	0.014996	0.736	0.71749	1	0.20575	0.843	0.16752	0.843	1	1	0.81453	1	0.25145	0.891	0.15799	0.838	0.03439	0.736	0.36147	1	0.6498	1	0.41242	1
del_4q35.1	30 (33%)	60	0.013085	0.722	0.53476	1	0.26187	0.891	0.20454	0.843	1	1	0.48467	1	0.024129	0.736	0.39399	1	0.081959	0.736	0.7156	1	0.68622	1	0.66892	1
del_6p24.3	20 (22%)	70	0.22029	0.85	0.19662	0.843	0.22447	0.853	0.75616	1	1	1	1	1	0.33867	1	0.071199	0.736	0.26291	0.891	0.85379	1	1	1	1	1
del_6q26	21 (23%)	69	0.10156	0.748	0.11646	0.748	0.02177	0.736	0.04561	0.736	0.69654	1	0.30067	0.954	1	1	0.082599	0.736	0.12588	0.776	0.67129	1	1	1	1	1
del_7q36.3	11 (12%)	79	0.0075252	0.61	0.40206	1	0.13386	0.776	0.04543	0.736	1	1	1	1	0.67817	1	1	1	0.02407	0.736	0.89632	1	0.33817	1	1	1
del_9p23	24 (27%)	66	0.06381	0.736	0.74938	1	1	1	0.74369	1	0.44392	1	0.80325	1	0.23079	0.853	0.68516	1	0.73131	1	0.096094	0.748	1	1	0.41242	1
del_9p21.3	27 (30%)	63	0.054412	0.736	0.3505	1	0.95658	1	0.94842	1	0.26965	0.891	1	1	0.15379	0.832	0.52015	1	0.91227	1	0.064957	0.736	0.69701	1	0.66892	1
del_10q23.1	11 (12%)	79	0.856	1	0.24174	0.876	0.86817	1	0.51846	1	0.60685	1	0.74199	1	1	1	0.052539	0.736	0.10601	0.748	0.33822	1	0.36747	1	1	1
del_11p15.5	27 (30%)	63	0.29228	0.944	0.60946	1	0.49548	1	0.98058	1	0.13915	0.776	0.22954	0.853	0.77056	1	0.23061	0.853	0.58256	1	0.14704	0.804	1	1	1	1
del_11q14.1	25 (28%)	65	0.37269	1	0.20227	0.843	0.11743	0.748	0.42656	1	1	1	0.32206	0.988	1	1	0.1284	0.776	0.5933	1	1	1	1	1	1	1
del_12q14.2	5 (6%)	85	0.031057	0.736	0.31097	0.97	0.3907	1	0.47139	1	1	1	0.65604	1	0.57631	1	1	1	0.50421	1	NA	NA	1	1	1	1
del_13q14.2	42 (47%)	48	0.10823	0.748	0.26944	0.891	0.20088	0.843	0.69036	1	0.75038	1	0.82779	1	1	1	0.21991	0.85	0.90826	1	0.93855	1	0.49706	1	0.69416	1
del_14q21.2	20 (22%)	70	0.61894	1	0.58	1	0.81322	1	0.89362	1	0.11011	0.748	0.59918	1	0.33867	1	0.071119	0.736	1	1	0.064463	0.736	0.23337	0.853	0.34417	1
del_16p13.3	7 (8%)	83	0.11441	0.748	0.38619	1	0.61456	1	0.5375	1	0.58384	1	1	1	1	1	1	1	0.074369	0.736	1	1	0.081539	0.736	0.13409	0.776
del_16q23.1	11 (12%)	79	0.0033284	0.459	0.10781	0.748	0.35651	1	0.15655	0.838	0.35045	1	1	1	0.68023	1	1	1	0.04611	0.736	0.17328	0.843	1	1	1	1
del_17q11.2	24 (27%)	66	0.027744	0.736	0.97452	1	0.19038	0.843	0.098889	0.748	0.70606	1	0.0243	0.736	0.75917	1	0.68304	1	0.10466	0.748	0.58271	1	1	1	1	1
del_17q21.31	26 (29%)	64	0.032762	0.736	0.74179	1	0.38014	1	0.2864	0.93	1	1	0.054985	0.736	1	1	0.51565	1	0.1979	0.843	0.74739	1	1	1	0.65787	1
del_17q24.2	24 (27%)	66	0.019843	0.736	0.97088	1	0.01157	0.71	0.30563	0.959	0.25993	0.891	0.080202	0.736	0.37732	1	0.6842	1	0.04019	0.736	0.18729	0.843	1	1	1	1
del_18q21.2	36 (40%)	54	0.83983	1	0.55581	1	0.58207	1	0.91916	1	0.73464	1	0.11797	0.748	0.58997	1	0.43476	1	0.60085	1	0.50405	1	0.28175	0.92	1	1
del_20p12.1	12 (13%)	78	0.116	0.748	0.35747	1	0.45385	1	0.42484	1	0.35045	1	0.20629	0.843	0.69039	1	1	1	0.00099999	0.425	0.17328	0.843	0.36506	1	0.20302	0.843
del_22q12.1	50 (56%)	40	0.064509	0.736	0.094272	0.748	0.18293	0.843	0.14515	0.801	0.74518	1	0.26685	0.891	0.79301	1	1	1	0.78598	1	0.26002	0.891	1	1	0.24273	0.876