		Clinical Features	Time to Death		AGE		NEOPLASM.DISEASESTAGE		PATHOLOGY.T.STAGE		PATHOLOGY.N.STAGE		PATHOLOGY.M.STAGE		GENDER		COMPLETENESS.OF.RESECTION	
	nCNV (%)	nWild-Type	logrank test_P	logrank test_Q	t-test_P	t-test_Q	Chi-square test_P	Chi-square 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
amp_1p22.3	34 (23%)	115	0.58377	1	0.23535	1	0.33761	1	0.67456	1	0.4919	1	0.12828	1	1	1	0.058157	1
amp_1q22	110 (74%)	39	0.034487	1	0.39379	1	0.3666	1	0.17299	1	1	1	0.6398	1	0.56724	1	0.59966	1
amp_1q42.3	104 (70%)	45	0.13455	1	0.80548	1	0.081051	1	0.019925	1	0.55195	1	0.66625	1	0.36782	1	0.75032	1
amp_2p24.1	35 (23%)	114	0.54454	1	0.22007	1	0.74857	1	0.38773	1	0.12095	1	0.48811	1	0.04679	1	0.62778	1
amp_2q31.2	31 (21%)	118	0.13143	1	0.65859	1	0.57643	1	0.5571	1	0.45232	1	0.65936	1	0.021838	1	0.5462	1
amp_3q26.31	31 (21%)	118	0.48334	1	0.33495	1	0.38858	1	0.29121	1	0.38918	1	0.65936	1	0.8363	1	1	1
amp_4q13.3	15 (10%)	134	0.90402	1	0.53638	1	0.60199	1	0.82135	1	1	1	0.50172	1	0.26923	1	0.009939	1
amp_5p15.33	71 (48%)	78	0.90059	1	0.91691	1	0.02585	1	0.0057419	1	1	1	0.32193	1	0.86752	1	1	1
amp_5q35.3	54 (36%)	95	0.72012	1	0.14003	1	0.46376	1	0.59736	1	0.54878	1	1	1	0.6003	1	0.070459	1
amp_6p25.2	62 (42%)	87	0.094583	1	0.70058	1	0.35419	1	0.24156	1	1	1	0.75049	1	0.60963	1	0.67306	1
amp_6p21.1	62 (42%)	87	0.58057	1	0.31518	1	0.32569	1	0.99325	1	0.28606	1	0.65257	1	0.39462	1	0.67306	1
amp_6q12	44 (30%)	105	0.83235	1	0.81429	1	0.12148	1	0.9597	1	0.20087	1	0.1195	1	0.35751	1	0.45327	1
amp_6q12	31 (21%)	118	0.77063	1	0.34036	1	0.55862	1	0.97766	1	1	1	0.18453	1	0.53509	1	0.30057	1
amp_7q21.2	56 (38%)	93	0.98607	1	0.10427	1	0.12975	1	0.22694	1	0.27965	1	0.52453	1	0.60415	1	0.56604	1
amp_7q31.2	53 (36%)	96	0.58129	1	0.23847	1	0.14017	1	0.29951	1	0.22622	1	0.6826	1	0.72598	1	0.65589	1
amp_8q11.1	58 (39%)	91	0.38758	1	0.66343	1	0.23926	1	0.16882	1	0.54978	1	0.52579	1	0.0034726	1	0.92376	1
amp_8q24.21	88 (59%)	61	0.53347	1	0.65136	1	0.35213	1	0.96125	1	0.57065	1	0.74609	1	0.016816	1	0.92872	1
amp_9q34.2	20 (13%)	129	0.4704	1	0.18959	1	0.11233	1	0.34714	1	0.3445	1	0.85023	1	1	1	0.15993	1
amp_10p15.1	30 (20%)	119	0.46228	1	0.40149	1	0.017032	1	0.010833	1	1	1	0.074813	1	0.67601	1	1	1
amp_11q13.3	28 (19%)	121	0.3667	1	0.38205	1	0.080998	1	0.031074	1	1	1	0.20165	1	1	1	0.11433	1
amp_13q32.3	23 (15%)	126	0.023248	1	0.5989	1	0.98268	1	0.95092	1	0.3445	1	0.87007	1	0.36047	1	0.15713	1
amp_15q26.3	26 (17%)	123	0.95417	1	0.31618	1	0.86298	1	0.33803	1	1	1	1	1	0.82521	1	1	1
amp_16q12.1	13 (9%)	136	0.65891	1	0.37462	1	0.44491	1	0.091809	1	0.27347	1	0.79957	1	0.37216	1	0.41646	1
amp_17p11.2	26 (17%)	123	0.72257	1	0.65098	1	0.2373	1	0.13088	1	1	1	0.20462	1	0.38476	1	0.02277	1
amp_17q25.3	70 (47%)	79	0.29051	1	0.89142	1	0.6617	1	0.58808	1	1	1	0.81883	1	0.093101	1	0.07054	1
amp_19q13.11	41 (28%)	108	0.9987	1	0.36872	1	0.23719	1	0.56249	1	1	1	0.29622	1	0.45756	1	0.23842	1
amp_20q13.33	50 (34%)	99	0.95401	1	0.16643	1	0.31504	1	0.78759	1	0.27965	1	0.39049	1	0.21846	1	0.55403	1
amp_xq28	38 (26%)	111	0.66856	1	0.040346	1	0.82489	1	0.7566	1	1	1	0.70393	1	0.011693	1	0.94295	1
del_1p36.23	71 (48%)	78	0.27279	1	0.5234	1	0.85319	1	0.43783	1	0.58673	1	0.61007	1	0.50166	1	0.60228	1
del_2q22.1	15 (10%)	134	0.0070936	1	0.78816	1	0.69466	1	0.25843	1	1	1	1	1	1	1	0.74816	1
del_2q37.3	28 (19%)	121	0.86828	1	0.55631	1	0.33516	1	0.029827	1	0.41074	1	0.27029	1	0.39504	1	0.85427	1
del_3p13	26 (17%)	123	0.18589	1	0.97936	1	0.38888	1	0.063028	1	0.43178	1	0.6017	1	0.045147	1	1	1
del_4p16.3	26 (17%)	123	0.45714	1	0.46213	1	0.13442	1	0.98505	1	0.050649	1	0.5254	1	0.1905	1	0.30062	1
del_4q24	64 (43%)	85	0.17553	1	0.11444	1	0.055166	1	0.32402	1	1	1	0.26699	1	0.61107	1	0.37432	1
del_4q34.3	59 (40%)	90	0.023012	1	0.17698	1	0.50693	1	0.6302	1	0.55312	1	0.42087	1	0.39058	1	0.75342	1
del_6q16.3	56 (38%)	93	0.82293	1	0.27864	1	0.44954	1	0.65519	1	0.55863	1	0.089703	1	0.30026	1	0.58891	1
del_6q27	58 (39%)	91	0.77456	1	0.21574	1	0.50156	1	0.75293	1	0.55863	1	0.016863	1	1	1	0.63188	1
del_8p23.2	97 (65%)	52	0.16741	1	0.02126	1	0.34952	1	1	1	0.27909	1	0.37043	1	0.21852	1	0.95891	1
del_9p21.3	57 (38%)	92	0.067799	1	0.83824	1	0.12287	1	0.10981	1	0.29351	1	0.35221	1	0.30277	1	0.14084	1
del_9q34.2	51 (34%)	98	0.35081	1	0.84353	1	0.14887	1	0.33952	1	0.23926	1	0.081468	1	0.72514	1	0.55403	1
del_10q23.31	40 (27%)	109	0.9935	1	0.88922	1	0.060319	1	0.09211	1	0.14224	1	0.6438	1	0.57604	1	0.23534	1
del_10q24.33	39 (26%)	110	0.26712	1	0.61162	1	0.21721	1	0.2358	1	0.13143	1	0.9212	1	0.70538	1	0.20011	1
del_11q14.1	26 (17%)	123	0.79132	1	0.26831	1	0.41932	1	0.44623	1	0.058009	1	0.88495	1	0.66465	1	0.33958	1
del_11q23.3	30 (20%)	119	0.71386	1	0.29518	1	0.55494	1	0.46184	1	0.082635	1	0.90033	1	0.83645	1	0.41119	1
del_12p12.1	33 (22%)	116	0.072889	1	0.46276	1	0.39822	1	0.84244	1	0.11082	1	0.82814	1	0.8405	1	0.29655	1
del_12q24.33	24 (16%)	125	0.27223	1	0.36967	1	0.051883	1	0.15221	1	1	1	0.30762	1	0.82092	1	0.91246	1
del_13q12.11	47 (32%)	102	0.81395	1	0.85491	1	0.035782	1	0.0082098	1	1	1	0.042237	1	0.58945	1	0.58545	1
del_13q14.2	68 (46%)	81	0.18519	1	0.7805	1	0.059122	1	0.00029398	0.132	1	1	0.56304	1	0.24337	1	0.32933	1
del_13q22.2	54 (36%)	95	0.9347	1	0.25767	1	0.28313	1	0.0016837	0.753	0.54978	1	0.34466	1	0.22099	1	0.81565	1
del_14q23.3	51 (34%)	98	0.93606	1	0.98697	1	0.51197	1	0.27891	1	1	1	0.59148	1	0.85987	1	0.26892	1
del_14q32.33	52 (35%)	97	0.45729	1	0.68038	1	0.49789	1	0.25014	1	1	1	0.47434	1	1	1	0.74901	1
del_16q23.1	62 (42%)	87	0.10194	1	0.13779	1	0.34015	1	0.18771	1	0.57558	1	0.93038	1	0.60963	1	0.55432	1
del_17p11.2	79 (53%)	70	0.091676	1	0.55882	1	0.34013	1	0.19953	1	0.24515	1	1	1	0.40168	1	0.38066	1
del_19p13.3	32 (21%)	117	0.6581	1	0.79542	1	0.18936	1	0.095024	1	0.51095	1	0.31444	1	0.41374	1	0.92818	1
del_20p12.1	11 (7%)	138	0.31726	1	0.83834	1	0.17096	1	0.7365	1	1	1	0.19132	1	0.75104	1	0.83784	1
del_22q13.32	41 (28%)	108	0.21555	1	0.41198	1	0.64165	1	0.081622	1	1	1	0.35965	1	0.45756	1	0.51777	1
