Clinical Features	Time to Death		YEARS_TO_BIRTH		RACE	
	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
amp_1q22	42 (75%)	14	0.68409	0.983	0.57631	0.932	0.23157	0.878
amp_2p14	28 (50%)	28	0.25913	0.878	0.76778	0.996	0.14841	0.878
amp_2q13	29 (52%)	27	0.7173	0.996	0.34525	0.908	0.59493	0.932
amp_3p25.1	20 (36%)	36	0.15251	0.878	0.39206	0.908	0.45479	0.932
amp_3q26.2	37 (66%)	19	0.66797	0.983	0.38166	0.908	0.75607	0.996
amp_4p16.3	25 (45%)	31	0.16146	0.878	0.34277	0.908	0.35817	0.908
amp_5p13.2	26 (46%)	30	0.91314	1	0.90183	1	0.31676	0.898
amp_6p24.2	37 (66%)	19	0.08306	0.878	0.096301	0.878	0.75717	0.996
amp_8p11.21	33 (59%)	23	0.8014	1	0.14008	0.878	0.40435	0.925
amp_8q11.23	38 (68%)	18	0.87433	1	0.22558	0.878	0.25669	0.878
amp_8q24.21	42 (75%)	14	0.29549	0.878	0.90201	1	0.28189	0.878
amp_8q24.21	40 (71%)	16	0.078366	0.878	0.57354	0.932	0.14747	0.878
amp_10q22.2	26 (46%)	30	0.45926	0.932	0.11065	0.878	0.88862	1
amp_11q13.1	19 (34%)	37	0.26942	0.878	0.44592	0.932	0.4959	0.932
amp_12q12	22 (39%)	34	0.49233	0.932	0.51248	0.932	0.10464	0.878
amp_12q15	17 (30%)	39	0.90193	1	0.10839	0.878	0.14624	0.878
amp_13q31.3	25 (45%)	31	0.60634	0.932	0.27618	0.878	0.78189	1
amp_16p11.2	20 (36%)	36	0.46674	0.932	0.13418	0.878	0.75907	0.996
amp_17q12	27 (48%)	29	0.7837	1	0.88904	1	1	1
amp_17q25.1	32 (57%)	24	0.92661	1	0.05883	0.878	0.5939	0.932
amp_19p13.2	19 (34%)	37	0.97198	1	0.76177	0.996	0.49658	0.932
amp_19q12	45 (80%)	11	0.55948	0.932	0.82035	1	0.68773	0.983
amp_20q11.21	48 (86%)	8	0.51449	0.932	0.5345	0.932	0.04815	0.838
amp_20q11.21	48 (86%)	8	0.74499	0.996	0.86967	1	0.04896	0.838
amp_xp11.21	28 (50%)	28	0.62004	0.946	0.013555	0.611	1	1
del_1p36.21	19 (34%)	37	0.95145	1	0.14803	0.878	1	1
del_2q22.1	11 (20%)	45	0.065609	0.878	0.87695	1	0.5557	0.932
del_3p14.2	37 (66%)	19	0.74851	0.996	0.97927	1	0.050389	0.838
del_3q13.31	22 (39%)	34	0.32395	0.898	0.42503	0.932	0.4591	0.932
del_4q22.1	37 (66%)	19	0.98558	1	0.56169	0.932	0.75793	0.996
del_4q34.3	37 (66%)	19	0.42592	0.932	0.64618	0.977	0.22948	0.878
del_5q12.1	26 (46%)	30	0.67728	0.983	0.32375	0.898	1	1
del_6q26	10 (18%)	46	0.51274	0.932	0.87239	1	0.5143	0.932
del_7q11.22	12 (21%)	44	0.18722	0.878	0.88872	1	1	1
del_7q36.2	20 (36%)	36	0.20143	0.878	0.66869	0.983	0.52228	0.932
del_8p23.2	33 (59%)	23	0.43334	0.932	0.7451	0.996	0.15821	0.878
del_9p23	34 (61%)	22	0.66516	0.983	0.016702	0.611	0.87826	1
del_9q21.13	39 (70%)	17	0.38116	0.908	0.56811	0.932	0.41402	0.932
del_9q33.3	39 (70%)	17	0.18201	0.878	0.28448	0.878	0.86514	1
del_10q23.31	20 (36%)	36	0.57883	0.932	0.5321	0.932	0.23536	0.878
del_11p15.5	25 (45%)	31	0.074929	0.878	0.89499	1	0.5965	0.932
del_11q14.1	26 (46%)	30	0.9039	1	0.22048	0.878	0.88328	1
del_11q23.2	26 (46%)	30	0.53394	0.932	0.24627	0.878	0.44652	0.932
del_12q23.1	20 (36%)	36	0.10758	0.878	0.031018	0.806	1	1
del_12q24.31	20 (36%)	36	0.17437	0.878	0.24442	0.878	1	1
del_13q12.11	30 (54%)	26	0.35281	0.908	0.34432	0.908	0.59994	0.932
del_13q14.2	32 (57%)	24	0.96324	1	0.56745	0.932	0.60145	0.932
del_14q21.1	28 (50%)	28	0.25333	0.878	0.38015	0.908	0.24593	0.878
del_15q11.2	41 (73%)	15	0.89985	1	0.25083	0.878	0.20313	0.878
del_15q15.1	43 (77%)	13	0.3883	0.908	0.21734	0.878	1	1
del_16p13.3	33 (59%)	23	0.83652	1	0.96675	1	0.01554	0.611
del_16q23.1	39 (70%)	17	0.010217	0.611	0.23906	0.878	0.29296	0.878
del_17p13.1	42 (75%)	14	0.5936	0.932	0.9396	1	0.17421	0.878
del_17q21.32	19 (34%)	37	0.026857	0.806	0.34955	0.908	0.18899	0.878
del_18q22.2	26 (46%)	30	0.48318	0.932	0.27772	0.878	0.01251	0.611
del_19p13.3	47 (84%)	9	0.44357	0.932	0.26895	0.878	0.03523	0.806
del_19q13.33	17 (30%)	39	0.29396	0.878	0.83746	1	0.47768	0.932
del_20p12.1	9 (16%)	47	0.70965	0.996	0.68769	0.983	0.37563	0.908
del_22q13.31	40 (71%)	16	0.72938	0.996	0.38846	0.908	1	1
del_xp21.1	18 (32%)	38	0.25341	0.878	0.30423	0.884	1	1
del_xq25	23 (41%)	33	0.97848	1	0.29741	0.878	0.76761	0.996