Table 1. Raw data and UR% of chromosome 21, 18, 13, X, Y of 62 AF sample.

Sample No.	Labrary No.	Fetal Karyotype	DNA Amount (ng)	Raw Data (reads)	Unique Data (reads)	UR-21%	UR-18%	UR-13%	UR-X%	UR-Y%
1	92H13	46XX	100	1 387 306	531 327	1.26909	2.91948	3.68963	4.22414	0.00320
2	08H9	46XX	100	1 649 958	622 928	1.26638	2.90997	3.64248	4.22633	0.00385
3	09H10	46XY	100	1 474 317	552 990	1.29496	3.05087	3.91725	2.16279	0.12586
4	10H11	46XY	100	1 501 313	577 494	1.29664	2.98046	3.74255	2.12764	0.12295
5	11H12	46XX	100	1 341 688	514 366	1.26525	2.96754	3.68026	4.18671	0.00447
6	12H14	46XY	100	1 315 342	502 804	1.26968	3.02663	3.77026	2.15392	0.11913
7	13H15	46XX	100	1 520 307	589 707	1.26164	2.93281	3.70743	4.17665	0.00407
8	15H18	46XY	100	1 548 855	589 173	1.27874	3.07974	3.94434	2.16982	0.12560
9	17HCGY	46XY	100	749 354	309 033	1.27818	3.04466	3.87758	2.12275	0.12264
10	19H2	46XY	100	1 929 900	744 124	1.30932	3.08860	3.90929	2.21683	0.12699
11	21H4	46XX	100	3 285 106	1 244 513	1.26613	2.97819	3.82873	4.29276	0.00410
12	25H9	46XY	100	1 575,322	667 903	1.32747	3.00182	3.86819	2.16540	0.12929
13	27H1	46XX	100	947 196	377 647	1.27924	2.91754	3.67009	4.09139	0.02304
14	31H6	46XY	100	1 248 950	476 205	1.29776	2.98863	3.57304	2.05458	0.13776
15	32H7	46XY	100	693 356	268 692	1.34987	2.88137	3.58328	2.01383	0.12840
16	33H8	46XY	100	929 156	371 080	1.31239	2.99262	3.70971	2.05805	0.13825
17	34H9	46XY	100	1 647 104	646 180	1.30010	2.94190	3.62840	2.01244	0.13263
18	40H6	46XX	100	728 707	278 944	1.26190	2.88158	3.41323	4.01586	0.01972
19	42H8	46XY	100	2 021 819	829 302	1.29856	3.00795	3.82840	2.08272	0.13578
20	43H9	46XX	100	685 181	270 538	1.27967	2.90236	3.52557	4.06486	0.02735
21	44H10	46XY	100	993 450	400 726	1.30688	3.00180	3.72499	2.09894	0.13550
22	45H11	46XY	100	636 527	250 931	1.30315	2.93308	3.64762	2.08464	0.13709
23	46H12	46XY	100	1 010 133	399 849	1.30249	2.96512	3.72216	2.09129	0.14480
24	47H13	46XY	100	764 726	301 493	1.28494	2.95828	3.58284	2.08827	0.13466
25	48H1	46XY	100	3 003 505	1 149 789	1.29728	3.03621	3.86358	2.27746	0.11976
26	54H7	46XY	100	1 561 427	589 196	1.29923	3.03974	3.85305	2.12900	0.12424
27	56H9	46XX	100	2 322 635	885 707	1.27119	2.98022	3.78613	4.21618	0.00339
28	57H10	46XX	100	1 278 926	512 310	1.29219	2.89961	3.57791	4.06414	0.02264
29	60H14	46XY	100	1 618 924	616 422	1.26456	3.06495	3.95038	2.13555	0.12475
30	62H16	46XY	100	661 358	263 458	1.30875	2.89420	3.73532	2.17530	0.12791
31	61HWMH	47XX+21	100	833 041	340 693	1.85651	2.98157	3.71009	4.05644	0.01967
32	72HT21	47XY+21	100	766 103	311 852	1.93585	3.01072	3.82617	2.13627	0.12955
33	74H3	47XX+21	100	1 127 241	458 743	1.91087	2.81705	3.54033	4.03080	0.02180
34	81HWMH	47XX+21	100	650 242	273 303	1.73434	2.77714	3.39257	3.96812	0.02378
35	02H2	47XY+18	90	1 091 649	429 544	1.28206	4.39862	3.64852	2.05544	0.12828
36	06H7	47XY+18	100	1 851 667	706 651	1.26689	4.54298	3.71881	2.10174	0.12198
37	82HCXP	47XY+18	100	503 179	204 295	1.27707	4.42742	3.78815	1.99858	0.11601
38	04H4	46XY	100	1 754 104	666 002	1.29819	2.94188	3.67957	2.12507	0.11662
39	05H6	46XX	100	2 434 717	898 966	1.27680	2.90456	3.57889	4.13297	0.00389
40	63H17	46XY	90.8	685 313	275 177	1.30970	2.98680	3.86915	2.04850	0.14064
41	65H4	46XY	100	1 202 799	473 140	1.32244	2.97185	3.70208	2.07402	0.14879
42	66H9	46XX	100	1 623 201	617 337	1.27888	2.96166	3.83680	4.27724	0.00340
43	67H10	46XX	100	811 894	327 382	1.28443	2.85660	3.64566	4.10071	0.02474
44	68H11	46XY	100	6 381 643	2 455 268	1.29619	3.07979	3.96616	2.15150	0.12931
45	69H12	46XX	100	955 289	384 784	1.28384	2.93281	3.62723	4.14050	0.02339
46	70H13	46XX	100	833 449	328 863	1.25554	2.91215	3.66147	4.13212	0.02037
47	71H14	46XX	100	1 321 322	523 536	1.29943	2.87430	3.56537	4.04327	0.02636
48	73H2	46XY	100	705 325	277 705	1.32443	2.94017	3.72230	2.07342	0.12639
49	77H8	46XX	100	664 485	271 294	1.28422	2.95805	3.74686	4.10035	0.02101
50	83HSHD	46XX	100	551 560	223 988	1.26480	2.93632	3.66657	4.01227	0.02411
51	07H8	46XY	100	1 383 844	525 106	1.28203	3.06243	3.92035	2.23364	0.12950
52	94HLCH	46XY	100	888 892	509 386	1.29097	3.02639	3.87113	2.17399	0.11661
53	95HSCJ	46XX	100	863 603	498 346	1.26719	2.93932	3.74920	4.13408	0.00301
54	96HLLR	45XO	100	880 178	508 298	1.29727	3.02775	3.67776	2.11766	0.00315
55	97HHH	45XO	100	984 935	565 960	1.29161	2.99420	3.87572	2.17719	0.00166
56	98HMCM	47XX+21	100	525 892	303 307	1.89610	2.89344	3.47536	4.10475	0.00396
57	99HZQL	46XX	100	898 477	518 330	1.29705	2.98664	3.77655	4.19713	0.00251
58	118AXCR	46XX	99	1 132 088	440 245	1.27406	3.04603	3.82810	2.14335	0.12402
59	121ASSH	47XY+21	100	1 045 028	394 985	1.93628	3.02847	3.72698	2.07983	0.12557
60	125A22	46XX	100	1 217 046	469 095	1.26350	3.03755	3.79454	4.22857	0.00384
61	126AJYJ	47XY+18	100	1 207 389	471 223	1.22044	4.51952	3.77189	2.11895	0.11948
62	129AGJ	47XX+18	100	1 181 077	449 114	1.25358	4.37083	3.69461	4.20539	0.00178