A Novel Differential Predict Model Based on Matrix-Assisted Laser Ionization Time-of-Flight Mass Spectrometry and Serum Ferritin for Acute Graft-versus-Host Disease

Table 5

Statistical information for marker peptides of I~IV°aGVHD and non-GVHD groups.

Stage	Mass	𝑃TTA; (t)	P-; KWTest	Ave.; (non-GVHD)	SD; (non-GVHD)	Ave.; (I°aGVHD)	SD; (I°aGVHD)	Ave.; (II°aGVHD)	SD; (II°aGVHD)	Ave.; (III~IV°aGVHD)	SD; (III~IV°aGVHD)
1	1984.7	1.15𝐸−04	0.019	84.3	44.5	83.3	36.4	283	66.6	74	39.5
	3161.8	0.003	0.055	576.8	310.5	393.3	189.5	295.8	89	1167.7	388.4
	3183.8	0.013	0.083	70.8	23.4	80.5	66.8	53.8	31.4	231.3	121.5
	7781.9	0.03	0.036	686	439.5	98	99.4	292.8	290.3	20.7	23.1
	5931.3	0.035	0.127	680.8	266.8	327	300	397.8	277.9	1410.3	864.3
2	2809.6	5.91𝐸−05	0.008	117.7	57.4	117.9	71.1	117.3	77.6	408.9	252.4
	5931.3	1.39𝐸−04	0.003	641.6	249	644.7	313.9	938.3	298.6	2023.3	1253
	5362.2	5.94𝐸−04	0.012	163.3	83.3	127.9	67.3	178	113.2	420.8	259.4
	1119.5	8.73𝐸−04	0.02	47.8	20	102.7	63.5	614.8	619.4	113.8	147
	2866.5	0.003	0.005	385.1	271.9	158.1	73.2	107.5	101.5	129.4	120.2
	1781.5	0.007	0.086	459.4	429.4	100.1	64.6	126.5	86.1	157	90.3
	4233.8	0.009	0.015	449	127.6	568.1	245.5	488.1	231.3	800.6	301.9
	2046.6	0.011	0.214	226.4	195.6	70.1	28.6	72.5	21.3	106.8	55.3
	5910.2	0.014	0.026	2381.3	1018.4	2422.2	883	2753.1	728	1287.2	1036.9
	5341	0.015	0.033	605.8	243.3	525.8	264.2	507.1	224	254.4	207.6
	3245.6	0.017	0.008	1490	880.8	938.4	942.1	445.3	359.4	500.1	764.7
	1899.8	0.017	0.069	420.1	279.8	793.2	561.8	303.4	96.9	378.1	180
	2025.1	0.018	0.097	1593	1579.7	323.6	115.3	474.8	278.8	678.9	585.5
	1085.5	0.018	0.12	125.3	62.8	242.8	150.8	153.3	42.6	120.2	59.2
	1969.3	0.018	0.009	262.3	144.4	320.2	179.7	108.5	37.7	237.3	113.4
	1280.8	0.021	0.16	177.8	88.3	373.8	309.5	145.6	63.1	161.4	91.7
	8952.2	0.022	0.048	130.2	146.7	36.1	41.8	24.3	13.3	29.3	26.6
	1069.1	0.023	0.145	404.2	188.9	627.7	322.6	404.4	136.2	320	123.6
	1351.9	0.024	0.067	159.2	144.3	76.2	42.4	48.6	10.2	61.6	33.6
	5827.7	0.026	0.145	84	36.5	136.1	103.1	93.4	46	217.3	168.9
	1453.2	0.027	0.166	304	307.1	114	62.2	88.9	63.5	99.3	52.4
	3976.9	0.028	0.011	157.2	92.5	142	66.9	101.1	52.2	458.1	529.6
	1694.6	0.033	0.157	255	269.9	87.7	42.9	74.9	45.1	82.9	59.6
	5835.9	0.034	0.133	97.3	30.4	145.6	100.5	109.9	37.1	225.4	170.5
	1413.9	0.039	0.08	39.3	19.7	130.2	167.3	30.9	11.9	31.3	17.3
	1053.4	0.042	0.374	265.8	124.1	447.8	280.7	238.4	94.8	241.8	136.4
	3959.6	0.042	0.071	426.3	270.3	354.8	209.5	217.1	95.6	198.6	130.1
	1027.6	0.044	0.075	47.4	23.2	136.6	137.2	151.9	154.5	48.3	32.9
	1096.4	0.047	0.126	84.5	38.1	199.7	153.3	176.9	125.3	103.6	70.2
3	3245.6	2.35𝐸−05	6.13𝐸−06	1549.8	1274.7	817.5	742.2	753.3	597.7	349.7	366.2
	5931.3	7.44𝐸−05	2.31𝐸−04	647.7	275.3	545.5	271.3	897.3	393.8	1297	864.4
	2935.8	9.42𝐸−05	1.65𝐸−04	361.2	233.4	188.7	131.9	132.8	88.8	227.2	226.2
	2815.4	3.30𝐸−04	0.007	97.1	49.6	136	74.3	125.9	96.5	260.5	253.7
	3195.6	5.01𝐸−04	0.001	243.2	155.9	129.7	94.2	127.5	96.1	128.3	113
	5341.5	5.99𝐸−04	9.54𝐸−04	527.7	247.1	616.9	314	750.2	470.4	338.8	276.5
	3976.4	0.001	7.19𝐸−04	236.6	240.4	370.6	267.6	232.3	189.2	493.4	335.1
	5360.6	0.001	4.25𝐸−04	144.6	76.5	155.4	94.6	271.5	150.5	348	384.7
	3995.6	0.003	0.002	68.5	47.9	100	63.1	72.3	47.2	127.9	88.5
	4303.2	0.006	0.002	128.5	110.7	169.3	97.2	116.4	79.5	214.3	128
	1947.6	0.013	0.012	1574.5	1497.1	1608.5	1326.5	673.2	421.5	1106.9	1087.4
	2757.4	0.014	0.008	114.3	84	201.1	258	72.1	39.5	130.6	77.8
	2866.5	0.016	6.31𝐸−04	439.5	541.4	284.2	367.7	230.1	175.1	128.2	62.4
	1609.6	0.016	0.024	54.7	28.5	86.5	93.2	53	30.6	40.6	16.4
	2565.3	0.019	0.27	70.2	31.9	126.8	126.7	63.7	35.4	86.8	82.3
	2370.6	0.021	0.027	109.3	56.1	156.9	110.8	92	71.5	117.8	49.1
	8952.8	0.029	0.035	47.9	38.8	123.8	240.8	33	38.1	32	49.8
	3959.2	0.03	0.007	545.5	407.4	723.7	423	435.9	409.2	415.9	339
	5910.2	0.031	0.068	2351.5	916.7	2397.5	1167	2295.2	877.4	1582.6	1325.7
	2275.3	0.032	0.07	216	176.5	169.2	88.5	124.9	56.5	227.3	177.6
	4094.9	0.035	0.024	437.4	122.7	443.6	97.8	390.2	152.6	354.5	101.2
	3687.2	0.038	0.018	73.7	53.2	106.2	63.6	73.7	47.4	111.4	77.3
	5833.2	0.04	0.029	81	46.6	97.4	68.5	113.8	53.6	137	110.3
	1889.7	0.042	0.045	220.2	118.2	163.3	71	208.2	95	159.2	80
	4253.6	0.044	0.291	124.9	42.2	160.6	85.1	121	41	146.7	51.3
	2107.1	0.046	0.075	188.3	79.8	201.4	83.5	144.1	65.4	164.7	81.8
	5968.7	0.047	0.135	115.8	54.9	121.6	59.6	159.8	81.9	159.1	94.8
	1899.8	0.047	0.1	450.2	305.7	272.4	174.9	330	235.8	311.3	236.3
	1119	0.048	0.004	89.7	152.6	377	638.5	342	486.9	181.3	298.3