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Table 4.

Statistical Evaluation of Mobility Shift

No.		Mobility shift[i]		No.		Mobility shift[i]
No.		sense	antisense	No.		sense	antisense
	gyrA			hFIX exon 7
1	−8.69	23.51	1	−11.62	−0.93
2	−11.21	−2.92	2	4.53	2.49
3	27.16	1.96	3	126.41	166.66
4	0.18[ii]	11.18	4	−12.58	−2.08
5	53.21	−5.91	5	133.61	143.92
6	77.69	54.97
7	47.90	56.54
8	67.03	71.18		hFIX exon 8
9	−50.63	−24.51
10	−3.80	−1.95	1	11.13	52.11
11	−12.08	0.99	2	3.56	2.00
12	−4.83	−1.95	3	−55.12	−3.00
13	−3.80	14.11	4	15.43	32.93
14	−0.81[ii]	0.01[ii]	5	−41.01	−57.68[iii]
15	−10.05	−2.89	6	−35.14	−57.34
16	1.22	4.09
17	2.20	4.02
18	72.58	79.07
19	78.01	75.30
20	93.44	79.23
21	28.89	0.99
22	8.15	12.37
23	1.19[ii]	3.03

[i] Mobility shift is defined as a difference between data point of mutant peak and averaged data point of normal peak. The standard deviations of normal DNAs are gyrA sense strand, 0.40; gyrA antisense strand, 0.01; hFIX exon 7 sense strand, 0.46; hFIX exon 7 antisense strand, 0.10; hFIX exon 8 sense strand, 0.40; hFIX exon 8 antisense strand, 0.63.

[ii] False negative (within 3× s.d. of normal DNA)

[iii] A minor peak was observed at 0.04, presumably attributable to an isoconformer.