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. 2020 Mar 31;21(7):2434. doi: 10.3390/ijms21072434

Table 2.

Summary of the percentage of exon 23 skipping and dual exon 22/23 skipping induced by the AOs. The mean of three repeats are represented in the table. Standard deviation is mentioned in brackets.

AO Name Percentage of Exon 23 Skipping (%) Percentage of Dual Exon 22/23 Skipping (%)
2.5 nM 5 nM 12.5 nM 25 nM 50 nM 100 nM 2.5 nM 5 nM 12.5 nM 25 nM 50 nM 100 nM
NAC 9078 6 (2.93) 16 (2.23) 49 (12.41) 56 (11.68) 66 (4.21) 74 (11.92) 5 (6.95) 5 (3.36) 4 (4.51) 16 (5.33) 20 (8.13) 19 (8.50)
NAC9079 13 (13.23) 12 (7.51) 44 (15.76) 24 (26.30) 74 (15.27) 71 (10.53) 2 (2.01) 4 (2.27) 12 (13.79) 10 (9.26) 13 (10.30) 14 (12.94)
NAC 9080 15 (17.13) 23 (15.42) 24 (18.90) 55 (15.52) 68 (11.23) 66 (17.12) 4 (3.62) 4 (2.53) 13 (8.43) 11 (8.79) 21 (5.55) 29 (18.86)
NAC 9081 5 (4.08) 6 (4.35) 12 (8.10) 19 (19.71) 40 (9.13) 60 (9.29) 4 (5.02) 4 (5.26) 6 (7.64) 5 (4.37) 15 (2.95) 22 (8.75)
2′-O-MePS (20mer) 7 (3.10) 16 (15.06) 26 (20.88) 46 (22.81) 44 (29.25) 60 (17.13) 5 (7.68) 1 (0.34) 1 (0.18) 7 (5.06) 22 (6.65) 30 (16.92)
2′-O-MePS (18mer) 10 (7.96) 10 (6.83) 18 (17.62) 48 (16.86) 64 (15.38) 69 (12.22) 6 (7.39) 5 (5.99) 11 (2.41) 12 (9.07) 19 (13.45) 20 (11.89)
2′-O-MePS (16mer) 4 (1.79) 4 (1.04) 11 (4.32) 28 (27.75) 35 (29.98) 50 (21.53) 8 (11.34) 4 (5.10) 9 (5.06) 23 (12.06) 19 (14.58) 20 (14.81)