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. 2018 Nov 12;27(2):201–209. doi: 10.4062/biomolther.2018.157

Table 1.

The most enriched aptamer sequences obtained by NGS

Aptamer Sequences 5′-GGCUCGAGG-(N25)-GGAAGCUUACGGUACCUAGC-3′ Population (%) Enrichment (fold)


S16 S3 S1 S3/S1 S16/S3
APT1 AACGUACAGAGGGUGGAGAGUGGGU 3.0×101 1.2×101 3.6×10−2 338 2.5
APT2 ACGUAACAGAGGGAGGCGAGUGGGU 2.6×101 1.3×101 3.1×10−2 399 2.1
APT3 ACCGAAGUCGAGGGGGACGUGAGGG 7.9×10−1 4.3×10−1 1.0×10−3 419 1.8
APT4 ACCUAAGUGGGAAGGUGAGCGGGUG 2.8×10−1 1.0×10−1 6.9×10−4 149 2.7
APT5 AACGUACAGAGGGCGGAGAGUGGGU 2.5×10−1 1.2×10−1 6.9×10−5 1676 2.2
APT6 AAAUGCAAGGAGGUCGGAGGUCGGA 2.3×10−1 1.4×10−1 5.5×10−4 255 1.6
APT7 ACCGACGACGAGGGGGACGUGAGGG 2.0×10−1 7.3×10−2 1.1×10−3 66 2.8
APT8 AUAAGCAUGGGGGUCGAGAGGGGAC 2.0×10−1 1.9×10−1 1.2×10−2 15 1.1
APT9 AACGUACAGAGGGAGGCGAGUGGGU 1.8×10−1 2.8×10−1 1.0×10−3 274 0.6
APT10 AACGUACAGAGGGUGGAGAGUGGGU 1.8×10−1 7.0×10−2 1.0×10−3 67 2.6

Sequence information and percentage of ten aptamers were addressed from libraries S1, S3, and S16. Ratios of frequency of S3/S1 and S16/S3 were calculated, showing large increases in their populations at early rounds of SELEX.