Table 1.

Oligonucleotides and duplexes employed in experiments.

5′-d(CGA CCG GCT CGT ATG TG TGT GGA GCT GTG G)

3 = 2

4 = C2-AP

5′-d(GCA GAT CTG GCC TGA TTG CGG TAG GA TGG AG)

5 = 2

5′-d(GCA GAT CTG GCC TGA TTG CGG TAG GA TGG AGC CGT AAC AGT ACG TAG TC)

6 = 2

7 = C2-AP

5′-d(CCG TAA CAG TAC GTA GTC)

8

5′-d(ACT GTT ACG GCT CCA TC)

9

5′-d(CGA CCG GCT CGT ATG TG TGT GGA GCT GTG G)

3′-d(GCT GGC CGA GCA TAC AAC ACA CCT CGA CAC C)

10 = C2-AP

HO OPO3 -2

5′-d(CGA CCG GCT CGT ATG TG TGT GGA GCT GTG G)

3′-d(GCT GGC CGA GCA TAC AAC ACA CCT CGA CAC C)

11 = C2-AP

5′-d(GCA GAT CTG GCC TGA TTG18 CGG TAG GA TGG30 AGC CGT AAC AGT ACG TAG TC)

3′-d(CGT CTA GAC CGG ACT AA C GCC ATC ACT AC C TCG GCA TTG TCA TGC ATC AG)

12 = C2-AP

5′-d(GAC TAC GTA CTG TTA CGG CTC CAT CC TAC CGC AAT CAG GCC AGA TCT GC)

3′-d(CTG ATG CAT GAC AAT GCC GAG GTA GAG ATG GCG TTA GTC CGG TCT AGA CG)

13 = Fl-dT