Table 1.

Probes for RNA blot hybridization

Name	Sequence
ACMV NONA s	5′-AGG GGC CAA CCG TAT AAT ATT ACC GGT-3′
ACMV NONA as	5′-ACC GGT AAT ATT ATA CGG TTG GCC CCT-3′
ACMV-KE AC2 s	5′-TGG AGG TAA TAT GAA CAT CCA CAG ACA-3′
ACMV-KE AC2 as	5′-TGT CTG TGG ATG TTC ATA TTA CCT CCA-3′
ACMV-NOg AC2 s	5′-TGG AGG TAA TAT GAA CAG CCA CAG ACA-3′
ACMV-NOg AC2 as	5′-TGT CTG TGG CTG TTC ATA TTA CCT CCA-3′
CaLCuV AC2 s	5′-TGG AGG AAG ATA GAA CAC CCG CAG TTC-3′
CaLCuV AC2 as	5′-GAA CTG CGG GTG TTC TAT CTT CCT CCA-3′
ormv2 s	5′-TAA CTA AAA GTG AGA GGT TCG AAT CCT-3′
ormv3 s	5′-ATC ACC TGT TAA CGT ACG CGT GGC GTA-3′
ormv4 s	5′-TTA GAT GAG GCC GTT GCC GAG GTC CAT-3′
miR173 as	5′-GTG ATT TCT CTC TGC AAG CGA A-3′
siR1003 as	5′-ATG CCT ATG TTG GCC TCA CGG TCT-3′
siR255 as	5′-TAC GCT ATG TTG GAC TTA GAA-3′
gfp1 s	5′-CCG GGG TGG TGC CCA TCC TGG TCG AGC TGG-3′
gfp2 s	5′-CGG CAA GCT GAC CCT GAA GTT CAT CTG CAC-3′
gfp3 as	5′-AGG GTG TCG CCC TCG AAC TTC ACC TCG GCG-3′
gfp4 s	5′-CAA CTA CAA CAG CCA CAA CGT CTA TAT CAT-3′
gfp5 as	5′-GTA GTG GTC GGC GAG CTG CAC GCT GCC GTC-3′
gfp6 s	5′-CCT GAG CAC CCA GTC CGC CCT GAG CAA AGA-3′
gfp7 as	5′-CGG CGG TCA CGA ACT CCA GCA GGA CCA TGC-3′
U6-I	5′-GGC CAT GCT AAT CTT CTC TGT ATC GTT-3′
U6-II	5′-CCA ATT TTA TCG GAT GTC CCC GAA GGG AC-3′
β Internal control	5′-CTT GAA GTT CAC CTT GAT GCC-3′