Table 2.
Experimentally validated miRNAs
| miRNA name | miRNA sequence | Target(s) | ||||
|---|---|---|---|---|---|---|
| miR95_0055 | GUAGCCAAGAUCGGGUGCACCCGG | D7FJK8 | ||||
| miR95_0064 | UCCUGCAGCCGCUGCCGC | D8LF98 | D8LGC5 | |||
| miR95_0076 | ACUUCGCCGCCGGCGCAG | D7FT76 | ||||
| miR95_0168 | GUCCCAUGGUGUCCCAUGGGAC | D7FWG6 | D8LJ42 | |||
| miR95_0195 | CCAAGAUCGGGUGCACCCGGUGGAA | D7FWA3 | ||||
| miR95_0207 | CCGCUUGGUUCCGGCGCAGAUUUCG | D8LFK3 | D7FWF7 | D7FRZ9 | ||
| miR95_0213 | UCGUACAGUGGCUCAGCCUC | D7FWM6 | D7G720 | |||
| miR95_0257 | UCUCAUGGGCGCCCAUGGG | D7G179 | ||||
| miR95_0295 | GCCGCCGUUCCUGCAGCCGC | D8LS33 | ||||
| miR95_0324 | GUAUGGCCUGUGACCGCUCG | D7G722 | ||||
| miR95_0365 | AGUUGAUAGCUUCCGAGAAUCAGUG | D8LID2 | ||||
| miR95_0400 | AACCAAGAUGGCCUGGAUUUGCG | D8LNB1 | D8LNB2 | D8LNB6 | D7FM32 | D8LNC7 |
| miR95_0424 | UUGGUUCCGGCGUAGAUC | D7G7S8 | ||||
| miR95_0439 | GUCCGCAGCCGCCGCCGC | D8LBP6 | D8LBX5 | D7FMJ4 | D7FGT5 | D8LJR3 |
| miR95_0483 | AAGUUGAUAGCUUCCGAGAAUCAGU | D8LID2 | ||||
| miR95_0485 | CUGGCGCCCCAGGGCGG | D7FQ65 | D8LEB3 | D7FML8 | D7FI70 | |
| miR90_0079 | UAUAGAAGCCGAAAUCAAA | D7G3H8 | D7FRR2 | |||
| miR90_0193 | CAUGGAACUCCAUGGAACUCCAUG | D7FM32 | ||||
| miR90_0201 | CCACAGCAGUCACCACUAGCUUCAA | D7G014 | D8LGE5 | |||
| miR90_0682 | CGCCGACGGUUGCCGCUGC | D8LLD2 | ||||
| miR90_0796 | GUCUGGGGACUAUGUUAACC | D7FPI3 | ||||
| miR90_0805 | AGCAAAGUUGAUAGCUUCCGAG | D8LID2 | ||||
The first part of the name, ‘miR95’ or ‘miR90’, indicates the set from which the candidate was drawn (see Table 1). The mature sequence of each miRNA is shown, together with the list of predicted target proteins, for which the Uniprot accession numbers are indicated.