Table 4.
Potential miRNA precursors of conserved miRNA in P. aphrodite
miR family | Precursor ID | Length | Position | MFE (Kcal/mol) | miRNA source | miR family | Precursor ID | Length | Position | MFE (Kcal/mol) | miRNA source |
---|---|---|---|---|---|---|---|---|---|---|---|
miR156 | PATC127202 | 110 | 59–168 | −66.56 | Pa | miR1533 | PATC082198 | 130 | 41–170 | −35 | M |
miR156 | PATC133131 | 107 | 217–323 | −57.13 | P | miR1533 | PATC082683 | 223 | 1–223 | −132.48 | M |
miR156 | PATC135255 | 107 | 217–323 | −57.13 | P | miR-24 | PATC178264 | 125 | 128–4 | −108.57 | M |
miR156 | PATC147904 | 108 | 1,193–1,086 | −67.86 | P | miR-2304 | PATC106586 | 82 | 86–167 | −34.34 | M |
miR156 | PATC164883 | 107 | 320–214 | −65.99 | P | miR-2345 | PATC034115 | 69 | 253–185 | −23.4 | M |
miR158 | PATC050600 | 219 | 198–416 | −58.22 | Mb | miR-2359 | PATC166661 | 114 | 286–173 | −56.45 | M |
miR159 | PATC154123 | 242 | 321–80 | −105.04 | P | miR2361 | PATC130801 | 217 | 1,659–1,443 | −70.66 | M |
miR160 | PATC024352 | 104 | 72–175 | −52.08 | P | miR-2445 | PATC093130 | 125 | 144–268 | −41.74 | M |
miR160 | PATC035616 | 100 | 112–13 | −50.23 | P | miR390 | PATC042111 | 239 | 239–1 | −109.49 | M |
miR160 | PATC069443 | 106 | 143–38 | −57.97 | P | miR394 | PATC230021 | 100 | 91–190 | −44.42 | P |
miR162 | PATC154721 | 136 | 1,791–1,656 | −64.78 | P | miR394 | PATC230433 | 100 | 94–193 | −44.42 | P |
miR166 | PATC143861 | 140 | 3,037–2,898 | −63.8 | P | miR396 | PATC130914 | 101 | 33–133 | −56.23 | P |
miR167 | PATC043563 | 90 | 150–61 | −45.47 | P | miR399 | PATC158376 | 225 | 1,084–860 | −122.48 | P |
miR167 | PATC151450 | 293 | 702–410 | −109.64 | P | miR-3,141 | PATC075139 | 144 | 188–45 | −123.39 | M |
miR168 | PATC138003 | 96 | 100–195 | −71.34 | P | miR-466 | PATC091142 | 135 | 409–275 | −44.66 | M |
miR168 | PATC161629 | 107 | 3–109 | −61.87 | P | miR-466 | PATC103125 | 66 | 95–30 | −41.86 | M |
miR168 | PATC193994 | 75 | 47–121 | −44.59 | P | miR-466 | PATC118951 | 68 | 420–353 | −27.53 | M |
miR169 | PATC114606 | 108 | 419–312 | −45.4 | M | miR-466 | PATC120777 | 55 | 1–55 | −27.43 | M |
miR169 | PATC194844 | 109 | 45–153 | −54.42 | P | miR-466 | PATC144413 | 136 | 174–39 | −35.63 | M |
miR169 | PATC195106 | 110 | 72–181 | −54.33 | P | miR-466 | PATC186790 | 72 | 140–211 | −13.5 | M |
miR171 | PATC106872 | 118 | 146–29 | −49 | P | miR-466 | PATC192812 | 107 | 37–143 | −34.51 | M |
miR171 | PATC151283 | 99 | 340–438 | −50.89 | P | miR-466 | PATC155125 | 74 | 264–191 | −48.23 | M |
miR171 | PATC152062 | 105 | 468–364 | −49.56 | P | miR-466 | PATC158916 | 80 | 145–66 | −34.52 | M |
miR172 | PATC181476 | 115 | 149–35 | −53.38 | P | miR-466 | PATC183646 | 225 | 1–225 | −79.49 | M |
miR172 | PATC101490 | 86 | 102–187 | −44.61 | P | miR-466 | PATC226024 | 90 | 173–84 | −38.95 | M |
miR-1187 | PATC134846 | 209 | 66–274 | −72.48 | M | miR-467 | PATC095237 | 187 | 203–17 | −118.01 | M |
miR-1187 | PATC155430 | 82 | 150–231 | −30.72 | M | miR-4044 | PATC035708 | 96 | 339–244 | −75.66 | M |
miR-1187 | PATC155746 | 89 | 407–495 | −36.33 | M | miR4077 | PATC212682 | 91 | 39–129 | −26.03 | M |
miR-1187 | PATC159725 | 216 | 389–174 | −62.96 | M | miR-4307 | PATC113165 | 78 | 145–68 | −22.02 | M |
miR-1187 | PATC160392 | 144 | 349–206 | −42.85 | M | miR4382 | PATC172094 | 71 | 150–220 | −18.12 | M |
miR-1187 | PATC160599 | 124 | 119–242 | −53.8 | M | miR528 | PATC153398 | 103 | 13–115 | −52.08 | P |
miR-1187 | PATC177152 | 105 | 105–1 | −36.62 | M | miR529 | PATC150157 | 101 | 1,265–1,165 | −43.22 | M |
miR-1187 | PATC217328 | 87 | 180–266 | −27.25 | M | miR535 | PATC151754 | 101 | 672–772 | −54.3 | P |
miR-1187 | PATC218556 | 95 | 103–9 | −33.69 | M | miR535 | PATC196028 | 106 | 21–126 | −62.5 | P |
miR-1281 | PATC081629 | 204 | 1–204 | −198.14 | M | miR-669 | PATC082299 | 94 | 132–225 | −39.8 | M |
miR1432 | PATC023631 | 89 | 146–58 | −47.02 | P | miR-669 | PATC230197 | 70 | 270–201 | −12.72 | M |
miR1530 | PATC178976 | 119 | 169–51 | −27.78 | M | miR845 | PATC103597 | 164 | 71–234 | −44.37 | M |
aPrediction based on the P. aphrodite annotated miRNA data of the current study
bPrediction based on publicly known miRNA sequences in the miRBase