bmo-mir-10: Bmo-mir-10 is an exceptional case among miRNAs, as it is less abundant than its miRNA* counterpart [PMC4045974]. In some cases, annotated miRNAs and highest reads are not derived from the same arms of the hairpin precursors, as seen in bmo-mir-10 [PMC2838851]. In paralog 1, both arms of bmo-mir-10 produce over a 10-fold greater number of mature molecules than bmo-mir-993a and mir-993b [PMC2838851]. Bmo-mir-10 shows a synchronized trend with bmo-miR-14 in terms of expression levels at different stages [PMC2500172]. Bmo-miR-278, along with synchronized expressions of bmo-miR-77, bmo-mir-10, and bmo-miR-14, may play a role in regulating energy metabolism at molting stage by targeting specific proteins [PMC2500172]. Bmo-mir-10 and bmo-miR-14 may down-regulate the expression of Jhe to induce slow accumulation of juvenile hormone for normal larva development after ecdysis [PMC2500172]. Some miRNAs have nucleotide differences in their sequences compared to their predicted sequences or homologs in closely related species, including bmo-miR-1 and bmo-mir-10 [PMC2500172]. Stage-biased miRNAs like bmo-miR92 at PDS may play important roles in regulating development-related genes [PMC2500172]. Bmo-mir-10 is one of the most abundant miRNAs, with 210,825 counts [PMC3699532].