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dme-mir-184: dme-mir-184 is a microRNA that is enriched in the animal hemisphere during gastrulation in Xenopus, similar to its homologs in Bombyx mori and Drosophila melanogaster [PMC3875865]. It is one of the microRNA precursors predicted by miRDeep2 and highly similar to those available in miRBase [PMC7142546]. The functional roles of dme-mir-184 have been explored in the photoperiodic response, where its overexpression, along with dme-mir-2b and dme-mir-274, was induced using UAS transgenes driven by Act-Gal4 or pdf-Gal4 [PMC9100521]. Dme-mir-184, along with dme-mir-11 and dme-mir-34, has been found to have an intriguing link to photoperiodism and diapause [PMC9100521]. Seven miRNAs, including dme-mir-2b, dme-mir-11, dme-mir-34, dme-mir-274, dme-mir-184*, and dme-miR-285 were differentially expressed between long and short photoperiods [PMC9100521]. Dme-miR-184 has been implicated in oogenesis, development, and ovary morphogenesis [PMC9100521]. Overexpression of dme-miR 2b,d me mir 184,andd me mir 274 using Act-Gal4 resulted in almost total lethality during embryogenesis/development [PMC9100521]. Additionally,d me mir 184,d me miR 279,d me miR 278,andd me miR 317 were found to be involved in abnormal receptivity of female flies to SP from male flies[PMC8966896].
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