ssc-mir-185: ssc-mir-185 is a microRNA that has been associated with various cancers, including gastric cancer [PMC10122348]. It has also been found to play a regulatory role in immune inflammatory responses [PMC10122348]. In a ceRNA network, ssc-mir-185 was found to bind with two downregulated circRNAs (circ-FBXW4, circ-ZEB1) and target MYLK and FN1 for regulation [PMC10122348]. Additionally, ssc-mir-185 has been shown to play a regulatory role in piglet diarrhea [PMC10122348]. In a study on E. coli F18-susceptible pigs, ssc-mir-185 was one of the miRNAs that were upregulated and regulated by different transcription factors [PMC3427155]. It was also found that ssc-mir-185, along with other miRNAs, inhibited the process of host T cell differentiation [PMC6354428]. Furthermore, ssc-mir-185 was shown to regulate the greatest number of target genes among the miRNAs studied [PMC6354428]. CDC42, CXCL12, VEGFD, CCL25, CXCL14, and CXCL16 were potentially regulated by ssc-mir-185 in leukocyte migration and chemokine activity [PMC8851844]. Additionally, IL17F/IL17RC were potentially commonly regulated by ssc-mir-185 with different expression patterns at different time points [PMC8851844]. In adipocyte differentiation processes, ssc-mir-185 was found to be one of the miRNAs involved in regulation [PMC8834144]. ssc-mir-185 has also been studied in relation to Clostridium perfringens type C infection in piglets with diarrhea. It was differentially expressed between resistant and susceptible groups of piglets with diarrhea and may be involved in binding CDC42 for potential mechanisms of action [PMC8100468]. The mature sequence of miR-185 is highly conserved among vertebrates [PMC8100468]. In another study, ssc-mir-185 was found to be up-regulated in the resistance group of piglets with diarrhea [PMC8100468]. Finally, ssc-mir-185 was one of the miRNAs that were randomly selected for verification of miRNA sequencing data in a study on liver function efficiency [PMC9039951].