MIR142: MIR142 is a small molecule that plays a role in various biological processes. In Sgca-/- mice, the expression of MIR142.3p-regulated vector decreased over time [PMC4283385]. MIR142−/− mice, which lack the MIR142 region, were obtained from the mouse facility of the German Center for Lung Research [PMC6910913]. The interaction between MIR142 and IDHR140 mutations in leukemogenesis was investigated [PMC7656267]. The occurrence of mutations in MIR142 was analyzed in a collection of samples from patients with myeloproliferative neoplasms (MPNs) [PMC9240003]. MIR142 was found to regulate autophagy by targeting ATG16L1, suggesting its involvement in intestinal inflammation and Crohn's disease [PMC6351131]. Chronic alcohol consumption was found to alter the expression of MIR142, among other small RNAs and microRNAs, which may be mediated by effects on epididymal trafficking rather than changes in corticosterone levels [PMC9886817]. Additionally, MIR24 and MIR142 were identified as miRNAs that target over 1,000 genes each [PMC7287171]. AAV2 plasmids containing the gene encoding GFP under the control of a hybrid sequence including 4 repeated sequences of MIR142 were used for vector purification [PMC7184633]. Overall, these studies highlight the diverse roles and regulatory functions of MIR142 in various biological processes.