miRNA | gene name | experiments | ||||
---|---|---|---|---|---|---|
mmu-miR-466n-5p | Zfp68 |
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mmu-miR-466n-5p | Zfp157 |
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mmu-miR-466n-5p | Tns4 |
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mmu-miR-466n-5p | Oxsm |
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||||
mmu-miR-466n-5p | Ltf |
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mmu-miR-466n-5p | Gm4841 |
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||||
mmu-miR-466n-5p | Fermt1 |
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||||
mmu-miR-466n-5p | Ehhadh |
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||||
mmu-miR-466n-5p | Chrnd |
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||||
mmu-miR-466n-5p | Chrna1 |
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||||
mmu-miR-466n-5p | Ackr4 |
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||||
mmu-miR-466n-5p | Mfsd4b5 |
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||||
mmu-miR-466n-5p | Agtrap |
|
||||
mmu-miR-466n-5p | Zfp92 |
|
||||
mmu-miR-466n-5p | Wrn |
|
||||
mmu-miR-466n-5p | Tiprl |
|
||||
mmu-miR-466n-5p | Slc31a2 |
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||||
mmu-miR-466n-5p | Slc24a2 |
|
||||
mmu-miR-466n-5p | Sim1 |
|
||||
mmu-miR-466n-5p | Nab1 |
|
||||
mmu-miR-466n-5p | Itga9 |
|
||||
mmu-miR-466n-5p | Igf2 |
|
||||
mmu-miR-466n-5p | Htt |
|
||||
mmu-miR-466n-5p | Foxk1 |
|
||||
mmu-miR-466n-5p | Cap2 |
|
||||
mmu-miR-466n-5p | B4galt6 |
|
||||
mmu-miR-466n-5p | Zfp488 |
|
||||
mmu-miR-466n-5p | Zfp26 |
|
||||
mmu-miR-466n-5p | Zfp248 |
|
||||
mmu-miR-466n-5p | Slc6a17 |
|
||||
mmu-miR-466n-5p | Rhobtb1 |
|
||||
mmu-miR-466n-5p | Pgm5 |
|
||||
mmu-miR-466n-5p | Gcnt4 |
|
||||
mmu-miR-466n-5p | Dzip3 |
|
||||
mmu-miR-466n-5p | Nat8f2 |
|
||||
mmu-miR-466n-5p | Clec7a |
|
||||
mmu-miR-466n-5p | Cd28 |
|
||||
mmu-miR-466n-5p | Cd200r1 |
|
||||
mmu-miR-466n-5p | Asap3 |
|
||||
mmu-miR-466n-5p | Akap7 |
|
||||
mmu-miR-466n-5p | Nat8f4 |
|
||||
mmu-miR-466n-5p | Zscan29 |
|
||||
mmu-miR-466n-5p | Uhrf1bp1l |
|
||||
mmu-miR-466n-5p | Tet2 |
|
||||
mmu-miR-466n-5p | Slc1a2 |
|
||||
mmu-miR-466n-5p | Rasal2 |
|
||||
mmu-miR-466n-5p | Palm2 |
|
||||
mmu-miR-466n-5p | Frk |
|
||||
mmu-miR-466n-5p | Etv3 |
|
||||
mmu-miR-466n-5p | Elovl6 |
|
||||
mmu-miR-466n-5p | Atxn1 |
|
||||
mmu-miR-466n-5p | Xk |
|
||||
mmu-miR-466n-5p | Uncx |
|
||||
mmu-miR-466n-5p | Unc13b |
|
||||
mmu-miR-466n-5p | Tmem47 |
|
||||
mmu-miR-466n-5p | Tacr2 |
|
||||
mmu-miR-466n-5p | Ptpre |
|
||||
mmu-miR-466n-5p | Nsun3 |
|
||||
mmu-miR-466n-5p | Mdm2 |
|
||||
mmu-miR-466n-5p | Man2a2 |
|
||||
mmu-miR-466n-5p | Gria3 |
|
||||
mmu-miR-466n-5p | Creg2 |
|
||||
mmu-miR-466n-5p | Car10 |
|
||||
mmu-miR-466n-5p | Proser3 |
|
||||
mmu-miR-466n-5p | Barhl2 |
|
||||
mmu-miR-466n-5p | Acot2 |
|
||||
mmu-miR-466n-5p | Zfp449 |
|
||||
mmu-miR-466n-5p | Ubtf |
|
||||
mmu-miR-466n-5p | Tmem151b |
|
||||
mmu-miR-466n-5p | Ssr1 |
|
||||
mmu-miR-466n-5p | Ceacam1 |
|
||||
mmu-miR-466n-5p | Ap1ar |
|
||||
mmu-miR-466n-5p | Trpc7 |
|
||||
mmu-miR-466n-5p | Tnfrsf13c |
|
||||
mmu-miR-466n-5p | Smo |
|
||||
mmu-miR-466n-5p | Slc25a21 |
|
||||
mmu-miR-466n-5p | Slc25a12 |
|
||||
mmu-miR-466n-5p | Oxtr |
|
||||
mmu-miR-466n-5p | Nkx2-9 |
|
||||
mmu-miR-466n-5p | Map3k7 |
|
||||
mmu-miR-466n-5p | Magee2 |
|
||||
mmu-miR-466n-5p | Lcp2 |
|
||||
mmu-miR-466n-5p | Kcnj16 |
|
||||
mmu-miR-466n-5p | Trp53i11 |
|
||||
mmu-miR-466n-5p | Stxbp5l |
|
||||
mmu-miR-466n-5p | Snx12 |
|
||||
mmu-miR-466n-5p | Pacsin2 |
|
||||
mmu-miR-466n-5p | Npr3 |
|
||||
mmu-miR-466n-5p | Mbnl3 |
|
||||
mmu-miR-466n-5p | Mapkbp1 |
|
||||
mmu-miR-466n-5p | Gpr146 |
|
||||
mmu-miR-466n-5p | Gfra2 |
|
||||
mmu-miR-466n-5p | Epas1 |
|
||||
mmu-miR-466n-5p | Dmd |
|
||||
mmu-miR-466n-5p | Akap2 |
|
||||
mmu-miR-466n-5p | Cacna2d2 |
|
||||
mmu-miR-466n-5p | Bend4 |
|
||||
mmu-miR-466n-5p | Mlec |
|
||||
mmu-miR-466n-5p | Fndc3a |
|
||||
mmu-miR-466n-5p | Neurod2 |
|
||||
mmu-miR-466n-5p | Havcr2 |
|
||||
mmu-miR-466n-5p | Csf2ra |
|
||||
mmu-miR-466n-5p | 2810006K23Rik |
|
||||
mmu-miR-466n-5p | Fam104a |
|
||||
mmu-miR-466n-5p | Carnmt1 |
|
||||
mmu-miR-466n-5p | Cdk13 |
|
||||
mmu-miR-466n-5p | Bnc2 |
|
||||
mmu-miR-466n-5p | Gpr68 |
|
||||
mmu-miR-466n-5p | Btrc |
|
||||
mmu-miR-466n-5p | Asxl2 |
|
||||
mmu-miR-466n-5p | Arhgef9 |
|
||||
mmu-miR-466n-5p | Trim65 |
|
||||
mmu-miR-466n-5p | St18 |
|
||||
mmu-miR-466n-5p | Ncam1 |
|
authors | journal | year | Pubmed link | title | |
---|---|---|---|---|---|
1 | Zhang et al. | Cell | 2014 | 25083871 | MicroRNA directly enhances mitochondrial translation during muscle differentiation. |
2 | Schug et al. | BMC Genomics | 2013 | 23597149 | Dynamic recruitment of microRNAs to their mRNA targets in the regenerating liver. |
3 | Leung et al. | Nat. Struct. Mol. Biol. | 2011 | 21258322 | Genome-wide identification of Ago2 binding sites from mouse embryonic stem cells with and without mature microRNAs. |
4 | Chi et al. | Nature | 2009 | 19536157 | Argonaute HITS-CLIP decodes microRNA-mRNA interaction maps. |
5 | Loeb et al. | Mol. Cell | 2012 | 23142080 | Transcriptome-wide miR-155 binding map reveals widespread noncanonical microRNA targeting. |