Summary

Gene Name	Dis3
Specie	Rattus norvegicus
Full Name	DIS3 homolog, exosome endoribonuclease and 3'-5' exoribonuclease
Also known as	RGD1304646
Coordinate	chr15:83466330-83494107
Strand	-
Gene summary	Predicted to enable 3'-5'-exoribonuclease activity; endonuclease activity; and guanyl-nucleotide exchange factor activity. Predicted to be involved in CUT catabolic process and rRNA catabolic process. Predicted to be located in cytosol and nucleoplasm. Predicted to be part of cytoplasmic exosome (RNase complex) and nuclear exosome (RNase complex). Orthologous to human DIS3 (DIS3 homolog, exosome endoribonuclease and 3'-5' exoribonuclease). [provided by Alliance of Genome Resources, Apr 2022]

Retrocopy(s) from Dis3

Retroname	Coord	Strand	Genomic Region	ENSG
Dis3P1	chr7:3519973-3520934	-	Intergenic	N/A	UCSC

Expression

Transcript Sequences

>XM_017599715.1

CGGCACGCCGGCTTGCTCGGCCTGTGGCGCGGCGCACGCGGGCCCGGCCCTGGAGCTGCAGCCCCGGGACCAGGCGAGCAGCCTCTGCCCATGGCCGCACTACCTCCTGCCGGACACCAATGTGCTGCTGCACCAGATTATAAGTGCCTGGAAGCCGGGGACCTGGGCTTCTGTGGTCTCCAGATTGCGACCCCCAGGCAGCTTATTGATGTTCTTGAGGACCCTGCTATCAGGAACGTAATTGTGCTTCAGACAGTCCTGCAGGAAGTGAGAAACCGGAGTGCCCCCATATATAAGCGAATCAGGGATGTGACGAATAACCAGGAGAAGCATTTCTATACGTTCACTAACGAGCACCATAAAGAAACCTACATAGAGCAAGAACAGGGGGAGAATGCCAATGACAGAAATGACAGAGCCATTCGAGTAGCAGCAAAGTGGTACAATGAACATCTAAAGATGTCAGCAGAAAATCAGCTACAAGTTATCCTTATAACAAACGACAAGAAGAACAAAGAAAAGGCTGCAGAAGAAGGAATACCAGCTTTCACATGTGAAGAATATGTAAAGAGCCTGACTGCTAACCCTGAACTTATAGATCGTCTTGCTTGTTTGTCTGATGAGATGAATGAAATAGAAAGTGGGAAAATAATATTTTCAGAGCATCTTCCTTTAAGCAAGCTCCAACAAGGCATAAAATCTGGTTCATACCTTCAAGGAACATTCAGAGCTAGCAGGGAAAATTACTTAGAAGCTACAGTGTGGATTCATGGAGACAAAGAAGATGAAAAAGAGATACTTATACAAGGACTTAAACATCTAAACAGAGCTATTCATGAAGATATTGTGGCTGTGGAACTATTGCCCAAGAGTCAGTGGGTGGCACCATCTTCTGTGGTTTTACATGATGAAGGTCAAAATGAAGATGATGTGGAGAAAGATGAGGAGAGAGAACTCCTGCTTAAGACTGCTGTAAGTGAAAAAATGTTGAGGCCTACAGGTAGAGTTGTGGGGATAATAAAGAGGAATTGGAGACCGTACTGTGGCATGCTTTCCAAGTCTGATATTAAGGAGTCAAGAAGACATCTCTTTACACCTGCTGATAAGAGAATTCCACGAATTCGGATAGAAACCAGACAGGCTTCTGCATTAGAAGGACGGAGAATTATTGTCGCTATTGATGGTTGGCCCAGAAATTCTAGATATCCAAATGGACACTTTGTAAAAAATTTAGGTGATGTTGGAGAGAAAGAGACGGAAACGGAAGTTTTGCTGCTTGAGCATGACGTTCCTCATCAGCCCTTTTCCCAGGCTGTTCTTAGCTTCCTGCCGAAGATGCCCTGGAGCATTACTGAGGAGGACATGAAAAACCGAGAAGATCTGAGACATCTGTGTGTTTGCAGTGTGGATCCTCCAGGATGTACTGACATAGATGATGCCCTGCACTGCAGAGAACTCAGCAATGGAAACTTGGAGGTTGGTGTTCATATTGCGGATGTTAGCCATTTTATCAGGCCAGGAAATGCATTGGATCAAGAATCAGCAAGAAGAGGAACAACTGTTTATCTTTGTGAAAAGAGGATTGACATGGTCCCAGAGCTGCTCAGCTCCAACCTCTGTTCCTTAAGATCCAACGTGGACAGGTTGGCATTTTCCTGTATTTGGGAAATGAATCATAATGCTGAAATATTAAAAACGAGATTTACCAAAAGTGTCATTAATTCAAAGGCTTCTCTTACATATGCTGAAGCACAGATGAGAATTGATTCAGCCGCTATGAATGATGACATTACCACTAGTCTCCGTGGACTGAATAAACTAGCTAAAATTCTAAAAAGGGGAAGGATTGAAAAGGGGGCTTTGACACTCTCTTCTCCAGAAATTCGATTTCACATGGACAGTGAAACTCACGACCCAATTGACCTGCAGACCAAGGAGCTGAGAGAAACAAATTCCATGGTGGAAGAATTTATGTTACTCGCTAATATTTCTGTTGCAAAAAAAATTCATGAAGAGTTTTCTGAACATGCTTTGCTTCGAAAACATCCAGCCCCACCTCCCTCCAATTATGAAGTTCTTGTTAAGGCCGCTAAGTCCAAGAATTTGGAAATTCGGACTGATACAGCCAAATCTTTGGCTGACTCTTTGGACCGGGCTGAATGTCCTGATTTCCCATACCTGAATACTCTGTTAAGGATATTGGCCACTCGCTGTATGATGCAAGCTGTCTACTTCTGTTCTGGGATGGATAGTGACTTTCATCACTATGGCTTAGCCTCCCCAATATACACACATTTCACTTCTCCTATCAGAAGATATGCAGACATAATTGTTCATCGGCTATTAGCTGTGGCGATTGGGGCTGATTGTACTTATCCAGAGTTGACGGACAAACACAAGCTTTCAGATATATGTAAAAACCTCAATTTCCGGCATAAAATGGCTCAGTATGCCCAGCGTGCGTCAGTAGCTTTTCATACACAGTTGTTTTTCAAAAGCAAAGGAATAGTAAGCGAAGAAGCCTATATTCTCTTTGTAAGAAAAAATGCAATTGTAGTGTTAATTCCAAAGTATGGCTTAGAAGGTACAGTTTTTTTTGAAGAAAAAGATAAACCAAAGCCACGCCTTACTTATGATGATGAGATACCTTCACTCAGAATAGAAGGTACAGTGTTCCATGTGTTTGATAAAGTTAAAGTGAAAATCACATTAGATTCATCAAATCTTCAACACCAGAAAATCCGCATGGCCCTTGTAGAACCACAGATACCAGGAATAAATATGCCTCCTGATGTTTCAGACATGGATCTTAATGGACCAGGGGGAAAGAAGAGGAAACTTGAAAAGTAGCTACATAAAGCAGAAAACTCAAAGACTGGCTACTTTGACAACAGCAACAAAATTGAAAGCATACTTACAAGCTCTGTGTGATAGCTACTTTTAAATACATTTCAATAATTTTAAGAAATTTGCATTTTTGAGTTGCTGACTAAACCTATCTTATTATATTGCTTCTGCAACAACAAAAATTATGCGGAAAAATTCATTTGCGTATCCATCACTTAAATGATGACAGTAACAACTCAGAGATCTATGACGATCATTTAAATGGAGTACTCATCTTCTCGTTGAAGAGCGGATTAATATTATCTAAGTACTTTCATATAGAAAACAATCTATCAATTCCTCAGGAAAATAACATTTTAGAAGCAAAGAACAAGCCTTTCTAAATCTTAAGCTGTCAGTCTTTGGCATTTAATCTTTTTGCCATTTTAATTTGCCTACTTACATTGTGTTCATATATTTTGAAAAGATTCCTGTACTTTACCGGTGGTCCTCAAACAGTTGTGAATGTTTCAGGATTATAGGAAAACAAGAACTGGAGTATCCTGATCTGATTTGGAACACTGATTTTTGTTAGTAACAGGTGTTAAGTTCAATCATTGTCCCCAGTCTTTGTTGCCAATATCTCTCCCAAACAAGGCATTACAGAGAAAGAAGGTGGTACTTTAAGTGTCTGCTTACTTACAAAAAATAGATAGTGTCTTATGAATTGTAACTATATCCACTTACACAGGCGAGGAGGGATTGTAGTAAAGACATATTAAAAGGAACAAATGAAGTCTCTTGGTGTGCCAGAGTGCACTTGTCTTGAAAATCCCAGATTAATGTTACATTGGTATTTAGGAATATTTTAACATTCAAGTTTGCTTAC