Imagem 1

Example: RPL12P6, GAPDH, ENSG00000237984

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Summary

Gene Name Arhgap11a
Plot displaying the genomic locations of a parental gene (in chr3) and its retrocopy(ies). Each line represents a retrocopy.
Specie Rattus norvegicus
Full Name Rho GTPase activating protein 11A
Also known as RGD1309107
Coordinate chr3:105281827-105298108
Strand -
Gene summary Predicted to enable GTPase activator activity. Predicted to be involved in positive regulation of GTPase activity. Predicted to be located in nucleus. Orthologous to several human genes including ARHGAP11A (Rho GTPase activating protein 11A). [provided by Alliance of Genome Resources, Apr 2022]

Retrocopy(s) from Arhgap11a

Retroname Coord Strand Genomic Region ENSG
Arhgap11aP1 chr14:22786358-22788713 + Intergenic
 N/A UCSC

Expression

Transcript Sequences

>NM_001168524.1
AAGTAACTGACAGGGCCGAGTGGCCCGGAAAGAAGGCTGGTGGAAGTGAAACTAGAGTGAAGTGTGGCGGGAGAGAAGAAGGTCTGTGTAAGTGGGTCGAGGGAAAGTGGAGGAAGTGGCTGGAGCCAGAAGAGTGCCAAAGGTGGCCGGAAGGCAGCGGAGCAGAGCTCTAGTCTGAGGGTGTTAGGAAATTGGAAGAGTTGGTTGGTGGCAAAGAAAGTCAGGACCCGGAGTCGGCCTCGGAGAGTGGGCGACGTGTTCGGGATGTGGGATCAGAGACTGGTCAGATTGGCCCTGCTGCAGCAGCTTCGGGCTGTCTATGGCATTAAGGTCAAGGGTGGCCGCGGTCAGTGTGATCGCAGAAGACAGGAAACTGCAGCTACGGAAATAAGGGGTAAGATATTTGGAGTTCCCTTTAATTCCTTGCCTCATTCAGTTGTTCCAGAATATGGACACATTCCAAGCTTTCTTGTTGATGCATGCACATCTTTAAAAGAACATATTCATACGGAAGGGCTTTTTAGGAAGTCAGGATCTGTTATTCGTCTGAAGGCACTCAAGAGTAAACTGGATCATGGTGAAGCCTGCCTGTCTTCTGCACTTCCCTGTGATGTTGCAGGCCTGCTTAAGCAGTTCTTCAGGGAATTGCCAGAGCCTGTCCTCCCAGCTGATCTGCATGAAGCACTTTTCAAAGCTCAGCAGTTAGGAGCAGAGGAGAGGAATAAAGCTACATTGTTGCTGTCGTGCCTTATGGCAGATCCTACAGTTGATGTATTAAGATACTTCTTTAACTTTCTTAAGAGTGTTTCTCTTAGGGCAAGTGAGAATAAAATGGACAGCAGCAATCTTGCAGTAATATTTGCACCAAATCTTCTTCAGACAAGTGAAGGCCATGAGAAGATGTCTGCCAACACAGAGAAGAAGCTGCGTCTTCAGGCAGCAGTAGTGCAGACGCTTATTGACTATGCATCGGACATTGGACGAGTACCAGATTTTATCCTGGAAAAGATACCAGCCATGCTAGGTATTGATGGACTCTGTACTACTCCATCCCTGGAAGGCTTTGAAGGAGACTATGAAACTCCCGGTGAATGTAAGAGAAAAAGAAGACAAAGTGTTGGAGATTTTGTGAATGGAGCCCTAAATAAACTTAAATCTAGCAGAACACCCTCTATTACACCTCAACAAGACAGAACAGCCCAGGCCCCTGTATCACCACTGATTCTCACACCAAGTGTTAAACGTAAACTGCCAGGAGAGACTTCCCATACCTTGTCGAGTAAGAAAAGGAAGTCCATCAAGAACAACTTGAACTTTGAGCTGTTGCCAAGTCATCTCTTCAGCAGCAATTCTACACCAGTATCAGTTCACTTTGATACAAGCCCTGAAGGGTCATCTCAGAGTTCTCTCTCACCAATTGCCATGAGTGGAAACCACTTGACCAGTACAGACCTAAGGCGAAGTAAAAGGATTGCCAGCAAAAAAGTTTACAGGGTAGAATCAGGAAAAGCAGGCTGCTTCTCTCCCAAAGTCACTCGTAAAGAAAAGGTCCGAAGATCTCTCCGTCTGAAATTTAGTCTGAGGAAGAACAGAGATTCAAATGGATGTTCTGTCATCAATAGACATGAAAATGTTGGTCGACGACTAGCGAATCAGCAGAATCTAAAAAATAGGATTGAGTCTGTAAAAACGGGTCTGCTTTTTAGCCCAGATATTGATGAAAGATTGCTAAAGAAAGGCTCAGAAAAGATCAGCAAATCCGAGGAACATTTACTAACTCCAGATCAACTAGATGGAACAGGTTACCGGATGTCTTGGACAGAACCCAGTAATTCAAGTTTTCAAGACATGAGTGCAAATGGAACTTCTCCAATAATGCAAAATCTTGAGGTGAAGAGCTTTTCTTTGGAGTCCAACATTACTGTAGAAAAATCACCAGTCGTGTCCTGTGAGCTCAGGCCTTCCACCTTCCATAGCCAACCCAACAGCAGTGTACTGGGCAGGTCCCTTAGTGGGGACGAAGGTAACCTGGCCTTTGAGACCTTGCAAAAGATTCAGAAAGCATTTTCGGAATCTGGGAGTGATCTTCATACAGCAGTAAATCATGAGCAGTCGTCAGTAACAAATGTGGGAGAAGAAGGTGAATCCAGAGATGTGAGTGAGTCAAAGGGACATGATGGGAGCTATACAGGGCAGGATGAGAACTATGCTTCAGAAAGGAATCTCTCACCGTCTCAAAGTCCAGAACTTGCCAGAGAAGCCAGTGAGGAATGTCACTCAACTCAGATGAAGGTGGGATGTGAAAGCCTGCACTCAGAAACACCCAGAGCTGACCTCCTTCAGCAAGCATTCCCCAGTGAGGAGCCAACCAAGGAAACACAGTCCCCAGGGAGCCAACTAGATACCACACCGTCACAGGGGGATGAGAATGTGGTGGAGGAGAACTCAGGGGCATGTGAAGCTCCTGAGGAAAATGATGCGCAGTCTTTAAAGCAGAGCACGTGCAGTGTGACAGTCATTTCAAAACCTCGGGCCCAGAGACTTGCTAGACAACGGTCACTGGTGGAAAAATGTGACAGTGCAGTTCCTGGGGGTCCACAAATGACAGAGCACGGGAAGGTTTCTGATCACATACAGTGGTTTAATAAACTTTCTCTAAATGAACCGAACAGAGGAAAAGTGAAGTCACCTCTTAAATTTCAACGTACTCCTGTCCGTCAGTCTGTCAGAAGAATTAATTCTTTGTTGGAGTATGGCAGGCAGCCTGTGAGGCAGAAGTTGGCAGTCTTTGGTGATGCAGCTTCTCCTCTTGTTAAATCAGTGAGCTGTGACAGTGCTCTTCCCTCTTGTGTACAGAGCACATCAAAAGGTCCATGTGTTCCACATACTAAGCCAGGTCTTGAAGCACAGAAGTGTACGTCTTGTGATAAGTCCAGTGTTGAGTTAACATCTAAATCTTTCACAAAAATGAAGAGACATCCGGATCCTTTGAATGCTTCTCTTGCCACTACGAGACTTTGTAAACAGGAGAACAAATCTGATGTCCAAATTAAGTTTCCTTTGGATGATCTCACTAATCATGATAGATTAAAATTTGTTGTAAATAACAATGTGGACTTTCCTCCAGGGATAAAAAACAGAGTTCTTAAGAAACCATTAGAAAAAGAAAGGGTCTGGTACAAAGGTTCTCCTAAAAATCCTATTGGAAAGACTCAACTGCTACCAACGAGTAAGCCTGTAGACTTGTAACTGTCAAATATAGTGCCGTCATCAGTGTAAATAAAGTTAGCGATTGCTGGGTCGGGTTGCAGAATGCTCGAGTGCCGGTGTGTAGATAAGGTGGGGCGGTTGCAGGATGCTTGTGTGCTAGGGTGTAGCTCAGGATGCTTGTTCAGCAGATTCTCTGTAAAGTGGTCCCCACTGCTCCAGTAATTTCATCTTTCATACTTGGACATAAAGCTATTTTGTATTTCTTTATTACTGAAGCATTTAGACTTAACTTTATGGTGATTTCCTGAAGCAGAGTTTATAACTTTAAAGACATTGTTGGCTAGATTTATTTATGTAAGAAAGGGACATGAGTTTTATTCTGCATGCATGATCAGAGAATGCAGGAAGTTGTGCTTGTACCTCTTGTTATTCCTTCACATCAGGAACATTGTCCACTGGAAACATCTAATACGTAAAGGGAATGATAAAGCCCTACTTATGTCTTGAATTATTCATGTTTGTGATCTTGACCCAAAACCAAGAAGTTAATTGGCCTCAGTGGTGTTGGAACCCTTACTCTTGTTGGGACAGAGGGATTTTGTCAGCATCGCCTGTGGTTTCACTTCAATTTTGAAATAAAGACAGTGAATAAAACAGAATGACGACCAATATGCTTTCTATCATGATGTTGAGGAAACTGATTAATCTTAAGCCATATGTCATTTTTAAAGGTGATTTTGATCATATTTTGTCCAATATGACAATGAAATTTTTGGGAGGTATAATTAAACTTGAAAATTTTAATCAAGGTGGGTTTTTTCCTATGAAGATGGTTGATTTTAGAATTTGAATTGTTAATGTACCACTGTACATTTGACATAGATGAATATCTGATAGTGTTTTGTGTTTAAATGTTATTTATTTAGTATAGTCATTAAAAATAGCTTCTGGGAAACGTCT