Gene detail

Detailed information of evm.model.Ap6.649.1.5f15dd83 in Astrangia poculata

Genomic Location: Ap6:6350623...6399247
NR annotation: XP_027052994.1, serine/threonine-protein kinase mTOR-like [Pocillopora damicornis]
Species abbreviation APOCU · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

evm.model.Ap6.649.1.5f15dd83

atgatgcagcaacgtttaaacggcttgaaaagccgcagcgatgagtcaaggctgcaagctgccaaagatctccagcattatgtttcgactgagcttcgcgaagcttcggccgaacagtacacgagtttcatggacgagctaaaccatcatattttcgagatggtctccagttctgatgcaaatgaaaagaaaggaggaattatggcgattgttgctcttattggcattgatggtgggaacaccacaaaaatgagcagatttgccaattacttgaggaatctgctaccatcaaatgatcaggttgtgatgcaaatggcatctaaagcaatgggaaggttagctctgactggggggacattcactgccgactatgtagagtttgaggtgaagagagctttggagtggctaggaggtgatcgtaatgagggtcggcgacatgctgctttcctctgcaaagctgtttgcagtgacgcctgccagtcacttcgaatcatgtctttccgccgcgtgcgagaaggcaccaagctaaacgcaaatactcacaaggtgttggtgttaaaagaactggccttaaatgctccaacgtttttcttccaacaagttcagccgttctttgagaacatttctaatgctgtgcgggatccaaagcaagctatcagagagggagctgtagaagctctgcaggcatgtcttgttattttagcccagcgagaaacaaaggaaatgcagaaacgtccaatatggtataatcaaatttacttagaggcaaaaagagggtttgaggacaaccttaacaccaaagaaaaaggagttgtccttacaaaagatgacaaagctcacggatctctgcttataatgaatgagctgataagaagtgcaagcattgaaggagagcgggccaaacaggaattggaggaaatctactgtgatcaaacacagagtcaagtgagtctggacgatctgggcatcacctcccccaagagtaaatttgctctacaaaccggttaccagcaccagagatcactggctttacttggcgggggaggaatgaccgaaaccatgtgccacagtaaagtgtgcaaagaattcatggatgaccactttgaagaggtgtgcaagtcggttttgcgatacaagactacacgcaacagttctatccaacagatgttactgacaattcttcccagacttgctgcatttcaacctaaaagatttgtgaagaaatacttaaaggaaaccatggagtatctttgttttgcccttaaaagagaaagagagcgatcttctgccttcaaggctgttggattgatagctattgctgtgcgacaagatgttgagaagcacagggggcctgtgtttgaacaagtaaaagttctatttcctatgaaggatcttggccacaagcgtcagaaggcagtgacagttgatccaatggtttttgcgtgtgttgctatgatgtccagagctattgggccaaaaatctccaaagaagttaaagagttgttagagccaatgctgtcagtcggtttgagtccagcccttacagcttgcctacacgatttagctcaccaagtacctcaacttaaaaagagtattcaagatggcctcctcaaaatgttatccatgatcctgatgaacaagccttctcgtcatcctggtgcacccagaagtgcctgcactccaaccctcactccatcagcttcttctcatgccctgtttgagtctctggatgtgacaagtactgtattagctttgaggaccctgggaacatttgattttgaaggacatctactggctcatggaaaccttgttcgtcattgtgctgatacttttctggcaagtgaacacaaggacatccgcatggaagctgttagaacctgctctagacttctgtcaccatctcttcatcccatggttgttcccaatgctgcactccatcatgtctcaatcagtgctagttcgacgcaggttgtatctgaggtgttgtcaaaaatgctgatggttggaatcactgatccagactcagacattcgtttctgtgtgttgtcctcactggatgagagatttgatgctcacttggcacaggcagaaaatttatcagctttgtttgtggcccttaatgatgaggaatttgagattcgggagcttgctatctgtacaattggcagacttagcagcttgaatcctgcttacatcatgccgtcattaagaaaaactcttattcagattctgactgagctggaatacagtggagtgggtcgtaacaaggaacagagtgctcgtatgctgggacacttggtgtccaatgcaccacggcttattaggccttacatggaaccaatcctaaaggcactgattccaaagttaagagaccaagatcccaatgtagttattagtgtgctggctgcaattggagaacatgctcaggtcagtgggacagaaatgagcaaatggctgaatgagctttgtcccataattcttgacatgcttcaggatgcatcactgattgcaaagagagagattgcattgtggactcttggacaacttgttgaaagtacaggatatgttgtagaaccatacaggaaataccctaaccttttggaagtcttgttgaatttcctgaagacagaacaagcacctgggataagaagagaggccatcagagtgcttgggctccttggtgcactggatccttataaacacaaactcaaccaaacaggaggcgtgctagtggatggcgactccgctgccattagtaaggacatgactgacagtgaagcagctgatacaaacacaagtgaaatgttagtgacaatgggaagcattcagttagaagagttctaccctgccgtggctgtatcagcactgatgaggatagtcagggactcctccctctccagtcatcatactatggtcatccaggctgtgacattcattttcaagagtttaggaatgaaatgtgtgacatacctctctcagatcatgccttcatttatgaatgtcattagaacttgtgattcttcatttagagagtttgtacttcaacaacttggcgtactgatatctattgtcaagcaacacatcaggaactatttggatgaaatttttggcctgattaagcaatactggattcttaacagtccaatgcagacaactattattctgttagtggagcagatagttacagctttaggaggagaattcaagatctacctgcctcaaatcatccctcagatactcaaggtgtttatgcatgacaacagtgcacaaagaagtgtcacaacaaagctgttgaatgctcttcaaatgtttggctccagtctggatgattaccttcatcttctagtgccacctgtagtgaaactcttcgactcgcctgatatcccgctcaccgtcagaaagtgtgccttggagactctggatcgcctcagtgagtcgctggatctcacagactttgcatcacgaattattcatcctgtaatcaggactttggactcgtgtcctgatctgcgtaccacagccatggatactctgtgctctcttgtgtttcagcttggaaaacagtattccactttcatcccgactgttcacaaggtcattgtgaaacatcggattcagcaccaacgttacgacattctgatttgcaaaattgtaaagagcccgtttttgttggactgggagaatgaagtgctggcacggcgtcaaaaggctggccgggggaacttggcagatgattcagccactaatgccgccattgaagctgcaagcatcaagaagctgacattcaaagcagacagtctacaaagggcttggggagcggcaagatgcgtgtccaaagatgactggatggaatggctgagacgactaagtgttgaacttctcaaagagtccccctcccctgcgttacgatcatgctgggcaactgcacagacttaccctccccttgccagagaccttttcaatgttgcctttgtgtcttgttggtccgagctgcacgaggagctccagaatgagttggtgaaacatttggagatggctttggaatcacagatcccagagattactcaaactcttttgaatcttgcagagttcatggagcatacagaaaagggtgcactgcctcttaataatgatctgctaggcgaacaggcttccaaatgtcgagcatacgcgaaggccctgcattacaaagaggaggaattccacagaggaccaaccaccgaaactcttgaggctctcatcagcattaacaacaagctacagcagccccaggcagctcatggtgtcttggtgtatgctatgaagaatcacggcgcagatgtgaaaatcaaggagcgctggtatgaaaaactccatgactgggaacaagctttggaagcttacgacaagaagatgcttcaaaactctgaagaaatcaacctcgctctggggcggatgagatgtcttgaagctttgggagaatggggtgagcttcaccaagtggctgttgataagtggccggtagtgagtgatgacatcagacaacagatggctagaatggccgccgctgctgcgtggggactgggtaactgggacagtatggaggagtacacgtgcatgattcctcgtgaaactcaagaaggagccttttacagagcagctctggctttgcatcaaaatcatttccaacaggctcaagcttgcatagacgcagcacgtgatgtgttggatacagaattaacagccagagctggcgagagctacaaccgagcttatggggccatggtcagtgtacaaatgttatcggaacttgaagagattattcagtttaaacttgttccagagcgcagggaagcgatcaagagaacatggtggaacagactacaaggctgtcagcgagtagtagaagactggcaaaagattcttcaagttcgttccctagtcctctccccacaggaggacatgaagtcctggctgaagtactcaagtctgtgtcggaagagtggtcgactggccctcagtcataagactcttgtcatgctgcttggaacagatccgtccaaacaggcagatcagcctttaccaacaacatacccacaagtcacgtttgcttacatgaagcatatgtggagagaaaataagaaggatgacgctttccaacatctccagcactttgtacaaagcacgttgcaccaacaggcattgcagtcactgtctccaacagatgatggacagaagagggaggagctcctcaaacttgttgccagatgttacctgaagctgggtgattggcagacagctctggagggatacagcgagaagtccataccacagatcctacaatactatgctgcggcgacggacaatgacaggaactgttacaaggcgtggcacgcttgggcttacatgaactttgaaactgtgttgtactacaagagccagcagtcatcgggtgctgataatggtaatggaaacatctgcagaacaccacctcctacgcagacatcctctatggtgaacccagtgattacatatgcagtgcccgcagtaaacggtttctttaagtcgattgccttgtccagcggcaactcacttcaggatactctcagactgttgacgctgtggtttgattatggtcactggcctgaagtttatgaagctcttgttgaagggatcaagactattcagattgacacttggctgcaggtaattccgcaactaatcgccaggattgacactccacgtcaacttgttggacgacttattcatcagctactgacagatattggcaaacatcatccacaggcgttaatctatcctctcactgtggcttccaaatcagcaagtagcgctcgtcacaatgcagctaatcagatcctaaagaacatgtgtgaacacagtcaacagctcgtgcaacaggcagtcatggtcagtgaagagctcatccgagtagccatcttatggcacgagttgtggcatgaaggacttgaagaagcatcaagactttacttcagcgaaggaaacgtgaaaggaatgtttggtgcgttagaaccgctgcaccagatgatggagagaggaccgcagacactcaaagaaacttcgtttaaccaggcatacggtcgcgatctaatggaagcccaggaatggtgcagaaagtatcagcggtcaggaaatgtcaaagatctgacacaggcctgggatttgtactacttggtgttcagacgaatctccaagcaactccctcagttgacctctctggagcttcagtacgtttcacccaagctgctgatgtgccgtgacttggaacttgctgtgcctgggacatatgaacctcacaaaccagtgatacatataagacacgtgcattcttcgcttaacgtcattacatcgaaacaaagacccaggaaactctgtattacaggaagcaacggttcagagttcatgttcctgctaaaaggtcatgaagatctgcgacaggacgagcgagttatgcagctgttcggcttagtgaacacgctgttagcgggcgatcaagaaacttccaagagacatctcggaattcaacgttacgcagttatcccactgtcaacaaactcaggtctgattggttgggttcctcactgtgacacactccacgctcttatccgcgactacagggaaaagaaaaagattctacttaacatcgaacatcgcatcatgctcagaatggcaccagattacgaccatttgactctaatgcagaaagtagaggtgtttgagcatgcgctgtccaacactaatggcgatgacctggctaaactgctatggctcaagagtcctagctcggaggtttggtttgatcgtcgtactaactacactcgatctcttgctgtaatgtccatggtgggatatgtactgggactgggagacaggcatccatctaacttgatgctgaatcgtttaagtggaaaaatccttcacattgattttggagactgctttgaggtcgccatgactagagagaagtttccagagaaaattccttttagacttacaagaatgttgaccaatgcaatggaggtgactggcattgatggaaattaccgaatgacttgtgagagcgtaatgcgagttttacgggctcacaaggacagcgtgatggctgtgcttgaagcgtttgtctatgatcctttgcttaactggagacttatggactctaccccgaaagtcaagcgttccaagggcagatcagatacaatctctgagggaggggaggatcttttggaaggtgtcgatgtgaatcctgaaagaccaacaaagaaacagtcgacagaacacatgccatcttacgaagacgaaaatggccccaaacctgaggcgctcaacaagaaagccgtcgccattgtaaaccgcgtcagagacaaattaactggtcgcgactttaccagtcataacaatcttgaagtgacaacacaagtggatctgttgatcaaacaagccacctcacatgagaatctctgccagtgttacataggatggtgtccattctggtaa

Transcript

evm.model.Ap6.649.1.5f15dd83

ATGATGCAGCAACGTTTAAACGGCTTGAAAAGCCGCAGCGATGAGTCAAGGCTGCAAGCTGCCAAAGATCTCCAGCATTATGTTTCGACTGAGCTTCGCGAAGCTTCGGCCGAACAGTACACGAGTTTCATGGACGAGCTAAACCATCATATTTTCGAGATGGTCTCCAGTTCTGATGCAAATGAAAAGAAAGGAGGAATTATGGCGATTGTTGCTCTTATTGGCATTGATGGTGGGAACACCACAAAAATGAGCAGATTTGCCAATTACTTGAGGAATCTGCTACCATCAAATGATCAGGTTGTGATGCAAATGGCATCTAAAGCAATGGGAAGGTTAGCTCTGACTGGGGGGACATTCACTGCCGACTATGTAGAGTTTGAGGTGAAGAGAGCTTTGGAGTGGCTAGGAGGTGATCGTAATGAGGGTCGGCGACATGCTGCTTTCCTCTGCAAAGCTGTTTGCAGTGACGCCTGCCAGTCACTTCGAATCATGTCTTTCCGCCGCGTGCGAGAAGGCACCAAGCTAAACGCAAATACTCACAAGGTGTTGGTGTTAAAAGAACTGGCCTTAAATGCTCCAACGTTTTTCTTCCAACAAGTTCAGCCGTTCTTTGAGAACATTTCTAATGCTGTGCGGGATCCAAAGCAAGCTATCAGAGAGGGAGCTGTAGAAGCTCTGCAGGCATGTCTTGTTATTTTAGCCCAGCGAGAAACAAAGGAAATGCAGAAACGTCCAATATGGTATAATCAAATTTACTTAGAGGCAAAAAGAGGGTTTGAGGACAACCTTAACACCAAAGAAAAAGGAGTTGTCCTTACAAAAGATGACAAAGCTCACGGATCTCTGCTTATAATGAATGAGCTGATAAGAAGTGCAAGCATTGAAGGAGAGCGGGCCAAACAGGAATTGGAGGAAATCTACTGTGATCAAACACAGAGTCAAGTGAGTCTGGACGATCTGGGCATCACCTCCCCCAAGAGTAAATTTGCTCTACAAACCGGTTACCAGCACCAGAGATCACTGGCTTTACTTGGCGGGGGAGGAATGACCGAAACCATGTGCCACAGTAAAGTGTGCAAAGAATTCATGGATGACCACTTTGAAGAGGTGTGCAAGTCGGTTTTGCGATACAAGACTACACGCAACAGTTCTATCCAACAGATGTTACTGACAATTCTTCCCAGACTTGCTGCATTTCAACCTAAAAGATTTGTGAAGAAATACTTAAAGGAAACCATGGAGTATCTTTGTTTTGCCCTTAAAAGAGAAAGAGAGCGATCTTCTGCCTTCAAGGCTGTTGGATTGATAGCTATTGCTGTGCGACAAGATGTTGAGAAGCACAGGGGGCCTGTGTTTGAACAAGTAAAAGTTCTATTTCCTATGAAGGATCTTGGCCACAAGCGTCAGAAGGCAGTGACAGTTGATCCAATGGTTTTTGCGTGTGTTGCTATGATGTCCAGAGCTATTGGGCCAAAAATCTCCAAAGAAGTTAAAGAGTTGTTAGAGCCAATGCTGTCAGTCGGTTTGAGTCCAGCCCTTACAGCTTGCCTACACGATTTAGCTCACCAAGTACCTCAACTTAAAAAGAGTATTCAAGATGGCCTCCTCAAAATGTTATCCATGATCCTGATGAACAAGCCTTCTCGTCATCCTGGTGCACCCAGAAGTGCCTGCACTCCAACCCTCACTCCATCAGCTTCTTCTCATGCCCTGTTTGAGTCTCTGGATGTGACAAGTACTGTATTAGCTTTGAGGACCCTGGGAACATTTGATTTTGAAGGACATCTACTGGCTCATGGAAACCTTGTTCGTCATTGTGCTGATACTTTTCTGGCAAGTGAACACAAGGACATCCGCATGGAAGCTGTTAGAACCTGCTCTAGACTTCTGTCACCATCTCTTCATCCCATGGTTGTTCCCAATGCTGCACTCCATCATGTCTCAATCAGTGCTAGTTCGACGCAGGTTGTATCTGAGGTGTTGTCAAAAATGCTGATGGTTGGAATCACTGATCCAGACTCAGACATTCGTTTCTGTGTGTTGTCCTCACTGGATGAGAGATTTGATGCTCACTTGGCACAGGCAGAAAATTTATCAGCTTTGTTTGTGGCCCTTAATGATGAGGAATTTGAGATTCGGGAGCTTGCTATCTGTACAATTGGCAGACTTAGCAGCTTGAATCCTGCTTACATCATGCCGTCATTAAGAAAAACTCTTATTCAGATTCTGACTGAGCTGGAATACAGTGGAGTGGGTCGTAACAAGGAACAGAGTGCTCGTATGCTGGGACACTTGGTGTCCAATGCACCACGGCTTATTAGGCCTTACATGGAACCAATCCTAAAGGCACTGATTCCAAAGTTAAGAGACCAAGATCCCAATGTAGTTATTAGTGTGCTGGCTGCAATTGGAGAACATGCTCAGGTCAGTGGGACAGAAATGAGCAAATGGCTGAATGAGCTTTGTCCCATAATTCTTGACATGCTTCAGGATGCATCACTGATTGCAAAGAGAGAGATTGCATTGTGGACTCTTGGACAACTTGTTGAAAGTACAGGATATGTTGTAGAACCATACAGGAAATACCCTAACCTTTTGGAAGTCTTGTTGAATTTCCTGAAGACAGAACAAGCACCTGGGATAAGAAGAGAGGCCATCAGAGTGCTTGGGCTCCTTGGTGCACTGGATCCTTATAAACACAAACTCAACCAAACAGGAGGCGTGCTAGTGGATGGCGACTCCGCTGCCATTAGTAAGGACATGACTGACAGTGAAGCAGCTGATACAAACACAAGTGAAATGTTAGTGACAATGGGAAGCATTCAGTTAGAAGAGTTCTACCCTGCCGTGGCTGTATCAGCACTGATGAGGATAGTCAGGGACTCCTCCCTCTCCAGTCATCATACTATGGTCATCCAGGCTGTGACATTCATTTTCAAGAGTTTAGGAATGAAATGTGTGACATACCTCTCTCAGATCATGCCTTCATTTATGAATGTCATTAGAACTTGTGATTCTTCATTTAGAGAGTTTGTACTTCAACAACTTGGCGTACTGATATCTATTGTCAAGCAACACATCAGGAACTATTTGGATGAAATTTTTGGCCTGATTAAGCAATACTGGATTCTTAACAGTCCAATGCAGACAACTATTATTCTGTTAGTGGAGCAGATAGTTACAGCTTTAGGAGGAGAATTCAAGATCTACCTGCCTCAAATCATCCCTCAGATACTCAAGGTGTTTATGCATGACAACAGTGCACAAAGAAGTGTCACAACAAAGCTGTTGAATGCTCTTCAAATGTTTGGCTCCAGTCTGGATGATTACCTTCATCTTCTAGTGCCACCTGTAGTGAAACTCTTCGACTCGCCTGATATCCCGCTCACCGTCAGAAAGTGTGCCTTGGAGACTCTGGATCGCCTCAGTGAGTCGCTGGATCTCACAGACTTTGCATCACGAATTATTCATCCTGTAATCAGGACTTTGGACTCGTGTCCTGATCTGCGTACCACAGCCATGGATACTCTGTGCTCTCTTGTGTTTCAGCTTGGAAAACAGTATTCCACTTTCATCCCGACTGTTCACAAGGTCATTGTGAAACATCGGATTCAGCACCAACGTTACGACATTCTGATTTGCAAAATTGTAAAGAGCCCGTTTTTGTTGGACTGGGAGAATGAAGTGCTGGCACGGCGTCAAAAGGCTGGCCGGGGGAACTTGGCAGATGATTCAGCCACTAATGCCGCCATTGAAGCTGCAAGCATCAAGAAGCTGACATTCAAAGCAGACAGTCTACAAAGGGCTTGGGGAGCGGCAAGATGCGTGTCCAAAGATGACTGGATGGAATGGCTGAGACGACTAAGTGTTGAACTTCTCAAAGAGTCCCCCTCCCCTGCGTTACGATCATGCTGGGCAACTGCACAGACTTACCCTCCCCTTGCCAGAGACCTTTTCAATGTTGCCTTTGTGTCTTGTTGGTCCGAGCTGCACGAGGAGCTCCAGAATGAGTTGGTGAAACATTTGGAGATGGCTTTGGAATCACAGATCCCAGAGATTACTCAAACTCTTTTGAATCTTGCAGAGTTCATGGAGCATACAGAAAAGGGTGCACTGCCTCTTAATAATGATCTGCTAGGCGAACAGGCTTCCAAATGTCGAGCATACGCGAAGGCCCTGCATTACAAAGAGGAGGAATTCCACAGAGGACCAACCACCGAAACTCTTGAGGCTCTCATCAGCATTAACAACAAGCTACAGCAGCCCCAGGCAGCTCATGGTGTCTTGGTGTATGCTATGAAGAATCACGGCGCAGATGTGAAAATCAAGGAGCGCTGGTATGAAAAACTCCATGACTGGGAACAAGCTTTGGAAGCTTACGACAAGAAGATGCTTCAAAACTCTGAAGAAATCAACCTCGCTCTGGGGCGGATGAGATGTCTTGAAGCTTTGGGAGAATGGGGTGAGCTTCACCAAGTGGCTGTTGATAAGTGGCCGGTAGTGAGTGATGACATCAGACAACAGATGGCTAGAATGGCCGCCGCTGCTGCGTGGGGACTGGGTAACTGGGACAGTATGGAGGAGTACACGTGCATGATTCCTCGTGAAACTCAAGAAGGAGCCTTTTACAGAGCAGCTCTGGCTTTGCATCAAAATCATTTCCAACAGGCTCAAGCTTGCATAGACGCAGCACGTGATGTGTTGGATACAGAATTAACAGCCAGAGCTGGCGAGAGCTACAACCGAGCTTATGGGGCCATGGTCAGTGTACAAATGTTATCGGAACTTGAAGAGATTATTCAGTTTAAACTTGTTCCAGAGCGCAGGGAAGCGATCAAGAGAACATGGTGGAACAGACTACAAGGCTGTCAGCGAGTAGTAGAAGACTGGCAAAAGATTCTTCAAGTTCGTTCCCTAGTCCTCTCCCCACAGGAGGACATGAAGTCCTGGCTGAAGTACTCAAGTCTGTGTCGGAAGAGTGGTCGACTGGCCCTCAGTCATAAGACTCTTGTCATGCTGCTTGGAACAGATCCGTCCAAACAGGCAGATCAGCCTTTACCAACAACATACCCACAAGTCACGTTTGCTTACATGAAGCATATGTGGAGAGAAAATAAGAAGGATGACGCTTTCCAACATCTCCAGCACTTTGTACAAAGCACGTTGCACCAACAGGCATTGCAGTCACTGTCTCCAACAGATGATGGACAGAAGAGGGAGGAGCTCCTCAAACTTGTTGCCAGATGTTACCTGAAGCTGGGTGATTGGCAGACAGCTCTGGAGGGATACAGCGAGAAGTCCATACCACAGATCCTACAATACTATGCTGCGGCGACGGACAATGACAGGAACTGTTACAAGGCGTGGCACGCTTGGGCTTACATGAACTTTGAAACTGTGTTGTACTACAAGAGCCAGCAGTCATCGGGTGCTGATAATGGTAATGGAAACATCTGCAGAACACCACCTCCTACGCAGACATCCTCTATGGTGAACCCAGTGATTACATATGCAGTGCCCGCAGTAAACGGTTTCTTTAAGTCGATTGCCTTGTCCAGCGGCAACTCACTTCAGGATACTCTCAGACTGTTGACGCTGTGGTTTGATTATGGTCACTGGCCTGAAGTTTATGAAGCTCTTGTTGAAGGGATCAAGACTATTCAGATTGACACTTGGCTGCAGGTAATTCCGCAACTAATCGCCAGGATTGACACTCCACGTCAACTTGTTGGACGACTTATTCATCAGCTACTGACAGATATTGGCAAACATCATCCACAGGCGTTAATCTATCCTCTCACTGTGGCTTCCAAATCAGCAAGTAGCGCTCGTCACAATGCAGCTAATCAGATCCTAAAGAACATGTGTGAACACAGTCAACAGCTCGTGCAACAGGCAGTCATGGTCAGTGAAGAGCTCATCCGAGTAGCCATCTTATGGCACGAGTTGTGGCATGAAGGACTTGAAGAAGCATCAAGACTTTACTTCAGCGAAGGAAACGTGAAAGGAATGTTTGGTGCGTTAGAACCGCTGCACCAGATGATGGAGAGAGGACCGCAGACACTCAAAGAAACTTCGTTTAACCAGGCATACGGTCGCGATCTAATGGAAGCCCAGGAATGGTGCAGAAAGTATCAGCGGTCAGGAAATGTCAAAGATCTGACACAGGCCTGGGATTTGTACTACTTGGTGTTCAGACGAATCTCCAAGCAACTCCCTCAGTTGACCTCTCTGGAGCTTCAGTACGTTTCACCCAAGCTGCTGATGTGCCGTGACTTGGAACTTGCTGTGCCTGGGACATATGAACCTCACAAACCAGTGATACATATAAGACACGTGCATTCTTCGCTTAACGTCATTACATCGAAACAAAGACCCAGGAAACTCTGTATTACAGGAAGCAACGGTTCAGAGTTCATGTTCCTGCTAAAAGGTCATGAAGATCTGCGACAGGACGAGCGAGTTATGCAGCTGTTCGGCTTAGTGAACACGCTGTTAGCGGGCGATCAAGAAACTTCCAAGAGACATCTCGGAATTCAACGTTACGCAGTTATCCCACTGTCAACAAACTCAGGTCTGATTGGTTGGGTTCCTCACTGTGACACACTCCACGCTCTTATCCGCGACTACAGGGAAAAGAAAAAGATTCTACTTAACATCGAACATCGCATCATGCTCAGAATGGCACCAGATTACGACCATTTGACTCTAATGCAGAAAGTAGAGGTGTTTGAGCATGCGCTGTCCAACACTAATGGCGATGACCTGGCTAAACTGCTATGGCTCAAGAGTCCTAGCTCGGAGGTTTGGTTTGATCGTCGTACTAACTACACTCGATCTCTTGCTGTAATGTCCATGGTGGGATATGTACTGGGACTGGGAGACAGGCATCCATCTAACTTGATGCTGAATCGTTTAAGTGGAAAAATCCTTCACATTGATTTTGGAGACTGCTTTGAGGTCGCCATGACTAGAGAGAAGTTTCCAGAGAAAATTCCTTTTAGACTTACAAGAATGTTGACCAATGCAATGGAGGTGACTGGCATTGATGGAAATTACCGAATGACTTGTGAGAGCGTAATGCGAGTTTTACGGGCTCACAAGGACAGCGTGATGGCTGTGCTTGAAGCGTTTGTCTATGATCCTTTGCTTAACTGGAGACTTATGGACTCTACCCCGAAAGTCAAGCGTTCCAAGGGCAGATCAGATACAATCTCTGAGGGAGGGGAGGATCTTTTGGAAGGTGTCGATGTGAATCCTGAAAGACCAACAAAGAAACAGTCGACAGAACACATGCCATCTTACGAAGACGAAAATGGCCCCAAACCTGAGGCGCTCAACAAGAAAGCCGTCGCCATTGTAAACCGCGTCAGAGACAAATTAACTGGTCGCGACTTTACCAGTCATAACAATCTTGAAGTGACAACACAAGTGGATCTGTTGATCAAACAAGCCACCTCACATGAGAATCTCTGCCAGTGTTACATAGGATGGTGTCCATTCTGGTAA

Protein

evm.model.Ap6.649.1.5f15dd83

MMQQRLNGLKSRSDESRLQAAKDLQHYVSTELREASAEQYTSFMDELNHHIFEMVSSSDANEKKGGIMAIVALIGIDGGNTTKMSRFANYLRNLLPSNDQVVMQMASKAMGRLALTGGTFTADYVEFEVKRALEWLGGDRNEGRRHAAFLCKAVCSDACQSLRIMSFRRVREGTKLNANTHKVLVLKELALNAPTFFFQQVQPFFENISNAVRDPKQAIREGAVEALQACLVILAQRETKEMQKRPIWYNQIYLEAKRGFEDNLNTKEKGVVLTKDDKAHGSLLIMNELIRSASIEGERAKQELEEIYCDQTQSQVSLDDLGITSPKSKFALQTGYQHQRSLALLGGGGMTETMCHSKVCKEFMDDHFEEVCKSVLRYKTTRNSSIQQMLLTILPRLAAFQPKRFVKKYLKETMEYLCFALKRERERSSAFKAVGLIAIAVRQDVEKHRGPVFEQVKVLFPMKDLGHKRQKAVTVDPMVFACVAMMSRAIGPKISKEVKELLEPMLSVGLSPALTACLHDLAHQVPQLKKSIQDGLLKMLSMILMNKPSRHPGAPRSACTPTLTPSASSHALFESLDVTSTVLALRTLGTFDFEGHLLAHGNLVRHCADTFLASEHKDIRMEAVRTCSRLLSPSLHPMVVPNAALHHVSISASSTQVVSEVLSKMLMVGITDPDSDIRFCVLSSLDERFDAHLAQAENLSALFVALNDEEFEIRELAICTIGRLSSLNPAYIMPSLRKTLIQILTELEYSGVGRNKEQSARMLGHLVSNAPRLIRPYMEPILKALIPKLRDQDPNVVISVLAAIGEHAQVSGTEMSKWLNELCPIILDMLQDASLIAKREIALWTLGQLVESTGYVVEPYRKYPNLLEVLLNFLKTEQAPGIRREAIRVLGLLGALDPYKHKLNQTGGVLVDGDSAAISKDMTDSEAADTNTSEMLVTMGSIQLEEFYPAVAVSALMRIVRDSSLSSHHTMVIQAVTFIFKSLGMKCVTYLSQIMPSFMNVIRTCDSSFREFVLQQLGVLISIVKQHIRNYLDEIFGLIKQYWILNSPMQTTIILLVEQIVTALGGEFKIYLPQIIPQILKVFMHDNSAQRSVTTKLLNALQMFGSSLDDYLHLLVPPVVKLFDSPDIPLTVRKCALETLDRLSESLDLTDFASRIIHPVIRTLDSCPDLRTTAMDTLCSLVFQLGKQYSTFIPTVHKVIVKHRIQHQRYDILICKIVKSPFLLDWENEVLARRQKAGRGNLADDSATNAAIEAASIKKLTFKADSLQRAWGAARCVSKDDWMEWLRRLSVELLKESPSPALRSCWATAQTYPPLARDLFNVAFVSCWSELHEELQNELVKHLEMALESQIPEITQTLLNLAEFMEHTEKGALPLNNDLLGEQASKCRAYAKALHYKEEEFHRGPTTETLEALISINNKLQQPQAAHGVLVYAMKNHGADVKIKERWYEKLHDWEQALEAYDKKMLQNSEEINLALGRMRCLEALGEWGELHQVAVDKWPVVSDDIRQQMARMAAAAAWGLGNWDSMEEYTCMIPRETQEGAFYRAALALHQNHFQQAQACIDAARDVLDTELTARAGESYNRAYGAMVSVQMLSELEEIIQFKLVPERREAIKRTWWNRLQGCQRVVEDWQKILQVRSLVLSPQEDMKSWLKYSSLCRKSGRLALSHKTLVMLLGTDPSKQADQPLPTTYPQVTFAYMKHMWRENKKDDAFQHLQHFVQSTLHQQALQSLSPTDDGQKREELLKLVARCYLKLGDWQTALEGYSEKSIPQILQYYAAATDNDRNCYKAWHAWAYMNFETVLYYKSQQSSGADNGNGNICRTPPPTQTSSMVNPVITYAVPAVNGFFKSIALSSGNSLQDTLRLLTLWFDYGHWPEVYEALVEGIKTIQIDTWLQVIPQLIARIDTPRQLVGRLIHQLLTDIGKHHPQALIYPLTVASKSASSARHNAANQILKNMCEHSQQLVQQAVMVSEELIRVAILWHELWHEGLEEASRLYFSEGNVKGMFGALEPLHQMMERGPQTLKETSFNQAYGRDLMEAQEWCRKYQRSGNVKDLTQAWDLYYLVFRRISKQLPQLTSLELQYVSPKLLMCRDLELAVPGTYEPHKPVIHIRHVHSSLNVITSKQRPRKLCITGSNGSEFMFLLKGHEDLRQDERVMQLFGLVNTLLAGDQETSKRHLGIQRYAVIPLSTNSGLIGWVPHCDTLHALIRDYREKKKILLNIEHRIMLRMAPDYDHLTLMQKVEVFEHALSNTNGDDLAKLLWLKSPSSEVWFDRRTNYTRSLAVMSMVGYVLGLGDRHPSNLMLNRLSGKILHIDFGDCFEVAMTREKFPEKIPFRLTRMLTNAMEVTGIDGNYRMTCESVMRVLRAHKDSVMAVLEAFVYDPLLNWRLMDSTPKVKRSKGRSDTISEGGEDLLEGVDVNPERPTKKQSTEHMPSYEDENGPKPEALNKKAVAIVNRVRDKLTGRDFTSHNNLEVTTQVDLLIKQATSHENLCQCYIGWCPFW*

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q9JLN9	Serine/threonine-protein kinase mTOR OS=Mus musculus OX=10090 GN=Mtor PE=1 SV=2
P42346	Serine/threonine-protein kinase mTOR OS=Rattus norvegicus OX=10116 GN=Mtor PE=1 SV=1
P42345	Serine/threonine-protein kinase mTOR OS=Homo sapiens OX=9606 GN=MTOR PE=1 SV=1

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0003121 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF08771 all species →	FRB_dom	FKBP12-rapamycin binding domain	Domain	Interproscan
PF00454 all species →	PI3_PI4_kinase	Phosphatidylinositol 3- and 4-kinase	Family	Interproscan
PF02260 all species →	FATC	FATC domain	Family	Interproscan
PF11865 all species →	DUF3385	Domain of unknown function (DUF3385)	Repeat	Interproscan
PF02259 all species →	FAT	FAT domain	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000403 all species →	Domain	Phosphatidylinositol 3-/4-kinase, catalytic domain	Interproscan
IPR009076 all species →	Domain	FKBP12-rapamycin binding domain	Interproscan
IPR026683 all species →	Domain	Serine/threonine-protein kinase TOR, catalytic domain	Interproscan
IPR016024 all species →	Homologous_superfamily	Armadillo-type fold	Interproscan
IPR003152 all species →	Domain	FATC domain	Interproscan
IPR024585 all species →	Domain	Serine/threonine-protein kinase mTOR domain	Interproscan
IPR018936 all species →	Conserved_site	Phosphatidylinositol 3/4-kinase, conserved site	Interproscan
IPR036738 all species →	Homologous_superfamily	FKBP12-rapamycin binding domain superfamily	Interproscan
IPR036940 all species →	Homologous_superfamily	Phosphatidylinositol 3-/4-kinase, catalytic domain superfamily	Interproscan
IPR011989 all species →	Homologous_superfamily	Armadillo-like helical	Interproscan
IPR021133 all species →	Repeat	HEAT, type 2	Interproscan
IPR014009 all species →	Domain	PIK-related kinase	Interproscan
IPR050517 all species →	Family	DNA Damage Response and Repair Kinase	Interproscan
IPR003151 all species →	Domain	PIK-related kinase, FAT	Interproscan
IPR011009 all species →	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR11139 all species →	ATAXIA TELANGIECTASIA MUTATED ATM -RELATED	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0044877 all species →	Molecular Function	protein-containing complex binding	Interproscan
GO:0004674 all species →	Molecular Function	protein serine/threonine kinase activity	Interproscan
GO:0005515 all species →	Molecular Function	protein binding	Interproscan
GO:0016301 all species →	Molecular Function	kinase activity	Interproscan
GO:0005634 all species →	Cellular Component	nucleus	Interproscan
GO:0006468 all species →	Biological Process	protein phosphorylation	Interproscan
GO:0016242 all species →	Biological Process	negative regulation of macroautophagy	Interproscan
GO:0031929 all species →	Biological Process	TOR signaling	Interproscan
GO:0031931 all species →	Cellular Component	TORC1 complex	Interproscan
GO:0031932 all species →	Cellular Component	TORC2 complex	Interproscan

Search by domain instead of by gene. Any accession above (InterPro, Pfam, PANTHER, GO, KEGG) can be used as a query on the Functional Domain Search page, which searches all 148 annotated genomes at once.

KEGG pathway

KO	Enzyme	Enzyme ID	Pathway	Map ID	Source
K07203	MTOR, FRAP, TOR; serine/threonine-protein kinase mTOR	EC:2.7.11.1	Membrane trafficking	ko04131	deepkoala

Searching by KO or pathway ID across all species is available on the KEGG Pathway page.