Gene detail

Detailed information of evm.model.Ap13.1200 in Astrangia poculata

Genomic Location: Ap13:12426502...12447752
NR annotation: CAH3164898.1, unnamed protein product [Porites lobata]
Species abbreviation APOCU · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

evm.model.Ap13.1200

atgatagacgatcctccagaaccaatggagccgtctcctgcaccagtagccattgtgggaataggttgccggctccctggtaatgttaactccaccgaacagttttgggacgttgttaagatgggaagaagtgtggtgactgaaatccctttgaaacgttggaatatggaagtattttacgacagaggagaaagaaagagtggtaaaatggtctcaaaccgtgctggctttattgaagatatagataaatttgatcacacgttcttcaaaatatctccacgtgaagctgcctccatggaccctcagcagcgccatctgttagaggtcacatacgaggcctttgaagatgctggtatagatccctgggaactagaaggtgactgtggagtgttcgttggcattgggttgaccgattacgatacaatgacatgcgaatcaaacatgatggatgcttacagcattactggcgttacacacagtgttgctgccaaccgattgtcttacgttttcaattttaaaggcccaagtctcgctgttgatacagcctgtgcgtcttccatgacggcactgcatctcgcttgctctgcactttccaataaggagtgttccgtggcagttgtaggagggtgtaacgctttgctgataccagaaatctcagttggattcagtgctatgggcgtgttgtcaccagatggccaatgctgtcctttttcagacactgctaaggggtatgtacgaagcgaaggatggggcgtattgattttaaagcctttggaccacgctgtaaagaatagagaccacatatatgctgtcatccgcggtagcgcaatagcagctagtgggtatagtaacagccttactaagccatcaacaacagcacaaaagcgcgtcatggaagaagtctatacacgttgcaacatttccctttcgtcaatagactacctggaggcacatggtactggcactccagttggtgatcctattgaggctgaagctatcggggaaaccttttctcctcatcgaacgactcctctcaagattggatctgtgaagggcaattttggccacaacgagtgcgcttctggagttactgcaaccatcaaggtagcgctcatgctggaaaaacaaaccctttgtcccacgatcaattttaatagtccaaaccccggtatcgacttcgagtctcttaagctggaagtaatcagaaaaactgaagtccttgagacgagatcttgtcgcagagtagcaatcaacagctttggagtcgcaggagcacttgcgcatgcaatatttgaacaaccaccacaacaagtacagaaggaacgagatcagtgcaagtggacatttggtggagagaaatctggagagcacatcatagtacctttatctgccaaatccaaggatgcccttacagatctggtgaaacagtggaacgactttgaaagctccatggatgctttaaatgttgtctcgtggttgtctacccgtcgaacgcatcacgattcgcggctagctgtgatatctaactctggttctcgctttcgtgatctgttggccaaatatttaatgtgtgactctagcgaagaagagataataattcagtcttcagaagctaaagcacaaacggtgtgtttcgtgttcccaggtcaaggacagcagtggagtggaatgggccagagactgtactgtacggaaccgatctttcgcgacactgtacagaagtgcgatgaaatcttttggaaaatgagcggtacatcactgattcacgacattggtttgtttgaacttccatctcagaatacggtagaacacgttatagatgagatggaagtctgtcagccagctattgtatttttccaaataggactgattgagttatggagtcactggggagtaaaaccagacgttgttgttggtcacagtttgggagaagtagctgctgcctacgcgtgtggtggtctaaccattgatgaagccgttgctgttatttatcacagaagcactgagcagataaagctcaaaggctctggtagtatggtggctgtacgtaattcattagaggaagttaaagaaatgtgctctaagcaagaaggaattttcgtcgctgctattaatggtccaagatcgattacaatcgcaggagagagaaaagggattgattttattttgcatgaaaatctatccaactcgaagaaacttcgtgtacagtgtgccttccacacaccgcatatggatgctattaaggtctcgtttgaaagggcgatgtgcaatgctgtgaaaacgacgaaaccgtttcatttgccatcattttattcaacaataagtggaagacgctataacgaagattttggtacggcatactggtggaaaaacatcaggcaaccagtgcagtttcaaagtgccattgagtgtattctgaatgaggagaagccagacgtgtttttagagcttggttcgtcagtaacgctgttgtcttcaatacgacagattgctaacagtttaccaaacgatagtatggtcacaacattagcatcctgccgaagaaacaaagatgaccgtgtttccattcttcaagctctgggttcattgtacgttgctggtaaatcaatcaaatgggaaaatgttacacacagatgtgcccaatggcagccattaccaacgtacccatggcagcatcagtcacactggaaagagtcagaaggaagaaagaaaagacggctggggatagaggacaggagtttcaaaggtcaaaaagggaatctttctctcgacaaatatccattctttaaagatcatgtgattcaaaatcaattgatctttcccggggctggatatgtcgagtatctactccaaatatgcttcaatcaagacgagattccaagtttgaagaacgtcaattttacccagacattggtgtggcctcacgctgaaaataaagtcggtacgcttggtgaaggggctgtgtccttagaagttttgcaagaaaacaataagttttatgttagctgcaacagtgtcaactattgcaacaccgaggttgcaaagcaaaacacttgttcgacaatttttttacaaatcgatgaaatatgttcacatttccatgcaacaatagagagaagagagttttatcagcgcatgaaagaaaatggatttgattacggcccttcctttcaagtggtaaaccaagtgttcgttggtgacggcgaggtccttggctaccttgaagctgctcctgatagcatacaacgaattcacgtcagaatccttgacggttgccttcaactagtcattgcagcattgggtccctgtacatccttgtacatcccaacaaagatagcatcctttcagatgacagtttcttgtattcctccgggagaaacccttgttgctcacgccgtagtcttggattgcgacagtgcattcttgacgggggatgtcacattggcaacaagagatggaaacatcttagctattgtgaaaggagttcaagcacaagcactagaaaacaggacagcaaagcgtgacgtcaaaaactgtctgtatagtactgtctggcaacctttagaatcacgtgtcaatctcgaggagcttgaaacgaaattaaacatggaatatctaaagaagaaaaactcaagggacatgagagtcattcaaaacgctcacaggaatattcccaaaattaaagccatcaacgatgcctatgttcgacatgctataggagctgctggaaagaccaaacagaacgacagtgctcttaaaagcctctcgaaagaatcaacagaaggcacggatgtctacaaagatgaagcaaaaaacatagaagacatcaagcatgtattgcctgaaatggagcaagaattaagtgctatccaacagctaggagaagcacttcctgtcattttagaagacccgaatacagcaaagactcaaacgctagcagagcagtggtggaaaaagtatctggagaattcgtttgtcacaaaagtttacctccaagctagtgcagcggctattacacaagcaattaaaaaagcctttttggagaaaagtgtcattcgtgttcttgtagttggtgattggaatgatggcctatcgaattgtattcttccctgcctcaaagacaaaggaatagaacaaaaacttgaatacactttcgctgcgtcaacggactccctccttcaaaatgccaaacagcaactcaaagatttcacgtttgtcaaatgcaagtttctggatatagaacaagatatagaggaacaaggatttgttccagaaagctacgaccttttggtttccctgtatgaattgcattcaacggcaaatgcagttgagagcttgaatcacatgcgacagttgttatgtagtcagggttgtctgctgatctacgaagttacgaaggtgaactacctgatcgagctactttttcacccatccctgtccttgcagtttggtcaaagtaaaacactcttgctttccacagatgaatggaaagataagatgacaagaaatggctttgtggatgtttttactgtcgaggcttcttgcgagtgttttccgggtgttattgctggatacaaatgcaacaatgattccagctctacaagatcactgcccgcgctcaatgatgacatcgcaatcattgcaaaggacggtcaccgtctcgcacaggttttgaaagaaagcctcaagaattcaagaatagttcaagttgtatctgaagtaagcaaactgcaagaagatgacaaggtcccggcaagagttatttacatgagctcatcaaatatggaggatcttccttactttgttgccttgttgcaggaagccaacaagttgtcgttcatcaaaagcctttgggtaataacctgtggtgccagcatcagacatcaagaaatggaaggatctgctgttgttggacttacacgcgcagtgggaaattttattcacaaatttcctgtctactccattgacgtagatccattaaactcccctgagagcaacggaatgcttgtttgcaatttgctgacatgtccgcctcctgaccacgagatcgtcattaatcaaagcagatgcttggtgcctcgtgttttgcccttttcacttgaggaatccaaggaaatccattgcaagacttggaaaataggcagtcgccaatcagatgacgctacgcgtttaaatcgaagtgtcgatgacctgcaatttctggtatcggagactatgtcgctccaagaagacgaattactaattgaagtgaaagctgctggactcaacttcaaagacgtcatgatggccatgggaatgcttgaaaaattaaagatcactgatgcaaatgaagggcttggtctggagtgttctggagttgtagcagataaaggatgctctgtcacaaaatttgaaattggcgatgaagtgatcgcttttcaagattcatgttttgcttcacacatcaagtgcaaccaggaacatgtggtacacaagccccaagatctaaattggaccgagagtgcagccgttggaattgtgttcaccacggcattctactgtctgatcgaacgagccggtctgaagaaaggtgaatctgttctaattcactctgccagtggtggtgtgggacttgccgcaatacagatttctgaaatgattggagccaaggtcatctgtaccgcaggaacagaagaaaagagacgctttctaaaggaaacgctgaagataaaatatgtcactgactccaggtctcagcaattttaccaagacgccatgcaatggacagaagataaaggtgtggacgttgttctgaactctctcagtggagatttgatgcgaaagagcatcgacgttatgtcacacggtggccgtttctgtgaaattggaaagagggatatgctggaaaactctcagatattaatgaaatctttgcttgaaaacaagtcgtttctttcttgtcatgtagacattcttttaagccaacaaccacaaaatttcatcgccatcttacataaagtattgcaacttctcacaaatggtacccttcgaccaataaagacaactgtttatcctatcgcagccttcaaagaaaccttcagaatgatgtctaaaggtgtacacattggcaagatcgtttttgacgtctcaagtgagcctttcccgctttgtgtgcaaaatttatcgaagctgtttaagccaaatgccacttacatcatcacagggggattcggtggtattggtctggcgttgtctcgctggatgtgtaagaaaggagccaaacacctagtgttggtgtcacgtcagggatgtcacaatgctgcaggtcgccgtacgttagcctttttgaaacgccaaggagtaaaggtgttcgagtgtgctggagatctttcagaagaatcatttgtccagtcgatgatcgcggaattgaaacacgagagaagcattcctccgataagaggcatatttcacttggctggagtcattgaagaagatagctttcctaatcttcgtcctgatcagcttaagttgatacttggtagtaaagccaggagtgctcaatatctgcatgaccttactctatatgagcctttggatattttcctgttgatgtcttctgttgtaacggtgtggggaaattctgttcaaccttcatactgtgcagcaaattcctttctggatgccttagctcatcagcggcacagtcttggattgcctgctttgtctttgcagctgggaccagtgcagggagctggatttctagaggacaagactgaagtgacccagacgcttatgaaaaagggagcatcaacactgcatatagatgccattctttcaattttggagaaactactgacattctgtgacaaacccgtcgtctgcctagcaaaccagaattgggaattcacgcaacagtttgtacacagcacctgtttgagattccgccaccttattcgatcgtcatcagacaacgacggtgttactttggatacattggaagagcggatgaagacaaagctgggagaccttggagctggtaacgtgggtcaatcaggaatttggattaaacatcccgcagttagaggttctcagtggaatgacggctgcttcgctggtgaaaaaagtcactcagagtctgcagtgaagggtcttatgtttaaggaagagatacacatcaaagccacagacgattgggacaaagaagctgttggaagcggatatgcgctttataagcttggtttaacttttcctttggtcgtaagcgccttatttcttattattgagattcgctttgttgttttcgttactggagtgtgttccgttgttatctggattagatattttgcggtcactctgtttccaagtctgtatacaagcaagataacagcgtcaactcttaactggacggatgttagtggaagcctggggctggggctatttaccgtgcctattggccgtcctggtgttatgtag

Transcript

evm.model.Ap13.1200

ATGATAGACGATCCTCCAGAACCAATGGAGCCGTCTCCTGCACCAGTAGCCATTGTGGGAATAGGTTGCCGGCTCCCTGGTAATGTTAACTCCACCGAACAGTTTTGGGACGTTGTTAAGATGGGAAGAAGTGTGGTGACTGAAATCCCTTTGAAACGTTGGAATATGGAAGTATTTTACGACAGAGGAGAAAGAAAGAGTGGTAAAATGGTCTCAAACCGTGCTGGCTTTATTGAAGATATAGATAAATTTGATCACACGTTCTTCAAAATATCTCCACGTGAAGCTGCCTCCATGGACCCTCAGCAGCGCCATCTGTTAGAGGTCACATACGAGGCCTTTGAAGATGCTGGTATAGATCCCTGGGAACTAGAAGGTGACTGTGGAGTGTTCGTTGGCATTGGGTTGACCGATTACGATACAATGACATGCGAATCAAACATGATGGATGCTTACAGCATTACTGGCGTTACACACAGTGTTGCTGCCAACCGATTGTCTTACGTTTTCAATTTTAAAGGCCCAAGTCTCGCTGTTGATACAGCCTGTGCGTCTTCCATGACGGCACTGCATCTCGCTTGCTCTGCACTTTCCAATAAGGAGTGTTCCGTGGCAGTTGTAGGAGGGTGTAACGCTTTGCTGATACCAGAAATCTCAGTTGGATTCAGTGCTATGGGCGTGTTGTCACCAGATGGCCAATGCTGTCCTTTTTCAGACACTGCTAAGGGGTATGTACGAAGCGAAGGATGGGGCGTATTGATTTTAAAGCCTTTGGACCACGCTGTAAAGAATAGAGACCACATATATGCTGTCATCCGCGGTAGCGCAATAGCAGCTAGTGGGTATAGTAACAGCCTTACTAAGCCATCAACAACAGCACAAAAGCGCGTCATGGAAGAAGTCTATACACGTTGCAACATTTCCCTTTCGTCAATAGACTACCTGGAGGCACATGGTACTGGCACTCCAGTTGGTGATCCTATTGAGGCTGAAGCTATCGGGGAAACCTTTTCTCCTCATCGAACGACTCCTCTCAAGATTGGATCTGTGAAGGGCAATTTTGGCCACAACGAGTGCGCTTCTGGAGTTACTGCAACCATCAAGGTAGCGCTCATGCTGGAAAAACAAACCCTTTGTCCCACGATCAATTTTAATAGTCCAAACCCCGGTATCGACTTCGAGTCTCTTAAGCTGGAAGTAATCAGAAAAACTGAAGTCCTTGAGACGAGATCTTGTCGCAGAGTAGCAATCAACAGCTTTGGAGTCGCAGGAGCACTTGCGCATGCAATATTTGAACAACCACCACAACAAGTACAGAAGGAACGAGATCAGTGCAAGTGGACATTTGGTGGAGAGAAATCTGGAGAGCACATCATAGTACCTTTATCTGCCAAATCCAAGGATGCCCTTACAGATCTGGTGAAACAGTGGAACGACTTTGAAAGCTCCATGGATGCTTTAAATGTTGTCTCGTGGTTGTCTACCCGTCGAACGCATCACGATTCGCGGCTAGCTGTGATATCTAACTCTGGTTCTCGCTTTCGTGATCTGTTGGCCAAATATTTAATGTGTGACTCTAGCGAAGAAGAGATAATAATTCAGTCTTCAGAAGCTAAAGCACAAACGGTGTGTTTCGTGTTCCCAGGTCAAGGACAGCAGTGGAGTGGAATGGGCCAGAGACTGTACTGTACGGAACCGATCTTTCGCGACACTGTACAGAAGTGCGATGAAATCTTTTGGAAAATGAGCGGTACATCACTGATTCACGACATTGGTTTGTTTGAACTTCCATCTCAGAATACGGTAGAACACGTTATAGATGAGATGGAAGTCTGTCAGCCAGCTATTGTATTTTTCCAAATAGGACTGATTGAGTTATGGAGTCACTGGGGAGTAAAACCAGACGTTGTTGTTGGTCACAGTTTGGGAGAAGTAGCTGCTGCCTACGCGTGTGGTGGTCTAACCATTGATGAAGCCGTTGCTGTTATTTATCACAGAAGCACTGAGCAGATAAAGCTCAAAGGCTCTGGTAGTATGGTGGCTGTACGTAATTCATTAGAGGAAGTTAAAGAAATGTGCTCTAAGCAAGAAGGAATTTTCGTCGCTGCTATTAATGGTCCAAGATCGATTACAATCGCAGGAGAGAGAAAAGGGATTGATTTTATTTTGCATGAAAATCTATCCAACTCGAAGAAACTTCGTGTACAGTGTGCCTTCCACACACCGCATATGGATGCTATTAAGGTCTCGTTTGAAAGGGCGATGTGCAATGCTGTGAAAACGACGAAACCGTTTCATTTGCCATCATTTTATTCAACAATAAGTGGAAGACGCTATAACGAAGATTTTGGTACGGCATACTGGTGGAAAAACATCAGGCAACCAGTGCAGTTTCAAAGTGCCATTGAGTGTATTCTGAATGAGGAGAAGCCAGACGTGTTTTTAGAGCTTGGTTCGTCAGTAACGCTGTTGTCTTCAATACGACAGATTGCTAACAGTTTACCAAACGATAGTATGGTCACAACATTAGCATCCTGCCGAAGAAACAAAGATGACCGTGTTTCCATTCTTCAAGCTCTGGGTTCATTGTACGTTGCTGGTAAATCAATCAAATGGGAAAATGTTACACACAGATGTGCCCAATGGCAGCCATTACCAACGTACCCATGGCAGCATCAGTCACACTGGAAAGAGTCAGAAGGAAGAAAGAAAAGACGGCTGGGGATAGAGGACAGGAGTTTCAAAGGTCAAAAAGGGAATCTTTCTCTCGACAAATATCCATTCTTTAAAGATCATGTGATTCAAAATCAATTGATCTTTCCCGGGGCTGGATATGTCGAGTATCTACTCCAAATATGCTTCAATCAAGACGAGATTCCAAGTTTGAAGAACGTCAATTTTACCCAGACATTGGTGTGGCCTCACGCTGAAAATAAAGTCGGTACGCTTGGTGAAGGGGCTGTGTCCTTAGAAGTTTTGCAAGAAAACAATAAGTTTTATGTTAGCTGCAACAGTGTCAACTATTGCAACACCGAGGTTGCAAAGCAAAACACTTGTTCGACAATTTTTTTACAAATCGATGAAATATGTTCACATTTCCATGCAACAATAGAGAGAAGAGAGTTTTATCAGCGCATGAAAGAAAATGGATTTGATTACGGCCCTTCCTTTCAAGTGGTAAACCAAGTGTTCGTTGGTGACGGCGAGGTCCTTGGCTACCTTGAAGCTGCTCCTGATAGCATACAACGAATTCACGTCAGAATCCTTGACGGTTGCCTTCAACTAGTCATTGCAGCATTGGGTCCCTGTACATCCTTGTACATCCCAACAAAGATAGCATCCTTTCAGATGACAGTTTCTTGTATTCCTCCGGGAGAAACCCTTGTTGCTCACGCCGTAGTCTTGGATTGCGACAGTGCATTCTTGACGGGGGATGTCACATTGGCAACAAGAGATGGAAACATCTTAGCTATTGTGAAAGGAGTTCAAGCACAAGCACTAGAAAACAGGACAGCAAAGCGTGACGTCAAAAACTGTCTGTATAGTACTGTCTGGCAACCTTTAGAATCACGTGTCAATCTCGAGGAGCTTGAAACGAAATTAAACATGGAATATCTAAAGAAGAAAAACTCAAGGGACATGAGAGTCATTCAAAACGCTCACAGGAATATTCCCAAAATTAAAGCCATCAACGATGCCTATGTTCGACATGCTATAGGAGCTGCTGGAAAGACCAAACAGAACGACAGTGCTCTTAAAAGCCTCTCGAAAGAATCAACAGAAGGCACGGATGTCTACAAAGATGAAGCAAAAAACATAGAAGACATCAAGCATGTATTGCCTGAAATGGAGCAAGAATTAAGTGCTATCCAACAGCTAGGAGAAGCACTTCCTGTCATTTTAGAAGACCCGAATACAGCAAAGACTCAAACGCTAGCAGAGCAGTGGTGGAAAAAGTATCTGGAGAATTCGTTTGTCACAAAAGTTTACCTCCAAGCTAGTGCAGCGGCTATTACACAAGCAATTAAAAAAGCCTTTTTGGAGAAAAGTGTCATTCGTGTTCTTGTAGTTGGTGATTGGAATGATGGCCTATCGAATTGTATTCTTCCCTGCCTCAAAGACAAAGGAATAGAACAAAAACTTGAATACACTTTCGCTGCGTCAACGGACTCCCTCCTTCAAAATGCCAAACAGCAACTCAAAGATTTCACGTTTGTCAAATGCAAGTTTCTGGATATAGAACAAGATATAGAGGAACAAGGATTTGTTCCAGAAAGCTACGACCTTTTGGTTTCCCTGTATGAATTGCATTCAACGGCAAATGCAGTTGAGAGCTTGAATCACATGCGACAGTTGTTATGTAGTCAGGGTTGTCTGCTGATCTACGAAGTTACGAAGGTGAACTACCTGATCGAGCTACTTTTTCACCCATCCCTGTCCTTGCAGTTTGGTCAAAGTAAAACACTCTTGCTTTCCACAGATGAATGGAAAGATAAGATGACAAGAAATGGCTTTGTGGATGTTTTTACTGTCGAGGCTTCTTGCGAGTGTTTTCCGGGTGTTATTGCTGGATACAAATGCAACAATGATTCCAGCTCTACAAGATCACTGCCCGCGCTCAATGATGACATCGCAATCATTGCAAAGGACGGTCACCGTCTCGCACAGGTTTTGAAAGAAAGCCTCAAGAATTCAAGAATAGTTCAAGTTGTATCTGAAGTAAGCAAACTGCAAGAAGATGACAAGGTCCCGGCAAGAGTTATTTACATGAGCTCATCAAATATGGAGGATCTTCCTTACTTTGTTGCCTTGTTGCAGGAAGCCAACAAGTTGTCGTTCATCAAAAGCCTTTGGGTAATAACCTGTGGTGCCAGCATCAGACATCAAGAAATGGAAGGATCTGCTGTTGTTGGACTTACACGCGCAGTGGGAAATTTTATTCACAAATTTCCTGTCTACTCCATTGACGTAGATCCATTAAACTCCCCTGAGAGCAACGGAATGCTTGTTTGCAATTTGCTGACATGTCCGCCTCCTGACCACGAGATCGTCATTAATCAAAGCAGATGCTTGGTGCCTCGTGTTTTGCCCTTTTCACTTGAGGAATCCAAGGAAATCCATTGCAAGACTTGGAAAATAGGCAGTCGCCAATCAGATGACGCTACGCGTTTAAATCGAAGTGTCGATGACCTGCAATTTCTGGTATCGGAGACTATGTCGCTCCAAGAAGACGAATTACTAATTGAAGTGAAAGCTGCTGGACTCAACTTCAAAGACGTCATGATGGCCATGGGAATGCTTGAAAAATTAAAGATCACTGATGCAAATGAAGGGCTTGGTCTGGAGTGTTCTGGAGTTGTAGCAGATAAAGGATGCTCTGTCACAAAATTTGAAATTGGCGATGAAGTGATCGCTTTTCAAGATTCATGTTTTGCTTCACACATCAAGTGCAACCAGGAACATGTGGTACACAAGCCCCAAGATCTAAATTGGACCGAGAGTGCAGCCGTTGGAATTGTGTTCACCACGGCATTCTACTGTCTGATCGAACGAGCCGGTCTGAAGAAAGGTGAATCTGTTCTAATTCACTCTGCCAGTGGTGGTGTGGGACTTGCCGCAATACAGATTTCTGAAATGATTGGAGCCAAGGTCATCTGTACCGCAGGAACAGAAGAAAAGAGACGCTTTCTAAAGGAAACGCTGAAGATAAAATATGTCACTGACTCCAGGTCTCAGCAATTTTACCAAGACGCCATGCAATGGACAGAAGATAAAGGTGTGGACGTTGTTCTGAACTCTCTCAGTGGAGATTTGATGCGAAAGAGCATCGACGTTATGTCACACGGTGGCCGTTTCTGTGAAATTGGAAAGAGGGATATGCTGGAAAACTCTCAGATATTAATGAAATCTTTGCTTGAAAACAAGTCGTTTCTTTCTTGTCATGTAGACATTCTTTTAAGCCAACAACCACAAAATTTCATCGCCATCTTACATAAAGTATTGCAACTTCTCACAAATGGTACCCTTCGACCAATAAAGACAACTGTTTATCCTATCGCAGCCTTCAAAGAAACCTTCAGAATGATGTCTAAAGGTGTACACATTGGCAAGATCGTTTTTGACGTCTCAAGTGAGCCTTTCCCGCTTTGTGTGCAAAATTTATCGAAGCTGTTTAAGCCAAATGCCACTTACATCATCACAGGGGGATTCGGTGGTATTGGTCTGGCGTTGTCTCGCTGGATGTGTAAGAAAGGAGCCAAACACCTAGTGTTGGTGTCACGTCAGGGATGTCACAATGCTGCAGGTCGCCGTACGTTAGCCTTTTTGAAACGCCAAGGAGTAAAGGTGTTCGAGTGTGCTGGAGATCTTTCAGAAGAATCATTTGTCCAGTCGATGATCGCGGAATTGAAACACGAGAGAAGCATTCCTCCGATAAGAGGCATATTTCACTTGGCTGGAGTCATTGAAGAAGATAGCTTTCCTAATCTTCGTCCTGATCAGCTTAAGTTGATACTTGGTAGTAAAGCCAGGAGTGCTCAATATCTGCATGACCTTACTCTATATGAGCCTTTGGATATTTTCCTGTTGATGTCTTCTGTTGTAACGGTGTGGGGAAATTCTGTTCAACCTTCATACTGTGCAGCAAATTCCTTTCTGGATGCCTTAGCTCATCAGCGGCACAGTCTTGGATTGCCTGCTTTGTCTTTGCAGCTGGGACCAGTGCAGGGAGCTGGATTTCTAGAGGACAAGACTGAAGTGACCCAGACGCTTATGAAAAAGGGAGCATCAACACTGCATATAGATGCCATTCTTTCAATTTTGGAGAAACTACTGACATTCTGTGACAAACCCGTCGTCTGCCTAGCAAACCAGAATTGGGAATTCACGCAACAGTTTGTACACAGCACCTGTTTGAGATTCCGCCACCTTATTCGATCGTCATCAGACAACGACGGTGTTACTTTGGATACATTGGAAGAGCGGATGAAGACAAAGCTGGGAGACCTTGGAGCTGGTAACGTGGGTCAATCAGGAATTTGGATTAAACATCCCGCAGTTAGAGGTTCTCAGTGGAATGACGGCTGCTTCGCTGGTGAAAAAAGTCACTCAGAGTCTGCAGTGAAGGGTCTTATGTTTAAGGAAGAGATACACATCAAAGCCACAGACGATTGGGACAAAGAAGCTGTTGGAAGCGGATATGCGCTTTATAAGCTTGGTTTAACTTTTCCTTTGGTCGTAAGCGCCTTATTTCTTATTATTGAGATTCGCTTTGTTGTTTTCGTTACTGGAGTGTGTTCCGTTGTTATCTGGATTAGATATTTTGCGGTCACTCTGTTTCCAAGTCTGTATACAAGCAAGATAACAGCGTCAACTCTTAACTGGACGGATGTTAGTGGAAGCCTGGGGCTGGGGCTATTTACCGTGCCTATTGGCCGTCCTGGTGTTATGTAGCGTGACCCTGACCTGGGATGCCCCTCTTTTCGCGCCTTATCGTGAACACTACGTGGCTCAGGCACATTATCACGGCGTAGATGTGTTCACAGAGGCGCTTCATTCACCTTCAGGTCCGGAACAGTTTATGGAGCACTTCTATGTGTGCTACGGGCGAGATGGAAGAAAAACTTACTTTAAAAAGCAGGATCAAAATTATTTCTCCAACAGAAGATTCTGGGTGATCAGTTCGTCCGGGAAATTCGTGGCCTCTATGCGGACTTGCTAG

Protein

evm.model.Ap13.1200

MIDDPPEPMEPSPAPVAIVGIGCRLPGNVNSTEQFWDVVKMGRSVVTEIPLKRWNMEVFYDRGERKSGKMVSNRAGFIEDIDKFDHTFFKISPREAASMDPQQRHLLEVTYEAFEDAGIDPWELEGDCGVFVGIGLTDYDTMTCESNMMDAYSITGVTHSVAANRLSYVFNFKGPSLAVDTACASSMTALHLACSALSNKECSVAVVGGCNALLIPEISVGFSAMGVLSPDGQCCPFSDTAKGYVRSEGWGVLILKPLDHAVKNRDHIYAVIRGSAIAASGYSNSLTKPSTTAQKRVMEEVYTRCNISLSSIDYLEAHGTGTPVGDPIEAEAIGETFSPHRTTPLKIGSVKGNFGHNECASGVTATIKVALMLEKQTLCPTINFNSPNPGIDFESLKLEVIRKTEVLETRSCRRVAINSFGVAGALAHAIFEQPPQQVQKERDQCKWTFGGEKSGEHIIVPLSAKSKDALTDLVKQWNDFESSMDALNVVSWLSTRRTHHDSRLAVISNSGSRFRDLLAKYLMCDSSEEEIIIQSSEAKAQTVCFVFPGQGQQWSGMGQRLYCTEPIFRDTVQKCDEIFWKMSGTSLIHDIGLFELPSQNTVEHVIDEMEVCQPAIVFFQIGLIELWSHWGVKPDVVVGHSLGEVAAAYACGGLTIDEAVAVIYHRSTEQIKLKGSGSMVAVRNSLEEVKEMCSKQEGIFVAAINGPRSITIAGERKGIDFILHENLSNSKKLRVQCAFHTPHMDAIKVSFERAMCNAVKTTKPFHLPSFYSTISGRRYNEDFGTAYWWKNIRQPVQFQSAIECILNEEKPDVFLELGSSVTLLSSIRQIANSLPNDSMVTTLASCRRNKDDRVSILQALGSLYVAGKSIKWENVTHRCAQWQPLPTYPWQHQSHWKESEGRKKRRLGIEDRSFKGQKGNLSLDKYPFFKDHVIQNQLIFPGAGYVEYLLQICFNQDEIPSLKNVNFTQTLVWPHAENKVGTLGEGAVSLEVLQENNKFYVSCNSVNYCNTEVAKQNTCSTIFLQIDEICSHFHATIERREFYQRMKENGFDYGPSFQVVNQVFVGDGEVLGYLEAAPDSIQRIHVRILDGCLQLVIAALGPCTSLYIPTKIASFQMTVSCIPPGETLVAHAVVLDCDSAFLTGDVTLATRDGNILAIVKGVQAQALENRTAKRDVKNCLYSTVWQPLESRVNLEELETKLNMEYLKKKNSRDMRVIQNAHRNIPKIKAINDAYVRHAIGAAGKTKQNDSALKSLSKESTEGTDVYKDEAKNIEDIKHVLPEMEQELSAIQQLGEALPVILEDPNTAKTQTLAEQWWKKYLENSFVTKVYLQASAAAITQAIKKAFLEKSVIRVLVVGDWNDGLSNCILPCLKDKGIEQKLEYTFAASTDSLLQNAKQQLKDFTFVKCKFLDIEQDIEEQGFVPESYDLLVSLYELHSTANAVESLNHMRQLLCSQGCLLIYEVTKVNYLIELLFHPSLSLQFGQSKTLLLSTDEWKDKMTRNGFVDVFTVEASCECFPGVIAGYKCNNDSSSTRSLPALNDDIAIIAKDGHRLAQVLKESLKNSRIVQVVSEVSKLQEDDKVPARVIYMSSSNMEDLPYFVALLQEANKLSFIKSLWVITCGASIRHQEMEGSAVVGLTRAVGNFIHKFPVYSIDVDPLNSPESNGMLVCNLLTCPPPDHEIVINQSRCLVPRVLPFSLEESKEIHCKTWKIGSRQSDDATRLNRSVDDLQFLVSETMSLQEDELLIEVKAAGLNFKDVMMAMGMLEKLKITDANEGLGLECSGVVADKGCSVTKFEIGDEVIAFQDSCFASHIKCNQEHVVHKPQDLNWTESAAVGIVFTTAFYCLIERAGLKKGESVLIHSASGGVGLAAIQISEMIGAKVICTAGTEEKRRFLKETLKIKYVTDSRSQQFYQDAMQWTEDKGVDVVLNSLSGDLMRKSIDVMSHGGRFCEIGKRDMLENSQILMKSLLENKSFLSCHVDILLSQQPQNFIAILHKVLQLLTNGTLRPIKTTVYPIAAFKETFRMMSKGVHIGKIVFDVSSEPFPLCVQNLSKLFKPNATYIITGGFGGIGLALSRWMCKKGAKHLVLVSRQGCHNAAGRRTLAFLKRQGVKVFECAGDLSEESFVQSMIAELKHERSIPPIRGIFHLAGVIEEDSFPNLRPDQLKLILGSKARSAQYLHDLTLYEPLDIFLLMSSVVTVWGNSVQPSYCAANSFLDALAHQRHSLGLPALSLQLGPVQGAGFLEDKTEVTQTLMKKGASTLHIDAILSILEKLLTFCDKPVVCLANQNWEFTQQFVHSTCLRFRHLIRSSSDNDGVTLDTLEERMKTKLGDLGAGNVGQSGIWIKHPAVRGSQWNDGCFAGEKSHSESAVKGLMFKEEIHIKATDDWDKEAVGSGYALYKLGLTFPLVVSALFLIIEIRFVVFVTGVCSVVIWIRYFAVTLFPSLYTSKITASTLNWTDVSGSLGLGLFTVPIGRPGVM*

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q8J0F5	Compactin diketide synthase mlcB OS=Penicillium citrinum OX=5077 GN=mlcB PE=1 SV=1
S3D9F1	Highly reducing polyketide synthase gloL OS=Glarea lozoyensis (strain ATCC 20868 / MF5171) OX=1116229 GN=gloL PE=1 SV=1
B8MKY6	Highly reducing polyketide synthase tstA OS=Talaromyces stipitatus (strain ATCC 10500 / CBS 375.48 / QM 6759 / NRRL 1006) OX=441959 GN=tstA PE=1 SV=1

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0003022 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00107 all species →	ADH_zinc_N	Zinc-binding dehydrogenase	Domain	Interproscan
PF00698 all species →	Acyl_transf_1	Acyl transferase domain	Domain	Interproscan
PF08240 all species →	ADH_N	Alcohol dehydrogenase GroES-like domain	Domain	Interproscan
PF02801 all species →	Ketoacyl-synt_C	Beta-ketoacyl synthase, C-terminal domain	Domain	Interproscan
PF16197 all species →	KAsynt_C_assoc	Ketoacyl-synthetase C-terminal extension	Family	Interproscan
PF21089 all species →	PKS_DH_N	Polyketide synthase dehydratase domain	Domain	Interproscan
PF00109 all species →	ketoacyl-synt	Beta-ketoacyl synthase, N-terminal domain	Domain	Interproscan
PF08659 all species →	KR	KR domain	Family	Interproscan
PF14765 all species →	PS-DH	Polyketide synthase dehydratase N-terminal domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR013149 all species →	Domain	Alcohol dehydrogenase-like, C-terminal	Interproscan
IPR014043 all species →	Domain	Acyl transferase	Interproscan
IPR013154 all species →	Domain	Alcohol dehydrogenase-like, N-terminal	Interproscan
IPR014031 all species →	Domain	Beta-ketoacyl synthase, C-terminal	Interproscan
IPR032821 all species →	Domain	Polyketide synthase, C-terminal extension	Interproscan
IPR001227 all species →	Homologous_superfamily	Acyl transferase domain superfamily	Interproscan
IPR049552 all species →	Domain	Polyketide synthase, dehydratase domain, N-terminal	Interproscan
IPR016036 all species →	Homologous_superfamily	Malonyl-CoA ACP transacylase, ACP-binding	Interproscan
IPR049900 all species →	Domain	Polyketide/metazoan fatty acid synthase, dehydratase domain	Interproscan
IPR020841 all species →	Domain	Polyketide synthase, beta-ketoacyl synthase domain	Interproscan
IPR020843 all species →	Domain	Polyketide synthase, enoylreductase domain	Interproscan
IPR029063 all species →	Homologous_superfamily	S-adenosyl-L-methionine-dependent methyltransferase superfamily	Interproscan
IPR016039 all species →	Homologous_superfamily	Thiolase-like	Interproscan
IPR018201 all species →	Active_site	Beta-ketoacyl synthase, active site	Interproscan
IPR036291 all species →	Homologous_superfamily	NAD(P)-binding domain superfamily	Interproscan
IPR014030 all species →	Domain	Beta-ketoacyl synthase, N-terminal	Interproscan
IPR013968 all species →	Domain	Polyketide synthase, ketoreductase domain	Interproscan
IPR016035 all species →	Homologous_superfamily	Acyl transferase/acyl hydrolase/lysophospholipase	Interproscan
IPR042104 all species →	Homologous_superfamily	Polyketide synthase, dehydratase domain superfamily	Interproscan
IPR011032 all species →	Homologous_superfamily	GroES-like superfamily	Interproscan
IPR050091 all species →	Family	Polyketide and Nonribosomal Peptide Biosynthesis Enzymes	Interproscan
IPR049551 all species →	Domain	Polyketide synthase, dehydratase domain, C-terminal	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR43775 all species →	FATTY ACID SYNTHASE	Interproscan

Gene Ontology

GO term	Category	Description	Source
GO:0016740 all species →	Molecular Function	transferase activity	Interproscan
GO:0016491 all species →	Molecular Function	oxidoreductase activity	Interproscan
GO:0016746 all species →	Molecular Function	acyltransferase activity	Interproscan
GO:0004315 all species →	Molecular Function	3-oxoacyl-[acyl-carrier-protein] synthase activity	Interproscan
GO:0006633 all species →	Biological Process	fatty acid biosynthetic process	Interproscan
GO:0004312 all species →	Molecular Function	fatty acid synthase activity	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
K00665	FASN; fatty acid synthase, animal type	EC:2.3.1.85	Exosome	ko04147	deepkoala

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