Gene detail

Detailed information of XP_068707871.1 in Montipora foliosa

Genomic Location: chr6:40563743...40678872
NR annotation: XP_015776455.1, PREDICTED: tetratricopeptide repeat protein 28-like [Acropora digitifera]

Gene Structure

More details in Jbrowse

Sequence

CDS

LOC138005563

ATGGTGGATACAAAGTTGGACGTTTTGGAGCGGCATATGCAAGAGCTTAGCGTTGCAAGAAAGTATGGAGACAGACCAGGCGAGGGGTTGGCTTATTTCAATCTTGGTAGATACTATCAGGGCACAACTGACTTTAATCAGGCCATAACAAATTACATAGAAGCATTAGTCATTTTTAAGGAAGTGGGTTTCAGGACCGGAGAAAGAAAAGCCTATGGCAATCTCGGCAATGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACGTCTTAGTATTGCAAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTACGGCAATCTCGGCAACGCTTATGACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATGGCAATCTCGGCAATGCGTATCGAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACGTCTTAGTATTGCAAAAGAGGTAAGGGACAGGGCTGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATGACAGTCTTGGTAATTTCAAGCAAGCCATAGACTACCACCATCAAGATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCAGGAGAAGGAGCAGCCTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACTATCAACGTCTTAGTATTGCAAAAGAGGTAAGGGACAGGGCTGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATCAAAGTCTTGGTACTTTCAAGCAAGCCATAGAGTACCACCATAAACATCTTAGTATTGTGAAAGAGGTAGGGGACATGGCTGGAGAAGGAACAGCCTATGGCAATCTCGGCAACGCTTATCGAAGTCTTGGTAATTTTAAGCAAGGCATGGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGAAGGGGACAGGGCCGGAGAAGGAACAGCGTATGGCAATCTTGGCAACGCTTATCAAAGTCTTGGTAATTTTAAGCAAGCCATAGAGTACCACCATCAACTTCTTAGTATTGCAAAAGAGGTAGAGGACAGGGCCGGAGAAGGAACAGCCTATGGCAATCTCGGCAACACTTATCAAAGTCTCGGTAATTTTAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTACTTTCAAGCAAGCCATAGAGTACCACCATAAACATCTTAGTATTGTGAAAGAGGTAGGGGACATGGCTGGAGAAGGAACAGCCTATGGCAATCTCGGCAACGCTTATCGAAGTCTTGGTAATTTTAAGCAAGGCATGGAGTACCACTATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAACAGCGTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTTAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGAGGCCAGGGCCGGAGAAGGAACAGCCTATGGCAATCTCGGCAACACTTATAAAAGTCTCGGTAATTTTAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAACAGCCTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCACTGTCTTAGTATTACAAAAGAGGTAGAGGACAGGGCCGGAGAAGGAGCAGCCTATGGCAATCTCGGCAACGCTTATTACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGATGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAATATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATGGCAATCTCGGCAATGCGTATCGAAGTCTTGGAAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCAAAGGAGGCAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATTACAGTCTTGGTAATTTCAAGCAAGTTATAGAGTACCACTATCAAGATCTTACTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATTACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCAAAGGAGGCAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCAACGCTTATTACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACTATCAAGATCTTACTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCAATGCTTATGGCAGTCTTGGTAATTTTAAGCAAGCCATAGAGTACGACCATCAAAATCTTAGTATTGCAAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATAGCAATCTCGGCAATGCTTATCAAAGTCTTGGCGACTTTCATCAAGCCATAGAGTATCACCATCAACGTCTTCGTATTGCAAAAGAGGTGGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCATTGCTTATAAAAGTCTTGGTAATTTCAGGCAAGCCATAGAGTATCACCATCAACGTCTTAGTATTGCAAAAGAGGTAGAGGACAGGGCCGGAGAAAAAGCAGCCTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAATGTCTTAGTATTGCAAAAGAGGTAGGGGACAGGGCTGGAGAAGGAAGAGCTTATTGCAATCTCGGCATTGCTTATAAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCTAAAGAGGTAGGGGACAGGGCCAGAGAAGGAAGAGCTTATTTCAATCTCGGCAACGCTTTTAGAAGTCTTGGTAATTTCAATCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCATTGCTTATGACAGTCTTGGTAACTTCAAGCAAGCCATAGAGTACCACCATCAATGTCTTAGTATTGCAAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATGGCAATCTCGGCAATGCTTATCAAAGTGTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAAGATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCCGAGAAGGAGCAGCCTTTGGCAATCTTGGCAACGCTTATCGTAGTCTTGGTAATTTCAAGCAAGCCATAGAGTATCACCATCAACGTCGTAGTATTGCGAAAGAGGTAGGGGACAGAGCCGGAGAAGGAAGAGCTTTTTGCAATCTCGGCATTGCTTATAAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTATAGCAATCTCGGCAACGCGTATGACAGTCTTGGTAATTTCAAGCAAGCCATTGAGTACCACCATCAACGTCTTAATATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCCTATGGCAATCTCGGCAACGCCTATCAAAGTCTTGGTAATTTCAAGCAAGCCATTGAGTACCACCATCAACATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCCTATGGCAATCTCGGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACAATCAAGATCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGCCTACGGCAATATCGGCATTGCTTATGACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAATGTCTTAGTATTGTAAAAGAGGTAGGGGACAGGGCCGGAGAAGGAGCAGGCTATGGCAATCTCGGCATTGCTTATGACAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAATGTCTTAGTATTGCGAAAGAGGTAGGGGACAGGGCCCTAGAAGGAGCAGCCTATGGCAATCTCGGCAACGCTTATCGAAGTCTTGGTAATTTCAAGCAAGCCATAGAGTACCACCATCAATGTCATAGTATTGCGAAAGAGGTAGGGGACAGGGCCGGAGAAGGAAGAGCTTATTGCAATCTCGGCATTGCTTATCAAAGTCTTGGTAATCTCAAGCAAGCCATAGAGTACCTTCATCAAGGTCTTAGTATTGCAAAAGAGGTAGGGGACAGGGCCGTAGAAGGAAGAGCGTATGGCAATCTCAGCAACGCTTATCAAAGTCTTGGTAATTTCAAGCAAGCCATAGATTACCACCATCAACATCTTAGTATTTGCAAGGAAACAGAGGACCCAATAAAACCTACGATGAAGGTAACTATTTCTTTGGTTATGAAAGATCTACCTTCACAAACTGTTTTCACAGCACTTGAAGGGAACACGATCAGCTTCTGGTTGCTAAGAGATGATATCGGTATAAATTTTAGACAAAAGAAAATCGAAAATGGAAGTGCCAAGTCTCTGATGAAAAGTACTTTTAAACAGATCAATGCGGGGACCGTTGTACGATGTGAGAATCGTTCGCTTGACAGACAATGCAGTGACTTCTCGAGCAGTAGGGAAGCTGTTCAAGAAACCGGTCAGTCCTTGAGCTTCTCTGTGCACTCTTTGCAGCCTTTGTATGATGTCTTAGTCAGTCCTATAGCAGACTTGATCCAGGGTGATGACTTAGTGTTTGTTCCTGATGGACACTTTTGCCTGGCTCCTTTTTCTGCAATGAGTGACTCTGTCAGGATCCGTGCAATTCCCTCGCTGACTGCTTTAAAATTGATCACTATGGCACCTGACGACTTCCAAAGTAAGAATGAAGCGCCGCTTGTATGCGATCCGTGCTTGAGCGACGTCACTTACGGCACTGGTGAACCCATGTATGGACAGCTTCCGTGTGCAAAAAAAGAGGTGGATATAATTGGAAAACTTCTGCAGACCGTGCCACTTACAGGAAAAAATGTGACCAAAGCTGAGGTGCTGAAAAGAATGAAGTCAGTTGTCTTAATCCACATTGCTGCACATGGGGCTGACAGATCTGGAGAAATTGCTTTGGCCCCAAATCCCAAACGCACATTCCAGATCCCAGAAGAGGAAGATTACATGTTATCGTTGAGCAATGTTCAAGCAGTTCGCCTTCAGGCAAGACTGGTTGTGCTTAGTTGCTGTCATAGTGGCCAGGGAGAGGTAAAATCTGAGGGTATTGTGGGAATAGCCAGGGCTTTCCTTGTGCTGGTGTCAGTCTGGGAAATCGAGGACGAGGCGACCTTCGTGTTCATGAAGAGTTTCTACCAACACTTGGCAGATAGAAAAAGTGCAAGTACAGCTCTTCACCATGCTGTGAAATCTCTTCAGGAGACAAAGAATTTGGCCATAAAATACTGGGCGCCATTTGTGCTAATTGGCGATGATGTCACCTTTGAATTTGGGGAGCTGGAACACGAAAAGAATGCTCGGTCGTTGAGGACAGACTGTACGCCCGGTGAAGCAACGACCGAGCTGTTTGAAAAAGAATGTGAAAACATAAGATCCATTTTTCACAAGCTACGATACCCGTCTGAATTGATTGAGGCAACCATCCGTAACGTTATCAATACATCAGATGTCGAATCACAATCTACCAGCAATAATAATGAAAACACCATTAGAATCGTCTTGCCATTTATTGACCAAAAACCAGCCGATATTGTGAAGCGCCAACTTACTCAGCTAAATAAGAAACTGGATATAGATCTACAGCCAGTTTTTGTCAGCCGCAAGCTCGAGGATGTCCTTAAATTCCGTGAGCCCAAACCATCTTTAGTCAGCCAACAACTAGTCGTCTACAAATTTCAATGTGGCTCGTGTGATGCGAGCTATGTTGGCTATACAGCTCGTCACTTGCATCAACGAATTGAGGAACATAGATACTCAGCTATCGGGAGGCATCGCCTAGCAGATCATGGCCTAACAACAGCACCCCCAGCGGCGAGTTTTAGTGTCTTAAAGAAATGCGCATCGAAATTTGATTGCTTAATTCATGAGATGTTCTACATCAAAGAATTAAAACCATCACTTAATAGCGGTAAGCTTGTCAATATTAACATGGCATAA

Transcript

rna-XM_068851770.1

CTTCTATGCATACCGATAAttttgcgttttgttttcaactAATTCATGATGATTTTTTTGCGGTCAAAACAAGCCGAATATTATCTTATTTAACAAGATTGAACTCTTGGAAGagtcatttcttgttgtcgaggACCTCATGTCGATTAGCATCcatttgCCGGATTCAGTATTCCTGCGCAGAAGGTTTtgaagaggaacattgcaaggtGCACCCCACATTTCTGAGAAAAACTTTCTGGTTTTGATTATCAACAATGGTGGATACAAAGTTGGACGTTTTGGAGCGGCATATGCAAGAGCTTAGCGTTGCAAGAAAGTATGGAGACAGACCAGGCGAGGGGTTGGCTTATTTCAATCTTGGTAGATACTATCAGGGCACAACTGACTTTAATCAGGCCATAACAAATTACATAGAAGCATTAGTCATTTTTAAGGAAGTGGGTTTCAGGACCGGAGAAAGaaaagcctatggcaatctcggcaatgcttatcaaagtcttggtaatttcaagcaagccatagagtaccaccatcaacgtcttagtattgcaaaagaggtaggggacagggccggagaaggagcagcctacggcaatctcggcaacgcttatgacagtcttggtaatttcaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggagcagcctatggcaatctcggcaatgcgtatcgaagtcttggtaatttcaagcaagccatagagtaccaccatcaacgtcttagtattgcaaaagaggtaagggacagggctggagaaggaagagcttattgcaatctcggcaacgcttatgacagtcttggtaatttcaagcaagccatagactaccaccatcaagatcttagtattgcgaaagaggtaggggacagggcaggagaaggagcagcctatggcaatctcggcaacgcttatcaaagtcttggtaatttcaagcaagccatagagtaccactatcaacgtcttagtattgcaaaagaggtaagggacagggctggagaaggaagagcttattgcaatctcggcaacgcttatcaaagtcttggtactttcaagcaagccatagagtaccaccataaacatcttagtattgtgaaagaggtaggggacatgGCTGGAGAAGGaacagcctatggcaatctcggcaacgcttatcgaagtcttggtaattttaagcaaggcatggagtaccaccatcaacatcttagtattgcgaaagaggaaggggacagggccggagaaggaacagcgtatggcaatcttggcaacgcttatcaaagtcttggtaattttaagcaagccatagagtaccaccatcaacttcttagtattgcaaaagaggtagaggacagggccggagaaggaacagcctatggcaatctcggcaacacTTATCAAAGTCtcggtaattttaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggagcagcctatggcaatctcggcaacgcttatcaaagtcttggtactttcaagcaagccatagagtaccaccataaacatcttagtattgtgaaagaggtaggggacatgGCTGGAGAAGGaacagcctatggcaatctcggcaacgcttatcgaagtcttggtaattttaagcaaggcATGGAGTACCActatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggaacagcgtatggcaatctcggcaacgcttatcaaagtcttggtaattttaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtagaggccagggccggagaaggaacagcctatggcaatctcggcaacacTTATAAAAGTCtcggtaattttaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggaacagcctatggcaatctcggcaacgcttatcaaagtcttggtaatttcaagcaagccatagagtaccaccatcactGTCTTAGTATTACAAAAGAGgtagaggacagggccggagaaggagcagcctatggcaatctcggcaacgcttattacagtcttggtaatttcaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggatggagaaggaagagcttattgcaatctcggcaacgcttatcaaagtcttggtaatttcaagcaagccatagagtaccaccatcaatatcttagtattgcgaaagaggtaggggacagggccggagaaggagcagcctatggcaatctcggcaatgcgtATCGAAGTCTTggaaatttcaagcaagccatagagtaccaccatcaacatcttagtattgcaaaggaggcaggggacagggccggagaaggaagagcttattgcaatctcggcaacgcttattacagtcttggtaatttcaagcaagttATAGAGTACCACTATCAAGATCTTActattgcgaaagaggtaggggacagggccggagaaggaagagcttattgcaatctcggcaacgcttattacagtcttggtaatttcaagcaagccatagagtaccaccatcaacatcttagtattgcaaaggaggcaggggacagggccggagaaggaagagcttattgcaatctcggcaacgcttattacagtcttggtaatttcaagcaagccatagagtaccactaTCAAGATCTTActattgcgaaagaggtaggggacagggccggagaaggaagagcttattgcaatctcggcaatgcttatggcagtcttggtaattttaagcaagccatagagtacgaCCATCaaaatcttagtattgcaaaagaggtaggggacagggccggagaaggagcagcctatagcaatctcggcaatgcttatcaaagtcttgGCGACTTTCATcaagccatagagtatcaccatcaacgtcttcgtattgcaaaagaggtgggggacagggccggagaaggaagagcttattgcaatctcggcattgcttataaaagtcttggtaatttcaggcaagccatagagtatcaccatcaacgtcttagtattgcaaaagaggtagaggacagggccggagaaaaagcagcctatggcaatctcggcaacgcttatcaaagtcttggtaatttcaagcaagccatagagtaccaccatcaatgtcttagtattgcaaaagaggtaggggacagggctggagaaggaagagcttattgcaatctcggcattgcttataaaagtcttggtaatttcaagcaagccatagagtaccaccatcaacatcttagtattgctaaagaggtaggggacagggccagagaaggaagagcttatttcaatctcggcaacgcttttagaagtcttggtaatttcaatcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggaagagcttattgcaatctcggcattgcttatgacagtcttggtaacttcaagcaagccatagagtaccaccatcaatgtcttagtattgcaaaagaggtaggggacagggccggagaaggagcagcctatggcaatctcggcaatgcttatcaaagtgttggtaatttcaagcaagccatagagtaccaccatcaagatcttagtattgcgaaagaggtaggggacagggcccgagaaggagcagcctttggcaatcttggcaacgcttatcgtagtcttggtaatttcaagcaagccatagagtatcaccatcaacgtcgtagtattgcgaaagaggtaggggacagagccggagaaggaagagctttttgcaatctcggcattgcttataaaagtcttggtaatttcaagcaagccatagagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggagcagcctatagcaatctcggcaacgcgtatgacagtcttggtaatttcaagcaagccattgagtaccaccatcaacgtcttaatattgcgaaagaggtaggggacagggccggagaaggaagagcctatggcaatctcggcaacgcctatcaaagtcttggtaatttcaagcaagccattgagtaccaccatcaacatcttagtattgcgaaagaggtaggggacagggccggagaaggaagagcctatggcaatctcggcaacgcttatcaaagtcttggtaatttcaagcaagccatagagtaccacaatcaagatcttagtattgcgaaagaggtaggggacagggccggagaaggagcagcctacgGCAATATCGGCAttgcttatgacagtcttggtaatttcaagcaagccatagagtaccaccatcaatgtcttagtattgtaaaagaggtaggggacagggccggagaaggagcaggctatggcaatctcggcattgcttatgacagtcttggtaatttcaagcaagccatagagtaccaccatcaatgtcttagtattgcgaaagaggtaggggacagggccctagaaggagcagcctatggcaatctcggcaacgcttatcgaagtcttggtaatttcaagcaagccatagagtaccaccatcaatgtcatagtattgcgaaagaggtaggggacagggccggagaaggaagagcttattgcaatctcggcattgcttatcaaagtcttggtaatctcaagcaagccatagagtaccttCATCaaggtcttagtattgcaaaagaggtaggggacagggccgtaGAAGGAAGAGCGTATGGCAATCtcagcaacgcttatcaaagtcttggtaatttcaagcaagccatagattaccaccatcaacatcttagtatttgcaaggaaacagaGGACCCAATAAAACCTACGATGAAGGTAACTATTTCTTTGGTTATGAAagatctaccttcacaaactgttttcacagcacttgaagGGAACACGATCAGCTTCTGGTTGCTAAGAGATGATATCGGTataaattttagacaaaagaaaatcgaaaatggaagTGCCAAGTCTCTGATGAAAAGTACTTTTAAACAGATCAATGCGGGGACCGTTGTACGATGTGAGAATCGTTCGCTTGACAGACAATGCAGTGACTTCTCGAGCAGTAGGGAAGCTGTTCAAGAAACCGGTCAGTCCTTGAGCTTCTCTGTGCACTCTTTGCAGCCtttgtatgatgtcttagtcAGTCCTATAGCAGACTTGATCCAGGGTGATGACTTAgtgtttgttcctgatggacacttttgcctggctcctttttctgcaatgagtgactctgtcaggatccgtgcaattccctcgctgactgctttaaaattgatcactaTGGCACCTGACGACTTCCAAAGTAAGAATGAAGCGCCGCTTGTATGCGATCCGTGCTTGAGCGACGTCACTTACGGCACTGGTGAACCCATGTATGGACAGCTTCCGTGTGCAAAAAAAGAGGTGGATATAATTGGAAAACTTCTGCAGACCGTGCCACTTACAGGAAAAAATGTGaccaaagctgaggtgctgaaaagaatgaagtcagttgtcttaatccacattgctgcacatggGGCTGACAGatctggagaaattgctttggccccaaatcccAAACGCACATTCCAGATCCCAgaagaggaagattacatgttatcGTTGAGCAATGTTCAAGCAGTTCGCcttcaggcaagactggttgtgcttagttgctgtcatagtggccagggagaggtaaaatctgagggtattgtgggaatagccagggctttccttgtgctggtgtCAGTCTGGGAAATCGAGGACGAGGCGACCTTCGTGTTCATGAAGAGTTTCtaccaacacttggcagatagaaaaagtgcaagtacagctcttcaccatgctgtgaaatctcttcaggagacaaagaatttggccataaaatactgggcgccatttgtgctaattggcgatgatgtcacctttgaaTTTGGGGAGCTGGAAcacgaaaagaatgCTCGGTCGTTGAGGACAGACTGTACGCCCGGTGAAGCAACGACCGAGCTGTTTGAAAAAGAATGTGAAAACATAAGATCCATTTTTCACAAGCTACGATACCCGTCTGAATTGATTGAGGCAACCATCCGTAACGTTATCAATACATCAGATGTCGAATCACAATCTACCAGCAATAATAATGAAAACACCATTAGAATCGTCTTGCCATTTATTGACCAAAAACCAGCCGATATTGTGAAGCGCCAACTTACTCAGCTAAATAAGAAACTGGATATAGATCTACAGCCAGTTTTTGTCAGCCGCAAGCTCGAGGATGTCCTTAAATTCCGTGAGCCCAAACCATCTTTAGTCAGCCAACAACTAGTCgtctacaaatttcaatgtggctcGTGTGATGCGAGCTATGTTGGCTATACAGCTCGTCACTTGCATCAACGAATTGAGGAACATAGATACTCAGCTATCGGGAGGCATCGCCTAGCAGATCATGGCCTAACAACAGCACCCCCAGCGGCGAGTTTTAGTGTCTTAAAGAAATGCGCatcgaaatttgattgcttaattcatgagatgttctacatcaaagaattaaaaccatcacttaatagcggtaagcttgtcaatattaacatggcATAA

Protein

XP_068707871.1

MVDTKLDVLERHMQELSVARKYGDRPGEGLAYFNLGRYYQGTTDFNQAITNYIEALVIFKEVGFRTGERKAYGNLGNAYQSLGNFKQAIEYHHQRLSIAKEVGDRAGEGAAYGNLGNAYDSLGNFKQAIEYHHQHLSIAKEVGDRAGEGAAYGNLGNAYRSLGNFKQAIEYHHQRLSIAKEVRDRAGEGRAYCNLGNAYDSLGNFKQAIDYHHQDLSIAKEVGDRAGEGAAYGNLGNAYQSLGNFKQAIEYHYQRLSIAKEVRDRAGEGRAYCNLGNAYQSLGTFKQAIEYHHKHLSIVKEVGDMAGEGTAYGNLGNAYRSLGNFKQGMEYHHQHLSIAKEEGDRAGEGTAYGNLGNAYQSLGNFKQAIEYHHQLLSIAKEVEDRAGEGTAYGNLGNTYQSLGNFKQAIEYHHQHLSIAKEVGDRAGEGAAYGNLGNAYQSLGTFKQAIEYHHKHLSIVKEVGDMAGEGTAYGNLGNAYRSLGNFKQGMEYHYQHLSIAKEVGDRAGEGTAYGNLGNAYQSLGNFKQAIEYHHQHLSIAKEVEARAGEGTAYGNLGNTYKSLGNFKQAIEYHHQHLSIAKEVGDRAGEGTAYGNLGNAYQSLGNFKQAIEYHHHCLSITKEVEDRAGEGAAYGNLGNAYYSLGNFKQAIEYHHQHLSIAKEVGDRDGEGRAYCNLGNAYQSLGNFKQAIEYHHQYLSIAKEVGDRAGEGAAYGNLGNAYRSLGNFKQAIEYHHQHLSIAKEAGDRAGEGRAYCNLGNAYYSLGNFKQVIEYHYQDLTIAKEVGDRAGEGRAYCNLGNAYYSLGNFKQAIEYHHQHLSIAKEAGDRAGEGRAYCNLGNAYYSLGNFKQAIEYHYQDLTIAKEVGDRAGEGRAYCNLGNAYGSLGNFKQAIEYDHQNLSIAKEVGDRAGEGAAYSNLGNAYQSLGDFHQAIEYHHQRLRIAKEVGDRAGEGRAYCNLGIAYKSLGNFRQAIEYHHQRLSIAKEVEDRAGEKAAYGNLGNAYQSLGNFKQAIEYHHQCLSIAKEVGDRAGEGRAYCNLGIAYKSLGNFKQAIEYHHQHLSIAKEVGDRAREGRAYFNLGNAFRSLGNFNQAIEYHHQHLSIAKEVGDRAGEGRAYCNLGIAYDSLGNFKQAIEYHHQCLSIAKEVGDRAGEGAAYGNLGNAYQSVGNFKQAIEYHHQDLSIAKEVGDRAREGAAFGNLGNAYRSLGNFKQAIEYHHQRRSIAKEVGDRAGEGRAFCNLGIAYKSLGNFKQAIEYHHQHLSIAKEVGDRAGEGAAYSNLGNAYDSLGNFKQAIEYHHQRLNIAKEVGDRAGEGRAYGNLGNAYQSLGNFKQAIEYHHQHLSIAKEVGDRAGEGRAYGNLGNAYQSLGNFKQAIEYHNQDLSIAKEVGDRAGEGAAYGNIGIAYDSLGNFKQAIEYHHQCLSIVKEVGDRAGEGAGYGNLGIAYDSLGNFKQAIEYHHQCLSIAKEVGDRALEGAAYGNLGNAYRSLGNFKQAIEYHHQCHSIAKEVGDRAGEGRAYCNLGIAYQSLGNLKQAIEYLHQGLSIAKEVGDRAVEGRAYGNLSNAYQSLGNFKQAIDYHHQHLSICKETEDPIKPTMKVTISLVMKDLPSQTVFTALEGNTISFWLLRDDIGINFRQKKIENGSAKSLMKSTFKQINAGTVVRCENRSLDRQCSDFSSSREAVQETGQSLSFSVHSLQPLYDVLVSPIADLIQGDDLVFVPDGHFCLAPFSAMSDSVRIRAIPSLTALKLITMAPDDFQSKNEAPLVCDPCLSDVTYGTGEPMYGQLPCAKKEVDIIGKLLQTVPLTGKNVTKAEVLKRMKSVVLIHIAAHGADRSGEIALAPNPKRTFQIPEEEDYMLSLSNVQAVRLQARLVVLSCCHSGQGEVKSEGIVGIARAFLXVLVSVWEIEDEATFVFMKSFYQHLADRKSASTALHHAVKSLQETKNFXAIKYWAPFVLIGDDVTFEFGELEHEKNARSLRTDCTPGEATTELFEKECENIRSIFHKLRYPSELIEATIRNVINTSDVESQSTSNNNENTIRIVLPFIDQKPADIVKRQLTQLNKKLDIDLQPVFVSRKLEDVLKFREPKPSLVSQQLVVYKFQCGSCDASYVGYTARHLHQRIEEHRYSAIGRHRLADHGLTTAPPAASFSVLKKCASKFDCLIHEMFYIKELKPSLNSGKLVNINMA

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF13424	TPR_12	Tetratricopeptide repeat	Repeat	Interproscan
PF12770	CHAT	CHAT domain	Domain	Interproscan
PF13176	TPR_7	Tetratricopeptide repeat	Repeat	Interproscan
PF13181	TPR_8	Tetratricopeptide repeat	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR011990	Homologous_superfamily	Tetratricopeptide-like helical domain superfamily	Interproscan
IPR019734	Repeat	Tetratricopeptide repeat	Interproscan
IPR024983	Domain	CHAT domain	Interproscan
IPR052699	Family	Regulatory & Mitotic Spindle Associated	Interproscan
IPR013087	Domain	Zinc finger C2H2-type	Interproscan
IPR000305	Domain	GIY-YIG endonuclease	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR10098	RAPSYN-RELATED	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0005515	Molecular Function	protein binding	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
K24936	TTC28; tetratricopeptide repeat protein 28	-	Cilium and associated proteins	ko03037	deepkoala