Gene detail

Detailed information of KXJ27107.1 in Exaiptasia diaphana

Genomic Location: LJWW01000023.1:71570...105336
NR annotation: KXJ27107.1, DNA-dependent protein kinase catalytic subunit [Exaiptasia diaphana]
Species Exaiptasia diaphana · all data for this species · gene families

Gene Structure

More details in JBrowse

Sequence

CDS

KXJ27107.1

ATGGTGGACACTGTGAGTCGATGTCTGCGTCGAATGCACGATGTCTTACCCATGAATTCACCGCATCGTGGAATCGACTGCCTCAACCTTGCTGTCGATTTGAGCACATTTTGCTTGCAAAGTGTCTCCACGTCTGACTTGGCATTCTGTTCATCAGTGCTTTTCAACAAGAGTAATGGGATTATCACCTTTCTTCACAGTACTGTAGGAAATACTGAGTTCTCAGACTGCAAAACTGAAATTTTGAAGTTTCTCAAGTCCTACGTACAAAAGCTGGAAAGTTTTGTGAACCCATATGCAATAGATCTCAAGGATATTTGTGTCAAAATGTTTTCACTTGAACAAACAAGTAAGGTCAAAGTGGAAACATTCCCACTTTTGATTCAGGGACACTGTCAATGGATGACATGCGCAGTAACAGTCTCGCCTCTAACGGACTTTGAAAGTATTACCTTCGTGCAAAGATATTTCAATTCTTGTATGCAGTCATCAAAGCAACAGTCAACAGTTCGGCACTGGATCTACACCACCATGGGTATATTTGCAGAGAGGTTTCCTGAACATATGGTTGCTCATTCAGACAGATTRATGTCAATTTTTGTCAATATTCTAAAATCAGAGATGATCAACAAAAAGGCCAAGAAACCTGACATGACTGTGATTGGTGGCTGCTTAAAAGGCTTGACATCTCTACTGGTCAACTTTACACAAACTGTCCACGAAGGATCACGATATGCTAAAGATGTTTACAGTTTGACAAGAATGGCTATCACTCCACAGGTTGAGTTGTCTAGATATGAAGTTCCAAAAGCTGGTTTGAACCTTTTTTCAAGACATGCTGGCCAACTTATTGATTTAATGGCCCAAGATTATCAAGCCTTKTATGACAGCTTTTACCGCTGGTGTTGTCATCAAAACAGAGAAGTTAGATATGCTGGTTTAGCAGCAATTGATTCATTCCTAAAAGAGGTTTCCCAGTATGTCTACAGTAAAGCATCTCAAGATAGTGACAAAATAATTGAATGCAAGAACATTTTTAAGTACTTTATAAAAATGTTTAGAAGCATTCTTGATACCAATTCAAGTGACACACAACAGATAACTGTAGCAATAAAAGGTTATGGCTATTTTGCTAAGTGTTGCAAACTATTTTTGAAAAGTGAGGATGTGAAATTCATGTTCACTGAAATAATGCAAAGAAGTGAGCAAATCTATCTCAGCCAAGGTGAATTAAAAGAGGATCGAGTCAACCAACTTCCCAACTACATYGCAGCATTATCTTATATTATTGAAGAACTTGATGAACTCACTGATGGATTCTGCTTCTCACTTGAAAGATTAACTATTATACTATTTGAGAACTTCCCTAAGTTTAACAAMGGTGCCAGATATGTTTGCTGCCAATCCATTGTTAAGCTTCTGTTCGATATATCCTCTAAAGGCAGTGTATTGAAGCACCTACTGTCACAAATTGTGTACCATGGCCTGATAAGAACCTGTTCGCATCCAGTTCTCATAGAGCAGGATACGGATATGGACTATGAGGCAGGAATGATTCCTTCAAAGACCAACGTCTCTTACAAAGATTTTCTTTACCTGTGGGAGAATTTGCTGGACAAACAGTATTCCAGTATGTCTGCTGTCAAGTCAGAGAAACATCAAGCTTTACATGAGATGATCTACAATGAACTAATTGAAGCTATTTTACGGATAATTCATAAATTAGACCTCACATCTCATAAGGGAGATGAGTCAAACATTCAGAGTCAATCTGGTCAGGACTCTTCAGCACAAAGCGAAGCCATTTCATCATCAGACCCTGTTGCTGGATTACAACCAAGAGTGCACAAAGATGTATTAATTCTTATTAACCTTGTGGAGTTTTGCAAGGCTATTTTACCACGTTGTCGCATCAGTTCTTTTGAGCAATGGATTTACGTGTTTGGAAGGGATATCATCATTATGTCAAGCAGATTCCCAGTAATCAGTGGATTTTACAAACTCTTACAAGTCTGTATGAAGCTTTGCAAAGACCTGAAGTATTTCAAGGATATCAAAAATGAGAGCCAGAAAACCACTGATGATATGGATATTGAGTTTCAAGATTTCTCCGATTGCACAAACTGCTTTATATTATTCAGAAAGTTTACAAAAGAGGTGCTTGTTAGAATGAAGCARTTTAAGGATGATCTCCTCTCTTCTTGTCTTGAACTTGTTTTGTCYCTTCCTCATGAAATTGTTGTTATGGAAATATCTCAAATTGTCCCGGCTCTGAAGCAAACATTTCATCTTGGTCTTAGTTATCCTCCCCTGGCACAAGTCGGTCTTGATACACTTGAGTCTTGGATCAGAAACCTTCGAGATGTRCTAGCTCCTCATTTCAAAGATATTCTGCCATGCTTTGATGGGTACTTGAAGAGTATTAGTGAAACAGGAGAGCAAAAGGCCAGTGACGAAAACAAGAAGACTGTTACCATGACTTCAAGAACAACAAGRGGCAGAAAAATTTCTGTGAAATTGYTGAATTCATCAAAGGGGGAAGATGAGAAAAAAGATGGACTGCTGGTCAAAATACGTCACCAGATGTTGCATCTACTTGGTAGCCTAGGAGGGTGTGTCAACATGTGCTTGTTAGGGACAGATAATGCTGTTGACCCTGCATGTGTAGTAGCATGGGACACTGTTAATCATCTATCCTTTGCTGTACCTTTCCAAGACATGAAGCCCACTATATATCTTGATCCCTTTTTGCCAAGAGTAGTTGAGCTTGCCACAACCTCTTGTGATCGGCAAACCAAGGTTGCTGCATGTGAACTTCTTCATTCTTTGGTGTTATTTATTTTGGGAAAAGGAGTTACTCAGCCAGGTGGAAATTCCAAAAGTCCAATGGAGAAACTATGGAAGAAAATCATTCCTGCTGTCCTCCGGTTAGCATGTGATGTAGAAATGGTAGCAAAGCAGCTTTTTCAACCTCTTGTGTCCCAGTTGATTCATTGGTTTACTAACAATAGAAAGTATGAGAGCCCTGAGACTATGGCTTTACTGGAGGCACTTTTGGATGGTGTAGTTCACCCTACTGATACAGCACTAAGAGACTTTACTGCCCAATGGCTTTGTGAATTTGTCCGTTGGTCCATCAAACAAACAACACAAACGAATTTGTCTAAAAGCCCTTACAATATCAAGTCCTTATTAAAGCGGTTGTACAGCCTGGCTTCACATCCAAGCTCTTCAAAACGACTTGGCGCAGCTTTAGCTTTTAATAACATTTACACAGTGTTCAGAGAGGAGTCTTCTCTTGTTGACATATTTGTTCTTGAAATCCTGGTCAACTATTTAGAAAGTCTAGCAATGGCTCATGGGGATGAACAAGCGCAAGGGACTCAAGAACAGTGCAAGCAGGTTATAGCACACTTAGAGAGANTATTCTGCCATGCTTTGATGGGAGAGCAAAAGGCCATTGACGAAAACAAGAAGACTGTTACCATGACTTCAAGAACAACAAGRGGCAGAAAAATTTCTGTGAAATTGYTGAATTCATCAAAGGGGGAAGATGAGACAAAAGATGGACTGCTGGTCAAAATACGTCACCAGATGTTGCATCTACTTGGTAGCCTAGGAGGGTGTGTCAACATGTGCTTGTTAGGGACAGATAATGCTGTTGACCCTGCATGTGTAGTAGCATGGGACACTGTTAATCATCTATCCTTTGCTGTACCTTTCCAAGACATGAAGCCCACTATATATCTTGATCCCTTTTTGCCAAGAGTAGTTGAGCTTGCCACAACCTCTTGTGATCGGCAAACCAAGGTTGCTGCATGTGAACTTCTTCATTCTTTGGTGTTATTTATTTTGGGAAAAGGAGTTACTCAGCCAGGTGGAAATTCCAAAAGTCCAATGGAGAAACTATGGAAGAAAATCATTCCTGCTGTCCTCCGGTTAGCATGTGATGTAGAAATGGTAGCAAAGCAGCTTTTTCAACCTCTTGTGTCCCAGTTGATTCATTGGTTTACTAACAATAGAAAGTATGAGAGCCCTGAGACTATGGCTTTACTGGAGGCACTTTTGGATGGTGTAGTTCACCCTACTGATACAGCACTAAGAGACTTTACTGCCCAATGGCTTTGTGAATTTGTCCGTTGGTCCATCAAACAAACAACACAAACGAATTTGTCTAAAAGCCCTTACAATATCAAGTCCTTATTAAAGCGGTTGTACAGCCTGGCTTCACATCCAAGCTCTTCAAAACGACTTGGCGCAGCTTTAGCTTTTAATAACATTTACACAGTGTTCAGAGAGGAGTCWTCTCTTGTTGACATATTTGTTCTTGAAATCCTGGTCAACTATTTAGAAAGTYTAGCAATGGCTCATGGGGATGAACAAGCGCAAGGGACTCAAGAACAGTGCAAGCAGGTTATAGCACACTTAGAGAGAATAATCAAAGTGAAGGCTGCCTCGCTGAACAAGGAAAATCCTCGTAGGAGAGTACCCAGATTCGAGGGAGGTGGTGGTGGCAARAATGGTATCCTTGCATTTCCAACTCTTAAAGACATGGGTTGTGCGTTTTCTTTGAAAGATGCTTTACTGTGGTATGGCTTCCTTCTTGCCTCTCTTGACTGCTATACATGGGCATTGGGAGAACAGCTTCTATCACCAAAAGATGTTTTTGATGGTTCGTTACCTGACTCCAAGTACACAAGYAAACTCTTCACGTCTCTACAACACTTCTTGTCCGACCTTGCCATGTTTGGGATTCAAGCAGCTAGTGACTGCTTTGAAAGTACCAGTCAAGGAGATCAGGGAAATAATATTTTTAGCCCTAAAGAAATTGATAAGTACAACAGAGCAAAATGCACTGTTATTGTAAGAACAATGAACTTCTTAACTGTTCTTCTTCAAGCTCATGCTCAGGAAGCTTTAAAGTATGTTCCTGCTGAGTTTTGGAGTGAGCAYTTTTTCAATACTCTACTCAGCTGTATTTTRGAACCAGCAGCTGTTGGTTTTAATGTTGGWGATGTTGARGTYATTGAGAATCTRCCAGACCAGACAAAAGGTGTTTGTATTGCTCTGAAGAACTGGCTGCCAAGTACTTCATTATCATTGTTTAAAGATTGTTTGGTCAGAAAGCTTTCTCTGGGAAGTCATTGTAATCTACTAGAACAACTACCAATTCCTTTGTCAGGCTGCGAAGAATATAACATTGATCACTTACATCTGACTCATCTAGTGAATGGCTACCAGCAGTTATTAGAGGCTGGCCTACTTATTGATGCTTTAAAAGCACAGAGTCATGATGATAAATTGTCTGCTAAGACATGTGGAACAAGAATCTTTAAGTCWGTCTACAGTAGTATCCAAACAGCAAGCRTGAGCAATACTGACAATATTCTTCTTACACCGGCTTCTCAACAACTAGCTTTGAAGCTCTTAGAGTTTTCATTGCTTCTAGGTTTGCAGGATGGGACTTTAGAAATGTGCATCCTGGAATCACCATCAAGTGCTGACAAATCAGAGTTTGGAATTACATTCTATAGAACATTCAGCTCTGTTCTCAATATTTATTTTGTCAAAAATAAATCAAATATCTCAAGTTTGGTAAAGCTCTGCACAAAGCATTCAAAACTGGTGTGTACAATTCTTAATGCTATAATGGAACAAGTTCAACAAGAGAAGACACTTCGTGGCAGGTATGCTTCCAGTACAGTGGCATGTGTTCTGAAGTCATGGAGTTCTATCCTTAACTTGTGGACATCTTCAAACTCAATTGACTTGAAATATTCATTGCTGGAACTCCTGAGAAAAGTTCTTGTTCTTGACTCAAATTTTTTATCTGAAGCAAGAAGCTCTGGTTTTGAGGCTGTCCTTAAAATGTACTCCTCGCTTTTGACTGACAAATCCTTTCCCCTAGCTTTTAAGAGTCGTGGTCTTGAACTCCTACCATATTTCACAAGAATGCCAGAAAATCACCTTTCTTCTCTGAAGTCTGCCCTTGATACAATGGTGGCAACCTGTTTTCCTCTGAGATCTGATGAATTTATAGTTGGCAGTCCAAACTACAATGACTACATTTCAGCTTTTGATAAGATTCTTACAGCTTTAATTTCTTCTGGAAGTTTGCTTCTTTTGAAACTCTTGACGAGCATAATGTGCCGAGAGGAAGTCCACATTTATGAAGATGAAATCCAGTCAGCCCTTGTGGCATTTATAACAAGACTACATCCATCTCCAKTCCAAGCCAAACAAGCCATTGATGTTTGCTTTGAGGTTTTTGTCAATGAKCGTGATCACCTCAACCAGACACGCCGCTCAGCAGCAATGCGCATGTGTGTRCCATTGCTCTGCCARACTTCCAAGAAAACACTACTGGACTTTTTCAGTTTTCACATWAAAACAATCATGGGTATTGTAGAAGCAAAGGCTCTTAAGGCAAGTATTTTATTGCCAAGTGACCCAGTGTTTGAAGATCAGCTCATATCCAAACTGTGCTGTTTTAAACTTATTGAAGTTCTGTATACTCGACTGAACAAAGAGGAAATAAACAATCCACAGTCTGTTATTAATCGAGCATACTGTGTGGAYGCTAAGACTGGTAAAGAGTTAACAATGGCTATCACAAAGTGTGCGCATTCAGTAAAAAGTGAGAACATGTGTGGAGAAACAGTTTTRCTTGATCTACGCAGGCAGCTTCATTGCTATGCGTATAATGCCTTGGCAGCACTTATATCATGCACTCAGACTGATCAGAAATTTTATACTGGATTTTTGTTCACTGAAAATACAATCAAAGGTCAATTTCTGTTGGACAACCTTGTTGACTGTCAAAGAAAATATGAATTTGAAACTGTGTTATCAGCACCAATTACCCGTAAAAAACAGATGATGGCAATTCGAACAGATTCCAAATCTCATAATAGGCAAGAATCCTCTTCATCAGGTCGTTCTCTGCATTACATGTCTTCACAATACCTTGCAGACAGTAGTCTGAGTGAAGAAGTCAGTCAATTTGACTTTTCTACGCCGATACAGGCATTTGCAGCTACAGATATCACTGATGCTGCTCCAGTGGAGAAACAGGAGGGCACAAAGGAAGAAGAAGAGGCACGTGAATCAGTGGAAGAAACAGTTGAGATGGAYGAACTAAACCAGCATGAATGCATGGGAAAATTATGTGCTATCATCAAACATCTCAGTAAAGATGGACCATCGTCAGAAAAGGAAATGCCAGCTTGGATGAAGGCACTGCACTCTAAATTCACTAACTATGATACCCATGTYAATGTCAAGTTATTTATTACCAAAGTAATCATCAATGAAGCTATGAAACTACAAATTGCCACCCTAAAAGATTCCCAATCACGAATTTTTACCCCTAAGAGACCCGACAAGTTCATGAATCGTATTCTGTTTATTCTACCAACGGTGCATGGGAGTTTTAAGACTCTCTGCCTGGAAATCATCCTCTCTCGGGTTGGACATACATCGAATATTTTTCAAGAACTCAAATCAAAAGGATTGAAGGACATGCTTGGTTTTAGAGATGAGGAAATGCACGTTGTACTTCTGAAAATTATCCATGGTTTGCTGGAAAAGCTGTCGATGAATGACCTTCAGTACATCATGCCATCCATAACAGCCATGTCAACCAGTAGTAGCGTGGTATGCCGGGAACTCTTGTATGACATCCTTATATGGATATACGATATGTACAGAAATGACCAAATGTTTAGGGAGGAAGAAGGTGCCGAAGAAGTCCTTGCCTCAGCTAAAGATTATTTGTTGCAAGGTTTAATCGACAAAAATAAAGAATTGCGACTAAAAATGCAGAACTTTTGGAGCGACGAAACACGTCTTCCCAGCACCACCCTGGAGAGGCTTGTAGATGTTCTAAGTGCTATGTATTCACCAAATACAGAATCACAGTACTTGAGCTACACGACCAACCTTATACTGCATCTTACCTCTGTCAGTCCTGATTTCAACCGACTCATTTTTGAGCAGCCTCTATCAGAATGCAAGTTTGAGGATTACCCAATTGACTACTCATGGCACCAGAGGAACGCGAGCATGACCCCCCTGTTCATTGCTACACAGGGTTCTATTGCTACAGGAATGAGTCAGAGCCAGGGGGGTTCCATGATGGCTGGCATGGTCAGAGCTACTCAATCTCGCGTCTTTACTCCAACCCAAGATATGGAAAAATCTCAAACATTTGATTGGCTCAATCCAAGTAGTCAGGTTGATGGGCAGCCTGTTCGTCCTTCATTTGTGGTTGGGACATCTGAGACCCAGTCCTCTCTCTTATTTGTCAAAACTCCTGACCTTAAAAGAAAGTACAAGCAGGTACCACGTGACTTTGGTAGTAAGAGACTGGGAACCACACAGTCAAGCACACAATCTGACCCACAAGATTTAAACGAACAGCAAGAAATCCTAAAACTGAAAAGACGATTTCTGAAGAATGACGCCATTAGCAGGAACTTCTTTGCAAAACGAGAAATGATGAGAAAGAAAATGCGAGAGGAAATCAAAAGCCGTCAGCAGGCATCACGTGATAGTCACGTGGTCATGTACCGGAAGTACCGTGTGGGAGATCTCCCTGACATTCAAATAAAGCATTCCGAGCTTATTGCCCCTTTACAAGCTGTTGCCCAGAATGACAGCAACATTGCAAAGCTTTTGTTTTCATCACTGGTGCAAGCYATTTTCAAAGAAGCAGAGCAAGAAGGTGTGGATAGCGTGCGCGATATACAATCAGCACTAACAAACATGGCGGAATCCTCGACGCAATATTTTGCACCATTCGTGTCTAGTATACAGGGWATTTGCTTCAATCTCTCTAAGCTGTCCATGAAGCCTTCATTAGTTAGTATTTCATCGCTCACCAGCCTTCAACAACCCGTCGGGATCATGCTCCTTGAGAGACAACTTCTCACAAATGTTGACGACGGAGCTAAAAAACCAAAACGAGCTCGATTAGAAAGCAGAACAGACTCTGGAAACACCGAGACTTGGCTTGAACTTGCCAAGATGTATCGGTCAATAGGAGAGTATGATGTTGTTCAGGGAATTTTTAGTGATCACATTGGAACACAAGCTATTACTAAGAAGGCATTGGAATGTGAAGCACGTGGAGACTACGCCCAGGCGCTCAAGTATTATAACCAGGCAATGGCCTGTGAAGAATGGACTAATGGTGAACCAGTCCAGGAAGAAGAGGATCTATGGGATGATGCTAGACTTAAGTGTTTTGATCAACTATCTCAATGGGAGAATCTCGAAAAGTTTTCTTTAATAAATATCGACGATAACGATCCGCCTGACCTGGATAAAGTGTGGTCAGATACATTCTACCAGGAACATTATCTGCCATTTTTGATTAGAAGTAAACTAAAGCAGTGTTGTGAAGGTGGAGATACTACTGTCTTGGGTCAGTTTATGAATCGAGCATCACAATTCGAGGAGAGACAAGCTTTCATTGAAAGTCGCCATAGTGAAGATCTGGCTTTGCTGCATATCTTAAACAGTGACTACGACAGAGCAAGATACTACGTGGCCAACTGTTTACAAGGATTTCTAATGGATTGGGCGGGCCTTGATTCAATGATGGTAGGAAGTCGCTTGGCAAAGTTACAATCACTGCAGACAATCACTGAAATGAAGGAATTCCTGGACTTCGTTGCCAATGAAGATAATTTCAGCAGTGCGTTGCCACTCAAACAGCTCTTTGAAAAGTGGTTGTCAAGGTTTCCTGACCGAAAATTCCATCCAATCAGCGTATGGGATGACGTCATAACTAACAGATGTGTTTTTATGCAAAAGATTCTTGACAGATTTGACAGCACATCTCAATGGTCAGAATCACTGGACTCTCAAGATGGAAGTTCTGGCCTTAAAAATGTCGAAAATCAAGTGAGACGTCAAAATGTCTTGTTCCACTTAGAAATTGCAGAGGCTGCCAAGGAACAGTTAAACTTTCCAGTATCAACAAAGCATTTACGTCAAGCTTTGAAAGTGATAATGGAGGATCTTAAAGACGAAAGTCTTCATCTAAAGTGGACGCATGCGTACACTTGTATGCAGCACAAAAAATCSCACACGCTTGCTGCGACAGAGTCAGTGGAAACTGCTATAACAACCATTGGTGAACTAGAAAAGTTTTCAGATAACAGGGAACTTTTACGTAATCCCGCAATGGCCTTGCGTCACCATCTACTGAAAAGTCGTACGTACGACATCGTTTATACAGCTATTGAAAGTGAAGGCGACCATGTCATTGGATCCCTAGATGATGTGCATCGACAACAGCTCTCAACAATGTGTGGTAATGCAGAATCATCTGAGCAGATTGTGAGTCAGTTGATGATTCGTTCCTTCACGTCCCTGCAAAATGCCATCAAAACAGCCAAGGGTATTGAGGAACAAAATGGACAGTCAAGCAGTAGTATGRTAGAAGCCATGATGGTTATGGTGAAGTTTTGTGATTCTGTGTTGCGTAAAAGAGAAGACGACTTAGAGAATGCTCCACAAATTGATGTCAAGCTATTTCCTGGGATCGTGGTGCGCTACGTCCTCAAAGCMATGACATATTGTTCAGAAGAAGCACAAAGAAGATTCCCTCGTTTGCTACARCTTGTGGAAATCTATCCTGACACTCTTAATCCCTTCGTGAAAAAGGCTCTTTGTTTCCCTTTCAAAATCAGTAGCGAACAGTTTAGTTTTGAAAACTCCAAAGTTGGAAAAGCCAACAAGGAGGCTGTSACCAGRCTTCRTTCTCTTCTTGAAAATCAACTACTTGATGATTTCATTGCCGCCTTGGAGCAACTCCAAAATCCACAGCACGCTTTCAAAGACTGGTATGACGAAATGAAGCTGCGTTTCGACGAAGTTCAAAAAACTGGAGATGGAAGTTTGGTTGTCAAATGCTACAAGGACATGTACAAAAGATTACTGGACCATAAAGCAGCTCAGAGGTCGGCCAGGGAATCAAGGACTCAGAGTGGAGTTGAATTAGGAGCATATAGAGTGAAATTGGCCCAGAAAATTGCGTCAGATTTCGAGAAGTGTTTTGGAAGCGATGGCAGCAAGTTGCTAGCAATGAAAGCCAAGAACTTTGATGATATTTATCGAGGTATTAAGCGAAAGATAGACAATTTGAAACTACCAGAACCTCGTGGTACCTTAAAGGAGTTTTCCCCATGGCTAAACAACTTTCAGTCCAGCAACTATACACAAAAACTCGAAATACCTGGACAATACACGGGTCGTTCAAAGCCGCTTCCTGAGTATCATGTCAAGATTGATAGTTTTGACGAAAGGGTTTTGACCATGCCGTCCATTCGGCGTCCTAAACGTATCACTATACGAGGGGACGATGAAAAGGAGTACATGTTTCTAGTCAAGGGAGGAGAGGACCTAAGATTGGATCAGCGAATAGAGCAACTTTTTTGTGCAATGAATGACACCTTGAACGCTGATCCCGCATGCAAGAAACGTAGCCTGCGGCTTCGCACTTACGAGGTCATTCCCATGACTCCTCGTCAACTTAAGATATTTTGGTTCGATGACTATGTACAAAAGAACGCACACGAGGCTCCGAGAAAACTGGATAATCTTGATTTATTCTTTTATTTCCCCGGAGCTTCGTCTGCAATTCTTTTGTGCATGGTCACTGAACCAAAATATCTAAAGGTTGGTTTGATTGAGTGGATGACGAACACTAAACCACTCAAATCCGTCCTTGAAGGTGAGATGACAAGCACTGAACTACAGCAATTCAAAAGACTTATGCAAATGCACGACAGCTGGATCCAAAAGTACTGCATCTCGTCTACACCTCATAACCCAAAGGCAAGATATGGCGCAATGTACAGCAAGGCAAGTCGAACGGAAACGGAAACTGATTTTCTAAAGAAACAGGGGCAGGTGCCGGGGGATATATTAAGGCGAGCCTTTACCAAGTTAGCTGCATCTCCAGAAGCATTTTTGACTCTCCGTTCACATTTCGCTCGCACGCATGCGTGTTTATGTATTTGTAATTACTTGGTTGGGATTGGAGACCGTCATTTATCTAATCTAATGATTGATACTGTAACTGGTGGGATGGTAGGAATTGATTTTGGCCATGCATTTGGCTCAGCTACTCAGTTTTTACMAGCCCCTGAGCTGATGCCGTTTCGTTTAACRCGACAAATCGTCAATCTTCTTCTTCCGTTGAAAGAATCGGGTTTGCTTCGTAGCACGATGATTCATACAMTRCGTGCACTAAGAGAAAACCACGAACTACTCCTCAATACAATGGATGTGTTTGTCAAAGAACCATCGCTGGACTGGAAAGTATATGCTCGAAAACAAGCCGCTTCTCAAGGAATAAAAGAAGAAGACGAAAAAGATTCAGCGTGGTATCCTAAAGAGAAGGTTAAGACAGCAAAAAAGAAGTTCCTTGGTGCAAATCCTGCCTTCATCACCAGGGACGACATTCGTCTGGGACACGGTAATAGAGGCAAGGAGTTCGAGGGGATGAAAGCAGTTTGCCTTGGTGACAAGAAAGTCAATATACGAGCAAGAGTACCAGAAAATGGTCTGACGGTAGAAACACAGGTGGACTGCTTAATCGATCAAGCCACAGATCCTAACCTTCTCGGTCGAACCTATGCTGGATGGGAACCTTGGGTCTGA

Protein

KXJ27107.1

MVDTVSRCLRRMHDVLPMNSPHRGIDCLNLAVDLSTFCLQSVSTSDLAFCSSVLFNKSNGIITFLHSTVGNTEFSDCKTEILKFLKSYVQKLESFVNPYAIDLKDICVKMFSLEQTSKVKVETFPLLIQGHCQWMTCAVTVSPLTDFESITFVQRYFNSCMQSSKQQSTVRHWIYTTMGIFAERFPEHMVAHSDRLMSIFVNILKSEMINKKAKKPDMTVIGGCLKGLTSLLVNFTQTVHEGSRYAKDVYSLTRMAITPQVELSRYEVPKAGLNLFSRHAGQLIDLMAQDYQAXYDSFYRWCCHQNREVRYAGLAAIDSFLKEVSQYVYSKASQDSDKIIECKNIFKYFIKMFRSILDTNSSDTQQITVAIKGYGYFAKCCKLFLKSEDVKFMFTEIMQRSEQIYLSQGELKEDRVNQLPNYIAALSYIIEELDELTDGFCFSLERLTIILFENFPKFNXGARYVCCQSIVKLLFDISSKGSVLKHLLSQIVYHGLIRTCSHPVLIEQDTDMDYEAGMIPSKTNVSYKDFLYLWENLLDKQYSSMSAVKSEKHQALHEMIYNELIEAILRIIHKLDLTSHKGDESNIQSQSGQDSSAQSEAISSSDPVAGLQPRVHKDVLILINLVEFCKAILPRCRISSFEQWIYVFGRDIIIMSSRFPVISGFYKLLQVCMKLCKDLKYFKDIKNESQKTTDDMDIEFQDFSDCTNCFILFRKFTKEVLVRMKQFKDDLLSSCLELVLSLPHEIVVMEISQIVPALKQTFHLGLSYPPLAQVGLDTLESWIRNLRDVLAPHFKDILPCFDGYLKSISETGEQKASDENKKTVTMTSRTTRGRKISVKLLNSSKGEDEKKDGLLVKIRHQMLHLLGSLGGCVNMCLLGTDNAVDPACVVAWDTVNHLSFAVPFQDMKPTIYLDPFLPRVVELATTSCDRQTKVAACELLHSLVLFILGKGVTQPGGNSKSPMEKLWKKIIPAVLRLACDVEMVAKQLFQPLVSQLIHWFTNNRKYESPETMALLEALLDGVVHPTDTALRDFTAQWLCEFVRWSIKQTTQTNLSKSPYNIKSLLKRLYSLASHPSSSKRLGAALAFNNIYTVFREESSLVDIFVLEILVNYLESLAMAHGDEQAQGTQEQCKQVIAHLERXFCHALMGEQKAIDENKKTVTMTSRTTRGRKISVKLLNSSKGEDETKDGLLVKIRHQMLHLLGSLGGCVNMCLLGTDNAVDPACVVAWDTVNHLSFAVPFQDMKPTIYLDPFLPRVVELATTSCDRQTKVAACELLHSLVLFILGKGVTQPGGNSKSPMEKLWKKIIPAVLRLACDVEMVAKQLFQPLVSQLIHWFTNNRKYESPETMALLEALLDGVVHPTDTALRDFTAQWLCEFVRWSIKQTTQTNLSKSPYNIKSLLKRLYSLASHPSSSKRLGAALAFNNIYTVFREESSLVDIFVLEILVNYLESLAMAHGDEQAQGTQEQCKQVIAHLERIIKVKAASLNKENPRRRVPRFEGGGGGKNGILAFPTLKDMGCAFSLKDALLWYGFLLASLDCYTWALGEQLLSPKDVFDGSLPDSKYTSKLFTSLQHFLSDLAMFGIQAASDCFESTSQGDQGNNIFSPKEIDKYNRAKCTVIVRTMNFLTVLLQAHAQEALKYVPAEFWSEHFFNTLLSCILEPAAVGFNVGDVEVIENLPDQTKGVCIALKNWLPSTSLSLFKDCLVRKLSLGSHCNLLEQLPIPLSGCEEYNIDHLHLTHLVNGYQQLLEAGLLIDALKAQSHDDKLSAKTCGTRIFKSVYSSIQTASXSNTDNILLTPASQQLALKLLEFSLLLGLQDGTLEMCILESPSSADKSEFGITFYRTFSSVLNIYFVKNKSNISSLVKLCTKHSKLVCTILNAIMEQVQQEKTLRGRYASSTVACVLKSWSSILNLWTSSNSIDLKYSLLELLRKVLVLDSNFLSEARSSGFEAVLKMYSSLLTDKSFPLAFKSRGLELLPYFTRMPENHLSSLKSALDTMVATCFPLRSDEFIVGSPNYNDYISAFDKILTALISSGSLLLLKLLTSIMCREEVHIYEDEIQSALVAFITRLHPSPXQAKQAIDVCFEVFVNXRDHLNQTRRSAAMRMCVPLLCQTSKKTLLDFFSFHIKTIMGIVEAKALKASILLPSDPVFEDQLISKLCCFKLIEVLYTRLNKEEINNPQSVINRAYCVDAKTGKELTMAITKCAHSVKSENMCGETVLLDLRRQLHCYAYNALAALISCTQTDQKFYTGFLFTENTIKGQFLLDNLVDCQRKYEFETVLSAPITRKKQMMAIRTDSKSHNRQESSSSGRSLHYMSSQYLADSSLSEEVSQFDFSTPIQAFAATDITDAAPVEKQEGTKEEEEARESVEETVEMDELNQHECMGKLCAIIKHLSKDGPSSEKEMPAWMKALHSKFTNYDTHVNVKLFITKVIINEAMKLQIATLKDSQSRIFTPKRPDKFMNRILFILPTVHGSFKTLCLEIILSRVGHTSNIFQELKSKGLKDMLGFRDEEMHVVLLKIIHGLLEKLSMNDLQYIMPSITAMSTSSSVVCRELLYDILIWIYDMYRNDQMFREEEGAEEVLASAKDYLLQGLIDKNKELRLKMQNFWSDETRLPSTTLERLVDVLSAMYSPNTESQYLSYTTNLILHLTSVSPDFNRLIFEQPLSECKFEDYPIDYSWHQRNASMTPLFIATQGSIATGMSQSQGGSMMAGMVRATQSRVFTPTQDMEKSQTFDWLNPSSQVDGQPVRPSFVVGTSETQSSLLFVKTPDLKRKYKQVPRDFGSKRLGTTQSSTQSDPQDLNEQQEILKLKRRFLKNDAISRNFFAKREMMRKKMREEIKSRQQASRDSHVVMYRKYRVGDLPDIQIKHSELIAPLQAVAQNDSNIAKLLFSSLVQAIFKEAEQEGVDSVRDIQSALTNMAESSTQYFAPFVSSIQGICFNLSKLSMKPSLVSISSLTSLQQPVGIMLLERQLLTNVDDGAKKPKRARLESRTDSGNTETWLELAKMYRSIGEYDVVQGIFSDHIGTQAITKKALECEARGDYAQALKYYNQAMACEEWTNGEPVQEEEDLWDDARLKCFDQLSQWENLEKFSLINIDDNDPPDLDKVWSDTFYQEHYLPFLIRSKLKQCCEGGDTTVLGQFMNRASQFEERQAFIESRHSEDLALLHILNSDYDRARYYVANCLQGFLMDWAGLDSMMVGSRLAKLQSLQTITEMKEFLDFVANEDNFSSALPLKQLFEKWLSRFPDRKFHPISVWDDVITNRCVFMQKILDRFDSTSQWSESLDSQDGSSGLKNVENQVRRQNVLFHLEIAEAAKEQLNFPVSTKHLRQALKVIMEDLKDESLHLKWTHAYTCMQHKKSHTLAATESVETAITTIGELEKFSDNRELLRNPAMALRHHLLKSRTYDIVYTAIESEGDHVIGSLDDVHRQQLSTMCGNAESSEQIVSQLMIRSFTSLQNAIKTAKGIEEQNGQSSSSMXEAMMVMVKFCDSVLRKREDDLENAPQIDVKLFPGIVVRYVLKAMTYCSEEAQRRFPRLLQLVEIYPDTLNPFVKKALCFPFKISSEQFSFENSKVGKANKEAVTRLXSLLENQLLDDFIAALEQLQNPQHAFKDWYDEMKLRFDEVQKTGDGSLVVKCYKDMYKRLLDHKAAQRSARESRTQSGVELGAYRVKLAQKIASDFEKCFGSDGSKLLAMKAKNFDDIYRGIKRKIDNLKLPEPRGTLKEFSPWLNNFQSSNYTQKLEIPGQYTGRSKPLPEYHVKIDSFDERVLTMPSIRRPKRITIRGDDEKEYMFLVKGGEDLRLDQRIEQLFCAMNDTLNADPACKKRSLRLRTYEVIPMTPRQLKIFWFDDYVQKNAHEAPRKLDNLDLFFYFPGASSAILLCMVTEPKYLKVGLIEWMTNTKPLKSVLEGEMTSTELQQFKRLMQMHDSWIQKYCISSTPHNPKARYGAMYSKASRTETETDFLKKQGQVPGDILRRAFTKLAASPEAFLTLRSHFARTHACLCICNYLVGIGDRHLSNLMIDTVTGGMVGIDFGHAFGSATQFLXAPELMPFRLTRQIVNLLLPLKESGLLRSTMIHTXRALRENHELLLNTMDVFVKEPSLDWKVYARKQAASQGIKEEDEKDSAWYPKEKVKTAKKKFLGANPAFITRDDIRLGHGNRGKEFEGMKAVCLGDKKVNIRARVPENGLTVETQVDCLIDQATDPNLLGRTYAGWEPWV

UniProt (Swiss-Prot top hit)

UniProt accession	Description
Q8QGX4	DNA-dependent protein kinase catalytic subunit OS=Gallus gallus OX=9031 GN=PRKDC PE=2 SV=1
Q9DEI1	DNA-dependent protein kinase catalytic subunit OS=Xenopus laevis OX=8355 GN=prkdc PE=2 SV=1
Q8WN22	DNA-dependent protein kinase catalytic subunit OS=Canis lupus familiaris OX=9615 GN=PRKDC PE=2 SV=1

Gene family

Family type	Membership / link
Orthogroup (gene family)	OG0001506 (this species only)

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF20502 all species →	DNAPKcs_CC1-2	DNA-dependent protein kinase catalytic subunit, CC1/2	Repeat	Interproscan
PF00454 all species →	PI3_PI4_kinase	Phosphatidylinositol 3- and 4-kinase	Family	Interproscan
PF20500 all species →	DNA-PKcs_N	DNA-PKcs, N-terminal	Repeat	Interproscan
PF02259 all species →	FAT	FAT domain	Repeat	Interproscan
PF02260 all species →	FATC	FATC domain	Family	Interproscan
PF08163 all species →	DNAPKcs_CC3	DNA-dependent protein kinase catalytic subunit, CC3	Repeat	Interproscan
PF19704 all species →	DNAPKcs_CC5	DNA-PKcs, CC5	Repeat	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR046803 all species →	Domain	DNA-dependent protein kinase catalytic subunit, CC1/2	Interproscan
IPR011990 all species →	Homologous_superfamily	Tetratricopeptide-like helical domain superfamily	Interproscan
IPR000403 all species →	Domain	Phosphatidylinositol 3-/4-kinase, catalytic domain	Interproscan
IPR037706 all species →	Domain	DNA-dependent protein kinase catalytic subunit, catalytic domain	Interproscan
IPR018936 all species →	Conserved_site	Phosphatidylinositol 3/4-kinase, conserved site	Interproscan
IPR011009 all species →	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan
IPR014009 all species →	Domain	PIK-related kinase	Interproscan
IPR016024 all species →	Homologous_superfamily	Armadillo-type fold	Interproscan
IPR050517 all species →	Family	DNA Damage Response and Repair Kinase	Interproscan
IPR012582 all species →	Domain	DNA-dependent protein kinase catalytic subunit, CC3	Interproscan
IPR046804 all species →	Domain	DNA-PKcs, N-terminal	Interproscan
IPR003152 all species →	Domain	FATC domain	Interproscan
IPR003151 all species →	Domain	PIK-related kinase, FAT	Interproscan
IPR045581 all species →	Domain	DNA-dependent protein kinase catalytic subunit, CC5	Interproscan
IPR036940 all species →	Homologous_superfamily	Phosphatidylinositol 3-/4-kinase, catalytic 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:0005515 all species →	Molecular Function	protein binding	Interproscan
GO:0004677 all species →	Molecular Function	DNA-dependent protein kinase activity	Interproscan
GO:0006281 all species →	Biological Process	DNA repair	Interproscan
GO:0016301 all species →	Molecular Function	kinase activity	Interproscan
GO:0000723 all species →	Biological Process	telomere maintenance	Interproscan
GO:0004674 all species →	Molecular Function	protein serine/threonine kinase activity	Interproscan
GO:0005634 all species →	Cellular Component	nucleus	Interproscan
GO:0006302 all species →	Biological Process	double-strand break repair	Interproscan
GO:0006468 all species →	Biological Process	protein phosphorylation	Interproscan
GO:0006303 all species →	Biological Process	double-strand break repair via nonhomologous end joining	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
K06642	PRKDC; DNA-dependent protein kinase catalytic subunit	EC:2.7.11.1	DNA repair and recombination proteins	ko03400	deepkoala

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

Expression pattern (RNA-seq)

Transcript abundance of KXJ27107.1 across 72 RNA-seq samples of Exaiptasia diaphana. Values are TPM (transcripts per million) from the StringTie quantification; one bar is one sample, grouped and coloured by condition, sorted by expression within each group.

72Samples

65TPM > 0

2Conditions

17.6Max TPM

6.0Mean TPM

By condition

Condition	Samples	TPM > 0	Mean TPM	Max TPM	Mean, relative to max
whole animal · aposymbiotic	36	35	6.28	17.56
whole animal · symbiotic	36	30	5.78	13.02

Per sample · hover a bar for the full sample record · show / hide the sample table

SRA run	Condition	Tissue	Developmental stage	Treatment	Study	TPM
SRR6202357	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	17.56
SRR6202345	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	14.31
SRR6202241	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	9.25
SRR6202242	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.74
SRR6202260	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.63
SRR6202233	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.61
SRR6202259	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.37
SRR6202346	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.36
SRR6202344	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.28
SRR6202258	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	8.28
SRR6202261	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	7.87
SRR6202234	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	7.53
SRR6202343	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	6.60
SRR6202209	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.62
SRR6202210	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.51
SRR6202206	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.32
SRR6202255	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.32
SRR6202207	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.31
SRR6202238	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.29
SRR6202212	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.15
SRR6202211	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.06
SRR6202208	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	5.05
SRR6202358	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.98
SRR6202237	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.93
SRR6202236	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.93
SRR6202254	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.67
SRR6202239	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.65
SRR6202205	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.54
SRR6202256	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.42
SRR6202235	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	4.24
SRR6202240	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	3.95
SRR6202203	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	3.94
SRR6202257	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	3.82
SRR6202363	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	3.56
SRR6202204	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	3.47
SRR6202364	whole animal · aposymbiotic	whole animal	not recorded	aposymbiotic	SRP120942	0.00
SRR6202303	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	13.02
SRR6202304	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	12.19
SRR6202305	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	12.06
SRR6202284	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	11.43
SRR6202285	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	11.20
SRR6202306	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	11.06
SRR6202309	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	9.37
SRR6202282	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	8.93
SRR6202308	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	8.86
SRR6202310	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	8.71
SRR6202283	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	8.21
SRR6202307	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	8.10
SRR6202339	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	6.14
SRR6202263	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	6.10
SRR6202262	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	5.91
SRR6202280	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	5.61
SRR6202340	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	5.38
SRR6202341	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	5.22
SRR6202351	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	5.03
SRR6202281	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.96
SRR6202279	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.50
SRR6202337	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.35
SRR6202347	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.26
SRR6202352	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.20
SRR6202338	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	4.13
SRR6202276	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	3.98
SRR6202350	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	3.85
SRR6202277	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	3.77
SRR6202278	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	3.75
SRR6202355	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	3.72
SRR6202342	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00
SRR6202348	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00
SRR6202349	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00
SRR6202353	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00
SRR6202354	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00
SRR6202356	whole animal · symbiotic	whole animal	not recorded	symbiotic	SRP120942	0.00

Source: CnidoSite RNA-seq expression matrices (EDIAP_TPM, StringTie quantification over 72 runs), joined to SRA sample metadata. Samples whose tissue/treatment is not recorded in the source metadata are grouped by the descriptor carried in the expression matrix itself.