TCONS_00065043 (transcript) - C. hemisphaerica

Overview
NameTCONS_00065043
Unique NameTCONS_00065043
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1547

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00065043 ID=TCONS_00065043|Name=TCONS_00065043|organism=Clytia hemisphaerica|type=transcript|length=1547bp
AAAAGTTAGATATAGCAGTGACAAAATGCGAACATTTTATGGCCTGCTGG
CAGGTTCCATAACATTGATTGttTCACTATCGCTTTGCACAAAAGTAGAA
AGTACACGTCCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGGCGCAGA
AGGTTTAGATTATGATAAAGTTCATTTACATAACCAACACGAGCGCGTTC
GAAGGTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTACTTTCAAAGCC
TTTGATAGgGAGTTTAATATTGAGCTTCACCACGATCCGTGGAAGATTTT
GGATTTCAAAAGTTCAGGAAACAATGGGcctgacatttcaaaatatcttt
ACAGTGGATGGTTAAAAGaTGAATCAAATACACGTGTTAGTGGTTCAGTA
CGCAACGGAATTTTACAAGCCACCATTTACATCAATGACAAACCAACTTT
CAAAATCGAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAAATATC
ATTCACTAATTTATCATTATTCtgatgtcaaaaaattaaagtcatcaaat
tttggcaaaatggcTGGCGCCGCTCAAATTCCGATGGATGACGCTATGGA
GGTCCCAGAATCTCTAGAACAAGCAAAAGAACACAAACattcgagacaaa
gaagaagtACACCTTTCGATCCAGCCAGAAAAGAATGCCTCGTATTGATG
GTTGCTGACTACACTTATGTGGCCGCACATAATTACGACATTGAAGAAGC
TTATTTAAAAATGGCAACCACATTTGATGCTGCCAAACAAATTTATGAAC
AAAGCGACTTTGATGGTGATGGAAATGCTGATGGGATAACGTTGAGAATC
GGTGGATTCAACCGAACGAAGAATTCCACCGAATGCGTTGGAGATGAGTG
TCGGTATAACTCGACACTAGGTATAAATGAACTTTTGACGGTTTTCACGA
CAAACGACCATGGAGACTACTGCTTGGCTTCTCTTTTTGTTGACCGAAAT
TTTGCACCTGCTGCAACAATTGGTTTAGCGTGGGTTGGTGTAATATGTGA
AACATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAGAA
CGTATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAACA
GACGCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTATGG
AAGTGATCATGACAACTCAACTTGTCAACCAAGTGACGTCAGCCCTAATG
GTTATTATATTATGAACCCAACAGCTCCACAGAACGGAAATTTGCCAAAC
GAAAGACAATTTTCTAGATGTAGTTTGAATGAAATGTGGGCTAAGATACA
GACACAAGGAGGATGTTTTAAAGCTGTGAAATTGAATGAATCCTCATCTT
CTGCGATTGTTCCTCAACCAAGTAGTATGCCACTGCCATCAAGCAGTCAC
ATATCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCTCAATGTC
AGCCTCACCACAGAGTTCAATGCCACCACCACAAAGCTCAATGCCAC
Run BLAST on NCBI

protein sequence of TCONS_00065043-protein

>TCONS_00065043-protein ID=TCONS_00065043-protein|Name=TCONS_00065043-protein|organism=Clytia hemisphaerica|type=polypeptide|length=515bp
KVRYSSDKMRTFYGLLAGSITLIVSLSLCTKVESTRPLFTLGGQLENGAE
GLDYDKVHLHNQHERVRRSANPEEERIFLTFKAFDREFNIELHHDPWKIL
DFKSSGNNGPDISKYLYSGWLKDESNTRVSGSVRNGILQATIYINDKPTF
KIESSQRYPEIPSEKYHSLIYHYSDVKKLKSSNFGKMAGAAQIPMDDAME
VPESLEQAKEHKHSRQRRSTPFDPARKECLVLMVADYTYVAAHNYDIEEA
YLKMATTFDAAKQIYEQSDFDGDGNADGITLRIGGFNRTKNSTECVGDEC
RYNSTLGINELLTVFTTNDHGDYCLASLFVDRNFAPAATIGLAWVGVICE
TYKRYRLDDGVTLSDRTYNTNWVTINSRGTPLTDAVVEIVTAHEFGHNYG
SDHDNSTCQPSDVSPNGYYIMNPTAPQNGNLPNERQFSRCSLNEMWAKIQ
TQGGCFKAVKLNESSSSAIVPQPSSMPLPSSSHISPSPSQLAPPMSTSMS
ASPQSSMPPPQSSMP
Run BLAST on NCBI

transcript from alignment at scaffold_428:300222..312066-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00065043 ID=TCONS_00065043|Name=TCONS_00065043|organism=Clytia hemisphaerica|type=transcript|length=11845bp|location=Sequence derived from alignment at scaffold_428:300222..312066- (Clytia hemisphaerica)
AAAAGTTAGATATAGCAGTGACAAAATGCGAACATTTTATGGCCTGCTGG CAGGTTCCATAACATTGATTGGTAAGTAGTAATAATTTTTCACCCCCTTC TCACAGACCCGGTAACTTGATGGGGATTGATATTCCCATGTTTTTCATGG CTGGTGATTTGAATTCCATTGTCAGAAAATTAAATGAGGACGGAGAAATA GCACAATATTTTGCCGAGAGGATTTTTTATTTTTTCCAATGGGAGAGGGG TCCCAGCTGATCTGTGAGATAGGGGTGTACTTTCTAACATACCATATCTG GACTATTCTAATTGAATTTAAAGGGCTCTGACCATAGTCGGGAAATTGAT TTTAGTATTTGAACATAAAAGTTATGTTTTAGGTTCTTTAACACACTTTC AACAAAGAATTACCTTTATAAATTGCTTTTTAATCAAATCCCTTATGAGT AATTAAGAATTTAATTGCAAAAATGACGTTATGAACTTTAAAAAGACGTT AATAATATGTTGCATCACCTTCTTTTATAAAAAGTGCTAAGTTTTAATGG GTAATTAACCTTTTTGTTTCAAAGTTCTTTCAAACTGTCCGCAAAGAATT GAACTGTTTTACATTTTTCGGAAAAATTTTCTAAATTAATGCATCAAAAA TTATGGCTGTTTTTCTATGAAAAATTGGGATGGAAAATTGGTCAAAAAGC ACTATTTTCAAGATTTTGAAGCAAATAAGCTTTTAGAAAAATTTTCCGAT AAAAAATAATTATAGTTCGATAAAAGATACACCATATACCGCAAAAAAAA TTCAAAATGTTTTTTCTTCGCCGAAACTAAGCTCTTCAAAGTTGAAATAC ATACTCTTCTTCGCAAAAGTCTTCATTTTCTTCTTCATCAAATTTTTTCA TTGCGGTTCTTAAATTTTCAGACTCGCGGATAATTTGGCCTAACAGAATA TGTATAACCATGGAGTTAATAAAAATATAACTAACTTTTATTACCTCTAT GGTATAACATGCCACAGTTTTGTGGGCTACATCAAGTATAACTTTATATT TTGTAAGTGGCAAATATTAAAAATTCACTATATGGTCAGAGCCCTTAATT GCAACAATTTCAATCACAGTATATAAGGGACTTCTTAAAATTAGCCACTT TATAACATATACGAAAATAAAAGATAGCTGGTTATTATAGTTTTCTTCCT GATCTTGGCTTGGTTGATTGAGATTCATATCTTTCCAAAATATTTCTAAT ATACACTCCCTTCTCACAGATCCGGTAGGATTTTTTCAGCCAGTGGAAGT GAAAATAATGGACGGAAACTCGATGGGGGTTGATATTCCCATATTTTTTA TGGCTGGGGATTTAAATTCTTTTGTTTTCAAGTCAGAAAATCCAGTGGGG ATAGGAAAAAGAGCATAATATTTTGCAGTGAGGATTGGTTTATTTGATTA TTTTCAATGGGGACAAAACCTGGAGTAAGATTTTTCACCGGGAACGATAT TTTGGCCAATTTTTCCAGTGGGAAGGGATCCCAGTGGATCTGTGAGAAGG GGGTGTTTAGAATTTTATACCGCGCATCTCTAAACTCAAAAAGTTTAGTT AAACATTTTCAGCGATAACATTGGATTGCATATGAGTTGGTGAGAAATTT CAAAAGTCAAGTTAAGCTGCAAATTGTTGTACTGTGACAGTTTAAGAGAT TATTCTGCATTATTTCATCTTCTCCCAAAGCAAACCTTTAAATCATATCT ATGGTTTTTTCCATTTTAGTTTCACTATCGCTTTGCACAAAAGTAGAAAG TACACGTAAGTATATTTATTTTTCTATCTATGTTAACACTGACCGATTTT AAACATTTACACATAAGACACATGCTTCACTGAGGTGGAGGTTTATTTCC ACCCGTATACAATTGAGATTACAAGGGTTACCTGCAAGTCCTTCGTCTCG TATAAAAATTCGAATTTCTATCATTATTCGAATCTTTCAATATTTTTTGG CTAATTTCCAGTTCCCGTCAAGGAGAAAATCCTCTTAAAATACTTTCTTT CATTCAATTCAAACCTTGCATTTTTAACAAATTAGATTCCCCGTTCAAGC TGGAATTAGCGAGCGTCAATGTGTTTCTAAAAACGCACAAGGAAGATAAT ACTGTTTTCTTCAGTCAAATTCACTTAGTTGGTAATCTAGCATGCTAGAC GACTAATTCAGACATAATAGAAATAAAGCAAAAATTAATGGAGGGAACAA TTTTAGTTTACACAAACTAAATCCCGTAGCAATAATCGTATTCATATAAC ACCTATACTACTGTATTACACGGGTTATAAACGACGCCAGTCTACTTAGT TAGAAAAAGAATTCACGAATTCTCAGTCTATTTAGTTCCCCATTTTTGGG TTCAGGACCTTTAAACCTCAATGTGTAACGCGTCATTCATAAGATTTTGT TTCTTTAAATCCCCGATCAAAAAATCATTGACAGTCACTTCATTTCCTTC ATTGTCGTATTTCCAACAGCGCGGAAAGGAGCGTCATGTGTGAGGTATCT TGTTACCTTGGAAACCAAAAGAAGACAACATAAAATCTAAATAGGAAGGG TATTGGCCATTATGTCGATAGTATAGTAGGCAGCCACCAATCCATTGGCT TTAGATCATCCCTTAAAGAAAAAAGTTCATTCTTATAGAAAGTAAAGTAT CTATATAGGTATGTGAATAAGACTAGAGAAAACCTTAGAACTTTCGATTT AAGGGGAATGGTAACTGTTCTAATAGCGCTTCGTTATGCAAACGTCATGA TTATTACTTCTCTCATTTGACCGAAATTCAATCCCGCAGTCCTTTTCGTC TTAATTCAAAAGTCGTGAAAGTTATTACTTTTTCTTTGTAATTGAGTGTA ATTTGCGTGCAAGCGTAATAAACACAAAGGGAAATGGGATTGAATTTCGG TCAAACAGAAAAATCAATGTCTTTTATTCGCCACTGTATCCAATAGATCT TATCGGAGTTTTTTACTTTTTTTATTTAAAAAAAGCAATGCATTGTGGGA TTGTTTCGGGGGTATTACAATAGAAATCTAATAGGAATCCTCGAGGGAGT TCTATTGTAATACTTCCGAACCAATCCCACAATGCATCGTTTTTTTAGAA AATCAAAAACTCCGATAGGGTCTATGAGTCTATTGAATAAACTTTTAATT CTTTTCGTTCAGGTCCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGGC GCAGAAGGTTTAGATTATGATAAAGTTCATTTACATAACCAACACGAGCG CGTTCGAAGGTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTACTTTCA AAGCCTTTGATAGGTACGTAATAATTATAAAAATGTCGATGGAAAAATCA CAAGGCATTGTTGGTTGAATTTACAGTGAAAGCATCGCTCTCCCAGTGTC CTTTGAGTGTCATGGTATTTGCCATGGCTTGGCGGCTTGCGTCTGTCAAG TCGCAGTGTCTGTCAGCGCTGTGATTCCTACTCCTTTGTGGGAAAAGGTC CATTCCGATACATTCGGGGGGCTCATATCTATCTATTTAATAATAATCTT CAATAAAAATTTCAAGGGCATTCATTCGACTACGGTGTTAAAGGATATAC AACCCCCGTCTAGATCTTACTAAGGGAGATAATATCTAAACAAATGAATG ATACAGGGGGATGCTGCTCTTAATAGCACTTATTCCACATGTAAATGTCA CAAAATCTAAGGTATCTTGTTACCTTGGAAACCAAAAGAAAGCAGCAAAA ATCTAAATAGGAAGTTTATTGGCCATTACATCAATAGTATAGTAGGGAGC CGCCAATACTTTGGCTTACTATCCAGAATCTCTAGAACAAGGTACAAAAC TAATACAACATCGATTGTTCATCGAATTATTGAGAGTTAGCTATTTAGTC CCTCTAAAGAGTTGTCTAAGTAGGACCAAAATATTTTAAAAAAAGTCTCC CTTCCTCTAAAATCTCATTTCTCCTTCGTGAACAAAAAATTTTACCTTAA GCAAATTATCTTTTTATTTCAGGGAGTTTAATATTGAGCTTCACCACGAT CCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCCTGACAT TTCAAAATATCTTTACAGTGGATGGTTAAAAGGTAAATACTGTGTAGATA AGCTAGCTTGCATAAAATGTTGGTTTAACTGCGATATATAAGCAGTAACG TAGACAGAAGAGGCGCAAAATCTGCTCTCCTACACACATTTTGCGCCCCC TTGTCTACGCTACTGTCTAAGTCCCAAAAAAGTTGTAAAAAATAGCTATA TCTAGAGGTATAATCTGCTTAAACTTAGGTGATGCCTAACTTTCCGAAGC TCATTTTTCAACTATCTGATCTTTTTCCGCTATAATTTCTTATTTTTTCA AAATGTTTTAGATGAATCAAATACACGTGTTAGTGGTTCAGTACGCAACG GAATTTTACAAGCCACCATTTACATCAATGACAAACCAACTTTCAAAATC GAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAAATATCATTCACT AATTTATCATTATTCTGATGTCAAAAAATTAAAGTCATCAAATTTTGGCA AAATGGCTGGCGCCGCTCAAATTCCGATGGATGACGCTATGGAGGTCCCA GAATCTCTAGAACAAGGTACAAAACTAATATAATATCGATTGTTCATCGA ATTATTGGGAGTTAGCGTATTACTTCGAATAAACGCCCCTCCTAAGAGGA AAATTATTAAATAAACACCCCCTTAAATAAACGCCCNGCGTATTACTTCG AATAAACGTCCCTCCTAAAAGGAAAATTATTAAATAAACACCCCCTTAAA TAAACGCCCCCTTCTAGGGCAGGGGCGTTTATTAGAAACTTGTGACTTTA ATACTTCAATACCAGTGTTGATTGGGCTTGAAAAGGAAGATTTTAGTCAT TTCTTGTAACCAGAGCAGTTTTCGATGCAATTTTAATCGGTGAACCAAAG AAATTTTGATAAAGAACTAAAACAAAGGGTATATTTGCTCTAAATAGACT AAAATAATTTGATAAACGCCCCCCTTCTTTTAAACGCCCCCGTCGAATAA ACGCCCCTCCTAAAATCAAAAAAAATTAAATAAACACCCTGGGCGTTTAT TCGAAGTAATACGGTAGCTATTCCATTCCATACGAAGTGGAGATGGAGAT TTTTAGAAGCTCTTGTTTGATAACCTCCTAAGGAGCGTCGTTTTAGATTT AACAACCTGGATTTCACCTTTTAGGTCACAAAATACCTTTCTTGACCAAG ACCCCCCCCCCAGACTTTTATTTCATATATTATTTTCGGAATAGCATATT TGCATATGAAGAGATAGTAATCGACGATGATCCACATACCATCCAGCTGG CACACAACATTGTTTCGACGTCCATCTAATGTTCATAACGTCAATATAAC GTTAGATGAACGTTGAAACAACGCCAGCTGGGCAGGTTCTGTAGGAGGAA TGGCTCACTAGATTTCGTAGATTTTTCACAACAATTGAATTTAGCCCATA CAAAGGAAGGAATTTTAAAGTCTTTAAAAATCAGGTGAAAAAATACATAT CCATACATTTTGAGTAACAAAAGGTGCTTTTGGTTCATTTTGAAATTTAT TTTTATTTTGAAAGCTTCGGCCTCAACAGAGTACCATCATCAGTAAAAAA TTTGTTATGTGAAAAAATGATGCTTTCAAAAGTAAAAGAGGCCCCCCAGC GGCACCCCTAATCACGCAAAAAAATTTTCTCTATCACGCATCACGAAAAT CGCTAAAATTTGTCATCACGCAAAAAATAGTGAAAAATAGCCCAAATCAC GCATCACGCCACAAATTTTTGCCCCATCACGCATGAACCGCTGGGGGGGG GGCCTCGTAAAACCAATTTTGAAATAGGGACATATTTTTTCATTGGTTCA TTATAGCAAAAGAACACAAACATTCGAGACAAAGAAGAAGTACACCTTTC GATCCAGCCAGAAAAGAATGCCTCGTATTGATGGTTGTAAGTCAACCCTT TATATTGGATCTATTACCAGCTAGCACAGAACGTTTTTTCGACGTTCATC CAATGTTCGCAACGTCCAAATAACGTTAGATGAACGCTGAAACAATGTTG TGTGCCAGCTGGGAACGCTTCTCCAAACACTCAAAGCCCAACTTTCCGAA AATTTTTTTGGATTTTAGACATGATTCAATTTTAGTCGAAATGAAACTTT TAGGAGAAATACGCATGGAATTCAACTAATTCAGTACTACCCAGATAAAT TTCTTTCATTTATGAACAATCCTTTTCGACGTGTACGCCGAAAAGATAGA TCTTGGAAAGAGCTTTCCAACGAACCCAAACCTTATTTCACCATTTTATT TGAAGTTTACATACCATGGCTTCGAAAGACTCCTTAAATTTCAGTTTCTA ATACTTACCGTGGCAGATCCGAACAAACTAGTTCTTGTTTAGACGTCGCG GCTGTAAAATACACGGCCGCGTATTCTAACTCACGGCCGCGTATTCTAAC TCGCGGCCGCGTGTTTTAAGCCCCGGTGGCTAAACAAGAACTAGATTTTT CGGATCTGCCACGGTAAATACTCTACTGTATGAGTTAAAAGGACTTTCTT CTTATTTTCATACAACAGGCTGACTACACTTATGTGGCCGCACATAATTA CGACATTGAAGAAGCTTATTTAAAAATGGCAACCACATTTGATGCTGCCA AACAAATTTATGAACAAAGCGACTTTGATGGTGATGGAAATGCTGATGGT TTGTTTCTTGTTTAAATGTGTCACACAACGTCGTTTCAACGCTTTTCTAA TGTTCACAACGTCCATATAACGTTAGATGAACGTTGAAACAACGTTGTGA ACGTTGAAACAGTGTTGTGTGCCAGCTGGGATACTTGTCACTACAGTAGA ATCTCTTTAACTCGAACCTCTATAAGGACATACCTCGAATGTCTAATTAA CTCGAACAAGTTTTCTCATCCCTTTAGTTAACAATGCCTTATAAACTCTA CTCCATAACTCGAATAACGTTATGTTCCCCGTGCGGGTTCGAGAATACAC TATATCGACTTCCTTTCTTACTCCACTTCTCTCTTAGACTAATAAACGAC GTCGTTTTATTTCGCTTCAGCTTAAGCTTGCAATGGGCTCTATTTCTAGA TATGTTCACCGCTCTTTCCAAACCACTCTCCCGCAGCAATTTCTATTTTT TTACAAGAACTCTTAATAAGCACTATTCCCGCGTTCCCGTGTCCAAGGAA AGACAGACGCTTGCTAGTCCAATATCGAATCCTCTTTATTCTCGAATACA TCATTTGTGAAAAAATTTGTCGGATAAATATTTCGTAACCCAGCAAATAT TTTGTCATTTTTGCAAATTGACTTCCTTCCGAAAAGGTACCATATATAAT TGCATTCTTACTCTCGGGTACCTAATAGCCGGGGGGAGGCGCTAATTAAT TTTCTTTTAATTAACATTCTTATTCCAGCCCCCCCCCCCCCTTTTTGGTT TTTGGGAAAAAAAATTTAAATTTTGTGAAAGTTCCCTCTTCTGCCCAAAT TCTGCTGTATTAGCCTCCTTTTCGAAATTTTTATTCTAACCCCCCGCTTT TATTAGGTTTTGAGATTTTTTACACACCACCTCCCCCCAACTTATTCCAA ACCCACTGGCTGTTAGGTCCCGATAGTAAAGAGAATTTTCAAGTCTTAAA ATCAGGGATCCTGATTGGTTACAAATCTCAAATTGGCTTGATTAAAATCA GGTTGATAACACTTGAAAACCATAATGATTTAGTTCGAAATTTCTTCTAA GAGTCTTTATAAAGATGTAATTAAATTTCTCTGGGACGAGATGGAGTTTT TACAAGCTCTTATTTTGATTTGGTTGGTTGGTTTTTGTTACTTTTTCTAA AGAATGCGTCATTTTCATTACTTCAAAGGACCAAGTATTATTAAACTCCA TCTCATCTGATTTCAGGGATAACGTTGAGAATCGGTGGATTCAACCGAAC GAAGAATTCCACCGAATGCGTTGGAGATGAGTGTCGGTATAACTCGACAC TAGGTATAAATGAACTTTTGACGGTTTTCACGACAAACGACCATGGAGAC TACTGCTTGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGCAAC AATTGGTTTAGCGTGGGTTGGTAAGTAAGATTTTTTACTATCATAGTTGG ACTAGAAGAGTCTACTTCTCACTGAACTTTGCTTTTTTATAATTTTTTAT GACGCTGAGACAGTAAGGTCAGTGACTATGAGTTCTAGAGCAACGAGATA AAGAATTGAGAAAATCGATTTTTATTTTCCGTTTTCAACAAGTGGAAAAG CTTACAACGAAAGATCATAAAGGGTGTCCGGAAAAAAATGTATTGGTTGT AGAAGGTTGTTGTGTGTGTTTAACAAAATGTAAAAAAATATTTACCAACA CAATAATTGTTTTTACAACAGTCGTTATTATAAAAAATAATTAACTTTCT TTACGATTTTTACGACGTTAAAGTTATTGAAAATTGCTTTTTTTAAAGTT ATTCATAAAGATCTCTCATGACAATTAATATGACACAGAGAGAAATTTTG ATAAACATTGCAAATTTAGTGAAACACACACAAGAACTTTCTTTCTATAG AAGTGGTACGACTCGATACTTTTTTTCCGGACACCCTGTATAGATGACAA TTCTAGCTTGGACGTTGGAGTTGGGTTAGAGCAGAGAATGGATTAGTGAC AATGACATTTATCACATAGAGAAAGTGTCTACTTCACATCTATTGTCTCA TTTTCAAAACAAAGTTAAAACGCATGCGTGTACTTTTATTTTATAAACTG TTAGTCGTTATTATACGCAAAACACAAAGAGGAATGAATGATGAAATGAA ATTAGTCGTTCTTATTAAATGTTGCGAAGTAGGCACTTTCTATCCCCCTC ATATATAAATTCGTAATTCACCAAATCAAATAAGTTTGAATCCCCTTAGA TCGACTGCTGAATAAAATTCAAATGATTACGAGATCGTAATTTTATTGTG ATCTGCTTAAGAAAAACTAATAGCTAAGAAATATTTTCTCGAAGGTTGAC TGGATAACATATAAGTTACTATTGCCCACTGAGCAGACGGGGTTACGAAT AAGCTAACAGTGATTCTTGTGTTTATCCCATCCTGTTTAAAGCGAATTTG ACCTTGCCCTGTTGGCCCACAACGTTATTCCAACGTTCATCTAACGTTAT ATGGACGTTATGAACATTAGATAAACGTTGAAACAGCGTTGTTTGCCAGC TGGGTAATGACAAGTATTTTTTTATGTCCTGATAGGTGTAATATGTGAAA CATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAGAACG TATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAACAGA CGCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTATGGAA GTGATGTAAGTACCCAGATAGTCTGGCACGTCAGTCGGGTTGGAACAGTA CCTCGTGGGAAAAGTGAGCGTAGGAGTTAGGTAAGCGTAGGAAGAAATTT TGTCGGCGGCAAGGGCTGAAAACCCTTAGTTAATCAGCAGCCTCTCACCA ACTTTTGCTCGTTCTCCTACGCAGCTCCTATTTTAGCAAACGCCTGCCGC CTTTATGTTCCCGCCCTCTGACATGATTAATCAACAGACTAGTTTGCTAG TCTAGTACTCAGATGAATTTCTTTTTTCAGAAAAGACAAAAAAACATACA GTTGACGCTCTCTAATTCGACATTATACTATTCGATACGCTCCATTATTT GACAATATTGAAAATCGTCATCAATAAGAAACCCTCACAAACAATACTCT ACTATTCGATGCACTCCACTTGAAAATCGAATTAGAGAGCGTCAACTTAT TTTAACGGCACGAATAACAAATTTACCATATGATAGAGCTACGGTAAATC GCAAGGTATTAACGATCATTTTTAAGCAATTTATTTTTATTTTTACTGCC TCAAGTGAAGAATCTTATGTCTAACATGGGATTTAGGGAAAACGATTTCG TGCCCAGAGAGATGTGCTAAACAAAAGGGAAAATTATCAATTACTAGTAC TTCCTTTCAACTAACTATTGTAAAGATTTTTGTAAGTTTAAGACCATGTT CGCACGTGACGTGGTTCGCTTTCGCTCCGAAACGGAATGAAGCCATTCTA TTGGTTAGAAGTGACGTAACATTTGAATGTAACCTATAGAATGGCTTCAT TTTATTTCGGAGCGAAATAGAACCGTCACGTGCGAACATGGTCTATTATT TTCTTTCGATAATATTTTTCTAGCATGACAACTCAACTTGTCAACCAAGT GACGTCAGCCCTAATGGTTATTATATTATGAACCCAACAGCTCCACAGAA CGGAAATTTGCCAAACGAAAGACAATTTTCTAGATGTAGTTTGAATGAAA TGTGGGCTAAGATACAGACACAAGGAGGATGTTTTAAAGGTATGATATCA AACTTACAACAAAAAATTTTGCATGATAGACGACTTCACCTAACCTAGAA ATGTAAGCTAGTTTGATTCAGTCACTAAGATAAATCTGATGGTAAGTTGT GACTGAATAACTAATAACAGTATTCCAAGGGCTTCCAAGGCGAACTTAAA ATCCGTAAATATAAAAAATCGTTAAAGCGCCGAAAGCGCTATATTGCCAT TAGCCGTGTGTCCTAGCCTTGTGAATACGGGCTTAGTTAACTACGCGGTG TATTTAAGGGCGAACACACATGTTTATAAAAGACTTTTTATATAGATTTT TCAGTCGCAAATAAAATTATTTTAGCATTCGAATTTCGCAAAACAAAGTA CATATTTGAAGTCTCCATTAAATTTCGCGTTTTTTGATGTATATATGATC AAGGTAATTATTAAAACATAATTACTAATTTGTGGAAAAATGCAAGAATT CTCTAATTTTTAAGTGAATTCTTGAATGCCCGGTACGTGTTAAAAGACGA AGAAAATGAAGCTATATAGTAATGGTGACTTTGTTTGGCTTGTAAGAGGA AGCCCTTAAATAAGCTTTTGCCTAGTTCGAGAAAACTAGGACAAAGACAA AAAATGCCAAGTCAGTCTACCCTTTCTGATAACTGAACGACGTGCAAGGA TTAGATATTATAACAAATCTCAAAAATATTTTGTTAAAGTCAATAGACCT GTGAAATATAATTGTATGAATATTGATTTCTCTCAGAAGGGTAGATTCCT GTAAGAAATTTCTCTTTTTTAAATAGCCAACAAGACTATGTGTTTTTTAA GAAACATATTCTACATCTAAAAATACAGAAATTGTTCCTAACTGACTATA AAAACATTAATCACATTAAATGATTCTTATTGCCTTATTGTGTCTTTTTT ATGCCTAGATGAGTGACGAAATCGATCATTCACTATGTTAAGACTCTATT CATATGTTAAAAGGAGTATTTATATATTGATATATTCTTCAAACTAATCT ATGATTGGTTTCATATTTTAGCTGTGAAATTGAATGAATCCTCATCTTCT GCGATTGTTCCTCAACCAAGTAGTATGCCACTGCCATCAAGCAGTCACAT ATCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCTCAATGTCAG CCTCACCACAGAGTTCAATGCCACCACCACAAAGCTCAATGCCAC

Coding sequence (CDS) from alignment at scaffold_428:300222..312066-

>TCONS_00065043 ID=TCONS_00065043|Name=TCONS_00065043|organism=Clytia hemisphaerica|type=CDS|length=16995bp|location=Sequence derived from alignment at scaffold_428:300222..312066- (Clytia hemisphaerica)
CTGTGAAATTGAATGAATCCTCATCTTCTGCGATTGTTCCTCAACCAAGT
AGTATGCCACTGCCATCAAGCAGTCACATATCTCCTTCTCCAAGTCAATT
AGCTCCTCCAATGAGTACCTCAATGTCAGCCTCACCACAGAGTTCAATGC
CACCACCACAAAGCTCAATGCCACATGACAACTCAACTTGTCAACCAAGT
GACGTCAGCCCTAATGGTTATTATATTATGAACCCAACAGCTCCACAGAA
CGGAAATTTGCCAAACGAAAGACAATTTTCTAGATGTAGTTTGAATGAAA
TGTGGGCTAAGATACAGACACAAGGAGGATGTTTTAAAGGTGTAATATGT
GAAACATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAG
AACGTATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAA
CAGACGCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTAT
GGAAGTGATGGATAACGTTGAGAATCGGTGGATTCAACCGAACGAAGAAT
TCCACCGAATGCGTTGGAGATGAGTGTCGGTATAACTCGACACTAGGTAT
AAATGAACTTTTGACGGTTTTCACGACAAACGACCATGGAGACTACTGCT
TGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGCAACAATTGGT
TTAGCGTGGGTTGGCTGACTACACTTATGTGGCCGCACATAATTACGACA
TTGAAGAAGCTTATTTAAAAATGGCAACCACATTTGATGCTGCCAAACAA
ATTTATGAACAAAGCGACTTTGATGGTGATGGAAATGCTGATGCAAAAGA
ACACAAACATTCGAGACAAAGAAGAAGTACACCTTTCGATCCAGCCAGAA
AAGAATGCCTCGTATTGATGGTTATGAATCAAATACACGTGTTAGTGGTT
CAGTACGCAACGGAATTTTACAAGCCACCATTTACATCAATGACAAACCA
ACTTTCAAAATCGAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAA
ATATCATTCACTAATTTATCATTATTCTGATGTCAAAAAATTAAAGTCAT
CAAATTTTGGCAAAATGGCTGGCGCCGCTCAAATTCCGATGGATGACGCT
ATGGAGGTCCCAGAATCTCTAGAACAAGGGAGTTTAATATTGAGCTTCAC
CACGATCCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCC
TGACATTTCAAAATATCTTTACAGTGGATGGTTAAAAGGTCCTCTTTTTA
CCCTTGGTGGACAGTTGGAGAATGGCGCAGAAGGTTTAGATTATGATAAA
GTTCATTTACATAACCAACACGAGCGCGTTCGAAGGTCTGCTAATCCAGA
AGAGGAAAGAATATTCCTTACTTTCAAAGCCTTTGATAGTTTCACTATCG
CTTTGCACAAAAGTAGAAAGTACACAAAGTTAGATATAGCAGTGACAAAA
TGCGAACATTTTATGGCCTGCTGGCAGGTTCCATAACATTGATTGCTGTG
AAATTGAATGAATCCTCATCTTCTGCGATTGTTCCTCAACCAAGTAGTAT
GCCACTGCCATCAAGCAGTCACATATCTCCTTCTCCAAGTCAATTAGCTC
CTCCAATGAGTACCTCAATGTCAGCCTCACCACAGAGTTCAATGCCACCA
CCACAAAGCTCAATGCCACATGACAACTCAACTTGTCAACCAAGTGACGT
CAGCCCTAATGGTTATTATATTATGAACCCAACAGCTCCACAGAACGGAA
ATTTGCCAAACGAAAGACAATTTTCTAGATGTAGTTTGAATGAAATGTGG
GCTAAGATACAGACACAAGGAGGATGTTTTAAAGGTGTAATATGTGAAAC
ATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAGAACGT
ATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAACAGAC
GCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTATGGAAG
TGATGGATAACGTTGAGAATCGGTGGATTCAACCGAACGAAGAATTCCAC
CGAATGCGTTGGAGATGAGTGTCGGTATAACTCGACACTAGGTATAAATG
AACTTTTGACGGTTTTCACGACAAACGACCATGGAGACTACTGCTTGGCT
TCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGCAACAATTGGTTTAGC
GTGGGTTGGCTGACTACACTTATGTGGCCGCACATAATTACGACATTGAA
GAAGCTTATTTAAAAATGGCAACCACATTTGATGCTGCCAAACAAATTTA
TGAACAAAGCGACTTTGATGGTGATGGAAATGCTGATGCAAAAGAACACA
AACATTCGAGACAAAGAAGAAGTACACCTTTCGATCCAGCCAGAAAAGAA
TGCCTCGTATTGATGGTTATGAATCAAATACACGTGTTAGTGGTTCAGTA
CGCAACGGAATTTTACAAGCCACCATTTACATCAATGACAAACCAACTTT
CAAAATCGAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAAATATC
ATTCACTAATTTATCATTATTCTGATGTCAAAAAATTAAAGTCATCAAAT
TTTGGCAAAATGGCTGGCGCCGCTCAAATTCCGATGGATGACGCTATGGA
GGTCCCAGAATCTCTAGAACAAGGGAGTTTAATATTGAGCTTCACCACGA
TCCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCCTGACA
TTTCAAAATATCTTTACAGTGGATGGTTAAAAGGTCCTCTTTTTACCCTT
GGTGGACAGTTGGAGAATGGCGCAGAAGGTTTAGATTATGATAAAGTTCA
TTTACATAACCAACACGAGCGCGTTCGAAGGTCTGCTAATCCAGAAGAGG
AAAGAATATTCCTTACTTTCAAAGCCTTTGATAGTTTCACTATCGCTTTG
CACAAAAGTAGAAAGTACACAAAGTTAGATATAGCAGTGACAAAATGCGA
ACATTTTATGGCCTGCTGGCAGGTTCCATAACATTGATTGCTGTGAAATT
GAATGAATCCTCATCTTCTGCGATTGTTCCTCAACCAAGTAGTATGCCAC
TGCCATCAAGCAGTCACATATCTCCTTCTCCAAGTCAATTAGCTCCTCCA
ATGAGTACCTCAATGTCAGCCTCACCACAGAGTTCAATGCCACCACCACA
AAGCTCAATGCCACATGACAACTCAACTTGTCAACCAAGTGACGTCAGCC
CTAATGGTTATTATATTATGAACCCAACAGCTCCACAGAACGGAAATTTG
CCAAACGAAAGACAATTTTCTAGATGTAGTTTGAATGAAATGTGGGCTAA
GATACAGACACAAGGAGGATGTTTTAAAGGTGTAATATGTGAAACATACA
AGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAGAACGTATAAC
ACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAACAGACGCTGT
CGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTATGGAAGTGATG
GATAACGTTGAGAATCGGTGGATTCAACCGAACGAAGAATTCCACCGAAT
GCGTTGGAGATGAGTGTCGGTATAACTCGACACTAGGTATAAATGAACTT
TTGACGGTTTTCACGACAAACGACCATGGAGACTACTGCTTGGCTTCTCT
TTTTGTTGACCGAAATTTTGCACCTGCTGCAACAATTGGTTTAGCGTGGG
TTGGCTGACTACACTTATGTGGCCGCACATAATTACGACATTGAAGAAGC
TTATTTAAAAATGGCAACCACATTTGATGCTGCCAAACAAATTTATGAAC
AAAGCGACTTTGATGGTGATGGAAATGCTGATGCAAAAGAACACAAACAT
TCGAGACAAAGAAGAAGTACACCTTTCGATCCAGCCAGAAAAGAATGCCT
CGTATTGATGGTTATGAATCAAATACACGTGTTAGTGGTTCAGTACGCAA
CGGAATTTTACAAGCCACCATTTACATCAATGACAAACCAACTTTCAAAA
TCGAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAAATATCATTCA
CTAATTTATCATTATTCTGATGTCAAAAAATTAAAGTCATCAAATTTTGG
CAAAATGGCTGGCGCCGCTCAAATTCCGATGGATGACGCTATGGAGGTCC
CAGAATCTCTAGAACAAGGGAGTTTAATATTGAGCTTCACCACGATCCGT
GGAAGATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCCTGACATTTCA
AAATATCTTTACAGTGGATGGTTAAAAGGTCCTCTTTTTACCCTTGGTGG
ACAGTTGGAGAATGGCGCAGAAGGTTTAGATTATGATAAAGTTCATTTAC
ATAACCAACACGAGCGCGTTCGAAGGTCTGCTAATCCAGAAGAGGAAAGA
ATATTCCTTACTTTCAAAGCCTTTGATAGTTTCACTATCGCTTTGCACAA
AAGTAGAAAGTACACAAAGTTAGATATAGCAGTGACAAAATGCGAACATT
TTATGGCCTGCTGGCAGGTTCCATAACATTGATTGCTGTGAAATTGAATG
AATCCTCATCTTCTGCGATTGTTCCTCAACCAAGTAGTATGCCACTGCCA
TCAAGCAGTCACATATCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAG
TACCTCAATGTCAGCCTCACCACAGAGTTCAATGCCACCACCACAAAGCT
CAATGCCACATGACAACTCAACTTGTCAACCAAGTGACGTCAGCCCTAAT
GGTTATTATATTATGAACCCAACAGCTCCACAGAACGGAAATTTGCCAAA
CGAAAGACAATTTTCTAGATGTAGTTTGAATGAAATGTGGGCTAAGATAC
AGACACAAGGAGGATGTTTTAAAGGTGTAATATGTGAAACATACAAGAGA
TACCGTCTCGACGACGGTGTTACCTTATCGGATAGAACGTATAACACGAA
TTGGGTGACTATCAATTCTCGGGGAACACCTTTAACAGACGCTGTCGTTG
AAATTGTTACTGCACATGAATTTGGCCACAACTATGGAAGTGATGGATAA
CGTTGAGAATCGGTGGATTCAACCGAACGAAGAATTCCACCGAATGCGTT
GGAGATGAGTGTCGGTATAACTCGACACTAGGTATAAATGAACTTTTGAC
GGTTTTCACGACAAACGACCATGGAGACTACTGCTTGGCTTCTCTTTTTG
TTGACCGAAATTTTGCACCTGCTGCAACAATTGGTTTAGCGTGGGTTGGC
TGACTACACTTATGTGGCCGCACATAATTACGACATTGAAGAAGCTTATT
TAAAAATGGCAACCACATTTGATGCTGCCAAACAAATTTATGAACAAAGC
GACTTTGATGGTGATGGAAATGCTGATGCAAAAGAACACAAACATTCGAG
ACAAAGAAGAAGTACACCTTTCGATCCAGCCAGAAAAGAATGCCTCGTAT
TGATGGTTATGAATCAAATACACGTGTTAGTGGTTCAGTACGCAACGGAA
TTTTACAAGCCACCATTTACATCAATGACAAACCAACTTTCAAAATCGAA
TCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAAATATCATTCACTAAT
TTATCATTATTCTGATGTCAAAAAATTAAAGTCATCAAATTTTGGCAAAA
TGGCTGGCGCCGCTCAAATTCCGATGGATGACGCTATGGAGGTCCCAGAA
TCTCTAGAACAAGGGAGTTTAATATTGAGCTTCACCACGATCCGTGGAAG
ATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCCTGACATTTCAAAATA
TCTTTACAGTGGATGGTTAAAAGGTCCTCTTTTTACCCTTGGTGGACAGT
TGGAGAATGGCGCAGAAGGTTTAGATTATGATAAAGTTCATTTACATAAC
CAACACGAGCGCGTTCGAAGGTCTGCTAATCCAGAAGAGGAAAGAATATT
CCTTACTTTCAAAGCCTTTGATAGTTTCACTATCGCTTTGCACAAAAGTA
GAAAGTACACAAAGTTAGATATAGCAGTGACAAAATGCGAACATTTTATG
GCCTGCTGGCAGGTTCCATAACATTGATTGCTGTGAAATTGAATGAATCC
TCATCTTCTGCGATTGTTCCTCAACCAAGTAGTATGCCACTGCCATCAAG
CAGTCACATATCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCT
CAATGTCAGCCTCACCACAGAGTTCAATGCCACCACCACAAAGCTCAATG
CCACATGACAACTCAACTTGTCAACCAAGTGACGTCAGCCCTAATGGTTA
TTATATTATGAACCCAACAGCTCCACAGAACGGAAATTTGCCAAACGAAA
GACAATTTTCTAGATGTAGTTTGAATGAAATGTGGGCTAAGATACAGACA
CAAGGAGGATGTTTTAAAGGTGTAATATGTGAAACATACAAGAGATACCG
TCTCGACGACGGTGTTACCTTATCGGATAGAACGTATAACACGAATTGGG
TGACTATCAATTCTCGGGGAACACCTTTAACAGACGCTGTCGTTGAAATT
GTTACTGCACATGAATTTGGCCACAACTATGGAAGTGATGGATAACGTTG
AGAATCGGTGGATTCAACCGAACGAAGAATTCCACCGAATGCGTTGGAGA
TGAGTGTCGGTATAACTCGACACTAGGTATAAATGAACTTTTGACGGTTT
TCACGACAAACGACCATGGAGACTACTGCTTGGCTTCTCTTTTTGTTGAC
CGAAATTTTGCACCTGCTGCAACAATTGGTTTAGCGTGGGTTGGCTGACT
ACACTTATGTGGCCGCACATAATTACGACATTGAAGAAGCTTATTTAAAA
ATGGCAACCACATTTGATGCTGCCAAACAAATTTATGAACAAAGCGACTT
TGATGGTGATGGAAATGCTGATGCAAAAGAACACAAACATTCGAGACAAA
GAAGAAGTACACCTTTCGATCCAGCCAGAAAAGAATGCCTCGTATTGATG
GTTATGAATCAAATACACGTGTTAGTGGTTCAGTACGCAACGGAATTTTA
CAAGCCACCATTTACATCAATGACAAACCAACTTTCAAAATCGAATCTAG
TCAACGGTACCCTGAGATCCCTTCGGAGAAATATCATTCACTAATTTATC
ATTATTCTGATGTCAAAAAATTAAAGTCATCAAATTTTGGCAAAATGGCT
GGCGCCGCTCAAATTCCGATGGATGACGCTATGGAGGTCCCAGAATCTCT
AGAACAAGGGAGTTTAATATTGAGCTTCACCACGATCCGTGGAAGATTTT
GGATTTCAAAAGTTCAGGAAACAATGGGCCTGACATTTCAAAATATCTTT
ACAGTGGATGGTTAAAAGGTCCTCTTTTTACCCTTGGTGGACAGTTGGAG
AATGGCGCAGAAGGTTTAGATTATGATAAAGTTCATTTACATAACCAACA
CGAGCGCGTTCGAAGGTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTA
CTTTCAAAGCCTTTGATAGTTTCACTATCGCTTTGCACAAAAGTAGAAAG
TACACAAAGTTAGATATAGCAGTGACAAAATGCGAACATTTTATGGCCTG
CTGGCAGGTTCCATAACATTGATTGCTGTGAAATTGAATGAATCCTCATC
TTCTGCGATTGTTCCTCAACCAAGTAGTATGCCACTGCCATCAAGCAGTC
ACATATCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCTCAATG
TCAGCCTCACCACAGAGTTCAATGCCACCACCACAAAGCTCAATGCCACA
TGACAACTCAACTTGTCAACCAAGTGACGTCAGCCCTAATGGTTATTATA
TTATGAACCCAACAGCTCCACAGAACGGAAATTTGCCAAACGAAAGACAA
TTTTCTAGATGTAGTTTGAATGAAATGTGGGCTAAGATACAGACACAAGG
AGGATGTTTTAAAGGTGTAATATGTGAAACATACAAGAGATACCGTCTCG
ACGACGGTGTTACCTTATCGGATAGAACGTATAACACGAATTGGGTGACT
ATCAATTCTCGGGGAACACCTTTAACAGACGCTGTCGTTGAAATTGTTAC
TGCACATGAATTTGGCCACAACTATGGAAGTGATGGATAACGTTGAGAAT
CGGTGGATTCAACCGAACGAAGAATTCCACCGAATGCGTTGGAGATGAGT
GTCGGTATAACTCGACACTAGGTATAAATGAACTTTTGACGGTTTTCACG
ACAAACGACCATGGAGACTACTGCTTGGCTTCTCTTTTTGTTGACCGAAA
TTTTGCACCTGCTGCAACAATTGGTTTAGCGTGGGTTGGCTGACTACACT
TATGTGGCCGCACATAATTACGACATTGAAGAAGCTTATTTAAAAATGGC
AACCACATTTGATGCTGCCAAACAAATTTATGAACAAAGCGACTTTGATG
GTGATGGAAATGCTGATGCAAAAGAACACAAACATTCGAGACAAAGAAGA
AGTACACCTTTCGATCCAGCCAGAAAAGAATGCCTCGTATTGATGGTTAT
GAATCAAATACACGTGTTAGTGGTTCAGTACGCAACGGAATTTTACAAGC
CACCATTTACATCAATGACAAACCAACTTTCAAAATCGAATCTAGTCAAC
GGTACCCTGAGATCCCTTCGGAGAAATATCATTCACTAATTTATCATTAT
TCTGATGTCAAAAAATTAAAGTCATCAAATTTTGGCAAAATGGCTGGCGC
CGCTCAAATTCCGATGGATGACGCTATGGAGGTCCCAGAATCTCTAGAAC
AAGGGAGTTTAATATTGAGCTTCACCACGATCCGTGGAAGATTTTGGATT
TCAAAAGTTCAGGAAACAATGGGCCTGACATTTCAAAATATCTTTACAGT
GGATGGTTAAAAGGTCCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGG
CGCAGAAGGTTTAGATTATGATAAAGTTCATTTACATAACCAACACGAGC
GCGTTCGAAGGTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTACTTTC
AAAGCCTTTGATAGTTTCACTATCGCTTTGCACAAAAGTAGAAAGTACAC
AAAGTTAGATATAGCAGTGACAAAATGCGAACATTTTATGGCCTGCTGGC
AGGTTCCATAACATTGATTGCTGTGAAATTGAATGAATCCTCATCTTCTG
CGATTGTTCCTCAACCAAGTAGTATGCCACTGCCATCAAGCAGTCACATA
TCTCCTTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCTCAATGTCAGC
CTCACCACAGAGTTCAATGCCACCACCACAAAGCTCAATGCCACATGACA
ACTCAACTTGTCAACCAAGTGACGTCAGCCCTAATGGTTATTATATTATG
AACCCAACAGCTCCACAGAACGGAAATTTGCCAAACGAAAGACAATTTTC
TAGATGTAGTTTGAATGAAATGTGGGCTAAGATACAGACACAAGGAGGAT
GTTTTAAAGGTGTAATATGTGAAACATACAAGAGATACCGTCTCGACGAC
GGTGTTACCTTATCGGATAGAACGTATAACACGAATTGGGTGACTATCAA
TTCTCGGGGAACACCTTTAACAGACGCTGTCGTTGAAATTGTTACTGCAC
ATGAATTTGGCCACAACTATGGAAGTGATGGATAACGTTGAGAATCGGTG
GATTCAACCGAACGAAGAATTCCACCGAATGCGTTGGAGATGAGTGTCGG
TATAACTCGACACTAGGTATAAATGAACTTTTGACGGTTTTCACGACAAA
CGACCATGGAGACTACTGCTTGGCTTCTCTTTTTGTTGACCGAAATTTTG
CACCTGCTGCAACAATTGGTTTAGCGTGGGTTGGCTGACTACACTTATGT
GGCCGCACATAATTACGACATTGAAGAAGCTTATTTAAAAATGGCAACCA
CATTTGATGCTGCCAAACAAATTTATGAACAAAGCGACTTTGATGGTGAT
GGAAATGCTGATGCAAAAGAACACAAACATTCGAGACAAAGAAGAAGTAC
ACCTTTCGATCCAGCCAGAAAAGAATGCCTCGTATTGATGGTTATGAATC
AAATACACGTGTTAGTGGTTCAGTACGCAACGGAATTTTACAAGCCACCA
TTTACATCAATGACAAACCAACTTTCAAAATCGAATCTAGTCAACGGTAC
CCTGAGATCCCTTCGGAGAAATATCATTCACTAATTTATCATTATTCTGA
TGTCAAAAAATTAAAGTCATCAAATTTTGGCAAAATGGCTGGCGCCGCTC
AAATTCCGATGGATGACGCTATGGAGGTCCCAGAATCTCTAGAACAAGGG
AGTTTAATATTGAGCTTCACCACGATCCGTGGAAGATTTTGGATTTCAAA
AGTTCAGGAAACAATGGGCCTGACATTTCAAAATATCTTTACAGTGGATG
GTTAAAAGGTCCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGGCGCAG
AAGGTTTAGATTATGATAAAGTTCATTTACATAACCAACACGAGCGCGTT
CGAAGGTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTACTTTCAAAGC
CTTTGATAGTTTCACTATCGCTTTGCACAAAAGTAGAAAGTACACAAAGT
TAGATATAGCAGTGACAAAATGCGAACATTTTATGGCCTGCTGGCAGGTT
CCATAACATTGATTGCTGTGAAATTGAATGAATCCTCATCTTCTGCGATT
GTTCCTCAACCAAGTAGTATGCCACTGCCATCAAGCAGTCACATATCTCC
TTCTCCAAGTCAATTAGCTCCTCCAATGAGTACCTCAATGTCAGCCTCAC
CACAGAGTTCAATGCCACCACCACAAAGCTCAATGCCACATGACAACTCA
ACTTGTCAACCAAGTGACGTCAGCCCTAATGGTTATTATATTATGAACCC
AACAGCTCCACAGAACGGAAATTTGCCAAACGAAAGACAATTTTCTAGAT
GTAGTTTGAATGAAATGTGGGCTAAGATACAGACACAAGGAGGATGTTTT
AAAGGTGTAATATGTGAAACATACAAGAGATACCGTCTCGACGACGGTGT
TACCTTATCGGATAGAACGTATAACACGAATTGGGTGACTATCAATTCTC
GGGGAACACCTTTAACAGACGCTGTCGTTGAAATTGTTACTGCACATGAA
TTTGGCCACAACTATGGAAGTGATGGATAACGTTGAGAATCGGTGGATTC
AACCGAACGAAGAATTCCACCGAATGCGTTGGAGATGAGTGTCGGTATAA
CTCGACACTAGGTATAAATGAACTTTTGACGGTTTTCACGACAAACGACC
ATGGAGACTACTGCTTGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCT
GCTGCAACAATTGGTTTAGCGTGGGTTGGCTGACTACACTTATGTGGCCG
CACATAATTACGACATTGAAGAAGCTTATTTAAAAATGGCAACCACATTT
GATGCTGCCAAACAAATTTATGAACAAAGCGACTTTGATGGTGATGGAAA
TGCTGATGCAAAAGAACACAAACATTCGAGACAAAGAAGAAGTACACCTT
TCGATCCAGCCAGAAAAGAATGCCTCGTATTGATGGTTATGAATCAAATA
CACGTGTTAGTGGTTCAGTACGCAACGGAATTTTACAAGCCACCATTTAC
ATCAATGACAAACCAACTTTCAAAATCGAATCTAGTCAACGGTACCCTGA
GATCCCTTCGGAGAAATATCATTCACTAATTTATCATTATTCTGATGTCA
AAAAATTAAAGTCATCAAATTTTGGCAAAATGGCTGGCGCCGCTCAAATT
CCGATGGATGACGCTATGGAGGTCCCAGAATCTCTAGAACAAGGGAGTTT
AATATTGAGCTTCACCACGATCCGTGGAAGATTTTGGATTTCAAAAGTTC
AGGAAACAATGGGCCTGACATTTCAAAATATCTTTACAGTGGATGGTTAA
AAGGTCCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGGCGCAGAAGGT
TTAGATTATGATAAAGTTCATTTACATAACCAACACGAGCGCGTTCGAAG
GTCTGCTAATCCAGAAGAGGAAAGAATATTCCTTACTTTCAAAGCCTTTG
ATAGTTTCACTATCGCTTTGCACAAAAGTAGAAAGTACACAAAGTTAGAT
ATAGCAGTGACAAAATGCGAACATTTTATGGCCTGCTGGCAGGTTCCATA
ACATTGATTGCTGTGAAATTGAATGAATCCTCATCTTCTGCGATTGTTCC
TCAACCAAGTAGTATGCCACTGCCATCAAGCAGTCACATATCTCCTTCTC
CAAGTCAATTAGCTCCTCCAATGAGTACCTCAATGTCAGCCTCACCACAG
AGTTCAATGCCACCACCACAAAGCTCAATGCCACATGACAACTCAACTTG
TCAACCAAGTGACGTCAGCCCTAATGGTTATTATATTATGAACCCAACAG
CTCCACAGAACGGAAATTTGCCAAACGAAAGACAATTTTCTAGATGTAGT
TTGAATGAAATGTGGGCTAAGATACAGACACAAGGAGGATGTTTTAAAGG
TGTAATATGTGAAACATACAAGAGATACCGTCTCGACGACGGTGTTACCT
TATCGGATAGAACGTATAACACGAATTGGGTGACTATCAATTCTCGGGGA
ACACCTTTAACAGACGCTGTCGTTGAAATTGTTACTGCACATGAATTTGG
CCACAACTATGGAAGTGATGGATAACGTTGAGAATCGGTGGATTCAACCG
AACGAAGAATTCCACCGAATGCGTTGGAGATGAGTGTCGGTATAACTCGA
CACTAGGTATAAATGAACTTTTGACGGTTTTCACGACAAACGACCATGGA
GACTACTGCTTGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGC
AACAATTGGTTTAGCGTGGGTTGGCTGACTACACTTATGTGGCCGCACAT
AATTACGACATTGAAGAAGCTTATTTAAAAATGGCAACCACATTTGATGC
TGCCAAACAAATTTATGAACAAAGCGACTTTGATGGTGATGGAAATGCTG
ATGCAAAAGAACACAAACATTCGAGACAAAGAAGAAGTACACCTTTCGAT
CCAGCCAGAAAAGAATGCCTCGTATTGATGGTTATGAATCAAATACACGT
GTTAGTGGTTCAGTACGCAACGGAATTTTACAAGCCACCATTTACATCAA
TGACAAACCAACTTTCAAAATCGAATCTAGTCAACGGTACCCTGAGATCC
CTTCGGAGAAATATCATTCACTAATTTATCATTATTCTGATGTCAAAAAA
TTAAAGTCATCAAATTTTGGCAAAATGGCTGGCGCCGCTCAAATTCCGAT
GGATGACGCTATGGAGGTCCCAGAATCTCTAGAACAAGGGAGTTTAATAT
TGAGCTTCACCACGATCCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAA
ACAATGGGCCTGACATTTCAAAATATCTTTACAGTGGATGGTTAAAAGGT
CCTCTTTTTACCCTTGGTGGACAGTTGGAGAATGGCGCAGAAGGTTTAGA
TTATGATAAAGTTCATTTACATAACCAACACGAGCGCGTTCGAAGGTCTG
CTAATCCAGAAGAGGAAAGAATATTCCTTACTTTCAAAGCCTTTGATAGT
TTCACTATCGCTTTGCACAAAAGTAGAAAGTACACAAAGTTAGATATAGC
AGTGACAAAATGCGAACATTTTATGGCCTGCTGGCAGGTTCCATAACATT
GATTGCTGTGAAATTGAATGAATCCTCATCTTCTGCGATTGTTCCTCAAC
CAAGTAGTATGCCACTGCCATCAAGCAGTCACATATCTCCTTCTCCAAGT
CAATTAGCTCCTCCAATGAGTACCTCAATGTCAGCCTCACCACAGAGTTC
AATGCCACCACCACAAAGCTCAATGCCACATGACAACTCAACTTGTCAAC
CAAGTGACGTCAGCCCTAATGGTTATTATATTATGAACCCAACAGCTCCA
CAGAACGGAAATTTGCCAAACGAAAGACAATTTTCTAGATGTAGTTTGAA
TGAAATGTGGGCTAAGATACAGACACAAGGAGGATGTTTTAAAGGTGTAA
TATGTGAAACATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCG
GATAGAACGTATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACC
TTTAACAGACGCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACA
ACTATGGAAGTGATGGATAACGTTGAGAATCGGTGGATTCAACCGAACGA
AGAATTCCACCGAATGCGTTGGAGATGAGTGTCGGTATAACTCGACACTA
GGTATAAATGAACTTTTGACGGTTTTCACGACAAACGACCATGGAGACTA
CTGCTTGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGCAACAA
TTGGTTTAGCGTGGGTTGGCTGACTACACTTATGTGGCCGCACATAATTA
CGACATTGAAGAAGCTTATTTAAAAATGGCAACCACATTTGATGCTGCCA
AACAAATTTATGAACAAAGCGACTTTGATGGTGATGGAAATGCTGATGCA
AAAGAACACAAACATTCGAGACAAAGAAGAAGTACACCTTTCGATCCAGC
CAGAAAAGAATGCCTCGTATTGATGGTTATGAATCAAATACACGTGTTAG
TGGTTCAGTACGCAACGGAATTTTACAAGCCACCATTTACATCAATGACA
AACCAACTTTCAAAATCGAATCTAGTCAACGGTACCCTGAGATCCCTTCG
GAGAAATATCATTCACTAATTTATCATTATTCTGATGTCAAAAAATTAAA
GTCATCAAATTTTGGCAAAATGGCTGGCGCCGCTCAAATTCCGATGGATG
ACGCTATGGAGGTCCCAGAATCTCTAGAACAAGGGAGTTTAATATTGAGC
TTCACCACGATCCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAAACAAT
GGGCCTGACATTTCAAAATATCTTTACAGTGGATGGTTAAAAGGTCCTCT
TTTTACCCTTGGTGGACAGTTGGAGAATGGCGCAGAAGGTTTAGATTATG
ATAAAGTTCATTTACATAACCAACACGAGCGCGTTCGAAGGTCTGCTAAT
CCAGAAGAGGAAAGAATATTCCTTACTTTCAAAGCCTTTGATAGTTTCAC
TATCGCTTTGCACAAAAGTAGAAAGTACACAAAGTTAGATATAGCAGTGA
CAAAATGCGAACATTTTATGGCCTGCTGGCAGGTTCCATAACATTGATTG
CTGTGAAATTGAATGAATCCTCATCTTCTGCGATTGTTCCTCAACCAAGT
AGTATGCCACTGCCATCAAGCAGTCACATATCTCCTTCTCCAAGTCAATT
AGCTCCTCCAATGAGTACCTCAATGTCAGCCTCACCACAGAGTTCAATGC
CACCACCACAAAGCTCAATGCCACATGACAACTCAACTTGTCAACCAAGT
GACGTCAGCCCTAATGGTTATTATATTATGAACCCAACAGCTCCACAGAA
CGGAAATTTGCCAAACGAAAGACAATTTTCTAGATGTAGTTTGAATGAAA
TGTGGGCTAAGATACAGACACAAGGAGGATGTTTTAAAGGTGTAATATGT
GAAACATACAAGAGATACCGTCTCGACGACGGTGTTACCTTATCGGATAG
AACGTATAACACGAATTGGGTGACTATCAATTCTCGGGGAACACCTTTAA
CAGACGCTGTCGTTGAAATTGTTACTGCACATGAATTTGGCCACAACTAT
GGAAGTGATGGATAACGTTGAGAATCGGTGGATTCAACCGAACGAAGAAT
TCCACCGAATGCGTTGGAGATGAGTGTCGGTATAACTCGACACTAGGTAT
AAATGAACTTTTGACGGTTTTCACGACAAACGACCATGGAGACTACTGCT
TGGCTTCTCTTTTTGTTGACCGAAATTTTGCACCTGCTGCAACAATTGGT
TTAGCGTGGGTTGGCTGACTACACTTATGTGGCCGCACATAATTACGACA
TTGAAGAAGCTTATTTAAAAATGGCAACCACATTTGATGCTGCCAAACAA
ATTTATGAACAAAGCGACTTTGATGGTGATGGAAATGCTGATGCAAAAGA
ACACAAACATTCGAGACAAAGAAGAAGTACACCTTTCGATCCAGCCAGAA
AAGAATGCCTCGTATTGATGGTTATGAATCAAATACACGTGTTAGTGGTT
CAGTACGCAACGGAATTTTACAAGCCACCATTTACATCAATGACAAACCA
ACTTTCAAAATCGAATCTAGTCAACGGTACCCTGAGATCCCTTCGGAGAA
ATATCATTCACTAATTTATCATTATTCTGATGTCAAAAAATTAAAGTCAT
CAAATTTTGGCAAAATGGCTGGCGCCGCTCAAATTCCGATGGATGACGCT
ATGGAGGTCCCAGAATCTCTAGAACAAGGGAGTTTAATATTGAGCTTCAC
CACGATCCGTGGAAGATTTTGGATTTCAAAAGTTCAGGAAACAATGGGCC
TGACATTTCAAAATATCTTTACAGTGGATGGTTAAAAGGTCCTCTTTTTA
CCCTTGGTGGACAGTTGGAGAATGGCGCAGAAGGTTTAGATTATGATAAA
GTTCATTTACATAACCAACACGAGCGCGTTCGAAGGTCTGCTAATCCAGA
AGAGGAAAGAATATTCCTTACTTTCAAAGCCTTTGATAGTTTCACTATCG
CTTTGCACAAAAGTAGAAAGTACACAAAGTTAGATATAGCAGTGACAAAA
TGCGAACATTTTATGGCCTGCTGGCAGGTTCCATAACATTGATTG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_040778XLOC_040778Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00065043-proteinTCONS_00065043-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00065043-exon-scaffold_428-1575043694:311996..312066TCONS_00065043-exon-scaffold_428-1575043694:311996..312066Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:310262..310297TCONS_00065043-exon-scaffold_428-1575043694:310262..310297Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:308704..308854TCONS_00065043-exon-scaffold_428-1575043694:308704..308854Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:307885..307994TCONS_00065043-exon-scaffold_428-1575043694:307885..307994Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:307351..307605TCONS_00065043-exon-scaffold_428-1575043694:307351..307605Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:305981..306060TCONS_00065043-exon-scaffold_428-1575043694:305981..306060Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:305219..305348TCONS_00065043-exon-scaffold_428-1575043694:305219..305348Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:303797..304000TCONS_00065043-exon-scaffold_428-1575043694:303797..304000Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:302462..302631TCONS_00065043-exon-scaffold_428-1575043694:302462..302631Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:301428..301593TCONS_00065043-exon-scaffold_428-1575043694:301428..301593Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1575043694:300222..300395TCONS_00065043-exon-scaffold_428-1575043694:300222..300395Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:311996..312066TCONS_00065043-exon-scaffold_428-1510915933:311996..312066Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:310262..310297TCONS_00065043-exon-scaffold_428-1510915933:310262..310297Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:308704..308854TCONS_00065043-exon-scaffold_428-1510915933:308704..308854Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:307885..307994TCONS_00065043-exon-scaffold_428-1510915933:307885..307994Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:307351..307605TCONS_00065043-exon-scaffold_428-1510915933:307351..307605Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:305981..306060TCONS_00065043-exon-scaffold_428-1510915933:305981..306060Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:305219..305348TCONS_00065043-exon-scaffold_428-1510915933:305219..305348Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:303797..304000TCONS_00065043-exon-scaffold_428-1510915933:303797..304000Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:302462..302631TCONS_00065043-exon-scaffold_428-1510915933:302462..302631Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:301428..301593TCONS_00065043-exon-scaffold_428-1510915933:301428..301593Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1510915933:300222..300395TCONS_00065043-exon-scaffold_428-1510915933:300222..300395Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:311996..312066TCONS_00065043-exon-scaffold_428-1491911889:311996..312066Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:310262..310297TCONS_00065043-exon-scaffold_428-1491911889:310262..310297Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:308704..308854TCONS_00065043-exon-scaffold_428-1491911889:308704..308854Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:307885..307994TCONS_00065043-exon-scaffold_428-1491911889:307885..307994Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:307351..307605TCONS_00065043-exon-scaffold_428-1491911889:307351..307605Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:305981..306060TCONS_00065043-exon-scaffold_428-1491911889:305981..306060Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:305219..305348TCONS_00065043-exon-scaffold_428-1491911889:305219..305348Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:303797..304000TCONS_00065043-exon-scaffold_428-1491911889:303797..304000Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:302462..302631TCONS_00065043-exon-scaffold_428-1491911889:302462..302631Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:301428..301593TCONS_00065043-exon-scaffold_428-1491911889:301428..301593Clytia hemisphaericaexon
TCONS_00065043-exon-scaffold_428-1491911889:300222..300395TCONS_00065043-exon-scaffold_428-1491911889:300222..300395Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_428supercontigscaffold_428:300222..312066 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0 0 0 0 1.22519 0 0.00828786 2.13827 0.826732 0.453611 0.00436873 0.63573 32.732 32.3091 0 0.000616453 0.457817 0.267698 57.2178 128.177 0.00075645 0 0.000830611 0.000672145 0 0.000577501 0.000384206 0.00023582 0.000309929 0.359816
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR024079MetalloPept_cat_dom
IPR001590Peptidase_M12B
Vocabulary: Molecular Function
TermDefinition
GO:0008237metallopeptidase activity
GO:0004222metalloendopeptidase activity
Vocabulary: Biological Process
TermDefinition
GO:0006508proteolysis
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006508 proteolysis
molecular_function GO:0004222 metalloendopeptidase activity
molecular_function GO:0008237 metallopeptidase activity
Blast
BLAST of TCONS_00065043 vs. Swiss-Prot (Human)
Match: ADA10 (Disintegrin and metalloproteinase domain-containing protein 10 OS=Homo sapiens GN=ADAM10 PE=1 SV=1)

HSP 1 Score: 144.821 bits (364), Expect = 1.056e-36
Identity = 125/448 (27.90%), Postives = 208/448 (46.43%), Query Frame = 2
Query:  122 LGGQLENGA-------EGLDYDKVHLHNQHERVRRSANPEEERIFLTFKAFDREFNIELHHDPW------------KILDFKSSGNNGPDISKYLYSGWLKDESNTRVSGSVRNGILQATIYINDKPTFKIESSQRYPEIPSEKYHSLIYHYSDVK----------KLKSSNFGKMAGAAQIPMDDAMEVPESLEQAKEHKHSRQRRSTPFDPARKECLVLMVADYTYVAAHNYDIEEAYL-KMATTFDAAKQIYEQSDFDGDGNADGITLRIGGFNRTKNSTECVGDECRYNSTLGINELLTVFTTNDHGDYCLASLFVDRNFAPAATIGLAWVGV-------ICETYKRYRLDDGVTLSDRTYNTNWVTINSRGTPLTDAVVEIVTAHEFGHNYGSDHDNST-CQPSDV-----SPNGYYIMNPTAPQNGNLPNERQFSRCSLNEM 1336
            +GGQ  N         EGL Y+   LH +H+R +R+ + E++ + L F A  R FN+ +  D              K+LD+ +S         ++Y+G +  E  +   GSV +G  +  I      TF +E ++RY +  +  +HS+IYH  D+               S F +M       +++  ++P+    A   +  R++R+T  +  +  C + +  D+ +     Y   EA + ++++   A   IY+ +DF G  N   +  RI   N T +  +   +  R+   +G+ + L + +  +H DYCLA +F DR+F     +GLAWVG        ICE  K Y   DG     ++ NT  +T+ + G+ +   V  I  AHE GHN+GS HD+ T C P +        NG YIM   A  +G+  N  +FS CS+  +
Sbjct:   17 MGGQYGNPLNKYIRHYEGLSYNVDSLHQKHQRAKRAVSHEDQFLRLDFHAHGRHFNLRMKRDTSLFSDEFKVETSNKVLDYDTS---------HIYTGHIYGEEGSFSHGSVIDGRFEGFIQTRGG-TFYVEPAERYIKDRTLPFHSVIYHEDDINYPHKYGPQGGCADHSVFERMRKYQMTGVEEVTQIPQEEHAANGPELLRKKRTTSAE--KNTCQLYIQTDHLFFKY--YGTREAVIAQISSHVKAIDTIYQTTDFSGIRNISFMVKRIR-INTTADEKD-PTNPFRF-PNIGVEKFLELNSEQNHDDYCLAYVFTDRDFDDG-VLGLAWVGAPSGSSGGICEKSKLY--SDG---KKKSLNTGIITVQNYGSHVPPKVSHITFAHEVGHNFGSPHDSGTECTPGESKNLGQKENGNYIMYARA-TSGDKLNNNKFSLCSIRNI 440          
The following BLAST results are available for this feature:
BLAST of TCONS_00065043 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1
Match NameE-valueIdentityDescription
ADA101.056e-3627.90Disintegrin and metalloproteinase domain-containin... [more]
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