TCONS_00058562 (transcript) - C. hemisphaerica

Overview
NameTCONS_00058562
Unique NameTCONS_00058562
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1814

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00058562 ID=TCONS_00058562|Name=TCONS_00058562|organism=Clytia hemisphaerica|type=transcript|length=1814bp
GAGAAATCTCATATTTTTATCATAcatttgtttgttattgttttaaattg
acgtcaactttaaacttttttgacgtcaaatattttctttatcaatttca
atcaaaacTTTTTGTTACTCTGCTCGCACAACAAATTCACCAAAAGAGGT
TCCACTATCACATACCTAAAAAACCACCTTTTATTCCCGAAGCCCGGCTA
GGTCATCGTCATCATCCTGAAGCTCTTGTATCAACCATGGtctaaataaa
caaaacaacattCTAATCATTGAACCAGCTCTACAAATCAGCCTTCAAAG
ACCATTTGATTGAACCCAACCCAAACCATACATCCAGTCTCAAACAAACA
GCGACATCGTCCATAACTTTCAACACAAATTCGAATTCATTACCTATCTA
CAGAGCATCTACTCGGCATCACTATGTTAACGACCTCTACGATTGACCGA
CAGAAATCTTTTCTTCAGCGAAGACGCGATTTGAATCCAAACAATCCCAA
TATCAATGTTATGGCGCCTGATCGAACTGATATTCTGACTCAAGGCCAAA
AGAGTGCCTTTCGCGAAGTGTTTGATTTGTTTGACAGTAATGGTGGAGGT
TCCATCGATGCGGATGAATTGGACGAAGCACTTCGATCAGCTGATATTCA
AGTTACCAAAGATGAAATCAATGAAGTCCTCTCTTCAATGGATAAAGATG
gtAATGGAGAAATCgattttgaagaatttcttcaatTGATGACCAACACT
GAACGATTTCTGGAAAGTGTCAtcTGCAAAGAACAAGAAGCCGAAGCCAC
ACAGCAACGCGAAGTTTTACTCTTCGAAGCATTGACCCAATTCATGAGAA
AATCTGCACTACATTCAATCAACGAAATTGTCGGCTATTATcatcaaaaa
tacaagaaagtTCAAACGCCCCATGTGATCCGCCATTATGCAGCAGGCGC
CCGTCTGATTGGTTTATCTGAGCAACAAATCAGACGCCACCTTGAACAAT
TGAGACGTTCATCTATGAGTAATAATAAAAGTCCATACGCTCAACCACCA
TACGCATTCATGCATTTATGTAGACAAAAAGAGGTCCCAAGACCTGTTAA
ACTTGAAAAGATCACGGAGATCACGGAAGAGAGTTCGCCAACAAAAATTC
GTGagaatttgaagattttggtaCCAGATGCACCACGACAATCCACATGC
AAAGGACGTATTCGTTTGAAGATTGTATGGGACCAAAAAGAAAAGGATGA
GAAGGCTGGTAAACTACCAAGTCTTATACCCACCAAACCTCACGAGACAG
CTACATCTCAATCATTACGTAAAAAGCGGCGCCATAACGGCTGGGTGGCA
CAACGGTTTAACCCAGCTAACATTCGTGACCATTTACCTATTTTAACAAC
AAATAGTGTCAAACGTGAATTGAAAGCCGATGGAGGTGTTCTTATTGATC
CAGATAAACCTCATTCGTTGGATTTCGATGACGCGCCTGGATTAAGATTC
AAGGTTACAGGTCTTACAAACCAATACTACAAAGGGATTCAGAATCAGAA
AAGTAGAGAAGCTGAAACACATTGGCATAGTCTCGGCGTCAACCGGATGC
CGTCCCAACATTTACGTGAGTCTTATCGACGTGTATTTAAGGCTTACGTA
GATTATCgtaacacccctgtatcatcgCTGTGCTCCAGCTCGATTGCATG
ATATGAAATACTTGTCTTTTTAGTGTGTCTTGAgaatataaacaaaaatc
gtaaCTAAGCCACTAACTAATTTTATTTCGTGTTTAAAGTTCCATTTCAT
TAAGAATTTACAAG
Run BLAST on NCBI

protein sequence of TCONS_00058562-protein

>TCONS_00058562-protein ID=TCONS_00058562-protein|Name=TCONS_00058562-protein|organism=Clytia hemisphaerica|type=polypeptide|length=425bp
MLTTSTIDRQKSFLQRRRDLNPNNPNINVMAPDRTDILTQGQKSAFREVF
DLFDSNGGGSIDADELDEALRSADIQVTKDEINEVLSSMDKDGNGEIDFE
EFLQLMTNTERFLESVICKEQEAEATQQREVLLFEALTQFMRKSALHSIN
EIVGYYHQKYKKVQTPHVIRHYAAGARLIGLSEQQIRRHLEQLRRSSMSN
NKSPYAQPPYAFMHLCRQKEVPRPVKLEKITEITEESSPTKIRENLKILV
PDAPRQSTCKGRIRLKIVWDQKEKDEKAGKLPSLIPTKPHETATSQSLRK
KRRHNGWVAQRFNPANIRDHLPILTTNSVKRELKADGGVLIDPDKPHSLD
FDDAPGLRFKVTGLTNQYYKGIQNQKSREAETHWHSLGVNRMPSQHLRES
YRRVFKAYVDYRNTPVSSLCSSSIA
Run BLAST on NCBI

transcript from alignment at scaffold_311:1028818..1041815-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00058562 ID=TCONS_00058562|Name=TCONS_00058562|organism=Clytia hemisphaerica|type=transcript|length=12998bp|location=Sequence derived from alignment at scaffold_311:1028818..1041815- (Clytia hemisphaerica)
GAGAAATCTCATATTTTTATCATACATTTGTTTGTTATTGTTTTAAATTG ACGTCAACTTTAAACTTTTTTGACGTCAAATATTTTCTTTATCAATTTCA ATCAAAACTTTTTGTTACTCTGCTCGCACAACAAATTCACCAAAAGAGGT TCCACTATCACATACCTAAAAAACCACCTTTTATTCCCGAAGCCCGGCTA GGTCATCGTCATCATCCTGAAGCTCTTGTATCAACCATGGTCTAAATAAA CAAAACAACATTCTAATCATTGAACCAGCTCTACAAATCAGCCTTCAAAG ACCATTTGATTGAACCCAACCCAAACCATACATCCAGTCTCAAACAAACA GCGACATCGTCCATAACTTTCAACACAAATTCGAATTCATTACCTATCTA CAGAGCATCTACTCGGCATCACTATGTTAACGACCTCTACGATTGACCGA CAGAAATCTTTTCTTCAGCGAAGACGCGATTTGAATCCAAACAATCCCAA TATCAATGTTATGGCGCCTGATCGAACTGATATTCTGACTCAAGGCCAAA AGAGTGGTAAGCTTATCATTAAAAATAATGGTTTTCTTGTTGTTTTTTCG GCTTATTATAAGCTTTTTGGGAACGATCTTATCGTCTAGAGAAGGTCACA GAAATAAATTATCTAATGGTAAAAAATCTAAGAGTCGAGTAAACACTATA ACACAATAACGGCTCATAACACCCTTGCCTGTCTCATACAGCCACGGCTT TTTCCTCGACACCGTTCCGTTTGTAGCTTTCTATATTTATTCCCCAGAAA TCCGGGGAATAAAAATTCTCAGCTTCAAGCCAAAGAACCGTGGCTTTTGA CTGCATCAAAAACTCTACTAAAAATATTTGGTGGTAAAGTGATAGACCTA TGGCTTGTTAGCTCTGTACATGTTAATCTCCCACGTTCCATCCATTTAAC GGGCAATATAGTATCGCACTATTTGGAGTCGAGTTCTTTTGTCAGATATC GTTATGTTTATATACTTTCAAGCTGATATTGTAGGGTTGAGATCCTTGAA ATGATTTATAAAATTTTGTCAAAATTAGTGGTTAACTAGTTTATTTGAAG AGTATCCATCTAATCTCTTCTATGTTGATTAGCTCTGCAATTGATAGATA CTTTGAATATCTATTAATCTGAGAGATAACCAATAGGGAAGAAACTTTTG ACGAATTCGAGAGGAAATTCATCGATTCATCTACACTCTTTTTTCTCGTA CTGCTTAAATTTGGAATTTAGAAATTTTTTCTTAAATCTCCAAAATGAAG CCCGTAAAATCATACCGAATTAGGCTAATGATCCTATTTTGCCAAAATTT CCTTTGTTAAGATAATGAATTCTATTTCTATTTGGTTGAGTTGCAGGAGG CTCATGAGACCCATTTTCGCAACTAAAGACGCTTTCAATGAGCGCCTCAT CAGCACTTAGACTGACTACCCAACTCCCCTCACATGACATGGGTTGACCC GGGCGAAGGTTCAGACACTTGCCAAGCGAACCGCTGCAAGACGGAATCGA ACCTCAGTCGCATGTGAAGCAACCAAGGTCAATGACCACTATACCACAAT GCCAGCGCTAATTTCTTCTTTACTGATTAGCTTTGAAATTGATAGATACT TCATATATCTATTAATCCCAGAGATAACCAATAGGAAAGAAACTTCAACG AATTCGAAAGGAAATTCACCGATTTCGATTTAATATCTTTAACTTTAGTC TTCAATTTACACACTTACGTACTGCTTAAATTTGGAATTTAGAAATTTTG AAGCCCGTAAAATCATACCGAATCCGGCTAATGAGCCTATTTTGGCAAAA AAAATTTGTTAAGATAATGAATCCGCTATTTCTATTTGCTTGAGTATCAG GAGGCTCGTGGGGCCCAATTTCGCAATTATAGACGCTTTCAATGAGCGCC CCGTCAGACCGGACTGACTACCCAATTTCCCTCACATTGCATTGGTTGAC CTGGGCGAAGGTTCATACATTTGCCAATTGAACTGCTGCGAGTTGGAATC GAACCTCAGTCGATTTTGCAGCAACCAAGGTCAATGACCACTATACCACA ACGCCAGCGCTACTTCTTCCCTGCTGATTATCTTTACNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNGGAATCTCACTGCTAGGTTGCCTAAAAAAAGAA TTCTCAAAAACCTATCAAGTTACCCCTCATTTGAAAGGTAATTTAATGTA GATTAAGAAAAGCATCATGACTATACATCAAAAATGAAGTAATAAGGTTG TAGAGTACATAACATTGCTCTTGAAAGAGGCTTTTTTAGTGTAATCGTGT AATATCTTAAAAAATTCATACTTTTGCAATTAATTCATACTTTCATTATA TTTTTTGGAAGACCTACATGAAATAAACATAAGTGCTTATTTTCTACTGA TATCATACATTTTGAATCTACAGGATCATTTTAAAAATTTAAAAACTATA AAACCAAGGATAAAGGAGCTCTTTGACTAATAAGAAATTTCGTTGCTCTA ATCGAGAACAGTCGAAGTTAGAAAGTCCGTCAACCTCTCAAACCTTATAC TATCCAAAATATATTTTACAGAGTTTGAAGGGTACTTCCTTTGCTATTAG ATTTTAAACCTAAAAAATTGAAATATTTTTGACAACATCTTATCCTTACA GTTCCAAGATATTGGACTTTGGTTTTAGTCGCAATTACTTGGTCGACAGA TGTCTTAATTATTTCAACTTTTTCAGGGAATGTCCAGTTGTGTCTGCTTT TATCAGTTCGTGTCATGTATGAAACTGTTACTGGTTGAACCTTTTCTACT ACTCCTAGATGTCATTTTGTCTCATTACCAATACCCTCATGTCAAAAGGC AATAACATGCTCCCTAATATCACAAGTATTTGGACTTTACTGCTCCCCAA TATCACAAGTTTTTTGACTGTATTGTTTTATCCCCTTGACCTTGTAAAGG AGAGTTGAGTTCCAGTGTTAGTGATTTACTATCATCCCTCTTACCCACAA TTCTATGTATAACATTTCTAAGATCTCCAATAGTTTTCTAAGAGCAACAA CGTGCAATACTGAGGTAAGAGCTCAAGTTTTCAACATATTCTTCTGTGGA GAGGTTGCAATAATCTTTTCTCAAACGAAAGACTGCAGCTGTTCGCTTGA GAGACATGCATGTAATTTTGGCATATTTCACTTTATTATACATCATTTTG TTCTTAAGTTTATCATCCAAGTTTGTTTCTACGTACTTCTTAAGTAATTT CTTCTTCTGAGTTATATGGGCCTGAGATAAGTCTCCAATAATGAGTACTT TTTTGACTCTTCACTCAGACTTGCCTTTTCTTTTTCAGTAAAGGCTACAG TTTTCTGCTCCTTGACTTTATCAGCCTATTCAAGTTTAATTACCTTGACT TCTTTGGAGGGTTTTATAAACTTTTTAAAGTTATTTGGATTTGTTTGCTC AAGAATGTCATGTTTTTATTGAGTACCATCTTCTTCATACATGTACTTAC TGAGCTCTTGAAAACTGCTATTACATGACAAAAAGTCTGATTTACTCAAC TCTGTATGATCTTTTTGAAAGTATTGATCAAAGTATAACGATTTGGATAG GGAAATGATTGTAAGAGCTAAATATACTCAACATGCGTTTTTAGAGGGAA AATCACAAAATCATCATTTTTTAGCAGGCATAACTTTTTATAACCTCATT TTTAGTCACTACTTGTGATCTTTTTTGGAATCTGCATGAAATTCTCTTTC CAATGAGGGGTCACACGACTATCTTTTGACAAAGAAAAAAATCACTCCTA GGGCAGCCCCTTTGAGCAGTCGGTGGACCCTAAATACCCAGGTAGGGAAA CCAAAAATGGTTCCTACCCTAAAAATTGATGTTTTTTCAAGTTTTTATAA CCTATGGCACATTTTAAGAGGGTAATCAGCATGATCTGTTCCTNGAATGA GACGGTTAGCTTCTGATTTCTCTAGAATCTGATCAACTGAGGACAACGGT AAACAAGCACTTTTTACCGTCCTCGATTATTATGGATCAAAAGTGCGGGT TTAACCAAATCGCATCTGTCACTCTGCCGTCCTCAAAAGTGCCAATATAT AAACTCTCTAATTCCCGATAATCGCTTCAGATTCAGATATATAAAAGCTG GTTACAATACCGTTTTAGAAGTATATAAGGTTCTGATCAGATCAGGGAAA AAATCTCTAAAGAGGAATAATTTAAGTTACTTATAAAGCTTTTTCTGCTA GAAATCTGAGACAGATATTTAACTAGCCTCCCTGGATATTTCTGAACTTC TACTGACTATTCGATAAATTCAAAATTATGCCATAAATTGCAAGAGAGAA AAACAGTCGAGTGACCAATTCTAATTTGAAGTATAGTCTTTTAAATAAAT TTTGTAAGCAAAGTCCTTCTTGTTCGTAAACATATTTTCGTATCCTCAAC GAATTTCTCGTTATTAGATAATCTATAAATTTTACTAGTTCATTAAAACT TCTTTATATTAATCTTTGATAGAAATCATTACACCTTTATAATCTTTAAA TTATTGTGATTTTTAGGTAACGGAGAAATCGATTTTGAAGAATTTCTTCA ATTGATGACCAACACTGAACGATTTCTGGAAAGTGTCAGTAAGTGATACA AGAAATTGTCCAAGTTGTTTTTTTTTACTTGAAGTTTTCATTATACAGTT CATTGAGTTTGAAGCCCCAAAGAGGCTAGAGATGAATCTTCAACCTTTCT CAAGCAAGAGTTTCGGATTTAGCCCATTTGGGGCTTTGAAATCAACGATA CAGTTACAGTCTTCATAAATCGAGAGGTTTCTTACGAACCTTTTCATTCA AAAAATAATTCTTGAAAATGTAAAGATAAAATAACTAAATTAGAAAAAAA AACCTTGGAAAATTCTTCTGATGAATTTGAAGTAGTAGTTGAAAAATAAA GACCACTATGAATTAGTGCTTTTTCGTTTTTTTAGTCAAAACATACAGAG ATTTTGAAGAAAAGCCGTTGTATAATTATGATTAGATAGTCTATCCTCGC CCTACAGGCAATTCACTATTGCTTTTTCTATTGATGTTTTATTGATTTTT TTTGTAGTCTGCAAAGAACAAGAAGCCGAAGCCACACAGCAACGCGAAGT TTTACTCTTCGAAGCATTGACCCAATTCATGAGAAAATCTGCACTACATT CAATCAACGAAATTGTCGGGTAAGGATCGAGGCTTGTACGATGATAATAA CGCACAAATCTCATTTAAACATNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATGGTTCC TACCCTAAAAATTGATGTTTTTTCAAGTTTTTATAACCTATGGCACATTT TAAGAGGGTAATCAGCATGATCTGTTCCTAACATAAATCCCTATCTTTAC AATTGATGGATACTTCCTATCTATTAATGCGAGATATAACCAATAGGAAA GAAACTTTAACGAATTCGAAAGGAAATTCAATTTACACTCTTTTTTCGAG CTGCTTAAAGCTGAATTTTTAAAATTCATTCCCACAAAATTTAGAAATTT TTTCTTGAATTTCTAAAATAAATCCCGCAAAATCCCTCCAAATACTGCAA AAGTGAGCCCATTCTATTAAGTAAACTTCTATTATTTAGGTAATGGTATT TTCACGTTTTTTCTTTCTAGCCTTTCGCGAAGTGTTTGATTTGTTTGACA GTAATGGTGGAGGTTCCATCGATGCGGATGAATTGGACGAAGCACTTCGA TCAGCTGATATTCAAGTTACCAAAGATGAAATCAATGAAGTCCTCTCTTC AATGGATAAAGATGGTTTGTGCCTTTTTTTTGAAACGACGCTTTCTGACT TTATCGTCTTACTGTAGGCTAATGATAGCGAGTTTATGTATTTGTGTTTT TCAGTGAATGAGACGGTTAGCTTCTGATTTCTCTAGAACCTGATCAACTG AGGACAACGGTAAACAAGCACTTTTTACCGTCCTCGATTATTGTTGATCA AAAGTGCGGGTTTATTCAAATCGCCTCTGTCACTCTGCCGTCCTCAAAAG TGCCAATATATAAACTCTCTAATTCCCGATAATCACTTCAGATTCAGATA TATAAAAGATGTATATAAGGTTGTGATCAGATCAGGGAAAAAATCTCTTA AGAGGAATAATTCAAGTTACTTATAAAGCGTATGCTTTTTCTGCTAGAAA TCTGAGACAGATATTTAACTAGCTTCCCTGGATATTTCTGAACTTCTACT GACTATAGATAAATTCAAAATTATGCCATAAATTGCAAGAGAGAAAAACT GTCGAGTGACCAATTCTAATTTGAAGTATAGTCTTTTAAATAAATTTTGT AAGCAAAGGTCATCTTGTTCGTAAACATATTTTCGTATCCTCAACAAATT TCTCGTTATTAGATAATCTATAAATTTTACTAGTTTCATTAAAACTTCTT TATATATAAATCTTTGATAGAAATCATTATACCTTTATAATCTTCAAATT ATTGTTATTTTTAGGTAATGGAGAAATCGATTTTGAAGAATTTCTTCAAT TGATGACCAACACTGAACGATTTCTGGAAAGTGTCAGTAAGTGATACAAG AAATTGTCCAAGTTGTTTTTTTTTACTTGAAGTTTTCATTATACAGTTCA TTGAGTTTGAAGCCCCAAAGAGGCTAGAGATGAATCTTCAACCTTTCTCA AGCAAGAGTTTCGGATTCAGCCCATTTGGGGCTTTGAAATCAACGATACA GTCTTCATAAATCGAGAGGTTTCTTACGGACCTTTTCATTCAAAAAATAA TTCTTGAAAATGTAAAGATAAAATAACTAAATTAGAAAAAAAAAACCTTG GAAAATTCTTCTGATGAATTTGAAGTAGTAGTTGAAAAATAAAGACCACT ATGAATTAGTGCTTTTTCGTTTTTAATCAAAGCATACAGAGATTTGAAGA AAAGCCGTTGTATAATTATGATTAGATAGTCTATCCTCACCCTACAGGCA ATTCACTATTGCTTTTTCTATTGATTTTTATTGATTTTTTTTTTTTTTTG TAGTCTGCAAAGAACAAGAAGCCGAAGCCACACAGCAACGCGAAGTTTTA CTCTTCGAAGCATTGACCCAATTCATGAGAAAATCTGCACTACATTCAAT CAACGAAATTGTCGGGTAAGGATCGAGGCTTGTACGATGATAATAACGCA CAAATCTCATTTAAACATATTTTTGTTACAGTGGAGTCTCCATAATTTGA ACCTCTATAACTCGAATAAATCCTTAACTCTAATAACAAGTTTATGTTGC CCGAGTTATAGAGACTCAGAGCTGTATCTGTAATAGTAGGGCCAACCCTT AGGATTTAGAAGTACAAGACATGCATCAGTATACATTTTTTACTTGGAAT TTCATGCTCCATCCGATTATAGCAAAAAAAATTTGAATTCGTCTCTTGAA TATCGTCAATGTTTTACTGATTTTGGAGGTGACGAGTTTTGCCTATAACG CCAGTTTTTTACTTATTGATAATTTTGTAAAGCCTTATTCGCGGGCCCCC TTTCAAAAATATCTCAAAATCTCATCTACCTTCGAACCAATTATATGCAT GTGTTTCATGAATGATGGATCCATGAACATTAGTTAGGTGAAAGGTGAAC GTTGAAAGAACGTCTTGTAGATTAGCTCATACGAGCTAGATGTATACTTT ACATACATTGGTTGTCATACGTGGCAAAAGCTGAGATAAGTTTATACGTG TTTTCTGACTAGAGGAATCCTCATCTGATATATATTTGAATGATACGCTA CACGTTTTTTTTATAAGGACATTCAAAATTTTCTTAAAATTGCTTACTTT TTGAGTTTCAAGCCTAAAAATGTTCTTGTCATGTTCTTATTTTCACCATT TTATTAGTAATTTGGTCCATTTTCCTAAGAAATTGGATGTTTTCAAGTCC GTGAAGCCTTAAAATGTTATCCTTAAGATCTTGTTCTTAATATTTTGACC ATCGAAGCCTTATTTTCGAGCTTGTTTTCTTATAAAGTTTGTTCTTATGA AAAACGTGAAGTGAGACCGGCCGTTTAGCTTCAAATTTTGAATTTACGCG CTCGATTATTTTCAAAACAATTTTTTTTCTCCAACATCTCAGACACAGTT CATGTTTGCAACTATTTATCAAATCTTTAACAGCTATCAAATAAACATCT ATTTTTTATTTTTTCTAAAAAATTTCGGATTTCCTCTAATTAATTAGGTT AACAGTGTGACTTTATAGAATCTGTGATAGAAGTTTTGTTATTTAAAAAA GTAAAGTAAAGAATAATGATATATTGTATCTAGTTTTGGGAAATATTTTG CCGAAGAACCATGAGTCCCGCACTCATGGTTCTTCGAACTTGATTTAGTA GAAGATTGGTTTAGGAAATCCCATGAGGTTTTTTACTCAACAGATTTTAG AAGAAATCTTAAATTGTTAGCCCTTCTCATATATATTATCCACTTTTCTT TTTAAGCTATTATCATCAAAAATACAAGAAAGTTCAAACGCCCCATGTGA TCCGCCATTATGCAGCAGGCGCCCGTCTGATTGGTTTATCTGAGCAACAA ATCAGACGCCACCTTGAACAATTGAGACGTTCATCTATGAGTAATAATAA AAGTCCATACGCTCAACCACCATACGCATTCATGCATTTATGTAGACAAA AAGAGGTCCCAAGACCTGTTAAACTTGAAAAGGTAGCTTTTTATTTTAAC ACACTTTGTCATGTTTATCAATCACTTGCTAACAAATTTTGATTTTATCT CCAGTCTTATTTTTCGAGATTATCTTATGGCTTAATGTTCTGACAATTTT AGCAAGACTGTCTTGAAGTGGGCCTCATTACAAACCTTTAAAAAAAAGAG AATATCCCAAGACATATTTGCTCAAAAATTATCTAAACTCAGAAGAAACT TTCCGAATTCTTTTAAATTCCTAACTTTGAATTAGCAGAGATTTGTTCAA CTCCAGGGCCGATTTTTATAACCCAAGGTAATTCTATACACATGCTTTCT TAAATTTTTATAAATTTTGGCTCAGGTCTGACTGTTCTTAATTTTTTGAA ATTTTATGAGATGTTGAAATCAGTACTTTTTGGTAATATTATAAAATCTT TGGCTAAAATTGTGTTAATTTGTTCTTAAGTTTGGGCCAATTTTGAGCCT CTTGTTCTTATAAAACTATTATTCAGAAAAAAACTGTTCTTCCTATAAAA CTATTCTTATAAAAAAAGCGTGTATTAAGTTAATTGATTTTTGGAACTTC ACTACAAAATAAGAACATCCAAACATAATTGTTCTTCTTTCGTTTTTTAG ATCACGGAGATCACGGAAGAGAGTTCGCCAACAAAAGTAAGGAGCTAAAA TTCACGAAATGGTCCTTCTCTTACTTTTACAACGATAGCATTGATAGTGA ATTTGCTCAGGCTTTTTGAGATATTCATCATGTGTTTTAAAAGATATTTT TTAGTAAAATTATACATTACTATCCTCTTTCAAAAAATGACACCACCAAT TTTATTAATACATGACCCTCAATATGTCGGTCAAATTTGAAAACACTCAA ATCCACAGGAAAAGATATTTTACTAAATTTAGATTCGTGAGAATTTGAAG ATTTTGGTACCAGATGCACCACGACAATCCACATGCAAAGGACGTATTCG TTTGAAGATTGTATGGGACCAAAAAGAAAAGGATGAGAAGGTCAGTAATG TAGTAACCCATAGTAACCATACCAAGCAGTCGTACCCGTGTAACATAGTC CTTATATGCTGTTGACGGTGGTTCCTTTTTGTCGCTTTTTGACCTCTTGT TGAGGATCGGCCAAGTAGAGAAGCCTCAAATTCCGATTTTTTATTCACAC AGTTCACTTGGAAACACTTTCCGTCATTACTTTTGAACCATTTTCAGCTT AAGGGTATTTGGTGATTAACTTATATGCCCTTTTTACACCGGCCCATATT GGTGTTATTTTTGGGCTCGCTGCGTAATAAGGACCGGTGTTAAAAGGGCC AGCGTAAAGGGCTAAGATTTAGCAATTTTTACCTAAAAGCAGCGCTAATT CTTTATCATTATTTCTCAATTTAAAGGATTTATGGTATGATTCGCAATCG AAAATTATCCATTGTTTTACTCCATATTCAAAACTTCAGTGAAATATTTA ATATTTTTAAAATCAGTGATTTTCGATGGAATTTTCAAGTTTACTACTGA AAAATGACATTTTATTTATTATTTATATTATTTATAATTTGAAGCATAAG TAGCCATTTTTACAATTTTTTTGGCGTAATTAACAGCCCTAATTGGCGTA AGACCAAAATTAGGCTGTGGCGTAAGGGCTGACGTAAAAGGGACCGGCGT TAAATTGATGTTGCTGTAAATGATTGTTGCCATTAGTATAGTGGACACAT GGCCCCCGGCGTGCTAATCGAATTGAGGGGCCAAAAAAATATGTCCATGG TTGGGCGGTGAAGAAAATTTTCGACTTTTCACCCTTATTTCACCCCCTCT AAACGGTATATATAAGATTTTTTAAAGCAAAAAAAAAAACTTTGCAAAAT ATTGGGGGCCATGGGACAACACTCCTCCAAATCTTCTGTAAGCTTGTACG CAGCTGTTTCTATTACAGTATTTTACAGTATTACAGTATTATACTATTTT TCACCTGATCCAATTATTTATCCAATTTTCCTGTTCCTCTTTGTTACTGC TCTTGTTCTGTTCGTAGTGGCCCTTTGTGGAAACAATTCTTGAGCTGTCT AAAAGCTCAATGATTTTTGGGAGCCAGCCACTTAAAACATTCGTTATTAT TATTATTAGTATTCCACTTGGCAAATAATCATTCTAATAATCTCGATTTC TATTTCCACTTATGTAGGCTGGTAAACTACCAAGTCTTATACCCACCAAA CCTCACGAGACAGCTACATCTCAATCATTACGTAAAAAGCGGCGCCATAA CGGCTGGGTGGCACAACGGTTTAACCCAGCTAACATTCGTGACCATTTAC CTATTTTAACAACAAATAGTGTCAAACGTGAATTGAAAGCCGATGGAGGT GTTCTTATTGATCCAGATAAACCTCATTCGTTGGATTTCGATGACGCGCC TGGATTAAGATTCAAGGTAAAAATTTAATACACACAGCCTCGGCCAAACT CTAACCGAGTCATTTTGCTCGTTTCTAGTAGCGCTCACGATTGCACCACG TCCATCAGTAAAATCAAAAAAGTGATGAAAGTGACTCTGGGTACGAGATT GAGTCTCAGCTATTTTTACTTTTTTCAAGGCTTTTAAATGGGCCTTAAAA GATCCTCTTTTAATGCTTGATAGTATTAAGCAGAGGTAAAGTTCAAAAAC TGGTGCAAGACTTTGAGTACTATATATTTATCTAGTGGCTGTCGGCTGAG CTAGGAATGAAGGATCCTATCCCCTTTTCTATTTGCGCTAGAGCTGGGAA GTTGAATGCTGAGGTGGAGCGCCACACCTACTCAACTCTATCAGATTACC CAATCGAAGCTACTCATTCACTGAGTTGGCAGTGACCGGGAATCTAACCT ACAACCCTTGAATTGTAAGGTAAATGCTCTGTCGACTGACCTACCCGGCC GTTGATGAGTTAAACAGTTTTCTCTTCGTCTTTCTAGGTTACAGGTCTTA CAAACCAATACTACAAAGGGATTCAGAATCAGAAAAGTAGAGAAGCTGAA ACACATTGGCATAGTCTCGGCGTCAACCGGATGCCGTCCCAACATTTACG TGAGTCTTATCGACGTGTATTTAAGGCTTACGTAGATTATCGTAACACCC CTGTATCATCGCTGTGCTCCAGCTCGATTGCATGATATGAAATACTTGTC TTTTTAGTGTGTCTTGAGAATATAAACAAAAATCGTAACTAAGCCACTAA CTAATTTTATTTCGTGTTTAAAGTTCCATTTCATTAAGAATTTACAAG

Coding sequence (CDS) from alignment at scaffold_311:1028818..1041815-

>TCONS_00058562 ID=TCONS_00058562|Name=TCONS_00058562|organism=Clytia hemisphaerica|type=CDS|length=11502bp|location=Sequence derived from alignment at scaffold_311:1028818..1041815- (Clytia hemisphaerica)
GTTACAGGTCTTACAAACCAATACTACAAAGGGATTCAGAATCAGAAAAG
TAGAGAAGCTGAAACACATTGGCATAGTCTCGGCGTCAACCGGATGCCGT
CCCAACATTTACGTGAGTCTTATCGACGTGTATTTAAGGCTTACGTAGAT
TATCGTAACACCCCTGTATCATCGCTGTGCTCCAGCTCGATTGCATGAGC
TGGTAAACTACCAAGTCTTATACCCACCAAACCTCACGAGACAGCTACAT
CTCAATCATTACGTAAAAAGCGGCGCCATAACGGCTGGGTGGCACAACGG
TTTAACCCAGCTAACATTCGTGACCATTTACCTATTTTAACAACAAATAG
TGTCAAACGTGAATTGAAAGCCGATGGAGGTGTTCTTATTGATCCAGATA
AACCTCATTCGTTGGATTTCGATGACGCGCCTGGATTAAGATTCAAGATT
CGTGAGAATTTGAAGATTTTGGTACCAGATGCACCACGACAATCCACATG
CAAAGGACGTATTCGTTTGAAGATTGTATGGGACCAAAAAGAAAAGGATG
AGAAGATCACGGAGATCACGGAAGAGAGTTCGCCAACAAAACTATTATCA
TCAAAAATACAAGAAAGTTCAAACGCCCCATGTGATCCGCCATTATGCAG
CAGGCGCCCGTCTGATTGGTTTATCTGAGCAACAAATCAGACGCCACCTT
GAACAATTGAGACGTTCATCTATGAGTAATAATAAAAGTCCATACGCTCA
ACCACCATACGCATTCATGCATTTATGTAGACAAAAAGAGGTCCCAAGAC
CTGTTAAACTTGAAAAGTCTGCAAAGAACAAGAAGCCGAAGCCACACAGC
AACGCGAAGTTTTACTCTTCGAAGCATTGACCCAATTCATGAGAAAATCT
GCACTACATTCAATCAACGAAATTGTCGGGTAATGGAGAAATCGATTTTG
AAGAATTTCTTCAATTGATGACCAACACTGAACGATTTCTGGAAAGTGTC
ACCTTTCGCGAAGTGTTTGATTTGTTTGACAGTAATGGTGGAGGTTCCAT
CGATGCGGATGAATTGGACGAAGCACTTCGATCAGCTGATATTCAAGTTA
CCAAAGATGAAATCAATGAAGTCCTCTCTTCAATGGATAAAGATGATGTT
AACGACCTCTACGATTGACCGACAGAAATCTTTTCTTCAGCGAAGACGCG
ATTTGAATCCAAACAATCCCAATATCAATGTTATGGCGCCTGATCGAACT
GATATTCTGACTCAAGGCCAAAAGAGTGGTTACAGGTCTTACAAACCAAT
ACTACAAAGGGATTCAGAATCAGAAAAGTAGAGAAGCTGAAACACATTGG
CATAGTCTCGGCGTCAACCGGATGCCGTCCCAACATTTACGTGAGTCTTA
TCGACGTGTATTTAAGGCTTACGTAGATTATCGTAACACCCCTGTATCAT
CGCTGTGCTCCAGCTCGATTGCATGAGCTGGTAAACTACCAAGTCTTATA
CCCACCAAACCTCACGAGACAGCTACATCTCAATCATTACGTAAAAAGCG
GCGCCATAACGGCTGGGTGGCACAACGGTTTAACCCAGCTAACATTCGTG
ACCATTTACCTATTTTAACAACAAATAGTGTCAAACGTGAATTGAAAGCC
GATGGAGGTGTTCTTATTGATCCAGATAAACCTCATTCGTTGGATTTCGA
TGACGCGCCTGGATTAAGATTCAAGATTCGTGAGAATTTGAAGATTTTGG
TACCAGATGCACCACGACAATCCACATGCAAAGGACGTATTCGTTTGAAG
ATTGTATGGGACCAAAAAGAAAAGGATGAGAAGATCACGGAGATCACGGA
AGAGAGTTCGCCAACAAAACTATTATCATCAAAAATACAAGAAAGTTCAA
ACGCCCCATGTGATCCGCCATTATGCAGCAGGCGCCCGTCTGATTGGTTT
ATCTGAGCAACAAATCAGACGCCACCTTGAACAATTGAGACGTTCATCTA
TGAGTAATAATAAAAGTCCATACGCTCAACCACCATACGCATTCATGCAT
TTATGTAGACAAAAAGAGGTCCCAAGACCTGTTAAACTTGAAAAGTCTGC
AAAGAACAAGAAGCCGAAGCCACACAGCAACGCGAAGTTTTACTCTTCGA
AGCATTGACCCAATTCATGAGAAAATCTGCACTACATTCAATCAACGAAA
TTGTCGGGTAATGGAGAAATCGATTTTGAAGAATTTCTTCAATTGATGAC
CAACACTGAACGATTTCTGGAAAGTGTCACCTTTCGCGAAGTGTTTGATT
TGTTTGACAGTAATGGTGGAGGTTCCATCGATGCGGATGAATTGGACGAA
GCACTTCGATCAGCTGATATTCAAGTTACCAAAGATGAAATCAATGAAGT
CCTCTCTTCAATGGATAAAGATGATGTTAACGACCTCTACGATTGACCGA
CAGAAATCTTTTCTTCAGCGAAGACGCGATTTGAATCCAAACAATCCCAA
TATCAATGTTATGGCGCCTGATCGAACTGATATTCTGACTCAAGGCCAAA
AGAGTGGTTACAGGTCTTACAAACCAATACTACAAAGGGATTCAGAATCA
GAAAAGTAGAGAAGCTGAAACACATTGGCATAGTCTCGGCGTCAACCGGA
TGCCGTCCCAACATTTACGTGAGTCTTATCGACGTGTATTTAAGGCTTAC
GTAGATTATCGTAACACCCCTGTATCATCGCTGTGCTCCAGCTCGATTGC
ATGAGCTGGTAAACTACCAAGTCTTATACCCACCAAACCTCACGAGACAG
CTACATCTCAATCATTACGTAAAAAGCGGCGCCATAACGGCTGGGTGGCA
CAACGGTTTAACCCAGCTAACATTCGTGACCATTTACCTATTTTAACAAC
AAATAGTGTCAAACGTGAATTGAAAGCCGATGGAGGTGTTCTTATTGATC
CAGATAAACCTCATTCGTTGGATTTCGATGACGCGCCTGGATTAAGATTC
AAGATTCGTGAGAATTTGAAGATTTTGGTACCAGATGCACCACGACAATC
CACATGCAAAGGACGTATTCGTTTGAAGATTGTATGGGACCAAAAAGAAA
AGGATGAGAAGATCACGGAGATCACGGAAGAGAGTTCGCCAACAAAACTA
TTATCATCAAAAATACAAGAAAGTTCAAACGCCCCATGTGATCCGCCATT
ATGCAGCAGGCGCCCGTCTGATTGGTTTATCTGAGCAACAAATCAGACGC
CACCTTGAACAATTGAGACGTTCATCTATGAGTAATAATAAAAGTCCATA
CGCTCAACCACCATACGCATTCATGCATTTATGTAGACAAAAAGAGGTCC
CAAGACCTGTTAAACTTGAAAAGTCTGCAAAGAACAAGAAGCCGAAGCCA
CACAGCAACGCGAAGTTTTACTCTTCGAAGCATTGACCCAATTCATGAGA
AAATCTGCACTACATTCAATCAACGAAATTGTCGGGTAATGGAGAAATCG
ATTTTGAAGAATTTCTTCAATTGATGACCAACACTGAACGATTTCTGGAA
AGTGTCACCTTTCGCGAAGTGTTTGATTTGTTTGACAGTAATGGTGGAGG
TTCCATCGATGCGGATGAATTGGACGAAGCACTTCGATCAGCTGATATTC
AAGTTACCAAAGATGAAATCAATGAAGTCCTCTCTTCAATGGATAAAGAT
GATGTTAACGACCTCTACGATTGACCGACAGAAATCTTTTCTTCAGCGAA
GACGCGATTTGAATCCAAACAATCCCAATATCAATGTTATGGCGCCTGAT
CGAACTGATATTCTGACTCAAGGCCAAAAGAGTGGTTACAGGTCTTACAA
ACCAATACTACAAAGGGATTCAGAATCAGAAAAGTAGAGAAGCTGAAACA
CATTGGCATAGTCTCGGCGTCAACCGGATGCCGTCCCAACATTTACGTGA
GTCTTATCGACGTGTATTTAAGGCTTACGTAGATTATCGTAACACCCCTG
TATCATCGCTGTGCTCCAGCTCGATTGCATGAGCTGGTAAACTACCAAGT
CTTATACCCACCAAACCTCACGAGACAGCTACATCTCAATCATTACGTAA
AAAGCGGCGCCATAACGGCTGGGTGGCACAACGGTTTAACCCAGCTAACA
TTCGTGACCATTTACCTATTTTAACAACAAATAGTGTCAAACGTGAATTG
AAAGCCGATGGAGGTGTTCTTATTGATCCAGATAAACCTCATTCGTTGGA
TTTCGATGACGCGCCTGGATTAAGATTCAAGATTCGTGAGAATTTGAAGA
TTTTGGTACCAGATGCACCACGACAATCCACATGCAAAGGACGTATTCGT
TTGAAGATTGTATGGGACCAAAAAGAAAAGGATGAGAAGATCACGGAGAT
CACGGAAGAGAGTTCGCCAACAAAACTATTATCATCAAAAATACAAGAAA
GTTCAAACGCCCCATGTGATCCGCCATTATGCAGCAGGCGCCCGTCTGAT
TGGTTTATCTGAGCAACAAATCAGACGCCACCTTGAACAATTGAGACGTT
CATCTATGAGTAATAATAAAAGTCCATACGCTCAACCACCATACGCATTC
ATGCATTTATGTAGACAAAAAGAGGTCCCAAGACCTGTTAAACTTGAAAA
GTCTGCAAAGAACAAGAAGCCGAAGCCACACAGCAACGCGAAGTTTTACT
CTTCGAAGCATTGACCCAATTCATGAGAAAATCTGCACTACATTCAATCA
ACGAAATTGTCGGGTAATGGAGAAATCGATTTTGAAGAATTTCTTCAATT
GATGACCAACACTGAACGATTTCTGGAAAGTGTCACCTTTCGCGAAGTGT
TTGATTTGTTTGACAGTAATGGTGGAGGTTCCATCGATGCGGATGAATTG
GACGAAGCACTTCGATCAGCTGATATTCAAGTTACCAAAGATGAAATCAA
TGAAGTCCTCTCTTCAATGGATAAAGATGATGTTAACGACCTCTACGATT
GACCGACAGAAATCTTTTCTTCAGCGAAGACGCGATTTGAATCCAAACAA
TCCCAATATCAATGTTATGGCGCCTGATCGAACTGATATTCTGACTCAAG
GCCAAAAGAGTGGTTACAGGTCTTACAAACCAATACTACAAAGGGATTCA
GAATCAGAAAAGTAGAGAAGCTGAAACACATTGGCATAGTCTCGGCGTCA
ACCGGATGCCGTCCCAACATTTACGTGAGTCTTATCGACGTGTATTTAAG
GCTTACGTAGATTATCGTAACACCCCTGTATCATCGCTGTGCTCCAGCTC
GATTGCATGAGCTGGTAAACTACCAAGTCTTATACCCACCAAACCTCACG
AGACAGCTACATCTCAATCATTACGTAAAAAGCGGCGCCATAACGGCTGG
GTGGCACAACGGTTTAACCCAGCTAACATTCGTGACCATTTACCTATTTT
AACAACAAATAGTGTCAAACGTGAATTGAAAGCCGATGGAGGTGTTCTTA
TTGATCCAGATAAACCTCATTCGTTGGATTTCGATGACGCGCCTGGATTA
AGATTCAAGATTCGTGAGAATTTGAAGATTTTGGTACCAGATGCACCACG
ACAATCCACATGCAAAGGACGTATTCGTTTGAAGATTGTATGGGACCAAA
AAGAAAAGGATGAGAAGATCACGGAGATCACGGAAGAGAGTTCGCCAACA
AAACTATTATCATCAAAAATACAAGAAAGTTCAAACGCCCCATGTGATCC
GCCATTATGCAGCAGGCGCCCGTCTGATTGGTTTATCTGAGCAACAAATC
AGACGCCACCTTGAACAATTGAGACGTTCATCTATGAGTAATAATAAAAG
TCCATACGCTCAACCACCATACGCATTCATGCATTTATGTAGACAAAAAG
AGGTCCCAAGACCTGTTAAACTTGAAAAGTCTGCAAAGAACAAGAAGCCG
AAGCCACACAGCAACGCGAAGTTTTACTCTTCGAAGCATTGACCCAATTC
ATGAGAAAATCTGCACTACATTCAATCAACGAAATTGTCGGGTAATGGAG
AAATCGATTTTGAAGAATTTCTTCAATTGATGACCAACACTGAACGATTT
CTGGAAAGTGTCACCTTTCGCGAAGTGTTTGATTTGTTTGACAGTAATGG
TGGAGGTTCCATCGATGCGGATGAATTGGACGAAGCACTTCGATCAGCTG
ATATTCAAGTTACCAAAGATGAAATCAATGAAGTCCTCTCTTCAATGGAT
AAAGATGATGTTAACGACCTCTACGATTGACCGACAGAAATCTTTTCTTC
AGCGAAGACGCGATTTGAATCCAAACAATCCCAATATCAATGTTATGGCG
CCTGATCGAACTGATATTCTGACTCAAGGCCAAAAGAGTGGTTACAGGTC
TTACAAACCAATACTACAAAGGGATTCAGAATCAGAAAAGTAGAGAAGCT
GAAACACATTGGCATAGTCTCGGCGTCAACCGGATGCCGTCCCAACATTT
ACGTGAGTCTTATCGACGTGTATTTAAGGCTTACGTAGATTATCGTAACA
CCCCTGTATCATCGCTGTGCTCCAGCTCGATTGCATGAGCTGGTAAACTA
CCAAGTCTTATACCCACCAAACCTCACGAGACAGCTACATCTCAATCATT
ACGTAAAAAGCGGCGCCATAACGGCTGGGTGGCACAACGGTTTAACCCAG
CTAACATTCGTGACCATTTACCTATTTTAACAACAAATAGTGTCAAACGT
GAATTGAAAGCCGATGGAGGTGTTCTTATTGATCCAGATAAACCTCATTC
GTTGGATTTCGATGACGCGCCTGGATTAAGATTCAAGATTCGTGAGAATT
TGAAGATTTTGGTACCAGATGCACCACGACAATCCACATGCAAAGGACGT
ATTCGTTTGAAGATTGTATGGGACCAAAAAGAAAAGGATGAGAAGATCAC
GGAGATCACGGAAGAGAGTTCGCCAACAAAACTATTATCATCAAAAATAC
AAGAAAGTTCAAACGCCCCATGTGATCCGCCATTATGCAGCAGGCGCCCG
TCTGATTGGTTTATCTGAGCAACAAATCAGACGCCACCTTGAACAATTGA
GACGTTCATCTATGAGTAATAATAAAAGTCCATACGCTCAACCACCATAC
GCATTCATGCATTTATGTAGACAAAAAGAGGTCCCAAGACCTGTTAAACT
TGAAAAGTCTGCAAAGAACAAGAAGCCGAAGCCACACAGCAACGCGAAGT
TTTACTCTTCGAAGCATTGACCCAATTCATGAGAAAATCTGCACTACATT
CAATCAACGAAATTGTCGGGTAATGGAGAAATCGATTTTGAAGAATTTCT
TCAATTGATGACCAACACTGAACGATTTCTGGAAAGTGTCACCTTTCGCG
AAGTGTTTGATTTGTTTGACAGTAATGGTGGAGGTTCCATCGATGCGGAT
GAATTGGACGAAGCACTTCGATCAGCTGATATTCAAGTTACCAAAGATGA
AATCAATGAAGTCCTCTCTTCAATGGATAAAGATGATGTTAACGACCTCT
ACGATTGACCGACAGAAATCTTTTCTTCAGCGAAGACGCGATTTGAATCC
AAACAATCCCAATATCAATGTTATGGCGCCTGATCGAACTGATATTCTGA
CTCAAGGCCAAAAGAGTGGTTACAGGTCTTACAAACCAATACTACAAAGG
GATTCAGAATCAGAAAAGTAGAGAAGCTGAAACACATTGGCATAGTCTCG
GCGTCAACCGGATGCCGTCCCAACATTTACGTGAGTCTTATCGACGTGTA
TTTAAGGCTTACGTAGATTATCGTAACACCCCTGTATCATCGCTGTGCTC
CAGCTCGATTGCATGAGCTGGTAAACTACCAAGTCTTATACCCACCAAAC
CTCACGAGACAGCTACATCTCAATCATTACGTAAAAAGCGGCGCCATAAC
GGCTGGGTGGCACAACGGTTTAACCCAGCTAACATTCGTGACCATTTACC
TATTTTAACAACAAATAGTGTCAAACGTGAATTGAAAGCCGATGGAGGTG
TTCTTATTGATCCAGATAAACCTCATTCGTTGGATTTCGATGACGCGCCT
GGATTAAGATTCAAGATTCGTGAGAATTTGAAGATTTTGGTACCAGATGC
ACCACGACAATCCACATGCAAAGGACGTATTCGTTTGAAGATTGTATGGG
ACCAAAAAGAAAAGGATGAGAAGATCACGGAGATCACGGAAGAGAGTTCG
CCAACAAAACTATTATCATCAAAAATACAAGAAAGTTCAAACGCCCCATG
TGATCCGCCATTATGCAGCAGGCGCCCGTCTGATTGGTTTATCTGAGCAA
CAAATCAGACGCCACCTTGAACAATTGAGACGTTCATCTATGAGTAATAA
TAAAAGTCCATACGCTCAACCACCATACGCATTCATGCATTTATGTAGAC
AAAAAGAGGTCCCAAGACCTGTTAAACTTGAAAAGTCTGCAAAGAACAAG
AAGCCGAAGCCACACAGCAACGCGAAGTTTTACTCTTCGAAGCATTGACC
CAATTCATGAGAAAATCTGCACTACATTCAATCAACGAAATTGTCGGGTA
ATGGAGAAATCGATTTTGAAGAATTTCTTCAATTGATGACCAACACTGAA
CGATTTCTGGAAAGTGTCACCTTTCGCGAAGTGTTTGATTTGTTTGACAG
TAATGGTGGAGGTTCCATCGATGCGGATGAATTGGACGAAGCACTTCGAT
CAGCTGATATTCAAGTTACCAAAGATGAAATCAATGAAGTCCTCTCTTCA
ATGGATAAAGATGATGTTAACGACCTCTACGATTGACCGACAGAAATCTT
TTCTTCAGCGAAGACGCGATTTGAATCCAAACAATCCCAATATCAATGTT
ATGGCGCCTGATCGAACTGATATTCTGACTCAAGGCCAAAAGAGTGGTTA
CAGGTCTTACAAACCAATACTACAAAGGGATTCAGAATCAGAAAAGTAGA
GAAGCTGAAACACATTGGCATAGTCTCGGCGTCAACCGGATGCCGTCCCA
ACATTTACGTGAGTCTTATCGACGTGTATTTAAGGCTTACGTAGATTATC
GTAACACCCCTGTATCATCGCTGTGCTCCAGCTCGATTGCATGAGCTGGT
AAACTACCAAGTCTTATACCCACCAAACCTCACGAGACAGCTACATCTCA
ATCATTACGTAAAAAGCGGCGCCATAACGGCTGGGTGGCACAACGGTTTA
ACCCAGCTAACATTCGTGACCATTTACCTATTTTAACAACAAATAGTGTC
AAACGTGAATTGAAAGCCGATGGAGGTGTTCTTATTGATCCAGATAAACC
TCATTCGTTGGATTTCGATGACGCGCCTGGATTAAGATTCAAGATTCGTG
AGAATTTGAAGATTTTGGTACCAGATGCACCACGACAATCCACATGCAAA
GGACGTATTCGTTTGAAGATTGTATGGGACCAAAAAGAAAAGGATGAGAA
GATCACGGAGATCACGGAAGAGAGTTCGCCAACAAAACTATTATCATCAA
AAATACAAGAAAGTTCAAACGCCCCATGTGATCCGCCATTATGCAGCAGG
CGCCCGTCTGATTGGTTTATCTGAGCAACAAATCAGACGCCACCTTGAAC
AATTGAGACGTTCATCTATGAGTAATAATAAAAGTCCATACGCTCAACCA
CCATACGCATTCATGCATTTATGTAGACAAAAAGAGGTCCCAAGACCTGT
TAAACTTGAAAAGTCTGCAAAGAACAAGAAGCCGAAGCCACACAGCAACG
CGAAGTTTTACTCTTCGAAGCATTGACCCAATTCATGAGAAAATCTGCAC
TACATTCAATCAACGAAATTGTCGGGTAATGGAGAAATCGATTTTGAAGA
ATTTCTTCAATTGATGACCAACACTGAACGATTTCTGGAAAGTGTCACCT
TTCGCGAAGTGTTTGATTTGTTTGACAGTAATGGTGGAGGTTCCATCGAT
GCGGATGAATTGGACGAAGCACTTCGATCAGCTGATATTCAAGTTACCAA
AGATGAAATCAATGAAGTCCTCTCTTCAATGGATAAAGATGATGTTAACG
ACCTCTACGATTGACCGACAGAAATCTTTTCTTCAGCGAAGACGCGATTT
GAATCCAAACAATCCCAATATCAATGTTATGGCGCCTGATCGAACTGATA
TTCTGACTCAAGGCCAAAAGAGTGGTTACAGGTCTTACAAACCAATACTA
CAAAGGGATTCAGAATCAGAAAAGTAGAGAAGCTGAAACACATTGGCATA
GTCTCGGCGTCAACCGGATGCCGTCCCAACATTTACGTGAGTCTTATCGA
CGTGTATTTAAGGCTTACGTAGATTATCGTAACACCCCTGTATCATCGCT
GTGCTCCAGCTCGATTGCATGAGCTGGTAAACTACCAAGTCTTATACCCA
CCAAACCTCACGAGACAGCTACATCTCAATCATTACGTAAAAAGCGGCGC
CATAACGGCTGGGTGGCACAACGGTTTAACCCAGCTAACATTCGTGACCA
TTTACCTATTTTAACAACAAATAGTGTCAAACGTGAATTGAAAGCCGATG
GAGGTGTTCTTATTGATCCAGATAAACCTCATTCGTTGGATTTCGATGAC
GCGCCTGGATTAAGATTCAAGATTCGTGAGAATTTGAAGATTTTGGTACC
AGATGCACCACGACAATCCACATGCAAAGGACGTATTCGTTTGAAGATTG
TATGGGACCAAAAAGAAAAGGATGAGAAGATCACGGAGATCACGGAAGAG
AGTTCGCCAACAAAACTATTATCATCAAAAATACAAGAAAGTTCAAACGC
CCCATGTGATCCGCCATTATGCAGCAGGCGCCCGTCTGATTGGTTTATCT
GAGCAACAAATCAGACGCCACCTTGAACAATTGAGACGTTCATCTATGAG
TAATAATAAAAGTCCATACGCTCAACCACCATACGCATTCATGCATTTAT
GTAGACAAAAAGAGGTCCCAAGACCTGTTAAACTTGAAAAGTCTGCAAAG
AACAAGAAGCCGAAGCCACACAGCAACGCGAAGTTTTACTCTTCGAAGCA
TTGACCCAATTCATGAGAAAATCTGCACTACATTCAATCAACGAAATTGT
CGGGTAATGGAGAAATCGATTTTGAAGAATTTCTTCAATTGATGACCAAC
ACTGAACGATTTCTGGAAAGTGTCACCTTTCGCGAAGTGTTTGATTTGTT
TGACAGTAATGGTGGAGGTTCCATCGATGCGGATGAATTGGACGAAGCAC
TTCGATCAGCTGATATTCAAGTTACCAAAGATGAAATCAATGAAGTCCTC
TCTTCAATGGATAAAGATGATGTTAACGACCTCTACGATTGACCGACAGA
AATCTTTTCTTCAGCGAAGACGCGATTTGAATCCAAACAATCCCAATATC
AATGTTATGGCGCCTGATCGAACTGATATTCTGACTCAAGGCCAAAAGAG
TG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_036886XLOC_036886Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00058562-exon-scaffold_311-1575043694:1041260..1041815TCONS_00058562-exon-scaffold_311-1575043694:1041260..1041815Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1035002..1035145TCONS_00058562-exon-scaffold_311-1575043694:1035002..1035145Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1034230..1034301TCONS_00058562-exon-scaffold_311-1575043694:1034230..1034301Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1033651..1033762TCONS_00058562-exon-scaffold_311-1575043694:1033651..1033762Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1032084..1032309TCONS_00058562-exon-scaffold_311-1575043694:1032084..1032309Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1031430..1031465TCONS_00058562-exon-scaffold_311-1575043694:1031430..1031465Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1031076..1031183TCONS_00058562-exon-scaffold_311-1575043694:1031076..1031183Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1029650..1029898TCONS_00058562-exon-scaffold_311-1575043694:1029650..1029898Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1575043694:1028818..1029128TCONS_00058562-exon-scaffold_311-1575043694:1028818..1029128Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1041260..1041815TCONS_00058562-exon-scaffold_311-1510915933:1041260..1041815Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1035002..1035145TCONS_00058562-exon-scaffold_311-1510915933:1035002..1035145Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1034230..1034301TCONS_00058562-exon-scaffold_311-1510915933:1034230..1034301Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1033651..1033762TCONS_00058562-exon-scaffold_311-1510915933:1033651..1033762Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1032084..1032309TCONS_00058562-exon-scaffold_311-1510915933:1032084..1032309Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1031430..1031465TCONS_00058562-exon-scaffold_311-1510915933:1031430..1031465Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1031076..1031183TCONS_00058562-exon-scaffold_311-1510915933:1031076..1031183Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1029650..1029898TCONS_00058562-exon-scaffold_311-1510915933:1029650..1029898Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1510915933:1028818..1029128TCONS_00058562-exon-scaffold_311-1510915933:1028818..1029128Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1041260..1041815TCONS_00058562-exon-scaffold_311-1491911889:1041260..1041815Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1035002..1035145TCONS_00058562-exon-scaffold_311-1491911889:1035002..1035145Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1034230..1034301TCONS_00058562-exon-scaffold_311-1491911889:1034230..1034301Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1033651..1033762TCONS_00058562-exon-scaffold_311-1491911889:1033651..1033762Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1032084..1032309TCONS_00058562-exon-scaffold_311-1491911889:1032084..1032309Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1031430..1031465TCONS_00058562-exon-scaffold_311-1491911889:1031430..1031465Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1031076..1031183TCONS_00058562-exon-scaffold_311-1491911889:1031076..1031183Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1029650..1029898TCONS_00058562-exon-scaffold_311-1491911889:1029650..1029898Clytia hemisphaericaexon
TCONS_00058562-exon-scaffold_311-1491911889:1028818..1029128TCONS_00058562-exon-scaffold_311-1491911889:1028818..1029128Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00058562-proteinTCONS_00058562-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_311supercontigscaffold_311:1028818..1041815 -
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
0.795762 0.63079 0.619729 0.71009 0.469714 0.530249 0.127945 0.17967 0.209652 0.311626 0.0513482 0.463943 0.132371 0.350054 0.113018 0.394178 0.114141 0.229716 0.211577 0.1107 0.240546 0.070398 0.684624 0.72616 2.7208 3.71897 0.272915 0.323473 0.773191 0.97433
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR002048EF_hand_dom
IPR018247EF_Hand_1_Ca_BS
IPR011992EF-hand-dom_pair
Vocabulary: Molecular Function
TermDefinition
GO:0005509calcium ion binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005509 calcium ion binding
Blast
BLAST of TCONS_00058562 vs. Swiss-Prot (Human)
Match: SPT21 (Spermatogenesis-associated protein 21 OS=Homo sapiens GN=SPATA21 PE=2 SV=3)

HSP 1 Score: 81.6481 bits (200), Expect = 3.019e-16
Identity = 65/198 (32.83%), Postives = 94/198 (47.47%), Query Frame = 1
Query:  535 LTQGQKSAFREVFDLFDSNGGGSIDADELDEALRSADIQVTKDEINEVLSSMDKDGNGEIDFEEFLQLMTNTERFLESVICKEQEAEATQQREVLLFEALTQFMRKSALHS--INEIVGYYHQKYKKVQTPHVIRHYAAGARL--------------IGLSEQQIRRHLEQLRRSSMSNN-KSPYAQPPYAFMHLCRQ 1077
            LT  Q+ AFR  F++F  NG G +DA  L   L      VT  ++ + L S D +G+G +DF++FL +MT+T RF  SV        A      LLFE L+  +   AL    + EI  YY +K K+  T       AA  RL                + E+++   L +L++ + + N +SPYAQ P     LC Q
Sbjct:  218 LTLKQEEAFRSYFEIF--NGPGEVDAQSLKNILLLMGFSVTLAQVEDALMSADVNGDGRVDFKDFLAVMTDTRRFFCSVEQNALSDMAPHNPHTLLFEILSLLVEMLALPEAVLEEITNYYQKKLKE-GTCKAQEMEAAVGRLRLQKLPYNPQQEESSEVPERKVLSILSRLKQQNYAPNLQSPYAQVPCIL--LCPQ 410          
The following BLAST results are available for this feature:
BLAST of TCONS_00058562 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
SPT213.019e-1632.83Spermatogenesis-associated protein 21 OS=Homo sapi... [more]
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