TCONS_00062022 (transcript) - C. hemisphaerica

Overview
NameTCONS_00062022
Unique NameTCONS_00062022
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2557

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00062022 ID=TCONS_00062022|Name=TCONS_00062022|organism=Clytia hemisphaerica|type=transcript|length=2557bp
AAGAAAGAGTGCTGAGTGTAGTTGCAGAGGAAAATCCAAGtcacttgatt
ttttctgattttatctGACTCGAACCAACAACAACTTGTTCAATCTAACC
AGCATTGGTTTGTTACAGTCACAGAATGGCTGAATCAATACCAAACATGG
CCCAAAAGATAGAAACACGGGAAGATGAGGAGCAGGGAAAGAAGTTTCAT
GAAACAGTTGATTTGCTTCTTGCTGCTGGATATTTTCGAGCAAGAATTAA
AGGATTATCTCCCTTCGATAagGTAGTTGGTGGTATGACATGGTGTATTA
CCACTTGTGATTTCGATGTTGATGTCGACcttttatttcaagaaaactcT
ACAATCGGTCAGAAAATTGCATTGACTGAGAAGATTGTTGCAGTTTTACC
AAAGATGAAATGTCCACATCGCATAGAACCTCATCAAATTCAAGGGCTCG
ATTTCATTCATATATTTCCTGTCATCCAGTGGCTTGTAAAGAGGGCAATC
GAAGTTCGAGAAGAATTGGGTGATAAGATTCGTGAATACTCAATTAATCA
ATTTCACAAATCATATTCCATGCCCAAAGATGAAGAAGCAAAGGAAAAAG
AATTCCTATCCCTTGATGCCGTCAAAACATTCAagGAATCATACAAGCCA
AAACGAATGTTCAAGAAGCCCTCCAAGTTTGCCAAAGCTGATGAAGACAC
ACAAGTTCAAAGCACGCTCTTAGAATACGGTCAACGCTTTGGTTTCAGTG
GGAGTAAAGCAAACAAGGAAGAAACAGAAGCCAAACAAAAAGCCATTGCT
GCAGGCCTGGTAAAAGTAAAAGGTGATGAGTCAGCAGAAAatcaagaaga
agaagaaaagaaattgaaactCCTCATGGAGGGCATGTCCGAAACTGACA
TTCAACAGATGATCTCATCGCAAGCAGTCGGCTCCATCGTTGGTATGAAA
TCCGAAGAAATCTCACAGATCGCAAAAGATTACTTGCAGAGACAAGCAGA
GCTTGAACAGGAAGCGAGCGATATGAAAGCGGGCAAATCTGGTGGTCNCA
GATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGA
GCGATATGAAAGCGGGAAAATCTGGTGGTCTTCAAACGCACAAGAGACAT
GTGACCGCATTGGAGAAGGCTATTACTGCCGAACAGGAAAAACTACAAAA
GGCTAACACAGAATTGGGtgagattgaaaatgaagtaGATGAAACGAGAG
AAGTTTATAAAAAGAAAATGGAATACAAAGAGAAGTTGGATGTGGAAaca
gaaaaattgaaagaattggaATCAGAACAAACGAAAAGTACTCTGTCGAA
ATTACAATCACTCGTGGCATTGAATGAAAGTCTCAAAAAGCAAGAACAAG
AGTTCAAAGCTCACTGCAAGGttgaattgaaagaaattgaGGAGAAAATG
TCGAAATTGGAAGCAATCGTCAACGAAGGAGATAATACGGAAGCGGAACG
GATGAGAGTCATCAACGAACAATTTGATAACGACACTGAAAAATTACGCA
AAATGAGACTGGCACTGGCTAAAAGAAACCGAGAGATCGCATCTTTGCAA
TGGAAAATCGATGATGTACCGACCAGAGCAGAACTCAAACAATATCAAAG
TCGCTTTGTTGAACTCTATAACCAATTTGGATCAACGCACAAAGAGACCA
AACAATTCTACACACTATATAATACGTTAGATGATACCAAATTGTACTTA
GAAAAAGAGGTTGGGTATCTGAACTCGATCCATGATACTTTTGAACACGC
AAGCCAAGGCTCAGACACGTCAAAGGAAGAATTCTTAAAACAATTAGAGA
AAATCAATCAAGGCGTTAAAGCGACCGAagataaaattcagaaaaagttg
aaacaagaaaaagataaaagataTGCTTGCAATGAGACACTAATGGAACT
GGTTGAAAAACAAAGAGAATATTATAAAACTGTCCGAGATTTCCAAGAGG
AATGCAAGAAAGCGGAGATACTTTTATCCAAATTGAAAGCTGCTGGTCTA
GGGATATAATTTATGCGACTTTCTTATGTTACGATTTAACATTTTAACTC
ATTCATTTTTATATTACCCCTTGATAATTGATATCAATTTAATTTAACTG
CAGTGCACTTTTGCGAGCACAGCCTTCTAGAATTCCACCCTTTTCGCAAT
ATTTTCAACACAGAAAAGATAATTGTAaaagttaatttaaatttttcatt
tttttgagaaacattttataaaaaatagcaTAGCCCGAATTTTTTAAATT
CGAATTTTCATGTATCATTTTTAGAttagaattttgatttttcttaattt
aaattttccggAGGTAAACAGGTTTAAATAATTTCAAGTTTATCGAATTG
TGGAatactttttacccttttacCGCCAACCTATACTTACGACATGACGG
AAATTCTTTTCATGACGATGGTGGTTAATTTTGATTGAGCATTTTAACTT
GCTTTTTAAATAATTGAAATACTGGTATTGTTATAAGAACAAGaattcat
tttaaaa
Run BLAST on NCBI

protein sequence of TCONS_00062022-protein

>TCONS_00062022-protein ID=TCONS_00062022-protein|Name=TCONS_00062022-protein|organism=Clytia hemisphaerica|type=polypeptide|length=327bp
MAESIPNMAQKIETREDEEQGKKFHETVDLLLAAGYFRARIKGLSPFDKV
VGGMTWCITTCDFDVDVDLLFQENSTIGQKIALTEKIVAVLPKMKCPHRI
EPHQIQGLDFIHIFPVIQWLVKRAIEVREELGDKIREYSINQFHKSYSMP
KDEEAKEKEFLSLDAVKTFKESYKPKRMFKKPSKFAKADEDTQVQSTLLE
YGQRFGFSGSKANKEETEAKQKAIAAGLVKVKGDESAENQEEEEKKLKLL
MEGMSETDIQQMISSQAVGSIVGMKSEEISQIAKDYLQRQAELEQEASDM
KAGKSGGXRSQKITCRDKQSLNRKRAI
Run BLAST on NCBI

transcript from alignment at scaffold_361:880866..896054-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00062022 ID=TCONS_00062022|Name=TCONS_00062022|organism=Clytia hemisphaerica|type=transcript|length=15189bp|location=Sequence derived from alignment at scaffold_361:880866..896054- (Clytia hemisphaerica)
AAGAAAGAGTGCTGAGTGTAGTTGCAGAGGAAAATCCAAGTCACTTGATT TTTTCTGATTTTATCTGACTCGAACCAACAACAACTTGTTCAATCTAACC AGCATTGGTTTGTTACAGTCACAGGTGTGCATTTTCTTCTATCTTTCACA CAATGGTTTGCTTATTATCTAATACAGGAAAGTTTTTAAGAAGGGAGGAA GGCTGGATTTTTAAAAGTTTGGATTTTAGGTCCCGTGGTGGCGCTATATG ATCGATTCTGTGTGTGGCGTCATTTTCACCTACAATCAGCCATTTTTTCT AAAAAATGGTAGAAAGAATATGTAAAGGATGATTTAGTAACACCTTGATA GCTCAAAATCTTCAAATGTTTCCCGTTTAGACCTGTCTGTGTGTGCTGAC GGTATAGTTTTTTTTGTTTTGTCGGTGAATTCTTTTTGTCCTAGTGTCCT TTGCGCTTTTTAATGAAATTAACATTTTCAAAAACTTTTAAAAATTGCCT AAAATTTGAGCCATAGATGAAAAAATTTGAGCCAAGCCAACCTTGAAAAC TAATTTGAAGATCAAACTTCCCAAGAAAAAGATCTACGAGGGAGGCGGAA CCCATCTAGATCTGTGCACCACTCTGGATAGGCTGTTTCCCGGAATTTTT GCCGGACCTCAAATAATGACCCATTTACATATGCGGAATTATTTTTACTT TAGCGTAGAAACCAGGCCTTAAAAATCAAAGCGCTGGTCTCGGGAATAGA CCTTTTTTTAGAGAGGCAGCCATGTTGAATAATTAAGTACTCCAGCATAA AAACAATGATACAGCCATGCATAATTTTTAAAATATGCATGATACATAAT TATGCATGGCTGTATCATTGTTTTTATGCTGGAGTACATAATTATTCAAT ATGGCTGCCTCTTTAAAAAAAGGTCTATTGTATGACAAATTTTGGTTGGT TGATTTTGGCTGCTGCACGTTTTATTTTATTTCAAACTTTCAAGTTTTTA ATTAATTGTCTTGCGAACTTGGTTCAGGTAACTCTCATCCTTGTTGTGCA AATACATCCTGTAGATGACTGATGTTGTTTTTTCTGAAAGCTAGATTTCC TAGTGTGACTAACAGCTGTTCGATTACTGAACCGCATCAAGCAGTTATTG AACCGAGATCCTGGTAAAGTTGTATAAAGTTTGATTGTGTTTGATACTGT TCGATGTGTTCGATTTCAATTAAACAGTAAACCTCGGAACCTCGATCATC AGGGTGGGGCAAAAGTAGTTGGCGCCCGCCCCGTAAAAACTGGAACCCTT TAGCATAGCATACATTAAAAAAAAGTTAGAAGGGTTCAAAGTTCACGGAA AAATGAAACATTTGGTTTGACGTCAACAAGAGTTTTGTGACTTCGAGTCG CTATACAAACTAATAGAACTCTATTTGAACTCTAAACAAACTTAATCGAA CAATATATTGTTTTCAAACTATAATCAAACAGTAATTTCCGGTAAAGTTC AATTACTGTTTGATTTGGTTCGGTAATCGAACAGTTAGCATTTGATTAGT TCAATGAAATTCGATTGTTCGATTACGAAAATTGGTTCGATAACGTTCGG TTGGCAGTTAGGAACAGGAAGTAGGAAGATTGCTTGCTTGAAGATAGTCC CTACTAACTAACTGGTTTTTGTCAAATCAGTCTATAGCTTAGTTTGGAGA TCCATACTTTCTAACCAATACTTACAGTATAAAAGCAAAAAGCTCATACA GTAACCAAAAATTTTGAAATTGTCAAAAATTGAAGGTCTTCAAATCTCTT TAAAACCTACTTTTATGGGAAGCTGTGGTATTTTCTAGCAAAAAGCAAAA AAAAATAGAGCTTAAAGTCGCTTTAAAAACCTTTTTATCCCACTTTTTAG GTTTTTGTAAAATTGCGGGCACAAATAAGAGAAAAAATAATTAAGTTTTG GTTTTTCTTCTCGTTGACTTCGTTTTCAACCCTTCTAACCATTTTTGAAA TGTACATAAAATTTCTGAAAATTTGATATATAACATGCATATGTTCACAA AAAGTCAACATAGGCTAAGTCTGAACCTGCTGCTACAGTGCTGAAAAAAC TGCTTCGGAATGATATGCCTTTATTAAAGGATTTTTTAAAGGTATGGATT CAAAATATTAACCAAAAAGCCTCTTTTGCAAGCTGAATCAACTTTATATG GACTTGGACTGGTTAAATCTATGATTTTGAGGTCTTGAAATCCATTTTTT CACAGACTAGTACTAGGTCAGAGTTTTGGTCATGCTGTGATGGAAAATTT TCAATAGCCTGTAAAAATCTATGAGAGTGGAATCAAGTCTTAATTTTCTA CATGATACATCAACCCATCAGTGTTAATCAGAAACCTAAAATAGAAATTG AAAAAAAGTGAACCCATCTAGCAAGGTAAGCCCAAGATTCGGATTTTCTA TTTTTCCTATCGGTACAACCTAATTAAAAAGTACAATATAATGAGATCTT CGATAGAACCTCGACTCGAGATAGTCGCACCTATGTAAACTTTATTGATT TTGTGGATATGGATTGCATTTCTTTACATTACAGTGAGATAAAGTAAAAT TCTATTGGTTGTTTTTACCAATACATGGACTAATTTATGATAAAAAACTC CCTTTTCCTTTCCATGGCTCGATCTACAAGCAAAGTCATTGTATTTGATT GAATTATCCAATGAAATAGAGTGGGATTATTGAAGTTGTGATTCTCACTC AAACTTTAAATTCTGAAGAATGTTATATATTTCAGGAATATTTTGACACT GATTGTTAAAGATATTTAAAAAAAATACATGCCTTTTCTTATTTTCCCCA ATTACAAATTTTAAACTAAGGCAAAATATTCAACTTTAAAGCCATCTAAA AGGAGACAAATTTATTTTTTATATAAGTGGAATCGACATTCTGCAACGGC TCTATGGAAAGAAATAGGGAATTTTCCTAAATCTAACATAAGTTTATAAG AATTTTATAGAACAAGAATTTTTTTAAGTGGAATAGGCTTTCAGGGATTT AATTTATCAAAGAATAGCTAAAACATATTGTTTAAGAGTTATGAATTATG TTCTTATAAAGTTGATGCTTATAAGAAAAATAAATGTTTCTCTTTTAGGC ACAATCCTATGTTTACTTTGAAAGAACCGATCACTGAAAGCTAATAATTA TTGGTTTAATAGTTATGAATTGTTTTCTTATAAAGTTGATGCTTATAAGA AAAATAAATTTTTCTAGCTTAAGCATAATCATATGTTTGCTTTGAAAGAA CCAATCGCCAAAAGCTAATATCTATTGTTTGGAGAATTATGAATTGTGTT CATATAAAGTTGATGCTTAAAAGAAAAACAAAATTTTCCTGATTTAGCAC AGTCCCCTAGTTGCTTATAGAACCAATCGCCGAAAGCTAATAATCATTGG TTTAAGAGTTAAGAATTGTGTTCTTATAAAGTTAATGCTTATAAGAAAAA ATTTTTCTAGCTTAAGCACTATCCTATGTTTGTTTTGAAAGAACCAAACG CCAAAAGCTAATGTCTATTGGTTTAAGAGTTATGAATTGTGTTTTTATAA AATTGATGCTTATAAGAAAAATAAATTTTTCCTCATTTATAGCACTGTCC CCTAGTTGCTTTGATAGAATCAATCGCCGAAAGCCAATATCACTTATAAA GATGATGCTTAAAAGAAAAACAACAATCGCCAAATGTTTGCCATAGTCCA AGAACAATGCGATTAAATACTTTGAAAAATTAATGTTAAAATTGAGTCAG TCTTTCAAAATTGGCTCCTTTTTAGGTCAAAATCCAAGTAACCTGAAAAT AACCCTTATCATGTTATATATCAGTGGAAGCAGAATTTTGAGTAGATTAT TAATATAATGCTTTAACCAGTTAAAAAAGACGCATGTGCATGAGCTTTTT GCTTACATGAGCAGAATTCCTCTGTTTTTGGCTGTCATTTGTCATCTCAT GTACTGTATATATAATACACATGTTGAGATTTTTTTATATAGACAGTGTG TAGGCCAAGCCTCTCAGCTATCTATAGCTAGGGAGATTCTGGTAGAAAAG AACACTTATTTTATTTTGCAGCTATGGTTAGTTTACACGGGCAGGATGGG TAATTTCAGGGTGAGATTTCTACTTTGATCCCAGTGTGGAAACAATGCAA AGTCCACGCGCCGAATTGTTATTTGTTTAAACTAAGATCTACACCTAAAA AACTTCCGCTAAAGAAACTGCAAAATTGCAGGGCGTTAGAATGGCGGTGC TCTTCTTGTCTTCAAAAGCTTTGACTTACGCCAATATTTAACTTTATATC CGCTCCATACGCCAATACGTCAAAAGTATATATGGCCCAAACACCAAACA TTTACCCAGAAAGGGGTCATGTTAGGCAAAACATTTCATATAAAATTTGG GATCTTTGCCTTCAAAAACCAGGCCCAAAACACTGAGCGTGTGTGGGTCA GTTCGGGTCATGTTCAGGACTTTTCAAGTTTGAAATTACAAAGTGGTTCG ATAAGTTCAGGCCATACTGTGGGTTGTCACCCAACATCTTCCATTATTTG TATAAATCATGGTCAGATTTCCTTTGAAAATATGCAAAAAAACCTATGCA AAAATATAAACTTATTCTCAACTTCAGTTGAGCTACAATCTGACAATGTC TGTCTGTCTGTCTGTCTCTGTGTGTGTGTGTCTGTCTGTCTGTCTGTCAC AAAAACTTTAGGGCAGCCTGGAGACTTCAAAAATGCTTGGATTTGGCTGA AATTTGGCACACTTGTTCCTTGGGCGAATATCTGGGGGTATTTTTTTCAT ATTTTAAAAATTTTGATTTTTGGGGCCTGGGGACGAGTTTTTCGTCAAAA CGAGGCTAAAACTTTTGGGCAGCCTGGAGACTTCAAAAATGGTCGGATTT GGCTAAAATTTGGCTCACTTGTTCCTTGGGTGAATATCTGGGGGTGCTTT TTTTATTTTTTGAAAATTTTGATTTTTGGGGCCTAGGGGCGAGTTTTTCG CCAAAACGAGGCTAAAACTTTGGGGCAGCCTGGAGACTTCAAAAATGGTT GGATTTGGCTGAAATTTGGCACACTTGTTCCTTGGGTGAATATCTGGGGA TGTTTTTTTAATTTTTTGAAAATTTTGATTTTTGGGGCCCAGGGACGAGA TTTCGCCAAAACGAGGCTAAAACTTTAGGGCAGCCTGGAGACTTCAAAAA TTGTTCGATTTGGCTGAAATTTTGCACACTTGTTCCTTGGGTGAATATCT GGGGTTCTACAATTGGCCCTATGAATAGTTTGAAAGCACTGAAGTTGAGC CCAGTGCGTTGCGCACGTTCGACTATATATACACAATGTTGGTTATTGAT TAAAATTTAATCTTGTAGATGAAAGATTAAAGGTTTGTTTTTAAATAAGA TTGATATCGTTTGCTTATACTCTTTCTTCAATCTTAATTTACAAGCTTTT CATTTGTTGAGTTTACACTAATGATGCTGGCAAACTGTCTACTGACTTTT TGCCGGCTGTAATTGATGGATTGCCAGACTCAACAAGAGTGCCGGTATTT TTTATGTACTTAAAATCGCTTGTTGGAGATTCACATTATGTGGATTTTCT AACAAATTATAAACATCAATATCTTTGCAACATATTACGGTATGGCACTC AAATTTTGGAAATGAGTTAACATCAAAGAAAAGAAAATTTAGAAAAAAAA ATTTCCTTTGTGATGACATCATATTATCATAATGGCCAGGGGGGGGGTCT TGCAGTTACTCCTTGACACTATGTGGAGTAACTGCAATTTTGGACATTTT CTACAGACACCACCACCCTTGCAGTTATTCCATAGTGTACTNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTGTTTATATAATAACTGC ATGACCCCCCCCCTGTAATGGCGCCAAATTTTATAAACAAATAATTATGA CAATTTTGGGGCACTGGACTGTCTTGGGCAATGAAAATTTTGGCAATCTA GTTAAAATTGTTTGTGAGGAATTTAATTGAATTAAAAAATCTTTTCTACA TCAAGAGCTATAGCAGTTTAAAGTTATTAGGCCATTCTTTGGAAATTTTT GCAAAAGTTCTCACAAAAAACTGCTTCAATTATTTTTAAAGATTTTATGA GGGGTGGGATATTTTGTCCCCCGGACTATAATTCCTCAAAAAGGCCTTGG TTATTCCCTCTGGAAAAACTCTTTTGGCCATTCACTGAATTAATTCCCTA TCCCACCAAAATTTCTTCCCTAAAATATATACGCATTTATCAACTTAGAT GAATAGTTTTCTTCAGCTGAAGTTTATAATAATCTAGAAGTTTATTGTAA TTTTAATTTCGACTGATGTCAGAGAAGAGAAAGACAGGTCTAGAACCCTT TGTAGAGAGAGTGATTATGGGCTATGTGACAGGATTGAATTTATTCAATG GAAACTATCATTAAAATTTTTCAATTTTTCCATTCTAGAATGGCTGAATC AATACCAAACATGGCCCAAAAGGTAATTGAAGTAGTTACATCCAACTTTA GCTGGGAAATCTGGCTCTGAAACCTTCTTTAATAAATGCTCTTTATGAAT TTGCTTAACGCTGGCTTCAGCAAAATGTTTCAAATTCAAGGACTTCTTTT TTTTAACTTTTGGACTTTGTATATTAACAACAGAGTTCCAAATGATAAAT GACTGGTAACTCTCTCCTAACCACAAGTACTAAGCAGCATTTGTGATGGT ACCTCCAGCTTTTAAACTTTTTCTCTTAGATAGAAACACGGGAAGATGAG GAGCAGGGAAAGAAGTTTCATGAAACAGTTGATTTGCTTCTTGCTGCTGG ATATTTTCGAGCAAGAATTAAAGGATTATCTCCCTTCGATAAGGTTTGTT TATTTTCTTTAATTCAATCTACCTCGAGGTCCTTTAAAACGACCCTTGTC TGTTCATTTGTCGGTTTGTCCATCTGTTACTAACTTTTTTTGGGGATTGG CTTACATTAGTTTCTTTTCTTAATTCTTTCACAAAGACTATGTCGGAAAT GTGAGGGATCCGAGAGTTTTTCTGATAAAAAATGCTAATTACATACTCGT TATATATTCAATATAATTATATCATATTATACACTTCTTTGGAAGGCAAT TGGAATGTAAGCTTCACTTTCAATTTATAATACTTCGGATGGCACTAATC CCATTATAAATTTCTTGGATAGGTAGTTGGTGGTATGACATGGTGTATTA CCACGTGTGATTTCGATGTTGANTCATGAATTTCTTGGATAGGTAGTTGG TGGTATGACATGGTGTATTACCACTTGTGATTTCGATGTTGATGTCGACC TTTTATTTCAAGAAAACTCTACAATCGGTCAGAAAATGTATGATACTCTC AATATTTCATTTTATAAATCGTTGCTTACTCAGCTCCTTTATGTTAGATT CAAAAAAGCATGACTGTCAATAAAAACTGTACGGTCCCATTTTTTTCAAT TTTGCATTGGATCGTTTAACGATTCTTAAAAATCCATATTCATTTAAAAA GAAACTCCCTGTCCTACATTAAAACATGATTCTTATTTCTCTACCGCAAT ATCATCCAAAGTCTATTCACGATAAGTGTGCACTCTTTTTTCTTTTACCT ATAACTTTTGAAGGAATTCTTCAATCTTCATAAATTTGGTATCATTTGAA AGATATTAGTGAGTGGAACAATTTGAAATAAAAAAATCTTCAAAAAATTC TGAAAATGAAGATGAAAATGAAGAAGTCATCACTGTGAAGAAATTTCATT AAAATATTTATTCAATATAAAGTTATGATACAAAGTTAATAAGTGATTGA CCCCAAAAAACAGCAAAAAACTGCAAAAACAGCGTTTTTAGACGTCAATC AGCTTATAACTTTGTTTGATATCGTTTGACTGAATGATTATTTTTGAGAA ATTTTTTCACAGTGATGACGTTCGATGATCAAGGATTCACTTCAGTGAAA ATGATAGTTATACTGTAGCACTTTTCTACAAGATCTTCATTTTTTTCTTC TTCATTTTCATCTTCATGTTCAGAATTCTTTTAAAGATTTTTTTATTTCA AATTGTTCCACTCACTAATATCTTTCCAATGATACCAAATTTGTAAAGAT TAAAGAATTCCTTCGAAAGTTATAGGTAAAAGAAAAAAGAGTGCACACTT ATCGTGAATAGACTTTAGCATCCCATTCAGTATTTGAAAGCATATAAATA GCCCAGAGTTTGACCATTCAGTGATAGGCTCAAATTACTGTAGCCTTTAA ACATGCCATAGTTACCATTGTTATTACTATTAGCACCAAAAAGACACATA TTTGGCCACATCGGTACTTCATAGTCCCTCATAGTAATAATCATCAAGTT AAATCAACTGTTGTTTTACTCCTTCATTTGTTTTATTCATAGTGCATTGA CTGAGAAGATTGTTGCAGTTTTACCAAAGATGAAATGTCCACATCGCATA GAACCTCATCAAATTCAAGGGCTCGATTTCATTCATATATTTCCTGTCAT CCAGGTACCATATCACCAACACAATTATATTCATAACATTGTTAATAATA TTTGAAAAAAAGACAGTTTGGTTAGAAATTACATCTCCCTCCGTAATACT ATAGTAACTTCGAGATAATCAGGGTCAAAAAGCTTACAATGTTAATGTTA CAAATCATTGATTACTAGTTTAATTACTGAAAATTTCAAAAAAGAATTTC GAATTTGATGAGGTCATCGTTTTTTTTGCTAAAAAACTGAAATCCTTAAA AAATTCTGATGGATCATAATTTTGAAAATTTATATAACATGCACCTTTGG TCAAAATTTGTAATTGTTGTTTCATCAAAAGTCATTAAATAAAATCTTTA TGACGTCATCGAAAAAACTCGAATTGGTGTTTTTGCGAATCACGCCAGAT TTCCTAAACAGAAACCATCTCCTTAGAAAAATCTTAATCTACTCATTAAT TTACCTCTCTCAAGCCCAAAATGAGCTTCTAGAACAATTTGTAACGTTGC AAGTCTTTGACCCCTGTAGAATAAGAACTTTCAAAAATTCTTTTACTTAA TTTTATGATGTTGACGTTTTATTTTCAGTGGCTTGTAAAGAGGGCAATCG AAGTTCGAGAAGAATTGGGTGATAAGATTCGTGAATACTCAATTAATCAA TTTCACAAATCATATTCCATGCCCAAAGATGAAGAAGCAAAGGAAAAAGA ATTCCTATCCCTTGATGCCGTCAAAACATTCAAGGTTTTGATTATTTTTG TTAAAATCGTTTAAAGGTTTTATTTTTGAATAAGAGTGATATCGTTTGCT TACACATCAATTTTAATTTACAAGCTTTTTCACATTGGATTGACACGGAT GTGGAGCAAGATTGGTCAGAACAAGGAAAAGAAAAACGCTTTTTTGCTAA TATCAGCAAAATATAATAAAAGGCAGACACTGTCCTGATATGAAATATGT GTCTGACATGAAACGGAGACACTTTGATATGTGAAAAGAAAACTTTTAAG ATCGCATTAACTCCGAACTTCATTACTTCATTTATATGAAGTTGTTCTTT CAGTTAAGTTCAGTAAAATGATTCTCTTCTCTTTATAGTCGCATCCTTCG GATAGTGGATTTTCTTAATCCTTTATTGTTCCGGTTGAAAATTGTATGCT ATGCCTGTGAAAAACATACTTGCGTAGAAAAAGCTACAATACTATTGACA ATAATGTGTCATTTCAGTGGTTTTGTTTTATTGCTTTTTTATTCCCTTAT CGGACTAAAATTCGCATTCCTTCAAATTCAACCAAATTTAATTTTTATAA TGCAACAGGAATCATACAAGCCAAAACGAATGTTCAAGAAGCCCTCCAAG TTTGCCAAAGCTGATGAAGACACACAAGTTCAAAGCACGCTCTTAGAATA CGGTCAACGCTTTGGTTTCAGTGGGAGTAAAGCAAACAAGGAAGAAACAG AAGCCAAACAAAAAGCCATTGCTGCAGGTTTGTGAGGGGAATTTTAGCTG GCGATCATATCAAAACTATTTTCATCCAAAGTAGGTCAAATAATTCCTAA CGCTTGATTTGTAATTGTGTCAAACTTTATATCTCAAATCACATCAGTAA GCGAATGAAGGTGGGTTAGTATCACCAAAGAAATAATCAAATTGATCTTG AATCACAGCTCTAACATATTGAAGGATCGGTCTTTTCTCCATTTTTTGCA GGCCTGGTAAAAGTAAAAGGTGATGAGTCAGCAGAAAATCAAGAAGAAGA AGAAAAGAAATTGAAACTCCTCATGGAGGGCATGTCCGAAACTGACATTC AACAGGTTCTTCTTATTGTAACGTTTTTTGGGACGAGATGGTGTTTTTAC AAGATTTTATTTGATTTGGTTGGTCGTTAACCAGTAATAAAACAATTTTG TTACTTTTTCTAAAGAACGCGTCATTTTTGTTACTTCAAATGACCAAATA TTGAAGTATTTTATAAAAACTCCATCTCATCTGCGTTTTTTGGAAGCTCA GTCCCCTTCAACTTTTTCAATGAGATGTTATTCAAAGTGCCGTATTTCGT TCTACAAAGTCAAAGGGACTGTTTGGAAATATTCGTGAGTAAGAGACAAA TCTAAGACTTTATCTACATCCCTCTTTATTTTCAAGCTGAAACCAAGAAG ACAGAAATTCTAGTCTGGTCCAATTTTAGTCGTGGTTTTCATTCCTTAAA ATACCAATTAGGAAAATAACTTCTTCCTTTAGATGATCTCATCGCAAGCA GTCGGCTCCATCGTTGGTATGAAATCCGAAGAAATCTCACAGATCGCAAA AGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGA AAGCGGGCAAATCTGGTGGTCNCAGATCGCAAAAGATTACTTGCAGAGAC AAGCAGAGCTTGAACAGGAAGCGAGCGATATGAAAGCGGGAAAATCTGGT GGTCTTCAAACGCACAAGAGACATGTGACCGCATTGGAGAAGGCTATTAC TGCCGAACAGGAAAAACTACAAAAGGTTTTTTCTATTGATTGTATTTAGA AGCTTTATCGCATCATGGAAAATATTTACTAAAGCAGAAATACCCAAAAT TTGATATTTTAAAATAACTTCTTTTTGTTTTAGGCTAACACAGAATTGGG TGAGATTGAAAATGAAGTAGATGAAACGAGAGAAGTTTATAAAAAGGTGA ACATTACTCTTGATTGAACATCATTGCCTGAATACAAGGATTGGTTACTT TAATGGGATAAACTTTCGCGGATTTCCCAATGGAAATTTGGAAGGGCCTC ATCCGCGAAATATTTCTAAACAAAATTCAAAGTATGTCAAATAAATACTA TTTGAGTGGCTACTTGCATCAAATAGGCGCAAATAATGTTTAATTCAACA ACCAACATGCATGATTTTACAGTAAAAGTCACAAATCCCCGCAAAAGTTT ATCCCATTAAAGTATCTTTCATGTGTAGATTTGTTGTTTTTTATCTTTTA GAATCATCCTAAGTTTTCTACTGTAAATAATTCGGTCAAAGCTCTCGTTA CGAATTGTGTTTTCTATTTCCTTATGTGCATCCATCATTAATTATTTTTC TGTTCCGTTTCCATCCTTAGAAAATGGAATACAAAGAGAAGTTGGATGTG GAAACAGAAAAATTGAAAGAATTGGAATCAGAACAAACGAAAAGGTCAGT AAGTTTCCAATTAGTGATTCAGGGTTTTTCAACACAGATAAGATCACTAA TCTTAACTCCTTCAGTCTTAAGTACTGTGGGAAATATTAGGATTTTTCCA AAGCCACGGTATATCAACTTCAAATGATTAAAGCAAAATAGGATCGGGTT CATCGGAAAGGTCTATTCAAGATCTATTTTTGCATTGTGCCATTTTTTTT AATGAGGTTCTCAATCAAATTATCGGCAGCCGAAAGAATTGTTCTTAAAT GAAGGGGTTGACTGATAATTGTCATGGCTAATCTTTTCTAATCTATGGCG CTGTCGCTGTCATTCGTCACTTGTATCTTGATTTTGCTCAAATGAATTTT TTGAACTTTTTTCAGTACTCTGTCGAAATTACAATCACTCGTGGCATTGA ATGAAAGTCTCAAAAAGCAAGAACAAGAGTTCAAAGCTCACTGCAAGGTA TGAATCGGACACTTTTACCAGACGTTAAACCAAGCAAAAGAAGAAACAAT CAACTTTAAATCTTTCAATAAAGAGTTTTGACAATTTTGATAAAAATTCA CCTGACGGTGACGAGAGAAAATGAAACATTGACAATGTGTAAAACTTTTA ACATCGTAAATTCAATAACTCTAATCTTTCGCTTTAACAGGTTGAATTGA AAGAAATTGAGGAGAAAATGTCGAAATTGGAAGCAATCGTCAACGAAGGA GATAATACGGAAGCGGTACCTTATTTTGTTTCCTCGGATCGGCTGATATC TTCACTAAGAATGATAAGTGGCGCAGCCTAACACTGGGAGAACCTGGGAT TGTCCAAAGCATTTTTCTGAATTGTTCCGTTCATTTCGTATCTTTAACTT TTCATATCGAATCTAATAAAATCTTAAAAGAAATTTTATGTTCAAAAGGT CGTGATTGTATTTTAGTACCTATTTCAGTTTCAAGATAGCTTCGCCATTT TTTTTTTTGATAAAAAATTCAAATTTCTCTGATTTCTGCATTAGGAACGG ATGAGAGTCATCAACGAACAATTTGATAACGACACTGAAAAATTACGCAA AATGAGACTGGCACTGGTAAGTAGTAGAAATAACATAATCTCTATTTCCA AATAAAGTCCTGGAATTCGTACAAGTAGTTAATGCGTTCAAATTATGAAT TAAAGATCCTTTTAAAATATCAAAAAAGATTAATCTGCTAGAATCTGCCG TTTGTGTTCATGATGATGTGGCGTAAATTTTCTGATCTTCGGTCTCATTT TTGAAAATTGGACTATTTTACAAGATGTTTTCTGCACTGATCCGAATTTC GAGATTAATTAATTCGTTTCCTTTTGCTTGTTCTTTAGGCTAAAAGAAAC CGAGAGATCGCATCTTTGCAATGGAAAATCGATGATGTACCGACCAGAGC AGAACTCAAACAATATCAAAGTCGCTTTGTTGAACTCTATAACCAATGTA AGCGAACTCTCTTGAATTTGAACCCTGTTAATTCAAATCTTGCTTTCAAT GCGAACAAAACTTTTTACGTTTTTCATTATAACATTGACTAGTCTACACA TAGTTTTGCGTATCACTGTAATGATTTTTCACATATTTCTTCCAGTTGGA TCAACGCACAAAGAGACCAAACAATTCTACACACTATATAATACGTTAGA TGATACCAAATTGTACTTAGAAAAAGAGGTAATTCTACTTCTGACTAAAC GTTGTTTTCTGATGATTTTTCTCTATTTTTGTTACGATGGTTAATCTTTT AACAGATTGTAACAATTATCTTCTTATTCACAATTTCATTAAACATTGAA CTTCGCACGACACTGAGCATTTCTTCATAAAGTTCAGCTTTGGTTAAAAT AAATCGCTCTGGTTTTTCAGGTTGGGTATCTGAACTCGATCCATGATACT TTTGAACAGTAAGTTGCCCTCTTACAGCCTCATCAGCCTCAGCCCCATCT TTCCTTAGTTTTTACGTATGAAAAAGCTGTCAAAACTGACATAAACTACA AAAGAGATATAGAAAAATGTATCTCCTCGCTAGAATTCCTACCCGATGAG TAAATCAAAATTTATCAATTTATCATTGCTCATTGGTATTAGCACTTTGA TATTCTTAATAGCTTTCGGGTCAGTCAACCAGACGAATTTTTGCATTATA TTTTATCATAAAAACCTTCCTTCCTTCTAGCGCAAGCCAAGGCTCAGACA CGTCAAAGGAAGAATTCTTAAAACAATTAGAGAAAATCAATCAAGGCGTT AAAGCGACCGAAGATAAAATTCAGAAAAAGTTGAAACAAGAAAAAGATAA AAGATATGCTTGCAATGAGACACTAATGGAACTGGTTGAAAAACAAAGAG AATATTATAAAACTGTCCGAGATTTCCAAGAGGTACCTTTCATTTACATT CTTTAGTTGAATGATTTGATTCTAGCAAAGATACTTTTTAGATATCGTTG CTTGAGAGCAAGAAGCCACAAGTAAATTTTTCTCGATTTGTTCATAACGA ACAGCCTTTAAAGTACGGCTTTTTTGCTCCAAAAAATTGAAATTCTGAAT ATGACTATACTGGTAAGTAAATTTTTTCAAAAATTTACTTAAGGCTTTCT TGCAACGATATGTGTTTTTTATCGACATTTGTTATTTCTTCAAAATGCTT TGCTAATTACTTTAATAAACAATCCACAATCCCTTGCTTCAACAAAGAGT ATTCTTTTAACCTCCATTTCTCTCGTTTTAGGAATGCAAGAAAGCGGAGA TACTTTTATCCAAATTGAAAGCTGCTGGTCTAGGGATATAATTTATGCGA CTTTCTTATGTTACGATTTAACATTTTAACTCATTCATTTTTATATTACC CCTTGATAATTGATATCAATTTAATTTAACTGCAGTGCACTTTTGCGAGC ACAGCCTTCTAGAATTCCACCCTTTTCGCAATATTTTCAACACAGAAAAG ATAATTGTAAAAGTTAATTTAAATTTTTCATTTTTTTGAGAAACATTTTA TAAAAAATAGCATAGCCCGAATTTTTTAAATTCGAATTTTCATGTATCAT TTTTAGATTAGAATTTTGATTTTTCTTAATTTAAATTTTCCGGAGGTAAA CAGGTTTAAATAATTTCAAGTTTATCGAATTGTGGAATACTTTTTACCCT TTTACCGCCAACCTATACTTACGACATGACGGAAATTCTTTTCATGACGA TGGTGGTTAATTTTGATTGAGCATTTTAACTTGCTTTTTAAATAATTGAA ATACTGGTATTGTTATAAGAACAAGAATTCATTTTAAAA

Coding sequence (CDS) from alignment at scaffold_361:880866..896054-

>TCONS_00062022 ID=TCONS_00062022|Name=TCONS_00062022|organism=Clytia hemisphaerica|type=CDS|length=7872bp|location=Sequence derived from alignment at scaffold_361:880866..896054- (Clytia hemisphaerica)
ATGATCTCATCGCAAGCAGTCGGCTCCATCGTTGGTATGAAATCCGAAGA
AATCTCACAGATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAAC
AGGAAGCGAGCGATATGAAAGCGGGCAAATCTGGTGGTCNCAGATCGCAA
AAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATATG
AGCCTGGTAAAAGTAAAAGGTGATGAGTCAGCAGAAAATCAAGAAGAAGA
AGAAAAGAAATTGAAACTCCTCATGGAGGGCATGTCCGAAACTGACATTC
AACAGGAATCATACAAGCCAAAACGAATGTTCAAGAAGCCCTCCAAGTTT
GCCAAAGCTGATGAAGACACACAAGTTCAAAGCACGCTCTTAGAATACGG
TCAACGCTTTGGTTTCAGTGGGAGTAAAGCAAACAAGGAAGAAACAGAAG
CCAAACAAAAAGCCATTGCTGCAGTGGCTTGTAAAGAGGGCAATCGAAGT
TCGAGAAGAATTGGGTGATAAGATTCGTGAATACTCAATTAATCAATTTC
ACAAATCATATTCCATGCCCAAAGATGAAGAAGCAAAGGAAAAAGAATTC
CTATCCCTTGATGCCGTCAAAACATTCAAGTGCATTGACTGAGAAGATTG
TTGCAGTTTTACCAAAGATGAAATGTCCACATCGCATAGAACCTCATCAA
ATTCAAGGGCTCGATTTCATTCATATATTTCCTGTCATCCAGGTAGTTGG
TGGTATGACATGGTGTATTACCACTTGTGATTTCGATGTTGATGTCGACC
TTTTATTTCAAGAAAACTCTACAATCGGTCAGAAAATATAGAAACACGGG
AAGATGAGGAGCAGGGAAAGAAGTTTCATGAAACAGTTGATTTGCTTCTT
GCTGCTGGATATTTTCGAGCAAGAATTAAAGGATTATCTCCCTTCGATAA
GATGGCTGAATCAATACCAAACATGGCCCAAAAGATGATCTCATCGCAAG
CAGTCGGCTCCATCGTTGGTATGAAATCCGAAGAAATCTCACAGATCGCA
AAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATAT
GAAAGCGGGCAAATCTGGTGGTCNCAGATCGCAAAAGATTACTTGCAGAG
ACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGAGCCTGGTAAAAGTAA
AAGGTGATGAGTCAGCAGAAAATCAAGAAGAAGAAGAAAAGAAATTGAAA
CTCCTCATGGAGGGCATGTCCGAAACTGACATTCAACAGGAATCATACAA
GCCAAAACGAATGTTCAAGAAGCCCTCCAAGTTTGCCAAAGCTGATGAAG
ACACACAAGTTCAAAGCACGCTCTTAGAATACGGTCAACGCTTTGGTTTC
AGTGGGAGTAAAGCAAACAAGGAAGAAACAGAAGCCAAACAAAAAGCCAT
TGCTGCAGTGGCTTGTAAAGAGGGCAATCGAAGTTCGAGAAGAATTGGGT
GATAAGATTCGTGAATACTCAATTAATCAATTTCACAAATCATATTCCAT
GCCCAAAGATGAAGAAGCAAAGGAAAAAGAATTCCTATCCCTTGATGCCG
TCAAAACATTCAAGTGCATTGACTGAGAAGATTGTTGCAGTTTTACCAAA
GATGAAATGTCCACATCGCATAGAACCTCATCAAATTCAAGGGCTCGATT
TCATTCATATATTTCCTGTCATCCAGGTAGTTGGTGGTATGACATGGTGT
ATTACCACTTGTGATTTCGATGTTGATGTCGACCTTTTATTTCAAGAAAA
CTCTACAATCGGTCAGAAAATATAGAAACACGGGAAGATGAGGAGCAGGG
AAAGAAGTTTCATGAAACAGTTGATTTGCTTCTTGCTGCTGGATATTTTC
GAGCAAGAATTAAAGGATTATCTCCCTTCGATAAGATGGCTGAATCAATA
CCAAACATGGCCCAAAAGATGATCTCATCGCAAGCAGTCGGCTCCATCGT
TGGTATGAAATCCGAAGAAATCTCACAGATCGCAAAAGATTACTTGCAGA
GACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGAAAGCGGGCAAATCT
GGTGGTCNCAGATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAA
CAGGAAGCGAGCGATATGAGCCTGGTAAAAGTAAAAGGTGATGAGTCAGC
AGAAAATCAAGAAGAAGAAGAAAAGAAATTGAAACTCCTCATGGAGGGCA
TGTCCGAAACTGACATTCAACAGGAATCATACAAGCCAAAACGAATGTTC
AAGAAGCCCTCCAAGTTTGCCAAAGCTGATGAAGACACACAAGTTCAAAG
CACGCTCTTAGAATACGGTCAACGCTTTGGTTTCAGTGGGAGTAAAGCAA
ACAAGGAAGAAACAGAAGCCAAACAAAAAGCCATTGCTGCAGTGGCTTGT
AAAGAGGGCAATCGAAGTTCGAGAAGAATTGGGTGATAAGATTCGTGAAT
ACTCAATTAATCAATTTCACAAATCATATTCCATGCCCAAAGATGAAGAA
GCAAAGGAAAAAGAATTCCTATCCCTTGATGCCGTCAAAACATTCAAGTG
CATTGACTGAGAAGATTGTTGCAGTTTTACCAAAGATGAAATGTCCACAT
CGCATAGAACCTCATCAAATTCAAGGGCTCGATTTCATTCATATATTTCC
TGTCATCCAGGTAGTTGGTGGTATGACATGGTGTATTACCACTTGTGATT
TCGATGTTGATGTCGACCTTTTATTTCAAGAAAACTCTACAATCGGTCAG
AAAATATAGAAACACGGGAAGATGAGGAGCAGGGAAAGAAGTTTCATGAA
ACAGTTGATTTGCTTCTTGCTGCTGGATATTTTCGAGCAAGAATTAAAGG
ATTATCTCCCTTCGATAAGATGGCTGAATCAATACCAAACATGGCCCAAA
AGATGATCTCATCGCAAGCAGTCGGCTCCATCGTTGGTATGAAATCCGAA
GAAATCTCACAGATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGA
ACAGGAAGCGAGCGATATGAAAGCGGGCAAATCTGGTGGTCNCAGATCGC
AAAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATA
TGAGCCTGGTAAAAGTAAAAGGTGATGAGTCAGCAGAAAATCAAGAAGAA
GAAGAAAAGAAATTGAAACTCCTCATGGAGGGCATGTCCGAAACTGACAT
TCAACAGGAATCATACAAGCCAAAACGAATGTTCAAGAAGCCCTCCAAGT
TTGCCAAAGCTGATGAAGACACACAAGTTCAAAGCACGCTCTTAGAATAC
GGTCAACGCTTTGGTTTCAGTGGGAGTAAAGCAAACAAGGAAGAAACAGA
AGCCAAACAAAAAGCCATTGCTGCAGTGGCTTGTAAAGAGGGCAATCGAA
GTTCGAGAAGAATTGGGTGATAAGATTCGTGAATACTCAATTAATCAATT
TCACAAATCATATTCCATGCCCAAAGATGAAGAAGCAAAGGAAAAAGAAT
TCCTATCCCTTGATGCCGTCAAAACATTCAAGTGCATTGACTGAGAAGAT
TGTTGCAGTTTTACCAAAGATGAAATGTCCACATCGCATAGAACCTCATC
AAATTCAAGGGCTCGATTTCATTCATATATTTCCTGTCATCCAGGTAGTT
GGTGGTATGACATGGTGTATTACCACTTGTGATTTCGATGTTGATGTCGA
CCTTTTATTTCAAGAAAACTCTACAATCGGTCAGAAAATATAGAAACACG
GGAAGATGAGGAGCAGGGAAAGAAGTTTCATGAAACAGTTGATTTGCTTC
TTGCTGCTGGATATTTTCGAGCAAGAATTAAAGGATTATCTCCCTTCGAT
AAGATGGCTGAATCAATACCAAACATGGCCCAAAAGATGATCTCATCGCA
AGCAGTCGGCTCCATCGTTGGTATGAAATCCGAAGAAATCTCACAGATCG
CAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGAT
ATGAAAGCGGGCAAATCTGGTGGTCNCAGATCGCAAAAGATTACTTGCAG
AGACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGAGCCTGGTAAAAGT
AAAAGGTGATGAGTCAGCAGAAAATCAAGAAGAAGAAGAAAAGAAATTGA
AACTCCTCATGGAGGGCATGTCCGAAACTGACATTCAACAGGAATCATAC
AAGCCAAAACGAATGTTCAAGAAGCCCTCCAAGTTTGCCAAAGCTGATGA
AGACACACAAGTTCAAAGCACGCTCTTAGAATACGGTCAACGCTTTGGTT
TCAGTGGGAGTAAAGCAAACAAGGAAGAAACAGAAGCCAAACAAAAAGCC
ATTGCTGCAGTGGCTTGTAAAGAGGGCAATCGAAGTTCGAGAAGAATTGG
GTGATAAGATTCGTGAATACTCAATTAATCAATTTCACAAATCATATTCC
ATGCCCAAAGATGAAGAAGCAAAGGAAAAAGAATTCCTATCCCTTGATGC
CGTCAAAACATTCAAGTGCATTGACTGAGAAGATTGTTGCAGTTTTACCA
AAGATGAAATGTCCACATCGCATAGAACCTCATCAAATTCAAGGGCTCGA
TTTCATTCATATATTTCCTGTCATCCAGGTAGTTGGTGGTATGACATGGT
GTATTACCACTTGTGATTTCGATGTTGATGTCGACCTTTTATTTCAAGAA
AACTCTACAATCGGTCAGAAAATATAGAAACACGGGAAGATGAGGAGCAG
GGAAAGAAGTTTCATGAAACAGTTGATTTGCTTCTTGCTGCTGGATATTT
TCGAGCAAGAATTAAAGGATTATCTCCCTTCGATAAGATGGCTGAATCAA
TACCAAACATGGCCCAAAAGATGATCTCATCGCAAGCAGTCGGCTCCATC
GTTGGTATGAAATCCGAAGAAATCTCACAGATCGCAAAAGATTACTTGCA
GAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGAAAGCGGGCAAAT
CTGGTGGTCNCAGATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTG
AACAGGAAGCGAGCGATATGAGCCTGGTAAAAGTAAAAGGTGATGAGTCA
GCAGAAAATCAAGAAGAAGAAGAAAAGAAATTGAAACTCCTCATGGAGGG
CATGTCCGAAACTGACATTCAACAGGAATCATACAAGCCAAAACGAATGT
TCAAGAAGCCCTCCAAGTTTGCCAAAGCTGATGAAGACACACAAGTTCAA
AGCACGCTCTTAGAATACGGTCAACGCTTTGGTTTCAGTGGGAGTAAAGC
AAACAAGGAAGAAACAGAAGCCAAACAAAAAGCCATTGCTGCAGTGGCTT
GTAAAGAGGGCAATCGAAGTTCGAGAAGAATTGGGTGATAAGATTCGTGA
ATACTCAATTAATCAATTTCACAAATCATATTCCATGCCCAAAGATGAAG
AAGCAAAGGAAAAAGAATTCCTATCCCTTGATGCCGTCAAAACATTCAAG
TGCATTGACTGAGAAGATTGTTGCAGTTTTACCAAAGATGAAATGTCCAC
ATCGCATAGAACCTCATCAAATTCAAGGGCTCGATTTCATTCATATATTT
CCTGTCATCCAGGTAGTTGGTGGTATGACATGGTGTATTACCACTTGTGA
TTTCGATGTTGATGTCGACCTTTTATTTCAAGAAAACTCTACAATCGGTC
AGAAAATATAGAAACACGGGAAGATGAGGAGCAGGGAAAGAAGTTTCATG
AAACAGTTGATTTGCTTCTTGCTGCTGGATATTTTCGAGCAAGAATTAAA
GGATTATCTCCCTTCGATAAGATGGCTGAATCAATACCAAACATGGCCCA
AAAGATGATCTCATCGCAAGCAGTCGGCTCCATCGTTGGTATGAAATCCG
AAGAAATCTCACAGATCGCAAAAGATTACTTGCAGAGACAAGCAGAGCTT
GAACAGGAAGCGAGCGATATGAAAGCGGGCAAATCTGGTGGTCNCAGATC
GCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGA
TATGAGCCTGGTAAAAGTAAAAGGTGATGAGTCAGCAGAAAATCAAGAAG
AAGAAGAAAAGAAATTGAAACTCCTCATGGAGGGCATGTCCGAAACTGAC
ATTCAACAGGAATCATACAAGCCAAAACGAATGTTCAAGAAGCCCTCCAA
GTTTGCCAAAGCTGATGAAGACACACAAGTTCAAAGCACGCTCTTAGAAT
ACGGTCAACGCTTTGGTTTCAGTGGGAGTAAAGCAAACAAGGAAGAAACA
GAAGCCAAACAAAAAGCCATTGCTGCAGTGGCTTGTAAAGAGGGCAATCG
AAGTTCGAGAAGAATTGGGTGATAAGATTCGTGAATACTCAATTAATCAA
TTTCACAAATCATATTCCATGCCCAAAGATGAAGAAGCAAAGGAAAAAGA
ATTCCTATCCCTTGATGCCGTCAAAACATTCAAGTGCATTGACTGAGAAG
ATTGTTGCAGTTTTACCAAAGATGAAATGTCCACATCGCATAGAACCTCA
TCAAATTCAAGGGCTCGATTTCATTCATATATTTCCTGTCATCCAGGTAG
TTGGTGGTATGACATGGTGTATTACCACTTGTGATTTCGATGTTGATGTC
GACCTTTTATTTCAAGAAAACTCTACAATCGGTCAGAAAATATAGAAACA
CGGGAAGATGAGGAGCAGGGAAAGAAGTTTCATGAAACAGTTGATTTGCT
TCTTGCTGCTGGATATTTTCGAGCAAGAATTAAAGGATTATCTCCCTTCG
ATAAGATGGCTGAATCAATACCAAACATGGCCCAAAAGATGATCTCATCG
CAAGCAGTCGGCTCCATCGTTGGTATGAAATCCGAAGAAATCTCACAGAT
CGCAAAAGATTACTTGCAGAGACAAGCAGAGCTTGAACAGGAAGCGAGCG
ATATGAAAGCGGGCAAATCTGGTGGTCNCAGATCGCAAAAGATTACTTGC
AGAGACAAGCAGAGCTTGAACAGGAAGCGAGCGATATGAGCCTGGTAAAA
GTAAAAGGTGATGAGTCAGCAGAAAATCAAGAAGAAGAAGAAAAGAAATT
GAAACTCCTCATGGAGGGCATGTCCGAAACTGACATTCAACAGGAATCAT
ACAAGCCAAAACGAATGTTCAAGAAGCCCTCCAAGTTTGCCAAAGCTGAT
GAAGACACACAAGTTCAAAGCACGCTCTTAGAATACGGTCAACGCTTTGG
TTTCAGTGGGAGTAAAGCAAACAAGGAAGAAACAGAAGCCAAACAAAAAG
CCATTGCTGCAGTGGCTTGTAAAGAGGGCAATCGAAGTTCGAGAAGAATT
GGGTGATAAGATTCGTGAATACTCAATTAATCAATTTCACAAATCATATT
CCATGCCCAAAGATGAAGAAGCAAAGGAAAAAGAATTCCTATCCCTTGAT
GCCGTCAAAACATTCAAGTGCATTGACTGAGAAGATTGTTGCAGTTTTAC
CAAAGATGAAATGTCCACATCGCATAGAACCTCATCAAATTCAAGGGCTC
GATTTCATTCATATATTTCCTGTCATCCAGGTAGTTGGTGGTATGACATG
GTGTATTACCACTTGTGATTTCGATGTTGATGTCGACCTTTTATTTCAAG
AAAACTCTACAATCGGTCAGAAAATATAGAAACACGGGAAGATGAGGAGC
AGGGAAAGAAGTTTCATGAAACAGTTGATTTGCTTCTTGCTGCTGGATAT
TTTCGAGCAAGAATTAAAGGATTATCTCCCTTCGATAAGATGGCTGAATC
AATACCAAACATGGCCCAAAAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_038876XLOC_038876Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00062022-exon-scaffold_361-1575043694:895931..896054TCONS_00062022-exon-scaffold_361-1575043694:895931..896054Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:889383..889416TCONS_00062022-exon-scaffold_361-1575043694:889383..889416Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:889012..889125TCONS_00062022-exon-scaffold_361-1575043694:889012..889125Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:888518..888612TCONS_00062022-exon-scaffold_361-1575043694:888518..888612Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:887351..887462TCONS_00062022-exon-scaffold_361-1575043694:887351..887462Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:886621..886776TCONS_00062022-exon-scaffold_361-1575043694:886621..886776Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:885878..886046TCONS_00062022-exon-scaffold_361-1575043694:885878..886046Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:885550..885653TCONS_00062022-exon-scaffold_361-1575043694:885550..885653Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:884830..885122TCONS_00062022-exon-scaffold_361-1575043694:884830..885122Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:884659..884721TCONS_00062022-exon-scaffold_361-1575043694:884659..884721Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:884161..884234TCONS_00062022-exon-scaffold_361-1575043694:884161..884234Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:883708..883789TCONS_00062022-exon-scaffold_361-1575043694:883708..883789Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:883440..883514TCONS_00062022-exon-scaffold_361-1575043694:883440..883514Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:883089..883160TCONS_00062022-exon-scaffold_361-1575043694:883089..883160Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:882708..882816TCONS_00062022-exon-scaffold_361-1575043694:882708..882816Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:882477..882559TCONS_00062022-exon-scaffold_361-1575043694:882477..882559Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:882247..882284TCONS_00062022-exon-scaffold_361-1575043694:882247..882284Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:881773..881974TCONS_00062022-exon-scaffold_361-1575043694:881773..881974Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1575043694:880866..881423TCONS_00062022-exon-scaffold_361-1575043694:880866..881423Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:895931..896054TCONS_00062022-exon-scaffold_361-1510915933:895931..896054Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:889383..889416TCONS_00062022-exon-scaffold_361-1510915933:889383..889416Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:889012..889125TCONS_00062022-exon-scaffold_361-1510915933:889012..889125Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:888518..888612TCONS_00062022-exon-scaffold_361-1510915933:888518..888612Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:887351..887462TCONS_00062022-exon-scaffold_361-1510915933:887351..887462Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:886621..886776TCONS_00062022-exon-scaffold_361-1510915933:886621..886776Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:885878..886046TCONS_00062022-exon-scaffold_361-1510915933:885878..886046Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:885550..885653TCONS_00062022-exon-scaffold_361-1510915933:885550..885653Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:884830..885122TCONS_00062022-exon-scaffold_361-1510915933:884830..885122Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:884659..884721TCONS_00062022-exon-scaffold_361-1510915933:884659..884721Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:884161..884234TCONS_00062022-exon-scaffold_361-1510915933:884161..884234Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:883708..883789TCONS_00062022-exon-scaffold_361-1510915933:883708..883789Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:883440..883514TCONS_00062022-exon-scaffold_361-1510915933:883440..883514Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:883089..883160TCONS_00062022-exon-scaffold_361-1510915933:883089..883160Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:882708..882816TCONS_00062022-exon-scaffold_361-1510915933:882708..882816Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:882477..882559TCONS_00062022-exon-scaffold_361-1510915933:882477..882559Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:882247..882284TCONS_00062022-exon-scaffold_361-1510915933:882247..882284Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:881773..881974TCONS_00062022-exon-scaffold_361-1510915933:881773..881974Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1510915933:880866..881423TCONS_00062022-exon-scaffold_361-1510915933:880866..881423Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:895931..896054TCONS_00062022-exon-scaffold_361-1491911889:895931..896054Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:889383..889416TCONS_00062022-exon-scaffold_361-1491911889:889383..889416Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:889012..889125TCONS_00062022-exon-scaffold_361-1491911889:889012..889125Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:888518..888612TCONS_00062022-exon-scaffold_361-1491911889:888518..888612Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:887351..887462TCONS_00062022-exon-scaffold_361-1491911889:887351..887462Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:886621..886776TCONS_00062022-exon-scaffold_361-1491911889:886621..886776Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:885878..886046TCONS_00062022-exon-scaffold_361-1491911889:885878..886046Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:885550..885653TCONS_00062022-exon-scaffold_361-1491911889:885550..885653Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:884830..885122TCONS_00062022-exon-scaffold_361-1491911889:884830..885122Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:884659..884721TCONS_00062022-exon-scaffold_361-1491911889:884659..884721Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:884161..884234TCONS_00062022-exon-scaffold_361-1491911889:884161..884234Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:883708..883789TCONS_00062022-exon-scaffold_361-1491911889:883708..883789Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:883440..883514TCONS_00062022-exon-scaffold_361-1491911889:883440..883514Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:883089..883160TCONS_00062022-exon-scaffold_361-1491911889:883089..883160Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:882708..882816TCONS_00062022-exon-scaffold_361-1491911889:882708..882816Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:882477..882559TCONS_00062022-exon-scaffold_361-1491911889:882477..882559Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:882247..882284TCONS_00062022-exon-scaffold_361-1491911889:882247..882284Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:881773..881974TCONS_00062022-exon-scaffold_361-1491911889:881773..881974Clytia hemisphaericaexon
TCONS_00062022-exon-scaffold_361-1491911889:880866..881423TCONS_00062022-exon-scaffold_361-1491911889:880866..881423Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00062022-proteinTCONS_00062022-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_361supercontigscaffold_361:880866..896054 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
18.2422 18.3388 7.441 6.91841 20.9903 16.0864 19.6719 22.6409 19.0787 19.3577 22.8309 16.1631 22.4511 24.9321 19.7409 26.2067 18.4054 20.5915 17.5831 18.7892 14.2956 13.4594 23.3729 23.1112 21.0749 21.7316 9.65807 9.28045 18.352 18.8271
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR019159DUF2037
Blast
BLAST of TCONS_00062022 vs. Swiss-Prot (Human)
Match: CCD93 (Coiled-coil domain-containing protein 93 OS=Homo sapiens GN=CCDC93 PE=1 SV=2)

HSP 1 Score: 333.569 bits (854), Expect = 3.740e-102
Identity = 170/313 (54.31%), Postives = 232/313 (74.12%), Query Frame = 3
Query:  159 IETREDEEQGKKFHETVDLLLAAGYFRARIKGLSPFDKVVGGMTWCITTCDFDVDVDLLFQENSTIGQKIALTEKIVAVLPKMKCPHRIEPHQIQGLDFIHIFPVIQWLVKRAIEVREELGDKIREYSINQFHKSYSMPKDEEAKEKEFLSLDAVKTFKESYKPKRMFKKPSKFAK-ADEDTQVQSTLLEYGQRFGFSGSKANKEETEAKQKAIAAGLV---KVKGDESAENQXXXXXXXXXXMEGMSE-TDIQQMISSQAVGSIVGMKSEEISQIAKDYLQRQAELEQEASDMKAGKSGGXRSQKITCRDKQ 1082
            +ETREDEEQ  K  E ++LL+AAGYFRARIKGLSPFDKVVGGMTWCITTC+FDVDVDLLFQENSTIGQKIAL+EKIV+VLP+MKCPH++EPHQIQG+DFIHIFPV+QWLVKRAIE +EE+GD IR YS++QF K+YS+P+D++  +++  ++  V    E YKP+R +K+     +  DE++++ +TLLEYG+R+GFS  ++  E+ E K+ A+ AGL    K    E  E +  EE++++ LM  M+   + +  +++ +VG IVG+ S EI QI  +Y ++Q+EL  E S  K G S   R +K+   +KQ
Sbjct:   15 VETREDEEQNVKLTEILELLVAAGYFRARIKGLSPFDKVVGGMTWCITTCNFDVDVDLLFQENSTIGQKIALSEKIVSVLPRMKCPHQLEPHQIQGMDFIHIFPVVQWLVKRAIETKEEMGDYIRSYSVSQFQKTYSLPEDDDFIKRKEKAIKTVVDLSEVYKPRRKYKRHQGAEELLDEESRIHATLLEYGRRYGFS-RQSKMEKAEDKKTALPAGLSATEKADAHEEDELRAAEEQRIQSLMTKMTAMANEESRLTASSVGQIVGLCSAEIKQIVSEYAEKQSELSAEESPEKLGTSQLHR-RKVISLNKQ 325          

HSP 2 Score: 241.891 bits (616), Expect = 9.991e-69
Identity = 149/345 (43.19%), Postives = 222/345 (64.35%), Query Frame = 2
Query: 1049 QIAKDYLQRQAELEQEASDMKAGKSGGLQTHKRHVTALEKAITAEQEKLQKANTELGEIENEVDETREVXXXXXXXXXXLDVETEKLKELESEQTKSTLSKLQSLVALNESLKKQEQEFKAHCKVELKEIEEKMSKLEA-----------IVNEGDNTEAERMRV---INEQFDNDTEKLRKMRLALAKRNREIASLQWKIDDVPTRAELKQYQSRFVELYNQFGSTHKETKQFYTLYNTLDDTKLYLEKEVGYLNSIHDTFEHASQGSDTSKEEFLKQLEKINQGVKATXXXXXXXXXXXXXXRYACNETLMELVEKQREYYKTVRDFQEECKKAEILLSKLKA 2041
            QI  +Y ++Q+EL  E S  K G S   Q H+R V +L K I  + + L++       ++   +E ++   +   Y EKLD E   L+++ES+   S L  L++LVA+NE+LK QEQEFKAHC+ E+  +++++  L+A              E   T    M     ++ +++ + EKL K+RL  A+RNREIA L  KID+VP+RAEL QYQ RF+ELY Q  + HKETKQF+TLYNTLDD K+YLEKE+  LNSIH+ F  A   S  ++++FL+Q+E+I +G+K +  K++KK ++ K +R   N+  +EL+EKQR Y+KTV++F+EE +K E+LLSK+KA
Sbjct:  288 QIVSEYAEKQSELSAEESPEKLGTS---QLHRRKVISLNKQIAQKTKHLEELRASHTSLQARYNEAKKTLTELKTYSEKLDKEQAALEKIESKADPSILQNLRALVAMNENLKSQEQEFKAHCREEMTRLQQEIENLKAERAPRGDEKTLSSGEPPGTLTSAMTHDEDLDRRYNMEKEKLYKIRLLQARRNREIAILHRKIDEVPSRAELIQYQKRFIELYRQISAVHKETKQFFTLYNTLDDKKVYLEKEISLLNSIHENFSQA-MASPAARDQFLRQMEQIVEGIKQSRMKMEKKKQENKMRRDQLNDQYLELLEKQRLYFKTVKEFKEEGRKNEMLLSKVKA 628          
The following BLAST results are available for this feature:
BLAST of TCONS_00062022 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
CCD933.740e-10254.31Coiled-coil domain-containing protein 93 OS=Homo s... [more]
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