TCONS_00047911 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047911
Unique NameTCONS_00047911
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2548

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047911 ID=TCONS_00047911|Name=TCONS_00047911|organism=Clytia hemisphaerica|type=transcript|length=2548bp
GTGAGTTTGTTTCATGAAATTATAAattccttttcaatatatctaaGATA
AAAGTATAATAAAGATCAAAGCATATAACTATTGATCAATGGATGAACAA
AGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATAAACTGAAATT
ACTGGTCAATGTTTGTGGTCATAAACTatgttCAACGTGTGTTGATGTGT
TGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATACTGCATTGAGA
AGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTAGTTGAGAAAGA
AGTCGATATCAGaagaaaaattgtcaaaatATTCAATAAAAGAGAAGAGG
ATTTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGATATTGAAGTG
ATAATTTTCAATTTAGCAAACAAGCAGAATGTGGATGAAACGAAGAAAAA
AGTTGATGCTTACAAAAAGGATAATGAGAAGCTTATCCGCAGGAATAACA
CAAAAATTAGTCAAGAGGAAGCGCTGATGAAAGCGTCAATCGAAGCAGAC
CTACAGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAAGAAGTCGAAAA
TGCCGCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCATCAATGATTTGA
TCTATGCAAATGCACCAGCGGAAGAGGTCATTGCAAGGCATAAACTCATC
AAAGAACAACATCAACAGCAAAAAatggaagaagaagaacaaaagaaatc
tttcttcttttcagagAAAAACAAGAATTCACACTTTGTCAATCAGCCAA
TTGTGGAAGCTCCTTTGTTTATATATCAAGAATCAACGAGAGAATGGTTC
GGTCCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAAAGGGTACCTGCA
ACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGTGGTTACACGGAAT
CTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGACTGTCTTTTCATC
TAATAGCAAAGCAACTTTCTGTTCCTTATTGGCCTGTTAGGAAACTAAAA
TGAACTTTCAGTTGTCTCAATGTTTGTAAATATGTAAATAGAAGacgttt
tttgctaaaaatttttacaaaccgcttgttttgtttatcttttgttTCCG
ttcgaattatttttcttttttttgtttgtaaacAAGTTTCAGGGGTTTCC
TTTTTGTTTATGACTCACTTAAGCATTTTTCTTAATCAACTATGTTTCGA
ATGTGTTCTATATACAGTCAGAAATGTTCTAAACTATCCTATTAATCCGA
AAACTTGATTTTGATTGTCAAAGAAATCATATTTTCTTTATGTTTATCCT
ATCCCAATGCAGAGTTTAAATATCAGTTAATTATTCGGTGCTACACTTTA
TACCTATATTTTCCAACTGTTATTTTCTTTCAGATCCCTAATTCTAAACA
ATTgagaaaatataaacaaatctTTGGTTAGAATGTTTCGTGCATCGTTC
AAACGTTGTTAATTACGTTTGCATGGCTCGTTAAACGTTCATTTGCATGC
TTCATTTATCAATATGTTGGTTAATGTGTTCGTTCAAGCAAACCAACATT
TTCCAATGCGGTTATCTTAACACTTCAAACAGCCGCATCGAACATAAAAC
AACGGCGAGGTCAACTGAGATGTCTCATCTGCACTACTGATTCGCTTCTC
CAGCTCCCTTTGCTTGTTCTGCAAACTATTTTGTAGTCCACCAGTATCGG
AAGACTATCCAATAGCTCAATATGGATCAAGTACTACCAGGATATGCTGA
AgAATGCAGATTAATGTCCAACACATCACTGGCACCTTCAACTCCATTCG
TTTGTTATTCACTTGATGAAATTTCACCGACTTACGATTTTAACACTCCC
GACaccaatgcaatgtcttccaatACTGTAGGCCAATCAAATCACGTGAT
TTTTCCTGGTGAACAAGACAATATGTCCATTTATTTCAACAGAAGGAAAG
GAGTGGGGAGTATTGATGATGGAGAGAGGCGAAAACTTCGAAGGGAGCGA
AACAAGGTGGCTGCATCCAAATGCCGAAACAAAAGACGCGAGCATGTTCG
ACTTTTACTAGAGCAATCTGACGAATTGGAGCTGAAGAATAAACGAGTTG
AGCTTGAAATTGTTCATTTACAAGCACAAATCAAAGAACTTGAAACACTT
TTAGATACCCATCGTTGTTTTTCTGGTGTTAACAATGGTAATATTGTTAT
GAAAAATGGATTGTTCGGTCAACCTCATTTGTAACATAACAAGCTTCTTG
TTTGTGACTTGTTATTCGACTAAAAATGAAATGTTATTTTGACAATaaac
ttttgtaaatatttgaCTGAAACTATTTTTGTGGTCCTATAagcttttgt
atatttttttagctgaatattttttgagcCATTATTATGTATTTTTGAAT
TGACTTTTGTATGTTTTTAATGACAATGACACAAAAACATGTGTAAAACT
ATTTTGTACAAGAGGTACTTCCTGTGAAAGCTTCGTTTTGAATTAATT
Run BLAST on NCBI

protein sequence of TCONS_00047911-protein

>TCONS_00047911-protein ID=TCONS_00047911-protein|Name=TCONS_00047911-protein|organism=Clytia hemisphaerica|type=polypeptide|length=304bp
MDEQSCPRCKSTSYRNNKLKLLVNVCGHKLCSTCVDVLFTRPSAACPQCN
TALRRSDFRVQQFEDALVEKEVDIRRKIVKIFNKREEDFKTLLDYNNYLE
DIEVIIFNLANKQNVDETKKKVDAYKKDNEKLIRRNNTKISQEEALMKAS
IEADLQSAETKRKMLVEEVENAALQKKKEKENLINDLIYANAPAEEVIAR
HKLIKEQHQQQKMEEEEQKKSFFFSEKNKNSHFVNQPIVEAPLFIYQEST
REWFGPSPPEEDALQSKGYLQHIRSASSSERAGGYTESIACQRAIQEAFD
CLFI
Run BLAST on NCBI

transcript from alignment at scaffold_139:161616..178250-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047911 ID=TCONS_00047911|Name=TCONS_00047911|organism=Clytia hemisphaerica|type=transcript|length=16635bp|location=Sequence derived from alignment at scaffold_139:161616..178250- (Clytia hemisphaerica)
GTGAGTTTGTTTCATGAAATTATAAATTCCTTTTCAATATATCTAAGATA AAAGTATAATAAAGATCAAAGCATATAACTATTGATCAATGGATGAACAA AGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATAAACTGAAATT ACTGGTCAATGTTTGTGGTCATAAACTGTAAGTTTTTAAAGTATTTTGTT ATAGGCTTAAATCAAGGTGGAAATTATTTTTACATTTTCTGCAATGAAGA AAATCCATCATATTTATCAGAAAAATCCAGATACACAAGATTGTGGGTTC AAATTAAAAGCCAATATTTTCCAGAAGGCAAGAGTAAGAGAATCAATCCA GGATCTGTCAATTATTTTAATGGTAGCTTTCTGGAAGCTATTTATTGTGT GCTAGCAATCCTTACCAATTCAAGTTTAAGTTAGAAATATCCAAGCATAC ATCTTATAAAAGTTTCAATAAATTTGTATTTTTGTAGATGTTCAACGTGT GTTGATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATAC TGCATTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTAG TTGAGAAAGAAGTCGATATCAGAAGAAAAATTGTCAAAATGTAAGATTAT TTTTACAATAGCTACTACATACCCCCTACCCCCTGAGCAGTTTGCGTGAA TGCTTGAAAATTAGAAAAAGATAGCATGAATGTGTGAGTTTGGAAAAAAA ATTGCATGATTACGTGAATTTAAGGTCTGTAACCTCTGTACTTTTACATG GTGTACGTTAATACTAGATGAATTTTCTATGAATCCCTAAGAGTGGATTT TCACCTTTATTTTTGCTGTATATTTTAGATTCAATAAAAGAGAAGAGGAT TTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGATATTGAAGTGAT AAGTGAGTATCCAAACCATCAAAATGGTCTCATCAATATTCTAATTTAAT AATGACGAGGGCTACATACATAATCCAGTTTAGAGTGGCTGAATTTTCAT TTTCCATTTTATTCTTACTATTCTTTCTGCTATTTCTTACACAAAAATCA AACCTTTTCTTATAGAAAATAAAAAAAGTCCACCTCGACTACAACAAGTG TCTATCATCATCTTTGATTGTCTTTCAGTTTTCAATTTAGCAAACAAGCA GAATGTGGATGAAACGAAGAAAAAAGTTGATGCTTACAAAAAGGATAATG AGAAGCTTATCCGCAGGAATAACACAAAAATTGTATGTTATAAATTTTAA TCAATTCTATTCCCATCAATTCCGCAGAATCCTTTTGAGCCATCCCCTTA AAAAGCAAATGAAAAACTAATGGGTATCCAAATGTATTATTTCCAGAAGA GGGCTTTTGTAAAAAATATTTAGCTCCTAAGTGTTAAAATAGTTTCTGGA AATATTAAAACGCCAGGCTTGAACTCTTTAAGTTAATGGTATGTACAAAA TTCTGGTCCTGGGGTCTGAAATTTTTGTTCTTTGCAACAGGTAAAATCAG ACCTCTGTTGGAAACAATTCATGCCAATTGTGGTGACTTTCCAGTATGGT TTGTGTATTCTTATCCTTTTAATTCTTTCAGAGTCAAGAGGAAGCGCTGA TGAAAGCGTCAATCGAAGCAGACCTACAGAGCGCTGAAACTAAACGTAAA ATGCTGGTGGAAGAAGTCGAAAATGCCGCGTTGCAAAAGAAGAAGGAGAA AGAAAACCTCATCAATGATTTGGTTTGTCAATTCATAGCCCTTCTTCGTG ATTCTCTAAGCTAGACTTTCAGTGTTTTAAAGCAGTCAGATTTTCAACGC TTCATTTCTTAAAATTCTCCCTTTAGCTAAATATTATGGCCTCGTTTTCA AAAAGAACAAGAACTCTAACCGACGTTTACTCACTTTGATGTGTTTTCCC AAAACTTTTTTAGTACAGACGTTTGCAAGAATTAACGATAGCTCAAAAAA GAACTTGCTCAAGTGGGATTATATTATTGGTTTTCTACTTCATTAATGTG CCGATTGCTGGTTCACCGACATGTTTTTATTCTTATTCTCTCTTAACATT CTTCGACTTTTGTTTAGATCTATGCAAATGCACCAGCGGAAGAGGTCATT GCAAGGCATAAACTCATCAAAGAACAACATCAACAGCAAAAAATGGAAGA AGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAGAAAAACAAGGTAAAAT ATTTGTCAAGATGTACGGTTGATGGAAGGGGGACCTTAAAGTTATAAAGA AAATGATATCTCTAATAAAATTTAATAATAAAATTTAAAATTTTTCTTAC GTTAAAGAATGTTCTGTCGACTTCTGACGACAGACGAGGATTAGACAATG TATTATTATAAAATTTCAATATTAATTTCCACAGGTCTATACCTGTTGAA TATAATTATATAAATATTTGTTTAAGATGGTATTGCTGACCCTTATTTTG TTCTTTCTTTAGAATTCACACTTTGTCAATCAGCCAATTGTGGAAGCTCC TTTGTTTATATATCAAGAATCAACGAGAGAATGGTTCGGTCCCAGCCCTC CCGAAGAAGACGCTCTCCAATCAAAAGGGTAGGCATAGATTTAAATAAAT AGATTCAAAACATATGTGTCTGATTCCTTTCATGTCCTTTAAAACGAGTT GTTACTAATAGTTTTTCGGGAAATTTTAGAGAGAAAGTCGCCATTCAACT ACTTTGACTCGAATCCCTTTCCTTCTTTTTTTCATTGTTATTTTTGCATT TAAGGTACCTGCAACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGT GGTTACACGGAATCTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGA CTGTCTTTTCATCTAATAGCAAAGCAACTTTCTGTTCCTTATTGGCCTGT TAGGAAACTAAAATGAACTTTCAGTTGTCTCAATGTTTGTAAATATGTAA ATAGAAGACGTTTTTTGCTAAAAATTTTTACAAACCGCTTGTTTTGTTTA TCTTTTGTTTCCGTTCGAATTATTTTTCTTTTTTTTGTTTGTAAACAAGT TTCAGGGGTTTCCTTTTTGTTTATGACTCACTTAAGCATTTTTCTTAATC AACTATGTTTCGAATGTGTTCTATATACAGTCAGAAATGTTCTAAACTAT CCTATTAATCCGAAAACTTGATTTTGATTGTCAAAGAAATCATATTTTCT TTATGTTTATCCTATCCCAATGCAGAGTTTAAATATCAGTTAATTATTCG GTGCTACACTTTATACCTATATTTTCCAACTGTTATTTTCTTTCAGATCC CTAATTCTAAACAATTGAGAAAATATAAACAAATCTTTGGTTAGAATGTT TCGTGCATCGTTCAAACGTTGTTAATTACGTTTGCATGGCTCGTTAAACG TTCATTTGCATGCTTCATTTATCAATATGTTGGTTAATGTGTTCGTTCAA GGTTTATTAAACGTTCCTAATACTAAACCTTGTACTAATTTATTAGTTCT CTCATGCGAGTGATTTTCTTCTAACCAGTTGAAACAAGATGTTTGAAATT CTGTTGGGTTTTCATCAAACAGCAAACCAACATTTTCCAATGCGGTTATC TTAACACTTCAAACAGCCGCATCGAACATAAAACAACGGCGAGGTCAACT GAGATGTCTCATCTGCACTACTGATTCGCTTCTCCAGCTCCCTTTGCTTG TTCTGCAAACTATTTTGTAGTCCACCAGTATCGGAAGACTATCCAATAGC TCAATATGGATCAAGTACTACCAGGATATGCTGAAGTAAGTAGTATTGTG CTTATAATCTTATTATAACACGTATTTTAGAGGTTGGTTAGGGAAATAGA GCTCTATATCTAGGCATTGCTTTTTTCTCATCTTCCCTCAATACATAACA TAGTAAATTATAATGCTCCACACTTCATAATTCTTGAAAACAAAAATTCT CTATTGTTGAATGGAACAATCAACTAACGAAACGTGCGCGCGTTTCCATA ATTCGTTTTGACTTACTACTTATGTTTCTGCAAGCTCGGCATTTTTTTCT TAGCGATACAGACACTGATAAACTGTCAGTATGGTTATTATGTATTTTAT TAATTTGACGCTCTCTAATCCAATTTTCAAGTGGAATTATTGTGTTTCCA TCGACTTTCAATATCATCGAGTATCAAATAGTAGAGCGTCGAATTATAGT GCGTTAATTGTATAAACATTTTCTTTTTAGGAATGCAGATTAATGTCCAA CACATCACTGGCACCTTCAACTCCATTCGTTTGTTATTCACTTGATGAAA TTTCACCGACTTACGATTTTAACACTCCCGACACCAATGCAATGTCTTCC AATACTGTAGGCCAATCAAATCACGTGATTTTTCCTGGTGAACAAGACAA TATGTCCATTTATTTCAACAGAAGGAAAGGAGTGGTAAGGATAAAGCGAT TGTAAAAGGTTAAGAGTCTGCTACAGATATAAGACAACTTTCTTATGACT TCGGCTTTTTATAAAAGATTTCAGTATGTGTATGATATGGGAAAATAAGT TTTTTTTAATGACAATCGCGATGATGTATTGTATATTGAGAGGAGCATAC AGAAACATCACCGATTTTTGTCGTTTTTTTATCAAGCTCTTCTTTGTATG ATTGTAATTTGCATTGACCTCCATCATAGGGGAGTATTGATGATGGAGAG AGGCGAAAACTTCGAAGGGAGCGAAACAAGGTGGCTGCATCCAAATGCCG AAACAAAAGACGCGAGCATGTTCGACTTTTACTAGAGGTGATATTTCATT CTTTTTCAACTTTCTTCGCATGTCGATTTTGTAATATTTGTGTCTTTCAC GGAATTTCAGTAATATGTTATTTGTGCTAGCCTGGATATCCATGCTGTAA ATTATTTTCTCATTTCGCTATTCCTGCAATACATGAATTGATAAATTACG CATGCACTGCCTTCTGATATTGGAATGCAAATAACTAGGAAGACCAGGCA ATAAACCAGAAGCATCAAAAGTTAAAAAAAAAGTTTACAGCCTAAATATC CAGGCTTTTTGTACGTATGTTTTATTGTTTATCTTTCCTTTCTTTTTTCC ACGGTATGTTCTTGTTGCTTGTGTGTAATTGTTGCATTGTTTGTTGTTTG TGCTAGTAATGCTTTCCTGGTCTTGTACTTATTTTGACTATTATGTTGTA CAGTAGTTTTGTAGTCGTTCTGTTGTATTTTCTCCCGCCATTGAATGAAA TGAATGAGTCCTTTTATGTAAAAGAATAAAAGGCTTTTTTAACCAATTTT CCTACCCCATCTACTTTTACTTCACCCCCTGGAATTTCAAAAACAATTTC CCCACCATTTTTCAATTTTCTTGAAAGAAAATCCTACCTTTTTTAAAGTA GGGTGGGGGGGGCACTACGAGCAACTTATGCTATCTCGGCGTTTTGGACT AATTCAAGTCTGGAAATCATCTTTTGTAAGTAATGAACTTCTGTATGACA AGTTAACTTTCTTCGTTCGTTCATTTGTTTCCTTTCTCCCTTTCTCTTGT GGTGTCCCTTATATTCTTTATGTTCAAATGATTCGTTTAATATTCGCAAA GGTAAAGTTTTGATGTGAGTTCGGTCTCTGGAACAGTTTGTAATTTGTCT ATTTTATCGTCGTTGTTGTTTATGATGTTGTTTGTGTTAACCTTTACTAA TTCCAACTTTAACGGAAATTCTAATTTCAGAATCCAGGATTTTATCTTAT CTTTATTATTGTAAAGGGAATTTAGAGTTGTTTGAAAGATCAGTTGGCGA AGGTTAAATAAAAAGGTTCCACTAAATATTTGTTCAGAAAAATTCGTTGA GTAGAACCGTTTTTCAATTCTGATTCACACTCCTTTAAAAACAAACTATT TCAGGAATGCACCAAGCATGATGTCAACAATTATCTGTTTTAATGTACCG GGTGCGCCACAAAGAAGTTTCTCTCTTTAAAGGGAATTTTCTCGAAGTCT GAAAATTTGAAGATAACCAATCTTTTTTCATTAGAAAGAAGAAAAATAAA CTTAAATTCTGATGGGTCATTTATAGAATTTGGTTCATTAGATCAAAAGT TATGCTCAATTGAATAAAAAAGTTACTTTCAGAAAGTGCTCGAAAACGTT AAAAATCGACCTATTAAATTTTTAGTTTAGATTTGGCAATCGCAATAGCC TTTACATGATTAAGAGCATTTTTGAGTAACTTACACATGAATTTTGAAAT TGAAGGTTCGAAAGGGTTTTAAATCTTCATCAAAATCAATTTAATTTATT TTTAACGAAATTTTCCTCAGATTTTTGGTTCTAGACTGGATAAAGTCTAT GTAAGGCCGGATCTACCTCGAAACCCATATTTGATGTATTTTTATGAATT TCATCAGATTTTTTGGCCTTTTTCGACGAATTTTCTTCTTTTTATTGAAA TTCAACCTTCCTTTATATAACAAAAGGTCATTTAGAGAGCTAATTATCAT TTTTAGTGACTGAAAGGAAAATACTGATGTATAATGTAATTGTGCTTCTG TTTATTTTGATAAGTCGATTTTTAACGTTTTTGAGCACTTTCCGAAAGTA ACTTTTTTATTCAATTGAGCATAACTTTTGATCTAATGAATCGAATTTAA TAAATGACCCATCAATATTTAAGTTTATCTTTCTTCTTTCCAATAAAATA GGAATGGTTCTTTTAATGTTTTTAGATTTTGAGAAAATCAGTTTCAAAGA GAGAAACTTTTTTGTGGCGCACCCGGTATATATTATTGTTATGTGTTTTT TACAAGTACAGCATTTTATTCGAAATCACATTTTCATTTAGATCGATTAA TGTAATTTCTATAAGATTCATTGTTATTTATATTTATTTATCAATATCAT CCCATCAAAATCAATTCACTTTCATTAAAATCGTTACATTTACATCAAAA TCATGTCATTTCCATCAAAATCGTCACATTTTTATAATCTCGAATCATTT TCATTTTCATCTGAATCATCAACTTGAAATTAATAAAACATAGCATATTT CAACGTAACAGTTAAATCATAACCAATTAATTTCCATCAAAACCATGTCA CCTTTATCTCAAATCATTGTCGTTTTCTATCAAAACCATGCCATTTTCGT CAAAACCATGCCATTTTCATCAAAACCATTTCATTTTCGTCAAAGCCATG TCATTTCCATCAATACTATGTAACTTTCATCAACATCGGGCTATGTTCAT CAAAACCATTTCATTTTCATCGAAATCAAGTCACTGCCATCAAAACCATG TCACTTTTATTCAAATCATTGTCGTTTTCTATCAAAACCATGTCATTTTC GTCAAAACCATTTCATTATAAGCAAAACCATGCAATCTTCACCAAAATCA TGTCATTTCATTCAAAATCATGTCATTCCATCAAAACCATGTCATTTCCA TCAAAACTATGTCATTTTCATCAGAACCATGTCATTTTCATCAAAACCAT GCCATTTCCATCAAAACCATGTCATTTTCATCAAAACCATGCCATTTCCA TCATAACCATGTCATTTTCATCATAATCATGTCATTTCCATCAATATCCT GTCATTTCCATCAAAACCATGTCATTTCCATAAAATCATGTCATTTCTAT CAAAACCATGTCATTTCCATCAAAACCATGTCATTTCCATCAAAATCAAG TCATTTCCATCGCANTCATTTCTATCAAAACCATGTCATTTCCATCAAAA CCATGTCATTTCCATCAAAACCATGTCATTTCCATCAGAACCATGTCATT TTCATCATAGCCATGTCATTTCCATTATAGCCATGTCATTTCCATCAAAA CCACGACATTATCATCAAAACCATTTCCTTTTCATCAATATTATGCCATT TCCATCTAAATCATGTCATTTCCATCATAACCATGTCATTTTCATCATAA TCATGTCATTTCCATCAAAATCCATTTCATTTCCATCATAACCATGTCAT TTTCATCATAATCATGTCATTTCCATCAAAATCCTGTCATTTCCATCAAA ATCCTGTCATTTCCATCAAAACCATGTCATTTCCATAAAATCATGTCATT TCTATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTCCATCGAAA TCAAGTCATTTCCATCGCAAAATCATTTCATTTCCATCAGAACCATGTCA TTTGCATCAAGACCATGTCATTTCCATCAAAACCATGTCATTTCCATCAG AACCAAGTCATTTTCATCATAGCCATGTCATTTCCATTATAGCCATGTCA TTTCCATCAAAACTACGACATTATCATCAAAACCATTTCCTTTTCATTAA TATTATGCCATTTCCATCTAAACCATGTCATTTCCATCAAAACCATGTCT TTTCATCAATATTATGCCATTTCCATCTAAACCATGTCATTTCCATCATA ACCATGTCATTTCCATCTAAATCATGACATTTCCATCATAACCATGTCAT TTTCATCAAAACCATGTCATGTCCATAAAACCATGTCATTTCCATCAAAA TCATGTAATTTTCGTCAACATCGTGTCATTTTTATCAACATCATGTCTTT TTCATTAAAACCATACCATTTTCATCAAAACCATGCAATGTTCACCAAAA TCATGTCCTTTTAATCAGAATATTGTCAATCCATGAAAAACATGTTATTC CATCAAAACCACGACATTAGCCCTTTCCGTGCCGATGTCGTATATATCCG ACATGCAAATTTTCACCTTACTTGCCAATGTCGGATATATCCGACATCAA ATTTTTTTACCTAATTGCCGAGGCCTTTAAAAAAGAGGGAGCTCTATTGC CGAGAAATCAGCTTTTAGGAAAATGGTTTTCTTATTTTGCCAATGTCTTA TATACCTTATGGGAAGAAATTTTCGCGAGAAGAAATTTTGTTTTTTATTC AAAATTACCTAAATGTAAACAAACTGTTAACCCTTCCATGGACGAAAATT TCATAAATCACCAAAAAAAGAAATTCCGACCGACCGACGCACCTCCAATA TCTAGGGTCGAGTGACAGAAAACCAACAATTTTTTAAGCCCAGGCTATCA TCAAACCATTTTCTTTTCATCAATACCATGTCATTTCCATCTAAATCATG TCATTTCCATCATAACCATGTCATTTTCATCAAAACCATGTCATATCCAT AAAAACACTGTCATTTCCATCAAAATCATGTCATTTTTGTCAAAAGCATG TAATTTTTATCAAAATCATGTAATTTTCGTCAACATCGTGTCATTTTTAT CAACATCACGTCTTTTTCATTAAAGCCATACCATTTTCATCAAAACCATG CAATTTTCACCAAAATCATGTCCTTTTAATCAGAATATTGTCAATCCATG AAAAACACGTTATTCCATCAAAACCACGACATTAGGCTGGACTTGAAAAA TTATTGGTTTGCCGTCACCCGACGAACCCTACCTCGAAATCTGCCGACCC AAAAGAATTTATTGCCATTTTACAGAAGATTTTTTTCCTTCAAAAACTTC AAACAATAAAAAATCAAAACTCGTATCTTGTTTGTCTCAAGCATAAGAAT CGTAAATTCCCTGTTAGCACTTCTGTTTTTTATTCAAAATTACCTAAATG TAAACAAACTGTTAGCCCTTCCATGGACGAAAATTTCATAAATCACCAAA AAAAGGAAATTCCGACCGACCCACCTCCAAAATCTAGGGTCGGGTGACGG CAAACCAACAATTTTTTAAGCCCAGGCTATCATCAAACCATTTTCTTTTC ATCAATACCATGTCATTTCTATCAAACCATGTCATTGCCGTCAACATCAT GTCATTTCATCAAAACTATTGTCATTTTTTATCAAAACCATGTAATTTTC GTCAAAACCATGCCAGTTTCGGAAAAATCATGCAATTTTCATCAACATCA TGTCACTTCCATCAAAACAATGTCATTTTCACCAAAACCATGTCATTTCT ATCAAAACCATATGATTTCTATCAAGTCAATATCATTTGCATAAAATCCA TATCATTTCTATCAAAACCATGCCATTTTCATCAAAACCATTTCATTTTC GTCAAAACCATGTCAGCTTCACAAAAACCATTTAATTTTCACCAAAATCA TTTCCTTACCATCAAAATCATGTCATTGCGCAGAATCGATGTTTCGTGTT TTTTATCTCAAAAATGAAGTCGTTGCATTGTTTTTCGCGCGCATTCTATT TTCTGCCAATCAAATTGCGTCACGCATTTTTTGCAATCAAAACATTTATT TTATTTGTGAGTTTGATTTTGAAAAGAAAACATGAATTCTTAAAAAATTA AACCTGAAATATTTTGGTTTTAAAAAATCTTTGAGAAACAGTTATTAAAA TTATTAAATCAATTTTATCGAGATATGGTTGTAAGAGGTATGCATGTACT CTTAGGTGCCAAATAAACGGCCCCCCGCTTGTTAATTTTTCGATTTTTTT CCAACCCCCCCGGACCTTATTAGGACCCCCTCGTTTATTAATTTTTGAAA AAATTCCCAGCTACAAAAAGGAAAATTCCTTGTTTTACTCTAAAAAGCCT AAATTTAGTCTATTCTGACCCTTTTTAGGGGTTTTAAAGGTCCATTATCC ACCCCCCACCCCGGTAATTAGGTCCCCCCCGTTTATTTAATTTGAAAATT TTTTCCAACCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNTATATGTATAGAAATGGAATGCTTTGTTTGCTTTAGTTTTC ACTACAGACTTTCCTCCCTTCAAAATTCAGCTTTTGAAAGGAGCTTTTAT TCATCCAAACTTTGTTTTCTTTATTAATGGTGATTCATTTTTAAACATAA AAAACTCCACAGGATAACCAGTAAGTATTATTTACTTTGGAGGTAAAAAA TGCTAAAGAAAATGAGTAGACATTGAAACTTGATGTTAAAATTGACGTTA CAGTATTTGAATATGCTTCAAGATATAATATAACTTCAAGGCAAAAAAAT CCTATGAAATTGTTTTCATATATTATTTTGTAACATTTTTTATCCTCTTA CACTTCAGATGGATAGGAAAATTGTCCAGACCTACTTGAATTTCAGTTAT CATTTTTGTCATTAACGTCAGAATGTATCAGCCTTTATTTTTCTTCGTCA GAGGGGTAGTGCCTGTCTTTAGGACAAGATGGTCTAAAGAATTTGTCTTA ATCAAAACATATATTTATACACCGCTGGAAAGAAAAAGGGCTAAACTTTT TTACTAGATAGTTGGGAAATTGAAAGCTTTTCAATTTATATATTCCCTGT TCTCTCAAAGTTTGTTGATTTTTTAAAAACATTAAAAAAAGGTAACCTTT TACAAACTTACACAACTAAGCAAGTTTGGTATATCTGGAAAAAGGAAAGA CTCAGTGATTCAAAAATATCAAATTTATCTTTTTAAAGTCATAAACAGTA AGCAGTCAAAATTTACGTCAAAACCCACGGATTTATTGCATGTCAAAAAT TGTAACGTCAATTCTGTGTGACAAAACCATGTCAATTTCATCAACAAAAT GTAATTTCCATCAACATCATGCCATTTTCATTAAAACCATGACATTTTCA TCAAAACCATGTTATTTTCATCAAAAGCATCTCATTTTCATCAAAATCAT GTTATTTCTATCAAAATCATGTCATTTCTATCAAACCATGTCATTTCTAT CAAGACCATGCCATTTTCGTCAAAATCATGTCATTTTCATCAAAATCATG TCGTTTCCATCAAAACCATGTCATTTCCATTAATACTATATGTAACTTTC ATCAACATCAGGTCATTTTCTTCAACATCAGGTAATTTTTATGAAAACCA TGTCATTTAATTCAAAGCCATGTCATTTTCATCAACATCATGTCATTTCC ATCAAAACCATGTCATTTCTATCAAAATCATGTCATTTCTATCAAAACCA TGCCATTTTCGTCAAAATCATGTCATTTCCATCATAACCATGTCATTTCT ATCATAATCATGTCGTTTTCATCAAAACCATGTCATTTCTATCAAAATCA TGTCATTTTCGTCAACATTGTGTCATTTTTATCAACATCATGTCTTTTTC ATTAAAACCATACCATTTTCATCAAAACCATGTCATTTCCATCAAAAGCA TCTTATTTCCATAGAAATCAACTCATTTCCATCAAAATCATATAATTTTT ACCAAAACTATGTTATTTTCATCAAAGCCATCTCATTTTCATCAAAACCA TGTCATTTCCATCAAAACCATGTCATTTTCATCAAAACCATTTCCTTTTA ATCAACATCATGCCATTTCCATCATAACCATGTCATTTCCATCATAACCA TGTCATTTCCATCAAAAGCATCTTATTTCCATCAAAATCAACTCATTTCC ATCAAAATCATATAATTTTTACCAAAACTATGTTATTTTCATCAAAGCCA TCTCATTTTCATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTCC ATCAAAATCATATAATTTTTACCAAAACTATGTTATTTTCATCAAAGCCA TCTCATTTTCATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTTC ATCAAAACCATGTCATTTTCATCAAAACCATACCATTTCCATCAAAACCA TGTCATTTCCATCAAAACCATGTCATTTCCATCAAAATCATGTCATTTTC ATCAAAACCATGTCATTTTCATCAAAACCATGTCATTTTCATCAAAACAA TTTCATTATCAACAAAACCATGTCATTTCCATCAAAATCATGTCATTTTC ATCAAAACCATGTCATTTTCATCAAAACCATGTCATTTTCATCAAAACAA TTTCATTATCAACAAAACCATGTCATTTGCATCAAAACCATTTCATTGTC AGCAAAGCCATGTCATTTTCATTCAAACCATGCCACTTTCATCTAAATTA TGTTATTTTCATTTAAACCATGTAATTTTCATCAAAACTGTATCATTTCT ATCAAAACCATGCCATTTTCACCAAAATCATGTCATTACCATCAGAATCA TGTCATTTCTATGAAAACCATATCATTTTCATCATCAAAACCATATTCAT TATCATCAAAACCATGCCATTTTCATCAAAACCATGTTATTTCCATCAAA GGCATCTCATTTCCATCAAAATCAACTCATTTCCATCAAAATCATATAAT TTTTACCAAAACCATGTTATTTTCATCAAAGCCATCTCATTTTCATCAAA ACAATCTCATTTCCATCAAAACCATGTCACTTCTATCAAAACTATATTAT TTTCATTTCTATCAAAACCATGTCATTTTCATTAAAACCATTTCATTATC AGCAAAACCATGTCATTTTCATTCAAACCATGTCATTTTCATCTATAACA TATAATTTTCATCAAAACTATATCATTTCTATCAAAACCATGCCTTTTTC ATCTAAATTATGCAATTTTCAACTAAACCATGTCATTTTCATCACAACCA TGCAATTTTCATCTAAACCATCTCATTTCCATCAAAACCATCTCATTTCC ATCAGAACCATCTCATTCCCATCAAAAGCATGTCAATTCCATCAAAACCA TCTCATTTTCATCAAAACCATGTCATTTTCACCAAAACCATGCCATTTTC ATCAAAATCATGCCATTTCCATCAGAATCATGTCATTTCTATGAAAACCA TGTCATTTTTATCAAAACCATTTCATTATCAGCAAAACCATGTCATTTTC AATCAAAACCATTTCATTTTCATCTAAACCATCTCATTTCTATCAAAACC ATGTCATTCGCATCAAAACCATGTCATTTTCATCAAAACCATGCCATTTT CACCAAAACCATGCCATTTTCATCAAAATTATATCATTGTCATCAAAATC ATATCATTTTCATCAAAACCATATCATTTTCATCATCAAAACCATATTCA TTATCAGCAAAACCATGTCATTTTCATTCAAACCATGCCATTTTCATCTA TAACATATAATTTTCATCAAAACTATATCATTTCTATCAAAACCATGCCT TTTTCATCTAAATTATGCAATTTTCAACTAAACCATGTCATTCTCATCAC AACCATGCAATTTTCATCTAAACCATCTCATTTCCATCAAAACCATCTCA TTTCCATCAAAACCATCTCATTCCCATCAAAAGCATGTCAATTTCATCAA AACCATCTCATTTTCATTAAATCCATGTCATTTTAATCAATACCGTGCAT TTTTCATCAAAATCATGTCATTTCTATGAAAACCATGTCATTTTTATCAA AACCATTTCATTATCAGCAAAACCATGTCATTTTCAATCAAAACCATTTC ATTTTCATCTAAACCATCTCATTTCTATCAAAACCATGTCATTCGCATCA AAACCATGTCATTTTCATCAAAACCATGCCATTTTCACCAAAACCATGCC ATTTTCATCAAAATTATATCATTGTCATCAAAATCATATCATTTTCATCA AAACCATATCATTTTCATCATCAAAACCATATTCATTATCAGCAAAACCA TGTCATTTTCATTCAAACCATGCCATTTTCATCTATAACATATAATTTTC ATCAAAACTATATCATTTCTATCAAAACCATGCCTTTTTCATCTAAATTA TGCAATTTTCAACTAAACCATGTCATTCTCATCACAACCATGCAATTTTC ATCTAAACCATCTCATTTCCATCAAAACCATCTCATTTCCATCAAAACCA TCTCATTCCCATCAAAAGCATGTCAATTTCATCAAAACCATCTCATTTTC ATTAAATCCATGTCATTTTAATCAATACCGTGCATTTTTCATCAAAATCA TGTCATTTCTATGAAAACCATGTCATTTTTATCAAAACCATTTCATTATC AGCAAAACCATGTCATTTTCAATCAAAACCATTTCATTTTCATCTAAACC ATCTCATTTCTATCAAAACCATGTCATTCGCATCAAAACCATGTCATTTT CATCAAAACCATGCCATTTTCACCAAAACCATGCCATTTTCATCAAAATT ATATCATTGTCATCAAAATCATATCATTTTCATCAAAATCATATCATTTT CATCAAAATCATATCATTTTCATCAAAATCATGTCATTTTCATCAAAATC ATTTTACGTAAGAAATCTGTAAATTATTTTCAAATATAATCCAAGTTTTC AGTTCTTTAGGTTTGAATGCCTCATTTGATGAAAATGGTAAATATATATT TTATTCTTCTCCAAATCTCAAATTATTCTTAGAGCTATTCCATGCCGATC TATTGTGTTCAAAGGCTTTTAAAATATATTCTATTTCACCACAATATTGC AAATCTTAACACACACAAATACGTACGAAGAATATAGCGCCTGCTTTTAC ACATTCTTTACTGGGGCATATGAGCATACACACATGTTTAGTTGGTATAT TGTCAATATGAGATGAAACATGAGTGATTATGACTCTGAAAGAAAAACGA AGTGCATAATTTTAGACACGTAGTGGGCGAAAGTAAGTCGGGCTGGGACG TACTTCAGGTTGTCTTTTACTTCTGTCATCTCTATTTGTTATTATTTCAG CAATCTGACGAATTGGAGCTGAAGAATAAACGAGTTGAGCTTGAAATTGT TCATTTACAAGCACAAATCAAAGAACTTGAAACACTTTTAGATACCCATC GTTGTTTTTCTGGTGTTAACAATGGTAATATTGTTATGAAAAATGGATTG TTCGGTCAACCTCATTTGTAACATAACAAGCTTCTTGTTTGTGACTTGTT ATTCGACTAAAAATGAAATGTTATTTTGACAATAAACTTTTGTAAATATT TGACTGAAACTATTTTTGTGGTCCTATAAGCTTTTGTATATTTTTTTAGC TGAATATTTTTTGAGCCATTATTATGTATTTTTGAATTGACTTTTGTATG TTTTTAATGACAATGACACAAAAACATGTGTAAAACTATTTTGTACAAGA GGTACTTCCTGTGAAAGCTTCGTTTTGAATTAATT

Coding sequence (CDS) from alignment at scaffold_139:161616..178250-

>TCONS_00047911 ID=TCONS_00047911|Name=TCONS_00047911|organism=Clytia hemisphaerica|type=CDS|length=7320bp|location=Sequence derived from alignment at scaffold_139:161616..178250- (Clytia hemisphaerica)
GTACCTGCAACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGTGGTT
ACACGGAATCTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGACTGT
CTTTTCATCTAAAATTCACACTTTGTCAATCAGCCAATTGTGGAAGCTCC
TTTGTTTATATATCAAGAATCAACGAGAGAATGGTTCGGTCCCAGCCCTC
CCGAAGAAGACGCTCTCCAATCAAAAGGATCTATGCAAATGCACCAGCGG
AAGAGGTCATTGCAAGGCATAAACTCATCAAAGAACAACATCAACAGCAA
AAAATGGAAGAAGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAGAAAAA
CAAGAGTCAAGAGGAAGCGCTGATGAAAGCGTCAATCGAAGCAGACCTAC
AGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAAGAAGTCGAAAATGCC
GCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCATCAATGATTTGTTTTC
AATTTAGCAAACAAGCAGAATGTGGATGAAACGAAGAAAAAAGTTGATGC
TTACAAAAAGGATAATGAGAAGCTTATCCGCAGGAATAACACAAAAATTA
TTCAATAAAAGAGAAGAGGATTTTAAAACTTTGCTTGATTACAACAACTA
TTTGGAGGATATTGAAGTGATAAATGTTCAACGTGTGTTGATGTGTTGTT
TACACGTCCATCAGCTGCTTGTCCACAGTGTAATACTGCATTGAGAAGGA
GCGATTTTCGAGTGCAACAATTTGAAGATGCATTAGTTGAGAAAGAAGTC
GATATCAGAAGAAAAATTGTCAAAATATGGATGAACAAAGCTGTCCAAGA
TGCAAGTCAACCAGCTATCGGAACAATAAACTGAAATTACTGGTCAATGT
TTGTGGTCATAAACTGTACCTGCAACATATTCGGAGTGCATCGTCCTCCG
AAAGAGCTGGTGGTTACACGGAATCTATTGCTTGTCAACGTGCTATTCAA
GAAGCATTCGACTGTCTTTTCATCTAAAATTCACACTTTGTCAATCAGCC
AATTGTGGAAGCTCCTTTGTTTATATATCAAGAATCAACGAGAGAATGGT
TCGGTCCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAAAGGATCTATG
CAAATGCACCAGCGGAAGAGGTCATTGCAAGGCATAAACTCATCAAAGAA
CAACATCAACAGCAAAAAATGGAAGAAGAAGAACAAAAGAAATCTTTCTT
CTTTTCAGAGAAAAACAAGAGTCAAGAGGAAGCGCTGATGAAAGCGTCAA
TCGAAGCAGACCTACAGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAA
GAAGTCGAAAATGCCGCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCAT
CAATGATTTGTTTTCAATTTAGCAAACAAGCAGAATGTGGATGAAACGAA
GAAAAAAGTTGATGCTTACAAAAAGGATAATGAGAAGCTTATCCGCAGGA
ATAACACAAAAATTATTCAATAAAAGAGAAGAGGATTTTAAAACTTTGCT
TGATTACAACAACTATTTGGAGGATATTGAAGTGATAAATGTTCAACGTG
TGTTGATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATA
CTGCATTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTA
GTTGAGAAAGAAGTCGATATCAGAAGAAAAATTGTCAAAATATGGATGAA
CAAAGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATAAACTGAA
ATTACTGGTCAATGTTTGTGGTCATAAACTGTACCTGCAACATATTCGGA
GTGCATCGTCCTCCGAAAGAGCTGGTGGTTACACGGAATCTATTGCTTGT
CAACGTGCTATTCAAGAAGCATTCGACTGTCTTTTCATCTAAAATTCACA
CTTTGTCAATCAGCCAATTGTGGAAGCTCCTTTGTTTATATATCAAGAAT
CAACGAGAGAATGGTTCGGTCCCAGCCCTCCCGAAGAAGACGCTCTCCAA
TCAAAAGGATCTATGCAAATGCACCAGCGGAAGAGGTCATTGCAAGGCAT
AAACTCATCAAAGAACAACATCAACAGCAAAAAATGGAAGAAGAAGAACA
AAAGAAATCTTTCTTCTTTTCAGAGAAAAACAAGAGTCAAGAGGAAGCGC
TGATGAAAGCGTCAATCGAAGCAGACCTACAGAGCGCTGAAACTAAACGT
AAAATGCTGGTGGAAGAAGTCGAAAATGCCGCGTTGCAAAAGAAGAAGGA
GAAAGAAAACCTCATCAATGATTTGTTTTCAATTTAGCAAACAAGCAGAA
TGTGGATGAAACGAAGAAAAAAGTTGATGCTTACAAAAAGGATAATGAGA
AGCTTATCCGCAGGAATAACACAAAAATTATTCAATAAAAGAGAAGAGGA
TTTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGATATTGAAGTGA
TAAATGTTCAACGTGTGTTGATGTGTTGTTTACACGTCCATCAGCTGCTT
GTCCACAGTGTAATACTGCATTGAGAAGGAGCGATTTTCGAGTGCAACAA
TTTGAAGATGCATTAGTTGAGAAAGAAGTCGATATCAGAAGAAAAATTGT
CAAAATATGGATGAACAAAGCTGTCCAAGATGCAAGTCAACCAGCTATCG
GAACAATAAACTGAAATTACTGGTCAATGTTTGTGGTCATAAACTGTACC
TGCAACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGTGGTTACACG
GAATCTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGACTGTCTTTT
CATCTAAAATTCACACTTTGTCAATCAGCCAATTGTGGAAGCTCCTTTGT
TTATATATCAAGAATCAACGAGAGAATGGTTCGGTCCCAGCCCTCCCGAA
GAAGACGCTCTCCAATCAAAAGGATCTATGCAAATGCACCAGCGGAAGAG
GTCATTGCAAGGCATAAACTCATCAAAGAACAACATCAACAGCAAAAAAT
GGAAGAAGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAGAAAAACAAGA
GTCAAGAGGAAGCGCTGATGAAAGCGTCAATCGAAGCAGACCTACAGAGC
GCTGAAACTAAACGTAAAATGCTGGTGGAAGAAGTCGAAAATGCCGCGTT
GCAAAAGAAGAAGGAGAAAGAAAACCTCATCAATGATTTGTTTTCAATTT
AGCAAACAAGCAGAATGTGGATGAAACGAAGAAAAAAGTTGATGCTTACA
AAAAGGATAATGAGAAGCTTATCCGCAGGAATAACACAAAAATTATTCAA
TAAAAGAGAAGAGGATTTTAAAACTTTGCTTGATTACAACAACTATTTGG
AGGATATTGAAGTGATAAATGTTCAACGTGTGTTGATGTGTTGTTTACAC
GTCCATCAGCTGCTTGTCCACAGTGTAATACTGCATTGAGAAGGAGCGAT
TTTCGAGTGCAACAATTTGAAGATGCATTAGTTGAGAAAGAAGTCGATAT
CAGAAGAAAAATTGTCAAAATATGGATGAACAAAGCTGTCCAAGATGCAA
GTCAACCAGCTATCGGAACAATAAACTGAAATTACTGGTCAATGTTTGTG
GTCATAAACTGTACCTGCAACATATTCGGAGTGCATCGTCCTCCGAAAGA
GCTGGTGGTTACACGGAATCTATTGCTTGTCAACGTGCTATTCAAGAAGC
ATTCGACTGTCTTTTCATCTAAAATTCACACTTTGTCAATCAGCCAATTG
TGGAAGCTCCTTTGTTTATATATCAAGAATCAACGAGAGAATGGTTCGGT
CCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAAAGGATCTATGCAAAT
GCACCAGCGGAAGAGGTCATTGCAAGGCATAAACTCATCAAAGAACAACA
TCAACAGCAAAAAATGGAAGAAGAAGAACAAAAGAAATCTTTCTTCTTTT
CAGAGAAAAACAAGAGTCAAGAGGAAGCGCTGATGAAAGCGTCAATCGAA
GCAGACCTACAGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAAGAAGT
CGAAAATGCCGCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCATCAATG
ATTTGTTTTCAATTTAGCAAACAAGCAGAATGTGGATGAAACGAAGAAAA
AAGTTGATGCTTACAAAAAGGATAATGAGAAGCTTATCCGCAGGAATAAC
ACAAAAATTATTCAATAAAAGAGAAGAGGATTTTAAAACTTTGCTTGATT
ACAACAACTATTTGGAGGATATTGAAGTGATAAATGTTCAACGTGTGTTG
ATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATACTGCA
TTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTAGTTGA
GAAAGAAGTCGATATCAGAAGAAAAATTGTCAAAATATGGATGAACAAAG
CTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATAAACTGAAATTAC
TGGTCAATGTTTGTGGTCATAAACTGTACCTGCAACATATTCGGAGTGCA
TCGTCCTCCGAAAGAGCTGGTGGTTACACGGAATCTATTGCTTGTCAACG
TGCTATTCAAGAAGCATTCGACTGTCTTTTCATCTAAAATTCACACTTTG
TCAATCAGCCAATTGTGGAAGCTCCTTTGTTTATATATCAAGAATCAACG
AGAGAATGGTTCGGTCCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAA
AGGATCTATGCAAATGCACCAGCGGAAGAGGTCATTGCAAGGCATAAACT
CATCAAAGAACAACATCAACAGCAAAAAATGGAAGAAGAAGAACAAAAGA
AATCTTTCTTCTTTTCAGAGAAAAACAAGAGTCAAGAGGAAGCGCTGATG
AAAGCGTCAATCGAAGCAGACCTACAGAGCGCTGAAACTAAACGTAAAAT
GCTGGTGGAAGAAGTCGAAAATGCCGCGTTGCAAAAGAAGAAGGAGAAAG
AAAACCTCATCAATGATTTGTTTTCAATTTAGCAAACAAGCAGAATGTGG
ATGAAACGAAGAAAAAAGTTGATGCTTACAAAAAGGATAATGAGAAGCTT
ATCCGCAGGAATAACACAAAAATTATTCAATAAAAGAGAAGAGGATTTTA
AAACTTTGCTTGATTACAACAACTATTTGGAGGATATTGAAGTGATAAAT
GTTCAACGTGTGTTGATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCA
CAGTGTAATACTGCATTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGA
AGATGCATTAGTTGAGAAAGAAGTCGATATCAGAAGAAAAATTGTCAAAA
TATGGATGAACAAAGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACA
ATAAACTGAAATTACTGGTCAATGTTTGTGGTCATAAACTGTACCTGCAA
CATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGTGGTTACACGGAATC
TATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGACTGTCTTTTCATCT
AAAATTCACACTTTGTCAATCAGCCAATTGTGGAAGCTCCTTTGTTTATA
TATCAAGAATCAACGAGAGAATGGTTCGGTCCCAGCCCTCCCGAAGAAGA
CGCTCTCCAATCAAAAGGATCTATGCAAATGCACCAGCGGAAGAGGTCAT
TGCAAGGCATAAACTCATCAAAGAACAACATCAACAGCAAAAAATGGAAG
AAGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAGAAAAACAAGAGTCAA
GAGGAAGCGCTGATGAAAGCGTCAATCGAAGCAGACCTACAGAGCGCTGA
AACTAAACGTAAAATGCTGGTGGAAGAAGTCGAAAATGCCGCGTTGCAAA
AGAAGAAGGAGAAAGAAAACCTCATCAATGATTTGTTTTCAATTTAGCAA
ACAAGCAGAATGTGGATGAAACGAAGAAAAAAGTTGATGCTTACAAAAAG
GATAATGAGAAGCTTATCCGCAGGAATAACACAAAAATTATTCAATAAAA
GAGAAGAGGATTTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGAT
ATTGAAGTGATAAATGTTCAACGTGTGTTGATGTGTTGTTTACACGTCCA
TCAGCTGCTTGTCCACAGTGTAATACTGCATTGAGAAGGAGCGATTTTCG
AGTGCAACAATTTGAAGATGCATTAGTTGAGAAAGAAGTCGATATCAGAA
GAAAAATTGTCAAAATATGGATGAACAAAGCTGTCCAAGATGCAAGTCAA
CCAGCTATCGGAACAATAAACTGAAATTACTGGTCAATGTTTGTGGTCAT
AAACTGTACCTGCAACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGG
TGGTTACACGGAATCTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCG
ACTGTCTTTTCATCTAAAATTCACACTTTGTCAATCAGCCAATTGTGGAA
GCTCCTTTGTTTATATATCAAGAATCAACGAGAGAATGGTTCGGTCCCAG
CCCTCCCGAAGAAGACGCTCTCCAATCAAAAGGATCTATGCAAATGCACC
AGCGGAAGAGGTCATTGCAAGGCATAAACTCATCAAAGAACAACATCAAC
AGCAAAAAATGGAAGAAGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAG
AAAAACAAGAGTCAAGAGGAAGCGCTGATGAAAGCGTCAATCGAAGCAGA
CCTACAGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAAGAAGTCGAAA
ATGCCGCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCATCAATGATTTG
TTTTCAATTTAGCAAACAAGCAGAATGTGGATGAAACGAAGAAAAAAGTT
GATGCTTACAAAAAGGATAATGAGAAGCTTATCCGCAGGAATAACACAAA
AATTATTCAATAAAAGAGAAGAGGATTTTAAAACTTTGCTTGATTACAAC
AACTATTTGGAGGATATTGAAGTGATAAATGTTCAACGTGTGTTGATGTG
TTGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATACTGCATTGAG
AAGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTAGTTGAGAAAG
AAGTCGATATCAGAAGAAAAATTGTCAAAATATGGATGAACAAAGCTGTC
CAAGATGCAAGTCAACCAGCTATCGGAACAATAAACTGAAATTACTGGTC
AATGTTTGTGGTCATAAACT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_030485XLOC_030485Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00047911-exon-scaffold_139-1575043694:178074..178250TCONS_00047911-exon-scaffold_139-1575043694:178074..178250Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:177611..177763TCONS_00047911-exon-scaffold_139-1575043694:177611..177763Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:177299..177372TCONS_00047911-exon-scaffold_139-1575043694:177299..177372Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:176969..177072TCONS_00047911-exon-scaffold_139-1575043694:176969..177072Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:176479..176619TCONS_00047911-exon-scaffold_139-1575043694:176479..176619Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:176008..176133TCONS_00047911-exon-scaffold_139-1575043694:176008..176133Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:175623..175738TCONS_00047911-exon-scaffold_139-1575043694:175623..175738Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:174750..175446TCONS_00047911-exon-scaffold_139-1575043694:174750..175446Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:174416..174628TCONS_00047911-exon-scaffold_139-1575043694:174416..174628Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:173767..173970TCONS_00047911-exon-scaffold_139-1575043694:173767..173970Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:173414..173521TCONS_00047911-exon-scaffold_139-1575043694:173414..173521Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1575043694:161616..162050TCONS_00047911-exon-scaffold_139-1575043694:161616..162050Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:178074..178250TCONS_00047911-exon-scaffold_139-1510915933:178074..178250Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:177611..177763TCONS_00047911-exon-scaffold_139-1510915933:177611..177763Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:177299..177372TCONS_00047911-exon-scaffold_139-1510915933:177299..177372Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:176969..177072TCONS_00047911-exon-scaffold_139-1510915933:176969..177072Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:176479..176619TCONS_00047911-exon-scaffold_139-1510915933:176479..176619Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:176008..176133TCONS_00047911-exon-scaffold_139-1510915933:176008..176133Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:175623..175738TCONS_00047911-exon-scaffold_139-1510915933:175623..175738Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:174750..175446TCONS_00047911-exon-scaffold_139-1510915933:174750..175446Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:174416..174628TCONS_00047911-exon-scaffold_139-1510915933:174416..174628Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:173767..173970TCONS_00047911-exon-scaffold_139-1510915933:173767..173970Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:173414..173521TCONS_00047911-exon-scaffold_139-1510915933:173414..173521Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1510915933:161616..162050TCONS_00047911-exon-scaffold_139-1510915933:161616..162050Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:178074..178250TCONS_00047911-exon-scaffold_139-1491911889:178074..178250Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:177611..177763TCONS_00047911-exon-scaffold_139-1491911889:177611..177763Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:177299..177372TCONS_00047911-exon-scaffold_139-1491911889:177299..177372Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:176969..177072TCONS_00047911-exon-scaffold_139-1491911889:176969..177072Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:176479..176619TCONS_00047911-exon-scaffold_139-1491911889:176479..176619Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:176008..176133TCONS_00047911-exon-scaffold_139-1491911889:176008..176133Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:175623..175738TCONS_00047911-exon-scaffold_139-1491911889:175623..175738Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:174750..175446TCONS_00047911-exon-scaffold_139-1491911889:174750..175446Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:174416..174628TCONS_00047911-exon-scaffold_139-1491911889:174416..174628Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:173767..173970TCONS_00047911-exon-scaffold_139-1491911889:173767..173970Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:173414..173521TCONS_00047911-exon-scaffold_139-1491911889:173414..173521Clytia hemisphaericaexon
TCONS_00047911-exon-scaffold_139-1491911889:161616..162050TCONS_00047911-exon-scaffold_139-1491911889:161616..162050Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00047911-proteinTCONS_00047911-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_139supercontigscaffold_139:161616..178250 -
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
18.5736 18.6646 20.5698 24.1763 0.806808 1.02008 3.76897 3.00283 5.0489 4.08932 5.52339 4.891 3.60772 3.47102 6.19467 4.95698 5.81234 7.35625 2.45707 3.84924 7.18082 6.95465 6.95474 7.75161 10.0848 8.36981 4.62892 3.92038 5.43868 5.81834
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001841Znf_RING
IPR004575MAT1/Tfb3
IPR015877Cdk-activating_kinase_MAT1_cen
IPR013083Znf_RING/FYVE/PHD
IPR017907Znf_RING_CS
Vocabulary: Molecular Function
TermDefinition
GO:0061575cyclin-dependent protein serine/threonine kinase activator activity
Vocabulary: Biological Process
TermDefinition
GO:0045737positive regulation of cyclin-dependent protein serine/threonine kinase activity
GO:0006289nucleotide-excision repair
Vocabulary: Cellular Component
TermDefinition
GO:0005675holo TFIIH complex
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006289 nucleotide-excision repair
biological_process GO:0045737 positive regulation of cyclin-dependent protein serine/threonine kinase activity
cellular_component GO:0005675 holo TFIIH complex
molecular_function GO:0061575 cyclin-dependent protein serine/threonine kinase activator activity
Blast
BLAST of TCONS_00047911 vs. Swiss-Prot (Human)
Match: MAT1 (CDK-activating kinase assembly factor MAT1 OS=Homo sapiens GN=MNAT1 PE=1 SV=1)

HSP 1 Score: 255.758 bits (652), Expect = 3.550e-77
Identity = 134/305 (43.93%), Postives = 204/305 (66.89%), Query Frame = 2
Query:   89 MDEQSCPRCKSTSYRNNKLKLLVNVCGHKLCSTCVDVLFTRPSAACPQCNTALRRSDFRVQQFEDALVEKEVDIRRKIVKIFNKREEDFKTLLDYNNYLEDIEVIIFNLANKQNVDETKKKVDAYKKDNEKLIRRNNTKISQEEALMKASIEADLQSAETKRKMLVEEVENAALQKKKEKENLINDLIYANAPAEEVIARHKLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVNQPI--VEAPLFIYQESTREWFGPSPPEEDALQSKGYLQHIRSASSSERAGGYTESIACQRAIQEAFDCLF 997
            MD+Q CPRCK+T YRN  LKL+VNVCGH LC +CVD+LF R +  CP+C T LR+S+FRVQ FED  V+KEV+IR+K++KI+NKREEDF +L +YN++LE++E I+FNL N  ++D TKKK++ Y+K+N+ +I++N  K+++E+  ++ ++E + Q  E +R  + +E +   + K+K K+  +++L  ++ P   ++A+HK    Q + Q  + +  K   F +      H    PI  +E  L+ YQ    E +GP  PE + L   GYL H+R+AS  + AGGYT S+AC RA+Q+AF  LF
Sbjct:    1 MDDQGCPRCKTTKYRNPSLKLMVNVCGHTLCESCVDLLFVRGAGNCPECGTPLRKSNFRVQLFEDPTVDKEVEIRKKVLKIYNKREEDFPSLREYNDFLEEVEEIVFNLTNNVDLDNTKKKMEIYQKENKDVIQKNKLKLTREQEELEEALEVERQENEQRRLFIQKEEQLQQILKRKNKQAFLDELESSDLPVALLLAQHKDRSTQLEMQLEKPKPVKPVTFSTGIKMGQHISLAPIHKLEEALYEYQPLQIETYGPHVPELEMLGRLGYLNHVRAASPQDLAGGYTSSLACHRALQDAFSGLF 305          
The following BLAST results are available for this feature:
BLAST of TCONS_00047911 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
MAT13.550e-7743.93CDK-activating kinase assembly factor MAT1 OS=Homo... [more]
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