TCONS_00057346 (transcript) - C. hemisphaerica

Overview
NameTCONS_00057346
Unique NameTCONS_00057346
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1485

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00057346 ID=TCONS_00057346|Name=TCONS_00057346|organism=Clytia hemisphaerica|type=transcript|length=1485bp
CATAAAATTTCCTGAAATCCTCCATTTAGATTAGCCCCCCCATCAAGGTG
AAAGCTTTCACTCCCCCTCCAGGGCAAAAGTTGATCCCctccccatcttc
ctgggggggaTGATCCCATAGTTTCTTATAGTGGATTTGGCACACTGAAG
ATTGCTGTCAACTGTTTCACTAACTGTCTCACTTTTTATAAATTTGTATA
ATCAACAGGTATATaccataaaaaaaattcattcaattgCAAACTCTATA
CTATGTTGAGTATAATGTTGCATGGTTCCAACAAAATAAAATGGTTGATT
CGCGATTAAAGAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAATA
GATGCTTCAGAATCATTTCAAGaTCCTAAAATCGTTCTTCAATATCCtga
tgatttttcagaaaagGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTT
TCCCTTGTGAAGTAAAGAATGATGGCGTTGAATATTCCACTGTTGTACTG
ACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCgataccctgccaa
gtcaactAGATGTCTTTGTATTGTCAGCTATCTACCATGGTTCAAGACAT
TCTATACAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAA
AAGggaaaagatttttgtgtgtttttggAAACATTGAACAAAGAAATGAT
CCCTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAAGACATACA
CCTTTGTTGCTCCTGATACAACCAAATTACCCACTATTCCCGATAATaga
aacctcacaaaatattatgctaaaaCTGCACCAGAAAATATGGTTCATAT
GTTTGTTAGtATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAAC
TCAGTGTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCC
ATGCAATGGCAACACATTTTCGTCCCTGTACTGCCATCACATCTCATCGA
CTATTGCTGtgcaCCAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAA
TGCCTAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAATGCT
GATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCC
TAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGCACCGACAGAG
CATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTG
ATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATGGTGG
TAAAGTGATCTTTGACgatgaaatgtttttaaattcaagGAAACCTCATA
GAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGTTG
ATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGatat
cttcgaaaaagcaatcATCAAAAGAAATAACGGTA
Run BLAST on NCBI

protein sequence of TCONS_00057346-protein

>TCONS_00057346-protein ID=TCONS_00057346-protein|Name=TCONS_00057346-protein|organism=Clytia hemisphaerica|type=polypeptide|length=398bp
MVDSRLKNDPSSLFHCFIEIDASESFQDPKIVLQYPDDFSEKELILKQVP
GFCFPCEVKNDGVEYSTVVLTDLESKFRFGFCRYPAKSTRCLCIVSYLPW
FKTFYTVLDRLSQIENNNEEKGKDFCVFLETLNKEMIPDPGSQMFMKFKE
KTYTFVAPDTTKLPTIPDNRNLTKYYAKTAPENMVHMFVSMLFERRIIVT
SEKLSVLTAIVHGSVSLLYPMQWQHIFVPVLPSHLIDYCCAPMPFLIGVH
SSLMPKVRQMPMNEVVILNADTNEMEVPDDELESCFPKSIITKLVKRLSR
TDRASQDYVSSLFLEALADLIGGYRDALKFVDSPDGGKVIFDDEMFLNSR
KPHRKPFLESMLALQSFRQLIAGRLDLINDGVGFVDIFEKAIIKRNNG
Run BLAST on NCBI

transcript from alignment at scaffold_288:110248..122985-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00057346 ID=TCONS_00057346|Name=TCONS_00057346|organism=Clytia hemisphaerica|type=transcript|length=12738bp|location=Sequence derived from alignment at scaffold_288:110248..122985- (Clytia hemisphaerica)
CATAAAATTTCCTGAAATCCTCCATTTAGATTAGCCCCCCCATCAAGGTG AAAGCTTTCACTCCCCCTCCAGGGCAAAAGTTGATCCCCTCCCCATCTTC CTGGGGGGGATGATCCCATAGTTTCTTATAGTGGATTTGGCACACTGAAG ATTGCTGTCAACTGTTTCACTAACTGTCTCACTTTTTATAAATTTGTATA ATCAACAGGTATATACCATAAAAAAAATTCATTCAATTGCAAACTCTATA CTATGTTGAGTATAATGTTGCATGGTTCCAACAAAATAAAATGGTTGATT CGCGATTAAAGTAAGTATTGTTAAACTTTTTAGTAAAATACTATATTGGC GATATCATGTTCAATAAATAGATGATTTTTGAACGAAATTTCAAATTATA CTGCCTCTTGTTATTTAGGAATGACCCATCCTCACTGTTCCATTGTTTCA TTGAAATAGATGCTTCAGAATCATTTCAAGGTACATTAATCACTTAACCT TTTTTATATAATAAGAATTTCGATGGACAATAATATTCATGAAAATATAT AAAGAAAAAGTTACAATGCAGTTTATAGTTTTTTCATACACCAGCTAATT ATGCTACCTTATTGGAACTAATTTTTGCTGGAATTAATTTTGTCGATATT GTTACTAACATATTTTATCTTTTGTTCTTATAGAGTAGATTAAGAGAGAG GGCTTGGCCCCCAAAAATATATATTATACGAAAGCTAAAAGTATATGTGT CAACTTCATCAATGGTAGCAGAATGGCTATGAAGATTAAGACACCAGAGT ACAAAAGTGGTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNTCTCTATACTGGAGCAGATACATC CAAACCAGATAATGCACTTCTTCGCTCAGAAGCTGCATTTTGTGCCGTGC TTGACTGTGCTTGTTCGAGCACAGTTTGTGGAACATCCTGGTTTCAGAAC TATACTCAAATGCTCAATGAAGAGGAGAAGAAGAAAATCAAGCAGTTCAC TGGAGGCAGACTGTTCAAGTTTGGCGGTGGTGAAGTTCTTTCCTCAATTG CCTGTTACGAAATCCCTGCGTATCTTGCTGGGAAAGAGATAACAATCGTT ACTGACGTTGTCGATTCTGACATCCCTCTTTTGCTGTCCATCAAAGCAAT GAAGAAAGCAGGTATCATCCTCAATCTGGTCAACGACTCAGCTGAGATCT TTGGCAAAGTTGTATCCTTAAATCATACATCATCAGGACACTACTGCTTC TCAATTGCCAAAGAATTTGATGTTTCTCAAGTGTTTGCAGTCAAAATTGC AGAACTGGAAGATAGTGACAGATACAAAGTTTTACTGAAGCTGCACAGAC AATTTGCGCATCCATCGATGGTGAAGCTGATATCCCTTCTCAAAGATTCC AACAGTTGGTCAGACGAATTTAAACCCCTGCTTCTGGAAATCCACCAAAG ATTTGAGCTGTGCCAGATGTATCCTACAACCCCTCCACGACCAGCCGTTG CGTTGCCATTAGCAGCCCAATTCAATGACAAAGTTGCCCTCGACTTAAAG AAGTGGGGAGATAAATGGATTCTCCACATGATAGACATGNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNATTGCGGCTTTGCAAGGCACAACATCTGAAACCC TTGCTACTCACCTAAATGCTTTACATGCATCAAGAAAAGCATTTATTGAA TCTGAATCCAGTGAGCGTATTCGACGTGCTCTCTACAGCAAGATCCGAGT ATCTGAGCAGATCTTCAACAATGGCGATCGAGTGTTCTACATGCGTGAAG GTTCAAAGGAATGGCTTGGCCTNTCCGAGCACGTCTTGTTGCAAGAGGCT ATGAGGAATCATTCAAAGAAAGGACAGACTCACCCACAGTTTCAAAGAAT GTCCTGCGAACATTTCTGGCAATTGCGCCAAACACGAATTGGGATGTCAA GACAACTGATATCAAGTCTGCATTTTTGCAAGGAAAAACAATCTCAAGGG AAGTACATTGTGTCTCCTCCAAAAGAAACAAGTCNGCGAACATTTCTGGC AATTGCGCCAAACACGAATTGGGATGTCAAGACAACTGATATCAAATCTG CATTTTTGCAAGGAAAAACAATCTCAAGGGAAATACATGTGTCTCCTCCA AAAGAAACTGAGTTGAAAGGAAAACTTTGGAAACTACAGAAGTGTCTCTA TGGGTTAAACGACGCAGCCCGACAATTCTACGCAAGTGTTGCAGATGAGT TAACAAAGCAAGGATGTATACAATCAATTTTGTATCCAGCAGTCTTCTAC TACAAGTTAAACGATTCTCTCCAAGGATTCATTGTGTGCCATGTTGATGA TTTTCTCCATGCTGGAAACAATCGATTTGGAACGGACATTATCAAACCAC TTCACCAAAGATTTCATGCTGGAAGATGTGAAGAAGAAACATTCAACTAT GTTGGTTTTCACCTGACTCAAACATCAGATGGCATCACTATCTCCCAAAA TGATTATGTTCAAAGTTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNCGTTCTTCCTTGGCAGCAGAAGCAT TGAGCTTACAAGAAGGACTCGAGGATGGTTTATATCACCAATCTATGATA CAGGAGCTATTTGGCAAAAATTGTGCCGACAGTAAAAGCCTCATTGAAGC CATAAACTCCACAAAGCTAGTTGATGACAAGTGATTACGTATTGATATTG GTGCCATCAAGGAATCTATTCAAAAGCATGAAGCCGACGTTCGCTGGTGT CCAGGATCAAAACAGCTGGCAAACTGCTTGACGAAAAAAGGTTCCCAATC GAATGACCTTCTCCGTGTTATCCAAACAGGTCGCCTGGATTGAATGATGA GACTTTATACACAAAATGTTGTTATCTGTTGTTATTCTTATTGGTGATGA TTTTTTAGTGACAGCGAATGTTCAAATTCTCGCTATTTTCTATTAACATT GTGACATTTTCTTTACAACGAATGTTGAAATTCTCGTTGTCCATTAACAT TGTTGATCTTGTTGATCGTGATACAATAAAAGACCTTAACTCATGTTGAT TAAACATGTCTCACGTAACAGTTGTTACATCACCATAGACATTGATCATT TTATTACATGGTCATGATTCATTTTGAACATTNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNAGTTTTTGTTAGTTTTTATTTTTCACATTTTTATCCTACTGTTTA CATTTCTTTTTATTTTCTAGTTTTTAGAGTTAGTATTTTTTATATCAAAC ATTCAAGAAACTAGTATGAATGTCGATATTGTTACTAACATATTTTATCT TTTGTTCTTAAAGTAGATTAAGAGAGAGGGCTTGGTCCCCAAAAATATAT ATTATACGAAAGCTAAAAGTATATGTGTCAACTTCATCAAATTTTAGCGT TTTTCGCGGTTTTTCGTCAAAATCACGAAAATTTGAGCCCGTAAAAAATT TTGAGAGTTTAAAACCGCGAAAATCAATTCCCGCGAAATACATTTTTTTT CTAATTTTATCGAAAAATTTGAAAATTAGTTCCAATAAGGTATGTCCATA TTGGACACGTGAATTTTAATTAATTGTTTATCGTTTCTTATTTTAACTAT CATGTGAATCTCCAAGCAATTTTTTTAAGTACATAAAAATCTTCCAGTGT GATACCGGCAAAACTATTGTCATCTTGCCGGTAACACTCGAGCCCGGGGG GGCACTGGGTTTGCGAACTGACGGTATGTGCGGGCCAAAAATTGGCTTTT AAAATTGCACCCTTACAGTGCAGCAAAATCAGTGAAAATCATACCCTTAG TTAGAGTGCATTTCCCTCCAAATTTTCGATCCCTTTCGTGCAAAAAATGG TCAAAATTCTAGTATTTTTGGTCAAAATATCTAGAATTTTCAAGAATTTT CTGAAATTTCTACCCTTACAGTGCATCTTTAGTTTTTCCGACCCTTACAG TGCATTTTAAACATATTGGAAAAGGTACCCTTAGGACCCGCACATACCCG TCGGTCCTTTTTGCCCAGCTGCCCCCCCCCGGGCACTCGAGTCAATTACA GAGGTAATAAGCCGGTAGACAGTCTGCAGGCAACATTTGTCTAAATTCTA TTTTTAGAACAGGATTTGGTTTAAGTAGAGACTTTTACTGGCAATCTGCT GGTAACTGCTGATAACGCAGAAAAATAGCCGGCAACTTGCCGGAAATAAA GAAAATTTGTTTACAGTATTTGCCGGCACTCTTTCGCTATGTCATCCGGC AATTTGCCGGCTACTGTTATTACATTGCCAGCTACACCAAACAGATAACT GGCAATATGCCGGCAAAAACAAAGCGGCTAATTGCCGGCAAGAATTTCAT GTCCTTTGAATCGCTTGGATGGTCACATGTATAAGTTTATTATTTAAAGT GCAAGTATGTGATTTTATTTTATCTACACCAATGACAATGTTAGGTGTAT GTTTAAATTATAAAGTGTTTTATCTTATTTTTAGATCCTAAAATCGTTCT TCAATATCCTGATGATTTTTCAGAAAAGGTATCATTTTTTATCACTTGTT ATTCTACTATACCATACCACTAAGATATAATTCTAGTCATCAAGTCTACT TGTTTGAACTAATTTCAGCAACATAATTTTAATTAAGGATTATGTTATAC TTTATAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTG AAGTAAAGAAGTAAGTATGGATTAAAATTTCATTGGTTTCTATATAACTA CTACTTTTAAATTACCGGAGTGTTTTCTGTATTAGACTTTTAGAGGAGCA TAAAAGCAGACTGTTGGAAATGGTTTTCCACTTGTAATAATAGTAGGCAT ATATCGTTGAAAATTGTTATATTGCTGCTTATAGGTTGACTTCTATCCTT AACTTTATTATTCTGTAGTTTTTAAGTAAGAAATTCAAGAATTTCCTGGT TTTTGTGTTTTTGATAGTTGTGAAAAATGAAATTAAAGGTGTGCATAAAG AGATTCTAAGACATTGCAATTTATTTGACACCAATTTTTTCTATTATCTT TTCTACATCTATCATTTTAGTGATGGCGTTGAATATTCCACTGTTGTACT GACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCCA AGTCAACTAGATGTCTTTGTATTGTCAGGTATGGGTTTTTACCATTTTAG TCAAATTTTGGTACAGCTCTATAATTAACGTAAAAAGTAATTAATGTAAT ACAAATTGATGTTGCACTTTCAAAGCATTTACGGCTTTAGAATCACTTTT AGGTTATCCAATCTATTTGTGTTTAATGATGCCATCATTTATTTAAATTC TAATATTTCTAGCTATCTACCATGGTTCAAGACATTCTATACAGTGCTTG ACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAAGGCAAGACATCAT GTTCTTAAATTTTCACCAGAATCTGTACATGCACATAATTGGAATAATCA AATTATGATCTAAAATTACAAATCCATTTCTCAGTTTTATCAAATGTGTG CACTTTTCCTGTAAAAATGGCCAAGTAATGGCTTAGTGACAAATTTAACC ATTTTTACAACACAAATGGAATGCTTTATAGTGTTACTAAATTCAAAAGA TTACAATTTTACTGATTTTTTAGGGAAAAGATTTTTGTGTGTTTTTGGAA ACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAA ATTCAAAGAAAAGGTGATTAGAAATTTACTGTTGAAAATTACTGGAATAA AAAAATTTGCCTCTGAATAGACTTTCAAGCTTTCAAGTTGGTATAATTAA AAAACCTGGTATTTTTTTATGGAGAAAGTCGGTATTATAGACACTGATAG ATGAGAAATTTTATAAAAGTTTTGTTACAAAAAGTGATTTGGTGTTATAT CGGTATTATATGATGTTTTTTTATATTATTTAAAAATGCTTTTTTTTTGC CTTTTTCAGACATACACCTTTGTTGCTCCTGATACAACCAAATTACCCAC TATTCCCGATAATGTACTTACGCTTTTTCTTATGTGTTCTTTCTTAAATT CATGGTAAAAATAAAACTTGAAATAGCTCATGTTTTGTTTTACCTTAACC CTCGAAATTTCGAATACGAAAACGTCAACCTGAAACCTGAAACCACTTCA TCTCAGTCGGAATGACTATTATTTATATTAAAAAGATGAGAGTTATAGCT TTCCAATGATGATGCCAAAGTTTTTTGTTGCAACCCTTTATTAATCCTCA TACTATTGTTTTTTTATTTTAGAGAAACCTCACAAAATATTATGCTAAAA CTGCACCAGAAAATATGGTTCATATGTTTGTTAGGTATGAAAACAGCCTA TGACTTCAGTGTTTTTTTTTTTGAGTTCAATATCATTCTGATGGCTCACA TAATAATATCTTCAGCCACTATTTTCGTAGATAAATATATTTTTCATTAC TTTGATTTTATCTTTTCCTCTAATATTTTTTAAGCCAAAAATAATCTTTT TCTTTTCTAGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAA CTCAGTGTGGTGAGAATTGTTAAGGCCGCTAATTTAGTAAATTTTAAAAG GTGACGACGAATAATAAATTAGACGTACTCTCCATTATGAAGTTTCTGCC ATAAAACTTAGCATACCTTTGGGAATCATCAGTGTTGATAAGAAATTTCT TTTGTTGAATTTCAATTTCAAAAATCGCTTGTGTAAATAATCGTTTTAAT TTTCCACACCTGAAGGTTGCAATGTTTCTAATTCTCTTAAGGTTATTTTT TAGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCA ATGGTGAGTTCTTTCGGAAGCTTAAAAGTATTTGTCATAGGTTTACATTT ATTTGTTTTATGGAATAATGTTAGATCCAATTCTCACTTTAAAGATCCAA TTCTCACTTTAAAGATCCAATTCTCACTTTAAAGATCCAATTCTCACTTT AAAGATCGTTGTGAAATTTGATTTTTTTTAAGAAATGAACATATCGCTGC ATTTATTTCTTATTGAAACCCTTTAGATTTTCATTTTTAAAGCGATAGAA AAATGGATAATGATTTTAAATTTCTTTCCATAGGCAACACATTTTCGTCC CTGTACTGCCATCACATCTCATCGACTATTGCTGGTAAGAGTGTTTCTAA AATAAGAATAAAATTCGTCCTTTTTTTCTTAATGCAACCTTTAAAAAATA AAAATAAATGGTTATTGCTCTTTCACTCTGTCGCACACCGTGTGATCTTA AGTTACTATTACATCTCATACAGTCTCAGGGGTGCCGTCAGTCCTAAAAA GATTTCCTAGGCCTACGCAAACCCCTCCCTCGCGAATAACTCTGTAAATA CTTCTTTCTTTGAAATTGTCTCATAAAAGATGTCACAGGTGCTAAGGGTT TGCCCCCTACTAAATGTAATTACTTAATTTTTTTATTTTTAGTGCACCAA TGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGTAAGAATACCA TTTTGGAATTTTAAGTGTTGCTCTTTTGAATCCATTTTTTTCTCATCAAT ATTTATATATCAGCAATCTAAACACCCTTTATTTCAAATATTGACAAATG AATTATAAGTAATAATGTATACCTCTTTAGAACAGTGTAACAAAGCTTTG AAAATGTTGAGAAAAAAACAGCCAACAACGAGCCTAAATTGACTGCAACT TGGCAACATTGAAAAAAGTGTGTTTTCTCACCTTTTAGAAAGTGCGTCAA ATGCCCATGAATGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGGA GGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCA AACTGGTCAAACGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGTG TCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAGA TGCATTGAAATTCGTAGATTCCCCTGATGTAAGTAAAGATTTATAAAGTC TTTTCACTGATTTAAAGTCTGTCTCAAAATAATTTGCAGCTAGAGACAAA AATGGCTGTAACTTTTGATAGAATTCGAATCAAGTTGCGACTTTGTGCTT GTTAAAAAGATATTTGTGAGTGGAATATTATCAAGGTAAAAATTTGAGAA AAAAAAGAAAAATGAAAATGAAAAATGAAGAAGAAAAAAATCAACTTCTT GTAGAAATGTGGTATGATTACCATTTTCACAGGAGTGATTCTTCAATCTT AGATTATCATCAATGTCAAAAATGTTTTTCAAAAATATTCATTTAATCAA AAGATATCAAACAAAGTTTATTGCTGGTTGATTCTATAAAGTAGTAAAAA ACAACAAAAAACAGCCTTTTGTCGACCAACCAGCAATAAACTTTGTTCGA TATCTTTTGATTAAATGAATATTTTTGAAAAAATTTTCAGTGATGATGAT CTAATATTGAAGAATCACTCCTGTGGAAATGGTAATTATACCACATTTCT ACAAGAAGTTTTTTTTTTCTTCTTCATTTTTCATTTTCATTTTCCTTTTT TTTTCTCAAATTTTTTACTTGATTCGAATTCTATCAAAAGTTACAGCCAT TTTTTCTCCAGCTGCAAATTATTTTGAGACAGACTTTACAAATCAAACCC AAAATTTCTTGAATATTGTTATGGCTAACCAATTTAAGGAGGGGCTCACA AAAATTAGAAACTGTTTGCATTACCTATAATCTATACCCGATTTCAGCTT GACTTTTTTAAAGGTTTTATGATAGCTATCTGATTGGAGTGCGTCAACAA AGCTTTTTAGCCAAGTTATCGCATACAATTTTCGAATAGAAAATCTTCTT GATGTTATTTGTATTTAATTCACCAAATTTTTATTTTTGCCTATTCCAGG GTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAAGGAAACCT CATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACA GGTTTGTGAAAGTTTGAATAATGTTTTTTGAAGCAATGATGGCATGGCTA GAGAAATAGCAGATTATGAATTCCTTTAACACCCGTCAAACGTGACGACA ACCTTTTGAATAAATGCTTGTGTTTCAAGTTAGCCAATACAGTGTTCCGT TGTTGTTTTTTTACTTCAATCTTTTATTAGCTTGACTAAACTCATTTCTA AAAATTGACCTTCAGACTGGTAAAGAAATAGATTTACCACTTAAACTAGG CCGAAAGTTAGATACAATGCAATGCAGCCTAAAGTTAGATAGACTGGAAA AATGAAGCCCACCAATTCCTTTTTTTTAATCATCCTCATTTTGAGGAGAA AATATATATAAGTGTTTTGTCTTCTTAATGGATTTGATATTATCTTTCAG TTGATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGA TATCTTCGAAAAAGCAATCATCAAAAGAAATAACGGTA

Coding sequence (CDS) from alignment at scaffold_288:110248..122985-

>TCONS_00057346 ID=TCONS_00057346|Name=TCONS_00057346|organism=Clytia hemisphaerica|type=CDS|length=19104bp|location=Sequence derived from alignment at scaffold_288:110248..122985- (Clytia hemisphaerica)
TTGATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGA
TATCTTCGAAAAAGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGTGA
TCTTTGACGATGAAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGCCT
TTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGTCA
AATGCCCATGAATGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGG
AGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACC
AAACTGGTCAAACGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGT
GTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAG
ATGCATTGAAATTCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTGAT
TGGAGTTCATTCATCTTTAATGCCTGCAACACATTTTCGTCCCTGTACTG
CCATCACATCTCATCGACTATTGCTGTTGACTGCTATTGTTCATGGGTCG
GTATCCCTTCTATATCCCATGCAATGTATGCTGTTCGAAAGACGAATAAT
TGTGACATCAGAAAAACTCAGTGTGAGAAACCTCACAAAATATTATGCTA
AAACTGCACCAGAAAATATGGTTCATATGTTTGTTAGACATACACCTTTG
TTGCTCCTGATACAACCAAATTACCCACTATTCCCGATAATGGAAAAGAT
TTTTGTGTGTTTTTGGAAACATTGAACAAAGAAATGATCCCTGATCCAGG
CTCACAAATGTTCATGAAATTCAAAGAAAAGCTATCTACCATGGTTCAAG
ACATTCTATACAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGA
AGAAAAGTGATGGCGTTGAATATTCCACTGTTGTACTGACTGATCTTGAA
AGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGATG
TCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTT
CCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCTTCAATATCCTGATGAT
TTTTCAGAAAAGGAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAA
TAGATGCTTCAGAATCATTTCAAGATGGTTGATTCGCGATTAAATTGATT
GCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGATATCTT
CGAAAAAGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTTTG
ACGATGAAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCCTG
GAAAGTATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATGCC
CATGAATGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGGAGGTTC
CAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAACTG
GTCAAACGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGTGTCTAG
TCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAGATGCAT
TGAAATTCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGAGT
TCATTCATCTTTAATGCCTGCAACACATTTTCGTCCCTGTACTGCCATCA
CATCTCATCGACTATTGCTGTTGACTGCTATTGTTCATGGGTCGGTATCC
CTTCTATATCCCATGCAATGTATGCTGTTCGAAAGACGAATAATTGTGAC
ATCAGAAAAACTCAGTGTGAGAAACCTCACAAAATATTATGCTAAAACTG
CACCAGAAAATATGGTTCATATGTTTGTTAGACATACACCTTTGTTGCTC
CTGATACAACCAAATTACCCACTATTCCCGATAATGGAAAAGATTTTTGT
GTGTTTTTGGAAACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACA
AATGTTCATGAAATTCAAAGAAAAGCTATCTACCATGGTTCAAGACATTC
TATACAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAA
GTGATGGCGTTGAATATTCCACTGTTGTACTGACTGATCTTGAAAGCAAA
TTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTTTG
TATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTG
TGAAGTAAAGAAATCCTAAAATCGTTCTTCAATATCCTGATGATTTTTCA
GAAAAGGAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAATAGATG
CTTCAGAATCATTTCAAGATGGTTGATTCGCGATTAAATTGATTGCTGGT
CGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGATATCTTCGAAAA
AGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGATG
AAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGT
ATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATGAA
TGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGGAGGTTCCAGATG
ATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCAAA
CGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTGTT
TCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAGATGCATTGAAAT
TCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGAGTTCATTC
ATCTTTAATGCCTGCAACACATTTTCGTCCCTGTACTGCCATCACATCTC
ATCGACTATTGCTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTA
TATCCCATGCAATGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGA
AAAACTCAGTGTGAGAAACCTCACAAAATATTATGCTAAAACTGCACCAG
AAAATATGGTTCATATGTTTGTTAGACATACACCTTTGTTGCTCCTGATA
CAACCAAATTACCCACTATTCCCGATAATGGAAAAGATTTTTGTGTGTTT
TTGGAAACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTT
CATGAAATTCAAAGAAAAGCTATCTACCATGGTTCAAGACATTCTATACA
GTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAAGTGATG
GCGTTGAATATTCCACTGTTGTACTGACTGATCTTGAAAGCAAATTTCGT
TTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTTTGTATTGT
CAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGT
AAAGAAATCCTAAAATCGTTCTTCAATATCCTGATGATTTTTCAGAAAAG
GAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAATAGATGCTTCAG
AATCATTTCAAGATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTTTG
GACTTGATTAATGACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCAAT
CATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGATGAAATGT
TTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTG
GCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAGGT
TGTCATTCTCAATGCTGATACCAATGAAATGGAGGTTCCAGATGATGAGT
TGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCAAACGTCTC
TCACGCACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTAGA
AGCACTGGCAGACTTGATTGGTGGCTACAGAGATGCATTGAAATTCGTAG
ATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGAGTTCATTCATCTTT
AATGCCTGCAACACATTTTCGTCCCTGTACTGCCATCACATCTCATCGAC
TATTGCTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCC
ATGCAATGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAACT
CAGTGTGAGAAACCTCACAAAATATTATGCTAAAACTGCACCAGAAAATA
TGGTTCATATGTTTGTTAGACATACACCTTTGTTGCTCCTGATACAACCA
AATTACCCACTATTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGGAA
ACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAA
ATTCAAAGAAAAGCTATCTACCATGGTTCAAGACATTCTATACAGTGCTT
GACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAAGTGATGGCGTTG
AATATTCCACTGTTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTGGG
TTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGGAG
CTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAA
ATCCTAAAATCGTTCTTCAATATCCTGATGATTTTTCAGAAAAGGAATGA
CCCATCCTCACTGTTCCATTGTTTCATTGAAATAGATGCTTCAGAATCAT
TTCAAGATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTTTGGACTTG
ATTAATGACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCAATCATCAA
AAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAA
ATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTA
CAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCAT
TCTCAATGCTGATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGA
GTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGC
ACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACT
GGCAGACTTGATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCC
CTGATTGCACCAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCC
TGCAACACATTTTCGTCCCTGTACTGCCATCACATCTCATCGACTATTGC
TGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCAA
TGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAACTCAGTGT
GAGAAACCTCACAAAATATTATGCTAAAACTGCACCAGAAAATATGGTTC
ATATGTTTGTTAGACATACACCTTTGTTGCTCCTGATACAACCAAATTAC
CCACTATTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACATTG
AACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAAATTCAA
AGAAAAGCTATCTACCATGGTTCAAGACATTCTATACAGTGCTTGACAGG
CTGTCACAAATAGAAAACAATAATGAAGAAAAGTGATGGCGTTGAATATT
CCACTGTTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGT
CGATACCCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTATC
CTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTA
AAATCGTTCTTCAATATCCTGATGATTTTTCAGAAAAGGAATGACCCATC
CTCACTGTTCCATTGTTTCATTGAAATAGATGCTTCAGAATCATTTCAAG
ATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTTTGGACTTGATTAAT
GACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGAAA
TAACGGTGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAA
GGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCC
TTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAA
TGCTGATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCT
TCCCTAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGCACCGAC
AGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGA
CTTGATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATT
GCACCAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCAAC
ACATTTTCGTCCCTGTACTGCCATCACATCTCATCGACTATTGCTGTTGA
CTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCAATGTATG
CTGTTCGAAAGACGAATAATTGTGACATCAGAAAAACTCAGTGTGAGAAA
CCTCACAAAATATTATGCTAAAACTGCACCAGAAAATATGGTTCATATGT
TTGTTAGACATACACCTTTGTTGCTCCTGATACAACCAAATTACCCACTA
TTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACAAA
GAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAA
GCTATCTACCATGGTTCAAGACATTCTATACAGTGCTTGACAGGCTGTCA
CAAATAGAAAACAATAATGAAGAAAAGTGATGGCGTTGAATATTCCACTG
TTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATAC
CCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGAAG
CAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAATCG
TTCTTCAATATCCTGATGATTTTTCAGAAAAGGAATGACCCATCCTCACT
GTTCCATTGTTTCATTGAAATAGATGCTTCAGAATCATTTCAAGATGGTT
GATTCGCGATTAAATTGATTGCTGGTCGTTTGGACTTGATTAATGACGGG
GTCGGATTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGAAATAACGG
TGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAAGGAAAC
CTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGA
CAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAATGCTGA
TACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTA
AAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGCACCGACAGAGCA
TCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGAT
TGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATTGCACCA
ATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCAACACATTT
TCGTCCCTGTACTGCCATCACATCTCATCGACTATTGCTGTTGACTGCTA
TTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCAATGTATGCTGTTC
GAAAGACGAATAATTGTGACATCAGAAAAACTCAGTGTGAGAAACCTCAC
AAAATATTATGCTAAAACTGCACCAGAAAATATGGTTCATATGTTTGTTA
GACATACACCTTTGTTGCTCCTGATACAACCAAATTACCCACTATTCCCG
ATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACAAAGAAATG
ATCCCTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAAGCTATC
TACCATGGTTCAAGACATTCTATACAGTGCTTGACAGGCTGTCACAAATA
GAAAACAATAATGAAGAAAAGTGATGGCGTTGAATATTCCACTGTTGTAC
TGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCC
AAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAGTT
CCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCTTC
AATATCCTGATGATTTTTCAGAAAAGGAATGACCCATCCTCACTGTTCCA
TTGTTTCATTGAAATAGATGCTTCAGAATCATTTCAAGATGGTTGATTCG
CGATTAAATTGATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGA
TTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGAAATAACGGTGGTGG
TAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAAGGAAACCTCATA
GAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGAAA
GTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAATGCTGATACCAA
TGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTA
TCATTACCAAACTGGTCAAACGTCTCTCACGCACCGACAGAGCATCTCAG
GATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGG
CTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATTGCACCAATGCCG
TTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCAACACATTTTCGTCC
CTGTACTGCCATCACATCTCATCGACTATTGCTGTTGACTGCTATTGTTC
ATGGGTCGGTATCCCTTCTATATCCCATGCAATGTATGCTGTTCGAAAGA
CGAATAATTGTGACATCAGAAAAACTCAGTGTGAGAAACCTCACAAAATA
TTATGCTAAAACTGCACCAGAAAATATGGTTCATATGTTTGTTAGACATA
CACCTTTGTTGCTCCTGATACAACCAAATTACCCACTATTCCCGATAATG
GAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACAAAGAAATGATCCCT
GATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAAGCTATCTACCAT
GGTTCAAGACATTCTATACAGTGCTTGACAGGCTGTCACAAATAGAAAAC
AATAATGAAGAAAAGTGATGGCGTTGAATATTCCACTGTTGTACTGACTG
ATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGTCA
ACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAGGT
TTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCTTCAATATC
CTGATGATTTTTCAGAAAAGGAATGACCCATCCTCACTGTTCCATTGTTT
CATTGAAATAGATGCTTCAGAATCATTTCAAGATGGTTGATTCGCGATTA
AATTGATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTT
GATATCTTCGAAAAAGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGT
GATCTTTGACGATGAAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGC
CTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGT
CAAATGCCCATGAATGAGGTTGTCATTCTCAATGCTGATACCAATGAAAT
GGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTA
CCAAACTGGTCAAACGTCTCTCACGCACCGACAGAGCATCTCAGGATTAC
GTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAG
AGATGCATTGAAATTCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTG
ATTGGAGTTCATTCATCTTTAATGCCTGCAACACATTTTCGTCCCTGTAC
TGCCATCACATCTCATCGACTATTGCTGTTGACTGCTATTGTTCATGGGT
CGGTATCCCTTCTATATCCCATGCAATGTATGCTGTTCGAAAGACGAATA
ATTGTGACATCAGAAAAACTCAGTGTGAGAAACCTCACAAAATATTATGC
TAAAACTGCACCAGAAAATATGGTTCATATGTTTGTTAGACATACACCTT
TGTTGCTCCTGATACAACCAAATTACCCACTATTCCCGATAATGGAAAAG
ATTTTTGTGTGTTTTTGGAAACATTGAACAAAGAAATGATCCCTGATCCA
GGCTCACAAATGTTCATGAAATTCAAAGAAAAGCTATCTACCATGGTTCA
AGACATTCTATACAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAAT
GAAGAAAAGTGATGGCGTTGAATATTCCACTGTTGTACTGACTGATCTTG
AAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGA
TGTCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGT
TTCCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCTTCAATATCCTGATG
ATTTTTCAGAAAAGGAATGACCCATCCTCACTGTTCCATTGTTTCATTGA
AATAGATGCTTCAGAATCATTTCAAGATGGTTGATTCGCGATTAAATTGA
TTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGATATC
TTCGAAAAAGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTT
TGACGATGAAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCC
TGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATG
CCCATGAATGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGGAGGT
TCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAAC
TGGTCAAACGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGTGTCT
AGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAGATGC
ATTGAAATTCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGA
GTTCATTCATCTTTAATGCCTGCAACACATTTTCGTCCCTGTACTGCCAT
CACATCTCATCGACTATTGCTGTTGACTGCTATTGTTCATGGGTCGGTAT
CCCTTCTATATCCCATGCAATGTATGCTGTTCGAAAGACGAATAATTGTG
ACATCAGAAAAACTCAGTGTGAGAAACCTCACAAAATATTATGCTAAAAC
TGCACCAGAAAATATGGTTCATATGTTTGTTAGACATACACCTTTGTTGC
TCCTGATACAACCAAATTACCCACTATTCCCGATAATGGAAAAGATTTTT
GTGTGTTTTTGGAAACATTGAACAAAGAAATGATCCCTGATCCAGGCTCA
CAAATGTTCATGAAATTCAAAGAAAAGCTATCTACCATGGTTCAAGACAT
TCTATACAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAA
AAGTGATGGCGTTGAATATTCCACTGTTGTACTGACTGATCTTGAAAGCA
AATTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTT
TGTATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCT
TGTGAAGTAAAGAAATCCTAAAATCGTTCTTCAATATCCTGATGATTTTT
CAGAAAAGGAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAATAGA
TGCTTCAGAATCATTTCAAGATGGTTGATTCGCGATTAAATTGATTGCTG
GTCGTTTGGACTTGATTAATGACGGGGTCGGATTCGTTGATATCTTCGAA
AAAGCAATCATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGA
TGAAATGTTTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAA
GTATGCTGGCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATG
AATGAGGTTGTCATTCTCAATGCTGATACCAATGAAATGGAGGTTCCAGA
TGATGAGTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCA
AACGTCTCTCACGCACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTG
TTTCTAGAAGCACTGGCAGACTTGATTGGTGGCTACAGAGATGCATTGAA
ATTCGTAGATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGAGTTCAT
TCATCTTTAATGCCTGCAACACATTTTCGTCCCTGTACTGCCATCACATC
TCATCGACTATTGCTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTC
TATATCCCATGCAATGTATGCTGTTCGAAAGACGAATAATTGTGACATCA
GAAAAACTCAGTGTGAGAAACCTCACAAAATATTATGCTAAAACTGCACC
AGAAAATATGGTTCATATGTTTGTTAGACATACACCTTTGTTGCTCCTGA
TACAACCAAATTACCCACTATTCCCGATAATGGAAAAGATTTTTGTGTGT
TTTTGGAAACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATG
TTCATGAAATTCAAAGAAAAGCTATCTACCATGGTTCAAGACATTCTATA
CAGTGCTTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAAGTGA
TGGCGTTGAATATTCCACTGTTGTACTGACTGATCTTGAAAGCAAATTTC
GTTTTGGGTTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTTTGTATT
GTCAGGAGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAA
GTAAAGAAATCCTAAAATCGTTCTTCAATATCCTGATGATTTTTCAGAAA
AGGAATGACCCATCCTCACTGTTCCATTGTTTCATTGAAATAGATGCTTC
AGAATCATTTCAAGATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTT
TGGACTTGATTAATGACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCA
ATCATCAAAAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGATGAAAT
GTTTTTAAATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGC
TGGCATTACAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAG
GTTGTCATTCTCAATGCTGATACCAATGAAATGGAGGTTCCAGATGATGA
GTTGGAGAGTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCAAACGTC
TCTCACGCACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTA
GAAGCACTGGCAGACTTGATTGGTGGCTACAGAGATGCATTGAAATTCGT
AGATTCCCCTGATTGCACCAATGCCGTTTCTGATTGGAGTTCATTCATCT
TTAATGCCTGCAACACATTTTCGTCCCTGTACTGCCATCACATCTCATCG
ACTATTGCTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATC
CCATGCAATGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAA
CTCAGTGTGAGAAACCTCACAAAATATTATGCTAAAACTGCACCAGAAAA
TATGGTTCATATGTTTGTTAGACATACACCTTTGTTGCTCCTGATACAAC
CAAATTACCCACTATTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGG
AAACATTGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATG
AAATTCAAAGAAAAGCTATCTACCATGGTTCAAGACATTCTATACAGTGC
TTGACAGGCTGTCACAAATAGAAAACAATAATGAAGAAAAGTGATGGCGT
TGAATATTCCACTGTTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTG
GGTTTTGTCGATACCCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGG
AGCTTATCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAG
AAATCCTAAAATCGTTCTTCAATATCCTGATGATTTTTCAGAAAAGGAAT
GACCCATCCTCACTGTTCCATTGTTTCATTGAAATAGATGCTTCAGAATC
ATTTCAAGATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTTTGGACT
TGATTAATGACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCAATCATC
AAAAGAAATAACGGTGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTT
AAATTCAAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCAT
TACAGTCCTTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTC
ATTCTCAATGCTGATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGA
GAGTTGCTTCCCTAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCAC
GCACCGACAGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCA
CTGGCAGACTTGATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTC
CCCTGATTGCACCAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATG
CCTGCAACACATTTTCGTCCCTGTACTGCCATCACATCTCATCGACTATT
GCTGTTGACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGC
AATGTATGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAACTCAGT
GTGAGAAACCTCACAAAATATTATGCTAAAACTGCACCAGAAAATATGGT
TCATATGTTTGTTAGACATACACCTTTGTTGCTCCTGATACAACCAAATT
ACCCACTATTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACAT
TGAACAAAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAAATTC
AAAGAAAAGCTATCTACCATGGTTCAAGACATTCTATACAGTGCTTGACA
GGCTGTCACAAATAGAAAACAATAATGAAGAAAAGTGATGGCGTTGAATA
TTCCACTGTTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTT
GTCGATACCCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTA
TCCTGAAGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCC
TAAAATCGTTCTTCAATATCCTGATGATTTTTCAGAAAAGGAATGACCCA
TCCTCACTGTTCCATTGTTTCATTGAAATAGATGCTTCAGAATCATTTCA
AGATGGTTGATTCGCGATTAAATTGATTGCTGGTCGTTTGGACTTGATTA
ATGACGGGGTCGGATTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGA
AATAACGGTGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTC
AAGGAAACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGT
CCTTCAGACAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTC
AATGCTGATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTG
CTTCCCTAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGCACCG
ACAGAGCATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCA
GACTTGATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGA
TTGCACCAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCA
ACACATTTTCGTCCCTGTACTGCCATCACATCTCATCGACTATTGCTGTT
GACTGCTATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCAATGTA
TGCTGTTCGAAAGACGAATAATTGTGACATCAGAAAAACTCAGTGTGAGA
AACCTCACAAAATATTATGCTAAAACTGCACCAGAAAATATGGTTCATAT
GTTTGTTAGACATACACCTTTGTTGCTCCTGATACAACCAAATTACCCAC
TATTCCCGATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACA
AAGAAATGATCCCTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAA
AAGCTATCTACCATGGTTCAAGACATTCTATACAGTGCTTGACAGGCTGT
CACAAATAGAAAACAATAATGAAGAAAAGTGATGGCGTTGAATATTCCAC
TGTTGTACTGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGAT
ACCCTGCCAAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGA
AGCAAGTTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAAT
CGTTCTTCAATATCCTGATGATTTTTCAGAAAAGGAATGACCCATCCTCA
CTGTTCCATTGTTTCATTGAAATAGATGCTTCAGAATCATTTCAAGATGG
TTGATTCGCGATTAAATTGATTGCTGGTCGTTTGGACTTGATTAATGACG
GGGTCGGATTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGAAATAAC
GGTGGTGGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAAGGAA
ACCTCATAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCA
GACAGAAAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAATGCT
GATACCAATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCC
TAAAAGTATCATTACCAAACTGGTCAAACGTCTCTCACGCACCGACAGAG
CATCTCAGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTG
ATTGGTGGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATTGCAC
CAATGCCGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCAACACAT
TTTCGTCCCTGTACTGCCATCACATCTCATCGACTATTGCTGTTGACTGC
TATTGTTCATGGGTCGGTATCCCTTCTATATCCCATGCAATGTATGCTGT
TCGAAAGACGAATAATTGTGACATCAGAAAAACTCAGTGTGAGAAACCTC
ACAAAATATTATGCTAAAACTGCACCAGAAAATATGGTTCATATGTTTGT
TAGACATACACCTTTGTTGCTCCTGATACAACCAAATTACCCACTATTCC
CGATAATGGAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACAAAGAAA
TGATCCCTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAAGCTA
TCTACCATGGTTCAAGACATTCTATACAGTGCTTGACAGGCTGTCACAAA
TAGAAAACAATAATGAAGAAAAGTGATGGCGTTGAATATTCCACTGTTGT
ACTGACTGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTG
CCAAGTCAACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAG
TTCCAGGTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCT
TCAATATCCTGATGATTTTTCAGAAAAGGAATGACCCATCCTCACTGTTC
CATTGTTTCATTGAAATAGATGCTTCAGAATCATTTCAAGATGGTTGATT
CGCGATTAAATTGATTGCTGGTCGTTTGGACTTGATTAATGACGGGGTCG
GATTCGTTGATATCTTCGAAAAAGCAATCATCAAAAGAAATAACGGTGGT
GGTAAAGTGATCTTTGACGATGAAATGTTTTTAAATTCAAGGAAACCTCA
TAGAAAGCCTTTCCTGGAAAGTATGCTGGCATTACAGTCCTTCAGACAGA
AAGTGCGTCAAATGCCCATGAATGAGGTTGTCATTCTCAATGCTGATACC
AATGAAATGGAGGTTCCAGATGATGAGTTGGAGAGTTGCTTCCCTAAAAG
TATCATTACCAAACTGGTCAAACGTCTCTCACGCACCGACAGAGCATCTC
AGGATTACGTGTCTAGTCTGTTTCTAGAAGCACTGGCAGACTTGATTGGT
GGCTACAGAGATGCATTGAAATTCGTAGATTCCCCTGATTGCACCAATGC
CGTTTCTGATTGGAGTTCATTCATCTTTAATGCCTGCAACACATTTTCGT
CCCTGTACTGCCATCACATCTCATCGACTATTGCTGTTGACTGCTATTGT
TCATGGGTCGGTATCCCTTCTATATCCCATGCAATGTATGCTGTTCGAAA
GACGAATAATTGTGACATCAGAAAAACTCAGTGTGAGAAACCTCACAAAA
TATTATGCTAAAACTGCACCAGAAAATATGGTTCATATGTTTGTTAGACA
TACACCTTTGTTGCTCCTGATACAACCAAATTACCCACTATTCCCGATAA
TGGAAAAGATTTTTGTGTGTTTTTGGAAACATTGAACAAAGAAATGATCC
CTGATCCAGGCTCACAAATGTTCATGAAATTCAAAGAAAAGCTATCTACC
ATGGTTCAAGACATTCTATACAGTGCTTGACAGGCTGTCACAAATAGAAA
ACAATAATGAAGAAAAGTGATGGCGTTGAATATTCCACTGTTGTACTGAC
TGATCTTGAAAGCAAATTTCGTTTTGGGTTTTGTCGATACCCTGCCAAGT
CAACTAGATGTCTTTGTATTGTCAGGAGCTTATCCTGAAGCAAGTTCCAG
GTTTTTGTTTCCCTTGTGAAGTAAAGAAATCCTAAAATCGTTCTTCAATA
TCCTGATGATTTTTCAGAAAAGGAATGACCCATCCTCACTGTTCCATTGT
TTCATTGAAATAGATGCTTCAGAATCATTTCAAGATGGTTGATTCGCGAT
TAAA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_036138XLOC_036138Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00057346-exon-scaffold_288-1575043694:122676..122985TCONS_00057346-exon-scaffold_288-1575043694:122676..122985Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:122506..122567TCONS_00057346-exon-scaffold_288-1575043694:122506..122567Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:115308..115351TCONS_00057346-exon-scaffold_288-1575043694:115308..115351Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:115126..115178TCONS_00057346-exon-scaffold_288-1575043694:115126..115178Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:114658..114765TCONS_00057346-exon-scaffold_288-1575043694:114658..114765Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:114398..114473TCONS_00057346-exon-scaffold_288-1575043694:114398..114473Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:114073..114162TCONS_00057346-exon-scaffold_288-1575043694:114073..114162Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:113773..113826TCONS_00057346-exon-scaffold_288-1575043694:113773..113826Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:113452..113513TCONS_00057346-exon-scaffold_288-1575043694:113452..113513Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:113227..113275TCONS_00057346-exon-scaffold_288-1575043694:113227..113275Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:112933..112982TCONS_00057346-exon-scaffold_288-1575043694:112933..112982Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:112602..112652TCONS_00057346-exon-scaffold_288-1575043694:112602..112652Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:112248..112293TCONS_00057346-exon-scaffold_288-1575043694:112248..112293Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:111758..111997TCONS_00057346-exon-scaffold_288-1575043694:111758..111997Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:110735..110836TCONS_00057346-exon-scaffold_288-1575043694:110735..110836Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1575043694:110248..110335TCONS_00057346-exon-scaffold_288-1575043694:110248..110335Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:122676..122985TCONS_00057346-exon-scaffold_288-1510915933:122676..122985Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:122506..122567TCONS_00057346-exon-scaffold_288-1510915933:122506..122567Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:115308..115351TCONS_00057346-exon-scaffold_288-1510915933:115308..115351Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:115126..115178TCONS_00057346-exon-scaffold_288-1510915933:115126..115178Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:114658..114765TCONS_00057346-exon-scaffold_288-1510915933:114658..114765Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:114398..114473TCONS_00057346-exon-scaffold_288-1510915933:114398..114473Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:114073..114162TCONS_00057346-exon-scaffold_288-1510915933:114073..114162Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:113773..113826TCONS_00057346-exon-scaffold_288-1510915933:113773..113826Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:113452..113513TCONS_00057346-exon-scaffold_288-1510915933:113452..113513Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:113227..113275TCONS_00057346-exon-scaffold_288-1510915933:113227..113275Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:112933..112982TCONS_00057346-exon-scaffold_288-1510915933:112933..112982Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:112602..112652TCONS_00057346-exon-scaffold_288-1510915933:112602..112652Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:112248..112293TCONS_00057346-exon-scaffold_288-1510915933:112248..112293Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:111758..111997TCONS_00057346-exon-scaffold_288-1510915933:111758..111997Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:110735..110836TCONS_00057346-exon-scaffold_288-1510915933:110735..110836Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1510915933:110248..110335TCONS_00057346-exon-scaffold_288-1510915933:110248..110335Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:122676..122985TCONS_00057346-exon-scaffold_288-1491911889:122676..122985Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:122506..122567TCONS_00057346-exon-scaffold_288-1491911889:122506..122567Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:115308..115351TCONS_00057346-exon-scaffold_288-1491911889:115308..115351Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:115126..115178TCONS_00057346-exon-scaffold_288-1491911889:115126..115178Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:114658..114765TCONS_00057346-exon-scaffold_288-1491911889:114658..114765Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:114398..114473TCONS_00057346-exon-scaffold_288-1491911889:114398..114473Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:114073..114162TCONS_00057346-exon-scaffold_288-1491911889:114073..114162Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:113773..113826TCONS_00057346-exon-scaffold_288-1491911889:113773..113826Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:113452..113513TCONS_00057346-exon-scaffold_288-1491911889:113452..113513Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:113227..113275TCONS_00057346-exon-scaffold_288-1491911889:113227..113275Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:112933..112982TCONS_00057346-exon-scaffold_288-1491911889:112933..112982Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:112602..112652TCONS_00057346-exon-scaffold_288-1491911889:112602..112652Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:112248..112293TCONS_00057346-exon-scaffold_288-1491911889:112248..112293Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:111758..111997TCONS_00057346-exon-scaffold_288-1491911889:111758..111997Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:110735..110836TCONS_00057346-exon-scaffold_288-1491911889:110735..110836Clytia hemisphaericaexon
TCONS_00057346-exon-scaffold_288-1491911889:110248..110335TCONS_00057346-exon-scaffold_288-1491911889:110248..110335Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00057346-proteinTCONS_00057346-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_288supercontigscaffold_288:110248..122985 -
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
9.03626 8.10683 3.3055 2.21754 22.6845 18.1923 16.4433 19.4768 8.10671 13.5241 10.5071 5.90699 10.873 8.66082 8.98335 11.3517 16.4265 15.1037 7.50726 10.8249 12.6347 12.1944 17.1511 18.8679 10.8362 13.0013 15.0211 9.31747 23.8857 25.0589
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR005112dDENN_dom
IPR005113uDENN_dom
IPR001194DENN_dom
Blast
BLAST of TCONS_00057346 vs. Swiss-Prot (Human)
Match: DEN1A (DENN domain-containing protein 1A OS=Homo sapiens GN=DENND1A PE=1 SV=2)

HSP 1 Score: 344.354 bits (882), Expect = 6.641e-107
Identity = 178/399 (44.61%), Postives = 257/399 (64.41%), Query Frame = 3
Query:  294 VDSRLKNDPSSLFHCFIEID---ASESFQDPKIVLQYPDDFSEKELILKQVPGFCFPCEVKNDGVEYS----TVVLTDLESKFRFGFCRYPAKSTRCLCIVSYLPWFKTFYTVLDRLSQIENNNEEKGKDFCVFLETLNKEMIPDPGSQMFMKFKEKTYTFVAPDTTKLPTIPDNRNLTKYYAKTAPENMVHMFVSMLFERRIIVTSEKLSVLTAIVHGSVSLLYPMQWQHIFVPVLPSHLIDYCCAPMPFLIGVHSSLMPKVRQMPMNEVVILNADTNEMEVPDDELESCFPKSIITKLVKRLSRTDRASQDYVSSLFLEALADLIGGYRDALKFVDSPDGGKVIFDDEMFLNS-RKPHRKPFLESMLALQSFRQLIAGRLDLINDGVGFVDIFEKAI 1466
            + SR+K +P + F  ++E+       +  DP++  Q+P+D+S++E +L+ +  FCFP  V +  V       T VLTD++SK RFGFCR  + +  C CI+SYLPWF+ FY +L+ L+      +E    +   LETL+K  IPDPG  + +     +Y F  PDT +LP+IP+NRNLT+Y+      NM+H++ SML+ERRI++   KLS LTA +HGS ++LYPM WQH+++PVLP HL+DYCCAPMP+LIG+H SLM KVR M +++VVILN DTN +E P D+L+S  P  +I+ L  RL +    + D V+  FL+A A   G YR+ALK    P+   + F +E F++  R    + FL++   LQ F+Q I GRLDL+N G GF D+FE+ I
Sbjct:    1 MGSRIKQNPETTFEVYVEVAYPRTGGTLSDPEVQRQFPEDYSDQE-VLQTLTKFCFPFYVDSLTVSQVGQNFTFVLTDIDSKQRFGFCRLSSGAKSCFCILSYLPWFEVFYKLLNILADYTTKRQEN--QWNELLETLHKLPIPDPGVSVHLSVH--SY-FTVPDTRELPSIPENRNLTEYFVAVDVNNMLHLYASMLYERRILIICSKLSTLTACIHGSAAMLYPMYWQHVYIPVLPPHLLDYCCAPMPYLIGIHLSLMEKVRNMALDDVVILNVDTNTLETPFDDLQS-LPNDVISSLKNRLKKVSTTTGDGVARAFLKAQAAFFGSYRNALKI--EPE-EPITFCEEAFVSHYRSGAMRQFLQNATQLQLFKQFIDGRLDLLNSGEGFSDVFEEEI 389          
The following BLAST results are available for this feature:
BLAST of TCONS_00057346 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
DEN1A6.641e-10744.61DENN domain-containing protein 1A OS=Homo sapiens ... [more]
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