TCONS_00015348 (transcript) - C. hemisphaerica

Overview
NameTCONS_00015348
Unique NameTCONS_00015348
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1450

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00015348 ID=TCONS_00015348|Name=TCONS_00015348|organism=Clytia hemisphaerica|type=transcript|length=1450bp
AGAAGATGGCTTAAGAAGAAGAAGACTTCCATTTTATAGCTTGAATGAAT
GATTTTCTGTGATTTTGTTTGTTGAGCTTTGAAATTGAGGGTAAACGAGG
CACAAATGGACGAGATAATACACGAAGaagaaaatcgaaaatgaaagaaa
aggaAGACACATTAAcgGTGGTGGTTCGCATTCGACCAATCAGCGTCAAT
GAAGTGGACAATGGATACAGTGAAATCATCACCGCAGTTGAAGACAATAT
GGTTTGTCTATTGGACCCTACGGAGAATGATGACATGAACGTTTTACGTG
TCAACCGGTCACGCGAAAAGATGTACGTCTTCGATAATGCGTTCGGACCT
TTCTCTACGCAGACGGAAGTATACAACCAAACAACAAGAACACTGGTGGA
ATCAGTTCTCGAGGGCTACAATGCTACCATATTTGCTTACGGACCCACCG
GTGCTGGTAAGACGTTCACCATGTTGGGAACAGATTCAGAACCTGGTATC
ATGGCCTTAACATTGAACGATCTGTACAGACAAATGGAAAACTCCAAAGG
AAATGAACTTTACACTGTCAGCATGTCTTATCTCGAGATCTACAACGAGA
TGATCCGCGACCTTTTAAACCCATCATCGGACTTCTTGGACCTGCGGGAA
GACTACCGGGGAGTGCAAGTGGCCGGACTGACGTCATATGAAGCACGTGA
TACAAGTCACGTGATGGAGATGTTATCACGTGGTAACAAAGAGCGCATGT
GCGAACCAACAGCTGTCAATAAAACTTCATCAAGATCACACGCTGTTTTG
CAAGTTACTGTTGAGCAGAAAAGTAGCATCAGAGATGTTTCAGAAGAAAT
CAAAACAGCCAAATTGTTCATGATTGACCTGGCAGGATCTGAACGTGCAG
CTCAAACTCAGaATACGGGGAAGCGTTTCATTGAAGGAGCGCACATAAAC
CGCTCGCTGCTTGCTCTGGGAAACTGCATCAATGCTTTAGCGGAGAAAGG
CTCAAAATACATCAATTATCGAGACAGTAAGCTAACGCGGCTTTTGAAGG
ATTCTCTCGGAGGAAATTGTAAAACAGTCATGATCGCTCACGTCAGCCCA
GCGAGCGGGAGTTTTGAAGAATCGCGGAACACTTTAATGTACGCTGACCG
TGCCAAGAATATCAAACTAAAAGCCAAAAGAAACCAACACAGTGTCAATT
ACCATGTATCTCAGTATCAAGGCATTATTTCTGAATTACGCGAGGAGGTC
ATCAAACTGAAAGCTCAACTTGTTGAAGCAGAAACAATAGAGACTAGACC
TACAGCGATGTCAGCTGACCGGCAAACCATTGAAAAACTGAAAGATAACC
TGAAGAAAAAATTCCAAGAGCAACTTGAATTACGGAAAGAACTGATTGAT
TTGGAAGATTCTTCGCTACAATTTGCTGTCGAATATCAACGTTATCTTCT
Run BLAST on NCBI

transcript from alignment at sc0000210:125415..145259-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00015348 ID=TCONS_00015348|Name=TCONS_00015348|organism=Clytia hemisphaerica|type=transcript|length=19845bp|location=Sequence derived from alignment at sc0000210:125415..145259- (Clytia hemisphaerica)
AGAAGATGGCTTAAGAAGAAGAAGACTTCCATTTTATAGCTTGAATGAAT GATTTTCTGTGATTTTGTTTGTTGAGCTTTGAGTAAGTATGTTTGTTCGT TTGGTGGTAGTTTGTCTTTTTGATACCATTTAGGCAATCTCCTTGGTGAG GGGGTGCTAGGATTACGAGGCGATGGATATGTCCGAGCCAAAGTTCGACT TTTTGCACATTTTGTCATCTTAAAATAAAAAAGAGGAAATTCGGGACAAA CGGGGAAGCTGGAAGCGAGCTCTTTTGAACAAGGAACAAATAATACCAGA ATTCTTGAATTTTGAAAGAACCAGTCAGCTGTGGCTGAGGCTCGGCTGTT CTAATCTTTTTGGTACTTTCATTCATTTTTTTTGTTCGTTAAGGTGGTAA TTTTGTCTTTTCGTTACCAGTAGTGCAAGAGGAGGAGTGCGAGGTTTACG AGGTGTGGATATGTCTGAGCCAAAATTCGAAAATTGACCGTGTCAAAGAC TAATTTCAGAGAATTTTACTCCTTTTTCGACGTGTTGAAGACCCTGTGAG AGACTTTTTCCCCCAATTTCCAAACATTTTTCAAATTTTGGTTCGAATTA CGAGAATCTGTGAGAGAGTCGATATTTGATATTTCGTAATATTGGAACCC TGTCAAGGTATGTAAGTGTGTAATTGTTTATTTCATGTAGACGAAAAGAT ACTACCAAAGGCTAGATAAAAGTTAATGCTACTTTACAGTTTGTAAAAAG GAAACCATAATGGTTTGCACGTACCAATCATGCCCAAGTAAAGTAAAAGT AAATAAGTCTACGACCGCAGTCGGAGGCGATCCGAAGGCTCCTCTTTCGA TAGCTATCTACCCGAAGGTAGGGGAGGGCGCCACTCTCTCTCTCTGGATT TCTCCACTTACCTTTGATCCTTCTCTTAATTGCTGAACATCGAGCAGCGA GACATCAAGTACTATTTTGAGAATCTTTGGTATGACCCGGCTGGGGGTTG AACCCACAACATTGCCAACCGTAGCCAGATGCTTTACCACTGCACCACGG TTCGCTCAAGTACTCCCCCCTTCTCGGTTGGGATACTTTGAGGACTTTAA GGAGGATCTTAAAGGGCTTATGCTGATGGGGAGACATTTTTGCCTCATTT AATCTCCATAATACATTTTACACACCTAATCATCTTAAAATGAAAAAGGG GATAAAATGGGAAGAAAAAAGGAACAAAGAATAACATATATATGTAGAGT TTTAAAGAACCAGAAAACTCTGGCTGAGGCTAGGCTGTTCTGATTTGTTT TGTGATTTTCATGCTTCAGTTGGCTGAGGTGGGGATTGTTCTTAAGTAAG TCTTAGGAATTTGCAAAAATTGAGCCGCAAGTTTGTAAAATTTTTTCGAA TGAATTAAGCGTGTTTCATCAATGACTTAATGACTTGTAATGTATGCTAT ATTTTTGGCTGGTATTTCTTCGGCTTTGATATATCATACCCCTGTATTTT TTGTCTATTCATTTTTCTTCTCCATGCAGTGTAGCCAACAACCCAGTTTT ATTAAGTCCAAGCATCAGATATTGTTAATTGTTTATTTTTCGGCCCTTAC TCTTTTTGGCTTGTTGTTCCAGAATTCTGACTGAGAATTTTCCATGGACC CATTGACCCAGTATCTGAGTATTTAGATTATAATGCAATCGAATATGTTC GTAAAAGTTGTAATAATCTTCTTACTGAGAATGTCAATTATATTTTGTAG AGATTTTTAGAGTAATCACTTTGTGAAAGAATTTATATGACCTAGTTAAA GTGGACATTTTTATAACGATATTACCCTAAGGTAGAGTTGATCAATTTGT GAAGTATTTTTCTTTATTCAAACTAGTACTGTGAATAAACTTCATGCATG TGGATTAGATTTACACGGAAATCTTGACCTCTTCGAAGGCCATACGTGAT CTATTTTTTGTTTTGGGGACTTTTTTTTTGGTCTTGATTTTTAACTCAAT TAGTTGATTTCATTTCTCTGTGTTTATCTCGATAAGCCAATTGCATTTCT CTGTGTCTATTTTACAGAATTGAGGGTAAACGAGACACAAATGGACAAAA ATCGTTGTTTATACTCGATTAGTCAACTTTATTTCTCTGTTTTTATCTTA CAGAATTGAGGGTAAACGAGGCACAAATGGACGAGATAATACACGAAGAA GAAAATCGAAAATGAAAGAAAAGGAAGACACATTAACGGTAGGAAATTTT TTGTATGATTTTGATTTAGTAGAAAATGACTACCCTCGTTTTTGGAGTTT TTACACTGGACAACGAGTTTCCTCTGGATGACATTAGTACAGTTTACTCT CGCTAATTCGAACACGAATGGGAACTCTAATTTGTTCGAATTACAGAGAG ATTCGAATCATAGAGAGTATGAGAGTATGAGATAGGGAGCTGAGAATTAG TTTAAACAATAGAAATTCGAATTAGCGAGAGTCGACCGTAATCTGAACAT CTAATGGTTTAACTCTAGTGATATGGAAATTCCAACCTGAAGTTTTATAC CTTATCGTTAGTAAGAAGTAAGTCTTTTCGATAGCTATCTACCCGAAAGT AGCGGAGGGCGCCACTGTTTCTCCATCCATAGATTGTTCCATTTGCCCTT AATCTTTCTCTTTATTGCTGAGCATCAAGCAGAGAGGTATTTTGTATTAA GTACGAAGTCTTTGGTATGACTCGACCGAGGATTGAACCCACGACCTTGC GCTCCGTAGTTGGATGCTCTACCACTACACTTCACAGTCGCCTTATCGTT AAAAATAAGTTAGATAAATTCATGTTTTTATCTTTTAGATAACCAATATT TTTTTAGTTTCTAAGAGCTGGAGAGACATTCTTTTATCATTTTTTGAAAA AGTTTTTTCGAGATCACTCTCTTTTTTTCGTGGTTTTCTGTTTTTGATGT TTTGAAGTTATTGGTGAATAGCTGGTAGGTCGCTGGTAGGTCGGTCAAAT AAGGGACACAGTTTTTGCCGACTCTCAATCGACTCATGGGCAACGTTCCT CGTTCCCGTACAAAACCAATACGTCTACATTCTTCCTCGATACGATCGTT AAGCTTCACAAGCTCTTCATTCTACCAGCCCAAACATAGAAGTGTTTCAA ATTCATTCACTAAGCATCGTATAATTGAATGCTGAATAAGAAGGCTATAT TATAGCAATAGTTTTAAAATGGTAGATCATAAATCCACCATGACAGTACC TCGATAGTGAGACGGTTCTCCTAATTCATACAAAATTCCATCTGTTTTCC TGCCAGCCTGGAGACTTCAGGTCATGTTTTTTCATTTTTTGTAAACTTTG ATTTTTTGAGCCTAGGGGCGAGTTTTTCGCCTATGCTATGGGCAGCCTGG AGACTTCAATAATGGCTGGATATAGCTGAAATTTGGCACGCTTGTTCCTT TGGTGAATATCTGGGCTGGTGGTTTTTTTTGTTTTTTTTCAAAATTTTTT TGCTGGGCACTAGTTTTTTGTTTTGTTTTGTTAGAATCGGGCTATGAATA GTTTGAAGCTACTAAAATTGAGCCCAGTGTGTTGGGCACGCTCGACTATT CTATGACTTATTCTAATTATTGGATTTTAGGAATTTTTCCCTATCTACCG GGTGGGGGTCAAATTCCCTGTCTTTCGATGGTTAGTCTTTTATTCGAGAT TGACAATTAAAAAAACTGGAAAACAAATTGTCCTAGGCCAAAAGAAAAAA AGAGGTACATACTTGGTGGATTTTGGTCCTCAACAAATGTGGTCAACCAT CTTTCGTGTTTTATTTAGTGATTCGGTTTAGAAAATTATTTTGCTGTTTT GGAGAAAGAGAAAGAGATTTATAAGGAGAACAGTATGTTCGGCTACACAC CGATTAATTTATAAAACAAGTTATAAAGTTATGAAGTGATATAATGAATG AACATTCTCACTCCATTACTCTGGCACAGTCAGGAAACGTGAGAGATTTC TCAATTTATGTCCTATTTTCTCAATTACTTGTTTAAGTGATTTCACTTGT GTAGAAAAATTTGGATTTAAAATTCTTCTCAACCTCTAACTATCATTTGA GAGATATCTTGTTTGCTTTTTGCTTTTGATGAAGTCAAAACTTGAAGTTT GGTTTTTATTGATCATTTTTATGCATATACTGTAATTCTCTGTAATTCCA CGGTCAATTTGTTCGAATCACAGACAGGTTCGAATTATAGAAAGTGTTTC ACAATCGGATTTGGTTGACGGGGGACTGGGAATTAGTTTAAATAATGGAG AGATCGAATAAGCGAATAAGTCTACTGTATTTGTGTTATAAAGAATTTTG AGCTTAGGTTTAAAATTTTGGTTAAGATACGAGACTTTCGGTCCTTGATG ATAAAAAAATCAGAGAGAGTAGAACAGGCGAACCGAAGGCTCCTCTTTTC GATAGCTATCTACCCAAAGATAGGAGAGGGCGCAACACTTTCTCCCTGAA TTGCTCCTTTTCTTAATTGCTGAGCATCAAGAAGAGAGGCAACAAGTAAC ATTTTTTACTATATCCGAATTCTTTGGTAAGACCCGAGTTTTCTTCTTGA TCTTTTTACCGTTCCATAGTCAACTTTTTATCCAGTGGCTTCTGTTTGGT TTTGGAGAAATGTCTGTTTCCTTGGTGATTTACAAAACAAATCTAAGTCT ACGCTGTTTGCTGCTCTTTTAATTCTCTATTTGGAGTAAAAAATGATTGG CCTCGATTTATGAGTTTCAGATAAGACCGTTCATAATGGGTAATGAATTG TTTTCTTATTTCAAGAATTGTAATTCCATGCTGAGCTATTCTTAAATGAT TTATAAAAGTCCCGGTTTTGTGACAGATTTTGTAGAAATGGTATTGACTC GAATGACATTTTGAATCTGTGGAAAACCTATGATAAATGTAAACGTTGAA GTTTCAATTCTCACTCAAAATTTTGAATTTGTCCAAAAATGAAATTTGTT ATCATCGAAAATTATTGAAAATTATTCAAGAGTGTGTTTTAGAAATTGGA TTTTGTTGGAGTGATTTTTTTTTTGGAAGAAGGCTAATGAGGCTAACGCA AAAGTGAAAAATGGTAGACCTTTGAAAATGGTAGACCTTTGAAAATGGTA AACCTTTGATTACGCATTTCCAGTTTTTAATAGAAACGTCTTGGTTTGGG CCGATCATGGATGTGCTTATTTTTTGACAATTCGGAGCTTTAAATTGTTT TAATTGGCACTCTTGAAATTAATTACATTTTGTTTTTTTTGATATGCACA TAATAACGCATTGTCCAATGTGTTATAAAAATTGGACCCGAAAAAAATCT GCTCTAATACACCTTTTCGACCGTAATCGCGCGGTGAGGCGTATGCCACT TTTATCCTACTGAACTCGATCCAATCCTTTTTTGACACATTTTTCTATTG TCTATAGGTGCGAAAAAAGGACTGGAACGGTTTTAGAAGGATAAAGCGGA CAAATAATGCCCGTGCGGCAATTGGCGGCTACGGTCGAAATGGTGTATTT AAAGTTAAGATAATCTTAAGCAAATTTGACTTATCTCTTCAATTCTCCGG CCATATTCTTTTTTTCCCCGGCATTTCAGTGTAAATGTTCTTATAAACTG GTTGCTCATTAGAATAAACGTGTAAATTATGATAAGGGAAACTAAAAATG ATTTTGAAAATATGCGAAAAGCTAATATAATTAAACGACATCAAAGCTAT AATTCGCGATAAAAAAACTAAAAAAGGATATTTCACCTCATCAGATAAAG GTCCCTTCAAAAGCAGGTGAAAAAGTCTGTACAAAGATGTGAGATTTTGT TGTGAGAATTTTGTTTTGCCTCTTATTTTGTTTGTCTGTAAGCTTAACTT GGATATGTTAAAATGATTTTATGCTATGGATTTCTGCCTCTCTTTCTTGA TTTTTTGTTTGTTGATATGCCAATTATTTCATTTCAATGGAGGTTAAAAC AAGCAACATTTTGAAGCCTTTAGATACTCTTACTTTTTTAGTTTTAAGTC TAAAAATGTTTTTAACATGTTCTTATTTTCGCCATTTTTTGAGTATTATT TTCCATTTTCCTAAGAAATCGGGTGTTTTAGAGTCCCCAAAGCCTTTTAA AATGTTCTTAACTTGTTTTTATTTTCGCCATTTTTGGACCTACCTCGNAA AACATCTTTTTCCGGCCGAAAATGCCGGAAATATGCCGGAAAAACTGTTT TTTGGCATTTTCTCGAGATTTTATCATTAGTTTTTTCTGAGTTTTTGCTC AAAGATGCGTATTAACAATGCCCAAAACATGGCCTAGTCCGATTTTTGGG AAAATTTTTTTTCCGGGCGGAAATGCCGGAAATATGCCGGAAATCGCCGT TTTTCTGGATTTTCATTGGACTTTTTCCATATAATTGGTTGTTTTTTTCA TTCAAAAACATTATTAATAGCAATGCCCGCCAAAATTTTTTTTCCGGGCG GAAATGCCGGAAATATGCCGGAAAAACTGCTTTTTGGCATTTTCTCGAGA TTTTATCATTCGTTTTTTCTGAGTTTTTGCTCAAAGATGCGTATTGACAA TGCCCAAAACATGGCCTAGTCCGATTTTTGGGAAAATTTTTTTTCCGGGC AGAAATGCCGGAAATATGCCGGAAAAACTGCTTTTTGGCATTTTCTCGAG ATTTTATCATTCGTTTTTTCTGAGTTTTTGCTCAAAGATGCGTATTGACA ATGCCCAAAACATGGCCTAGTCCGATTTTTGGGAAAATTTTTTTTCCGGG CAGAAATGCCGGAAATATGCCGGAAAAACTGCTTTTTGGCATTTTCTCGA GATTTTATCATTCGTTTTTTCTGAGTTTTTGCTCAAAGATGCGTATTGAC AATGCCCAAAACATGGCCTAGTCCGATTTTTGGGAAAATTTTTTTTCCGG GCAGAAATGCCGGAAATATGCCGGAAAAACTGCTTTTTGGCATTTTCTCG AGATTTTATCATTCGTTTTTTCTGAGTTTTTGCTCAAAGATGCGTATTGA CAATGCCCAAAACATGGCCTAGTCCGATTTTTGGGAAAATTTTTTTTCCG GGCAGAAATGCCGGAAATATGCCGGAAAAACTGCTTTTTGGCATTTTCTC GAGATTTTATCATTCGTTTTTTCTGAGTTTTTGCTCAAAGATGCGTATTG ACAATGCCCAAAACATGGCCTAGTCCGATTTTTGGGAAAATTTTTTTTTC CGGGCGGAAATGCCAGAAATATGCCGGAAATCGCCGTTTTTCTAGATTTT CATTGGACTTTTTCCTTATAATTAATTGTTTTTTCATTCAAAAACATTAT TAATAGCAACCCCCACCATCACACATGTTTCAATTTTCAAAAAACTAGAT TTTTGAAGCCGGAACTTTCTAACAATGCCCTAAACATGGCCGAGTCCGAT TTTTCAGAAAAATCTTTTTCCGGTGGAAAATGCCTGAAATATGCCGGAAA TCGCCGTTTTTCTAGATTTTCATTGGACTTTTTCCTTATAATTAATTGTT TTTTCATTCAAAAACATTATTAATAGCAATGCCCACCATCGAGCATGTTT CAATTTTCAATAAAATTGATTTTTGAAGCCGGAACTATTTTAAAAGTCGC CGGAATAACCTTTTTTCGCCGGAAAGACAGTATTTCTTGANNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNATGCTCACCATCAAGCATGATTCAATTATTTTT TTTCATTTTTCTTTTCACATTGCTATCTAACTTTCATCATCAGGTAGGTC CATTCAGCATATAGCTTGTTTGAGTATTATTTTCCATTTTCCTAAGAAAT CGGGTGTTTTAGAGTCCCCAAAGCCTTTTTAAATGTTCTTAACTTGTTCT TAACATTTAAGCCTTATGTTCTTGTATAGTTTGTTCTTAAAACGTGTATT TTTGCCGATGTTTCTAAGAAATTGGGTGTTTTAAAGACCATAAAGCCTTA AAGATGTTATTAACTTGTTAATGTTTAGGTCATCGAAGCCTTGTGTTCTT ATATAGTTTGTTCTTATAACGAAATGTGTACCTCTATTAGAATTGCATTT TTGATGAAAAATTCTTCTTTATGAATCATGTACATAGTAAGAGAGAATTT TTTTTTGAAGAAGTTATGCAAAGGAAGCTTCCCACGCATGACAGCTTTTT CTTTTCTATTTTGTTCCTTTTGCAGTCGAATTTTGGTTAGATTTTTCTCA CGGTCACGACACAGCTGATTTTGTTGAAAAAGAGTCTTTCAATGTTTATA CATATAGCTTGACAATGCATTTTTTTTCGGACGAGGTACCTTTCGAGGTA CACGTTTGTTCTTTGGAAGAACATATAGGGCTTCCATGGCTAGAATATTA AGATCAAGGTAGAATATTTTAAGGTTTTAACAAAGCCAATTCCTTAAGAA AATGGACAAAAGTACTCACATCATGGCGAAAATAAGAACATGTTAAGAAC ATTTTTAGGCTTAAAACTCGGATTCCCGAACGTGAAGAATTAGCTTGAAT TTTTCGGAATTTTTCGGAATTTTTCTTCCCCTTTTGAAAATTTCTTCCTC ATCGGAAAGTTGAAAATTTACTGAATGTCGTGCAAAGATGTTTCCCGCCA GTTTATGTTATAAAGCATTGAATTTTAAGGGTTTTCAGCAAGGAAAAAAG ATTCCACCAGGGCTATCTTACTTAATTGTCAAATCTCTTTTGAAACTCAG ATCTGCAAGCACTGAAAAGTGGGAAAATGAGGTTGTATTTATCGAAACTT AATCAAGCAAGTTTTCACGGAAACATTCTTTTCAATTTGGAAAATCTTCC CGTTCGGGGTTAGTGGCGTGGACTGACGAGATGTGAAATAGATATTAGGC TAGACTGGAGTCGTTTATAATGCGTGTAATACAGTAGTATATAGGCCTAA TATGATAGTACGATTATTGTTTGTTACGGGATTTAGTTTGTATAAACTAA AATTTGTTCCCTCTATGATTTTTTGCTTTATTTCTTCTATTTCTGAATTT GTCGTCTAGCTTGCTAGCCTAATATTAGGCATAAGAGGATAAATTCCGAA AACTTGAATCCTTGAGAGAATATTAATAATGATAATAACAAGAGTTTGTC ATTTCACTTCACACCTCTCTCGCACAAAATATCGAAAGTGTTAAAAGTTT GTTGTTTTGTTACTATGACAACTCACTTCTGCTTTGAAATGTTTTCGTGT AAAACCCACATTAAACTCTAACTACTTGACTGGTTTGTCCCATAGAAGAG GAAGTGTGTCTAGTTTAAGAGCTAACTTGTCCGCCATTTTGTATTCAACA GTTCGGTGACAGGACAATTGCTGCCGGACAATTGCCCCCAGGACAATTAC CCCCAGGAAAATTGCCTTTCAGACTAGTCAACCTCAAAATTGGGTACACT TCCACGGGAAATCTCTGATCAGTCAGCCTGGGAATATATTTGTTGTAAAA ATAGGATGTTTCATTTTTTCATTTGCATTACATAGGGAGAATCAGATGGT TTGTAATATTTGGCGTGTGCAAAATCTCAAAACATTTTTGCCTAACTATT TTCCAAAGTCGGGATATTTAAGTTACAAGTCTTTTGGCTTTTAGAATGAA AACAATAGAATCTCAACGTAAGAACCGTGTAAGAACCCATTTTCAAAAAT TTCAAATTTTGATATCTTAATTTTGGAAAATTGTTACACAAAAATTCTTT GAGGTTTTACTAAGGACCACAGAAGGTTTCTGTAATCTAAATATTTCAAA CCATCTGATTATCCCTTTAACTGAAATCAGGTGGTGATCGTTTTTTAGCC ACCTTTTCCGAAGCCCTGGTGATGAAAAGCAGTTTACTGAATCTTAATTT TTGAATTAGTTTGACATTTGACATAGGACTCAGTAACAAGTTTTGATCGC CAGGCCAAAGATGCCGCAGTTTTCTTGTCTTTTGATTGGTCCAGGAGTCT CGAGAAAGTTATTTTTCTATGCGAATGGAATTTTTCATTCAAAAGGAAAG ATTTTTGATAGTTTAATGAGATGATCATTACTCGCATTTTTTACTCTTTA TGGTGTTTTTGTAAGAACAAACTTTAAGAATATAAGGTCTCAATGACCAA AATATTAAGACAAGTTAAGAACATATTATGACTAAGCAGACTCTAAAACA CCCGATTTCTCGGGAAAATGGACCAAAATACTCACAAAATGTAAACATGT TAAGAACATTGCTAGGTTTAAACTCAATAACTTACGAACCTCCGAAGGTT TCAAAAAAATGGATGTTCTTATAAAAAACGTGTATGCGATGTTCTGTTTG TCTGTGTGTCTGTTACATACACACTTACTTCATCAAGGAAGATTTTTTAA ATTCTGTTTTTCTTTTTATATTCACAAGGAAAACTAATTTGATTGAAAAA GTGGATAACAGCTAAATTTTTCATCTTTTAAACAAAGTGAGAAGAAGTCT GGGACAGATTGGTCTTTCACGAAAAGAAACATTGTAAAGAAATGAAAAAT TATGAAAAAGAATTCAGGGGCTCTGTTAACAGGAGAGTTGTTACTGTGAG CTGTTAGTTAAAGAAAATATTGGAAATATTAACTGGAATAAAAAACTTAT TNAAAAGAATTCAGGGGCTGTGTTAACAGGAGAGTTGTCACTGTGAGCTG TTAGTTAAAGAAAATATTGGAAATATTAACTGGAATAAAAAACTTCAAAC TTTATGGAGAGTCTTGGTAACAGCAACAACATCATCAAACCTTCCAATGT CTTTTCCAATGGAGGATAATAATTTGACGAAAACTGTCCGGTTCGCCGAT GTCGTTTCGGCAAAAGTTTTACTTGGACGCGTAGTTAATCGTAAAACTGA AAATAAACATTTAAAGGTATGGCAAGTGTTCGTTAAATAAAATATCCGCA AAAAAATGGGTCTGCAAACATTTCTTGGAACCTATAGCTCCAGTTTAGAC GGCCGACTTTCTGCCCTGCCTATTCTAGTTGTTAGAGTAGGCAGAAAGTG GGCACAAAGTTGGTAGTTTGCTCGGAAAAGTTTGAAAAAAGACATTGCAT TGACGTCAAAAGAGGGCTATGGATTGACTTTAGACAGCCCACTTTATATC CACTTTATTTCACAATTAGAATAGACAGGGCAAAAAGTGGGCTGTCTAAA CTAGAGCTTACTACTCACTAGTGACTAGTCCACTTCCTTTATCGTCAGGG ATTTCTTTTCCATGTTGTAGTGACCATCGAGTTTAAAACCCGAATGGCTA GAGAGGGATCTTCAACCTTTTCCAAGCAAGAAAAAGTGAGGCCTTAACAT TTGCGCCGCATTTCGAATGACGGATTGAATCTAGCGCTTTCTTTGTTTCT ACGCTTCATATTTTTCGAAATCTGGGGTTTGGATGAAAACCACGCGAGTC AAGCGTTTTAGATTAGAAATAAATGGCTTACAAAAATACCTTATCAGCCA AGATATTCTTACATGATTCTAATTCTTCTCTACGCTGAAAGTGCTTGATC TGTTTATGTTGCAAAAAAATAAGAATGATAACTTATTGTAGGAATATTTT TAATGATGTATAACCCTTGCGCGTTTAAGAGACCAACTATGATTGGATAA ACTTTTCAATGATCCTATGGTCAGATGAAGGTGGAAGTTACCTACCCGCT TCTTTGACTGGATACTAGATAGTAAGGGAGGATGAAAATTAGGGTCTCTA AATTGGATAAATTTGAACAAAAATCCACTCTAACGGTGCATTTTCTTGAA AACTTTTGTCGATTTTAAGACAAGAAAAGATTTTCCAAAGTATTTGCAAC CAAAAGTTAATTCTTCTCACTTTTACACCATTACAATGCACTTCTTCTCA TTTTTGCTCATTTCGAAATAAAAAACATACCCTTAAGGACCTTTATCGTA CGGTATATCGCTAACCTTGACCTTGAGTGTCCTCCCACTGCTGGAAGCAT TGATAGGAACTTTAGAGTTGTTTTAATCGTGTATATAGCCACTCGAATCA TGGTTGACGTTTTCTTCCAGTAACTCTTTAATAAAGGCTCTGCCCATAAT TTAAAGTTGTGTCTTTTGTTTCCATGACAACTGCAGGTGGTGGTTCGCAT TCGACCAATCAGCGTCAATGAAGTGGACAATGGATACAGTGAAATCATCA CCGCAGTTGAAGACAATGTAAGTCATTATTCAGTCTAGCCTGCACCACCC CACCCACGGGCGTTTTTCATATTTTGAAAAAACTTGCCGTGCGTGTCGGT CAGTTTCGGTTATCGAGATTCTGTGTCTCAGTTTTTCCGAATTTTCTAGC ACAAAATCCGAGAAAACAAAAGCGTAGGAGTGCTCTTTTTTTTAATGAAA GATACCATTGCATTGATGTGTTAAATGTAACGTCACTTAAGTTGAGCTAG ATTGAATGCTAAAAATAGCTACGCTCCACCGCAGAGACATTCAAAGATAT GCGTAAAAATGTCTGAGACACGGAATGTTACCTCTTGGGTTAAGTGAAAG TTCTTCTAACTCAAGATGTGTATTCTTCTCTCTGACTCTTTTGTTATATT TAACCCTTCGGTTGTTGATCCATTTATTTGTAAAGAACGCAAATTCAGGA TGATAAAGTTGAAGTATTTAGTCCTTGACAAAATTACAATATGTCGAGTT TTCATTACGTATATGTTTTTGTGTGCGTTATTTGTTAACTTCACTGACCT TTATATATCCCTGGACCAAGCTATATCTGCCATCTTTGATCGAAGTTGTT ATTTTGATTGGTACCCGAAAAGAACCCATTATTGCAGTGTTAAAAATTAA CGTCTAACGGCTCTACATCATCAAAAGTTTTCGAGGGAAAGTAGATCTAG CGCTCTCGATGCATTTACACCGCTATTGAGTAGTGCCGCCATTAGGGTAC CACTTTTCAAAAAACTCCGATCAAAGATTTTGGTTGGCCGTGGTTGAGAA ACTTGGTCCAGGTTATATAAAGGTCAGTGTTAACCAAACCAAAACTCTCT CTCCTTTTAAATAAATTCACAGATGGTTTGTCTATTGGACCCTACGGAGA ATGATGACATGAACGTTTTACGTGTCAACCGGTCACGCGAAAAGATGTAC GTCTTCGATAATGCGTTCGGACCTTTCTCTACGCAGGTACGCAATATTAA CGTTAGTAACAGCCTATCTGTTAAGCTTTTTCACATGCACGTAAATTTTA CTTAGGTAAATCGTTCGTAAGGCTGTCTTTAGGGAATTTCCCCGACCTTA TGTAGAGTTTTTGTTGATTAAGAGGGTCTTACGTTGATTTTCCTTCCCTT CAAAACTGTTTGAACGTAAGCAAACTCTACTTAAGTCCTTATTAAAAGAC TACGTAAGCTTAGGGGAATTCCTACCCTTCAAGGTCTTAAGTAAAATTTA ACTAACATGTGAAAAAAGCTTTAGCGAGTACCTCACTAAAAACTCTTCAT GATTTACACTTTGATTAGAGCCTTTTAAGTGCTCTGACGCAAATTCGTAA TAAACAGCCGTGGCGTCTAGTTACAGGCTACGTATCAATACGCCTTTCAA CCCTTAGCGGTGCAGTTAGCTTTTGAGTAGACTGTTAACAAAGAAATAAA AGGAAAATTCTTTTGGACGACGGTATCGAAAACGCAAGCACAGCTCATGT GGAAAATGTAAGATGCCCTTGCATTGAAGTGATAAAGTAACACCTAAGAA TCAGAGATAGAATCAAATGGTTGGAGATATTTTGCCTGTGGTCCAAAACT AAACCTCCAAATCATTTTGTTGAACTTTTTTCCAGAAATTCAAGATATCA ATATAATTCTATCGAAAGAACCTTAAAAGGACCGATTATAAATTATTTTC ATTTTTCGATTTTGGACAATATTTAGACAAACAGATTTGAAGGTTTAGCT CCATATTTATAAATTTTATTTTACCGTTATAGACGGAAGTATACAACCAA ACAACAAGAACACTGGTGGAATCAGTTCTCGAGGGCTACAATGCTACCAT ATTTGCTTACGGACCCACCGGTAAGTTTCACTGACCGGAATACGGAAACA AGTTCCATATATCTTATAAAAGGCACATTAGTAGACCTCACTAGTTAACT TTGACATCATAGAAAAAGGCTTTTTCGTCTCAAAATTCTGCATAATTCGC CTATATCTAAAAAATATATGTTTATTTGCTGTGTAATACCCATTTTGCGT CCCTGTTGAAGCGAGAATTGGAATCTTCAATTTGCTTCTTCGTTTCGTTG AAAGAGAACCCGTCGCAGTCCGTATTTATATCTGATGTGTACTTGACGGG TCAGAGTCCATTATCAAAGTCAACAAGAAATTGCCTTATTTTATCGCTGG ACTCGCTAACCGAAAAATAATTTTTATAACTTAACAAATTTTCTTCGAAA GTGAGTGTGCTAACGGCACGAAGAACTGTTTGATTGGCCAACAGTTTTTT AGTGGGAAATTGGAAACGATTGTCAGCCTTGACACCATGCTATTCATTTT GCCATTTGTATATAAATAAAAAATCATAACATTCACCTCTTTACAAAATG GCATCAGAAAGTTCACTGACAACGCTTCAGAGTATTTGGTGTAAAACTTT TATCTGTAACTTTGGATAAAGGTAGAATTAGAATGTCCAGTAAAGGGAAA TGATTTAAGTAAAGTATGAAGAATAAAATGTGCATCAAATTAGATTCTTC GCAGTGAGGTTAACTATACTTGAAATTTTTGAGGTCCAGCAACCTGACTT TTTCACAATGTCAACGAATCTCTTCTTCGTCTCATCTTGCAGGTGCTGGT AAGACGTTCACCATGTTGGGAACAGATTCAGAACCTGGTATCATGGCCTT AACATTGAACGATCTGTACAGACAAATGGAAAACTCCAAAGGAAATGAAC TTTACACTGTCAGCATGTCTTATCTCGAGGTATGTCCACATATTACCTCA TCGGCCCTTTAAGCCCCTTTTACGCCGGCCCCGATACTCAAGGGACATAA TCACCCTGGTATCCAGTCTATTTAAAAAGTCTAAGTGGACCCGGGCCACC CATGCTGCAGCTATAGGGTATTGTTCTTAACTTTTGAGAGGATTGAGGAC AAAGATCCTATTGCCTGGCAAATATGGTCACCTTGACTATTTTAGCATTT TATTGCTTATTATTTTGAGGGAATCTTTCTAAGTTAAGACTCCGACTTAA AAGTTCTATTAATTGGGGCTGTATATGGACTTTAATAATGTGATCATCAT GCCACTGATCTTAAATATTTCCGTTGATATCCACAGATCTACAACGAGAT GATCCGCGACCTTTTAAACCCATCATCGGACTTCTTGGACCTGCGGGAAG ACTACCGGGGAGTGCAAGTGGCCGGACTGACGTCATATGAAGCACGTGAT ACAAGTCACGTGATGGAGATGTTATCACGTGGTAACAAAGAGCGCATGTG CGAACCAACAGCTGTCAATAAAACTTCATCAAGATCACACGCTGTTTTGC AAGTAAGTGCAGATTTTTTTTCTTATTTCTCTTTGCTGTCAATTCTTGAA TTGTCATACTTCAGATGAGAATGTTTGAATCATTTATGTATGTTCAAATG GTCATTCTTGATATAAATTTTATTTTAAACAATATTTCTCTTTGTTGTGA TTTCCCAGTTGGCACTATCTAACGTTCACAACGTCCATATAACGTTAGAT GAACGTTGAAACAACGTTACGTGCCAGCTGGGTTATCAATGAAAGTTTTG TTGAGTATCGTCTGTTCTTATTTTGGTCTCAACATCTTGAGCATGAAATT GTTCTTATGCTGTTCTTATAATATCAGCACTTTGAGCATAAAACTCTCAT TATGCTGTTCTTGTTTCTTTGGAGGTATTTTAGTTACAATTGACTCTTCT TAATTTGATCTTCAAGAGACTAAACATTATCTTTGAATTATGCGCCTTCC CAGCTTACCATTACTTGAGTTCGAGTGACAGAATGATTCCAATGATAGAT GTTCGAATTGTAAAGAGTTCTCTGCTCTTTGCTTTGCTTTCGAGTGTTAA TAAAATTGCCATTCACGGCCGTTAATTTTTTAATCTCCAAACTAGACGCA ATATTTCACATTGAATTGACAATGATGTGGTGCAAAATTGGTCAAAAAGA GGAAAAGAAAAACAATTCTTTGTCTATTCAGCACAATATAACAATGGGAC ACTATCCTGATATGAGTGTATGTGCCTGATACGAAACGGGAACACTTTAA AACTTTCTGATTGCTTTTTTGTAGGTTACTGTTGAGCAGAAAAGTAGCAT CAGAGATGTTTCAGAAGAAATCAAAACAGCCAAATTGTTCATGATTGACC TGGCAGGATCTGAACGTGCAGCTCAAACTCAGGTACATATTTTTTTGTAA GAACATCCTACAATTTTGTAGCCTTTGTCTTCGGATGCTCTGTTCTTAAC ATGTTCTTATTTTCACCATTCTGAGAGTTTTTTTGTGCGAATTTAATAAG AAGTCGGATGTTTTAGAGCCCTCAAAGCTCTTAATATTTTATTCATCGAA GCCTTGTTTTTATATAGTTTATTCTTATAAAAAACGTGTACGACGAAATG TTACGAAAAAGGTGAAGGACGGAGTATTTATCTTATTAGGCACCTTTAAA TCATATCCTATTGAGCAATAAAAGCCTACCTTTCTTAGTCTGAATCACAG ATCTCTCAACACCACAAACAAGAGGGAGGGTTGTTCTTATAAAAAACTCC TGTGAACATGTTCACTTTCAAATTTACAGTACAGATATTCTCTCCAAAAA CCCACGTGCTCAAAGATGCCCTTTCTTCCTCGATCGATTCATCGTTATTT TTATTTTCACAGAATACGGGGAAGCGTTTCATTGAAGGAGCGCACATAAA CCGCTCGCTGCTTGCTCTGGGAAACTGCATCAATGCTTTAGGTAAGGCTC TTAGTAATCACGATGAAATGTATTTGAAATGAAACTAACTATTGTTTTAA GCCCCAAACTTCAACATGATATTCTTATAGTAGTTATTCTTATTATAATG CGTAGATGTCAACGCCCGGGAGGTCATCAAGGTAAACGACCTACCGTACG TATGTCCCTTAAGAGGTCCTTTTCCAAGCTTCCCAAAGTGCACTGTAAGG GTCTAAACGGGTCTAAATGAGCAAAGATGAGAAAAAGTGCTCTCTAAGAG TGTAAATTTTGGAAAATTCGACGATATTATGCCAAAACATGGTCAAAAAG TTTCAAGAAAATACACCGTAAGGGTCATTTTTTCGCCCAAATTTTGGAAA ATTTGGCTAAATTTTTACTGCATTGTAAGGGTCCAGTTGTTGACGTCATC GTCGTTTCTCTCATAGATCTACGTAACGACGTGGAACAGAACAAAAACAT CTGTATGATATTTTCCTCTAACCAATTTTCAGATACAAAATTTTATCTCA TTTTTCAGCGGAGAAAGGCTCAAAATACATCAATTATCGAGACAGTAAGC TAACGCGGCTTTTGAAGGTATGATCAACTCTAACCTCTATATCTATTTAA CTCGATGACCCAAAACGTCATTTTTCTCGATGATCCTATACGTCATTTTT CTCGATGATCCTATACGTCATTTTTCTCGATGACCCTATGCATCATTTTT CTCGATGACCCTATGCATCATTATTCTCGATGACCCTATGCATCATTATT CTCGATGACCCTATGCATCATTATTCTCGATGACCCTAAACGTCATTTTC CCCGATGATCCTATACGTCATTTTTCTCGATGACCCTATACGTCATTTTT CTCGATGATCCTATACGTCATTTTTCTCGATGACCCTATACGTCATTTTT CTCGATGACCCTATGCTTCATTTTTCTCGATGACCATATACGTCATTTTT CTCGATAATCCTATGCATCATTTTTCTCGATGACCCTATGCATCATTATT CTCGATGACCCTATGCATCAGTATTCTCGATGCCCCTAAATGTCATTTTT CCTGATGACCCTATACGTCATTTTTCTCGATGACCCTATACGTCATTTTT CTGGTTTGATGCACTTTGACAGGGACAGTGGTAGACTAGACTGGGGAACA GTCTCTCTTAGGGTCAAGGTAGTTCATTCTCCTAAATCCTATAAGAGTGT ATTTTTTTCAGGATTCTCTCGGAGGAAATTGTAAAACAGTCATGATCGCT CACGTCAGCCCAGCGAGCGGGAGTTTTGAAGAATCGCGGAACACTTTAAT GTACGCTGACCGTGCCAAGAATATCAAACTAAAAGCCAAAAGAAACCAAC ACAGTGTCAATTACCATGTATCTCAGTATCAAGGCATTATTTCTGAATTA CGCGAGGAGGTCATCAAACTGAAAGCTCAACTTGTTGAAGCAGAAACAAT AGAGACTAGACCTACAGGTTAGTTTTTCGTATACATACCGTGAAAAAAGA GAATTCAACTGAAAGGCACATTAACTTTAGCCTCTATTACACGTCACGGC TTTCTCACTTTGCGACTTTTTTGATTCTTTGATATTACAGTTGACACTCT CTAATTCGATCTTCAAGGGGAATTGGATTTTCGTCGAATAAGGGAGNGAC ACTCTCTAATTCGATCTTCAAGGGGAATTGGATTTTCATCGAATAAGGGA GCTTATCGAATAGGGGAGCATCGTTTATGAGAGTTTCTTGTTGACTGGGA CTTTAAATTTCATCGAATAAGAGAGCCTATCGAATAGTAGAATGTCGAAT TAGAGAGCGTCAACTGTACATTAAACTTTCGTAGCTCTAGTCTATACAGT TTTTTCTACGTAATTAACGTTTATTACACTTTGTGACTTTTTGAATGTTT TGAGCCCAACTTGACTTCACGTTTTAGCGATGTCAGCTGACCGGCAAACC ATTGAAAAACTGAAAGATAACCTGAAGAAAAAATTCCAAGAGCAACTTGA ATTACGGTAAACTTTTCTAATATAATTTCTGTTAAACTAATTAAACTACC ACACTAAAATAAGGCTTAGAGTAGAATGGAACAATTGAATAAGGCCCTAA TGGAGGCCCTAATGTCAAAAGGTTAAGGGTGTCAGTAGACAAATCACTTT CTATGAACTAAGCCCAAAGCCGAAGAAAATCCCAAACGGGTTTTTTGCCG AAAAGAAACTCTCCCGCCGATTTTTTAACCGTATTAAACCCCTATAACGG CTGTAAATTCCGCGAGTATATTATATTCCCGCCTCTACTATCCCTAAACG GACGATAACACCGTCTAGGGTATCAGTAGCGTCTTGGATACACTTTGATT ATTTTAGACCACCAGATCAACACCATACGTATACATAACTTCATCCTAAA TATATTGTACCTTATCGGGGAAAACTTCGTCGGGGAAAATTTTCATCGGG GAAAATATTCGTCGGGGAAAAATATTCGTCACTTGCTGGTAGTTGGTAAA CCATTAAGGCTGGGGAAAATTTTCTCCGGGGAAAAATATTTGTCACTTGG CCAAAATTTCGTCACTTTTCCCCGACGAAGTTTTCCCCGATAAGGTATTT AAATTTGTCTCCCTTTTTCTCATCCACAGGAAAGAACTGATTGATTTGGA AGATTCTTCGCTACAATTTGCTGTCGAATATCAACGTTATCTTCT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_008581XLOC_008581Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00015348-exon-sc0000210-1575043694:145178..145259TCONS_00015348-exon-sc0000210-1575043694:145178..145259Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:143022..143106TCONS_00015348-exon-sc0000210-1575043694:143022..143106Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:132893..132973TCONS_00015348-exon-sc0000210-1575043694:132893..132973Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:131924..132037TCONS_00015348-exon-sc0000210-1575043694:131924..132037Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:131040..131127TCONS_00015348-exon-sc0000210-1575043694:131040..131127Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:130131..130267TCONS_00015348-exon-sc0000210-1575043694:130131..130267Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:129558..129773TCONS_00015348-exon-sc0000210-1575043694:129558..129773Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:128678..128785TCONS_00015348-exon-sc0000210-1575043694:128678..128785Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:128119..128197TCONS_00015348-exon-sc0000210-1575043694:128119..128197Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:127543..127601TCONS_00015348-exon-sc0000210-1575043694:127543..127601Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:126643..126898TCONS_00015348-exon-sc0000210-1575043694:126643..126898Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:126104..126182TCONS_00015348-exon-sc0000210-1575043694:126104..126182Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1575043694:125415..125480TCONS_00015348-exon-sc0000210-1575043694:125415..125480Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:145178..145259TCONS_00015348-exon-sc0000210-1510915933:145178..145259Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:143022..143106TCONS_00015348-exon-sc0000210-1510915933:143022..143106Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:132893..132973TCONS_00015348-exon-sc0000210-1510915933:132893..132973Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:131924..132037TCONS_00015348-exon-sc0000210-1510915933:131924..132037Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:131040..131127TCONS_00015348-exon-sc0000210-1510915933:131040..131127Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:130131..130267TCONS_00015348-exon-sc0000210-1510915933:130131..130267Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:129558..129773TCONS_00015348-exon-sc0000210-1510915933:129558..129773Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:128678..128785TCONS_00015348-exon-sc0000210-1510915933:128678..128785Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:128119..128197TCONS_00015348-exon-sc0000210-1510915933:128119..128197Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:127543..127601TCONS_00015348-exon-sc0000210-1510915933:127543..127601Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:126643..126898TCONS_00015348-exon-sc0000210-1510915933:126643..126898Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:126104..126182TCONS_00015348-exon-sc0000210-1510915933:126104..126182Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1510915933:125415..125480TCONS_00015348-exon-sc0000210-1510915933:125415..125480Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:145178..145259TCONS_00015348-exon-sc0000210-1491911889:145178..145259Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:143022..143106TCONS_00015348-exon-sc0000210-1491911889:143022..143106Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:132893..132973TCONS_00015348-exon-sc0000210-1491911889:132893..132973Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:131924..132037TCONS_00015348-exon-sc0000210-1491911889:131924..132037Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:131040..131127TCONS_00015348-exon-sc0000210-1491911889:131040..131127Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:130131..130267TCONS_00015348-exon-sc0000210-1491911889:130131..130267Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:129558..129773TCONS_00015348-exon-sc0000210-1491911889:129558..129773Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:128678..128785TCONS_00015348-exon-sc0000210-1491911889:128678..128785Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:128119..128197TCONS_00015348-exon-sc0000210-1491911889:128119..128197Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:127543..127601TCONS_00015348-exon-sc0000210-1491911889:127543..127601Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:126643..126898TCONS_00015348-exon-sc0000210-1491911889:126643..126898Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:126104..126182TCONS_00015348-exon-sc0000210-1491911889:126104..126182Clytia hemisphaericaexon
TCONS_00015348-exon-sc0000210-1491911889:125415..125480TCONS_00015348-exon-sc0000210-1491911889:125415..125480Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000210supercontigsc0000210:125415..145259 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0 0 0.492906 0.453361 6.16965e-07 0.0854014 0.00365012 2.76824e-06 3.94458 1.07149e-05 0.042187 2.56033 7.63068 10.1805 0.814167 0.589041 3.65053e-09 0.11181 5.12061 14.3238 2.62111 0 1.92622 5.36994 6.59441 3.61126 0 0.63969 2.21559e-09 0.153444
Blast
BLAST of TCONS_00015348 vs. Swiss-Prot (Human)
Match: KIF19 (Kinesin-like protein KIF19 OS=Homo sapiens GN=KIF19 PE=2 SV=2)

HSP 1 Score: 500.745 bits (1288), Expect = 1.042e-166
Identity = 247/452 (54.65%), Postives = 333/452 (73.67%), Query Frame = 3
Query:  150 KEDTLTVVVRIRPISVNEVDNGYSEIITAVEDNMVCLLDPTENDDMNVLRVNRSREKMYVFDNAFGPFSTQTEVYNQTTRTLVESVLEGYNATIFAYGPTGAGKTFTMLGTDSEPGIMALTLNDLYRQMENSKGNELYTVSMSYLEIYNEMIRDLLNPSSDFLDLREDYRGV-QVAGLTSYEARDTSHVMEMLSRGNKERMCEPTAVNKTSSRSHAVLQVTVEQKSSIRDVSEEIKTAKLFMIDLAGSERAAQTQNTGKRFIEGAHINRSLLALGNCINALAEKGS-KYINYRDSKLTRLLKDSLGGNCKTVMIAHVSPASGSFEESRNTLMYADRAKNIKLKAKRNQHSVNYHVSQYQGIISELREEVIKLKAQLVEAE-----------------TIETRPTAMSADRQTIEKLKDNLKKKFQEQLELRKELIDLEDSSLQFAVEYQRYL 1448
            K+  L V +R+RPISV E++ G + I   V++ MV L+DP E+ D ++LR +RSREK Y+FD AF   +TQ  VY  TT++L+E V+ GYNAT+FAYGPTG GKT+TMLGTD EPGI   TLNDL+R +E +  +  Y VSMSYLEIYNEMIRDLLNPS  +L+LRED +GV QVAG+T     +   +M++L +GN++R  EPTA N+TSSRSHAVLQVTV Q+S ++++ +E++  +LFMIDLAGSERA+QTQN G+R  EGAHINRSLLALGNCINAL++KGS KYINYRDSKLTRLLKDSLGGN +TVMIAH+SPAS +FEESRNTL YA RAKNIK + K+N  +V+YH++QY  II++LR E+ +LK ++ E                     E +  +   ++  + +L++ L   FQEQ+++R+ L++LE+ +++  ++  R+L
Sbjct:    8 KDQQLMVALRVRPISVAELEEGATLIAHKVDEQMVVLMDPMEDPD-DILRAHRSREKSYLFDVAFDFTATQEMVYQATTKSLIEGVISGYNATVFAYGPTGCGKTYTMLGTDQEPGIYVQTLNDLFRAIEETSNDMEYEVSMSYLEIYNEMIRDLLNPSLGYLELREDSKGVIQVAGITEVSTINAKEIMQLLMKGNRQRTQEPTAANQTSSRSHAVLQVTVRQRSRVKNILQEVRQGRLFMIDLAGSERASQTQNRGQRMKEGAHINRSLLALGNCINALSDKGSNKYINYRDSKLTRLLKDSLGGNSRTVMIAHISPASSAFEESRNTLTYAGRAKNIKTRVKQNLLNVSYHIAQYTSIIADLRGEIQRLKRKIDEQTGRGQARGRQDRGDIRHIQAEVQLHSGQGEKAGMGQLREQLASAFQEQMDVRRRLLELENRAMEVQIDTSRHL 458          
The following BLAST results are available for this feature:
BLAST of TCONS_00015348 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
KIF191.042e-16654.65Kinesin-like protein KIF19 OS=Homo sapiens GN=KIF1... [more]
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