TCONS_00069595 (transcript) - C. hemisphaerica

Overview
NameTCONS_00069595
Unique NameTCONS_00069595
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length6325

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00069595 ID=TCONS_00069595|Name=TCONS_00069595|organism=Clytia hemisphaerica|type=transcript|length=6325bp
GTGAAAAAAGTCTGTAAGCATCCAAGATTGGGAGTCATTCTTTGCAAAAG
CTGCTTGAAGTTCATCAATTCCAATGATTATGCACGAGATGAACAAGGCG
TGGAAGAGTTCTGTACTTGGTGTGGAGATGGTGGAAATTTAGTATGTTGT
GATTTCTGTGAGAAAGCTTATTGTAAACACTGCATAAAAAGGAACTTAGG
AAAACCGTTTTTAAAAACACTCCTAGAGGCAACAGAGGAAGTGAAATGGA
AATGTTTCCATTGCGATCAAAGTCAAATAAGTGTTTATATCTCACAATGC
AGTATTATGATGAATCACGTACATACATATAGAGCTCATGAGTCAACAAT
TGAAGTCAAGAAAACCCACGTCGGAGATGGACTTTCTTTGAAAGACAGAG
AAAAGCGATTAAAACATGCCTCCGATGCAATTTCCAAAACAGCAGATTCC
CAAGTTAAAATGAAAAGCAGTTTTACTGAACAGAACTCTGGGGAACCAAA
AGCTAATGTCAAAACAGAGGAACCAAAAATCAAACAGGAAAAGGAAAAAG
ACAAGAAGAAGTCGGTCACTGTTGTTCTATCAAGCAGTGAAGAATCTGAC
GAAGAGATTGTGGTGATCAGTAAAAGTGGTAAAAAGACTGTCCTTAATAA
AGCTGTATTAATGGCAGCACAAGAACTTCTCAACAAGAAAGGTGATAGTG
ATACTAAAAAGGAATCTAAAAAGAAACAAGACCCACTTGAAaataaggaa
gaagaagaagcaaaggaaaaacctaagaaaactaaaaagaaacttgaaaa
tttcatgaGGCTTAGTTTAAGTAATAGTAAAAAACAATCTGAACCTTCTT
CTGAGAGTGATAGTCCTCCAGAACGATCGAGCTCCTCTGAATCTTCTGAC
GATGAAGTTTTATCTAAGAAAAAGAAGAGGGAAATGGAGATTGTCGATGG
TGTTGTTATTGATGGTGAAAAACCTGGACCGTCAGGNtctaagaaaaaga
agaaggaaatggaGATTGTCGATGGTGTTGTTATTGATGGTGAAAAACCT
GGACCGTCAGGTATACGTTCAAAAAGGAAATCAAAGAAACGTAAAGAAAA
GGTTGTAAAAAATCAAGATGCATCATCAGACGAGGATGAGTTTATACCGA
GCATTGAAGCACTACACGAAAAGAGGAGAGAAGAAGCTAAAGAACAAATC
ACAAATAAAATGCTCGGTCCTGAACCAACAGTCAAATTTATTGATCAATT
ACCCATCAAACCCACTAAAACAGCAAGACGTTCTAACGAGGGTTCAAACT
CTCATAGCCCTGTTGTTGATAAAGAAAACAATGCAAATGAATCCGATTCT
ACTGTGAAAGACACTGATGATAAAAATGTTGAGGACCCAGAAAACACTTC
TAAAGAGACATCTGAAGAAGTAGTTGAAAAAGCTGATGAAAGTGATGACG
AAACTATAGGTAGTCCGCCACCTTTGAAAGAACTGTCTGAGAAAGCTTTA
AGTTGTTCTGTAAGTTTAACAAAACTTGCTTTCCCTGTAAATAATGAATC
ACTAGACAAAGAGGACAGTGGTGAAACAAAGGAGGATGAAGTGGTTGATA
AGCACACTGAAGCTGACAATGATGTTGAAATGAATGAACCTGAAATAGAT
TCCGATTCAGGTGAAAAAGACATTGACTCAAATAATGAGAATAATGAGAT
TGATGActcaaataaagaaaataacgaGGAGAGTAAACATGGAAAGAAAG
AAGATGAGAAGAAGGAAATTGACGAATCTGGGGAATCTGAAGGTGAAGAT
AAGAAAcgttctgaaaatgaaaatgaagatgaaaatgaagatgaagatga
agatgagaaGGAACAAATACCACCAGAAAGTgatgacagtgatgatgatg
aGAGTCAACCAAAACAGAAATTCTTACGGAAACGGAAACCTAAAGATGAT
TCTAATGAAGATTCAGATGTGCAAGAAGTACaaccaaagaaaaagaagca
gAGGCAGAAAAATAAGAGCGATTCTGATGTCGAAGAAGTACAACAAGATG
CCGAGGTAGTGAACTCTGATGATTCTGATTTTGAAGAAGCCACACCAAAA
CGATCAACAAGACAAAGCAGGCGAACCAAAGGGAAGAAAAAGGATGGTAA
GAAAGCTactaagaagaagaaaaagaatgcAGATGATGATGATGCTGAGA
CTGTATCCAGTGGTTCTGATGTCCAAACGAAATCGACTCGACGTCGGCGA
AGAAAACAGTCTGATTCTAGTTTTGAGGAGATTTCATCAGACGATTCCGA
TGATGACGAAATTCAACACACGATTGAATCGGAATCTGATGAATCAAGTG
ATGCTTCGATCATTATCACACGTAAAAAGAATCAGAAAGACAAagggaag
aagaagaaaggagGGCGTggtaagaagaagaaaaagaagaatagtAGCGA
TGAGGATGAGGAGAGCGATGAAGAAGGCAAATCACCAACCAAAGGACGAA
AGAAGATCCGCAAAATCATGAAAGACAATCAACTGACCGAAGAGACTCGT
CATGCAAGAGAACTTGAAGAACAAAGACGCCAAAGACTGCTCGACCGAAC
AGCCAAAGATCGCAAGGAATACACCAAAGTTCTTGAGATCAGTGAGGGAG
AATACGTATTGGAGCGAAATAAGGACAAGCAACCACTTGTTTCAGTGTCA
GCTGATATCAACAAACATTTGAAACCTCATCAACGTAAAGGTATCCAGTT
CATGTATGATTGCTGTATTGAGAGCATCAACGGTTACAAGAAAGGCGACG
AAGGTGGTGGTTGTCTACTTGCACATTGTATGGGCCTCGGAAAAACACTT
CAGATCGTATCATTCACCAGTACCATTGAGAAAagtgaaaacatcaaaat
gaaaCGCTTTTTGATTGTCGCTCCTCTCAACACGGTTTTGAATTGGGAAC
AAGAGTATGAAAAATGGTTGAGCGTTGAAGATAGGATGGACGTTTACGTG
ATGTCACGTTGTAACGGTATGAAAGACCGTGTCCGCACGCTCAAAGAGTG
GTTTGAAGATGGTGGGGCGCTCATCATTGGTTACGAAATGTATCGGAATC
TCGTCAATTTCACGTTTGTCAaaggaaagaaaatgaaagaacaaaTCACT
GAGTATCTCGTTGACCCTGGTCCAGATTTGGTTGTATGTGATGAAGGGCA
TATCTTGCGGAATAACACATCAGCCATTTCTATTGCAATGAATAAAGTGA
AAACCAGAAGACGCATTGTGCTCACTGGAACTCCTTTGCAAAATAACTTG
CCTGAATACCATGTCATGGTTGATTTCGTCAAGCCTAATTTACTGGGAAC
AAAGAAAGAGTTCTTAAATAGATTCGCTAACCCGATCAACAATGGACGTT
GTTCCAACTCTACACCTCGTGATGTGAGAATCATGAAACAGAGATGTCAC
GTCTTGTACCAGTTACTCTCTGGTTGTGTACAGcGACAAGATTATTCAGT
GTTGACACCATTCTTACCGATGAAGCGCGAGTACACTATCTTCGTCCGTA
TGCaaccaaaacaaacgaaaaTGTACCAACATTACCTGGAAAACTTTGTC
TATCAAGATGCAATGAATAAACTTAAAGgaagTTCGCTATTCTCAGACTT
TCATTGTTTGTCGAGAATTTGGTGCCACCCGTGGTCATTGCACCTGGAAA
GATTGAGAAGGTTGGCACGTCAAAAGTCTCCTGATAGCATGGAAGAATTC
CTTGATGATAATGAAGAAAGCTCTGCATCAGAGTCTGAAGGAAAGAAGCC
ATGGGATGAGAATACAGatagtgaagaagaaaatgaagacaaaCGACGCA
AGAGACGAAAGAAATTTGACAGCAGCGATGAAGAAACATCCGCCAGTGAG
CGTGAAGACGAAGACGAAAAACCCACTATGGTTGCGCCCGCCGCCTCAGC
AAGAGCAACACGGGCGTCAAGACGGGCGGGTGATATTGCAGCAGTTGATT
TGAGTGAGATGGAAAATGGAGATTCGAATTCGACAGATGCAGATGTCAAA
ACAAGAGGTTCTCTTCGATCGGGCGTCAATTTCAAAGATGGGGCGGTGAA
ATCTGAAGACAGTAAAGAGAAGGAATATGATGAGAGAAAATCAGCGAACG
AATTCAGTGAATGGTATGATGAATTCCTCACGCAAGAGGACGAGACTAAT
GTTGAATTGAGTGGCAAACTTGTCATCATGCTCGAAATCATTGCTAATGC
TGAAGTGGTTGGTGATAAAATCTTAGTATTCACGCAAAGTCTTGCTTCTC
TGGATCTGATCGAATCCGCTTTGGGTGGAGGTTCAATAGGAGGCAACCAA
TTGAACTGGTGCCGTGGTATCGATTATTTTCGTATGGATGGTTCAACTCC
AGTACAAAAAAGGAAACGATGGTCGGATACTTTCAATGATCCTGATAATG
ATAAATGTCGGTTGTTTTTGATATCCACAAAAGCTGGATCACTGGGTATC
AACATGGTCGCAGCAAACCGTGTCATCATTTTCGACTGTTCGTGGAATCC
GTCTCACGATGTCCAATCCGTGTTCCGTGTGTTCCGGTTCGGTCAGGAAA
AACCTGTTTATGTGTATCGTCTTATCGCCCAGGGTACAATGGAAGAGAAA
GTTTACGATCGTCAGATCACAAAACTGGCTGTCGCAAGTCGTGTTGTTGA
TGAAATGCAAATTGAACGGCATTTTACACATGAAGAAATCCGAGAACTTT
ATTCGTTCAGACCTGAAGCCATTGGCCCTAATCCTGAAACGCCACAACTT
CCAAAGGATCCGTTACTAGCGGAAGTGTTACAACGACAGCATCCTCAATA
CATTGTGCGTTACCATGAACATGATTTACTGTTGGCAAACgttcaaaatg
aagaaatgtCTGAAGAGGAGAAACAACAAGCATGGAAAGAATACGAAGAT
GAGAAAAACATGTCTgcttcaagacttcAATACCGTCAAAACCTGCCACC
TGTGCAAGGAGGAGCAGAAAGTTTCCAACAGATGATGGCCTCCCAACAAC
AAATGGTGGAGAAGAGAATGCAACAATTCTACAATCCCAACACTGGCGTT
CGTTTCAACATTGTTGTACCGTCAAACCTCAGTCCAAGTGAACAAGCTAT
CTACGAAGCTGCAATACGCCGAAATATCGTATCCAAACTTGGTAATTCAG
CCGCCGGAGGCACCCTTCAAAACATCCGGCTACCGGCTACCGTTGGAGCG
CAGTCTAGCTATAACCAATTACCGGCTAACCGAATCGTAAACGTCAATAC
AGGCGCGCAACAACAAACTTTACGCTTTCATAGTGCGAATCCTCAACAAC
GACATAATAATGGTCCTTCATCAGTTGTTCGGGTATTAGCACCAAATGAT
ACCGCCCGCCAACCAATAAGACCGCCCCTTGATCCAAGCAAATTCCCACC
CCCACCCATCAATAACCTTAAATAAATCTCACCAACTTCTGAAAATGTAA
AAtcactgaaattttttatcCGTTATTATcatgtaaaaattttatttaac
tTCTATCTTaaacaaaagttatattttcatttttaccctATTCGTATTAT
TTAGTACTTAGTATTTCATGTTACGATTAAAAACGGTCATTTTTAGTAGG
TCGTAATAATTCTTCAAaacaactttgaaattttcggagACTTTTGACCG
AATATTGACTGTCTTTTTTCGTCAGACCCAACCCTTGTCGTCCATTTTCC
CTACCATTCCCCTTACCAATCCTTCTTTTTCATTTGTCCAACCTCTTCTA
TATGTGTAGAAGTGATGTGTCTTCTATGGAAAATAAACTCTTCAAAACCT
GTTTTCGAGGTAAATCAAAACCATCGCAGCCCCTCGTTTACGAATAAAAT
TAAAGCAACGATACTTAAAAAATGAGttccaaaattattttaaataaagg
gtgtattttttaatttttctgataaatcCAAATCGGTGGCAAACAGTGCA
CTTAGGCACGTGATTTCATACTCAGGGTtagtttttttgtcaattttgaa
atatttgacaTTTGGCATTTTTTACCTTTCGTACTAGTTTTTGTTGATAT
ACTTTGTTAGgtttaagaaaatcaatatgtttttattattatattctAAA
GAATGAGGAAGTTTCGTTTCATTTTCACTTCTTGTTAATGTAATTTTCCA
AAACTGGCCTGACGCAGTGCATGTCTGCGCTTTTCTGTGTACCTTTGTAA
ACTTTAACTTGTTTAATTTATTTAAGTTTCATGGTATACAAGGTCGATTT
CTTCTTTTCTacgattttgattttg
Run BLAST on NCBI

transcript from alignment at scaffold_502:184821..199597-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00069595 ID=TCONS_00069595|Name=TCONS_00069595|organism=Clytia hemisphaerica|type=transcript|length=14777bp|location=Sequence derived from alignment at scaffold_502:184821..199597- (Clytia hemisphaerica)
GTGAAAAAAGTCTGTAAGCATCCAAGATTGGGAGTCATTCTTTGCAAAGT ATGTATAATATAAGTATATCATAATAGGGGCTGCAAAGCCAGGTTTTATT CAATATAAACAAACTTGATATGGCTTATAGGCAAATATTCTGAGCCATTC TACATTGTATATTGGCATGTAACAGGTTATTAACCCTTTAAGGACCGATG ATCTCGTCATCGCGTTCCGTGCCAAAAATACTGATGACGAGATATCTCGC ATGGGCATTATGTTCCAAGTATACCGAAGAATTGAAATTCGTAAAATATC CAACTATCCAGAAGTCCAACAAAAAGTCCAAAACAAAATTCAAAAAAAGT TATGGTTTATTTCAATCATGCTGATATGAGTCTTTTTATAAACCCTGACC ATTTTCTCTATGTAATTTTCTCTTATAACTTTATAGTTGTGTAATTCTTT TTTGCAGTCAGATACAAAAAATTAATATCACATATGGAAAAAAGAAGTAC AAATAATCAGAAAATGAAAAAATATTAAAAGAAAACCCCTTTTAATGATG AATTTTCCCCAACTCCGTGTTTTATATTGACGAGTGACTTATCTCGTCTC GCAGTCGCGAACCCCTAAAGTACTTTTTGCCAAGTTATTTTGTCATTCAG TCTTTTTGGCACAGGATGTTTAAAATATTGCGGTATTTTACCAACCACCT CTGAAAAAAGGCTCAGTATTTTAAGAACAGTCAGTTCAAAAGGCTGCGGT AGGCACGGACAAAAAAAAGCATGCAGTCGTTAAAGGGTTAAAAACAGATT TAAGTGAAATACTTCTTGCACCATAGTTTAGTTGTTAAGAGTATTCGCCT TGCAATCTAAGGGTTGTGAATTTGATTCCTGGTTGCCACTAACCTAACCG ATTAGTGGCTTAGTGGTAACAGTGACCAGTCGTCACAAAAAGATTTGCTA AGATATACAAATACTTTATTATTCCTGCAACACAATACTTGTTGATTTTA TCACAGTTATTAATTTAATATTTCTTTCCTCTAGAGCTGCTTGAAGTTCA TCAATTCCAATGATTATGCACGAGATGAACAAGGCGTGGAAGAGTTCTGT ACTTGGTGTGGAGATGGTGGAAATTTAGTATGTTGTGATTTCTGTGAGAA AGCTTATTGTAAACACTGCATAAAAAGGAACTTAGGAAAACCGTTTTTAA AAACACTCCTAGAGGCAACAGAGGAAGTGAAATGGAAATGTTTCCATTGC GATCAAAGTCAAATAAGTGTTTATATCTCACAATGCAGTATTATGATGAA TCACGTACATACATATAGAGCTCATGAGTCAACAATTGAAGTCAAGAAAA CCCACGTCGGAGATGGACTTTCTTTGAAAGACAGAGAAAAGCGATTAAAA CATGCCTCCGATGCAATTTCCAAAACAGCAGATTCCCAAGTTAAAATGAA AAGCAGTTTTACTGAACAGAACTCTGGGGAACCAAAAGCTAATGTCAAAA CAGAGGAACCAAAAATCAAACAGGAAAAGGAAAAAGACAAGAAGAAGTCG GTCACTGTTGTTCTATCAAGCAGTGAAGAATCTGACGAAGAGATTGTGGT GATCAGTAAAAGTGGTAAAAAGACTGTCCTTAATAAAGCTGTATTAATGG CAGCACAAGAACTTCTCAACAAGAAAGGTGATAGTGATACTAAAAAGGAA TCTAAAAAGAAACAAGACCCACTTGAAAATAAGGAAGAAGAAGAAGCAAA GGAAAAACCTAAGAAAACTAAAAAGAAACTTGAAAATTTCATGAGGCTTA GTTTAAGTAATAGTAAAAAACAATCTGAACCTTCTTCTGAGAGTGATAGT CCTCCAGAACGATCGAGCTCCTCTGAATCTTCTGACGATGAAGTTTTATC TAAGAAAAAGAAGAGGGAAATGGAGATTGTCGATGGTGTTGTTATTGATG GTGAAAAACCTGGACCGTCAGGNTCTAAGAAAAAGAAGAAGGAAATGGAG ATTGTCGATGGTGTTGTTATTGATGGTGAAAAACCTGGACCGTCAGGTAT ACGTTCAAAAAGGAAATCAAAGAAACGTAAAGAAAAGGTTGTAAAAAATC AAGATGCATCATCAGACGAGGATGAGTTTATACCGAGCATTGAAGCACTA CACGAAAAGAGGAGAGAAGAAGCTAAAGAACAAATCACAAATAAAATGCT CGGTCCTGAACCAACAGTCAAATTTATTGATCAATTACCCATCAAACCCA CTAAAACAGCAAGACGTTCTAACGAGGGTTCAAACTCTCATAGCCCTGTT GTTGATAAAGAAAACAATGCAAATGAATCCGATTCTACTGTGAAAGACAC TGATGATAAAAATGTTGAGGACCCAGAAAACACTTCTAAAGAGACATCTG AAGAAGTAGTTGAAAAAGCTGATGAAAGTGATGACGAAACTATAGGTAGT CCGCCACCTTTGAAAGAACTGTCTGAGAAAGCTTTAAGTTGTTCTGTAAG TTTAACAAAACTTGCTTTCCCTGTAAATAATGAATCACTAGACAAAGAGG ACAGTGGTGAAACAAAGGAGGATGAAGTGGTTGATAAGCACACTGAAGCT GACAATGATGTTGAAATGAATGAACCTGAAATAGATTCCGATTCAGGTGA AAAAGACATTGACTCAAATAATGAGAATAATGAGATTGATGACTCAAATA AAGAAAATAACGAGGAGAGTAAACATGGAAAGAAAGAAGATGAGAAGAAG GAAATTGACGAATCTGGGGAATCTGAAGGTGAAGATAAGAAACGTTCTGA AAATGAAAATGAAGATGAAAATGAAGATGAAGATGAAGATGAGAAGGAAC AAATACCACCAGAAAGTGATGACAGTGATGATGATGAGAGTCAACCAAAA CAGAAATTCTTACGGAAACGGAAACCTAAAGATGATTCTAATGAAGATTC AGATGTGCAAGAAGTACAACCAAAGAAAAAGAAGCAGAGGCAGAAAAATA AGAGCGATTCTGATGTCGAAGAAGTACAACAAGATGCCGAGGTAGTGAAC TCTGATGATTCTGATTTTGAAGAAGCCACACCAAAACGATCAACAAGACA AAGCAGGCGAACCAAAGGGAAGAAAAAGGATGGTAAGAAAGCTACTAAGA AGAAGAAAAAGAATGCAGATGATGATGATGCTGAGACTGTATCCAGTGGT TCTGATGTCCAAACGAAATCGACTCGACGTCGGCGAAGAAAACAGTCTGA TTCTAGTTTTGAGGAGATTTCATCAGACGATTCCGATGATGACGAAATTC AACACACGATTGAATCGGAATCTGATGAATCAAGTGATGCTTCGATCATT ATCACACGTAAAAAGAATCAGAAAGACAAAGGGAAGAAGAAGAAAGGAGG GCGTGGTAAGAAGAAGAAAAAGAAGAATAGTAGCGATGAGGATGAGGAGA GCGATGAAGAAGGCAAATCACCAACCAAAGGACGAAAGAAGATCCGCAAA ATCATGAAAGACAATCAACTGACCGAAGAGACTCGTCATGCAAGAGAACT TGAAGAACAAAGACGCCAAAGACTGCTCGACCGAACAGCCAAAGATCGCA AGGAATACACCAAAGTTCTTGAGATCAGTGAGGGAGAATACGTATTGGAG CGAAATAAGGACAAGCAACCACTTGTTTCAGTGTCAGCTGATATCAACAA ACATTTGAAACCTCATCAACGTAAAGGTATCCAGTTCATGTATGATTGCT GTATTGAGAGCATCAACGGTTACAAGAAAGGCGACGAAGGTGGTGGTTGT CTACTTGCACATTGTATGGGCCTCGGAAAAACACTTCAGGTACGAATCTA TCAATGAATGGTATTGAAAATGTATTATTGAATGTTTTTGAGATTTTTCG GAAGTTTCTCAGTAATTTCTAAGTTTTTTCTAGCCTCCATTTTCCAATTT TGAAAACAGTTTTCTTGACCATTCTTTAAAGCAATATACATGGAAAATTC TTGTTCTTTGAAAATTGCAGAAAGATTCTTTTCTTCTTTTCCTGAAGAAT TATTGAAAATATTAGAATCTTGTTTTCCTTCAGATCGTATCATTCACCAA NGGAAAATTCTTGTTCTTTGAAAATTGCAGAAAGATTCTTCTTCTTTTCC TGAAGAATTATTGAAAATATTAGAATCTTGTTTTCATTCAGATCGTATCA TTCACCAGTACCATTGAGAAAAGTGAAAACATCAAAATGAAACGCTTTTT GATTGTCGCTCCTCTCAACACGGTTTTGAATTGGGAACAAGAGTATGAAA AATGGTTGAGCGTTGAAGATAGGATGGACGTAAGTATATTCCTTTGGCTG TTGTTTTCTGTACTTGTTAAAAAACAAGAAAGGAAGGAGCCTACAAAAGG GGCTTAAGAACAAATCACCGATGAATTTAAATTCGAATCTCGAATGTCTT TTCAGTACCTTTNGAAAATATTAGAATCTTGTTTTCATTCAGATCGTATC ATTCACCAGTACCATTGAGAAAAGTGAAAACATCAAAATGAAACGCTTTT TGATTGTCGCTCCTCTCAACACGGTTTTGAATTGGGAACAAGAGTATGAA AAATGGTTGAGCGTTGAAGATAGGATGGACGTAAGTATATTCCTTTGGCT GTTGTTTTCTGTACTTGGTGGGTGGAGGAGATATTGGATATTTTGTCCGG AGGGTAGTTTAAAATCCGCAAATTTGTCTTGTTTTAGGGTCAAACTTGCT CTGATTCAGTCTGATTAGGGGTGATTTTGAATGTCCGGGAGGTGAGATCC GTTGTCCGGGGGTCAAAATTCACAATAATCCTCCACCCCTCAAATTCTAC TTTTTTTCTGGAAGAGCCCAAAGGAAGAAAGTTTTTTTGTTCCGATTCAC TGTTTGGGATTTTTTTTTTCTATTCAAAGGTTTACGTGATGTCACGTTGT AACGGTATGAAAGACCGTGTCCGCACGCTCAAAGAGTGGTTTGAAGATGG TGGGGCGCTCATCATTGGTTACGAAATGTATCGGAATCTCGTCAATTTCA CGTTTGTCAAAGGAAAGAAAATGAAAGAACAAATCACTGAGTATCTCGTT GACCCTGGTAAGGACCTTTCAAATATTTAAGTTCAGGGTATGAATTGACT TTTCATTTATAAAGTTAAACAAAGGACTATTTGTTACGTAAGATCTTTGT CTTCCTGTCTTCCATAATCCATGTTCAACACATGTGAGTTAGGGCTGCAA AAAAACAACCTTAAAAAGTGTCTGTTTTAGACAATCTAGAAAGTTTGAAA TGCTGAAATTTCCTCCGGTGGTATTATTTAAGATTCGTGACTTATTTTTT TAAAGTTTCTCTCTTCCCTCACCGTCAATTATGTTCCTGTTTTCAAAATT CTTTCTCGACGTGTTGGTTTTCAAACATTGATCAATTATTTTTCTACAGG TCCAGATTTGGTTGTATGTGATGAAGGGCATATCTTGCGGAATAACACAT CAGCCATTTCTATTGCAATGAATAAAGTGAAAACCAGAAGACGCATTGTG CTCACTGGAACTCCTTTGCAAAATAACTTGCCTGAATGTATGTATTTTCC CTTTCAAAAAAAAAAACAGATCGCCTACCGTCACCTTCAACTCGTCATCC AAAATAGATGTGAAAATTTTTTGTAGAATTTCTTTGGATTCACTATTTTG TATGCCTTATAGGAGGCAAAGCAGAGCAAAGTAATGTTTTCCTATTGAAG ATTCGTTGATTTTAAAATTCTAAGGATCAGGTTAACCCGGCTAATATACT TTCTACATTGCTGTCCCATTTCTATTTTCAGACCATGTCATGGTTGATTT CGTCAAGCCTAATTTACTGGGAACAAAGAAAGAGTTCTTAAATAGATTCG CTAACCCGATCAACAATGGACGTTGTTCCAACTCTACACCTCGTGATGTG AGAATCATGAAACAGAGATGTCACGTCTTGTACCAGTTACTCTCTGGTTG TGTACAGGTAGGTAACCATCTCATCCGAAACAATCATTTTCATAAAAAGA CTACTTCTTATTTGCCCAATTCCCTAGCATACCCAGCTGACACACAACGT TGTTTCAACGTTTATCTAACGTTATATGGACGTTGTAAATGATAAATAAA CGTTGGAACAACGTTGTGTACCAGCTGGGTAGCCTCTTAACCAATCTTGA CACTGGACCTTATTTACTTAAAGGTTTTGTCTTTACATAAGTGTTCCTGT TTCATATCACCTATTGTTATATTATGCTGATATAAGCAAAAAATGTTTTT CCTGATTCTGATCAATCTTGCTCCACACCCGTGTCAATCAAATGTGAAAA ATCTAGTAAATTAAAATTGTGGGTAAGCAAACGATATCACTCTTATTTAA AAACAAAACCTTTAACTCGATCAGGCATCCTCTATGTTCGTTTTGTAGAA AACTGTTGTCAAAAACAAACGAGTTTTGGATTCTACAAGCAAATACCATA TCCACTTTTAGACTCTGAGGATCTGAGGTCCTATACCAGGGTTCGTATTG TTCCAAGCGAAATGAAGTCGTTATTTCTGTTTTGAAATTGACCCTAATGG ATTATTCTATTTTCTTACGCGAAATGATAGGACTTCTTCGGGACGAGATG GAGTTTTTACAAGCTCTCTCTCAAGCTCTACTTTTTCTAAAGAACGCGTC ATTTTTATTACTTCAAATGACCAATTATTAAAGTACCTTCATGGTTTTGA TTTTACTTTCNTTAAAGTACCTTATAAAAACTCCATCTCATCTGACTTCT TCAGGGTTTTGATTTTACTTTTTTTGATGATTTTAGCGACAAGATTATTC AGTGTTGACACCATTCTTACCGATGAAGCGCGAGTACACTATCTTCGTCC GTATGCAACCAAAACAAACGAAAATGTACCAACATTACCTGGAAAACTTT GTCTATCAAGATGCAATGAATAAACTTAAAGGTTGGTTGATTTCTTATCA ATAACTGTACTTGGATATTACATCCTCGTACCTTTGGTATCATCCCCAAC ATCTAATATTGAATAGTCTTTTTTATTTATTTTGGGGAAGAAAAAGGGTT GAGGGAGAAAATCGGTTTCTGAGTTTTTCAGTTTGCCACTTTTCGTGCAG TTAAAAAAACACTCAACTTAGAGGTATAATAATAACGAGCAATCCCATTT TTCTGACATTTTTGGCGATGAATTAGCCAATCAATTTATCGTCTGAACGT TGAAATTTTGTTATAAAATGATGTTTGTACACTCTTCTTTTAATTTTCCA GGAAGTTCGCTATTCTCAGACTTTCATTGTTTGTCGAGAATTTGGTGCCA CCCGTGGTCATTGCACCTGGAAAGATTGAGAAGGTTGGCACGTCAAAAGT CTCCTGATAGCATGGAAGAATTCCTTGATGATAATGAAGAAAGCTCTGCA TCAGAGTCTGAAGGTAGACTTGTTGACTTTTGTTATAATTTTTGAAAACT CCGCCTTTTTAGGTATGATTATTTGAAACGACGACGAACGACGCTATTTG AGCTGAACTTTTCTGCTATTAAACTTTATTTTAATTTCCCACAGTATTAA TCAAGCTCTAAATCTCTGAATATGTGGCACTATGTCGATTGGAGCCGTTT ATAATACGTGCCATACAGTTATATGAATGTTACGATAATGCGAGAATTAT ACGGGATAAAATAATAAGTTTTCATAAAATAACTCATATTTTTTTCTCCA TACTCTATTACTCCTTATATTTTGCATGGAAGACTTTGCATGTCATTTCT GTACTAATTACTCTTCAGTTGACCTAATTTTCTTTTTTTTCTTCCCACCT CAGGAAAGAAGCCATGGGATGAGAATACAGATAGTGAAGAAGAAAATGAA GACAAACGACGCAAGAGACGAAAGAAATTTGACAGCAGCGATGAAGAAAC ATCCGCCAGTGAGCGTGAAGACGAAGACGAAAAACCCACTATGGTTGCGC CCGCCGCCTCAGCAAGAGCAACACGGGCGTCAAGACGGGCGGGTGATATT GCAGCAGTTGATTTGAGTGAGATGGAAAATGGAGATTCGAATTCGACAGA TGCAGATGTCAAAACAAGAGGTTCTCTTCGATCGGGCGTCAATTTCAAAG ATGGGGCGGTGAAATCTGAAGACAGTAAAGAGAAGGAATATGATGAGAGA AAATCAGCGAACGAATTCAGTGAATGGTATGATGAATTCCTCACGCAAGA GGACGAGACTAATGTTGAATTGAGTGGCAAACTTGTCATCATGCTCGAAA TCATTGCTAATGCTGAAGTGGTTGGTGATAAAATCTTAGTATTCACGCAA AGTCTTGCTTCTCTGGATCTGATCGAATCCGCTTTGGGTAAGTCTTGTTG TTTAACTTTCAATGATTTGAAAGAATTTTGCATAAGGTTCTTATCCTTAA GAGCCATTATCTGTAAGAATCAGGCAGGGTGAGGAAGTGACTTACTCAGA ATTGACCCATTTTTATATATATGGTAGGTATGAATGAGGTGAGCATCCTG TCAAAATTTTTTGGCATAACTCCAAGCGGTTCAGGTTTTATGGCAATTTT AATTTTCAAATTTTAGGGTCTACTGACAAGAAAAAAATCAACAATTGAAT GAAATAGGTACTTTGGCATAAATCTATGTTTAAATAATTAGAAATAAAAC ACCTAGAACTTCATAACATGAAAATATACACAACTTTTAACAAGAAAATC AAAAAATATCATCTCCAAAATATCCGGTCAGCTAAAAATCATGGCTCAAA ACCAGGTTTTTGTTCCGCATGGCAAAGTTGGCGCCATTTTGGAGGCCAAA TTGCTCAAAATTGGCTTACCTGTAAGAGCTAATTTTTCTATTTCCTAAAA CTAGGCCCATAATACTTAATACAGGAAAAGAAATTGAGACCTATCACTCA TACAGATTTTTCATAATGGCAGCCTGAACTATTTTTTTTGACAAAAAAGT ATGGTTTTTGGCGCCATTTAGAAAAAGTATCCNGACCTATCACTCATACA GATTTTTCATAATGGCAGCCTGAACTATTTTTTTTGACAAAAAAGTATGG TTTTTGGCGCCATTTAAAAAAAGTATCCATCACTTTCAAAGGGTCATTTT TGGTTTTTCTTGTAGAGTAACTGGAGTACTTTCAGAATAAGAAATAAAAA AAAGGGTATTTTTTGATATTTTTGAGCAATTTAACCCCAAAGATTTTTTA AGTACTGTCCGATTTAGGCCAATTTTGCCCCGGTAACTAACCGAAACGAC ATGGTAGACATGATAATCTCCTTTCTAAAGGTATTGCTGAAGATTTTGTG GTATTTTCCTAACTTAAAAGTCATAATAACAATAAAAGCAAAGTGGAAAA GGCCCATTTTGTCATTTTTGAGGCAAAAATAGGCCAAAATGACCCCAAGG CTAAAAAATTTGCTGATCCGGAGCCCGAAACTAATGAAAATTAAGAAAAA AACTACTGAAGAGTATTCCTAGGGCTTAAAAATAACTATTGAAGAAAAAA TATGCTAAATATGTTAAAAATACATTATGTTGATATGCCTCCAAAGGTTC TTGTTCTGTCAAATCCTTCAATTTTAAGTATTTTAGACTAGAACCCAGTC TTTCCACTGACGACCATATCAAATATTTACAGAAACTTTATCGATAAAAG GGGAAGACTCTATAGTGTCCTTCTGGGGACTTGAAGAACTGTCGTTACTC TGAAGAATATTTAACAGAAATTTGTTAAAATGGTAATAAATGGTAATAGA ATAAGTGAAGTAAATATAGCTGAAAATTTGTAATAAAGTAGTAAATTTAT GAATAAATAAGAAATTACTTACATTGAATTATTTATATAAATCATAGGAA ATTTAATGAGTAAGTTTTGAATTAATTTAATCTCAAGGAATAGTCTATAA TTCATCATCAATATACATCTTGACATGTTTTGCTATCAGATAGTTTTTGT GTGGTTTCAAATAGATTATGCAACAAGTTTGGTCACATCAGTTCCTGAAA GAAAAAAAGCTGGTCTTTAAAAATTTGATGGTTATTTCTAGATACGAAGT TTGAATTTGTAAAAGTTAGGAAAATTGTATACATAGGTGATTTTTAACAT CAGAATTTTTTTTTGAATTCTGTCTTAGAGCTTGTTTATAGTCCTCCTCT GAAAGAGCTAAGAAGCGTCGATTAACAGGAGTAGGAGCAGATATAACACT AATAAACGAAAACCTGGTTTTGAGCCATGATTTTTAACTGACCGGATATT TTGGAGATGATATTTTTTGATTTTCTTGTTAAAAGNCATGATTTTTAGCT GACCGGATATTTTGGAGATGATATTTTTTGATTTTCTTGTTAAAAGTTGT GTATATTTTCATGTTATGAAGTTCTAGGTGTTTTATTTCCAATTATTTAA ACATGGTTTTATGCCAAAGTACCTATTTCATTCAATTTTTGAATTTTTCT TGCCAGTAGACCCTAAAATTTGAAAATTCAAATTGCCATAAAACCTGAAC CGCTTGGAGTTATGCCAAAAAAAATTTACAGGATGCTCACCTCATTCATA CCTACCATATATATAAAAATGGGCCAATTCTGAGAAAGTCACTTCCTCAG TTTCCTCATACTGCCTGATTCTTACAGATAATGGCTCTTAAAACTCTCGT CTCAAAACTGAACTAAATTTGGAAAAGATGGAAAATATTTTTTGTGCGAA GTAGATCATAATAAGATTGAAATTAGAATAAAACTCCTTTACAACAGTTT TACTGACCAAACACTAACAATTAATCTTTATTGAAGTGCTCTTAAATTAC TTGTACCATTCAATCTCTGAGAAGTAATCGGAACGAAGAAAGCTGGTTTT TGGAATTAGTATTTCACCATTCCGTTGTGCTTCAGGTGGAGGTTCAATAG GAGGCAACCAATTGAACTGGTGCCGTGGTATCGATTATTTTCGTATGGAT GGTTCAACTCCAGTACAAAAAAGGAAACGATGGTCGGATACTTTCAATGA TCCTGATAATGATAAGTATGTCAATCTTTCATTGGTGTTTTGCCATTCTA CTCTGTTTTGAACGCTTTTTTTTTAGTCACAATCTTTCAACAGACGAGTG GGAAAAATCCATTGTGGACGTTTTTTTACCCTTTTTTATTTTCTCAGTAT GTTCACGAAAAGGACTCGCTAAAAAATAAAACTATTATAATAGACCTTTT CATAAATTACGTCACAAACATCACTTGCCTCGTATTCAAACAATTTCCAT GGTGATTATGTCCCTTGAGACATTAAATTATTTTTTTATGAATAGAAAGT AGTTTTAATAAAATCCGCTGGGAGTTAATAAATGTCACAAAACGAGGCAA GTGATGTTCGTGACGTAATTTATGAAAAGGTCTATTATCTGTGCAAAACT TAAAGAAGTAGTCCCTGTTGTATGAGTTGAATTTTTCAAGTAGCGTATAG ATATTTTGCCTAATCTACCAATGAAATTCTTCTGCTTGCTTAATCTGCAA TTCAAATGTATGTCATAGGAGAAGACAAAGTGACAGAATCAATTGATTTT ACCTCTTCAATTCTTTTCGTTCTTACCTCACAGATGTCGGTTGTTTTTGA TATCCACAAAAGCTGGATCACTGGGTATCAACATGGTCGCAGCAAACCGT GTCATCATTTTCGACTGTTCGTGGAATCCGTCTCACGATGTCCAATCCGT GTTCCGTGTGTTCCGGTTCGGTCAGGAAAAACCTGTTTATGTGTATCGTC TTATCGCCCAGGTGGGTTCCGTCTACATTTTGTCATATTCCTCTCTAACA TTTTCTTTTACCTTTACGAAATTGGGCTTTCCCAGAAAAATATTGTAAGG CGTGTGTTGAGGATTTCGGGTCCGCTGGGAATATACTAACGCTGTTTTCA GGGAGTCAGTTTTGTGGATAACCAGAAACTCAAAATTGACCAAACATCGA ACGATTCAAGTACTACCCATTCTCGAATATGAAGCAAGCAAAAACTTTGT AAGAACGAGTCAAGATTCAATGCTTTTAAAGTTTTTTTGATTCTGCACAA GTTTAAAAACTTCATGAAGGCAAGAAATTTGATGAATTTCCTACATAAAA TGCACTTTACTTCGTACTTCCTTCTACTCTCAACTCTTTTGCTTTCTCTC TTCACAGGGTACAATGGAAGAGAAAGTTTACGATCGTCAGATCACAAAAC TGGCTGTCGCAAGTCGTGTTGTTGATGAAATGCAAATTGAACGGCATTTT ACACATGAAGAAATCCGAGAACTTTATTCGTTCAGACCTGAAGCCATTGG CCCTAATCCTGAAACGCCACAACTTCCAAAGGTATGGCTCGTAAAAAATA CGAAATAATCAACTTTACAGTAGGTTAAACATTTGTTTGAAGAAAAAAAA TCACTTTAGCCACATAATAATTGAATCTCTTTAAAACTATTTTTTGTTGC ATGTGTTATGCTTATTTTAGCCACCGCACGGTGTTAAAAAAATTCAGGCT ATTTCCATATCTGTTCCCGATCAATAAATAAAAAAGTTCTATTTAACACC CTATGCTTAGCCAAGCTTTTCTTCACTGAAAAAAATAACACGAAAGACAG TCAATTTCTATGAAAGGCATGAAGCGGTTGTGAGATACCCTTATTATTAG AGAAAGCACAAAGTAGCGTAAGCAAAAGAACTTTTGCAACAATTGTGCTT GTGCGGCGCGGAAGATTAAAAAATGTTGCTGTTTCTTTTATTTGAAAGTG TTTTGTGCAGTTGTGAGAGCAAACGGAAGATGAAACGTGATGTTCTGTAT GACGCAAAAATATTCCGAGTTAAATAGTTTGATCTACTACGATTTTCTTC GAAGGTCATTCTTTAATTGTGCCATGTCTTGTCCCATAGGATCCGTTACT AGCGGAAGTGTTACAACGACAGCATCCTCAATACATTGTGCGTTACCATG AACATGATTTACTGTTGGCAAACGTTCAAAATGAAGAAATGTCTGAAGAG GAGAAACAACAAGCATGGAAAGAATACGAAGATGAGAAAAACATGTCTGC TTCAAGACTTCGTGAGTAATTTTGTAAAACTTCGTTTTGTGACTTATCTA TCGATCTGGATGTATAGCTTGATTCTGTTGAATCGAGGCCCACAGTGACC ATTTAAATCGAATTTTGTTGTTTTTGATTTTTCGTCTACTAAAAGAAATC CAAAACAGCTTTCTAAACATTCTTCGTTTGAACCCTTTTCCTACCATTTC CAACTGAACTATGTTTTTCCAAGATACACTCTTCAAGCAAATTTTAGCAA ATTGAGGACAAAATTTGCCTTCAATTCTTCATTTTCTCCTATTCAAACTC ATACAAAATGCTCTCTACTTTCTCCAACAGAATACCGTCAAAACCTGCCA CCTGTGCAAGGAGGAGCAGAAAGTTTCCAACAGATGATGGCCTCCCAACA ACAAATGGTGGAGAAGAGAATGCAACAATTCTACAATCCCAACACTGGCG TTCGTTTCAACATTGTTGTACCGTCAAACCTCAGTCCAAGTGAACAAGCT ATCTACGAAGCTGCAATACGCCGAAATATCGTATCCAAACTTGGTAATTC AGCCGCCGGAGGCACCCTTCAAAACATCCGGCTACCGGCTACCGTTGGAG CGCAGTCTAGCTATAACCAATTACCGGCTAACCGAATCGTAAACGTCAAT ACAGGCGCGCAACAACAAACTTTACGCTTTCATAGTGCGAATCCTCAACA ACGACATAATAATGGTCCTTCATCAGTTGTTCGGGTATTAGCACCAAATG ATACCGCCCGCCAACCAATAAGACCGCCCCTTGATCCAAGCAAATTCCCA CCCCCACCCATCAATAACCTTAAATAAATCTCACCAACTTCTGAAAATGT AAAATCACTGAAATTTTTTATCCGTTATTATCATGTAAAAATTTTATTTA ACTTCTATCTTAAACAAAAGTTATATTTTCATTTTTACCCTATTCGTATT ATTTAGTACTTAGTATTTCATGTTACGATTAAAAACGGTCATTTTTAGTA GGTCGTAATAATTCTTCAAAACAACTTTGAAATTTTCGGAGACTTTTGAC CGAATATTGACTGTCTTTTTTCGTCAGACCCAACCCTTGTCGTCCATTTT CCCTACCATTCCCCTTACCAATCCTTCTTTTTCATTTGTCCAACCTCTTC TATATGTGTAGAAGTGATGTGTCTTCTATGGAAAATAAACTCTTCAAAAC CTGTTTTCGAGGTAAATCAAAACCATCGCAGCCCCTCGTTTACGAATAAA ATTAAAGCAACGATACTTAAAAAATGAGTTCCAAAATTATTTTAAATAAA GGGTGTATTTTTTAATTTTTCTGATAAATCCAAATCGGTGGCAAACAGTG CACTTAGGCACGTGATTTCATACTCAGGGTTAGTTTTTTTGTCAATTTTG AAATATTTGACATTTGGCATTTTTTACCTTTCGTACTAGTTTTTGTTGAT ATACTTTGTTAGGTTTAAGAAAATCAATATGTTTTTATTATTATATTCTA AAGAATGAGGAAGTTTCGTTTCATTTTCACTTCTTGTTAATGTAATTTTC CAAAACTGGCCTGACGCAGTGCATGTCTGCGCTTTTCTGTGTACCTTTGT AAACTTTAACTTGTTTAATTTATTTAAGTTTCATGGTATACAAGGTCGAT TTCTTCTTTTCTACGATTTTGATTTTG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_043343XLOC_043343Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00069595-exon-scaffold_502-1575043694:199550..199597TCONS_00069595-exon-scaffold_502-1575043694:199550..199597Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:195759..198563TCONS_00069595-exon-scaffold_502-1575043694:195759..198563Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:194968..195105TCONS_00069595-exon-scaffold_502-1575043694:194968..195105Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:194491..194668TCONS_00069595-exon-scaffold_502-1575043694:194491..194668Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:194011..194148TCONS_00069595-exon-scaffold_502-1575043694:194011..194148Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:193591..193766TCONS_00069595-exon-scaffold_502-1575043694:193591..193766Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:192617..192761TCONS_00069595-exon-scaffold_502-1575043694:192617..192761Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:192135..192296TCONS_00069595-exon-scaffold_502-1575043694:192135..192296Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:191211..191744TCONS_00069595-exon-scaffold_502-1575043694:191211..191744Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:188533..188662TCONS_00069595-exon-scaffold_502-1575043694:188533..188662Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:187787..187964TCONS_00069595-exon-scaffold_502-1575043694:187787..187964Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:187217..187390TCONS_00069595-exon-scaffold_502-1575043694:187217..187390Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:186487..186658TCONS_00069595-exon-scaffold_502-1575043694:186487..186658Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1575043694:184821..186167TCONS_00069595-exon-scaffold_502-1575043694:184821..186167Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:199550..199597TCONS_00069595-exon-scaffold_502-1510915933:199550..199597Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:195759..198563TCONS_00069595-exon-scaffold_502-1510915933:195759..198563Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:194968..195105TCONS_00069595-exon-scaffold_502-1510915933:194968..195105Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:194491..194668TCONS_00069595-exon-scaffold_502-1510915933:194491..194668Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:194011..194148TCONS_00069595-exon-scaffold_502-1510915933:194011..194148Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:193591..193766TCONS_00069595-exon-scaffold_502-1510915933:193591..193766Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:192617..192761TCONS_00069595-exon-scaffold_502-1510915933:192617..192761Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:192135..192296TCONS_00069595-exon-scaffold_502-1510915933:192135..192296Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:191211..191744TCONS_00069595-exon-scaffold_502-1510915933:191211..191744Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:188533..188662TCONS_00069595-exon-scaffold_502-1510915933:188533..188662Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:187787..187964TCONS_00069595-exon-scaffold_502-1510915933:187787..187964Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:187217..187390TCONS_00069595-exon-scaffold_502-1510915933:187217..187390Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:186487..186658TCONS_00069595-exon-scaffold_502-1510915933:186487..186658Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1510915933:184821..186167TCONS_00069595-exon-scaffold_502-1510915933:184821..186167Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:199550..199597TCONS_00069595-exon-scaffold_502-1491911889:199550..199597Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:195759..198563TCONS_00069595-exon-scaffold_502-1491911889:195759..198563Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:194968..195105TCONS_00069595-exon-scaffold_502-1491911889:194968..195105Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:194491..194668TCONS_00069595-exon-scaffold_502-1491911889:194491..194668Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:194011..194148TCONS_00069595-exon-scaffold_502-1491911889:194011..194148Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:193591..193766TCONS_00069595-exon-scaffold_502-1491911889:193591..193766Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:192617..192761TCONS_00069595-exon-scaffold_502-1491911889:192617..192761Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:192135..192296TCONS_00069595-exon-scaffold_502-1491911889:192135..192296Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:191211..191744TCONS_00069595-exon-scaffold_502-1491911889:191211..191744Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:188533..188662TCONS_00069595-exon-scaffold_502-1491911889:188533..188662Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:187787..187964TCONS_00069595-exon-scaffold_502-1491911889:187787..187964Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:187217..187390TCONS_00069595-exon-scaffold_502-1491911889:187217..187390Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:186487..186658TCONS_00069595-exon-scaffold_502-1491911889:186487..186658Clytia hemisphaericaexon
TCONS_00069595-exon-scaffold_502-1491911889:184821..186167TCONS_00069595-exon-scaffold_502-1491911889:184821..186167Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_502supercontigscaffold_502:184821..199597 -
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
3.14175 2.30719 1.6943 1.91356 1.25845 0.00385278 0.0133217 0.0394482 0.716495 1.72422 9.89214e-07 0.363298 0.0705118 0.0220995 0.0757991 0.0231545 0.000985158 2.23943 0.993683 0.128216 0.734912 0.565795 3.52793 0.993843 0.709018 0.109247 1.0108 1.08959 2.11393 0.902875
Blast
BLAST of TCONS_00069595 vs. Swiss-Prot (Human)
Match: ATRX (Transcriptional regulator ATRX OS=Homo sapiens GN=ATRX PE=1 SV=5)

HSP 1 Score: 429.483 bits (1103), Expect = 1.857e-121
Identity = 221/441 (50.11%), Postives = 302/441 (68.48%), Query Frame = 1
Query: 2485 PTKGRKKIRKIMKDNQLTEETRHAXXXXXXXXXXXXDRTAKDRKEYTKVLEISEG---------EYVLERNKD-KQPLVSVSADINKHLKPHQRKGIQFMYDCCIESINGYKKGDEGGGCLLAHCMGLGKTLQIVSFTSTIEKSENIKMKRFLIVAPLNTVLNWEQEYEKW---LSVEDRMDVYVMSRCNGMKDRVRTLKEWFEDGGALIIGYEMYRNLVNFTFVKGKKMKEQITEYLVDPGPDLVVCDEGHILRNNTSAISIAMNKVKTRRRIVLTGTPLQNNLPEYHVMVDFVKPNLLGTKKEFLNRFANPINNGRCSNSTPRDVRIMKQRCHVLYQLLSGCVQRQDYSVLTPFLPMKREYTIFVRMQPKQTKMYQHYLENFV----YQDAMNKLKGSSLFSDFHCLSRIWCHPWSLHLERLRRLARQK-SPDSMEEFL 3753
            P KGRKKIRKI+KD++L  ET++A + EE+RR+R+ +R  + R++  +V+EI +          + VL+ +++ K+PLV V  ++   LKPHQ  G+QFM+DCC ES+   KK   G GC+LAHCMGLGKTLQ+VSF  T+   + +     L+V PLNT LNW  E+EKW   L  +++++V  ++     ++R   L+ W EDGG +IIGYEMYRNL     VK +K+KE   + LVDPGPD VVCDEGHIL+N  SA+S AMN +++RRRI+LTGTPLQNNL EYH MV+F+K NLLG+ KEF NRF NPI NG+C++ST  DVR+MK+R H+LY++L+GCVQR+DY+ LT FLP K EY + VRM   Q K+YQ+YL++        +      G+ LF DF  LSRIW HPW L L+ + +  +     DSM+EF+
Sbjct: 1473 PGKGRKKIRKILKDDKLRTETQNALKEEEERRKRIAERERE-REKLREVIEIEDASPTKCPITTKLVLDEDEETKEPLVQVHRNMVIKLKPHQVDGVQFMWDCCCESVKKTKKS-PGSGCILAHCMGLGKTLQVVSFLHTVLLCDKLDFSTALVVCPLNTALNWMNEFEKWQEGLKDDEKLEVSELATVKRPQERSYMLQRWQEDGGVMIIGYEMYRNLAQGRNVKSRKLKEIFNKALVDPGPDFVVCDEGHILKNEASAVSKAMNSIRSRRRIILTGTPLQNNLIEYHCMVNFIKENLLGSIKEFRNRFINPIQNGQCADSTMVDVRVMKKRAHILYEMLAGCVQRKDYTALTKFLPPKHEYVLAVRMTSIQCKLYQYYLDHLTGVGNNSEGGRGKAGAKLFQDFQMLSRIWTHPWCLQLDYISKENKGYFDEDSMDEFI 1911          

HSP 2 Score: 323.168 bits (827), Expect = 1.331e-88
Identity = 167/302 (55.30%), Postives = 214/302 (70.86%), Query Frame = 1
Query: 4159 EWYDEFLTQEDETNVELSGKLVIMLEIIANAEVVGDKILVFTQSLASLDLIESALGGGS-----------IGGNQLNWCRGIDYFRMDGSTPVQKRKRWSDTFNDPDNDKCRLFLISTKAGSLGINMVAANRVIIFDCSWNPSHDVQSVFRVFRFGQEKPVYVYRLIAQGTMEEKVYDRQITKLAVASRVVDEMQIERHFTHEEIRELYSFRPEAI-GPNPE------TPQLPKDPLLAEVLQRQHPQYIVRYHEHDLLLANVQNEEMSEEEKQQAWKEYEDEKNMSASRLQY--RQNLPPV 5004
            +WY +F+T  D   +E SGK+V++ EI+  AE +GDK+LVF+QSL SLDLIE  L   S           I   +  W R IDY+R+DGST  Q RK+W++ FND  N + RLF+ISTKAGSLGIN+VAANRVIIFD SWNPS+D+QS+FRV+RFGQ KPVYVYR +AQGTME+K+YDRQ+TK +++ RVVD+ Q+ERHFT  E+ ELY+F P+ +  PN E      TP LPKD +LAE+LQ  H ++IV YHEHD LL + + EE++EEE++ AW EYE EK     R       NLPPV
Sbjct: 2000 DWYKDFVTDADAEVLEHSGKMVLLFEILRMAEEIGDKVLVFSQSLISLDLIEDFLELASREKTEDKDKPLIYKGEGKWLRNIDYYRLDGSTTAQSRKKWAEEFNDETNVRGRLFIISTKAGSLGINLVAANRVIIFDASWNPSYDIQSIFRVYRFGQTKPVYVYRFLAQGTMEDKIYDRQVTKQSLSFRVVDQQQVERHFTMNELTELYTFEPDLLDDPNSEKKKKRDTPMLPKDTILAELLQ-IHKEHIVGYHEHDSLLDHKEEEELTEEERKAAWAEYEAEKKGLTMRFNIPTGTNLPPV 2300          

HSP 3 Score: 108.227 bits (269), Expect = 4.538e-23
Identity = 42/104 (40.38%), Postives = 68/104 (65.38%), Query Frame = 1
Query:   10 VCKHPRLGVILCKSCLKFINSNDYARDEQGVEEFCTWCGDGGNLVCCDFCEKAYCKHCIKRNLGKPFLKTLLEATEEVKWKCFHCDQSQISVYISQCSIMMNHV 321
            + +HP L V++CK+C K+  S+D +RD  G++E C WC +GGNL+CCDFC  A+CK CI RNLG+  L T+++  E  +W C+ C    +   ++ C+ +  ++
Sbjct:  186 IYRHPSLQVLICKNCFKYYMSDDISRDSDGMDEQCRWCAEGGNLICCDFCHNAFCKKCILRNLGRKELSTIMD--ENNQWYCYICHPEPLLDLVTACNSVFENL 287          
The following BLAST results are available for this feature:
BLAST of TCONS_00069595 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
ATRX1.857e-12150.11Transcriptional regulator ATRX OS=Homo sapiens GN=... [more]
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