TCONS_00066226 (transcript) - C. hemisphaerica

Overview
NameTCONS_00066226
Unique NameTCONS_00066226
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4353

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00066226 ID=TCONS_00066226|Name=TCONS_00066226|organism=Clytia hemisphaerica|type=transcript|length=4353bp
GAAAGCTTTTTTTAAATGGGTTTTAGTTAAAAACATTCACAATTGAATAA
TGTCACTTTTGAAGATTTACTTGATGTTCTTGGCAATTATCAACCAATGC
TGGAAAGTGCAGTTGTTCAACAGACTGGATGCTGTGTCAAAACACCATCC
AAATGATCCACAAGTCACCTTCGCACTTCGCAAATTTCAAGAATACAACA
AACTACGTCAGACAGGTGTTCTTGACAGGAAAACATTGGAAATAATGAAC
TCCCCTCGATGTGGCATGAAGGATGTTGATAAGTACCAACAAAACAAGTC
ATCATCTTATACACAAGGGAATTTGTTCACCAATACTAAACATACACAAA
CAAACCATTTTAAGCTTACAAACACAGATAATATCTTTTGGTATTACGTC
AGTAACGCAACCATACCTTCATACCTTGATGAAGACCTTGTTTACAAAGC
TCTTGAATATGCGTTCAACCGATGGTCATCCATTACCAACGTTAGATTCA
AAAATGGTGCAATGCATGGAAAGCCTGATATTTACATTGGGTTCTATGCA
GGTAACCATAGCGATCCAAGCCCATTTGACGGTGTTGGTGGAAAGGTAGC
ACATGCTGCAAACCTGGATTTAAGttatcggaaaatcggattcaTCCATT
TTGACTTGGCTGAACACTGGCTGATCAATCAAACATCGGAATATTATTTT
GAAGTTCCGAAACACGATAATAAACCTGGGAGCGGCGTTGATTTCGTTTA
TACGGCTATTCATGAGGTTGGTCATGTACTAGGATTAAACCATGTCCCAA
ATAGAATCAAATCTGTGATGAATACAGTTCTACCAACACCTGTTTTGGGA
GATTATCGTCTGTTTGATTATGATGTGTTGCAGATACAAGCTTCTTATGg
aaaatgtCAACCTAAGAAATTTGATTCGATTTTCTCCATAAATGATCAAA
CATACATCATAGTTGGTCCTTTTGTTTATCTCTTTGACTCGATCAAACAT
ACAGTTGACAGGAAACGACCCTGGCCTCGATTAACTAAAGAAATATTCGG
CATGGATTTGATCAGAGAGGGGTTTTCATTTGAAGGATTTCTCTATTTAT
TCCAGAAAACCAAGTACAATGTTTTACAAACCCAAAACACCATCCCGATG
AAGAAGATCCTTCAATACAACACTCCAGCATGGTATTCAATGATCACTTT
CTCCATCGATGCAGCGTTTACACATATTGATGGATATACTTACCTATTTC
AACAGTCTTTTGTGTATAGGTGGAATTCAACTGGGCCACCGTACGACAGA
TTGCCAAATGGTAAGGTGGCCGATGGTTGGCCAAAGAAAATATCAGCCGT
ATTTCCTGGACTACCAAACAGTATTGATACAGCTTTCAGATGGCCATTAG
ATGGAAGAACATATTTCTTCAAAGGGCCTCATTTTTACATATGGGATCCA
GTTTCCAACAAAGCTGATGGATTATATAGTATTGCTCAATGGAGAAATGT
GtgtgatgtttttgtttgtcgTAAACATTCGAATCCGTTTTGCATTAATA
GTGATTCATAGAAGATTTAAATGGCGGTTGAAAAATTCTGTAACCTCCAC
CATTCATGAAAGGAAACATTAGATATGGGttcataggccatttcacagtc
gcaaagtgtaatgggtaatcaggaccactgcgagCTAATGAAGACTTAca
attggtccaaagttttgaaattttttaaagttttttgcgtctagccaacg
ggaagccgttatggaggcgcaattagtcctgattacccatgatccatttc
aactgtgaaatggcctatatcGTATCTTTAGCATTTAAACGTTTTTCTTA
CAAAATGTCGGATTTAACAAAACGTAACATTTTGGTAACACTTGGGAAAC
TTCCATACAACAATCAATAACAATGATGTTATGATGGATGACTGGGCCCT
CATATTTCTGACTTAGATTGAAATGTCTTGAACCAGTGTTACGTCAAGAt
ttatttttttttgcaaaagggGTATTGTCCTTTAATTCTAAACACTAAAC
AAAAGCAAGCAAGTCGGAAAAACTGATATATTGTATTGATTTTATCTTAT
CAAACTAAGTTAACTTGATTAagccaaaacatttttttttataagaacaa
actatataagaaaaagacttcggtggccaaaatctcaagaacatgttaag
aacatttaaggctttgttggctctaaaacacctgttttcttaggaaaatg
gacaaaaatactcaaaaaatgctgaaaagaagaacatatgttaagaacat
ttttaggcttgaaacccaaaaagcTAAGACCGTCTGAagacttcaaagat
tttggatgagAAGTTCATTATCTTTTCGCTGATCAccccaactggcacac
aacgttgtttcaacgtttatctaacgttcacaacgtccatataacgttag
atgaacgttaaaataacgttgtgtgccAGCTGGGATTGTTGAAAACAGAA
GTGTACCCAAACCCGAAGGGGGGGGTACTTAGGCAAATGGAGGGAACGGT
ATgtaccgcccttaagggtaccttttttagatttccaaagtcccgctaag
ggtcagaaaaatcagaaaatcaaatttcagccccactaagggtaggagaa
ataggaaaattcgaaatttggtcaaaattggtcaaatttgtcctggtaag
ggtcgtaaaattcacaaaattttcctttgctttctcctttttagtcccag
taagtccaagggtcgaaagtcagctcgcaaccctagtacccccgggcccG
GGGGACCCAAACAGAGTTATTATCAACTTCCATAAgctttctttaatttc
tttcattgtaaataggtaaaaataattaccattAGTTTTGTAAGTGACAT
TGTATATAATGaaacagttaaaaaaaataaaacatttaaagATATAAAGC
TGCTCAAATTTTAGGAGATTGATGACGCTGATTTTCGTATCAAGAATATG
ACAAAAGGAAGAACCATCTATTCATAATGTCTTTTGAAACACTTATTCTC
CGTTTACGATGAAGATTCATTTGTTTCGGAATCTGAATCTTTCATTTGGA
catctcacagccccggtggaacttttctcCTCAATGATGATAAAAATTCG
TATTAAAATCCCGATGGGGATAgagattctattgttccaaggttaaaaaa
tccaatggggatggttgtggagtgtaatttttaaacattgaatttcgagg
gGGATGaagtcaaagtcaatttcccagtggggctgaaataccagggtatt
ttcccacagGAGACGAATTtttttgccagattttccagtgggtcagTGAC
AGTCAGTGACAATTAATGAATGGAaccaaatgcaaaaaaaaaaaacaaat
ccagcaaaacaaaaacattaaaattgaaATCCTCTATTTTTAGTTTCCTC
ATTGGCAACTAAGAAAATAAGATCTTGTTGCTTAATTAGATCCCCATGCA
TTTTATTTTCAGTGTCTTTTAAGCCATTCAAACCATCTGAATCTTTCCTG
ACTCCTTGTTTCAATATTTGCCAGTAGCCTACTGTATTAACTGTGTCTTT
TTCATATAAATTGGTAGTTGGCATGGAATTCACATCATCCAGAACTGAAA
TATCAGCTTCTCTCTTGGTCTTGGCCGATTTTAGGAATTCCTGAGACTTG
TGCTGTGGGCTGTTCATCTTTTTGGGCACCATCGAGTTCCCGATCTCACC
TGAATCAAAGTTTTCAGCCTTTCCCCTGCTGATTCTTTTCGGCAAGaacg
atttttcaaacttggaAAAAGGACTCGTCATGTCATCGGGCGCCAATGAA
TTTCCGTTATCTGAAGCTGAACTTTCAATATTCTTGACAAGATTCTTTAG
CAAGACCAATTTCTCGAGCTTGGGGAAATCGATTTTCTTTCCAGGAGCTG
CTTCTTGGCTTTGTTCTGCAGCCAAGttgatatattcatttttcaaTATG
ACAGGCTCTTTTGCATCATGTGGAGTATCTAAATGCTCAAATTTAGCGAA
AGGAAGATTCTCCATTAAAGGACTGACATCTCCATATGGCAGATCTAGAT
CTTCTCGATCATTGAATAGGGAGTCTTGCTCATTTTTCAGGAAAGCAAAG
TTTCGAATTTGAAACAACTTGCGCCTTAAATCTCCATAAGTTTTTGTTGA
TCTTGGAACGCCTCTAAATTTTTCTTGCTCCTTTTTGGCTCGTGTTGGTA
GGAAGGAACCTGGGGCAAGTGAACCATCCGCCATTAAtctttcaatgacg
tcatctttgACGTCTacttgttgtttgttggaattttCGCCATGAATGCT
GAT
Run BLAST on NCBI

transcript from alignment at scaffold_451:338198..349677-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00066226 ID=TCONS_00066226|Name=TCONS_00066226|organism=Clytia hemisphaerica|type=transcript|length=11480bp|location=Sequence derived from alignment at scaffold_451:338198..349677- (Clytia hemisphaerica)
GAAAGCTTTTTTTAAATGGGTTTTAGTTAAAAACATTCACAATTGAATAA TGTCACTTTTGAAGATTTACTTGATGTTCTTGGCAATTATCAACCAATGC TGGAAAGTGCAGTTGTTCAACAGACTGGATGCTGTGGTAGGTATATTACA CCCCTCTCACAAACCCAATGGGACCTCTTCCCAAGTTGAAAAAATTAGCC AAAATACTGTCGCCGGTGGAAAGTTGTACTCCAATTTTTGTCCCCACTGA AAATAATCAAATAAGCCAATCCTTGCTGCAAAATATTCAATATTGTTCCG CATCCCCACTGTTTTTTCTGATTTGAAAACAATGTAACCTAAATTCCCAG CCAGAAAAACATGGGAATATCAATCCCCATCGAGTTTTGGTCCGTTATTT TTGCCCCCCTCCACTGACTGAAAAAATTCCACCAGGTCTGTGAGAAGGAG ATGTTACATTGTTCAATCCTGGGCAACAAACTTTTTTCTAATTGTTCACC TAAAAAAGAAACTTTTAACTACTCCTGCATTCATCCCATACATTTTTCCG ATGTCTATAAGGAAAAAAATGATTTTAAATGGTTGTGAGTTCATTTGAGA AGTATAGCCTTATACCATTCTAAAGAGCGGCTTTATTGATAGGTCGGTTG CTGGCACGTAGAACGGGCTTTGCAGTCTCCATACATAATTTTTGTGTGTA GCAGTTTAGTGCAGTTAGTGGTTATCTACCTTGACTTCAAGGCAGGGCAA AATTTGTGGCTTTGCAGTCTCCATACATAATTTTTGTGTGTAGTAGTTTA GTGGTAGCAGGGCAAAATTTGTGGGAGAGCAGATTTTAATGACGCTGTGA TAAAGCTTCGTAATATATATAAATGCTGTGTCATAAAAATCTGCTCTTCT ACACAAATTTTGTGCCACTCTTGGCTACACTACTGGTCCGGGTTAACGCA TACGATATGAGGGGAATTTAGCTATCACGACTGCTAAAAGATTAGATTTA AATAAATGTAGGATGGTGATCCATGTTCGTCACATGTTGAAGCCCTTACG AGAGCTTTTTCGATTAACTTTGCTTACCCAGCTGGCACACAACGTTGTTT CAACGTTCAAGTAACGTTATATAGACGTTGTGAACATCAAATGGACGTTG TTTTGACGTTGTGTGCCAGCTGGGTATGCATCAACATGGCATGCTAAAAA ACAATATGGTCCTATCCTGCTGTTTTCATTGGCTGGAACTTACAACCTTG TCCCCGTGGCTTTATTTACATTGTCGATGGATTAAACCAGAGAATATTAT CTAGCACTATCAATAATCATAAAAAAAATCGATAATACGCAGTGAACGAG GTTTCCTATAGGAAATATAGGCCCAAAATATGCAATAAAAGGTTTACCAA ATAAGGTGAAAGTAGTTTGTTAACAGCAACGAAGTGCTCTACCAGAAGGT TTTTTCAATGAAAGGCTTAGAACTGTTTTTCATTTTTAGACATACCTTAT CAATTATGGTTTTCTACAGTCAAAACACCATCCAAATGATCCACAAGTCA CCTTCGCACTTCGCAAATTTCAAGAATACAACAAACTACGTCAGACAGGT GTTCTTGACAGGAAAACATTGGAAATAATGAACTCCCCTCGATGTGGCAT GAAGGATGTTGATAAGTACCAACAAAACAAGTCATCATCTTATACACAAG GGAATTTGTTCACCAATACTAAACATACACAAACAAACCATTTTAAGCTT ACAAACACAGGTAAGAATCCCGGNTGCTCTCAAGAACCTTTTTCGATCAT TGTTTTGGTGAGTAAATAAACCCAACGGAAATTAATTATGAGTTAATTAA TGCCATTAATTATTTAAAAAAAAACATTTTTATTTTAGCACCTTATAGAT TGGGCAACCTAAAGTTAAATTGATATCTTAAAGGGACATAACAGTACTTT CGAAATTTATAAACAAACTGTATGCAGCGGATACAAAATCAAAACAAATG TCACATGTCAAAATAAAAGATCAAACCAAATATGGCTAATTATGATTGTT CAATTGTTTTACAAGTTTGTTTTGGACACGTGATTTTAATTGTTCTCTTT AATGACACGTGGTTCGCGCAATGTTTACATTTTACTACTTTAATGTCCCT TTAAGCAATCAAAATAATCCATTTGAGGATAATCTTTAGAGGTGTTTTCA AGGTTACCGAAGATTTTCTTTCCGATTTCTTGGTAACGTCGTTTAAACGG AGTCCCTGGATGAGAAACATCCCATGAAATGCCAATGAAATTTTGACTTT TGCCACAAAATTCCGAATTTCCATTGGAGTGTCAATTATAACTTCAGTTT AATATCCGGAAAACAAATTCTTAATTTTTACAGGTCCTTTCAACGAATTT TTGCAAATTCCAACTATAAATTTCTCTAACAAGAACCAAGATCCTATCAA CTTAAGCCCCCCCTGTTAAACATACGTAGCATGATTCTATTATTATATTA TACCATGACATGTTATAATTTCAGATAATATCTTTTGGTATTACGTCAGT AACGCAACCATACCTTCATACCTTGATGAAGACCTTGTTTACAAAGCTCT TGAATATGCGTTCAACCGATGGTCATCCATTACCAACGTTAGATTCAAAA ATGGTGCAATGCATGGAAAGCCTGATATTTACATTGGGTTCTATGCAGGT ATATGAAATTATTTATCATGCTCAAATCTTAAAAATCTAAAATTTCCTCA TAACCTTTAAATATAACTTCTGCCTTATATAGCATCAAACATTACGTTGG CATGTTTTCCCAAGTCTTTAATGGCAAAGAATCTCAGTGGATTGTCCATC CATCTTCTTCCTTATGCATTAAGTTGCCCTTTGCCATATCCCTGTCTCAC AGCCCCGGTAAAACTTCCTCCTGCCATGGGGATAAAAATCTCTATGGTAT AGTTGGGATGGGGTGAATAGGACGGGACCGATTTGGAGTGAAATTTTTTA AATTGAATTATAAATTTGGATAAAGACGAAGTCAATTTTCCAGTGAAAGA CTCTAGGGTATTTTTCCACCGAGGAACAAATATTGCCCAGGTTTTCTAGC TGGGCGAGGGTCCCAATGGAGCTGTGGTCCATTCCTTGCCACGAGCACCG TAGCAAAGCCCTTAGTTATAGTTTTTTATCTAAGTTTATACTTTTTTGTT TGTTTTCAAGGTAACCATAGCGATCCAAGCCCATTTGACGGTGTTGGTGG AAAGGTAGCACATGCTGCAAACCTGGATTTAAGTTATCGGAAAATCGGAT TCATCCATTTTGACTTGGCTGAACACTGGCTGATCAATCAAACATCGGAA TATTATTTTGAAGTTCCGAAACACGATAATAAACCTGGGAGCGGCGTTGA TTTCGTTTATACGGCTATTCATGAGGTTAGTTTTAATGTTAGTTCTATGA AAGTAAGTGAACCACCTCCAGTTGGTGTTTTGTTAATATTTTTGATAATT TTTCGTATTGTGAAGAATGGTACTTAGATGATTGAATAAAATGAAGGTTA TTTAAGTTGGATGTTTAGAAAAAAAAATTAAATTGAATTTTGACAAGTTT AAACATATCATGATAACAAAAGTGTCGATAAAAACACCTAACACTGGCTT TAAAACCACTGGAAAAGACCTTAGTAAAATGTTGAGCTCGAACAGCTATC ACATTGCTTTGTTGTTGAGAAAAACAATTGAAAAAAACTACTAACTAGCT AAAACTACTAGAAAAGCTGCCTCGGCCTTGTGCAATAATGAGATCGGACG GCTAACGCATTACTTTCCAATTCGCTTCAATTCACTGGGTAAAAAAGAGG TAGTGGTCAGATTCTGTTTTCATCTATAATTGTACTTCCTTATAATTAAT GGGAGGGGTTTAGGGAGAACCGCATGCAATACCACCAATTCTTTCTCCAA TTACCGTCAAACCGTCTAAAAAAGGACCAATATTCCCGCCACCAAAAATT CCTTTTAAATTCAAGGATTTTGTCCAAAAATTCCGCGAATTTTGAATATT TTTTGCCAATTCCCGAAATTCCGCAAAATTCATTGGTAAATTCCGTTTTT CTGGACTGAAATTATCCGATTTTCCGTCCTAATCTCCGAAATTCCGTCTT TAAAATTTTCATCAAATTCCACTCCTCCGTCCGAAAATAGGGCAGATTCC ACTTCTCCATCAACCATAAAATCTAATCTAAACGATTAATTTACTTTTTA GGTTGGTCATGTACTAGGATTAAACCATGTCCCAAATAGAATCAAATCTG TGATGAATACAGTTCTACCAACACCTGTTTTGGGAGATTATCGTCTGTTT GATTATGATGTGTTGCAGATACAAGCTTCTTATGGTATGTCTCGATTCTA GCCCGGTGATTATGGCCAATTCGACAAAGCAAAACAACTTAGCAATCAAT TATTATCAATGATCCCTTAGGCTTCTGCTCACCCTCTAGCCAAAACAAGT TCTTAAAGATGTATAGGAATTATATCTATAGAGGTCCGCCATTCTGAGTA ATGATCCCTGGGTCCATTGGAAATTTCTTAGTGTTTCTTGGCAGCTATAT GGCAGCTATATTGGGCTGTTTCATAAAATTTCCATAGAGGGGGTGGAAAA ACCTTTTCAAGGCTAAGAAAGATTTTTGAAAAAATGTGAATACCCCCTGG AAAATTTCAAAATTTGCAAAATGTCTCTTGGAAAAATTCTTTTCATATCT TAAAAGTGAAAGTGGAGAACTAAAATCAGTCTTTTACCCCCTGGAAATTT TGAAATAACCTTTTACCCGCTGGAAAAATGAAAAAATACTTTTTTTATAC CCCCTGAAAAATTGTTCATCCACCCCCCTGTTTTGGATATAAAATGGAAT GGCCCATTGGTAACAATAGTTGATTGATACACTGGTTTTGCTAAGAATTC ATTGACCTTATCCAAATTTTGCAAGGGCTTTTACGAAAAATGATTTTACA TTCGTCGGCCTAGCATAAAAGCAAGACCGTGAGCACGGACTTCAGTACCT CCCAGGACTCATATCAAGGTACATATGAACATTAAATATTCATTGTTTTT TATAGGAAAATGTCAACCTAAGAAATTTGATTCGATTTTCTCCATAAATG ATCAAACATACATCATAGTTGGTCCTTTTGTTTATCTCTTTGACTCGATC AAACATACAGTTGACAGGAAACGACCCTGGCCTCGATTAACTAAAGAAAT ATTCGGCATGGATTTGATCAGAGAGGGGTTTTCATTTGAAGGATTTCTCT ATTTATTCCAGGTAAGTAAGATTTTTTTATTCTTTAGTTCAAATCTGGTC ATATCCCAGCTGGCACACAACGTTGTTTCAACGTTTATCTAACGTGAGAT GGACGTTGAAACAACGTTAGTGTGCCAGCTGGGATAGTCTATAGAGTTTT TTTCATATTTTGATAAGTTACTTACCTTCGCCATTATGGAAGCAAACATT CGAAGTTGAAACTCCTGGATGGGGAATGTAGCTATTTTTTCTCGTTTAAG ACGCGTGAACCGTGCGGTTTTCAAACAAACGCCACATTGAAAGTAAAGTC CATCGCCTCATTTTGAAATATATGTCACGCAAAAAGAAGGAATGCGTTAA ATTCAATAAGTGTGCACTCTTTTTTCTTTTACCTATAACTTTTGAAGGAA TTCTTCAATCTTTATACATTTGGTATCGTTGGAGAGATATTTGTGAGTGG AACAATTTGAAATAAAAAAATCTTTAAAAAAATGAAGAAGAGAAAAATGA AGATCTTGTAGAAAAGTGCTATAACTATCATTTTAAATCAAGTGAATTCT TGATCATCGAACGTCATCACTGTGAAAAAAATTCTCAAAAATAATCATTC AGTCAAAAGATATCCAAACAAAGTTATAAGCTAGTTGACGTCTAAAAACG CTGTTTTTTGCTGTTTTTTGCTGTTTTTTGGGGCCAATCACTTATTAACT TTGTATCATAACTTTATATTGAATAAATATTTTAGTAAAATTTCTTCACA GTGATGACCTCCTAAAGTCAAAGAATCTCTCCAGTGAAAATGAAAGTTAT TGCACTTTTCTACAAGATCTTCATATTTTTCTTCTTCATTTTCATCTTCA TTTTTAAAATTTTTTCAAAGAATTTTTTATTTCAAATTGTTCCACTCACA AATATCTCTCCAACGATACCAAATTTATAATAATTGAAGAATTCCTTCAA AAATTATAGGTGAAAGAATAAAGAGTGCACACTTATCGTGAATAGGCTTT AGAATGGCATGCTTTGACTCCTTTCTATGTCTAGACTGTCTTTACGTAGA TAAAAATACGATTATTTGTCTGATAACCTTATGTTGCAATTGAAATTACA AGAGCTGAGAACTAGGAAAATAATTTTAACATTACTAAAATTGCTATATC TACACGCTTTCTTTATAAGAATATACTTTATAAGAATATCCGTCATGAAA TTGGCCAAAAAATTAAGAATATGCTTAGAATAACATCATCATGGAATTAG ATAACTGAGCCTAAAATACCAATTTTTAAAGAACTTAACTTGTAAATTGC CAATTATTCCCCACCAATGCTAAAAGCTTTCATACAAATGCCAAATCTTT GCTCGAGGTATGTATTACATGCTACAGTTAGGCTAGGTTGGATGCTAACA TAAGAATGTATAATAAAAACATTCTAAAATGATTATCCCCAAAAAGTTAA GAATATTCATCATGAATTGAAAAAACAAAAGTCTTATAAAAAAAGAGTGT ATAAACAAAGGATTGTAAGTGATTCTATGCTTTATCACGATCCATAACAC TGACCAGCCTGAAAATAAATAAAACTATTTGGAAAAAGTTAAATTACCAA TGATTGATTTTGTCTTGCGAATTCGAATTGAAAAAGTCTCCCACTTTAGT AGAATTTTGCTCATAGTATCCTTATTTACCCAAAATTTAGAAGATAGACA ATTTACTCTAAGGTCCTGAAGAAACGTCTCCATCCAGTTATTAATTTTCG AAAGATTTTCGGACCACCTCTCCTGTTCTTAATAGGATCCCCCGTTTATT TATTTTTCAAAATATTTTCAGCTATTTATTACAAGCTGAATTGGGCTTTT CCAGAAAAAAAACGTATACCCCCTGTTGAGGAGGTCCATCGTTTTGTGGC TGGAAATGCTGAAACCCCCTGGAATTCCAGGCAATTTCAGGTTTACTCTG GAATTCTGAATTTTAGTAGGATCTAAAAGGCTACCCCCATGAAATTCCAG TTATTTTTGACAGATTCCCTATGGAATTCCGGCACATATCAAACCTTACC CCCTTGGAACGGAAATGGACCTCCTCAACAGGGGCTATGCGGTTTTTTCT GAAAAAGCCCATTGCTTTAAAGAGCCTGTTTTTAGCTTATAATTACCTTC TTTTGGGGGTGTTTGGAGGTACAATAGCGGACCCCTTTTTATTCAGACTC TCCCCCGTTAATTAGATTTTGAATAAATTTCGGAACCTTCTTAAAATTCG GACCCACTACTATTCGGTACCATAGAGTAGAAGAAAAGCGATTCACAACC TAATCGTGGCTACAGAATGTAAAGCTAATTGGCTATCCTCGACATTTATA AAACATTCCTGATACCATTTGTTGAGAGCACTTTAGCGGGTGAGAGAAAA AGGAGGAGTCGCTTGAAAAACTGTAAACAAAAAATGACGTATAGAGTCCT TGAGCAAATATCATCACGCAAAATTGCAGATATGATGATGTAAATGAAAT CAGAGGCGCAGCCCGGCTGTAATCTAGAAAAAAAATCTTACACTGTGACA CTTGCGGTAAAAGTAAACCACTTCAGAATAATGCAATGTTGAATCAAAGT TAAAGTGAAACCTCTTTCACTTTTCAGAAAACCAAGTACAATGTTTTACA AACCCAAAACACCATCCCGATGAAGAAGATCCTTCAATACAACACTCCAG CATGGTATTCAATGATCACTTTCTCCATCGATGCAGCGTTTACACATATT GATGGATATACTTACCTATTTCAACAGTCTTTTGTGTATAGGTGAGTACA TACTTTGAGGGGGGCGTTGGGAGTTTTGCGTATACCAAAATACCGACGCA TTCTTCCTAGGTCACCGTCAACATCGACAGCAAAAATATGCATATTTTGC CATTGCATAGCATGTTATGACATCAAAATCCCGTCATTTTTTATGGTTAC CCTTTAAACTATAACCTGGCTGTTTCAAGATGCAATACTCTGCAAGGTTT TTCTTATTCGTTTCTTCCTTTCCCTTTTTCAAGGTGGAATTCAACTGGGC CACCGTACGACAGATTGCCAAATGGTAAGGTGGCCGATGGTTGGCCAAAG AAAATATCAGCCGTATTTCCTGGACTACCAAACAGTATTGATACAGCTTT CAGATGGCCATTAGATGGAAGAACATATTTCTTCAAAGGGCCTCATTTTT ACATATGGGATCCAGTTTCCAACAAAGCTGATGGATTATATAGTATTGCT CAATGGAGAAATGTGTGTGATGTTTTTGTTTGTCGTAAACATTCGAATCC GTTTTGCATTAATAGTGATTCATAGAAGATTTAAATGGCGGTTGAAAAAT TCTGTAACCTCCACCATTCATGAAAGGAAACATTAGATATGGGTTCATAG GCCATTTCACAGTCGCAAAGTGTAATGGGTAATCAGGACCACTGCGAGCT AATGAAGACTTACAATTGGTCCAAAGTTTTGAAATTTTTTAAAGTTTTTT GCGTCTAGCCAACGGGAAGCCGTTATGGAGGCGCAATTAGTCCTGATTAC CCATGATCCATTTCAACTGTGAAATGGCCTATATCGTATCTTTAGCATTT AAACGTTTTTCTTACAAAATGTCGGATTTAACAAAACGTAACATTTTGGT AACACTTGGGAAACTTCCATACAACAATCAATAACAATGATGTTATGATG GATGACTGGGCCCTCATATTTCTGACTTAGATTGAAATGTCTTGAACCAG TGTTACGTCAAGATTTAGTTTTTTTTGCAAAAGGGGTATTGTCCCTTAAC TAAACAAAAGCAAGTNTTGACAAGATTTAGTTTTTTTTTGCAAAAGGGGT ATTGTCCTTTAATTCTAAACACTAAACAAAAGCAAGCAAGTCGGAAAAAC TGATATATTGTATTGATTTTATCTTATCAAACTAAGTTAACTTGATTAAG CCAAAACATTTTTTTTTATAAGAACAAACTATATAAGAAAAAGACTTCGG TGGCCAAAATCTCAAGAACATGTTAAGAACATTTAAGGCTTTGTTGGCTC TAAAACACCTGTTTTCTTAGGAAAATGGACAAAAATACTCAAAAAATGCT GAAAAGAAGAACATATGTTAAGAACATTTTTAGGCTTGAAACCCAAAAAG CTAAGACCGTCTGAAGACTTCAAAGATTTTGGATGAGAAGTTCATTATCT TTTCGCTGATCACCCCAACTGGCACACAACGTTGTTTCAACGTTTATCTA ACGTTCACAACGTCCATATAACGTTAGATGAACGTTAAAATAACGTTGTG TGCCAGCTGGGATTGTTGAAAACAGAAGTGTACCCAAACCCGAAGGGGGG GGTACTTAGGCAAATGGAGGGAACGGTATGTACCGCCCTTAAGGGTACCT TTTTTAGATTTCCAAAGTCCCGCTAAGGGTCAGAAAAATCAGAAAATCAA ATTTCAGCCCCACTAAGGGTAGGAGAAATAGGAAAATTCGAAATTTGGTC AAAATTGGTCAAATTTGTCCTGGTAAGGGTCGTAAAATTCACAAAATTTT CCTTTGCTTTCTCCTTTTTAGTCCCAGTAAGTCCAAGGGTCGAAAGTCAG CTCGCAACCCTAGTACCCCCGGGCCCGGGGGACCCAAACAGAGTTATTAT CAACTTCCATAAGCTTTCTTTAATTTCTTTCATTGTAAATAGGTAAAAAT AATTACCATTAGTTTTGTAAGTGACATTGTATATAATGAAACAGTTAAAA AAAATAAAACATTTAAAGATATAAAGCTGCTCAAATTTTAGGAGATTGAT GACGCTGATTTTCGTATCAAGAATATGACAAAAGGAAGAACCATCTATTC ATAATGTCTTTTGAAACACTTATTCTCCGTTTACGATGAAGATTCATTTG TTTCGGAATCTGAATCTTTCATTTGGACATCTCACAGCCCCGGTGGAACT TTTCTCCTCAATGATGATAAAAATTCGTATTAAAATCCCGATGGGGATAG AGATTCTATTGTTCCAAGGTTAAAAAATCCAATGGGGATGGTTGTGGAGT GTAATTTTTAAACATTGAATTTCGAGGGGGATGAAGTCAAAGTCAATTTC CCAGTGGGGCTGAAATACCAGGGTATTTTCCCACAGGAGACGAATTTTTT TGCCAGATTTTCCAGTGGGTCAGTGACAGTCAGTGACAATTAATGAATGG AACCAAATGCAAAAAAAAAAAACAAATCCAGCAAAACAAAAACATTAAAA TTGAAATCCTCTATTTTTAGTTTCCTCATTGGCAACTAAGAAAATAAGAT CTTGTTGCTTAATTAGATCCCCATGCATTTTATTTTCAGTGTCTTTTAAG CCATTCAAACCATCTGAATCTTTCCTGACTCCTTGTTTCAATATTTGCCA GTAGCCTACTGTATTAACTGTGTCTTTTTCATATAAATTGGTAGTTGGCA TGGAATTCACATCATCCAGAACTGAAATATCAGCTTCTCTCTTGGTCTTG GCCGATTTTAGGAATTCCTGAGACTTGTGCTGTGGGCTGTTCATCTTTTT GGGCACCATCGAGTTCCCGATCTCACCTGAATCAAAGTTTTCAGCCTTTC CCCTGCTGATTCTTTTCGGCAAGAACGATTTTTCAAACTTGGAAAAAGGA CTCGTCATGTCATCGGGCGCCAATGAATTTCCGTTATCTGAAGCTGAACT TTCAATATTCTTGACAAGATTCTTTAGCAAGACCAATTTCTCGAGCTTGG GGAAATCGATTTTCTTTCCAGGAGCTGCTTCTTGGCTTTGTTCTGCAGCC AAGTTGATATATTCATTTTTCAATATGACAGGCTCTTTTGCATCATGTGG AGTATCTAAATGCTCAAATTTAGCGAAAGGAAGATTCTCCATTAAAGGAC TGACATCTCCATATGGCAGATCTAGATCTTCTCGATCATTGAATAGGGAG TCTTGCTCATTTTTCAGGAAAGCAAAGTTTCGAATTTGAAACAACTTGCG CCTTAAATCTCCATAAGTTTTTGTTGATCTTGGAACGCCTCTAAATTTTT CTTGCTCCTTTTTGGCTCGTGTTGGTAGGAAGGAACCTGGGGCAAGTGAA CCATCCGCCATTAATCTTTCAATGACGTCATCTTTGACGTCTACTTGTTG TTTGTTGGAATTTTCGCCATGAATGCTGAT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_041445XLOC_041445Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00066226-exon-scaffold_451-1575043694:349542..349677TCONS_00066226-exon-scaffold_451-1575043694:349542..349677Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:347918..348158TCONS_00066226-exon-scaffold_451-1575043694:347918..348158Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:346980..347153TCONS_00066226-exon-scaffold_451-1575043694:346980..347153Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:346253..346467TCONS_00066226-exon-scaffold_451-1575043694:346253..346467Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:345294..345426TCONS_00066226-exon-scaffold_451-1575043694:345294..345426Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:344367..344572TCONS_00066226-exon-scaffold_451-1575043694:344367..344572Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:341587..341750TCONS_00066226-exon-scaffold_451-1575043694:341587..341750Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:340611..341344TCONS_00066226-exon-scaffold_451-1575043694:340611..341344Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1575043694:338198..340547TCONS_00066226-exon-scaffold_451-1575043694:338198..340547Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:349542..349677TCONS_00066226-exon-scaffold_451-1510915933:349542..349677Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:347918..348158TCONS_00066226-exon-scaffold_451-1510915933:347918..348158Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:346980..347153TCONS_00066226-exon-scaffold_451-1510915933:346980..347153Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:346253..346467TCONS_00066226-exon-scaffold_451-1510915933:346253..346467Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:345294..345426TCONS_00066226-exon-scaffold_451-1510915933:345294..345426Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:344367..344572TCONS_00066226-exon-scaffold_451-1510915933:344367..344572Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:341587..341750TCONS_00066226-exon-scaffold_451-1510915933:341587..341750Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:340611..341344TCONS_00066226-exon-scaffold_451-1510915933:340611..341344Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1510915933:338198..340547TCONS_00066226-exon-scaffold_451-1510915933:338198..340547Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:349542..349677TCONS_00066226-exon-scaffold_451-1491911889:349542..349677Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:347918..348158TCONS_00066226-exon-scaffold_451-1491911889:347918..348158Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:346980..347153TCONS_00066226-exon-scaffold_451-1491911889:346980..347153Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:346253..346467TCONS_00066226-exon-scaffold_451-1491911889:346253..346467Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:345294..345426TCONS_00066226-exon-scaffold_451-1491911889:345294..345426Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:344367..344572TCONS_00066226-exon-scaffold_451-1491911889:344367..344572Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:341587..341750TCONS_00066226-exon-scaffold_451-1491911889:341587..341750Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:340611..341344TCONS_00066226-exon-scaffold_451-1491911889:340611..341344Clytia hemisphaericaexon
TCONS_00066226-exon-scaffold_451-1491911889:338198..340547TCONS_00066226-exon-scaffold_451-1491911889:338198..340547Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_451supercontigscaffold_451:338198..349677 -
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 0 0 0 0.155138 0 0.0649281 0 0 0 0 0 0.412904 0 0 0 0 0 0.0973359 0 0 0 0.252777 0 0 0 0 0.201847
Blast
BLAST of TCONS_00066226 vs. Swiss-Prot (Human)
Match: MMP1 (Interstitial collagenase OS=Homo sapiens GN=MMP1 PE=1 SV=3)

HSP 1 Score: 127.872 bits (320), Expect = 1.566e-30
Identity = 143/481 (29.73%), Postives = 206/481 (42.83%), Query Frame = 2
Query:  152 NDPQVTFALRKFQEYNKLRQTGVLDRKTLEIMNSPRCGMKDVDKYQQNKSSSYTQGNLFTNTKHTQTNHFKLTNTDNIFWYYVSNATIPSYLDEDLVYKALEYAFNRWSSITNVRFKNGAMHGKPDIYIGFYAGNHSDPSPFDGVGGKVAHAANLDLSYRKIGFIHFDLAEHWLINQTSEYYFEVPKHDNKPGSGVDFVYTAIHEVGHVLGLNHVPNRIKSVMNTVLPTPVL-GDYRLFDYDVLQIQASYGKCQ----------PKKFDSIFSINDQTYIIVGPFVYLFDSIKHTVDRKRP----------WPRLTKEIFGMDLIREGFSFEGFLYLFQKTKYNVLQTQNTIPMKKILQYNTPAWYSMITFSIDAAFTHID-GYTYLFQQSFVYRWNSTGPPYDRLPNGKVADGWPKKISAVFPGLPNSIDTAFRWPLDGRTYFFKGPHFYIWDPVSNKADGLYSIAQWRNVCDVFVCRKH 1528
            N   V   L++ QE+  L+ TG  D +TL++M  PRCG+ DV ++        T+GN      H       LT       Y + N T P     D+ + A+E AF  WS++T + F      G+ DI I F  G+H D SPFDG GG +AHA          G  HFD  E W  N   EY               +    A HE+GH LGL+H  + I ++M    P+    GD +L   D+  IQA YG+ Q          PK  DS  +  D    I G  ++  D      +   P          WP+L     G++   E F+    +  F+  KY  +Q QN +       Y++  +   +   IDAA +  + G TY F  +  +R++     Y R     +  G+PK I+  FPG+ + +D  F    DG  YFF G   Y +DP + +   L     W      F CRK+
Sbjct:   56 NSGPVVEKLKQMQEFFGLKVTGKPDAETLKVMKQPRCGVPDVAQF------VLTEGNPRWEQTH-------LT-------YRIENYT-PDLPRADVDH-AIEKAFQLWSNVTPLTFTK-VSEGQADIMISFVRGDHRDNSPFDGPGGNLAHAFQPGPGIG--GDAHFDEDERW-TNNFREY---------------NLHRVAAHELGHSLGLSHSTD-IGALM---YPSYTFSGDVQLAQDDIDGIQAIYGRSQNPVQPIGPQTPKACDSKLTF-DAITTIRGEVMFFKDRFYMRTNPFYPEVELNFISVFWPQLPN---GLEAAYE-FADRDEVRFFKGNKYWAVQGQNVLHGYPKDIYSSFGFPRTVK-HIDAALSEENTGKTYFFVANKYWRYDE----YKR----SMDPGYPKMIAHDFPGIGHKVDAVFM--KDGFFYFFHGTRQYKFDPKTKRILTLQKANSW------FNCRKN 469          
The following BLAST results are available for this feature:
BLAST of TCONS_00066226 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
MMP11.566e-3029.73Interstitial collagenase OS=Homo sapiens GN=MMP1 P... [more]
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