TCONS_00051653 (transcript) - C. hemisphaerica

Overview
NameTCONS_00051653
Unique NameTCONS_00051653
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2262

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00051653 ID=TCONS_00051653|Name=TCONS_00051653|organism=Clytia hemisphaerica|type=transcript|length=2262bp
CTTTGAAATGTTCCAAAAGCCCTACAGTCTTAGAGAAAATACAATATATA
GCTTATCCTTTTCAGTTAAAAAATGTATAGGCAACTAGGCAGATTTACAA
CACTTTTAAACAGGAGGATACCATTATGCCAAAAAGAAGGAATCGCCTTG
TCACAAACATGTAGAAAAACGTTTGCCGCAAATTTTTGTAATGGATATAA
TCTACAGCAAGATCAAGACATTGTTATTGGACATTATTTGAACAGAATCG
AAAGCAATTGTTTAAATCACATAAATGATGGGAACACTCTTGAAGTATAC
CAGTCAGTAGTATTTGCTGTAAAACCaaacgaatttgaaaaattaccgCC
TAAATGTGCATCTTGTGGAGTGATATTACAAACTGAGTATGAGAGCTCAG
CAGGTTATGTGCCAAGTAAAAAGCTTGATGAATCAATGAAGGATGATGTA
CTAAGTAGATTATCATGTATGTCATGTTTTCAATTGCAGTCTTATAACAA
GCCTTTGGCCAAGAGGATATCAAACGGAGAAGTAATTAACCAGTTGAAAC
ATCTCAGGCAACAAAAAGCTTTAATCTTGTATGTTGTTGACATGTTTGAC
CTTGAGGGAACAATGTTTAAAAACCTTCAGCAAGTGATTGGTAATAAGAA
ACGTATCATTCTTGTTGGTAACAAATGCGATAGGTTGCCTCAAGATAATC
CTAAAGCATCAAAACAGTTGGAACACATGAAAGATATATTGAAACAAACT
TGTTTTGAGTACAGTCTAGACAAAGATTGTAATTTCAGAGACATCTGTCT
GGTAAGCTCTAAATCAGGATATGGTATGTTGTCTTTGGTAGAAAAGATAT
CCAAACATAGAGATATGGATATGGACGTGTATCTAGTTGGTTGCACTAAT
ACGGGCAAAACATCACTGTATAATTTACTGATGAATCTGTTGAATGTTCA
TAAGGATGAGATTCTACCTCCACAAGGGATTGTACATCATCTACCAGGAA
GTACCAACAGTTTAATTCGACATGACATCAGTATGAGAAGGCTGGTGCGT
TTGAAAGATCGCCTGAAGAATGATCCATGGGAGTTTGAGAGAGAATGGAA
AGTTGACGAAGATCTGGAGAATTTCATCACACAAAAAGAATATGCTTCCC
TACAAAACTTGGATGCGAAAGCACCTGTACCCAGAATGCTTGAGGACAAA
TCAAAGAAATCAGTGGAACCATTCAAACTGGAAATTGTGGATGaagaata
tttgaaaagaaaacagaaagagAAGAAACAGAATTACCTTTATGATACTC
CTGGAATACTTAATGAAACTCAAattgTTCGGCATTTCAACTCGTCAGAA
ATTAATTATTTGTCACCACAAAAATGGATTGTACCAAGAAGCTTCCTCAT
AAAACCTGGTGGTTGCTTGCTTATTGGTGGTTTTGCTCGATTTGATTATC
ATAATatTCACTGGCCAAAAAGGATGATAGGCTCTGAAGAAGATGCGTCT
GACCCTGTAAATTCTGCATTGCCAATCTACGTCACATTGATGGTATCACC
AAACGTTCCCGGGCATGTGACCATTACTGAAACAGCTGAtgagaaatatg
aaaaattgttCGTCAATGGAGTTTTAGGGTTACCAGAAGGTGGTCAGGAG
CGTTTTGATGAATTCCCTCCTCTGAAACCCATCAAATACACAACTGTTGG
CCAATCGCGTAACACGAACTGTTGTGACGTAGCACTTCATGGTGTTGGGT
GGCTCTCCATTTCAGCAGCTACCGAAGGGAGAGTCACTTTCTCGGTACAC
ACACCCAATGGTGAAGGGCAGAGTATGAGGCGCACACCGCTTTTACCGTT
CACAGTCAGAAAGAAAGAAGGGAGAGGAGTTGCTTACAGGGGACACGTTA
ACAGAAACATGTATTCATCAAGTCGTCAGAAATCACCACAATTCACCAGA
CTCTTTCAGCATCAAAACCAACCCGTATATGAATGGAAAGCAAAAATACG
cgagaaaattaaatttgatcgaaaacaaatcaaagagGAAAAACGAATTG
ATCGATTAAAGTCGGGTGTACTTCTCGGAAAGTTTAAGAGACTTGCTGAA
AAAGAAGAACAGCTAAGGCTAAGAGAAGTGGAGCAACAAGCACTGCtttc
agaaaacagaaaataataatatgaccttcttttcagttttttttaatatt
tagatagattttatatatttttatcgcaaatatttttattacaacttgtt
cttaatagtTTT
Run BLAST on NCBI

protein sequence of TCONS_00051653-protein

>TCONS_00051653-protein ID=TCONS_00051653-protein|Name=TCONS_00051653-protein|organism=Clytia hemisphaerica|type=polypeptide|length=697bp
MYRQLGRFTTLLNRRIPLCQKEGIALSQTCRKTFAANFCNGYNLQQDQDI
VIGHYLNRIESNCLNHINDGNTLEVYQSVVFAVKPNEFEKLPPKCASCGV
ILQTEYESSAGYVPSKKLDESMKDDVLSRLSCMSCFQLQSYNKPLAKRIS
NGEVINQLKHLRQQKALILYVVDMFDLEGTMFKNLQQVIGNKKRIILVGN
KCDRLPQDNPKASKQLEHMKDILKQTCFEYSLDKDCNFRDICLVSSKSGY
GMLSLVEKISKHRDMDMDVYLVGCTNTGKTSLYNLLMNLLNVHKDEILPP
QGIVHHLPGSTNSLIRHDISMRRLVRLKDRLKNDPWEFEREWKVDEDLEN
FITQKEYASLQNLDAKAPVPRMLEDKSKKSVEPFKLEIVDEEYLKRKQKE
KKQNYLYDTPGILNETQIVRHFNSSEINYLSPQKWIVPRSFLIKPGGCLL
IGGFARFDYHNIHWPKRMIGSEEDASDPVNSALPIYVTLMVSPNVPGHVT
ITETADEKYEKLFVNGVLGLPEGGQERFDEFPPLKPIKYTTVGQSRNTNC
CDVALHGVGWLSISAATEGRVTFSVHTPNGEGQSMRRTPLLPFTVRKKEG
RGVAYRGHVNRNMYSSSRQKSPQFTRLFQHQNQPVYEWKAKIREKIKFDR
KQIKEEKRIDRLKSGVLLGKFKRLAEKEEQLRLREVEQQALLSENRK
Run BLAST on NCBI

transcript from alignment at scaffold_202:953706..957577-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00051653 ID=TCONS_00051653|Name=TCONS_00051653|organism=Clytia hemisphaerica|type=transcript|length=3872bp|location=Sequence derived from alignment at scaffold_202:953706..957577- (Clytia hemisphaerica)
CTTTGAAATGTTCCAAAAGCCCTACAGTCTTAGAGAAAATACAATATATA
GCTTATCCTTTTCAGTTAAAAAATGTATAGGCAACTAGGCAGATTTACAA
CACTTTTAAACAGGAGGATACCATTATGCCAAAAAGAAGGAATCGCCTTG
TCACAAACATGTAGAAAAACGTTTGCCGCAAATTTTTGTAATGGATATAA
TCTACAGCAAGATCAAGACATTGTTATTGGACATTATTTGAACAGAATCG
AAAGCAATTGTTTAAATCACATAAATGATGGGAACACTCTTGAAGTATAC
CAGTCAGTAGTATTTGCTGTAAAACCAAACGAATTTGAAAAATTACCGCC
TAAATGTGCATCTTGTGGAGTGATATTACAAACTGAGTATGAGAGCTCAG
CAGGTTATGTGCCAAGTAAAAAGCTTGATGAATCAATGAAGGATGATGTA
CTAAGTAGATTATCATGTATGTCATGTTTTCAATTGCAGTCTTATAACAA
GCCTTTGGCCAAGAGGATATCAAACGGAGAAGTAATTAACCAGTTGAAAC
ATCTCAGGCAACAAAAAGCTTTAATCTTGTATGTTGTTGACATGTTTGAC
CTTGAGGGAACAATGTTTAAAAACCTTCAGCAAGTGATTGGTAATAAGAA
ACGTATCATTCTTGTTGGTAACAAATGCGATAGGTTGCCTCAAGATAATC
CTAAAGCATCAAAACAGTTGGAACACATGAAAGATATATTGAAACAAACT
TGTTTTGAGTACAGTCTAGACAAAGATTGTAATTTCAGAGACATCTGTCT
GGTAAGCTCTAAATCAGGATATGGTATGTTGTCTTTGGTAGAAAAGATAT
CCAAACATAGAGATATGGATATGGACGTGTATCTAGTTGGTTGCACTAAT
ACGGGCAAAACATCACTGTATAATTTACTGATGAATCTGTTGAATGTTCA
TAAGGATGAGATTCTACCTCCACAAGGGATTGTACATCATCTACCAGGAA
GTACCAACAGTTTAATTCGACATGACATCAGTATGAGAAGGCTGGTGCGT
TTGAAAGATCGCCTGAAGAATGATCCATGGGAGGTAAGAAGATTTATTTT
CAATATGATTGTATTAAAATGATATTAGCAAGGAAGGATGTTTTTACCGC
TTTGCCATTTGCCTATGAGATTTCAACAGATTTTGACATTATTTTGTCAA
TATACTTCTGTTTTATGTTACCAATATTTGTTATAATAACCTCTGGTTGA
AGAATGTTAAATTGATTCCAAACAGCTGATAGGTATAGCTGATGTATAAA
GCTAAAAAAGTCTTAACCCACTAATACTATCTTTCTTAAAGTTTGAGAGA
GAATGGAAAGTTGACGAAGATCTGGAGAATTTCATCACACAAAAAGAATA
TGCTTCCCTACAAAACTTGGATGCGAAAGCACCTGTACCCAGAATGCTTG
AGGACAAATCAAAGAAATCAGTGGAACCATTCAAACTGGAAATTGTGGAT
GAAGAATATTTGAAAAGAAAACAGAAAGAGAAGAAACAGAATTACCTTTA
TGATACTCCTGGAATACTTAATGAAACTCAAGTAATTCAAATTGATATTT
CTTTCCAAACAGTTTAACTTTAATCTTTTTAGTCTTTTACAGGTCTTTTA
TTTTATTTCTCGACTTTCTTCCTTTTGATTGTTATATTCTATTTAAATTA
TTTCTCATCTTATTATTAAACAGAAGAGCTCATTGTAAATACGGCTACGA
GTAATATTTTGAAGTGATCCCAAGCTCCTTTTGGATGTATCAATTTCTTG
TCCACGCACATCATTCCATTATTTTTTTCTTTTAGATTGTTCGGCATTTC
AACTCGTCAGAAATTAATTATTTGTCACCACAAAAATGGATTGTACCAAG
AAGCTTCCTCATAAAACCTGGTGGTTGCTTGCTTATTGGTGGTTTTGCTC
GATTTGATTATCATAATGTAAAGTTTGTCTTTTTTCCTTTGTTTGAAATA
AATTACTTTTGCAATGTAACTTTGTTTATACCAGTTAAGTTACCACCACA
TTTAGATACTTTTTGTAGAAGCTTTACTCATTACACATAACTAGTCGTCT
GCATGTTATTAGAGACCTGTTATGCTCTGTAGAGGTTAAGATCTTGTAGA
CTCTCCTGAAGGGATTTTTACCTCATCGATATACAAAACATTTTTCACTT
TTTAGATTCACTGGCCAAAAAGGATGATAGGCTCTGAAGAAGATGCGTCT
GACCCTGTAAATGTGAGTGGTCTTTTATTTATATCCAGTCTGGAAAAAGA
CTTTTACCTTGATGTCTCAAAGGTTCGAAAGTCTCCCTTCCAAATGTTTC
GCATTTTGTATTCGAAAATTTTTCGGGATCATCTGAGTTTCAAACTTTTA
GTGCTTTTAAGTTAGAAAATAGTAGAGTATTCACTCGAATGTTAAACTTA
AAAGTATAAATATCTTCTTCTCTGTTTATAATTTCTAGTCTGCATTGCCA
ATCTACGTCACATTGATGGTATCACCAAACGTTCCCGGGCATGTGACCAT
TACTGAAACAGCTGATGAGAAATATGAAAAATTGTTCGTCAATGGAGTTT
TAGGGGTGAGATATTATTCTTAATTTCAAAAAGGAGTTCTATCCCTCGCC
AGGCGAGGGAAATCACGCCCTTCAAGTTGATTTTTTTCTAACTTTATATA
TTCTTGTTTATTTGTGTAAGGGACCGAGCTCTTAAAAGATAAAATGTTAT
TCAGTTGTCTTTCTCTGTTTCTAAATTTAAGTTGTCTCATAAAAAATAAC
TGCCAGGTCTAAACATCTTTTATTAGCATAGTATATGTTTGATCTTTTAA
ATGGAAAACAAATCATGTGCAGCCCATAAGCAGTAAAATTTCAGAAGTGT
GGGTTTTAATAAGCAATTCTTCATTTCTATAGTTACCAGAAGGTGGTCAG
GAGCGTTTTGATGAATTCCCTCCTCTGAAACCCATCAAATACACAACTGT
TGGCCAATCGCGTAACACGAACTGTTGTGACGTAGCACTTCATGGTGTTG
GGTGGCTCTCCATTTCAGCAGCTACCGAAGGGAGAGTCACTTTCTCGGTA
CACACACCCAATGGTGAAGGGCAGAGTATGAGGCGCACACCGCTTTTACC
GTTCACAGTCAGAAAGAAAGGTAATGACAGGGCTTTAAGTCTAGATTAAT
ATTTATTATTTCCTTAACAGTCTTCTACATTTTAGTCTCAGAAACGCATC
TTATTGGTAAAAATTTTCGTCAATATTGTTAAGCTAATTTTTTAATCCAA
TAAATAAGCTGTTGTCTCGTAAGATCAAAATGGAAGGAAGTACACAGGAG
TTCCTAAGCCCCACCAAATTTCGTAAAAGGTTTGTGCCCCTTTGGTACTA
CATCTTTTCTTCTTTTTTAACTGTTTCATTTTACTTTTCATCCTGTGCAT
GATTCGACCCTTTACTTTAATCTTTAGAAGGGAGAGGAGTTGCTTACAGG
GGACACGTTAACAGAAACATGTATTCATCAAGTCGTCAGAAATCACCACA
ATTCACCAGACTCTTTCAGCATCAAAACCAACCCGTATATGAATGGAAAG
CAAAAATACGCGAGAAAATTAAATTTGATCGAAAACAAATCAAAGAGGAA
AAACGAATTGATCGATTAAAGTCGGGTGTACTTCTCGGAAAGTTTAAGAG
ACTTGCTGAAAAAGAAGAACAGCTAAGGCTAAGAGAAGTGGAGCAACAAG
CACTGCTTTCAGAAAACAGAAAATAATAATATGACCTTCTTTTCAGTTTT
TTTTAATATTTAGATAGATTTTATATATTTTTATCGCAAATATTTTTATT
ACAACTTGTTCTTAATAGTTTT

Coding sequence (CDS) from alignment at scaffold_202:953706..957577-

>TCONS_00051653 ID=TCONS_00051653|Name=TCONS_00051653|organism=Clytia hemisphaerica|type=CDS|length=14658bp|location=Sequence derived from alignment at scaffold_202:953706..957577- (Clytia hemisphaerica)
AAGGGAGAGGAGTTGCTTACAGGGGACACGTTAACAGAAACATGTATTCA
TCAAGTCGTCAGAAATCACCACAATTCACCAGACTCTTTCAGCATCAAAA
CCAACCCGTATATGAATGGAAAGCAAAAATACGCGAGAAAATTAAATTTG
ATCGAAAACAAATCAAAGAGGAAAAACGAATTGATCGATTAAAGTCGGGT
GTACTTCTCGGAAAGTTTAAGAGACTTGCTGAAAAAGAAGAACAGCTAAG
GCTAAGAGAAGTGGAGCAACAAGCACTGCTTTCAGAAAACAGAAAATAAT
TACCAGAAGGTGGTCAGGAGCGTTTTGATGAATTCCCTCCTCTGAAACCC
ATCAAATACACAACTGTTGGCCAATCGCGTAACACGAACTGTTGTGACGT
AGCACTTCATGGTGTTGGGTGGCTCTCCATTTCAGCAGCTACCGAAGGGA
GAGTCACTTTCTCGGTACACACACCCAATGGTGAAGGGCAGAGTATGAGG
CGCACACCGCTTTTACCGTTCACAGTCAGAAAGAAAGTCTGCATTGCCAA
TCTACGTCACATTGATGGTATCACCAAACGTTCCCGGGCATGTGACCATT
ACTGAAACAGCTGATGAGAAATATGAAAAATTGTTCGTCAATGGAGTTTT
AGGGATTCACTGGCCAAAAAGGATGATAGGCTCTGAAGAAGATGCGTCTG
ACCCTGTAAATATTGTTCGGCATTTCAACTCGTCAGAAATTAATTATTTG
TCACCACAAAAATGGATTGTACCAAGAAGCTTCCTCATAAAACCTGGTGG
TTGCTTGCTTATTGGTGGTTTTGCTCGATTTGATTATCATAATTTTGAGA
GAGAATGGAAAGTTGACGAAGATCTGGAGAATTTCATCACACAAAAAGAA
TATGCTTCCCTACAAAACTTGGATGCGAAAGCACCTGTACCCAGAATGCT
TGAGGACAAATCAAAGAAATCAGTGGAACCATTCAAACTGGAAATTGTGG
ATGAAGAATATTTGAAAAGAAAACAGAAAGAGAAGAAACAGAATTACCTT
TATGATACTCCTGGAATACTTAATGAAACTCAAATGTATAGGCAACTAGG
CAGATTTACAACACTTTTAAACAGGAGGATACCATTATGCCAAAAAGAAG
GAATCGCCTTGTCACAAACATGTAGAAAAACGTTTGCCGCAAATTTTTGT
AATGGATATAATCTACAGCAAGATCAAGACATTGTTATTGGACATTATTT
GAACAGAATCGAAAGCAATTGTTTAAATCACATAAATGATGGGAACACTC
TTGAAGTATACCAGTCAGTAGTATTTGCTGTAAAACCAAACGAATTTGAA
AAATTACCGCCTAAATGTGCATCTTGTGGAGTGATATTACAAACTGAGTA
TGAGAGCTCAGCAGGTTATGTGCCAAGTAAAAAGCTTGATGAATCAATGA
AGGATGATGTACTAAGTAGATTATCATGTATGTCATGTTTTCAATTGCAG
TCTTATAACAAGCCTTTGGCCAAGAGGATATCAAACGGAGAAGTAATTAA
CCAGTTGAAACATCTCAGGCAACAAAAAGCTTTAATCTTGTATGTTGTTG
ACATGTTTGACCTTGAGGGAACAATGTTTAAAAACCTTCAGCAAGTGATT
GGTAATAAGAAACGTATCATTCTTGTTGGTAACAAATGCGATAGGTTGCC
TCAAGATAATCCTAAAGCATCAAAACAGTTGGAACACATGAAAGATATAT
TGAAACAAACTTGTTTTGAGTACAGTCTAGACAAAGATTGTAATTTCAGA
GACATCTGTCTGGTAAGCTCTAAATCAGGATATGGTATGTTGTCTTTGGT
AGAAAAGATATCCAAACATAGAGATATGGATATGGACGTGTATCTAGTTG
GTTGCACTAATACGGGCAAAACATCACTGTATAATTTACTGATGAATCTG
TTGAATGTTCATAAGGATGAGATTCTACCTCCACAAGGGATTGTACATCA
TCTACCAGGAAGTACCAACAGTTTAATTCGACATGACATCAGTATGAGAA
GGCTGGTGCGTTTGAAAGATCGCCTGAAGAATGATCCATGGGAGAAGGGA
GAGGAGTTGCTTACAGGGGACACGTTAACAGAAACATGTATTCATCAAGT
CGTCAGAAATCACCACAATTCACCAGACTCTTTCAGCATCAAAACCAACC
CGTATATGAATGGAAAGCAAAAATACGCGAGAAAATTAAATTTGATCGAA
AACAAATCAAAGAGGAAAAACGAATTGATCGATTAAAGTCGGGTGTACTT
CTCGGAAAGTTTAAGAGACTTGCTGAAAAAGAAGAACAGCTAAGGCTAAG
AGAAGTGGAGCAACAAGCACTGCTTTCAGAAAACAGAAAATAATTACCAG
AAGGTGGTCAGGAGCGTTTTGATGAATTCCCTCCTCTGAAACCCATCAAA
TACACAACTGTTGGCCAATCGCGTAACACGAACTGTTGTGACGTAGCACT
TCATGGTGTTGGGTGGCTCTCCATTTCAGCAGCTACCGAAGGGAGAGTCA
CTTTCTCGGTACACACACCCAATGGTGAAGGGCAGAGTATGAGGCGCACA
CCGCTTTTACCGTTCACAGTCAGAAAGAAAGTCTGCATTGCCAATCTACG
TCACATTGATGGTATCACCAAACGTTCCCGGGCATGTGACCATTACTGAA
ACAGCTGATGAGAAATATGAAAAATTGTTCGTCAATGGAGTTTTAGGGAT
TCACTGGCCAAAAAGGATGATAGGCTCTGAAGAAGATGCGTCTGACCCTG
TAAATATTGTTCGGCATTTCAACTCGTCAGAAATTAATTATTTGTCACCA
CAAAAATGGATTGTACCAAGAAGCTTCCTCATAAAACCTGGTGGTTGCTT
GCTTATTGGTGGTTTTGCTCGATTTGATTATCATAATTTTGAGAGAGAAT
GGAAAGTTGACGAAGATCTGGAGAATTTCATCACACAAAAAGAATATGCT
TCCCTACAAAACTTGGATGCGAAAGCACCTGTACCCAGAATGCTTGAGGA
CAAATCAAAGAAATCAGTGGAACCATTCAAACTGGAAATTGTGGATGAAG
AATATTTGAAAAGAAAACAGAAAGAGAAGAAACAGAATTACCTTTATGAT
ACTCCTGGAATACTTAATGAAACTCAAATGTATAGGCAACTAGGCAGATT
TACAACACTTTTAAACAGGAGGATACCATTATGCCAAAAAGAAGGAATCG
CCTTGTCACAAACATGTAGAAAAACGTTTGCCGCAAATTTTTGTAATGGA
TATAATCTACAGCAAGATCAAGACATTGTTATTGGACATTATTTGAACAG
AATCGAAAGCAATTGTTTAAATCACATAAATGATGGGAACACTCTTGAAG
TATACCAGTCAGTAGTATTTGCTGTAAAACCAAACGAATTTGAAAAATTA
CCGCCTAAATGTGCATCTTGTGGAGTGATATTACAAACTGAGTATGAGAG
CTCAGCAGGTTATGTGCCAAGTAAAAAGCTTGATGAATCAATGAAGGATG
ATGTACTAAGTAGATTATCATGTATGTCATGTTTTCAATTGCAGTCTTAT
AACAAGCCTTTGGCCAAGAGGATATCAAACGGAGAAGTAATTAACCAGTT
GAAACATCTCAGGCAACAAAAAGCTTTAATCTTGTATGTTGTTGACATGT
TTGACCTTGAGGGAACAATGTTTAAAAACCTTCAGCAAGTGATTGGTAAT
AAGAAACGTATCATTCTTGTTGGTAACAAATGCGATAGGTTGCCTCAAGA
TAATCCTAAAGCATCAAAACAGTTGGAACACATGAAAGATATATTGAAAC
AAACTTGTTTTGAGTACAGTCTAGACAAAGATTGTAATTTCAGAGACATC
TGTCTGGTAAGCTCTAAATCAGGATATGGTATGTTGTCTTTGGTAGAAAA
GATATCCAAACATAGAGATATGGATATGGACGTGTATCTAGTTGGTTGCA
CTAATACGGGCAAAACATCACTGTATAATTTACTGATGAATCTGTTGAAT
GTTCATAAGGATGAGATTCTACCTCCACAAGGGATTGTACATCATCTACC
AGGAAGTACCAACAGTTTAATTCGACATGACATCAGTATGAGAAGGCTGG
TGCGTTTGAAAGATCGCCTGAAGAATGATCCATGGGAGAAGGGAGAGGAG
TTGCTTACAGGGGACACGTTAACAGAAACATGTATTCATCAAGTCGTCAG
AAATCACCACAATTCACCAGACTCTTTCAGCATCAAAACCAACCCGTATA
TGAATGGAAAGCAAAAATACGCGAGAAAATTAAATTTGATCGAAAACAAA
TCAAAGAGGAAAAACGAATTGATCGATTAAAGTCGGGTGTACTTCTCGGA
AAGTTTAAGAGACTTGCTGAAAAAGAAGAACAGCTAAGGCTAAGAGAAGT
GGAGCAACAAGCACTGCTTTCAGAAAACAGAAAATAATTACCAGAAGGTG
GTCAGGAGCGTTTTGATGAATTCCCTCCTCTGAAACCCATCAAATACACA
ACTGTTGGCCAATCGCGTAACACGAACTGTTGTGACGTAGCACTTCATGG
TGTTGGGTGGCTCTCCATTTCAGCAGCTACCGAAGGGAGAGTCACTTTCT
CGGTACACACACCCAATGGTGAAGGGCAGAGTATGAGGCGCACACCGCTT
TTACCGTTCACAGTCAGAAAGAAAGTCTGCATTGCCAATCTACGTCACAT
TGATGGTATCACCAAACGTTCCCGGGCATGTGACCATTACTGAAACAGCT
GATGAGAAATATGAAAAATTGTTCGTCAATGGAGTTTTAGGGATTCACTG
GCCAAAAAGGATGATAGGCTCTGAAGAAGATGCGTCTGACCCTGTAAATA
TTGTTCGGCATTTCAACTCGTCAGAAATTAATTATTTGTCACCACAAAAA
TGGATTGTACCAAGAAGCTTCCTCATAAAACCTGGTGGTTGCTTGCTTAT
TGGTGGTTTTGCTCGATTTGATTATCATAATTTTGAGAGAGAATGGAAAG
TTGACGAAGATCTGGAGAATTTCATCACACAAAAAGAATATGCTTCCCTA
CAAAACTTGGATGCGAAAGCACCTGTACCCAGAATGCTTGAGGACAAATC
AAAGAAATCAGTGGAACCATTCAAACTGGAAATTGTGGATGAAGAATATT
TGAAAAGAAAACAGAAAGAGAAGAAACAGAATTACCTTTATGATACTCCT
GGAATACTTAATGAAACTCAAATGTATAGGCAACTAGGCAGATTTACAAC
ACTTTTAAACAGGAGGATACCATTATGCCAAAAAGAAGGAATCGCCTTGT
CACAAACATGTAGAAAAACGTTTGCCGCAAATTTTTGTAATGGATATAAT
CTACAGCAAGATCAAGACATTGTTATTGGACATTATTTGAACAGAATCGA
AAGCAATTGTTTAAATCACATAAATGATGGGAACACTCTTGAAGTATACC
AGTCAGTAGTATTTGCTGTAAAACCAAACGAATTTGAAAAATTACCGCCT
AAATGTGCATCTTGTGGAGTGATATTACAAACTGAGTATGAGAGCTCAGC
AGGTTATGTGCCAAGTAAAAAGCTTGATGAATCAATGAAGGATGATGTAC
TAAGTAGATTATCATGTATGTCATGTTTTCAATTGCAGTCTTATAACAAG
CCTTTGGCCAAGAGGATATCAAACGGAGAAGTAATTAACCAGTTGAAACA
TCTCAGGCAACAAAAAGCTTTAATCTTGTATGTTGTTGACATGTTTGACC
TTGAGGGAACAATGTTTAAAAACCTTCAGCAAGTGATTGGTAATAAGAAA
CGTATCATTCTTGTTGGTAACAAATGCGATAGGTTGCCTCAAGATAATCC
TAAAGCATCAAAACAGTTGGAACACATGAAAGATATATTGAAACAAACTT
GTTTTGAGTACAGTCTAGACAAAGATTGTAATTTCAGAGACATCTGTCTG
GTAAGCTCTAAATCAGGATATGGTATGTTGTCTTTGGTAGAAAAGATATC
CAAACATAGAGATATGGATATGGACGTGTATCTAGTTGGTTGCACTAATA
CGGGCAAAACATCACTGTATAATTTACTGATGAATCTGTTGAATGTTCAT
AAGGATGAGATTCTACCTCCACAAGGGATTGTACATCATCTACCAGGAAG
TACCAACAGTTTAATTCGACATGACATCAGTATGAGAAGGCTGGTGCGTT
TGAAAGATCGCCTGAAGAATGATCCATGGGAGAAGGGAGAGGAGTTGCTT
ACAGGGGACACGTTAACAGAAACATGTATTCATCAAGTCGTCAGAAATCA
CCACAATTCACCAGACTCTTTCAGCATCAAAACCAACCCGTATATGAATG
GAAAGCAAAAATACGCGAGAAAATTAAATTTGATCGAAAACAAATCAAAG
AGGAAAAACGAATTGATCGATTAAAGTCGGGTGTACTTCTCGGAAAGTTT
AAGAGACTTGCTGAAAAAGAAGAACAGCTAAGGCTAAGAGAAGTGGAGCA
ACAAGCACTGCTTTCAGAAAACAGAAAATAATTACCAGAAGGTGGTCAGG
AGCGTTTTGATGAATTCCCTCCTCTGAAACCCATCAAATACACAACTGTT
GGCCAATCGCGTAACACGAACTGTTGTGACGTAGCACTTCATGGTGTTGG
GTGGCTCTCCATTTCAGCAGCTACCGAAGGGAGAGTCACTTTCTCGGTAC
ACACACCCAATGGTGAAGGGCAGAGTATGAGGCGCACACCGCTTTTACCG
TTCACAGTCAGAAAGAAAGTCTGCATTGCCAATCTACGTCACATTGATGG
TATCACCAAACGTTCCCGGGCATGTGACCATTACTGAAACAGCTGATGAG
AAATATGAAAAATTGTTCGTCAATGGAGTTTTAGGGATTCACTGGCCAAA
AAGGATGATAGGCTCTGAAGAAGATGCGTCTGACCCTGTAAATATTGTTC
GGCATTTCAACTCGTCAGAAATTAATTATTTGTCACCACAAAAATGGATT
GTACCAAGAAGCTTCCTCATAAAACCTGGTGGTTGCTTGCTTATTGGTGG
TTTTGCTCGATTTGATTATCATAATTTTGAGAGAGAATGGAAAGTTGACG
AAGATCTGGAGAATTTCATCACACAAAAAGAATATGCTTCCCTACAAAAC
TTGGATGCGAAAGCACCTGTACCCAGAATGCTTGAGGACAAATCAAAGAA
ATCAGTGGAACCATTCAAACTGGAAATTGTGGATGAAGAATATTTGAAAA
GAAAACAGAAAGAGAAGAAACAGAATTACCTTTATGATACTCCTGGAATA
CTTAATGAAACTCAAATGTATAGGCAACTAGGCAGATTTACAACACTTTT
AAACAGGAGGATACCATTATGCCAAAAAGAAGGAATCGCCTTGTCACAAA
CATGTAGAAAAACGTTTGCCGCAAATTTTTGTAATGGATATAATCTACAG
CAAGATCAAGACATTGTTATTGGACATTATTTGAACAGAATCGAAAGCAA
TTGTTTAAATCACATAAATGATGGGAACACTCTTGAAGTATACCAGTCAG
TAGTATTTGCTGTAAAACCAAACGAATTTGAAAAATTACCGCCTAAATGT
GCATCTTGTGGAGTGATATTACAAACTGAGTATGAGAGCTCAGCAGGTTA
TGTGCCAAGTAAAAAGCTTGATGAATCAATGAAGGATGATGTACTAAGTA
GATTATCATGTATGTCATGTTTTCAATTGCAGTCTTATAACAAGCCTTTG
GCCAAGAGGATATCAAACGGAGAAGTAATTAACCAGTTGAAACATCTCAG
GCAACAAAAAGCTTTAATCTTGTATGTTGTTGACATGTTTGACCTTGAGG
GAACAATGTTTAAAAACCTTCAGCAAGTGATTGGTAATAAGAAACGTATC
ATTCTTGTTGGTAACAAATGCGATAGGTTGCCTCAAGATAATCCTAAAGC
ATCAAAACAGTTGGAACACATGAAAGATATATTGAAACAAACTTGTTTTG
AGTACAGTCTAGACAAAGATTGTAATTTCAGAGACATCTGTCTGGTAAGC
TCTAAATCAGGATATGGTATGTTGTCTTTGGTAGAAAAGATATCCAAACA
TAGAGATATGGATATGGACGTGTATCTAGTTGGTTGCACTAATACGGGCA
AAACATCACTGTATAATTTACTGATGAATCTGTTGAATGTTCATAAGGAT
GAGATTCTACCTCCACAAGGGATTGTACATCATCTACCAGGAAGTACCAA
CAGTTTAATTCGACATGACATCAGTATGAGAAGGCTGGTGCGTTTGAAAG
ATCGCCTGAAGAATGATCCATGGGAGAAGGGAGAGGAGTTGCTTACAGGG
GACACGTTAACAGAAACATGTATTCATCAAGTCGTCAGAAATCACCACAA
TTCACCAGACTCTTTCAGCATCAAAACCAACCCGTATATGAATGGAAAGC
AAAAATACGCGAGAAAATTAAATTTGATCGAAAACAAATCAAAGAGGAAA
AACGAATTGATCGATTAAAGTCGGGTGTACTTCTCGGAAAGTTTAAGAGA
CTTGCTGAAAAAGAAGAACAGCTAAGGCTAAGAGAAGTGGAGCAACAAGC
ACTGCTTTCAGAAAACAGAAAATAATTACCAGAAGGTGGTCAGGAGCGTT
TTGATGAATTCCCTCCTCTGAAACCCATCAAATACACAACTGTTGGCCAA
TCGCGTAACACGAACTGTTGTGACGTAGCACTTCATGGTGTTGGGTGGCT
CTCCATTTCAGCAGCTACCGAAGGGAGAGTCACTTTCTCGGTACACACAC
CCAATGGTGAAGGGCAGAGTATGAGGCGCACACCGCTTTTACCGTTCACA
GTCAGAAAGAAAGTCTGCATTGCCAATCTACGTCACATTGATGGTATCAC
CAAACGTTCCCGGGCATGTGACCATTACTGAAACAGCTGATGAGAAATAT
GAAAAATTGTTCGTCAATGGAGTTTTAGGGATTCACTGGCCAAAAAGGAT
GATAGGCTCTGAAGAAGATGCGTCTGACCCTGTAAATATTGTTCGGCATT
TCAACTCGTCAGAAATTAATTATTTGTCACCACAAAAATGGATTGTACCA
AGAAGCTTCCTCATAAAACCTGGTGGTTGCTTGCTTATTGGTGGTTTTGC
TCGATTTGATTATCATAATTTTGAGAGAGAATGGAAAGTTGACGAAGATC
TGGAGAATTTCATCACACAAAAAGAATATGCTTCCCTACAAAACTTGGAT
GCGAAAGCACCTGTACCCAGAATGCTTGAGGACAAATCAAAGAAATCAGT
GGAACCATTCAAACTGGAAATTGTGGATGAAGAATATTTGAAAAGAAAAC
AGAAAGAGAAGAAACAGAATTACCTTTATGATACTCCTGGAATACTTAAT
GAAACTCAAATGTATAGGCAACTAGGCAGATTTACAACACTTTTAAACAG
GAGGATACCATTATGCCAAAAAGAAGGAATCGCCTTGTCACAAACATGTA
GAAAAACGTTTGCCGCAAATTTTTGTAATGGATATAATCTACAGCAAGAT
CAAGACATTGTTATTGGACATTATTTGAACAGAATCGAAAGCAATTGTTT
AAATCACATAAATGATGGGAACACTCTTGAAGTATACCAGTCAGTAGTAT
TTGCTGTAAAACCAAACGAATTTGAAAAATTACCGCCTAAATGTGCATCT
TGTGGAGTGATATTACAAACTGAGTATGAGAGCTCAGCAGGTTATGTGCC
AAGTAAAAAGCTTGATGAATCAATGAAGGATGATGTACTAAGTAGATTAT
CATGTATGTCATGTTTTCAATTGCAGTCTTATAACAAGCCTTTGGCCAAG
AGGATATCAAACGGAGAAGTAATTAACCAGTTGAAACATCTCAGGCAACA
AAAAGCTTTAATCTTGTATGTTGTTGACATGTTTGACCTTGAGGGAACAA
TGTTTAAAAACCTTCAGCAAGTGATTGGTAATAAGAAACGTATCATTCTT
GTTGGTAACAAATGCGATAGGTTGCCTCAAGATAATCCTAAAGCATCAAA
ACAGTTGGAACACATGAAAGATATATTGAAACAAACTTGTTTTGAGTACA
GTCTAGACAAAGATTGTAATTTCAGAGACATCTGTCTGGTAAGCTCTAAA
TCAGGATATGGTATGTTGTCTTTGGTAGAAAAGATATCCAAACATAGAGA
TATGGATATGGACGTGTATCTAGTTGGTTGCACTAATACGGGCAAAACAT
CACTGTATAATTTACTGATGAATCTGTTGAATGTTCATAAGGATGAGATT
CTACCTCCACAAGGGATTGTACATCATCTACCAGGAAGTACCAACAGTTT
AATTCGACATGACATCAGTATGAGAAGGCTGGTGCGTTTGAAAGATCGCC
TGAAGAATGATCCATGGGAGAAGGGAGAGGAGTTGCTTACAGGGGACACG
TTAACAGAAACATGTATTCATCAAGTCGTCAGAAATCACCACAATTCACC
AGACTCTTTCAGCATCAAAACCAACCCGTATATGAATGGAAAGCAAAAAT
ACGCGAGAAAATTAAATTTGATCGAAAACAAATCAAAGAGGAAAAACGAA
TTGATCGATTAAAGTCGGGTGTACTTCTCGGAAAGTTTAAGAGACTTGCT
GAAAAAGAAGAACAGCTAAGGCTAAGAGAAGTGGAGCAACAAGCACTGCT
TTCAGAAAACAGAAAATAATTACCAGAAGGTGGTCAGGAGCGTTTTGATG
AATTCCCTCCTCTGAAACCCATCAAATACACAACTGTTGGCCAATCGCGT
AACACGAACTGTTGTGACGTAGCACTTCATGGTGTTGGGTGGCTCTCCAT
TTCAGCAGCTACCGAAGGGAGAGTCACTTTCTCGGTACACACACCCAATG
GTGAAGGGCAGAGTATGAGGCGCACACCGCTTTTACCGTTCACAGTCAGA
AAGAAAGTCTGCATTGCCAATCTACGTCACATTGATGGTATCACCAAACG
TTCCCGGGCATGTGACCATTACTGAAACAGCTGATGAGAAATATGAAAAA
TTGTTCGTCAATGGAGTTTTAGGGATTCACTGGCCAAAAAGGATGATAGG
CTCTGAAGAAGATGCGTCTGACCCTGTAAATATTGTTCGGCATTTCAACT
CGTCAGAAATTAATTATTTGTCACCACAAAAATGGATTGTACCAAGAAGC
TTCCTCATAAAACCTGGTGGTTGCTTGCTTATTGGTGGTTTTGCTCGATT
TGATTATCATAATTTTGAGAGAGAATGGAAAGTTGACGAAGATCTGGAGA
ATTTCATCACACAAAAAGAATATGCTTCCCTACAAAACTTGGATGCGAAA
GCACCTGTACCCAGAATGCTTGAGGACAAATCAAAGAAATCAGTGGAACC
ATTCAAACTGGAAATTGTGGATGAAGAATATTTGAAAAGAAAACAGAAAG
AGAAGAAACAGAATTACCTTTATGATACTCCTGGAATACTTAATGAAACT
CAAATGTATAGGCAACTAGGCAGATTTACAACACTTTTAAACAGGAGGAT
ACCATTATGCCAAAAAGAAGGAATCGCCTTGTCACAAACATGTAGAAAAA
CGTTTGCCGCAAATTTTTGTAATGGATATAATCTACAGCAAGATCAAGAC
ATTGTTATTGGACATTATTTGAACAGAATCGAAAGCAATTGTTTAAATCA
CATAAATGATGGGAACACTCTTGAAGTATACCAGTCAGTAGTATTTGCTG
TAAAACCAAACGAATTTGAAAAATTACCGCCTAAATGTGCATCTTGTGGA
GTGATATTACAAACTGAGTATGAGAGCTCAGCAGGTTATGTGCCAAGTAA
AAAGCTTGATGAATCAATGAAGGATGATGTACTAAGTAGATTATCATGTA
TGTCATGTTTTCAATTGCAGTCTTATAACAAGCCTTTGGCCAAGAGGATA
TCAAACGGAGAAGTAATTAACCAGTTGAAACATCTCAGGCAACAAAAAGC
TTTAATCTTGTATGTTGTTGACATGTTTGACCTTGAGGGAACAATGTTTA
AAAACCTTCAGCAAGTGATTGGTAATAAGAAACGTATCATTCTTGTTGGT
AACAAATGCGATAGGTTGCCTCAAGATAATCCTAAAGCATCAAAACAGTT
GGAACACATGAAAGATATATTGAAACAAACTTGTTTTGAGTACAGTCTAG
ACAAAGATTGTAATTTCAGAGACATCTGTCTGGTAAGCTCTAAATCAGGA
TATGGTATGTTGTCTTTGGTAGAAAAGATATCCAAACATAGAGATATGGA
TATGGACGTGTATCTAGTTGGTTGCACTAATACGGGCAAAACATCACTGT
ATAATTTACTGATGAATCTGTTGAATGTTCATAAGGATGAGATTCTACCT
CCACAAGGGATTGTACATCATCTACCAGGAAGTACCAACAGTTTAATTCG
ACATGACATCAGTATGAGAAGGCTGGTGCGTTTGAAAGATCGCCTGAAGA
ATGATCCATGGGAGAAGGGAGAGGAGTTGCTTACAGGGGACACGTTAACA
GAAACATGTATTCATCAAGTCGTCAGAAATCACCACAATTCACCAGACTC
TTTCAGCATCAAAACCAACCCGTATATGAATGGAAAGCAAAAATACGCGA
GAAAATTAAATTTGATCGAAAACAAATCAAAGAGGAAAAACGAATTGATC
GATTAAAGTCGGGTGTACTTCTCGGAAAGTTTAAGAGACTTGCTGAAAAA
GAAGAACAGCTAAGGCTAAGAGAAGTGGAGCAACAAGCACTGCTTTCAGA
AAACAGAAAATAATTACCAGAAGGTGGTCAGGAGCGTTTTGATGAATTCC
CTCCTCTGAAACCCATCAAATACACAACTGTTGGCCAATCGCGTAACACG
AACTGTTGTGACGTAGCACTTCATGGTGTTGGGTGGCTCTCCATTTCAGC
AGCTACCGAAGGGAGAGTCACTTTCTCGGTACACACACCCAATGGTGAAG
GGCAGAGTATGAGGCGCACACCGCTTTTACCGTTCACAGTCAGAAAGAAA
GTCTGCATTGCCAATCTACGTCACATTGATGGTATCACCAAACGTTCCCG
GGCATGTGACCATTACTGAAACAGCTGATGAGAAATATGAAAAATTGTTC
GTCAATGGAGTTTTAGGGATTCACTGGCCAAAAAGGATGATAGGCTCTGA
AGAAGATGCGTCTGACCCTGTAAATATTGTTCGGCATTTCAACTCGTCAG
AAATTAATTATTTGTCACCACAAAAATGGATTGTACCAAGAAGCTTCCTC
ATAAAACCTGGTGGTTGCTTGCTTATTGGTGGTTTTGCTCGATTTGATTA
TCATAATTTTGAGAGAGAATGGAAAGTTGACGAAGATCTGGAGAATTTCA
TCACACAAAAAGAATATGCTTCCCTACAAAACTTGGATGCGAAAGCACCT
GTACCCAGAATGCTTGAGGACAAATCAAAGAAATCAGTGGAACCATTCAA
ACTGGAAATTGTGGATGAAGAATATTTGAAAAGAAAACAGAAAGAGAAGA
AACAGAATTACCTTTATGATACTCCTGGAATACTTAATGAAACTCAAATG
TATAGGCAACTAGGCAGATTTACAACACTTTTAAACAGGAGGATACCATT
ATGCCAAAAAGAAGGAATCGCCTTGTCACAAACATGTAGAAAAACGTTTG
CCGCAAATTTTTGTAATGGATATAATCTACAGCAAGATCAAGACATTGTT
ATTGGACATTATTTGAACAGAATCGAAAGCAATTGTTTAAATCACATAAA
TGATGGGAACACTCTTGAAGTATACCAGTCAGTAGTATTTGCTGTAAAAC
CAAACGAATTTGAAAAATTACCGCCTAAATGTGCATCTTGTGGAGTGATA
TTACAAACTGAGTATGAGAGCTCAGCAGGTTATGTGCCAAGTAAAAAGCT
TGATGAATCAATGAAGGATGATGTACTAAGTAGATTATCATGTATGTCAT
GTTTTCAATTGCAGTCTTATAACAAGCCTTTGGCCAAGAGGATATCAAAC
GGAGAAGTAATTAACCAGTTGAAACATCTCAGGCAACAAAAAGCTTTAAT
CTTGTATGTTGTTGACATGTTTGACCTTGAGGGAACAATGTTTAAAAACC
TTCAGCAAGTGATTGGTAATAAGAAACGTATCATTCTTGTTGGTAACAAA
TGCGATAGGTTGCCTCAAGATAATCCTAAAGCATCAAAACAGTTGGAACA
CATGAAAGATATATTGAAACAAACTTGTTTTGAGTACAGTCTAGACAAAG
ATTGTAATTTCAGAGACATCTGTCTGGTAAGCTCTAAATCAGGATATGGT
ATGTTGTCTTTGGTAGAAAAGATATCCAAACATAGAGATATGGATATGGA
CGTGTATCTAGTTGGTTGCACTAATACGGGCAAAACATCACTGTATAATT
TACTGATGAATCTGTTGAATGTTCATAAGGATGAGATTCTACCTCCACAA
GGGATTGTACATCATCTACCAGGAAGTACCAACAGTTTAATTCGACATGA
CATCAGTATGAGAAGGCTGGTGCGTTTGAAAGATCGCCTGAAGAATGATC
CATGGGAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_032695XLOC_032695Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00051653-proteinTCONS_00051653-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00051653-exon-scaffold_202-1575043694:956495..957577TCONS_00051653-exon-scaffold_202-1575043694:956495..957577Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:955997..956236TCONS_00051653-exon-scaffold_202-1575043694:955997..956236Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:955611..955742TCONS_00051653-exon-scaffold_202-1575043694:955611..955742Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:955316..955372TCONS_00051653-exon-scaffold_202-1575043694:955316..955372Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:954973..955089TCONS_00051653-exon-scaffold_202-1575043694:954973..955089Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:954408..954645TCONS_00051653-exon-scaffold_202-1575043694:954408..954645Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1575043694:953706..954100TCONS_00051653-exon-scaffold_202-1575043694:953706..954100Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:956495..957577TCONS_00051653-exon-scaffold_202-1510915933:956495..957577Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:955997..956236TCONS_00051653-exon-scaffold_202-1510915933:955997..956236Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:955611..955742TCONS_00051653-exon-scaffold_202-1510915933:955611..955742Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:955316..955372TCONS_00051653-exon-scaffold_202-1510915933:955316..955372Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:954973..955089TCONS_00051653-exon-scaffold_202-1510915933:954973..955089Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:954408..954645TCONS_00051653-exon-scaffold_202-1510915933:954408..954645Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1510915933:953706..954100TCONS_00051653-exon-scaffold_202-1510915933:953706..954100Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:956495..957577TCONS_00051653-exon-scaffold_202-1491911889:956495..957577Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:955997..956236TCONS_00051653-exon-scaffold_202-1491911889:955997..956236Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:955611..955742TCONS_00051653-exon-scaffold_202-1491911889:955611..955742Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:955316..955372TCONS_00051653-exon-scaffold_202-1491911889:955316..955372Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:954973..955089TCONS_00051653-exon-scaffold_202-1491911889:954973..955089Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:954408..954645TCONS_00051653-exon-scaffold_202-1491911889:954408..954645Clytia hemisphaericaexon
TCONS_00051653-exon-scaffold_202-1491911889:953706..954100TCONS_00051653-exon-scaffold_202-1491911889:953706..954100Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_202supercontigscaffold_202:953706..957577 -
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
16.9872	17.947	5.61554	4.19223	15.544	12.3015	11.6419	13.6654	9.81499	11.0932	9.5418	8.75835	9.73457	10.8614	11.7163	16.2802	18.1618	17.1128	4.16999	4.32515	10.6097	10.0974	32.4949	28.2636	12.7093	14.7539	6.13716	6.14512	20.3121	22.0237
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR006073GTP_binding_domain
IPR027417P-loop_NTPase
Vocabulary: Molecular Function
TermDefinition
GO:0005525GTP binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005525 GTP binding
Blast
[Close]
BLAST of TCONS_00051653 vs. Swiss-Prot (Human)
Match: NOA1 (Nitric oxide-associated protein 1 OS=Homo sapiens GN=NOA1 PE=1 SV=2)

HSP 1 Score: 169.088 bits (427), Expect = 5.807e-44
Identity = 157/589 (26.66%), Postives = 264/589 (44.82%), Query Frame = 1 
Query:  343 LPPK---CASCGVILQTEYESSAGYVPSKK-LDESMKDDVLSRLSCMSCFQLQSYNKPLAKRISNGEVINQLKHL--RQQKALILYVVDMFDLEGTMFKNLQQVIGNKKRIILVGNKCDRLPQDNPKASKQLEHMKDILKQTCFEYSL-------------------DKDCN--------FRDICLVSSKSGYGMLSLVEKISKHRDMDMDVYLVGCTNTGKTSLYNLLM--NLLNVHKDEILPPQGIVHHLPGSTNSLIRHDI---SMRRLVRLKDRLKNDPWEFEREWKVDEDLENFITQKEYASLQNLDAKAPVPRMLEDKSKKSVEPFKLEI-----------VDEEYLKRKQKE------KKQNYLYDTPGILNETQIVRHFNSSEINYLSPQKWIVPRSFLIKPGGCLLIGGFARFDYHNIHWPKRMIGSEEDASDPVNSALPIYVTLMVSPNVPGHVTITETADEKYEKLFVNGVLGLPEGGQERFDEFPPLKPIKYTTV-GQSRNTNCCDVALHGVGWLSISAATEGRVTFSVHTPNGEGQSMRRTPLLPFTVRKKEGR---GVAYRGHVNRNMYSSSRQK 1932
            LPP    C+ CG  L  +     GY+P +K L  +  D  L+R  C  C+ L  + + L  ++S  + +  +     R   +L+LY+VD+ DL   +  +L  ++G K+ I+L GNK D LPQD P   ++L   ++ L + C    L                    ++ N         RD+ L+S+K+GYG+  L+  + +      DVYLVG TN GK++L+N L+  +       E +  +  +   PG+T +L++  I   +  R+ +   RLK D  + E +    E  +  + +K    +  +         L  + +K   PF+ +            V   +   KQ E      K  ++ YDTPGI  E  I+      E+N + P + IVPR+F++KPG  L +G   R D+        + G++             + T++ S  +P H+T  + AD  Y+K   + +L +P GG+ER   FPPL         G   +    D+     GW+S++   + R+    +TP G   ++ R PLLP+ V  K  R    VAY+     ++  + R+K
Sbjct:  134 LPPSGVNCSGCGAELHCQDAGVPGYLPREKFLRTAEADGGLARTVCQRCWLLSHHRRALRLQVSREQYLELVSAALRRPGPSLVLYMVDLLDLPDALLPDLPALVGPKQLIVL-GNKVDLLPQDAPGYRQRL---RERLWEDCARAGLLLAPGHQGPQRPVKDEPQDGENPNPPNWSRTVVRDVRLISAKTGYGVEELISALQRSWRYRGDVYLVGATNAGKSTLFNTLLESDYCTAKGSEAI-DRATISPWPGTTLNLLKFPICNPTPYRMFKRHQRLKKDSTQAEEDLSEQEQNQLNVLKKHGYVVGRVGRT-----FLYSEEQKDNIPFEFDADSLAFDMENDPVMGTHKSTKQVELTAQDVKDAHWFYDTPGITKENCILNLLTEKEVNIVLPTQSIVPRTFVLKPGMVLFLGAIGRIDF--------LQGNQS-----------AWFTVVASNILPVHITSLDRADALYQKHAGHTLLQIPMGGKERMAGFPPLVAEDIMLKEGLGASEAVADIKFSSAGWVSVTPNFKDRLHLRGYTPEGTVLTV-RPPLLPYIVNIKGQRIKKSVAYKTKKPPSLMYNVRKK 692
The following BLAST results are available for this feature:
BLAST of TCONS_00051653 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
NOA15.807e-4426.66Nitric oxide-associated protein 1 OS=Homo sapiens ... [more]
back to top