TCONS_00063653 (transcript) - C. hemisphaerica

Overview
NameTCONS_00063653
Unique NameTCONS_00063653
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1659

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00063653 ID=TCONS_00063653|Name=TCONS_00063653|organism=Clytia hemisphaerica|type=transcript|length=1659bp
NNaaagaaaatgaaaatgtattATGCAGTTCCAAGAATTTCTAAAGCACC
AGCTTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAA
ttatttgcttcaaaagaaTTATGCACTGTGTCAGTCTGCAAAAATCATGT
AGCTCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAtcTAC
TCTCAGGATCAGCAAAAGGTCATATTGTCATACATGATAGAAGCCTTTTA
GCTGGAAGTAATGGATTTTCTACAATTGCAGATATAAGCTGGAAAAGGAC
TGGCGAAAAGTGTATTCAACGATTACAATGGTATCCCTTGGACACAGGAA
TGTTTTTCATGCAAAcggaaaatgaaataaaagtctGGGACGCAAATCAA
CTTCAAGTGGCTGAACAATTTCATTTCACGTCAAAGTTAAGTGATATGCA
CGGTAAAGAAATCGGAAGAAACCCTCTCATTGCAGCAAGCAGCTTGGACA
AGAGCATTTTTATTTGTGATTTGGCAACTGGATCAAGAACTCACACACTG
ACTGgtCATGACAGCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGA
ACATGTCTTATACAGCGGAAGTACAAATGGAAAAATCAATATCTGGGATG
TTCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAgAATCCAAG
AAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGATTGAT
TTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCATAATGGAA
AACAAGCAAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCA
GGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGA
TCGAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGT
TCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTT
GAGGAATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAA
TCGTAACTACGACAAGGTGAGATTGCAGAATGAATATCACCAAGATGATT
GGGATGCTGTCGATGATTGATGACAGAGATTGTGGTCAACAAGCTCACGT
CGTGTATAATGACTTGACGTGACTGGACGTACGATACTTGACTGTACATG
ACGAGACTACGTAACCCTACACTACGTAACACTTACTACGCTTAAGTTAA
CTACTTTAAATGACGCAACACAACATTTATGGCACTGGAAAAATATCATG
CTCGCAGAGTCCAAGGGACTTTTTCCAACACTCAAGAAACTTTTCCATTC
ACAGGGGAATAGAATCAAAGTTTTTCACTTTGGATCGAATTATGAGAGAA
CAGAATAGACCAGaacaattcctttgttttcaaaGATTATAAATGCATTT
TCCACCTAGTGTGGCTCTTCCGTGGATactcaaacaaaaaaaatcgaacT
GTTTCAATTTATATCATACCCTGAGAACTTGAGATTTTCCAAGTATCTTT
GTATTGAAATTGGTTTTGTTTTCGTTTGTCCGGTTGTATTCGTTTTGTAA
ACTATTGTAGAATAAAGTAACTTGAGGTGTTTTCGAAATCAATGTTACTC
aactttttt
Run BLAST on NCBI

protein sequence of TCONS_00063653-protein

>TCONS_00063653-protein ID=TCONS_00063653-protein|Name=TCONS_00063653-protein|organism=Clytia hemisphaerica|type=polypeptide|length=365bp
MQFQEFLKHQLGTATSSQWRSFNTKKLFASKELCTVSVCKNHVAPVTCLS
LEKQEFRYLLSGSAKGHIVIHDRSLLAGSNGFSTIADISWKRTGEKCIQR
LQWYPLDTGMFFMQTENEIKVWDANQLQVAEQFHFTSKLSDMHGKEIGRN
PLIAASSLDKSIFICDLATGSRTHTLTGHDSPVTAVKWSPRKEHVLYSGS
TNGKINIWDVRKTKNLLKSLQTTESKKNGVDSISFTPNGFGLISLNSDGT
LSLWKCHNGKQAKVNYAASSANNDRAGSTCVSNNNQVVFASNDRNVQAYD
IYTGEHMKTFNGHFKAVTGVCYNDPFEELITCGLDSKVLIWDNRNYDKVR
LQNEYHQDDWDAVDD
Run BLAST on NCBI

transcript from alignment at scaffold_397:59062..64801-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00063653 ID=TCONS_00063653|Name=TCONS_00063653|organism=Clytia hemisphaerica|type=transcript|length=5740bp|location=Sequence derived from alignment at scaffold_397:59062..64801- (Clytia hemisphaerica)
NNAAAGAAAATGAAAATGTATTATGCAGTTCCAAGAATTTCTAAAGCACC AGCTTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAA TTATTTGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGT AGCTCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTAAG TAACTCATTTGAATGATGGGGTGACACTTCTACCAGATAGATGCTACAAA AATTCATAAATCTTTTTTCACGTCTCATTCTCTAAAGTTATTTCTTTTCT TTTTTAAGTCTACTCTCAGGATCAGCAAAAGGTCATATTGTCATACATGA TAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAATTGCAGATATAA GCTGGTATGAAAGTTTGTCCTTTTCCCACGAATTGTACTGTTCTGGCCTT TGTGCAGTTAAATAGAGATCTTGTAAATCCAAAAATTTCTGTCTTTATAA AAGCGTAAGGCAAAGTTCACTGAAAGAATTTTTTCAAGTCAGGTTAATAT ATTTAAATTGAGGTCCGAATCACTGCGAAAAAGGCTGAGCTTGCAAAAAC AATTTTGTTGTTAAAACGAATCATGAAAACAAAACAGTGTGCCTTATGTC AGTTGATTGTTCTATTCGACAAAAGAATGTCTTGTTGCTGAAATTGCATA ATGAAGACCATTAATTAAGAACGCTTCGACGTTAAAATGTTGAGATTTAT ATTTTAGGAAAAGGACTGGCGAAAAGTGTATTCAACGATTACAATGGTAT CCCTTGGACACAGGAATGTTTTTCATGCAAACGGAAAATGAAATAAAAGT CTGGGACGCAAATCAACTTCAAGTGGCTGAACAATTTCATTTCACGTCAA AGTTAAGTGATATGCACGGTAAAGAAATCGGAAGAAACCCTCTCATTGCA GGTATACAAGCACTCAATGTTGAAGTTAAAGTTATATTCAATTCTAGATT TAAAGTCCATTTTCTCAATGTCAGTACAGTTAGTTCCCATGAGGTTGATT TCCATATGGTGGCAAAACAGAGTGTACTGCTTGAAGCGAATGGACTTGTA AAATATTTTTAAACAGTCTTTTGTTTTCTTTCTTATAGCAAGCAGCTTGG ACAAGAGCATTTTTATTTGTGATTTGGCAACTGGATCAAGAACTCACACA CTGACTGGTAGCAAAAAAAGAAATCATTTAATTCTTGCATATTATATTCT TGGTCTCAATTAAAGTTTAAANCTGGATCAAGAACTCACACACTGACTGG TAGCAAAAAAAGAAATCATTTAATTCTTGCATATTATATTCTTGGTCTCA ATTAAAGTTTAAAAACTCTAGCATTGCTAAAATGATGTCAATGGTAATGA GAAATTTTTCATCAAAAGTCCCTTATTTGATAAAAAACTCAAAAATTTAA TTAGCAATCAAAATTATTTTTTAGGTCATGACAGCCCTGTTACTGCAGTG AAATGGTCACCAAGAAAAGAACATGTCTTATACAGCGGAAGGTTTTACTT TAAAGCTTTTATGAAGATTTTACCAAGTTCATATAAAAGGCCCTTTTTAC AATTAATTATATTCAAGCTTTGTTTATTTGATGGTTGTTTAGGACGAAAA ATTACAATGAATGGATATCAATCAAGCATGGTTCTTTCAGGATTCAAGAC TATTAAATGCAATCAAATTGCAGTCTTGTGACTAAGCAAACTTGACTGTA GCCTTTTTATTGCAACCAGTCCAATCCAATGAGTTCCATATTGAGTTTAT ATTTCATCTGAATGTTCCAATCATCGCATACTTGCATTTCTTTTTAGTAC AAATGGAAAAATCAATATCTGGGATGTTCGAAAAACAAAGAATCTACTCA AAAGCTTGCAGACTACAGGTTAAAAATGAATTAAATAATTGTTTGCCGAG TTTGAAAGATACACCCTCTGTCTATTGAAAAAAACAAAGATCATTCCAAC AAGTGCAATGAGATCCTGTAAAACACTATTTCGTACATTGATAAATCAAG ACATAAATAGACTTTGTGATTGATGAACTTATGGGAATTCTCCTTGCTTA TATGAATAACATTTTTTTTCTGGATTAATTTAGAATCCAAGAAGAATGGA GTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGATTGATTTCTCTGAA TTCTGATGGAACACTTTCTCTTTGGAAATGTCATAATGGAAAACAAGCAA AGGTGGTGTCATTATACCTTTTTTTACAAAGGCTTGTCTGTCTGTCTGTC TGTCTGTCTGTCTAGCAGAGTGTAACTTAATGTTCTTGGTGTGCAATACT GTGAGTTCTTCATACTTCTTCTTTCTGGTATCCGTCTGGCTGCCTTTCTA TAAAAGGGTAAATGGCATCAATGATATACAACACTGTATCGAGATATTAT GATTTTTCAATAGCTACAGTCAACTCTCACTCTCTCTAATTCGAACTTCT ATTATTCGAATCTTTCTAAAATTCGAACTAAAATTTTTGGTATTTTAAAG ATCAAATTAGAGGGAGTCTAATAATACATTTAATGAAGTTAAATTATTAT TAGTTAATTATTATTTTCAAGGTCAACTATGCAGCTTCAAGTGCCAACAA TGACCGAGCAGGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTG CCTCCAATGATCGAAATGTCCAAGCATATGATATTTATACTGGTGAACAC ATGAAAACGTTCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAA CGATCCATTTGAGGTCAGTTTTTGGACCTACCCTGGGGTGGAGGTCCTAT AAATTCACCTCTGTCCGTCCGTTCGTTACCAGCTTTTCTCGAGATTGAAT CATAGGAATCATTTGATTTTTGGTACAAAGGTGCAAAATGCTGGTGGCCA AAATGTGACGGAGCCCGATTTTCGGAAAAAAAAATTTTTGGGCAAATTTG GGCCAAAAAACGGCTAAAAAAGGGTTAAATTGGATCATTAACTTTTTCCG ATTTTTTGCATGGAAGTAGGGTACCATTATAGGTAAAAGATAGCTCAAGC AGATTTTTGCAAAAAAAAATTATTTGGCTTAAAAAACGCATGTTTATCTA TAAGAATCACTATTAATAAGCATACATCAATGTTCTTAGTCAAATTACTC AATTTTTTTATGAGATAGATGTTTTTTTTTGCTCACGAGGGCTCACTTTT GAAGCATATGTGTGTTTAGACATGAAATTTTGGTTTCTTGGCGTGTTTTT ATAGAAAAACTGGCCAAATTCGACATTTTTTTATAAGCACATTATCAATT ACTTAGGTATTAGCTTTTCTCGAGATTGGCTCTTTCATTCTTTATAATTT TTTGCATAAAGATGCATAACTATGAATCCTCGAATGTGACGGAGCCCGAT TTTCGAAAAAAAATGTTTTTTGGCAAATTTGGGCCAAAAAACGACTAAAA AAGGGTTTTTGGACTTTGTGAAATATTGGATCATTGTTTTTTTCTGATTT TTTGCATGAAAGTAGGTAAAAGATGGGTCAAGCAGACTTTTGTAAAAAAA CTTTTCAGCTCAAAAAACGCATGTTTATCTATAAGAATCACTATTAATAA GCATACATCAATGTTCTTAGCCAAATTACTCAATTTTTTGATGAGATAGA TGTCTTTTTATGCTCACGAAGTCTTGAATATGAAAGAGTATTTCAAGAGC ATGAAATTTTGGTTTCTAAACGTTTTTCTTATAAGAAACAAACGACTAAT TTTAATAGATCGTCACTATTTGTGTTCTGAAGGATTGTTTAACGTTCATG CTCACGTAGATATCAATTATATATGTGTTAAATGCATAACCAGGTAGGTC CATAAAAGTATCACTTGTTTCTTGATTTTCAATGGAAAGTCTTCCAGAGA ATTCGCACCATGTAATTTTTATAAGATCTATTCAAAATACTTTCATTTCT CAACGAATTTCTTTCCACCACAATTTTCATACTATGTTTTTTTATTTCCT TCAGGAATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATA ATCGTAACTACGACAAGGTTTGTCAATCATCACCAGGAACTTCGTTTATA TCCTTGATTGTATTTTCAAAGGCTCTGGTCCTATGATGGCAGCAAAACTA TCCCATTGCTGTTTGAATCAAAAGTTTTCACAGCTCTTGTAATTTGTTTA TTCAGAGGAATGTAAAGAGATGGAAAAACAGCTTTTCTGATTACTCAAAG TTCAACGATCACTTGAAAATTCTATAGGAAAAACGTTGATAAGGTTATTA AATGAAAATCCAGAAAAGACGGCTTCTACATAATTTGACGATAAAAATGA AATTTTTTTTTTCCTTTTTTGCCGATTACTAGTTCAATTTTTAAGAATAA GGGACAATTTTTTACCAATGTAAAAGAAATTCTTAACGCAATGATATTAA ATTAATTCTTGTAAAACTGTCAGAAATCGAGTAAAATCAAGATAAAACCT ATTAACTCAAAATTTAGGTTAGCTTTTCCTCTTTCCAAAAGCGAAAAGTC TAGCTTTATAACATTTTTAGTTTTCTGACAATCTCAATCCAAACTTGTAC ACTTACACGTATTGTAAAAGTATTTTTAAAAATCTTTTTCGTGTAGGTGA GATTGCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGA TGACAGAGATTGTGGTCAACAAGCTCACGTCGTGTGTAAGTGAATGTCTT TTACTCTATTGACTTCATGATTTTAAAACAAAAGTCCTTTCCAAGAGTAA TCCATAGCCCAGGGAATAGGCGCGGGAAGAGGCAGATCAGATTGCCCCCC TTGTTTGCTGCCGCCACCGCCGTTAACTTCTGACAAAATATCAATAAAAT CAAAAACACAATGTCGAATCTGATTTCACTTACCTTTGGGAATAACAAAG CTCTAGTTTGATATTCATTCTGAGATGGGCTGCACTTATAATCAGTCAAA TTTGCCATGTCTGGCAGGAAAACACTCCAGCCTCTGTTTTCTTTCGTTTT TCTGCGATTCAACCCTAGCAGAGTCTCAATTCATTGACAGATTTTTTTTA ATCCGAAGCACTTGTTTGATATTTTTTTCTATGAGGTTGCAATTCATGAA GGATTCTTTTCTTTGAGATTCCAATTATCTATCTAGATAATGACTTGACG TGACTGGACGTACGATACTTGACTGTACATGACGAGACTACGTAACCCTA CACTACGTAACACTTACTACGCTTAAGTTAACTACTTTAAATGACGCAAC ACAACATTTATGGCACTGGAAAAATATCATGCTCGCAGAGTCCAAGGGAC TTTTTCCAACACTCAAGAAACTTTTCCATTCACAGGGGAATAGAATCAAA GTTTTTCACTTTGGATCGAATTATGAGAGAACAGAATAGACCAGAACAAT TCCTTTGTTTTCAAAGATTATAAATGCATTTTCCACCTAGTGTGGCTCTT CCGTGGATACTCAAACAAAAAAAATCGAACTGTTTCAATTTATATCATAC CCTGAGAACTTGAGATTTTCCAAGTATCTTTGTATTGAAATTGGTTTTGT TTTCGTTTGTCCGGTTGTATTCGTTTTGTAAACTATTGTAGAATAAAGTA ACTTGAGGTGTTTTCGAAATCAATGTTACTCAACTTTTTT

Coding sequence (CDS) from alignment at scaffold_397:59062..64801-

>TCONS_00063653 ID=TCONS_00063653|Name=TCONS_00063653|organism=Clytia hemisphaerica|type=CDS|length=10980bp|location=Sequence derived from alignment at scaffold_397:59062..64801- (Clytia hemisphaerica)
GTGAGATTGCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGA
TTGAGAATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATA
ATCGTAACTACGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGAC
CGAGCAGGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTC
CAATGATCGAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGA
AAACGTTCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGAT
CCATTTGAGAATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCA
AATGGTTTTGGATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTG
GAAATGTCATAATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATC
TGGGATGTTCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGG
TCATGACAGCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATG
TCTTATACAGCGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGA
TTTGGCAACTGGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGA
AAAGTGTATTCAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTT
TCATGCAAACGGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAA
GTGGCTGAACAATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAA
AGAAATCGGAAGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAA
AGGTCATATTGTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGAT
TTTCTACAATTGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGC
ACCAGCTTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAA
AAATTATTTGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCA
TGTAGCTCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGT
GAGATTGCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATT
GAGAATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAAT
CGTAACTACGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCG
AGCAGGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCA
ATGATCGAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAA
ACGTTCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCC
ATTTGAGAATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAA
TGGTTTTGGATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGA
AATGTCATAATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTG
GGATGTTCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTC
ATGACAGCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTC
TTATACAGCGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATT
TGGCAACTGGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAA
AGTGTATTCAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTC
ATGCAAACGGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGT
GGCTGAACAATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAG
AAATCGGAAGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAG
GTCATATTGTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTT
TCTACAATTGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCAC
CAGCTTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAA
ATTATTTGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATG
TAGCTCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGA
GATTGCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGA
GAATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCG
TAACTACGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAG
CAGGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAAT
GATCGAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAAC
GTTCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCAT
TTGAGAATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATG
GTTTTGGATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAA
TGTCATAATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGG
ATGTTCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCAT
GACAGCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTT
ATACAGCGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTG
GCAACTGGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAG
TGTATTCAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCAT
GCAAACGGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGG
CTGAACAATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAA
ATCGGAAGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGT
CATATTGTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTC
TACAATTGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCA
GCTTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAAT
TATTTGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTA
GCTCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGA
TTGCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGA
ATTGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTA
ACTACGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCA
GGGTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGA
TCGAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGT
TCAATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTT
GAGAATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGT
TTTGGATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATG
TCATAATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGAT
GTTCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGA
CAGCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTAT
ACAGCGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGC
AACTGGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTG
TATTCAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGC
AAACGGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCT
GAACAATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAAT
CGGAAGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCA
TATTGTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTA
CAATTGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGC
TTGGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTA
TTTGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGC
TCCTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATT
GCAGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAAT
TGATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAAC
TACGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGG
GTCAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATC
GAAATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGTTC
AATGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGA
GAATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTT
TGGATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTC
ATAATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGT
TCGAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACA
GCCCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATAC
AGCGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAA
CTGGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTA
TTCAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAA
ACGGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGA
ACAATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCG
GAAGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATA
TTGTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACA
ATTGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTT
GGCACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATT
TGCTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTC
CTGTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATTGC
AGAATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAATTG
ATTACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAACTA
CGACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGGGT
CAACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATCGA
AATGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGTTCAA
TGGTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGAGA
ATCCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTG
GATTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCAT
AATGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGTTC
GAAAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACAGC
CCTGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATACAG
CGGAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAACT
GGATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTATT
CAACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAAAC
GGAAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGAAC
AATTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCGGA
AGAAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATATT
GTCATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAAT
TGCAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTTGG
CACCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATTTG
CTTCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTCCT
GTTACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATTGCAG
AATGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAATTGAT
TACTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAACTACG
ACAAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGGGTCA
ACTTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATCGAAA
TGTCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGTTCAATG
GTCATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGAGAAT
CCAAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGA
TTGATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCATAA
TGGAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGTTCGA
AAAACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACAGCCC
TGTTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATACAGCG
GAAGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAACTGG
ATCAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTATTCA
ACGATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAAACGG
AAAATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGAACAA
TTTCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCGGAAG
AAACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATATTGT
CATACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAATTG
CAGATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTTGGCA
CCGCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATTTGCT
TCAAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTCCTGT
TACATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATTGCAGAA
TGAATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAATTGATTA
CTTGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAACTACGAC
AAGGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGGGTCAAC
TTGTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATCGAAATG
TCCAAGCATATGATATTTATACTGGTGAACACATGAAAACGTTCAATGGT
CATTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGAGAATCC
AAGAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGATT
GATTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCATAATG
GAAAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGTTCGAAA
AACAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACAGCCCTG
TTACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATACAGCGGA
AGCAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAACTGGAT
CAAGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTATTCAAC
GATTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAAACGGAA
AATGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGAACAATT
TCATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCGGAAGAA
ACCCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATATTGTCA
TACATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAATTGCA
GATATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTTGGCACC
GCAACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATTTGCTTC
AAAAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTCCTGTTA
CATGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATTGCAGAATG
AATATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAATTGATTACT
TGTGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAACTACGACAA
GGTCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGGGTCAACTT
GTGTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATCGAAATGTC
CAAGCATATGATATTTATACTGGTGAACACATGAAAACGTTCAATGGTCA
TTTCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGAGAATCCAA
GAAGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGATTGA
TTTCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCATAATGGA
AAACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGTTCGAAAAA
CAAAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACAGCCCTGTT
ACTGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATACAGCGGAAG
CAAGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAACTGGATCA
AGAACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTATTCAACGA
TTACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAAACGGAAAA
TGAAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGAACAATTTC
ATTTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCGGAAGAAAC
CCTCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATATTGTCATA
CATGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAATTGCAGA
TATAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTTGGCACCGC
AACATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATTTGCTTCAA
AAGAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTCCTGTTACA
TGTCTATCTTTAGAGAAACAGGAATTTAGATAGTGAGATTGCAGAATGAA
TATCACCAAGATGATTGGGATGCTGTCGATGATTGAGAATTGATTACTTG
TGGCTTGGATTCAAAGGTCCTGATTTGGGATAATCGTAACTACGACAAGG
TCAACTATGCAGCTTCAAGTGCCAACAATGACCGAGCAGGGTCAACTTGT
GTTTCGAACAATAATCAGGTTGTGTTTGCCTCCAATGATCGAAATGTCCA
AGCATATGATATTTATACTGGTGAACACATGAAAACGTTCAATGGTCATT
TCAAAGCAGTAACTGGTGTTTGTTATAACGATCCATTTGAGAATCCAAGA
AGAATGGAGTAGATAGTATCAGTTTCACGCCAAATGGTTTTGGATTGATT
TCTCTGAATTCTGATGGAACACTTTCTCTTTGGAAATGTCATAATGGAAA
ACAAGCAAAGTACAAATGGAAAAATCAATATCTGGGATGTTCGAAAAACA
AAGAATCTACTCAAAAGCTTGCAGACTACAGGTCATGACAGCCCTGTTAC
TGCAGTGAAATGGTCACCAAGAAAAGAACATGTCTTATACAGCGGAAGCA
AGCAGCTTGGACAAGAGCATTTTTATTTGTGATTTGGCAACTGGATCAAG
AACTCACACACTGACTGGAAAAGGACTGGCGAAAAGTGTATTCAACGATT
ACAATGGTATCCCTTGGACACAGGAATGTTTTTCATGCAAACGGAAAATG
AAATAAAAGTCTGGGACGCAAATCAACTTCAAGTGGCTGAACAATTTCAT
TTCACGTCAAAGTTAAGTGATATGCACGGTAAAGAAATCGGAAGAAACCC
TCTCATTGCAGTCTACTCTCAGGATCAGCAAAAGGTCATATTGTCATACA
TGATAGAAGCCTTTTAGCTGGAAGTAATGGATTTTCTACAATTGCAGATA
TAAGCTGATGCAGTTCCAAGAATTTCTAAAGCACCAGCTTGGCACCGCAA
CATCATCTCAGTGGAGAAGTTTTAACACTAAAAAATTATTTGCTTCAAAA
GAATTATGCACTGTGTCAGTCTGCAAAAATCATGTAGCTCCTGTTACATG
TCTATCTTTAGAGAAACAGGAATTTAGATA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_039895XLOC_039895Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00063653-proteinTCONS_00063653-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00063653-exon-scaffold_397-1575043694:64607..64801TCONS_00063653-exon-scaffold_397-1575043694:64607..64801Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:64398..64493TCONS_00063653-exon-scaffold_397-1575043694:64398..64493Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:63851..64044TCONS_00063653-exon-scaffold_397-1575043694:63851..64044Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:63595..63663TCONS_00063653-exon-scaffold_397-1575043694:63595..63663Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:63261..63327TCONS_00063653-exon-scaffold_397-1575043694:63261..63327Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:62884..62954TCONS_00063653-exon-scaffold_397-1575043694:62884..62954Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:62550..62668TCONS_00063653-exon-scaffold_397-1575043694:62550..62668Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:61989..62180TCONS_00063653-exon-scaffold_397-1575043694:61989..62180Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:60685..60747TCONS_00063653-exon-scaffold_397-1575043694:60685..60747Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:60017..60105TCONS_00063653-exon-scaffold_397-1575043694:60017..60105Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1575043694:59062..59565TCONS_00063653-exon-scaffold_397-1575043694:59062..59565Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:64607..64801TCONS_00063653-exon-scaffold_397-1510915933:64607..64801Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:64398..64493TCONS_00063653-exon-scaffold_397-1510915933:64398..64493Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:63851..64044TCONS_00063653-exon-scaffold_397-1510915933:63851..64044Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:63595..63663TCONS_00063653-exon-scaffold_397-1510915933:63595..63663Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:63261..63327TCONS_00063653-exon-scaffold_397-1510915933:63261..63327Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:62884..62954TCONS_00063653-exon-scaffold_397-1510915933:62884..62954Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:62550..62668TCONS_00063653-exon-scaffold_397-1510915933:62550..62668Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:61989..62180TCONS_00063653-exon-scaffold_397-1510915933:61989..62180Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:60685..60747TCONS_00063653-exon-scaffold_397-1510915933:60685..60747Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:60017..60105TCONS_00063653-exon-scaffold_397-1510915933:60017..60105Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1510915933:59062..59565TCONS_00063653-exon-scaffold_397-1510915933:59062..59565Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:64607..64801TCONS_00063653-exon-scaffold_397-1491911889:64607..64801Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:64398..64493TCONS_00063653-exon-scaffold_397-1491911889:64398..64493Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:63851..64044TCONS_00063653-exon-scaffold_397-1491911889:63851..64044Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:63595..63663TCONS_00063653-exon-scaffold_397-1491911889:63595..63663Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:63261..63327TCONS_00063653-exon-scaffold_397-1491911889:63261..63327Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:62884..62954TCONS_00063653-exon-scaffold_397-1491911889:62884..62954Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:62550..62668TCONS_00063653-exon-scaffold_397-1491911889:62550..62668Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:61989..62180TCONS_00063653-exon-scaffold_397-1491911889:61989..62180Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:60685..60747TCONS_00063653-exon-scaffold_397-1491911889:60685..60747Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:60017..60105TCONS_00063653-exon-scaffold_397-1491911889:60017..60105Clytia hemisphaericaexon
TCONS_00063653-exon-scaffold_397-1491911889:59062..59565TCONS_00063653-exon-scaffold_397-1491911889:59062..59565Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_397supercontigscaffold_397:59062..64801 -
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
8.34123 7.55023 4.61255 3.06202 1.87235 1.6133 3.30086 2.394 1.91821 2.70913 4.72149 2.48094 3.95279 4.29156 6.20116 6.75987 7.02383 6.05165 2.35059 3.29284 2.3888 2.98553 4.29313 3.79437 2.20224 1.66725 2.79306 2.109 1.80805 2.65681
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001680WD40_repeat
IPR015943WD40/YVTN_repeat-like_dom
IPR019775WD40_repeat_CS
IPR017986WD40_repeat_dom
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005515 protein binding
Blast
BLAST of TCONS_00063653 vs. Swiss-Prot (Human)
Match: ERCC8 (DNA excision repair protein ERCC-8 OS=Homo sapiens GN=ERCC8 PE=1 SV=1)

HSP 1 Score: 168.318 bits (425), Expect = 5.087e-46
Identity = 100/333 (30.03%), Postives = 164/333 (49.25%), Query Frame = 2
Query:  146 HVAPVTCLSLEKQEFRYLLSGSAKGHIVIHDRSLLAGSNGFSTIADISWKR----TGEKCIQRLQWYPLDTGMFFMQT-ENEIKVWDANQLQVAEQFHFTSKLSDMHGKEIG-RNPLIAASSLDKSIFICDLATGSRTHTLTGHDSPVTAVKWSPRKEHVLYSGSTNGKINIWDVRKTKNLLKSLQTTESKK-----------NG-VDSISFTPNGFGLISLNSDGTLSLWKCHNGKQAKVNYAASSANNDRAGSTCVS--NNNQVVFASNDRNVQAYDIYTGEHMKTFNGHFKAVTGVCYNDPFEELITCGLDSKVLIWDNRNYDKVRLQNE 1084
            H   +  L +E  E RY+LSG + G IV++D    +  + ++  A  S  R         ++ +QWYP DTGMF   + +  +KVWD N LQ A+ F+F   +   H   +  ++ L+A  +    + +CDL +GS +H L GH   + AV WSPR +++L + S + ++ +WDVR+    L +L     KK           NG V+ + FT +G  L+++ +D  + LW   NG+   VNY     N+ +     VS   +++ VF      +  Y +Y+GE +    GH+K V    +   F+EL +   D  +L W    Y+ V   +E
Sbjct:   42 HGGGINTLDIEPVEGRYMLSGGSDGVIVLYDLENSSRQSYYTCKAVCSIGRDHPDVHRYSVETVQWYPHDTGMFTSSSFDKTLKVWDTNTLQTADVFNFEETVYSHHMSPVSTKHCLVAVGTRGPKVQLCDLKSGSCSHILQGHRQEILAVSWSPRYDYILATASADSRVKLWDVRRASGCLITLDQHNGKKSQAVESANTAHNGKVNGLCFTSDGLHLLTVGTDNRMRLWNSSNGENTLVNYGKVCNNSKKGLKFTVSCGCSSEFVFVPYGSTIAVYTVYSGEQITMLKGHYKTVDCCVFQSNFQELYSGSRDCNILAWVPSLYEPVPDDDE 374          
The following BLAST results are available for this feature:
BLAST of TCONS_00063653 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
ERCC85.087e-4630.03DNA excision repair protein ERCC-8 OS=Homo sapiens... [more]
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