TCONS_00003338 (transcript) - C. hemisphaerica

Overview
NameTCONS_00003338
Unique NameTCONS_00003338
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2245

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00003338 ID=TCONS_00003338|Name=TCONS_00003338|organism=Clytia hemisphaerica|type=transcript|length=2245bp
ATCCCTTTGAAATCTCGTgcctaaaaatggtagacataGCTGACCGTTCC
AAATAACCGAGAAAGCAAGGAGAAATTCACTCAACAATATGTCAAGAATC
AATTAATGGAAATTGCTCAACAATGTACTCAACCAGAGGCTGAATTTTGG
AAATGCTTGGATAAATCCGCTCTCATGAAAGATTTCCGGAAAAAGAAGCG
GAAATACCATGGAACATGTTGCAAAGAAGCCATACATACTTCATGCGAAG
TGGAGTGTTTGACGACTAAGAAGATCTCcaaattgttgaaaaatgaaaga
tgtAATGCGAACAGAGAACCGAAATTCACAAGCTGTATCAAAAAAGTTCA
CGCTGCACGGAAATGCTGTAGCGGGTCTACAAAAGAATGTAAACACTCGT
GTATGCAGTATTTCAAGAACGTACGTTCGAACAATGTCCTTCAGTtgaaa
cagatttttcaaaagaaatgtgGACGTCGATCAAAACAGTTCAAATGCGC
TTTAACCAACTCCAACTTTGATCGTGCCATTCAGAATGTTAACAACTGTT
GCAATCATAGCCATAATAAACGATGCCATAATTCGTGTAATAGGGTATTA
GGTAATTTGGACAAAGATTTCAAAACAGCATTCAAACAACTAACAGATGA
TTGTGGTGAACTACACGTTAACTCACCATTGTACAGGTGTTTATTGGATG
CTAACACACAAACACAGAGGATCGAAGATGTACCAAACCGTGGACGAACA
ACAATCCGTAAACCAGCTTACCAATCGTTCAAACAACAATGTTGCGATCG
TGCTGTGTCTCCCGATTGTCGTAAGTGGTGCCAAGAAACGATGGCTGATC
CTAAACTCATGTTGTCGTTATGGGGCACCATGTATCTTTCTTGTATACAA
AGTCCAAAAGAAGTAGCGTTGTCCAACTGTATGACTGATGTTTTCGAGCC
ATGCGAAATCGGCGTTAAAGAGCCAATGACCTTTTGCACTAACCTGAACG
AACATCCTATGTCTTTGTTCCGGCGTGGAGACCAGTCCGGTGATTTGACC
GCCCGGAAGTTGCATAAATTCTGGTCAGACGGAGTTGTGAAAGTCTTTGG
TTACAAGCTTGTGTTCAAAGATATTTCGACCTGTCAACCAGAGATGTTTA
AAGCAATGGCTTGTCTCCTGGCAACCAAACCATGCGatcacagacattct
cagatacAAGTGTGCAGACATGACTGTGAAATCCTACTGACGGAATGTTT
GAATCACGATATTTCCGATTACGCTCCGAACACAGTTCAAGATATTTGCG
CCAACATCTTACCAAAtaataaccaatcaaattgcatCCCGTTACGTAAA
TACGCCGTAAGACAGACCCCGTCAACGGCTCTATTAAGGCGCGTTAAGCC
GAGAGAAGATGTGACGTTACCGTGCCGTAACGACCCGTGCGGCGAAGATG
AAGTTTGTTTAATTAATCAAGAATGTTTGAAAGAAGATGAAAACTCTATC
TATCCATGCCCAAAATATAAATGCGTCAAagGTTGTCCAGTCAATGTGAA
CAGTAAGTTGATCATACCGCTTGGTGAGATGGCCAAACTGCGAGATGGAG
AAAGTGATTGTTACCAAGTTTGCGAATGTCAGTATGCAAATGAACATAAC
GAGAAGTCAACAAAcacagttttcaaaaattgcaagaAATTCCTTTGTAA
TCAGAAACGAAGTTGTACGCGTGGTAAAATGACATACAGAGACGGAGACA
CATTCCATGAACAATGCAATACGTGCACGTGTATTGATGGCACGTTCGAA
TGCACCAAGAAAAATTGTGGACTGGAATTCGTAGAAGAAAGTACTGCCAC
GGGTCGTCATCGCAGACATCACGGTTCAAGTTTCTTCGTACAAAATTCGT
CACCTTGCAACTGCCACGATGTTTACAAACCGGTCTGTGCTTTAAATGTT
ATGACCTACCCGAACGCTTGTCTGGCAAAATGTTCAAATATCAGCGATAT
CAATCTCAGCGTTGGGGATTGCCGGTCTATTCATCCTTGTGATTTGAATT
CTTGTGATCCTGGCAAAGTTTGTGTCCCCTTTCGACGCGTGTGTCTGGCG
CCATGGACCAGTTGTCAACAATATGAATGTTCTTCACCAAGCACTACAGT
TCTGAGATACATGANGATTTGATGGATTTCAAAGTACGTTTAAAGGAATA
GTTTCATGTATTTCCCAAGAAGAGAAGTAAATGTTAAGAGCCTGT
Run BLAST on NCBI

transcript from alignment at sc0000026:362158..376831-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00003338 ID=TCONS_00003338|Name=TCONS_00003338|organism=Clytia hemisphaerica|type=transcript|length=14674bp|location=Sequence derived from alignment at sc0000026:362158..376831- (Clytia hemisphaerica)
ATCCCTTTGAAATCTCGTGCCTAAAAATGGTAGACATAGGTATGAGAAAG AGACCTCATCCTACGTAATCAACTGCGTCTTAACTGTGACTATACCACTT TTCTGTTTCGCGATCTCTATCAACATTCAAAAAAAAATGAGTTGATATGT CAATGTTGATTCTATCAATATTTAGCCTCACTGTATCAAAACCTGTTGCC AGTTTGTCGCCTCATTTTACTTTTTAAATGATGAAAAATAATACTTTTTT ACTGCACTTTATGTAAATATTAGCTTTCATCTTTGAAGTAGTCTGATACC CTTTTACATCCCCTTTATTTAGTATATTATTAATCACTATTTGACCAACA GATTTTAAATTTTAATGAGACTTAATTATTTTGATGACCTTGGATTTTAA TGACATTCTCTACTCCTCGAAATTTGAGTTTTTCATTTTCATCGAACAGT TTATCAAAGAACTTATGTTGGTCATAACATAATTCGAAACCGTACCACAT CGCCAAACTCAAAGTTTCTCTTAGAGTTGAGGAGTACATGAGTTTGTATA CAGAATTATATTTATTGACGATCTTGACCTAAAAACTGCCAGCTCATTTA TTAGAAGGTATAACAACAAGAATGTTATACAGGGTCACTTATAATTCAAA TAGTTCTACTTTCGAGGAGGTACAATTCAGAGGGTCCTGGCAATAATCAT GCTGATTTTTCGTTGTTTTTTTTCAACACAGCTGACCGTTCCAAATAACC GAGAAAGCAAGGAGAAATTCACTCAACAATATGTCAAGAATCAATTAATG GAAATTGCTCAACAATGTACTCAACCAGAGGTATGTTTTCAAATCAAAAA GAATCTAGAAGCTGTCTTTTAAGTATTGTTGTTGTCCATGGGTGTGGTCG CAACTATTGTCCAATTCTCCAAAAATGAAGTAATTTTTTCAACAAAATAA ACTTCAAGGGCGATTCTTAACTATGGGATCTATATATAATTAGGCGGTAC TGTATTAAAAAATCCAAAGAAGTACAAAGAAATTATGCAATAGGGAAGGA AGGCGCCCGTTACGGATTTCTCTCGGGAAAATGGGAGATTGAACTTGATT TCGTTGACGTTAGTTTTTTGAAAAAATAATTTTAATATCATTGGGTTTGT TTTTTACTTTGCTAAATTTTTAGGCTGAATTTTGGAAATGCTTGGATAAA TCCGCTCTCATGAAAGGTAAGTGCAAATTCTGTACTTTATAATAATCGTG GCTCTTACGTTTCTGAATGAGTTTAATTAAGATCGGATAATTCATCAATG TAGGTCTAAGTTTTTCATATCAAACTTAACGTCTTGTTAGGGGGGCTTGG AAACTACCTTCTATAAGACCTAAGTGTTGCCTATAAGTGGTTATTACGAA ATCAGAAAATATGTTTTGGAGATAAGAAAATGTCACGTATAAATTGTAAT GATGTACATAGGTCGAAAGTGAAGAGAGATAAAAAGAAATATTCTTATAC GATAGAATAGAGGAGTTTTTTCACTATACAACGAAATCATTTGNGATTCT TATATGATAGAATAGAGGAGTTTTTTCACTATACAACGAAATCATTTGCT ATTTTGCAATCTTGTTTTGTGCCAGTGTATCCCAACCCTAATGACGCACT TGAAAATGCTAAGAGTGTATACTATGATTCAAGGCTTTCTTTAAAGGTGG ATATACACTTTGAACGGAGTGTTTTTAAGTTTTTCAAGTATGTCAAGTAG CTATACTATGTCGGTGGTTTTCTCACTTCGTTGTGGTCGAATAGATAAGA ATTCAATATAAAAAAGAATGTTCGCTTTCCTAATTTTTCTCCGTATCTTT CCTTACAGATTGTGTGTCACCTTTGATAAGTGTCTCTGCGGAGAAGCGTC TGAGATAAGCTATCAAGTATATGAATTCTTACACTTGAGACTCCTCCTTT GAGGTTTCTTCAGGTTTATGCGTCACTCCATTGAAGGTTAATAATACTCA CCTTCTATAAAGGAGTCCTTATCCATCTCCAAAAGTGTGGTTTTAAAACT TGACATACCTTTCTTGTTATTTTTGGTCTCTTTGNTTCTATAAAGAAGTC CTTATCCATCTCCAAAAGTGTGGTTTTAAAACTTGACATACCTTTCTTGT TATTTTTGGTCTCTTTGAAGTTCACCGGCTAAACATCTTAAAGATGTTGT TTCAACGTATAGCCTTGAAATCCTCTTTTCTCTTCGTATGTTTGAGTGTA GAATCAACCTTCATGTTTTGTGTTTGTTTATCTGTTTACATCTGCTTAAG TTTTTGAAGTGCCAAATCCGGAATTTTTGAAACGGGAACTATTTTTGAAC CCGATACCGTAAAATTATAAATGCGGGAAATCTCAATTTATTTAAATGAA AATTTTTCTCCGGATAAGACACTACATATAGCAGGGTCATTTGATATTTT TCCGGAATTTCCCTCTAGACCAGTCTAAACAAGAAGGTAATTAAAAACAT ATTTATATTCACAATTTTGATACTAATGATGTTTTAGTTCCGACCCTAAA ATATTCTCGAAAAGGCGAAAAAGGCAAAAAAAGATCGTCAATAGAGACAA AAATTTGATATCAAATATTTAAAAAGAGGAGTGTCCATTGGGGCAAATTA ATCTTTACAATATGGGAGGGCTCACAACGAGAAATCTTTTTTCGACCATC AACTTAAGAAGTTGAAAATTCTTTCTCTTATCAATCAATCATAAGTTTTA TGGATGAATAAAGGGGTTGGAATTTACAGATTTTTATTTGCAAGGTTTAC TCCTCTAACGTGCACCCATGAAAAATATTAGAAAATATACGTCGAGAAGT TATGTAGTACTCCAGTCAATAGTCATTCCTTTGAGCAAAATTGAACCTTT TGAAAAATAAATTTTTCTAATTTTTCTTACAAAATGCACGAGGGGGTTAA GATACACTTTTTTGGTATAGGAAGCTGTTAAAGAACACGATGCTCAACTT TAACCAATCTTAAAACTTTACCATTTTGGAAAACCTAAGAAATGCTGATT TAAACCATCTCCCTTAAATCAACCAAAAAGTAAGAAAAGTAACAATATGG TTAATAAGAACTGTCGAGTGAATATTTTCTGCTTCTTATAAAAAAGGAGC TGATCGTTTTGATCCAAATACGTCAAGCCTTTGGTGTTACTATTCTTTAG TGAAGTCTATTTTCGAAAGAAATTCCATTACCTCAGATATATATGGTACA TGAGGTTGTGTCAACGTCCATCAAACATTCACAACGTCCATGTAACGCCA GATGAACGTTTTAGGTGTCAGCTAGGCAGACAACTCATATCGGATCTGTC ACCACTTTTGATAAGTGTCTCTCGACCAAAATGGTAACAAAACACTTCTC TAATCATCTGCATGATCATTTTCGTGTATACTTTACACCACTCCCCCTTT TTCCTTTCGTGATCTGTCTACACGAATCTCATAATACATAAATTTCTGCT TAAAAAAGGTTCACTAAACTTTCTGTATATAGGTTCGCTCAATTTTCCAT AGGAACGTTTTTGTAGAGAATTCTCCAATTAGAAACCTGAATTTCCGGTG CTGATCTCGCCTTATAGCATAACATCTTATAGAATTTGTGAAACATACTT TTTCTAAAAGTAGAAGAAAGCTTTGGAAAGGACAATTTCGTAGGCCGACA CAATATCTTGAAACACGATTATACAAATAAAAAAACGGGTCAAAATAAAA TTGGCGAAATTATTGTATTATAGAGATTTTGCCGGTGGAAAATCTTAAAA AGATCGGCCGGCAAAATTTATCCATTATTTTCTTACAAATTCAGTTAACC CTTTCAATTCACCTGAGCACTTAAAAGTCCAAAAGTGGTGCCGAAATTGT GGGTTAATTGTTTAATATTAGCACAACACCTCTCATCCTTGACCCCTTCT CTTAAAAAGTGATTGCATGACAAGAATTAGAATTCCATGAAAGAGAGAGA GGGAGAATTCTATCTATCTGTTCGCTTGATGAAGTGCAAAACGGAACGTT ATCATCATGTTAATGATTTATGTGATGGGTGTCCTTAATCGATTTATTCA ATTTTGTTCATCAATTCCATTGGTATTCATATTTCAAAATATCTTGCATA CTGCGTTGGGCTTTTCAATCAAAATTTCCAAAATCAAATTATAATACATT GTATATATCAGTTTGAAGGTCGGTACTCCGGGAGGAGGGGGGTAGCCAAA AACCGGTACCTAGTATGACGAACGGTCCGGTTAAGTTTATGTCACCTTTC TTAAGTGTCGTTACCGTTTCACCAAAATTTAGTCTCCCTAATGTTGGCCG GTCCACACATTACCGGCATTCTTCAACTGTAGTACCCACGGATACTGCTA CCACTCAACTCCCTCCCTCTCAGTGGTCAGTAGTTTTATCTTATCGGGTT CTTTATTTTGGCGCCTTGACCGAATGCTTCTCTAGTTCTCACTCAACTGT CTTTTTAGTAATATGAGTGACGTTAATTCGCTTGAATTAGTTTCCATTTT AACTTTGTCACCTCATCAGTATAAAGCTGACAACTAACTTACGTTAAAAA AATTATATGTTCAGAAATATTAGAATGTTGAATCATATTTTGGAAAAAAG CAAACTTGCTTTTTGATTTTTCAAGAATTATGAAATTTGGAAATATTTTC GTCAACGTTTAAAAAAAAGGCTACAATTTGAAATAAGATTTGCCTTGCAT TCGTCATTTTTGAGGAAAATTGTATTCATCTATATTTTCCCCAACTCTAA AAGAATTCAATTAGTAAAACCATCATTTAGTGTCGTGTGGAAATAAATGA TAATTCACAATAAACCACAACTAACTATTAAACAAATGTGGTTTCATTAC TGCATGATGGTCAAAACAAATCAATCTACTTTCCGATGATTGGCCTCAAT TAAATGTCTCGATTGGTTGATTTAAGTGAAGAAATCTCGTTTCAAGTTTT CGTGCTTTTCTCAACTTCAGTTGAGCTACAATCTGACAATGTCTGTCTGT GTGTGTGTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCACAAAAA CTTTAGGGCAGCCTGTAGACTTCAAAAATGCTTGGCTTTGGCTGAAATTT TGCACGCTTGTTCCTTGGGTGAATATCTGGGGGAGTTTTTTCTTTTTTTG AAAATTTTGATTTTTGGGGTCTAGGGACGAGTTTTTCGCCAAACGAGGCT AAACTTTGGGCAGCCTGGAGACTTCAAAAATGCTTGGCTTTGGCTGAAAT TTTGCACGCTTGTTCCTTGGGTGAATATCTGGGGGAGTTTTTTCTTTTTT TGAAAATTTTGATTTTTGGGGTCTAGGGACGAGTTTTTCGCCAAACGAGG CTAAACTTTGGGCAGCCTGGAGACTTCAAAAATGCTTGGCTTTGGCTGAA ATTTTGCACGCTTGTTCCTTGGGTGAATATCTGGGGGAGTTTTTTCTTTT TTTGAAAATTTTGATTTTTGGGGTCTAGGGACGAGTTTTTCGCCAAACGA GGCTAAACTTTGGGCAGCCTGGAGACTTCAAAAATGCTTGGCTTTGGCTG AAATTTTGCACGCTTGTTCCTTGGGTGAATATCTGGGGGAGTTTTTTCTT TTTTTGAAAATTTTGATTTTTGGGGTCTAGGGACGAGTTTTTCGCCAAAC GAGGCTAAACTTTGGGCAGCCTGGAGACTTCAAAAATGCTTGGCTTTGGC TGAAATTTTGCACGCTTGTTCCTTGGGTGAATATCTGGGGTTCTACAATT GGGCCTATGAATGATTTGAAGCCACTGAAGTTGAGCCCAGTGCGTTGCGC ACGTTCGACTATTTTACATAGCAACGATTTAAAGTATCCAAATTTAAAGA TTGATCGGGGCTCGAAATACAATTTATTTTCTCAAAGCGACATTTGACTT TTAATGGATTTAGTGCCGTTAAAGTTGAGTGTGTGCCTAGTCCCAACTGG CACGCAACGTTCTTTCAACGTTCGTCTAACGTTCGTTAGAGACGTCAAAA GGACGTTGTTATGATGTTATATGCCAGTCCTTTTATTGGGTACAGCTAAA TATTCTTTAAATATAAAGTGGATACACGTTTTTTATAAGAACACCCAAAA ATAATCCCCATTTTGTGGGAATCTTTCTGCAATTTCTATGAAATTTGGTC GTTTAGAGTTCATGAAGCCTTAAATCTTAGTTCTTAACTTGCTCTTAATA TTTTGGACATCGAAGCCTTGTGTTCTTATAACTTTTGTTCTTATTAAAAA ACTTCTTTTTAATCCCGATCAAGATCATGGGGTCGAAAGATAAATACTGA TTTTGCTCGCTAGCAACTCATCTGTAAGCTCTGTCTGAAGAAGATCCGTG ATTATTCCTACAAAAAGTCTCCACGCTGCGACCAGTCAGCTGGCGTACAG GAAATGGGTAGAACATTAAATTATAATTTTGAAAATCATTATTTTTGTCA TTGTACATACAATTATACTCATCCTACCAATCTTATTAAATTCTGAATTG ACGTCAAGAGTCAGGGGTTTTGCTTAACTGCTTTCAAATAAAGAAAACTC AAGTGCAGATATAATTGCAATAGGGGCTGCAAAATTTTCGCATTGATTAT AAGTACCTCGCAATCAATCATCTCCCAAATCTAATTGGCTTACTCTCTAT AATCCGATAGGGGTAAACTGATTTTAAAATCTGAAAGGGGTAAACTATAT CATCTTCTCTTGAATTAGACTTAATTCAGGTTAATTATGGTTTTAGTATG TTGTTTTTACTGTGTTGTGATATGTTTTGATTACCCATCANAGGTTAATT ATGGTTTTAGTGTGTTGTTTTTACTGTGTTGTGATATGTTTTGATTACCC ATCATGCTATGGGATTAATTTAACAACAGGTATTGTTGAAAAGGTATACC CTACAGATCACGCAACTTATTTTTCATAAGGTCGTAACAGTACAAAGTAG CCAAAAGTAGTAGATAATCTCTTCGAATGTAACGAAAATTGGAAAAACTT TTGTCGTGGAATATAGCCGAAAACAAGACTCCGTTTTTTAGCCAGATTAT TTGAAGTGATAGTTTAGGCAAAATACTGTATGACACAAATAATTTTCTTT TCTGTGCGTGTAAAACTCTAACCGGAAAAATGTGTTGGATCCATTAATTG AGGTAACTCGATATGCGTTGTCATGGATCAAATGTATAAATTTCCGTTCC GTTCTCGTTTTAGATTTCCGGAAAAAGAAGCGGAAATACCATGGAACATG TTGCAAAGAAGCCATACATACTTCATGCGAAGTGGAGTGTTTGACGACTA AGAAGATCTCCAAATTGTTGAAAAATGAAAGATGTAATGCGAACAGAGAA CCGAAATTCACAAGCTGTATCAAAAAAGTTCACGGTATGTTCTTCCTCTT TCTCAGCTGCCTGCCTATACAACGCCCATGTATTGTCAAAACAACGCCCA TATAAAGCTCAGCTCAGCGAATGTGTTGAAACGCCGTTGTCTGCCATTTG TTGGTATAACTTTTGATTTTAGTGGATTTTTGAAATTATATTTCCGTTAC GGGGCTCGAAATAACGGTCGGACATTTATTCCGACCCATCGTTATTTCAG GCGCTGTCCATACCGTGTCCATACCGTGTTAGAATATTTGAAAAATTCTC CCCGAAGCAAAATTTTCATCTTTTTCGAAAATAGAATCGTTTCATCTTAT GGTTCGGACACTTGAAGAAAATCTGAATCTAATTGACAATCATTTATAAC CCATTGATTCTGTTGCTTTTTTAATAGCTGCACGGAAATGCTGTAGCGGG TCTACAAAAGAATGTAAACACTCGTGTATGCAGGTATGTCACTGGATATT GATGAAACTCTTTTCCCCTTCCTTGTGCATACCCCTGAGAATAATCTTCT AGAATTTCTATGTTGAATAAGGGAGTGGTCAGAAAGTATCTACTAGGGGG GGTGGAGGATTCTAGGGGGGGGGGTTCCAAAATTTTTTCGAGGGTTTAGG AAGGGGGTTCAAATTTTTTTTGAGGGTTTAGGGGGGGGTTCCAAATCTTT TGGGCAACTCAAGAGAAAATGTAGGAAGTCTAATTTCATAGTTTTACGTT TCAAGATTTCAAAAATTTTTCGGCCTGGCGGCCGACAACTCAGAATTTAT TTTATTTGATATGTGTACATGTCATACTAACATTATTTGGGCATCATTGC CTTTCCCTTTTGGTTTGTAGCATTGAGCTAAATGAGGGAAGTAGATTAGT GGCTTTCACAGCTCATCAGAGTGGTTTGAAAAAGTACTTTTTAGAAAGAA ATTTGTCAAACTCAAAACAAAGTGTCTTTTAGCTAAATGGTGGTGAAAAA CATCGACATTTTCTCCCGTCGGCGCAAACCATGGTTGTGCCTCCTTAGTC TCTACTAATATCTTATAAATTATATACACAGAGCTTTGACAGACCCTGGA AAACCTGAAAATATAGGTTTATAGGGAAATTTCAAACTCAGAGAATTTTA TTTTTCAGACACCTTTTAACAACAGAATAACTTGTATTTTAGGGTCTCGA GTACCTGATCTTCAAAATTTTCTCCCTTCGGGGCCAACCATGGTGGCCCC TCAGAATATTTTGAGTAATTGAGTAATGCCTCTGTAATGTAGGGAGATTA TGTATCAGGGAAAATAAGCCGTAATTTTCTCCCAAATTTTGACATAAAAA ACTGTCATACAAACAAATAATACTCTTTACCGCATCTGTATAGTCACATG AATTTCTTTTAGACTCTAGTTATATTCCAAAACCTTAATTTCAAATATCA CCTAACAGTGGAACCTCCTTAAATCGAATGTCTCCTTAATTCGAACATGC TGTCTGGTACTCGATGTAGAAATTTTCTTCCGACACGCTAAAGCTCTGAA GGTCGGGAAAATTTTAACGTCTGGAACCTTTGGGTTACCATTTTTCTTTT TTTCTGTAAGGTTTCTCAGGCAGCAGAGATTTTCATGCTAAATTCAGTCG GGTGCAGCAAAAAGTGTAAGGACAGTTAGACACGAGTGTGATGCGGTACA TCAAACGATGACTATAGGTCGCCGATGGTATATTGGTCCGCTCCTTCAGA GCTTTAGCGTGGGCGGCCGCCAATACGCCATCAGAATATCAGATAAGTCT GGGCTTTTCAATAAACATTGCCGAGCAAGTCTCTAATAATTCGAAAAATA TTGCGAGAGTTGGCGTTATCGAAACTATGTATCCTGCCAGAACCCGCAAA GGTTAGAATCTGTGAACGAAAACTAACATCATTAATTAATTTCAACTCGT TTATTTATCTATAGTATTTCAAGAACGTACGTTCGAACAATGTCCTTCAG TTGAAACAGATTTTTCAAAAGAAATGTGGACGTCGATCAAAACAGTTCAA ATGCGCTTTAACCAACTCCAACTTTGATCGTGCCATTCAGAATGTTAACA ACTGTTGCAATCATAGCCATAATAAACGATGCCATAATTCGTGTAATAGG GTGAGTATTTTGTTTTCCCACCGCTGACCTTAATAAACTAAGCTATATCC GCCATCTTTGATCGGAATTTTCTGCCTCCTGGGTTTACATAAAGCTCAAT ATCTTCATCACATTATCGGGGCGGAGTGAGGGATGTAGTGGAACATATTT TGGTAAGGTCTTATCTCAAAATTGACGGGATAAAGAAATGAACTTTTGAT TGTATGAGTCCAAACACGAAACCCTCCAGATATAAATGGGAATGCTATAT TTAGTTAAAGGTTCCCAGGCCGGGTGCCTCTAGGACTCCCAAAGAAGACC TGTTGAATCCTTAGCTAAATGAAACATTCATAATTATATATTTATGTTGA GTTGAAGAATGATCGGATAATTTATGAAAATGCTTATTTTTCGTCATCTT TAGGTATTAGGTAATTTGGACAAAGATTTCAAAACAGCATTCAAACAACT AACAGATGATTGTGGTGAACTACACGTTAACGTAAGATTCATATCCAGAA CAACCCCAGCCCTGTTTTTTCAATTACCTTGCTAAACGAATACCCCGAAG TTTCAAAAAGTTTAAACTGCATCGTATCGTATTTCAGTTGAATCTCGATA CTACAGATAATTAGTACCTTTCATTGGTCCCTTTGGTTAAAATATTACTT ATTGGGATTCGACTGTATTTGACCGGTAGAAATGATAAGATATTTCAATA TTCTCTTTTCTCATAGTTGACAGGTTTCTCGAAGAAAATTAATGGCTAAG ATATTTCAATATTCTCTTTTCTCATAGTTGACAGGTTTCTCGAAGAAAAT TAATGGCTAAGATATTTCAATATTCTCTTTTCTCATAGTTGACAGGTTTC TCGAAGAAAATTAATGGCTAAGATATTTCAATATTCTCTTTTCTCATAGT TGACAGGTTTCTCGAAGAAAATTGATGGCTAAGATATTTCAATATTCTCT TTTCTCGTAGTCACCATTGTACAGGTGTTTATTGGATGCTAACACACAAA CACAGAGGATCGAAGATGTACCAAACCGTGGACGAACAACAATCCGTAAA CCAGGTGAAAATAACTAACAATAATAAAGACTAATATTTTGTATGGCTGG CCATGATTAACGACTGAGGTTTTCTAGACAACTCAGTCTATTGTCTCCCG CAGGGCCACTTCAAAAGTAAAAGAGTTAATAAATTAATTAAACAGGAAAA ATCATTCCCCTAATATCAAAATATTCCTTACGGTACTGCACTGAACTACT TCGTAGAATTAGTTTTATAAATACTAATATCGGTGATTTTTTCTTGTTCA TTCAGCTTACCAATCGTTCAAACAACAATGTTGCGATCGTGCTGTGTCTC CCGATTGTCGTAAGTGGTGCCAAGAAACGATGGCTGATCCTAAACTCATG TTGTCGTTATGGGGCACCATGTATCTTTCTTGTATACAAAGTCCAAAAGA AGTAGCGTTGTCCAACTGTATGACTGATGGTAAGATTATATTCGAAATAC TTTTCATTTGATATGAAATCATGTTCGGATTTTACCCAGAGATTTAAGCT ATTGTTGACACAAAAGTAAAGAATTTGTTCGAATTATCAAACTAAATATA GGTTGTTCTCAACTAAATTCTTAAATTCTTCTATCAATTTTCTAATCTGT AGTTCTAAATAATTCAGGATCCTTAAACTAAATTTACTCTTCTCATTTAA TACATAGTTTTCGAGCCATGCGAAATCGGCGTTAAAGAGCCAATGACCTT TTGCACTAACCTGAACGAACATCCTATGTCTTTGTTCCGGCGTGGAGACC AGTCCGGTGATTTGACCGCCCGGAAGTTGCATAAATTCTGGTCAGACGGA GTTGTGAAAGTCTTTGGTTACAAGCTTGTGTTCAAAGATATTTCGACCTG TCAACCAGAGATGTTTAAAGCAATGGCTTGTCTCCTGGCAACCAAACCAT GCGATCACAGACATTCTCAGATACAAGTGTGCAGGTGAGATTTTGACAAA AAAAGGTTTTTAACTTTACATAGACGTGTTAACAATGTGGTAATTAACTA GTAGAAATTTCCATCCTCATTAGTGTTTGACTTCTGGCTAATTTTCTGAT GGGGTAATAATACAACTTTATTATTAATATTAAAACAGCATTAAAGTAGT GCTATAAACTTTACAGTAGAAAATCAATTTAAGAATGCTTAATGTAGGAG CATAATACAATTAAGAAAATCAAAGAAAAGCAGCAAAATAGGTGTCAAAT TTTGATTTTGCCCAAATAACATAATCTCTTTCACCATGATTAAAATCTTT GAAAATTCTTAAATAATCAGAAAATCTTACTTGTAAAATGATAACCTCAT TTTCAATCCAATTTCAGACATGACTGTGAAATCCTACTGACGGAATGTTT GAATCACGATATTTCCGATTACGCTCCGAACACAGTTCAAGATATTTGCG CCAACATCTTACCAAATAATAACCAATCAAATTGCATCCCGTTACGTAAA TACGCCGTAAGACAGACCCCGTCAACGGCTCTATTAAGGCGCGTTAAGCC GAGAGAAGATGTGACGTTACCGTGCCGTAACGACCCGTGCGGCGAAGATG AAGTTTGTTTAATTAATCAAGAATGTTTGAAAGAAGATGAAAACTCTATC TATCCATGCCCAAAATATAAATGCGTCAAAGGTAAAAATCCTTTTTTTTA ACCATGTAAACTTAAGCTTAATAACAAGAGTAGCTTTGACTTTGAAAACT CTACACAAACTTTTAGTTACAGACTTGGACATCTATCTTTATATTTTAAC TGGAATCGTTAATAATAAGTGCATTTATGATACATGGAATACAGTAATAT GGGTGTTATATGATAGTATGGTAATTATTACGGGATATCAACTAAAATTT GTCCCTTTACTTTTCCTATGTATGAACTAACCGTCTAGCATGCTACTTTA AATTGGACTTGTTCATTTTTAGGTTGTCCAGTCAATGTGAACAGTAAGTT GATCATACCGCTTGGTGAGATGGCCAAACTGCGAGATGGAGAAAGTGATT GTTACCAAGTTTGCGAATGTCAGTATGCAAATGAACATAACGAGAAGTCA ACAAACACAGTTTTCAAAAATTGCAAGAAATTCCTTTGTAATCAGAAACG AAGTTGTACGCGTGGTAAAATGACATACAGTAAGTACAATTATTTCAAAT GCTTCATAAAGAGTGGTTTGATTAGAACTTTGAACATCTCATAAAGTTAT CCCGATAATTGTCTCATTTTCTCGGGTGATATATCACATTTCCCCGACAA CGATTTGGACATTCGTGATCTTTTATTTTTCCGGATAATGATTCCAGTTT ACCCTATTCTTCTTTCATCTTCCCCGATAATGACTTTGGTTTGGTTTCAC GATTTTCGATCATTTTTCTCAAATAGTAATCACAGTTTTCCCGATTTTAC TCATAGGAGACGGAGACACATTCCATGAACAATGCAATACGTGCACGTGT ATTGATGGCACGTTCGAATGCACCAAGAAAAATTGTGGACTGGAATTCGT AGAAGAAAGTACTGCCACGGGTAAGAAACTGTGTGTGTTCTCCCAGCTGA CATTCAACGTTGTTTCAACGTTTATCTAATGTTCACAACGTCCATATAAC GTTGGATGAACGTCGAAACAACGTTGTTTGCCAGCTGACTACGTCTAAAT GTTGTCTCCGAAATCTCTAGATACAGTTGATGCTCTCTAATTTGACTTTC AAGGCGGATTGGATTTTCATCGAATAATAGAGTGTGTAGAATAGTAGAAC GTCGAATCAAGGATCGTCAACTGTATTGTTTTTGTGAAAATTAAATTTTC TTTATCTTGACGTTTCAATGTCTTGTCAAAGGGAGTAAAAGCAAATTTTG ACATCTTTGGTGCTTTTTTCTTGACATTAGAGGTCTTAAGGGTAATGGAT AGATGTAGTTATGTCTCAAACGAAACCCTTTCTTGGTGTCGTTAATATAA TCTTTTCAATACTCTTCTTTCAGGTCGTCATCGCAGACATCACGGTTCAA GTTTCTTCGTACAAAGTATGTGCTAGTTACCCATCACTTCTTCACTAACA TGTCCTTTTACTCCAAGTGATAGATACGGTGATTTTATCCAACAGGCAAA CGATGTTTTTTAACGTTCATACAATGTTTTAAATAGACGTTTTTTGACGT TTCTTGCAAGTTAGATATCTACTCTCGGGTACCTAATAGCCGGCCGGGGG GATTGGAATAAGCGGGGTGGGGGTTGGAAAAAATCTCAAAAATTAATAAG CGGGAGTGCTGGAATAAAAATGTCCTGGGTAGAAATTTTTGAAAAGGGGG CTAATACAACAGAATTAGGACAAAAGAGGGAACTTTCAAAAACATTTTCC CAAAAATTATCAAGCGGGGGGGGGGGGGGGANNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTATTAGGTACCCGAGAGT ATACTCTTTAGATGAAGGTTATAAGTTATATAGTTTCCACCGTTATAGAA TCAAACAAACGTTCGATTTGCGTAAGGAGTCGCCTCTACAGATTCGAATG TTTGCTTCCATAGTTAAATTACGTAACTCAACAAAATATGAAAAGCCTCA ATCTGTTTTCGATCTATTTACAGATTCGTCACCTTGCAACTGCCACGATG TTTACAAACCGGTCTGTGCTTTAAATGTTATGACCTACCCGAACGCTTGT CTGGCAAAATGTTCAAATATCAGCGATATCAATCTCAGCGTTGGGGATTG CCGGTCTATTCATCCTTGTGATTTGAATTCTTGTGATCCTGGCAAAGTTT GTGTCCCCTTTCGACGCGTGTGTCTGGCGCCATGGACCAGTTGTCAACAA TATGAATGTTCTTCACCAAGCACTACAGTTCTGAGATACATGANGATTTG ATGGATTTCAAAGTACGTTTAAAGGAATAGTTTCATGTATTTCCCAAGAA GAGAAGTAAATGTTAAGAGCCTGT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_001848XLOC_001848Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00003338-exon-sc0000026-1575043694:376793..376831TCONS_00003338-exon-sc0000026-1575043694:376793..376831Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:376002..376100TCONS_00003338-exon-sc0000026-1575043694:376002..376100Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:375616..375658TCONS_00003338-exon-sc0000026-1575043694:375616..375658Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:369398..369568TCONS_00003338-exon-sc0000026-1575043694:369398..369568Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:368949..369004TCONS_00003338-exon-sc0000026-1575043694:368949..369004Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:367282..367467TCONS_00003338-exon-sc0000026-1575043694:367282..367467Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:366801..366878TCONS_00003338-exon-sc0000026-1575043694:366801..366878Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:366228..366321TCONS_00003338-exon-sc0000026-1575043694:366228..366321Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:365803..365976TCONS_00003338-exon-sc0000026-1575043694:365803..365976Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:365298..365574TCONS_00003338-exon-sc0000026-1575043694:365298..365574Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:364601..364914TCONS_00003338-exon-sc0000026-1575043694:364601..364914Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:364103..364309TCONS_00003338-exon-sc0000026-1575043694:364103..364309Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:363712..363825TCONS_00003338-exon-sc0000026-1575043694:363712..363825Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:363217..363258TCONS_00003338-exon-sc0000026-1575043694:363217..363258Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1575043694:362158..362508TCONS_00003338-exon-sc0000026-1575043694:362158..362508Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:376793..376831TCONS_00003338-exon-sc0000026-1510915933:376793..376831Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:376002..376100TCONS_00003338-exon-sc0000026-1510915933:376002..376100Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:375616..375658TCONS_00003338-exon-sc0000026-1510915933:375616..375658Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:369398..369568TCONS_00003338-exon-sc0000026-1510915933:369398..369568Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:368949..369004TCONS_00003338-exon-sc0000026-1510915933:368949..369004Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:367282..367467TCONS_00003338-exon-sc0000026-1510915933:367282..367467Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:366801..366878TCONS_00003338-exon-sc0000026-1510915933:366801..366878Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:366228..366321TCONS_00003338-exon-sc0000026-1510915933:366228..366321Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:365803..365976TCONS_00003338-exon-sc0000026-1510915933:365803..365976Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:365298..365574TCONS_00003338-exon-sc0000026-1510915933:365298..365574Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:364601..364914TCONS_00003338-exon-sc0000026-1510915933:364601..364914Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:364103..364309TCONS_00003338-exon-sc0000026-1510915933:364103..364309Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:363712..363825TCONS_00003338-exon-sc0000026-1510915933:363712..363825Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:363217..363258TCONS_00003338-exon-sc0000026-1510915933:363217..363258Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1510915933:362158..362508TCONS_00003338-exon-sc0000026-1510915933:362158..362508Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:376793..376831TCONS_00003338-exon-sc0000026-1491911889:376793..376831Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:376002..376100TCONS_00003338-exon-sc0000026-1491911889:376002..376100Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:375616..375658TCONS_00003338-exon-sc0000026-1491911889:375616..375658Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:369398..369568TCONS_00003338-exon-sc0000026-1491911889:369398..369568Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:368949..369004TCONS_00003338-exon-sc0000026-1491911889:368949..369004Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:367282..367467TCONS_00003338-exon-sc0000026-1491911889:367282..367467Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:366801..366878TCONS_00003338-exon-sc0000026-1491911889:366801..366878Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:366228..366321TCONS_00003338-exon-sc0000026-1491911889:366228..366321Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:365803..365976TCONS_00003338-exon-sc0000026-1491911889:365803..365976Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:365298..365574TCONS_00003338-exon-sc0000026-1491911889:365298..365574Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:364601..364914TCONS_00003338-exon-sc0000026-1491911889:364601..364914Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:364103..364309TCONS_00003338-exon-sc0000026-1491911889:364103..364309Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:363712..363825TCONS_00003338-exon-sc0000026-1491911889:363712..363825Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:363217..363258TCONS_00003338-exon-sc0000026-1491911889:363217..363258Clytia hemisphaericaexon
TCONS_00003338-exon-sc0000026-1491911889:362158..362508TCONS_00003338-exon-sc0000026-1491911889:362158..362508Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000026supercontigsc0000026:362158..376831 -
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
2.34435 1.6119 2.06462 2.16126e-10 0 8.62926e-05 8.87486e-09 6.89889e-09 0 0 0 1.07601e-07 0 2.59441 2.04159 0.34174 0.000173898 0.0014498 0 3.79789e-10 6.00835 6.15037 1.56357 0.0312241 2.33518e-10 1.86461e-10 6.17761 7.5708e-08 0.0569131 0.228194
Blast
BLAST of TCONS_00003338 vs. Swiss-Prot (Human)
Match: RECK (Reversion-inducing cysteine-rich protein with Kazal motifs OS=Homo sapiens GN=RECK PE=1 SV=1)

HSP 1 Score: 267.7 bits (683), Expect = 2.421e-76
Identity = 201/701 (28.67%), Postives = 313/701 (44.65%), Query Frame = 1
Query:   79 TQQYVKNQLMEIAQQCTQPEAEFWKCLDKSALMKDFRKKKRKYHGTCCKEAIHTSCEVEC---LTTKKISKLLKNERCNANREPKFTSCIKKVHAARKCCS--GSTKECKHSCMQYFKNVRSNNVLQLKQIFQKKCGRRSKQFKCALTNSNFDRAIQNVNN---CCNHSHNKRCHNSCNRVLGNLDKDFKTAFKQLTDDCGELHV-NSPLYRCLLDANTQTQRIEDVPNRGRTTIRKPA--YQSFKQQCCDRAVSPDCRKWCQETMADPKLMLSLWGTMYLSCIQSPKEVALSNCMTDVFEPCEIGVKEPMTFCTNLNEHPMSLFRRGDQSGDLTARKLHKFWSDGVVKVFGYKLVFKDISTCQPEMFKAMACLLATKPCDHRHSQIQVCRHDCEILLTECLNHDISDYAPNTVQDICANILPNNNQSNCIPLRKYAVRQTPSTALLRRVKPREDVTLPCRNDPCGEDEVCLINQE-CLKEDENSIYPCPKYKCVKGCPVNVNSKLIIPLGEMAKLRD--GESDCYQVCECQYANEHNEKSTNTVFKNCKKFLC-NQKRSCTRGKMTYRDGDTFHEQCNTCTCIDGTFECTKKNCGLEFVEESTATGRHRRHHGSSFFVQNSSPCNCHDVYKPVCALNVMTYPNACLAKCSNISDINLSVGDCRSIHPCDLNSCDPGKVCVPFRRVCLAPWT--SCQQYEC 2130
            ++  +K+ L      C +   E W C++ S+L   F+K        CC+ AI   C   C    +   ISK+ + E  NA       SCI +      CCS  G    C+  C   F+   S    Q+K + +  C   S Q    + N      ++N  +   CC+ + +  C N+C R+L +   + +     L + C    +   PL++C L+++          + G T    P+      K  CC +A +  CR+ C +  +        W      C  +P EV++  C+ DV EPC++G +  +T+CTN N  P  LFR  +   D  A    K W  G +K+    +   DI  CQPEM+KA+AC L  KPC  +     +C+ DC  +L +C + +      +T + IC  + P ++  NCIPL  Y    T    +       E+VT PC  +PC  +E+C +N++ C   D     PC  Y CV+GC +   S  I+  G + ++    GE  CY++C C           + + +NC +  C + ++SC  G      G +F   CN C+C  G   C+ + C    + E ++    R   G         PCNC D + PVC  N  TYP+AC+A+C  + D     G C S  PC+ N C   + C+P  +VCL  +    C QYEC
Sbjct:   59 SESRLKHLLQRAPDYCPETMVEIWNCMN-SSLPGVFKKSDGWVGLGCCELAIALECRQACKQASSKNDISKVCRKEYENA-----LFSCISRNEMGSVCCSYAGHHTNCREYCQAIFRTDSSPGPSQIKAV-ENYCASISPQLIHCVNNYTQSYPMRNPTDSLYCCDRAEDHACQNACKRILMSKKTEMEIV-DGLIEGCKTQPLPQDPLWQCFLESSQSV-------HPGVTVHPPPSTGLDGAKLHCCSKANTSTCRELCTKLYSMSWGNTQSWQEFDRFCEYNPVEVSMLTCLADVREPCQLGCRN-LTYCTNFNNRPTELFRSCNAQSDQGAMNDMKLWEKGSIKMPFINIPVLDIKKCQPEMWKAIACSLQIKPCHSKSRGSIICKSDCVEILKKCGDQN-KFPEDHTAESICELLSPTDDLKNCIPLDTYLRPSTLGNIV-------EEVTHPCNPNPCPANELCEVNRKGCPSGD-----PCLPYFCVQGCKLGEASDFIVRQGTLIQVPSSAGEVGCYKICSC---------GQSGLLENCMEMHCIDLQKSCIVGGKRKSHGTSFSIDCNVCSCFAGNLVCSTRLC----LSEHSSEDDRRTFTG--------LPCNCADQFVPVCGQNGRTYPSACIARCVGLQDHQFEFGSCMSKDPCNPNPCQKNQRCIPKPQVCLTTFDKFGCSQYEC 709          
The following BLAST results are available for this feature:
BLAST of TCONS_00003338 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
RECK2.421e-7628.67Reversion-inducing cysteine-rich protein with Kaza... [more]
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