TCONS_00000568 (transcript) - C. hemisphaerica

Overview
NameTCONS_00000568
Unique NameTCONS_00000568
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1458

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00000568 ID=TCONS_00000568|Name=TCONS_00000568|organism=Clytia hemisphaerica|type=transcript|length=1458bp
ttaaaattcaaattatagaaaaattaaacagaAATAGAAGAATAGGTTGA
ATTAGAATGGCATCAATATGCAGACGCATCAAAAGTAGTAAACATATTTC
TTTCTCGGCACTTCGGTATTTATGTTCATCAAACATCCAACGATTACCGT
GGACTGGTAACGAATCATTGAAGCAAGATGATCCTGAAATGTTTACTCTC
ATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGCATC
AGAGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGA
ATAACAAATATTCTGAAGGTTACCCTGGTGCAAGATATTACGGAGGGAAC
GAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGC
TTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTG
GAGCTGCAGcgaatttttcaatttacacTGGAGTATTAAATCCACATGAT
CGTATTATGGGTTTGGATTTACCCCACGGTGGACATTTGTCCCACGGCTT
CATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAA
TGCCTTACCGGTTAGACGAAAGCACAGGTCTTATTGACTATGACCAAATG
GAGGAACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGTACAAG
TGCCTATTCAAGGCTAATCGATTATAAACGATTCAAAGATGTTGCCAAGA
AGTGTAATGCATACCTTTTAGCTGACATGGCACATATCAGTGGTCTAGTT
GCTGCAGGGgtgGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAAC
AACTACTCATAAGAGTTTGAGAGGAGTCAGgcacTCTTTGATTTTCTTCC
GTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGAAACACTGTACACG
CTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGACC
ACACAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCGATGA
GTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAACTCACAAACA
ATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTCTGGTGGCAC
TGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGGAATCGACGGTG
CACGAACGGAGTACGTATTGGATCTTGTTCACATCACGGCCAACAAAAAT
ACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAGG
TgaggaaatatttcaatttagaaAACAATTGCTTACTCATCATCATCAAA
TTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGATACTCAGATATG
TTTTTAACGTCAAGGTTAATTCGTGGGTGCTTTGATTTTTATGATTTATC
GTTTTTAC
Run BLAST on NCBI

protein sequence of TCONS_00000568-protein

>TCONS_00000568-protein ID=TCONS_00000568-protein|Name=TCONS_00000568-protein|organism=Clytia hemisphaerica|type=polypeptide|length=443bp
MASICRRIKSSKHISFSALRYLCSSNIQRLPWTGNESLKQDDPEMFTLIE
KERSRQVNGLELIASENFCSRAALEAMGSCLNNKYSEGYPGARYYGGNEV
IDEIELLLEKRSLEAFNLDPKEWGVNGQVFSGAAANFSIYTGVLNPHDRI
MGLDLPHGGHLSHGFMTDAKRVSATSKYFESMPYRLDESTGLIDYDQMEE
LACIFRPKILIAGTSAYSRLIDYKRFKDVAKKCNAYLLADMAHISGLVAA
GVVPSPFEHADIVSTTTHKSLRGVRHSLIFFRKGVRSVNKKGVETLYTLE
KDINEAVFPGLQGGPHNHSMAGVAVALKQAMSEEFKDYQLQTISNSQTMA
EEMVKRGYNIVSGGTDTHLVLVDLRPKGIDGARTEYVLDLVHITANKNTV
PGDKSAMKPSGLRLGEEIFQFRKQLLTHHHQIRSILTVKKSKL
Run BLAST on NCBI

transcript from alignment at sc0000002:914724..922641-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00000568 ID=TCONS_00000568|Name=TCONS_00000568|organism=Clytia hemisphaerica|type=transcript|length=7918bp|location=Sequence derived from alignment at sc0000002:914724..922641- (Clytia hemisphaerica)
TTAAAATTCAAATTATAGAAAAATTAAACAGAAATAGAAGAATAGGTTGA ATTAGAATGGCATCAATATGCAGACGCATCAAAAGTAGTAAACATGTAAG TTTTAGTGTCCTGTTTTTCCCCAATTTAATAGAAATACTCTGTAAACACA TCAGGCAAATTTCCAGGCCTTTTGTGCTACCGGATAATGGTAGCAGGAAC TCAATCCTAATTTTTGTATATGAGGCCCTTATTAACAGAAAAAGCCCATT TGGAGGTTATAATTCTTTGTGTTTTAATAATTCCCAACTAATGACAGAGC CAACCAACTGAATTGACAGAGCATGGGTCGATTATTTTGTTCTTCGAGCT GAATTCAAACTTAATCTTTGAAATAAAATCGGTAGCAGCTCAATACCCTG GAAATTTGCCTGTATTGTGTGAGTACTGATATCCAGGCACTTAATGATTT TTGAATTTTTTTACTTGAGATTTCAAAGAATGTGTACAAACTTGAATTGA GATTCAGAAAAGCTAGAAATGTTATCTATCTAACGTTTTTGGTAATGGGA AAGGGAAAGGCTACCTTAAATTATAATCTCTCTCTGAAATAAATTTGGTT CGATCATTCAAAAGTTATGAATAAAGAAAATTATAAAAATTTCTTATTCA AAATGTAATTTTGTTTATGACTTCTAGATTTCTTTCTCGGCACTTCGGTA TTTATGTTCATCAAACATCCAACGATTACCGTGGACTGGTAACGAATCAT TGAAGCAAGATGATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCT CGTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGGTATGTTTTTGATC AATGGATATTGATTTTTATCGTACATTTCTCAACATAGTTAATGATAAGA AGCAACATTCTTGACATTTCATATACTAAAGTTATTCCTAGAGAGTGATG GCTAGTGAAAAGTGACGAATCAAATGATTTTGCTTTCATCTAGTATTTTT AAAATTACCTCTCTGTCCCTCTAATTCAAACATCTCTTTCTATTGGCATC ACTCAAACCTTTCTGTAAATCGAATATAAATTCTTCCCTAACTCGAACAA AAAATTATTGGTATTGTGAATTTGAATGGATGTTAATCATACAGAATTGT ATTTATATTTCAGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAA GTTGCTTGAATAACAAATATTCTGAAGGTTACCCTGGTGCAAGGTAGGTT TTATCAAAATTATCTTTGTTTAAAATCCATAAACAGGAGTCCACAATCAC AACCTTTGACAATATAGATGGAAAGGTTAAAGCAACTTTACTGTTGATTT TTTTTAAACAAGGTCTGTTAAGAACAATTATGTTCAAATAGGTATGAAAG ATGTTTCAGATGTTATAATTTGCTAAAAAAAATTGACGCTGAAAGTAGGG TACAGAAATACGAATTGTTCTATCTCCCCAAAAATTTACTGTTGTATTGG AAAGTAGTGAAAATGACTAATGACTGGCCGCAATATTTTTGTTAGAAGGC CTAACTCTTACTGAATGATAACACATTTTTCCTCAGATATTACGGAGGGA ACGAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAA GCTTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTC TGGTAAGGAGGTTCCCATGACTTTTTTTGTCTTCTTGATGACAATCCTTA ATGAAATTTCAAGATCTATCTTATTCACCTTATCAGGAAATTATAAAGAT TTTCGCCTTTAAGATTTCCACTTTCTATTACACTTTTATAGGAGCTGCAG CGAATTTTTCAATTTACACTGGAGTATTAAATCCACATGATCGTATTATG GGTTTGGATTTACCCCACGGTGGACAGTAAGTGTCTTCATTTTCAAATCA AAGATAAGAATTTTGGTCCTAAAGCCCCCATAATAATCGCTGTAGAAATA CCGAAATGTAATTATTATTGTCTTTAATAAATATCTATTATACTTTTTCT CAACTTTTAGTTTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTTTCT GCGACGTCCAAATATTTCGAATCAATGCCTTACCGGTTAGACGTGAGTTG TGCCAGTTTCTATCCAAATTTTTAAGGAGTTTTGTGGCTAAAGCATCCTC TTGATTAGTCTAGTTAACTAAGCTCGTGTTCACAAGTCTAGGTAGGACCT ACGGCTTACGGTAACATAGCGTTTTCGGCGCTTTAAAAATATATTTTTAA ATTTACTCATTTTTTGGACCTACCGGGAGGTCCTTTAATTTGACCGTTGT CCGTTCGTCTGTTACAAGCTTTTCTCGGGATTGGCTCATTAGTTTTTTTT AGTTTTTTGCACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAT TGTGTTTGCTCAATACCAATAGTAAAATGTAGAACACCTACTTTTATCTG ATTTTGATCAACAGGTAGGTCCATTCAGCATGTTGCTTGTTTTAATTTGC TTTAGTAGTTGTGATGTTGTTTGGGGGGCATTATAATCTGTTAGATTACC TTTGCCCATTGCGGATTCCGTTATCAACAACTTGGTTTCTGCATTCAATT TTTTTTTATTTGCTTGGAATACTGATAGATACATACTAAACCAAGCGACT CGATTTAACGCGTTATTTCTTTGTCTCGTTTTCAGGAAAGCACAGGTCTT ATTGACTATGACCAAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAAT CCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATTATAAACGAT TCAAAGATGTAAGCTTTAAAATACGGAATTTCAAATTTGATTTAGAATAA ATATTAGGAATGTGTTTACTTTTTCATTGTTACTACTTTCAGTCAACTTT GTATTTTAATAGCAAAGCTTGATCATCTCAAAGAAATTGACATCTTTTTA CTCAAAAGCATCTTTATTGATAAATTTGATAACAAATTTTCAGCGTCCTA CGTTCCAAAGGTTAAGGGATGTGGAAAGAAGATTAAAATGATATTCATAT ATTTTTCATCCTCGTAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCT GACATGGCACATATCAGTGGTCTAGTTGCTGCAGGGGTAAGTTGCTTTTA TCCATACTCAATCCGAAATTAGAATATGAAATAAGAAATTTCGGCTTCGG ATGAATGCCAAGTTGCCAGAATAAAGTCATTTAAGATTTTTCCCCTCTAA TTAAAACGTGCTTATTTTGATGAGAATAATTTTTAGCCTAACATTTTGGC CTTTCATTACCATGCCGCTGTCCTAGGTGCCGTGTATGTCCTTTTTTAAC AAAAAGTAGCGCTTTGTCGATTCGATTTCGTTTTATTAATATAAAACGGC GCCCTGTATTAATAAGTATTTGCTGGGCCTTTATGTCGCTTTTTTTCTTG TTTCTATGTTTAAGAAAAGACATACTTTTAAAACATGTTTTTTTACTTTT TAGGTGGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAACAACTAC TCATAAGAGTTTGAGAGGAGTCAGGTGAGCTTTTATGCTTTGAACGTACA TCATATTTTGTGGATAATTTGATTGTTTTAAAAACAGAATTCTAGATTTT TACCAGTTCGAACAGTCTTGTTAACAGTTTAAGTTTCTTGCTGTTTAGAA TAATGAGCAACATAATTTTTAATACGAAGGAATGTTGAACTTGTTTTGTT ATCACTGTTTTTTTGCTGTTTTTTTTTTTCAGGCACTCTTTGATTTTCTT CCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTAGGACTAATG ACTAACTTCCTGGCTAGTGTCTCGTTTTAAAGACAATTATTAAATCAACA TTGTCTTTTCATTAGTCCTTTATGTCTTGTTAACAGCCTCAGCAAACAAG GTCTGTGGAAAAATCCAATAGGCTAATCCAGAAAAAGTCTGTGTCCCCTA TGATGAGGAGGTGTGACGTCCAGGGTGGCGTGGAAATTAGAAAATCAGGG TTGTGATGTTTTTCAGATTGTAAAAATCCAGAGTGATCCCAAAATATGAT ACTGCATGGGTCGCGGCACTCCTAGGTCTCTACTGGCGGTATCTAGTAAA AATGTTCTCTTTCCTTTGTAATGGCCGTGTAAACAGTGAACAACATGGGG GATTTTAGTCGTCAAAAACTTGAACATTAATCTGTTTTTAAAGGGCTTAG TTATGGTTATAGTCAATCCAGAACCACTAATTCTTTATTCTGAACATGTC CTTTTTTGACCTGCGGTTTAAATGTGTTAACTTTTTTTGTCATAAAATTC ACTTCCTAGAAACACTGTACACGCTAGAGAAAGATATCAATGAAGCCGTC TTCCCAGGACTTCAAGGTGGACCACACAATCACTCAATGGCCGGTGTCGC TGTTGCCCTCAAACAGGTTTGTCCCTAGCAATATTATTGCACATGACACA CAGTTTCATCTGAGGTCATGACATCTCCTAGATAAGATCAATTTCCTTAT TAGAACAGGGCTACCCTAACCCGTTAAAATTTTATAACGTGGATTTCTAG ACAAAAATATGTGGACCATTTTGTTGCATCTCCACAAAAAGTCAGCAGTT TATCATGTTACATTCATTCCTTTATTTCTAATTTTCTTTAAAATTTATTT TTCTTTAAAAAATCAGAGAAATAAATTTTGATTTAGCTCTACCTTCCTTG GTATAGAGCACTTTGTCACCACAAATTACTAATGTTGTTGTTGTTTCTAA TTTTCTTCAAGTTTTCTTTCCAACGGCTATTGTATTGATAGTGTCATAAC CGAGGAATTATGAACGATCATGATAAGTCTCCATTATGTTTCTCATTTTA AGGCGATGAGTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAAC TCACAAACAATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTC TGGTAAGACAATTTCAGGCTCAAAATGAAGAATACACGGGTAGCAAAATT ATAGAAGTGCAGTCAAAACATGTGATTACTTAGACTGGGAATCCAGTCGT TTATAACGTTTTTGTTGAAAGCGGGAAATTTTTATGTCGGTATATGGTTA AAATAAACGACTGGGCTAAGGTGGTTTCCGTAGCTTACGGGAGTTCCAGC AGGGCCCGCAGATTTCTGCGGGGTGAGAAAACAATCATATACAACAAAAT ATATAAACAAATAAAAATTTCAACCAATGAGAATTTCTAAGTGAAAGAAA AAAAAAACAAACCAAAACAAACCAACAAGACCCTCTGAAAATGTTATCCA AAAACATGAAAAAAAAGAATTTTTATGAAAAGTTTGTTGTGCACAAAATA TTCCAGACGACTATATTGATGCTCCTGTCAAGTTTTCTACTTCCTATTTT TTACTGAGTTAAGTCGTCTAGCATGCTAGACTAGTGATTACTCGAAAATT TTCACGTGATTTTATTCCCATGTTACTTGTTTTACAGCTTACAATTAATT ATTTTATTAGTGTCAAAAAAATGCCGACCAATTAGAAATAGAGGTCATGT AACATGCATATTAAAACTTCGATTAGAAACGTGCCCTGACTTCAAACTTT AATTTTGCAACCCATGTATTCTTTCCTCTCATCCGTACTCCTTGCATGCC AATATCCTTTTCCGAAAATTGTGAACCTCCTTCACTAAAGTCCATTAACT ATATTGGTAATATATAATTGCCATCAGTTTTATATCTGGGTATGGATTTA ACAAAGCTGATTTTTTCTACCCCGTGAACATGAGAGATGATGCCTCCTTA TGGTGTACCAGCTTCAAAATGTTTGTTTGCATGCTGTGTGTTGGAGAAAC TGAATTCAGTTAATTGTAAAATTGTAAGATCGACAATCTTTATTGAGTTG AATGATGAGATAATGTTAAAAATGATGTTTGGTTATTTGACAGGTGGCAC TGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGTATCTTTTCTCT TTATTTCTCATATCCCCGAACCTTTTGGATCATAGTTTTACTACACGCGA TCTTGTGAGATAAATGAGACATGGATGTGATACAGTGAAGTCTCCATAAC TCGAATACACACAAGGAACACAAATCTGTTCGAGTTAAGGAAAATTCGAA TCATTGAGTAAGGTTTATAAGGCGTTGTTAACTGAAGGGACCCTAAAACT TGTTCGTGTTGGAGACATTCGAGTTCAAGTGGCGCCACTGTTTACTGTTT TTCTGTTGGTATGCTGAGTATTTTCTAGTTGTTTCAATTTCTCAGTGTTT TGTTTTGTAAGGATAACATATTATTACGGAGAAATCACATATTTCAGGGA ATCGACGGTGCACGAACGGAGTACGTATTGGATCTTGTTCACATCACGGC CAACAAAAATACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTC TTCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACAATTGCTTACTCAT CATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGATA CTCAGATATGTTTTTAACGTCAAGGTTAATTCGTGGGTGCTTTGATTTTT ATGATTTATCGTTTTTAC

Coding sequence (CDS) from alignment at sc0000002:914724..922641-

>TCONS_00000568 ID=TCONS_00000568|Name=TCONS_00000568|organism=Clytia hemisphaerica|type=CDS|length=18648bp|location=Sequence derived from alignment at sc0000002:914724..922641- (Clytia hemisphaerica)
GGAATCGACGGTGCACGAACGGAGTACGTATTGGATCTTGTTCACATCAC
GGCCAACAAAAATACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTG
GTCTTCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACAATTGCTTACT
CATCATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTG
AGTGGCACTGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGCGAT
GAGTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAACTCACAAA
CAATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTCTGAAACA
CTGTACACGCTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTTCA
AGGTGGACCACACAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAAAC
AGGCACTCTTTGATTTTCTTCCGTAAAGGAGTACGCTCGGTCAACAAGAA
AGGAGTGGGTGGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAACA
ACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGTAATGCA
TACCTTTTAGCTGACATGGCACATATCAGTGGTCTAGTTGCTGCAGGGGA
AAGCACAGGTCTTATTGACTATGACCAAATGGAGGAACTAGCTTGTATAT
TCCGTCCCAAAATCCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAATC
GATTATAAACGATTCAAAGATTTTGTCCCACGGCTTCATGACTGATGCAA
AAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAATGCCTTACCGGTTA
GACGAGCTGCAGCGAATTTTTCAATTTACACTGGAGTATTAAATCCACAT
GATCGTATTATGGGTTTGGATTTACCCCACGGTGGACAATATTACGGAGG
GAACGAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAG
AAGCTTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTC
TCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGA
ATAACAAATATTCTGAAGGTTACCCTGGTGCAAGATTTCTTTCTCGGCAC
TTCGGTATTTATGTTCATCAAACATCCAACGATTACCGTGGACTGGTAAC
GAATCATTGAAGCAAGATGATCCTGAAATGTTTACTCTCATTGAAAAAGA
AAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGATGGCAT
CAATATGCAGACGCATCAAAAGTAGTAAACATGGAATCGACGGTGCACGA
ACGGAGTACGTATTGGATCTTGTTCACATCACGGCCAACAAAAATACCGT
ACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAGGTGAGG
AAATATTTCAATTTAGAAAACAATTGCTTACTCATCATCATCAAATTCGT
TCAATTCTAACTGTCAAGAAGAGTAAATTGTGAGTGGCACTGATACTCAT
CTGGTGTTGGTTGACTTGCGACCAAAGGCGATGAGTGAAGAATTCAAAGA
CTATCAATTGCAAACCATTTCAAACTCACAAACAATGGCTGAAGAGATGG
TCAAGCGTGGATATAACATTGTCTCTGAAACACTGTACACGCTAGAGAAA
GATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGACCACACAATCA
CTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCACTCTTTGATTTTC
TTCCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTGGTACCAA
GTCCATTCGAACATGCTGATATCGTTTCAACAACTACTCATAAGAGTTTG
AGAGGAGTCAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCTGACATG
GCACATATCAGTGGTCTAGTTGCTGCAGGGGAAAGCACAGGTCTTATTGA
CTATGACCAAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAATCCTGA
TCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATTATAAACGATTCAAA
GATTTTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTTTCTGCGACGT
CCAAATATTTCGAATCAATGCCTTACCGGTTAGACGAGCTGCAGCGAATT
TTTCAATTTACACTGGAGTATTAAATCCACATGATCGTATTATGGGTTTG
GATTTACCCCACGGTGGACAATATTACGGAGGGAACGAAGTTATTGATGA
GATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTCAACTTGGACC
CAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTGAATTTCTGTAGCAG
AGCAGCTTTGGAAGCAATGGGAAGTTGCTTGAATAACAAATATTCTGAAG
GTTACCCTGGTGCAAGATTTCTTTCTCGGCACTTCGGTATTTATGTTCAT
CAAACATCCAACGATTACCGTGGACTGGTAACGAATCATTGAAGCAAGAT
GATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCTCGTCAAGTTAA
TGGCTTGGAATTGATTGCATCAGAGATGGCATCAATATGCAGACGCATCA
AAAGTAGTAAACATGGAATCGACGGTGCACGAACGGAGTACGTATTGGAT
CTTGTTCACATCACGGCCAACAAAAATACCGTACCTGGTGATAAAAGTGC
AATGAAACCCAGTGGTCTTCGTTTAGGTGAGGAAATATTTCAATTTAGAA
AACAATTGCTTACTCATCATCATCAAATTCGTTCAATTCTAACTGTCAAG
AAGAGTAAATTGTGAGTGGCACTGATACTCATCTGGTGTTGGTTGACTTG
CGACCAAAGGCGATGAGTGAAGAATTCAAAGACTATCAATTGCAAACCAT
TTCAAACTCACAAACAATGGCTGAAGAGATGGTCAAGCGTGGATATAACA
TTGTCTCTGAAACACTGTACACGCTAGAGAAAGATATCAATGAAGCCGTC
TTCCCAGGACTTCAAGGTGGACCACACAATCACTCAATGGCCGGTGTCGC
TGTTGCCCTCAAACAGGCACTCTTTGATTTTCTTCCGTAAAGGAGTACGC
TCGGTCAACAAGAAAGGAGTGGGTGGTACCAAGTCCATTCGAACATGCTG
ATATCGTTTCAACAACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGCCA
AGAAGTGTAATGCATACCTTTTAGCTGACATGGCACATATCAGTGGTCTA
GTTGCTGCAGGGGAAAGCACAGGTCTTATTGACTATGACCAAATGGAGGA
ACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGTACAAGTGCCT
ATTCAAGGCTAATCGATTATAAACGATTCAAAGATTTTGTCCCACGGCTT
CATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAA
TGCCTTACCGGTTAGACGAGCTGCAGCGAATTTTTCAATTTACACTGGAG
TATTAAATCCACATGATCGTATTATGGGTTTGGATTTACCCCACGGTGGA
CAATATTACGGAGGGAACGAAGTTATTGATGAGATTGAACTTCTTCTCGA
GAAGCGTTCTTTAGAAGCTTTCAACTTGGACCCAAAAGAATGGGGTGTTA
ATGGACAAGTCTTCTCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAAT
GGGAAGTTGCTTGAATAACAAATATTCTGAAGGTTACCCTGGTGCAAGAT
TTCTTTCTCGGCACTTCGGTATTTATGTTCATCAAACATCCAACGATTAC
CGTGGACTGGTAACGAATCATTGAAGCAAGATGATCCTGAAATGTTTACT
CTCATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGC
ATCAGAGATGGCATCAATATGCAGACGCATCAAAAGTAGTAAACATGGAA
TCGACGGTGCACGAACGGAGTACGTATTGGATCTTGTTCACATCACGGCC
AACAAAAATACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCT
TCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACAATTGCTTACTCATC
ATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGAGTG
GCACTGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGCGATGAGT
GAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAACTCACAAACAAT
GGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTCTGAAACACTGT
ACACGCTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGT
GGACCACACAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGC
ACTCTTTGATTTTCTTCCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGA
GTGGGTGGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAACAACTA
CTCATAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGTAATGCATACC
TTTTAGCTGACATGGCACATATCAGTGGTCTAGTTGCTGCAGGGGAAAGC
ACAGGTCTTATTGACTATGACCAAATGGAGGAACTAGCTTGTATATTCCG
TCCCAAAATCCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATT
ATAAACGATTCAAAGATTTTGTCCCACGGCTTCATGACTGATGCAAAAAG
AGTTTCTGCGACGTCCAAATATTTCGAATCAATGCCTTACCGGTTAGACG
AGCTGCAGCGAATTTTTCAATTTACACTGGAGTATTAAATCCACATGATC
GTATTATGGGTTTGGATTTACCCCACGGTGGACAATATTACGGAGGGAAC
GAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGC
TTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTG
AATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGAATAA
CAAATATTCTGAAGGTTACCCTGGTGCAAGATTTCTTTCTCGGCACTTCG
GTATTTATGTTCATCAAACATCCAACGATTACCGTGGACTGGTAACGAAT
CATTGAAGCAAGATGATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGG
TCTCGTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGATGGCATCAAT
ATGCAGACGCATCAAAAGTAGTAAACATGGAATCGACGGTGCACGAACGG
AGTACGTATTGGATCTTGTTCACATCACGGCCAACAAAAATACCGTACCT
GGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAGGTGAGGAAAT
ATTTCAATTTAGAAAACAATTGCTTACTCATCATCATCAAATTCGTTCAA
TTCTAACTGTCAAGAAGAGTAAATTGTGAGTGGCACTGATACTCATCTGG
TGTTGGTTGACTTGCGACCAAAGGCGATGAGTGAAGAATTCAAAGACTAT
CAATTGCAAACCATTTCAAACTCACAAACAATGGCTGAAGAGATGGTCAA
GCGTGGATATAACATTGTCTCTGAAACACTGTACACGCTAGAGAAAGATA
TCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGACCACACAATCACTCA
ATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCACTCTTTGATTTTCTTCC
GTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTGGTACCAAGTCC
ATTCGAACATGCTGATATCGTTTCAACAACTACTCATAAGAGTTTGAGAG
GAGTCAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCTGACATGGCAC
ATATCAGTGGTCTAGTTGCTGCAGGGGAAAGCACAGGTCTTATTGACTAT
GACCAAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGC
TGGTACAAGTGCCTATTCAAGGCTAATCGATTATAAACGATTCAAAGATT
TTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAA
ATATTTCGAATCAATGCCTTACCGGTTAGACGAGCTGCAGCGAATTTTTC
AATTTACACTGGAGTATTAAATCCACATGATCGTATTATGGGTTTGGATT
TACCCCACGGTGGACAATATTACGGAGGGAACGAAGTTATTGATGAGATT
GAACTTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTCAACTTGGACCCAAA
AGAATGGGGTGTTAATGGACAAGTCTTCTCTGAATTTCTGTAGCAGAGCA
GCTTTGGAAGCAATGGGAAGTTGCTTGAATAACAAATATTCTGAAGGTTA
CCCTGGTGCAAGATTTCTTTCTCGGCACTTCGGTATTTATGTTCATCAAA
CATCCAACGATTACCGTGGACTGGTAACGAATCATTGAAGCAAGATGATC
CTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGC
TTGGAATTGATTGCATCAGAGATGGCATCAATATGCAGACGCATCAAAAG
TAGTAAACATGGAATCGACGGTGCACGAACGGAGTACGTATTGGATCTTG
TTCACATCACGGCCAACAAAAATACCGTACCTGGTGATAAAAGTGCAATG
AAACCCAGTGGTCTTCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACA
ATTGCTTACTCATCATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGA
GTAAATTGTGAGTGGCACTGATACTCATCTGGTGTTGGTTGACTTGCGAC
CAAAGGCGATGAGTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCA
AACTCACAAACAATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGT
CTCTGAAACACTGTACACGCTAGAGAAAGATATCAATGAAGCCGTCTTCC
CAGGACTTCAAGGTGGACCACACAATCACTCAATGGCCGGTGTCGCTGTT
GCCCTCAAACAGGCACTCTTTGATTTTCTTCCGTAAAGGAGTACGCTCGG
TCAACAAGAAAGGAGTGGGTGGTACCAAGTCCATTCGAACATGCTGATAT
CGTTTCAACAACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAA
GTGTAATGCATACCTTTTAGCTGACATGGCACATATCAGTGGTCTAGTTG
CTGCAGGGGAAAGCACAGGTCTTATTGACTATGACCAAATGGAGGAACTA
GCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGTACAAGTGCCTATTC
AAGGCTAATCGATTATAAACGATTCAAAGATTTTGTCCCACGGCTTCATG
ACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAATGCC
TTACCGGTTAGACGAGCTGCAGCGAATTTTTCAATTTACACTGGAGTATT
AAATCCACATGATCGTATTATGGGTTTGGATTTACCCCACGGTGGACAAT
ATTACGGAGGGAACGAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAG
CGTTCTTTAGAAGCTTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGG
ACAAGTCTTCTCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGA
AGTTGCTTGAATAACAAATATTCTGAAGGTTACCCTGGTGCAAGATTTCT
TTCTCGGCACTTCGGTATTTATGTTCATCAAACATCCAACGATTACCGTG
GACTGGTAACGAATCATTGAAGCAAGATGATCCTGAAATGTTTACTCTCA
TTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGCATCA
GAGATGGCATCAATATGCAGACGCATCAAAAGTAGTAAACATGGAATCGA
CGGTGCACGAACGGAGTACGTATTGGATCTTGTTCACATCACGGCCAACA
AAAATACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGT
TTAGGTGAGGAAATATTTCAATTTAGAAAACAATTGCTTACTCATCATCA
TCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGAGTGGCAC
TGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGCGATGAGTGAAG
AATTCAAAGACTATCAATTGCAAACCATTTCAAACTCACAAACAATGGCT
GAAGAGATGGTCAAGCGTGGATATAACATTGTCTCTGAAACACTGTACAC
GCTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGAC
CACACAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCACTC
TTTGATTTTCTTCCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGG
GTGGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAACAACTACTCA
TAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGTAATGCATACCTTTT
AGCTGACATGGCACATATCAGTGGTCTAGTTGCTGCAGGGGAAAGCACAG
GTCTTATTGACTATGACCAAATGGAGGAACTAGCTTGTATATTCCGTCCC
AAAATCCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATTATAA
ACGATTCAAAGATTTTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTT
TCTGCGACGTCCAAATATTTCGAATCAATGCCTTACCGGTTAGACGAGCT
GCAGCGAATTTTTCAATTTACACTGGAGTATTAAATCCACATGATCGTAT
TATGGGTTTGGATTTACCCCACGGTGGACAATATTACGGAGGGAACGAAG
TTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTC
AACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTGAATT
TCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGAATAACAAA
TATTCTGAAGGTTACCCTGGTGCAAGATTTCTTTCTCGGCACTTCGGTAT
TTATGTTCATCAAACATCCAACGATTACCGTGGACTGGTAACGAATCATT
GAAGCAAGATGATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCTC
GTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGATGGCATCAATATGC
AGACGCATCAAAAGTAGTAAACATGGAATCGACGGTGCACGAACGGAGTA
CGTATTGGATCTTGTTCACATCACGGCCAACAAAAATACCGTACCTGGTG
ATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAGGTGAGGAAATATTT
CAATTTAGAAAACAATTGCTTACTCATCATCATCAAATTCGTTCAATTCT
AACTGTCAAGAAGAGTAAATTGTGAGTGGCACTGATACTCATCTGGTGTT
GGTTGACTTGCGACCAAAGGCGATGAGTGAAGAATTCAAAGACTATCAAT
TGCAAACCATTTCAAACTCACAAACAATGGCTGAAGAGATGGTCAAGCGT
GGATATAACATTGTCTCTGAAACACTGTACACGCTAGAGAAAGATATCAA
TGAAGCCGTCTTCCCAGGACTTCAAGGTGGACCACACAATCACTCAATGG
CCGGTGTCGCTGTTGCCCTCAAACAGGCACTCTTTGATTTTCTTCCGTAA
AGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTGGTACCAAGTCCATTC
GAACATGCTGATATCGTTTCAACAACTACTCATAAGAGTTTGAGAGGAGT
CAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCTGACATGGCACATAT
CAGTGGTCTAGTTGCTGCAGGGGAAAGCACAGGTCTTATTGACTATGACC
AAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGT
ACAAGTGCCTATTCAAGGCTAATCGATTATAAACGATTCAAAGATTTTGT
CCCACGGCTTCATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATAT
TTCGAATCAATGCCTTACCGGTTAGACGAGCTGCAGCGAATTTTTCAATT
TACACTGGAGTATTAAATCCACATGATCGTATTATGGGTTTGGATTTACC
CCACGGTGGACAATATTACGGAGGGAACGAAGTTATTGATGAGATTGAAC
TTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTCAACTTGGACCCAAAAGAA
TGGGGTGTTAATGGACAAGTCTTCTCTGAATTTCTGTAGCAGAGCAGCTT
TGGAAGCAATGGGAAGTTGCTTGAATAACAAATATTCTGAAGGTTACCCT
GGTGCAAGATTTCTTTCTCGGCACTTCGGTATTTATGTTCATCAAACATC
CAACGATTACCGTGGACTGGTAACGAATCATTGAAGCAAGATGATCCTGA
AATGTTTACTCTCATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGG
AATTGATTGCATCAGAGATGGCATCAATATGCAGACGCATCAAAAGTAGT
AAACATGGAATCGACGGTGCACGAACGGAGTACGTATTGGATCTTGTTCA
CATCACGGCCAACAAAAATACCGTACCTGGTGATAAAAGTGCAATGAAAC
CCAGTGGTCTTCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACAATTG
CTTACTCATCATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAA
ATTGTGAGTGGCACTGATACTCATCTGGTGTTGGTTGACTTGCGACCAAA
GGCGATGAGTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAACT
CACAAACAATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTCT
GAAACACTGTACACGCTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGG
ACTTCAAGGTGGACCACACAATCACTCAATGGCCGGTGTCGCTGTTGCCC
TCAAACAGGCACTCTTTGATTTTCTTCCGTAAAGGAGTACGCTCGGTCAA
CAAGAAAGGAGTGGGTGGTACCAAGTCCATTCGAACATGCTGATATCGTT
TCAACAACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGT
AATGCATACCTTTTAGCTGACATGGCACATATCAGTGGTCTAGTTGCTGC
AGGGGAAAGCACAGGTCTTATTGACTATGACCAAATGGAGGAACTAGCTT
GTATATTCCGTCCCAAAATCCTGATCGCTGGTACAAGTGCCTATTCAAGG
CTAATCGATTATAAACGATTCAAAGATTTTGTCCCACGGCTTCATGACTG
ATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAATGCCTTAC
CGGTTAGACGAGCTGCAGCGAATTTTTCAATTTACACTGGAGTATTAAAT
CCACATGATCGTATTATGGGTTTGGATTTACCCCACGGTGGACAATATTA
CGGAGGGAACGAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTT
CTTTAGAAGCTTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAA
GTCTTCTCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTT
GCTTGAATAACAAATATTCTGAAGGTTACCCTGGTGCAAGATTTCTTTCT
CGGCACTTCGGTATTTATGTTCATCAAACATCCAACGATTACCGTGGACT
GGTAACGAATCATTGAAGCAAGATGATCCTGAAATGTTTACTCTCATTGA
AAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGA
TGGCATCAATATGCAGACGCATCAAAAGTAGTAAACATGGAATCGACGGT
GCACGAACGGAGTACGTATTGGATCTTGTTCACATCACGGCCAACAAAAA
TACCGTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAG
GTGAGGAAATATTTCAATTTAGAAAACAATTGCTTACTCATCATCATCAA
ATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGAGTGGCACTGAT
ACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGCGATGAGTGAAGAATT
CAAAGACTATCAATTGCAAACCATTTCAAACTCACAAACAATGGCTGAAG
AGATGGTCAAGCGTGGATATAACATTGTCTCTGAAACACTGTACACGCTA
GAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGACCACA
CAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCACTCTTTG
ATTTTCTTCCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTGG
TACCAAGTCCATTCGAACATGCTGATATCGTTTCAACAACTACTCATAAG
AGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCT
GACATGGCACATATCAGTGGTCTAGTTGCTGCAGGGGAAAGCACAGGTCT
TATTGACTATGACCAAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAA
TCCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATTATAAACGA
TTCAAAGATTTTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTTTCTG
CGACGTCCAAATATTTCGAATCAATGCCTTACCGGTTAGACGAGCTGCAG
CGAATTTTTCAATTTACACTGGAGTATTAAATCCACATGATCGTATTATG
GGTTTGGATTTACCCCACGGTGGACAATATTACGGAGGGAACGAAGTTAT
TGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTCAACT
TGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTGAATTTCTG
TAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGAATAACAAATATT
CTGAAGGTTACCCTGGTGCAAGATTTCTTTCTCGGCACTTCGGTATTTAT
GTTCATCAAACATCCAACGATTACCGTGGACTGGTAACGAATCATTGAAG
CAAGATGATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCTCGTCA
AGTTAATGGCTTGGAATTGATTGCATCAGAGATGGCATCAATATGCAGAC
GCATCAAAAGTAGTAAACATGGAATCGACGGTGCACGAACGGAGTACGTA
TTGGATCTTGTTCACATCACGGCCAACAAAAATACCGTACCTGGTGATAA
AAGTGCAATGAAACCCAGTGGTCTTCGTTTAGGTGAGGAAATATTTCAAT
TTAGAAAACAATTGCTTACTCATCATCATCAAATTCGTTCAATTCTAACT
GTCAAGAAGAGTAAATTGTGAGTGGCACTGATACTCATCTGGTGTTGGTT
GACTTGCGACCAAAGGCGATGAGTGAAGAATTCAAAGACTATCAATTGCA
AACCATTTCAAACTCACAAACAATGGCTGAAGAGATGGTCAAGCGTGGAT
ATAACATTGTCTCTGAAACACTGTACACGCTAGAGAAAGATATCAATGAA
GCCGTCTTCCCAGGACTTCAAGGTGGACCACACAATCACTCAATGGCCGG
TGTCGCTGTTGCCCTCAAACAGGCACTCTTTGATTTTCTTCCGTAAAGGA
GTACGCTCGGTCAACAAGAAAGGAGTGGGTGGTACCAAGTCCATTCGAAC
ATGCTGATATCGTTTCAACAACTACTCATAAGAGTTTGAGAGGAGTCAGG
TTGCCAAGAAGTGTAATGCATACCTTTTAGCTGACATGGCACATATCAGT
GGTCTAGTTGCTGCAGGGGAAAGCACAGGTCTTATTGACTATGACCAAAT
GGAGGAACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGTACAA
GTGCCTATTCAAGGCTAATCGATTATAAACGATTCAAAGATTTTGTCCCA
CGGCTTCATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCG
AATCAATGCCTTACCGGTTAGACGAGCTGCAGCGAATTTTTCAATTTACA
CTGGAGTATTAAATCCACATGATCGTATTATGGGTTTGGATTTACCCCAC
GGTGGACAATATTACGGAGGGAACGAAGTTATTGATGAGATTGAACTTCT
TCTCGAGAAGCGTTCTTTAGAAGCTTTCAACTTGGACCCAAAAGAATGGG
GTGTTAATGGACAAGTCTTCTCTGAATTTCTGTAGCAGAGCAGCTTTGGA
AGCAATGGGAAGTTGCTTGAATAACAAATATTCTGAAGGTTACCCTGGTG
CAAGATTTCTTTCTCGGCACTTCGGTATTTATGTTCATCAAACATCCAAC
GATTACCGTGGACTGGTAACGAATCATTGAAGCAAGATGATCCTGAAATG
TTTACTCTCATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATT
GATTGCATCAGAGATGGCATCAATATGCAGACGCATCAAAAGTAGTAAAC
ATGGAATCGACGGTGCACGAACGGAGTACGTATTGGATCTTGTTCACATC
ACGGCCAACAAAAATACCGTACCTGGTGATAAAAGTGCAATGAAACCCAG
TGGTCTTCGTTTAGGTGAGGAAATATTTCAATTTAGAAAACAATTGCTTA
CTCATCATCATCAAATTCGTTCAATTCTAACTGTCAAGAAGAGTAAATTG
TGAGTGGCACTGATACTCATCTGGTGTTGGTTGACTTGCGACCAAAGGCG
ATGAGTGAAGAATTCAAAGACTATCAATTGCAAACCATTTCAAACTCACA
AACAATGGCTGAAGAGATGGTCAAGCGTGGATATAACATTGTCTCTGAAA
CACTGTACACGCTAGAGAAAGATATCAATGAAGCCGTCTTCCCAGGACTT
CAAGGTGGACCACACAATCACTCAATGGCCGGTGTCGCTGTTGCCCTCAA
ACAGGCACTCTTTGATTTTCTTCCGTAAAGGAGTACGCTCGGTCAACAAG
AAAGGAGTGGGTGGTACCAAGTCCATTCGAACATGCTGATATCGTTTCAA
CAACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGCCAAGAAGTGTAATG
CATACCTTTTAGCTGACATGGCACATATCAGTGGTCTAGTTGCTGCAGGG
GAAAGCACAGGTCTTATTGACTATGACCAAATGGAGGAACTAGCTTGTAT
ATTCCGTCCCAAAATCCTGATCGCTGGTACAAGTGCCTATTCAAGGCTAA
TCGATTATAAACGATTCAAAGATTTTGTCCCACGGCTTCATGACTGATGC
AAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATCAATGCCTTACCGGT
TAGACGAGCTGCAGCGAATTTTTCAATTTACACTGGAGTATTAAATCCAC
ATGATCGTATTATGGGTTTGGATTTACCCCACGGTGGACAATATTACGGA
GGGAACGAAGTTATTGATGAGATTGAACTTCTTCTCGAGAAGCGTTCTTT
AGAAGCTTTCAACTTGGACCCAAAAGAATGGGGTGTTAATGGACAAGTCT
TCTCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCAATGGGAAGTTGCTT
GAATAACAAATATTCTGAAGGTTACCCTGGTGCAAGATTTCTTTCTCGGC
ACTTCGGTATTTATGTTCATCAAACATCCAACGATTACCGTGGACTGGTA
ACGAATCATTGAAGCAAGATGATCCTGAAATGTTTACTCTCATTGAAAAA
GAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATTGCATCAGAGATGGC
ATCAATATGCAGACGCATCAAAAGTAGTAAACATGGAATCGACGGTGCAC
GAACGGAGTACGTATTGGATCTTGTTCACATCACGGCCAACAAAAATACC
GTACCTGGTGATAAAAGTGCAATGAAACCCAGTGGTCTTCGTTTAGGTGA
GGAAATATTTCAATTTAGAAAACAATTGCTTACTCATCATCATCAAATTC
GTTCAATTCTAACTGTCAAGAAGAGTAAATTGTGAGTGGCACTGATACTC
ATCTGGTGTTGGTTGACTTGCGACCAAAGGCGATGAGTGAAGAATTCAAA
GACTATCAATTGCAAACCATTTCAAACTCACAAACAATGGCTGAAGAGAT
GGTCAAGCGTGGATATAACATTGTCTCTGAAACACTGTACACGCTAGAGA
AAGATATCAATGAAGCCGTCTTCCCAGGACTTCAAGGTGGACCACACAAT
CACTCAATGGCCGGTGTCGCTGTTGCCCTCAAACAGGCACTCTTTGATTT
TCTTCCGTAAAGGAGTACGCTCGGTCAACAAGAAAGGAGTGGGTGGTACC
AAGTCCATTCGAACATGCTGATATCGTTTCAACAACTACTCATAAGAGTT
TGAGAGGAGTCAGGTTGCCAAGAAGTGTAATGCATACCTTTTAGCTGACA
TGGCACATATCAGTGGTCTAGTTGCTGCAGGGGAAAGCACAGGTCTTATT
GACTATGACCAAATGGAGGAACTAGCTTGTATATTCCGTCCCAAAATCCT
GATCGCTGGTACAAGTGCCTATTCAAGGCTAATCGATTATAAACGATTCA
AAGATTTTGTCCCACGGCTTCATGACTGATGCAAAAAGAGTTTCTGCGAC
GTCCAAATATTTCGAATCAATGCCTTACCGGTTAGACGAGCTGCAGCGAA
TTTTTCAATTTACACTGGAGTATTAAATCCACATGATCGTATTATGGGTT
TGGATTTACCCCACGGTGGACAATATTACGGAGGGAACGAAGTTATTGAT
GAGATTGAACTTCTTCTCGAGAAGCGTTCTTTAGAAGCTTTCAACTTGGA
CCCAAAAGAATGGGGTGTTAATGGACAAGTCTTCTCTGAATTTCTGTAGC
AGAGCAGCTTTGGAAGCAATGGGAAGTTGCTTGAATAACAAATATTCTGA
AGGTTACCCTGGTGCAAGATTTCTTTCTCGGCACTTCGGTATTTATGTTC
ATCAAACATCCAACGATTACCGTGGACTGGTAACGAATCATTGAAGCAAG
ATGATCCTGAAATGTTTACTCTCATTGAAAAAGAAAGGTCTCGTCAAGTT
AATGGCTTGGAATTGATTGCATCAGAGATGGCATCAATATGCAGACGCAT
CAAAAGTAGTAAACATGGAATCGACGGTGCACGAACGGAGTACGTATTGG
ATCTTGTTCACATCACGGCCAACAAAAATACCGTACCTGGTGATAAAAGT
GCAATGAAACCCAGTGGTCTTCGTTTAGGTGAGGAAATATTTCAATTTAG
AAAACAATTGCTTACTCATCATCATCAAATTCGTTCAATTCTAACTGTCA
AGAAGAGTAAATTGTGAGTGGCACTGATACTCATCTGGTGTTGGTTGACT
TGCGACCAAAGGCGATGAGTGAAGAATTCAAAGACTATCAATTGCAAACC
ATTTCAAACTCACAAACAATGGCTGAAGAGATGGTCAAGCGTGGATATAA
CATTGTCTCTGAAACACTGTACACGCTAGAGAAAGATATCAATGAAGCCG
TCTTCCCAGGACTTCAAGGTGGACCACACAATCACTCAATGGCCGGTGTC
GCTGTTGCCCTCAAACAGGCACTCTTTGATTTTCTTCCGTAAAGGAGTAC
GCTCGGTCAACAAGAAAGGAGTGGGTGGTACCAAGTCCATTCGAACATGC
TGATATCGTTTCAACAACTACTCATAAGAGTTTGAGAGGAGTCAGGTTGC
CAAGAAGTGTAATGCATACCTTTTAGCTGACATGGCACATATCAGTGGTC
TAGTTGCTGCAGGGGAAAGCACAGGTCTTATTGACTATGACCAAATGGAG
GAACTAGCTTGTATATTCCGTCCCAAAATCCTGATCGCTGGTACAAGTGC
CTATTCAAGGCTAATCGATTATAAACGATTCAAAGATTTTGTCCCACGGC
TTCATGACTGATGCAAAAAGAGTTTCTGCGACGTCCAAATATTTCGAATC
AATGCCTTACCGGTTAGACGAGCTGCAGCGAATTTTTCAATTTACACTGG
AGTATTAAATCCACATGATCGTATTATGGGTTTGGATTTACCCCACGGTG
GACAATATTACGGAGGGAACGAAGTTATTGATGAGATTGAACTTCTTCTC
GAGAAGCGTTCTTTAGAAGCTTTCAACTTGGACCCAAAAGAATGGGGTGT
TAATGGACAAGTCTTCTCTGAATTTCTGTAGCAGAGCAGCTTTGGAAGCA
ATGGGAAGTTGCTTGAATAACAAATATTCTGAAGGTTACCCTGGTGCAAG
ATTTCTTTCTCGGCACTTCGGTATTTATGTTCATCAAACATCCAACGATT
ACCGTGGACTGGTAACGAATCATTGAAGCAAGATGATCCTGAAATGTTTA
CTCTCATTGAAAAAGAAAGGTCTCGTCAAGTTAATGGCTTGGAATTGATT
GCATCAGAGATGGCATCAATATGCAGACGCATCAAAAGTAGTAAACAT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_000337XLOC_000337Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00000568-proteinTCONS_00000568-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00000568-exon-sc0000002-1575043694:922547..922641TCONS_00000568-exon-sc0000002-1575043694:922547..922641Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:921806..921964TCONS_00000568-exon-sc0000002-1575043694:921806..921964Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:921399..921478TCONS_00000568-exon-sc0000002-1575043694:921399..921478Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:920940..921055TCONS_00000568-exon-sc0000002-1575043694:920940..921055Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:920716..920800TCONS_00000568-exon-sc0000002-1575043694:920716..920800Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:920500..920581TCONS_00000568-exon-sc0000002-1575043694:920500..920581Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:918584..918706TCONS_00000568-exon-sc0000002-1575043694:918584..918706Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:918256..918324TCONS_00000568-exon-sc0000002-1575043694:918256..918324Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:917818..917888TCONS_00000568-exon-sc0000002-1575043694:917818..917888Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:917554..917609TCONS_00000568-exon-sc0000002-1575043694:917554..917609Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:916926..917032TCONS_00000568-exon-sc0000002-1575043694:916926..917032Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:916390..916489TCONS_00000568-exon-sc0000002-1575043694:916390..916489Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:915355..915398TCONS_00000568-exon-sc0000002-1575043694:915355..915398Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1575043694:914724..914994TCONS_00000568-exon-sc0000002-1575043694:914724..914994Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:922547..922641TCONS_00000568-exon-sc0000002-1510915933:922547..922641Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:921806..921964TCONS_00000568-exon-sc0000002-1510915933:921806..921964Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:921399..921478TCONS_00000568-exon-sc0000002-1510915933:921399..921478Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:920940..921055TCONS_00000568-exon-sc0000002-1510915933:920940..921055Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:920716..920800TCONS_00000568-exon-sc0000002-1510915933:920716..920800Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:920500..920581TCONS_00000568-exon-sc0000002-1510915933:920500..920581Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:918584..918706TCONS_00000568-exon-sc0000002-1510915933:918584..918706Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:918256..918324TCONS_00000568-exon-sc0000002-1510915933:918256..918324Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:917818..917888TCONS_00000568-exon-sc0000002-1510915933:917818..917888Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:917554..917609TCONS_00000568-exon-sc0000002-1510915933:917554..917609Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:916926..917032TCONS_00000568-exon-sc0000002-1510915933:916926..917032Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:916390..916489TCONS_00000568-exon-sc0000002-1510915933:916390..916489Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:915355..915398TCONS_00000568-exon-sc0000002-1510915933:915355..915398Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1510915933:914724..914994TCONS_00000568-exon-sc0000002-1510915933:914724..914994Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:922547..922641TCONS_00000568-exon-sc0000002-1491911889:922547..922641Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:921806..921964TCONS_00000568-exon-sc0000002-1491911889:921806..921964Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:921399..921478TCONS_00000568-exon-sc0000002-1491911889:921399..921478Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:920940..921055TCONS_00000568-exon-sc0000002-1491911889:920940..921055Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:920716..920800TCONS_00000568-exon-sc0000002-1491911889:920716..920800Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:920500..920581TCONS_00000568-exon-sc0000002-1491911889:920500..920581Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:918584..918706TCONS_00000568-exon-sc0000002-1491911889:918584..918706Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:918256..918324TCONS_00000568-exon-sc0000002-1491911889:918256..918324Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:917818..917888TCONS_00000568-exon-sc0000002-1491911889:917818..917888Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:917554..917609TCONS_00000568-exon-sc0000002-1491911889:917554..917609Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:916926..917032TCONS_00000568-exon-sc0000002-1491911889:916926..917032Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:916390..916489TCONS_00000568-exon-sc0000002-1491911889:916390..916489Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:915355..915398TCONS_00000568-exon-sc0000002-1491911889:915355..915398Clytia hemisphaericaexon
TCONS_00000568-exon-sc0000002-1491911889:914724..914994TCONS_00000568-exon-sc0000002-1491911889:914724..914994Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000002supercontigsc0000002:914724..922641 -
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
17.0714 13.8219 129.707 151.882 32.3682 26.7583 35.3504 36.1374 35.7608 36.4979 20.2597 17.7825 14.1873 15.3222 14.1131 12.9126 97.0218 103.203 8.5754 13.7131 48.1984 49.1489 24.3938 27.5368 58.5544 47.2503 117.859 94.1497 8.16556 7.06668
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR015421PyrdxlP-dep_Trfase_major_sub1
IPR015422PyrdxlP-dep_Trfase_sub2
IPR001085Ser_HO-MeTrfase
IPR015424PyrdxlP-dep_Trfase
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0004372glycine hydroxymethyltransferase activity
Vocabulary: Biological Process
TermDefinition
GO:0006545glycine biosynthetic process
GO:0035999tetrahydrofolate interconversion
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006545 glycine biosynthetic process
biological_process GO:0035999 tetrahydrofolate interconversion
molecular_function GO:0003824 catalytic activity
molecular_function GO:0004372 glycine hydroxymethyltransferase activity
Blast
BLAST of TCONS_00000568 vs. Swiss-Prot (Human)
Match: GLYM (Serine hydroxymethyltransferase, mitochondrial OS=Homo sapiens GN=SHMT2 PE=1 SV=3)

HSP 1 Score: 570.852 bits (1470), Expect = 0.000e+0
Identity = 264/396 (66.67%), Postives = 326/396 (82.32%), Query Frame = 3
Query:  150 WTGNESLKQDDPEMFTLIEKERSRQVNGLELIASENFCSRAALEAMGSCLNNKYSEGYPGARYYGGNEVIDEIELLLEKRSLEAFNLDPKEWGVNGQVFSGAAANFSIYTGVLNPHDRIMGLDLPHGGHLSHGFMTDAKRVSATSKYFESMPYRLDESTGLIDYDQMEELACIFRPKILIAGTSAYSRLIDYKRFKDVAKKCNAYLLADMAHISGLVAAGVVPSPFEHADIVSTTTHKSLRGVRHSLIFFRKGVRSVN-KKGVETLYTLEKDINEAVFPGLQGGPHNHSMAGVAVALKQAMSEEFKDYQLQTISNSQTMAEEMVKRGYNIVSGGTDTHLVLVDLRPKGIDGARTEYVLDLVHITANKNTVPGDKSAMKPSGLRLGEEIF---QFRK 1325
            WTG ESL   DPEM+ L+++E+ RQ  GLELIASENFCSRAALEA+GSCLNNKYSEGYPG RYYGG EV+DEIELL ++R+LEAF+LDP +WGVN Q +SG+ AN ++YT +L PHDRIMGLDLP GGHL+HG+M+D KR+SATS +FESMPY+L+  TGLIDY+Q+   A +FRP+++IAGTSAY+RLIDY R ++V  +  A+LLADMAHISGLVAA V+PSPF+HADIV+TTTHK+LRG R  LIF+RKGV++V+ K G E  YT E  IN AVFP LQGGPHNH++A VAVALKQA +  F++Y LQ + N++ MA+ +++RGY++VSGGTD HLVLVDLRPKG+DGAR E VL+LV ITANKNT PGD+SA+ P GLRLG       QFR+
Sbjct:   43 WTGQESLSDSDPEMWELLQREKDRQCRGLELIASENFCSRAALEALGSCLNNKYSEGYPGKRYYGGAEVVDEIELLCQRRALEAFDLDPAQWGVNVQPYSGSPANLAVYTALLQPHDRIMGLDLPDGGHLTHGYMSDVKRISATSIFFESMPYKLNPKTGLIDYNQLALTARLFRPRLIIAGTSAYARLIDYARMREVCDEVKAHLLADMAHISGLVAAKVIPSPFKHADIVTTTTHKTLRGARSGLIFYRKGVKAVDPKTGREIPYTFEDRINFAVFPSLQGGPHNHAIAAVAVALKQACTPMFREYSLQVLKNARAMADALLERGYSLVSGGTDNHLVLVDLRPKGLDGARAERVLELVSITANKNTCPGDRSAITPGGLRLGAPALTSRQFRE 438          
The following BLAST results are available for this feature:
BLAST of TCONS_00000568 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
GLYM0.000e+066.67Serine hydroxymethyltransferase, mitochondrial OS=... [more]
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