|
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Relationships
This mRNA is a part of the following gene feature(s):
The following start_codon feature(s) are a part of this mRNA:
Feature Name | Unique Name | Species | Type | Position |
Ggra9971.t1.start1 | Ggra9971.t1.start1 | Gracilaria gracilis GNS1m male | start_codon | tig00000213_pilon 65044..65046 + |
The following CDS feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
The following stop_codon feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
mRNA sequence >Ggra9971.t1 ID=Ggra9971.t1|Name=Ggra9971.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=1865bp MAISEARLCSLHHNHARHSMQTAKIQDVSERGTKHGTCVFRHHGCSETSR TLRPLPKFCTETLEEAEEYFEFAEGVEGLPASSLSVLEVSGKQACATCRY ILSKGCSGTRPQHDIALLKDAADRCLVDCISFALNVTSEESIFLRNVARV KAEADALRASVVATLPEVPICRFLPVTKVYALRRVLSTFSSTGISDGTNK TIISRIGPALASRRIHLHNLTRKFRCYAVDDALSDTVVNYISLSSHEEIK LFANERRRCLTEVSKRFLKMQPKYRGGKWSLSTEIKAIPVKLWSAFVLDM ASDKQIACWRISAAVKNAELSSVFPVSNTDDAISGNDFDTFSNHSAQPNS ESRNLARRDYILCIRVLKVIEQVVYSRSRVSVGPLTTTLSIAGMLESTAS WTSVLHSLGLVTSYDTTERLRQTLVAEREQACHGAFENVSQDNKIFTVQI DNFDVLPFHSVKAAGKRLPMISGTATQSIVQDRKKRRILGTNAGEVENAP GPLKTDCNWLDPQQVLRTRADFVSSLHSDKDESIVNDFISVAFAIAFQNR GRLLGTSMYKSQYKRGDYTKMYKHQGMNFRSLMLSCFKEHGGISADNAAK SDQQVLFVDISRSSAADILTIHEKLDLISNLLGPGEPGSPSFVVVCGDQP TYRMLVKIWRGSYLEAKRTESQQSVSQNVGIHKWLIPFPGFFHIEKQNLY PICKEMLDGLGIQDFARCSGLSHRQVENILQHGHARNNRALLFNLCANML IHVSDLVQSEHPDLKEHLENILNDPDFQSSMRKKMGSNLFQCTKETVTDA TIEIGRQLRERVWDLFSGSPNGKHIVHTFLYTCLLPTLGFHTLSRTGHTN VVDSFWLRVNNLLHTSGHLKYQELYLFYGLFRSIMPRMALHDLFTNKPGS MVARVPSFTAGLSSPYDNRGWVYVHLDEALEMLIVRLVKGLNVIMLPYVE SAGAWLLALSHARMRIRAVTAASRSYQRCRGEDLDLCPLLGYGKDAIQSS TVRTMVELMRKKGFLSMEHRNYENLTNVFSEEKEELKNGAFQKLLLDAEN HGRKSAELHASAMFPDVFGALSDSDVAQFLNGKKPRGQWTKQRQILTAGA MMNAVRPRTEVQSVDLTKNPRRALANRRHLTNKIMTTMTLLEHAAIEAGD YVGSEIARRRWELLHSNRFLMSPFADAYRSSDNGVRHARKSQILWALNLG CVDGDESGSYMPTTESQRTNRSVSYFSDYAVPRYSSVMVDLMNHVWSRGG DGRRENSMFHVTTLKLTNMLRSWFCGSRSKALKQVHLHMDDPTIVIPQKH REQARRDSRRGQSNTESSTADDQLWTMGFHVPITVPWSSFVVPRENRDAI CSLHLFCGALAGLELAAENSLDVDVYVYRGCFSFDPLCIGMQVTELLPEI AMKSEACDNPRKGEVLIMSEASMKNGFSLHESEKSNGATLLRVPRDQVLQ FSRRDGLQLTRVSLKHGESETRFVAAFKKFVQPILPTGNCSLGQNVGTAL QTNRHRVPCACVILSKDTDVTMILAFSQCIHGRGVLHRVGDLIVDIDSLL NSLNKYGMDSETLASVYVMAGCDFTPGTYGVTHEHYLKGAIRHGTTLLAV RDAKVEEMLTNLTFVAYLEKRGLREFVTSLENKRLLKQWEDSGCDAMEVR KRCKTLFTSTNELFGEEWCLDVRRFISDCAKSTSDLVPPKQHLALQARRT KLIVYQYWGNSEKQELTSHIVGGCGEGDGFTCNGNILLEREEDVKTICKS MREIVAKCGCKGPCGNRQCSCVKRDKKRIGCDCDARKCANSFSVAGMHLL SEPIEGEDEEDEMAQNEFIDNEDVIDRDDRFFTGVIQLSTNNLGMNVEEV VSVLHEQYTYHSGI* back to topspliced messenger RNA >Ggra9971.t1 ID=Ggra9971.t1|Name=Ggra9971.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=5595bp|location=Sequence derived from alignment at tig00000213_pilon:65044..70638+ (Gracilaria gracilis GNS1m male)|Notes=Excludes all bases but those of type(s): exon.
ATGGCAATCTCAGAGGCTCGATTGTGCTCATTACATCATAATCATGCGAG GCATTCTATGCAAACTGCTAAAATTCAGGACGTCTCTGAGAGAGGTACGA AGCATGGTACCTGTGTTTTCAGACACCATGGATGTTCTGAAACTAGTCGG ACACTAAGACCGCTGCCAAAATTTTGTACCGAAACTCTTGAGGAGGCGGA AGAATATTTTGAATTCGCAGAAGGTGTGGAGGGCCTTCCCGCTTCATCTC TTTCAGTATTGGAAGTATCAGGGAAACAGGCTTGTGCCACCTGTCGTTAT ATTTTAAGCAAGGGTTGCAGTGGGACGAGACCACAACATGACATTGCATT ATTGAAGGATGCAGCAGACAGGTGTCTGGTAGATTGTATCTCTTTCGCTC TCAATGTGACGTCAGAAGAATCTATATTCCTTCGTAATGTGGCTCGTGTC AAAGCCGAAGCGGATGCACTCAGAGCTTCTGTCGTTGCCACGCTACCAGA AGTGCCCATATGTAGGTTTTTGCCAGTGACCAAAGTATATGCGTTGCGGC GAGTGCTCAGTACTTTCAGCTCTACGGGAATATCTGATGGGACCAATAAG ACAATCATATCGAGGATTGGCCCTGCACTGGCTTCACGAAGAATCCATTT GCACAATTTAACCCGAAAGTTTCGCTGCTACGCTGTTGACGATGCGCTCT CAGACACTGTCGTCAACTACATAAGCCTGTCAAGTCATGAAGAGATAAAG CTTTTTGCGAATGAGAGAAGGAGATGTTTAACAGAGGTTTCTAAACGTTT TCTTAAGATGCAACCAAAATATCGTGGAGGAAAGTGGTCTCTTTCAACCG AAATCAAGGCTATCCCGGTTAAGTTATGGTCCGCTTTTGTTCTTGATATG GCCTCTGACAAGCAAATTGCTTGTTGGAGAATTTCAGCAGCAGTGAAGAA CGCCGAATTATCGAGCGTCTTTCCTGTGAGCAATACAGATGACGCAATTT CAGGGAATGACTTTGACACTTTTTCCAATCATTCAGCGCAACCAAACAGT GAAAGTCGAAACCTTGCGAGAAGagattacattctctgcattcgtgttct taaagttattgagcaggtagtgtactcccGATCGCGAGTTTCAGTCGGAC CTTTGACAACCACTCTTTCTATTGCTGGTATGCTTGAGTCAACCGCTTCA TGGACAAGTGTGCTCCATTCGTTGGGACTCGTGACTTCGTACGATACTAC TGAGCGACTACGGCAAACCTTAGTGGCAGAGAGGGAGCAAGCATGCCACG GAGCGTTTGAGAATGTTTCTCAAGATAACAAGATATTTACGGTACAGATC GATAACTTCGATGTACTTCCCTTCCACAGCGTCAAGGCCGCTGGGAAGAG GTTGCCGATGATCAGCGGAACGGCAACGCAGTCCATAGTTCAGGACAGAA AAAAGAGAAGAATTCTCGGTACTAATGCAGGTGAAGTTGAGAATGCACCA GGACCTTTAAAGACCGATTGCAATTGGCTTGATCCACAGCAAGTATTGAG AACTCGTGCAGATTTTGTTTCGTCTTTACATTCGGATAAAGATGAGAGTA TCGTTAACGATTTTATCAGCGTCGCCTTTGCGATTGCGTTTCAAAACAGG GGACGGCTTTTGGGGACGTCAATGTACAAATCCCAATACAAAAGAGGTGA CTACACGAAGATGTATAAGCATcaaggaatgaacttccggtccttgatgt tgtcttgctttaaggagcacggGGGAATAAGCGCAGATAATGCTGCGAAg agcgaccaacaggtactgtttgtcgatataagcagaagtagtgctgccga tatactcacAATACATGAAAAACTTGACCTCATCAGCAACTTGCTTGGAC CAGGTGAGCCCGGAAGTCCCAGTTTCGTCGTTGTATGTGGAGACCAGCCC ACCTATCGTATGCTTGTAAAAATATGGCGTGGATCATATCTTGAAGCCAA ACGGACAGAGTCGCAGCAGTCGGTATCTCAAAACGTCGGCATTCACAAGT GGCTTATACCCTTCCCAGGTTTTTTCCACATTGAGAAACAAAACCTCTAT CCAATTTGCAAGGAGATGCTTGACGGTCTGGGAATCCAGGATTTTGCTCG TTGCTCTGGTCTCTCACATCGCCAGGTAGAAAACATCTTGCAGCATGGTC ACGCTCGTAATAATCGTGCGCTGCTCTTCAATTTATGCGCGAACATGTTG ATTCACGTTTCTGATCTAGTGCAATCTGAGCACCCAGACTTGAAGGAACA CCTCGAAAACATTCTGAACGACCCCGATTTCCAGAGCTCAATGAGGAAGA AAATGGGTTCCAACCTTTTCCAGTGCACAAAAGAGACTGTAACTGACGCA ACAATTGAAATAGGACGACAACTTCGTGAGAGAGTATGGGATTTATTCTC CGGTAGTCCGAATGGAAAGCACATTGTGCACACATTTCTTTACACTTGCC TCCTGCCGACCCTGGGATTTCACACTTTGTCAAGGACGGGCCATACCAAT GTTGTGGACAGTTTCTGGTTGCGTGTTAACAATCTTTTACACACATCTGG ACACTTGAAGTACCAAGAGCTGTACCTCTTCTACGGATTGTTTCGCTCCA TTATGCCAAGAATGGCACTCCACGATTTGTTCACCAACAAACCTGGGAGC ATGGTTGCTCGAGTTCCCAGTTTCACAGCTGGTTTGAGCAGCCCTTATGA TAACCGTGGTTGGGTGTACGTGCACCTAGATGAGGCACTTGAAATGCTAA TCGTCCGGCTTGTCAAAGGTCTTAACGTTATCATGCTGCCCTATGTTGAA AGTGCAGGTGCTTGGTTACTGGCCTTGTCTCACGCCAGAATGAGAATACG AGCCGTTACTGCCGCTTCTCGTTCGTATCAGCGATGTCGTGGCGAGGACC TTGACCTGTGTCCATTGCTCGGATACGGTAAGGATGCGATCCAGAGCAGT ACAGTACGTACAATGGTGGAGTTAATGCGCAAGAAAGGTTTTCTATCAAT GGAGCACAGGAATTATGAGAACCTTACAAATGTTTTTTCTGAGGAGAAGG AAGAACTGAAGAATGGTGCTTTTCAAAAGCTTTTATTGGATGCTGAGAAC CATGGTAGGAAAAGCGCCGAACTTCACGCGTCTGCTATGTTTCCGGATGT ATTTGGGGCCTTGTCAGACTCGGACGTTGCCCAGTTTCTAAACGGGAAGA AACCTAGAGGGCAGTGGACAAAACAACGACAAATCCTTACTGCTGGGGCA ATGATGAACGCTGTTCGGCCCAGGACTGAAGTTCAATCTGTGGACTTAAC CAAGAACCCAAGAAGAGCACTAGCAAACCGTCGGCATCTCACAAACAAAA TAATGACCACTATGACATTGTTGGAGCACGCAGCGATTGAAGCGGGAGAT TATGTGGGGTCCGAAATTGCACGGAGAAGGTGGGAATTGTTGCATTCGAA CCGTTTTCTCATGTCCCCTTTTGCGGACGCATATCGAAGTTCTGATAATG GAGTACGGCATGCAAGGAAGAGCCAAATTTTGTGGGCTTTGAATCTTGGT TGTGTGGACGGAGATGAGTCGGGGTCGTACATGCCAACGACTGAATCACA AAGAACAAACAGAAGTGTTTCATATTTTTCTGATTACGCTGTACCGCGAT ACAGCTCTGTAATGGTCGATTTGATGAACCACGTGTGGAGTCGAGGCGGA GATGGGCGTAGAGAAAACAGTATGTTTCATGTGACTACCCTGAAGCTGAC GAACATGCTACGGTCTTGGTTTTGTGGGAGTAGAAGTAAGGCTTTAAAAC AGGTACATTTACATATGGATGATCCTACCATTGTCATTCCTCAAAAGCAC AGAGAACAGGCTCGCagggattcgaggcggggtcaatcaaacacggaatc aagtactgctgatgaccaGTTGTGGACGATGGGGTTTCACGTCCCAATTA CTGTTCCATGGAGCAGTTTTGTAGTTCCAAGGGAGAACCGGGATGCGATT TGTTCGCTTCATTTATTCTGCGGAGCTCTTGCTGGTCTAGAACTGGCAGC TGAGAATAGTTTGGACGTTGACGTATATGTATACCGAGGGTGCTTTTCCT TTGATCCTCTTTGCATTGGTATGCAGGTGACAGAATTACTTCCTGAGATA GCAATGAAAAGCGAGGCCTGTGATAATCCCAGGAAAGGAGAGGTTCTTAT CATGAGTGAAGCTTCGATGAAGAATGGCttctccctacatgagagtgaaa agagcaacggcgccactcttctacgggttccacgcgaccAAGTTTTACAG TTTAGTCGAAGAGATGGTTTGCAATTGACAAGAGTGTCTCTGAAACATGG GGAATCCGAAACTCGGTTTGTTGCGGCCTTTAAGAAATTTGTACAACCCA TACTGCCTACAGGCAATTGCAGTCTTGGTCAAAATGTAGGAACAGCATTA CAGACAAACAGACACAGGGTTCCATGTGCATGTGTCATTTTATCTAAGGA CACAGATGTAACCATGATTCTTGCTTTCTCCCAGTGTATTCATGGGAGAG GAGTATTACATAGGGTTGGTGACCTTATTGTCGACATTGACTCTCTTCTG AACAGCCTCAACAAATACGGGATGGACAGCGAAACTCTTGCAAGCGTATA CGTCATGGCGGGATGCGACTTCACCCCAGGTACTTACGGTGTCACACATG AGCACTACCTTAAGGGAGCCATCAGACACGGTACCACTCTGCTTGCAGTG CGAGACGCAAAGGTTGAAGAGATGCTCACTAACCTAACATTTGTTGCTTA CCTAGAGAAGCGTGGATTAAGGGAATTCGTTACTTCATTAGAAAACAAAA GGCTTTTGAAGCAGTGGGAAGATTCAGGCTGTGATGCTATGGAGGTTCGC AAGCGCTGCAAGACTCTTTTTACTAGCACAAATGAACTCTTTGGAGAGGA GTGGTGTTTGGATGTCAGGCGGTTCATATCTGATTGCGCAAAGTCCACAT CAGACCTTGTCCCACCAAAGCAACACTTAGCTTTACAAGCGCGTAGAACC AAACTTATTGTATATCAGTACTGGGGAAACTCCGAAAAACAAGAACTCAC TTCTCATATTGTAGGCGGTTGTGGAGAGGGCGATGGCTTCACATGCAATG GGAATATTTTACTGGAAAGAGAGGAGGACGTCAAAACTATATGTAAGTCT ATGAGGGAGATTGTGGCTAAGTGTGGTTGCAAAGGACCGTGCGGAAATCG ACAGTGTTCTTGCGTCAAACGAGACAAGAAGCGCATTGGATGTGATTGTG ATGCTCGAAAATGTGCCAATTCATTCTCAGTAGCTGGCATGCACTTGTTG TCGGAACCAATCGAAGGAGAGGACGAAGAAGATGAAATGGCACAAAACGA ATTTATAGACAACGAGGATGTTATTGATCGCGACGATCGATTTTTCACAG GAGTTATACAGCTTTCTACGAACAATCTTGGGATGAATGTGGAGGAAGTG GTATCCGTGCTTCATGAGCAATATACTTATCATTCTGGCATTTGA back to topprotein sequence of Ggra9971.t1 >Ggra9971.t1 ID=Ggra9971.t1|Name=Ggra9971.t1|organism=Gracilaria gracilis GNS1m male|type=polypeptide|length=1865bp
MAISEARLCSLHHNHARHSMQTAKIQDVSERGTKHGTCVFRHHGCSETSR TLRPLPKFCTETLEEAEEYFEFAEGVEGLPASSLSVLEVSGKQACATCRY ILSKGCSGTRPQHDIALLKDAADRCLVDCISFALNVTSEESIFLRNVARV KAEADALRASVVATLPEVPICRFLPVTKVYALRRVLSTFSSTGISDGTNK TIISRIGPALASRRIHLHNLTRKFRCYAVDDALSDTVVNYISLSSHEEIK LFANERRRCLTEVSKRFLKMQPKYRGGKWSLSTEIKAIPVKLWSAFVLDM ASDKQIACWRISAAVKNAELSSVFPVSNTDDAISGNDFDTFSNHSAQPNS ESRNLARRDYILCIRVLKVIEQVVYSRSRVSVGPLTTTLSIAGMLESTAS WTSVLHSLGLVTSYDTTERLRQTLVAEREQACHGAFENVSQDNKIFTVQI DNFDVLPFHSVKAAGKRLPMISGTATQSIVQDRKKRRILGTNAGEVENAP GPLKTDCNWLDPQQVLRTRADFVSSLHSDKDESIVNDFISVAFAIAFQNR GRLLGTSMYKSQYKRGDYTKMYKHQGMNFRSLMLSCFKEHGGISADNAAK SDQQVLFVDISRSSAADILTIHEKLDLISNLLGPGEPGSPSFVVVCGDQP TYRMLVKIWRGSYLEAKRTESQQSVSQNVGIHKWLIPFPGFFHIEKQNLY PICKEMLDGLGIQDFARCSGLSHRQVENILQHGHARNNRALLFNLCANML IHVSDLVQSEHPDLKEHLENILNDPDFQSSMRKKMGSNLFQCTKETVTDA TIEIGRQLRERVWDLFSGSPNGKHIVHTFLYTCLLPTLGFHTLSRTGHTN VVDSFWLRVNNLLHTSGHLKYQELYLFYGLFRSIMPRMALHDLFTNKPGS MVARVPSFTAGLSSPYDNRGWVYVHLDEALEMLIVRLVKGLNVIMLPYVE SAGAWLLALSHARMRIRAVTAASRSYQRCRGEDLDLCPLLGYGKDAIQSS TVRTMVELMRKKGFLSMEHRNYENLTNVFSEEKEELKNGAFQKLLLDAEN HGRKSAELHASAMFPDVFGALSDSDVAQFLNGKKPRGQWTKQRQILTAGA MMNAVRPRTEVQSVDLTKNPRRALANRRHLTNKIMTTMTLLEHAAIEAGD YVGSEIARRRWELLHSNRFLMSPFADAYRSSDNGVRHARKSQILWALNLG CVDGDESGSYMPTTESQRTNRSVSYFSDYAVPRYSSVMVDLMNHVWSRGG DGRRENSMFHVTTLKLTNMLRSWFCGSRSKALKQVHLHMDDPTIVIPQKH REQARRDSRRGQSNTESSTADDQLWTMGFHVPITVPWSSFVVPRENRDAI CSLHLFCGALAGLELAAENSLDVDVYVYRGCFSFDPLCIGMQVTELLPEI AMKSEACDNPRKGEVLIMSEASMKNGFSLHESEKSNGATLLRVPRDQVLQ FSRRDGLQLTRVSLKHGESETRFVAAFKKFVQPILPTGNCSLGQNVGTAL QTNRHRVPCACVILSKDTDVTMILAFSQCIHGRGVLHRVGDLIVDIDSLL NSLNKYGMDSETLASVYVMAGCDFTPGTYGVTHEHYLKGAIRHGTTLLAV RDAKVEEMLTNLTFVAYLEKRGLREFVTSLENKRLLKQWEDSGCDAMEVR KRCKTLFTSTNELFGEEWCLDVRRFISDCAKSTSDLVPPKQHLALQARRT KLIVYQYWGNSEKQELTSHIVGGCGEGDGFTCNGNILLEREEDVKTICKS MREIVAKCGCKGPCGNRQCSCVKRDKKRIGCDCDARKCANSFSVAGMHLL SEPIEGEDEEDEMAQNEFIDNEDVIDRDDRFFTGVIQLSTNNLGMNVEEV VSVLHEQYTYHSGI* back to topmRNA from alignment at tig00000213_pilon:65044..70638+ Legend: start_codonpolypeptideCDSexonstop_codon Hold the cursor over a type above to highlight its positions in the sequence below. >Ggra9971.t1 ID=Ggra9971.t1|Name=Ggra9971.t1|organism=Gracilaria gracilis GNS1m male|type=mRNA|length=5595bp|location=Sequence derived from alignment at tig00000213_pilon:65044..70638+ (Gracilaria gracilis GNS1m male) ATGGCAATCTCAGAGGCTCGATTGTGCTCATTACATCATAATCATGCGAG
GCATTCTATGCAAACTGCTAAAATTCAGGACGTCTCTGAGAGAGGTACGA
AGCATGGTACCTGTGTTTTCAGACACCATGGATGTTCTGAAACTAGTCGG
ACACTAAGACCGCTGCCAAAATTTTGTACCGAAACTCTTGAGGAGGCGGA
AGAATATTTTGAATTCGCAGAAGGTGTGGAGGGCCTTCCCGCTTCATCTC
TTTCAGTATTGGAAGTATCAGGGAAACAGGCTTGTGCCACCTGTCGTTAT
ATTTTAAGCAAGGGTTGCAGTGGGACGAGACCACAACATGACATTGCATT
ATTGAAGGATGCAGCAGACAGGTGTCTGGTAGATTGTATCTCTTTCGCTC
TCAATGTGACGTCAGAAGAATCTATATTCCTTCGTAATGTGGCTCGTGTC
AAAGCCGAAGCGGATGCACTCAGAGCTTCTGTCGTTGCCACGCTACCAGA
AGTGCCCATATGTAGGTTTTTGCCAGTGACCAAAGTATATGCGTTGCGGC
GAGTGCTCAGTACTTTCAGCTCTACGGGAATATCTGATGGGACCAATAAG
ACAATCATATCGAGGATTGGCCCTGCACTGGCTTCACGAAGAATCCATTT
GCACAATTTAACCCGAAAGTTTCGCTGCTACGCTGTTGACGATGCGCTCT
CAGACACTGTCGTCAACTACATAAGCCTGTCAAGTCATGAAGAGATAAAG
CTTTTTGCGAATGAGAGAAGGAGATGTTTAACAGAGGTTTCTAAACGTTT
TCTTAAGATGCAACCAAAATATCGTGGAGGAAAGTGGTCTCTTTCAACCG
AAATCAAGGCTATCCCGGTTAAGTTATGGTCCGCTTTTGTTCTTGATATG
GCCTCTGACAAGCAAATTGCTTGTTGGAGAATTTCAGCAGCAGTGAAGAA
CGCCGAATTATCGAGCGTCTTTCCTGTGAGCAATACAGATGACGCAATTT
CAGGGAATGACTTTGACACTTTTTCCAATCATTCAGCGCAACCAAACAGT
GAAAGTCGAAACCTTGCGAGAAGagattacattctctgcattcgtgttct
taaagttattgagcaggtagtgtactcccGATCGCGAGTTTCAGTCGGAC
CTTTGACAACCACTCTTTCTATTGCTGGTATGCTTGAGTCAACCGCTTCA
TGGACAAGTGTGCTCCATTCGTTGGGACTCGTGACTTCGTACGATACTAC
TGAGCGACTACGGCAAACCTTAGTGGCAGAGAGGGAGCAAGCATGCCACG
GAGCGTTTGAGAATGTTTCTCAAGATAACAAGATATTTACGGTACAGATC
GATAACTTCGATGTACTTCCCTTCCACAGCGTCAAGGCCGCTGGGAAGAG
GTTGCCGATGATCAGCGGAACGGCAACGCAGTCCATAGTTCAGGACAGAA
AAAAGAGAAGAATTCTCGGTACTAATGCAGGTGAAGTTGAGAATGCACCA
GGACCTTTAAAGACCGATTGCAATTGGCTTGATCCACAGCAAGTATTGAG
AACTCGTGCAGATTTTGTTTCGTCTTTACATTCGGATAAAGATGAGAGTA
TCGTTAACGATTTTATCAGCGTCGCCTTTGCGATTGCGTTTCAAAACAGG
GGACGGCTTTTGGGGACGTCAATGTACAAATCCCAATACAAAAGAGGTGA
CTACACGAAGATGTATAAGCATcaaggaatgaacttccggtccttgatgt
tgtcttgctttaaggagcacggGGGAATAAGCGCAGATAATGCTGCGAAg
agcgaccaacaggtactgtttgtcgatataagcagaagtagtgctgccga
tatactcacAATACATGAAAAACTTGACCTCATCAGCAACTTGCTTGGAC
CAGGTGAGCCCGGAAGTCCCAGTTTCGTCGTTGTATGTGGAGACCAGCCC
ACCTATCGTATGCTTGTAAAAATATGGCGTGGATCATATCTTGAAGCCAA
ACGGACAGAGTCGCAGCAGTCGGTATCTCAAAACGTCGGCATTCACAAGT
GGCTTATACCCTTCCCAGGTTTTTTCCACATTGAGAAACAAAACCTCTAT
CCAATTTGCAAGGAGATGCTTGACGGTCTGGGAATCCAGGATTTTGCTCG
TTGCTCTGGTCTCTCACATCGCCAGGTAGAAAACATCTTGCAGCATGGTC
ACGCTCGTAATAATCGTGCGCTGCTCTTCAATTTATGCGCGAACATGTTG
ATTCACGTTTCTGATCTAGTGCAATCTGAGCACCCAGACTTGAAGGAACA
CCTCGAAAACATTCTGAACGACCCCGATTTCCAGAGCTCAATGAGGAAGA
AAATGGGTTCCAACCTTTTCCAGTGCACAAAAGAGACTGTAACTGACGCA
ACAATTGAAATAGGACGACAACTTCGTGAGAGAGTATGGGATTTATTCTC
CGGTAGTCCGAATGGAAAGCACATTGTGCACACATTTCTTTACACTTGCC
TCCTGCCGACCCTGGGATTTCACACTTTGTCAAGGACGGGCCATACCAAT
GTTGTGGACAGTTTCTGGTTGCGTGTTAACAATCTTTTACACACATCTGG
ACACTTGAAGTACCAAGAGCTGTACCTCTTCTACGGATTGTTTCGCTCCA
TTATGCCAAGAATGGCACTCCACGATTTGTTCACCAACAAACCTGGGAGC
ATGGTTGCTCGAGTTCCCAGTTTCACAGCTGGTTTGAGCAGCCCTTATGA
TAACCGTGGTTGGGTGTACGTGCACCTAGATGAGGCACTTGAAATGCTAA
TCGTCCGGCTTGTCAAAGGTCTTAACGTTATCATGCTGCCCTATGTTGAA
AGTGCAGGTGCTTGGTTACTGGCCTTGTCTCACGCCAGAATGAGAATACG
AGCCGTTACTGCCGCTTCTCGTTCGTATCAGCGATGTCGTGGCGAGGACC
TTGACCTGTGTCCATTGCTCGGATACGGTAAGGATGCGATCCAGAGCAGT
ACAGTACGTACAATGGTGGAGTTAATGCGCAAGAAAGGTTTTCTATCAAT
GGAGCACAGGAATTATGAGAACCTTACAAATGTTTTTTCTGAGGAGAAGG
AAGAACTGAAGAATGGTGCTTTTCAAAAGCTTTTATTGGATGCTGAGAAC
CATGGTAGGAAAAGCGCCGAACTTCACGCGTCTGCTATGTTTCCGGATGT
ATTTGGGGCCTTGTCAGACTCGGACGTTGCCCAGTTTCTAAACGGGAAGA
AACCTAGAGGGCAGTGGACAAAACAACGACAAATCCTTACTGCTGGGGCA
ATGATGAACGCTGTTCGGCCCAGGACTGAAGTTCAATCTGTGGACTTAAC
CAAGAACCCAAGAAGAGCACTAGCAAACCGTCGGCATCTCACAAACAAAA
TAATGACCACTATGACATTGTTGGAGCACGCAGCGATTGAAGCGGGAGAT
TATGTGGGGTCCGAAATTGCACGGAGAAGGTGGGAATTGTTGCATTCGAA
CCGTTTTCTCATGTCCCCTTTTGCGGACGCATATCGAAGTTCTGATAATG
GAGTACGGCATGCAAGGAAGAGCCAAATTTTGTGGGCTTTGAATCTTGGT
TGTGTGGACGGAGATGAGTCGGGGTCGTACATGCCAACGACTGAATCACA
AAGAACAAACAGAAGTGTTTCATATTTTTCTGATTACGCTGTACCGCGAT
ACAGCTCTGTAATGGTCGATTTGATGAACCACGTGTGGAGTCGAGGCGGA
GATGGGCGTAGAGAAAACAGTATGTTTCATGTGACTACCCTGAAGCTGAC
GAACATGCTACGGTCTTGGTTTTGTGGGAGTAGAAGTAAGGCTTTAAAAC
AGGTACATTTACATATGGATGATCCTACCATTGTCATTCCTCAAAAGCAC
AGAGAACAGGCTCGCagggattcgaggcggggtcaatcaaacacggaatc
aagtactgctgatgaccaGTTGTGGACGATGGGGTTTCACGTCCCAATTA
CTGTTCCATGGAGCAGTTTTGTAGTTCCAAGGGAGAACCGGGATGCGATT
TGTTCGCTTCATTTATTCTGCGGAGCTCTTGCTGGTCTAGAACTGGCAGC
TGAGAATAGTTTGGACGTTGACGTATATGTATACCGAGGGTGCTTTTCCT
TTGATCCTCTTTGCATTGGTATGCAGGTGACAGAATTACTTCCTGAGATA
GCAATGAAAAGCGAGGCCTGTGATAATCCCAGGAAAGGAGAGGTTCTTAT
CATGAGTGAAGCTTCGATGAAGAATGGCttctccctacatgagagtgaaa
agagcaacggcgccactcttctacgggttccacgcgaccAAGTTTTACAG
TTTAGTCGAAGAGATGGTTTGCAATTGACAAGAGTGTCTCTGAAACATGG
GGAATCCGAAACTCGGTTTGTTGCGGCCTTTAAGAAATTTGTACAACCCA
TACTGCCTACAGGCAATTGCAGTCTTGGTCAAAATGTAGGAACAGCATTA
CAGACAAACAGACACAGGGTTCCATGTGCATGTGTCATTTTATCTAAGGA
CACAGATGTAACCATGATTCTTGCTTTCTCCCAGTGTATTCATGGGAGAG
GAGTATTACATAGGGTTGGTGACCTTATTGTCGACATTGACTCTCTTCTG
AACAGCCTCAACAAATACGGGATGGACAGCGAAACTCTTGCAAGCGTATA
CGTCATGGCGGGATGCGACTTCACCCCAGGTACTTACGGTGTCACACATG
AGCACTACCTTAAGGGAGCCATCAGACACGGTACCACTCTGCTTGCAGTG
CGAGACGCAAAGGTTGAAGAGATGCTCACTAACCTAACATTTGTTGCTTA
CCTAGAGAAGCGTGGATTAAGGGAATTCGTTACTTCATTAGAAAACAAAA
GGCTTTTGAAGCAGTGGGAAGATTCAGGCTGTGATGCTATGGAGGTTCGC
AAGCGCTGCAAGACTCTTTTTACTAGCACAAATGAACTCTTTGGAGAGGA
GTGGTGTTTGGATGTCAGGCGGTTCATATCTGATTGCGCAAAGTCCACAT
CAGACCTTGTCCCACCAAAGCAACACTTAGCTTTACAAGCGCGTAGAACC
AAACTTATTGTATATCAGTACTGGGGAAACTCCGAAAAACAAGAACTCAC
TTCTCATATTGTAGGCGGTTGTGGAGAGGGCGATGGCTTCACATGCAATG
GGAATATTTTACTGGAAAGAGAGGAGGACGTCAAAACTATATGTAAGTCT
ATGAGGGAGATTGTGGCTAAGTGTGGTTGCAAAGGACCGTGCGGAAATCG
ACAGTGTTCTTGCGTCAAACGAGACAAGAAGCGCATTGGATGTGATTGTG
ATGCTCGAAAATGTGCCAATTCATTCTCAGTAGCTGGCATGCACTTGTTG
TCGGAACCAATCGAAGGAGAGGACGAAGAAGATGAAATGGCACAAAACGA
ATTTATAGACAACGAGGATGTTATTGATCGCGACGATCGATTTTTCACAG
GAGTTATACAGCTTTCTACGAACAATCTTGGGATGAATGTGGAGGAAGTG
GTATCCGTGCTTCATGAGCAATATACTTATCATTCTGGCATTTGA back to topCoding sequence (CDS) from alignment at tig00000213_pilon:65044..70638+ >Ggra9971.t1 ID=Ggra9971.t1|Name=Ggra9971.t1|organism=Gracilaria gracilis GNS1m male|type=CDS|length=5595bp|location=Sequence derived from alignment at tig00000213_pilon:65044..70638+ (Gracilaria gracilis GNS1m male) ATGGCAATCTCAGAGGCTCGATTGTGCTCATTACATCATAATCATGCGAG GCATTCTATGCAAACTGCTAAAATTCAGGACGTCTCTGAGAGAGGTACGA AGCATGGTACCTGTGTTTTCAGACACCATGGATGTTCTGAAACTAGTCGG ACACTAAGACCGCTGCCAAAATTTTGTACCGAAACTCTTGAGGAGGCGGA AGAATATTTTGAATTCGCAGAAGGTGTGGAGGGCCTTCCCGCTTCATCTC TTTCAGTATTGGAAGTATCAGGGAAACAGGCTTGTGCCACCTGTCGTTAT ATTTTAAGCAAGGGTTGCAGTGGGACGAGACCACAACATGACATTGCATT ATTGAAGGATGCAGCAGACAGGTGTCTGGTAGATTGTATCTCTTTCGCTC TCAATGTGACGTCAGAAGAATCTATATTCCTTCGTAATGTGGCTCGTGTC AAAGCCGAAGCGGATGCACTCAGAGCTTCTGTCGTTGCCACGCTACCAGA AGTGCCCATATGTAGGTTTTTGCCAGTGACCAAAGTATATGCGTTGCGGC GAGTGCTCAGTACTTTCAGCTCTACGGGAATATCTGATGGGACCAATAAG ACAATCATATCGAGGATTGGCCCTGCACTGGCTTCACGAAGAATCCATTT GCACAATTTAACCCGAAAGTTTCGCTGCTACGCTGTTGACGATGCGCTCT CAGACACTGTCGTCAACTACATAAGCCTGTCAAGTCATGAAGAGATAAAG CTTTTTGCGAATGAGAGAAGGAGATGTTTAACAGAGGTTTCTAAACGTTT TCTTAAGATGCAACCAAAATATCGTGGAGGAAAGTGGTCTCTTTCAACCG AAATCAAGGCTATCCCGGTTAAGTTATGGTCCGCTTTTGTTCTTGATATG GCCTCTGACAAGCAAATTGCTTGTTGGAGAATTTCAGCAGCAGTGAAGAA CGCCGAATTATCGAGCGTCTTTCCTGTGAGCAATACAGATGACGCAATTT CAGGGAATGACTTTGACACTTTTTCCAATCATTCAGCGCAACCAAACAGT GAAAGTCGAAACCTTGCGAGAAGagattacattctctgcattcgtgttct taaagttattgagcaggtagtgtactcccGATCGCGAGTTTCAGTCGGAC CTTTGACAACCACTCTTTCTATTGCTGGTATGCTTGAGTCAACCGCTTCA TGGACAAGTGTGCTCCATTCGTTGGGACTCGTGACTTCGTACGATACTAC TGAGCGACTACGGCAAACCTTAGTGGCAGAGAGGGAGCAAGCATGCCACG GAGCGTTTGAGAATGTTTCTCAAGATAACAAGATATTTACGGTACAGATC GATAACTTCGATGTACTTCCCTTCCACAGCGTCAAGGCCGCTGGGAAGAG GTTGCCGATGATCAGCGGAACGGCAACGCAGTCCATAGTTCAGGACAGAA AAAAGAGAAGAATTCTCGGTACTAATGCAGGTGAAGTTGAGAATGCACCA GGACCTTTAAAGACCGATTGCAATTGGCTTGATCCACAGCAAGTATTGAG AACTCGTGCAGATTTTGTTTCGTCTTTACATTCGGATAAAGATGAGAGTA TCGTTAACGATTTTATCAGCGTCGCCTTTGCGATTGCGTTTCAAAACAGG GGACGGCTTTTGGGGACGTCAATGTACAAATCCCAATACAAAAGAGGTGA CTACACGAAGATGTATAAGCATcaaggaatgaacttccggtccttgatgt tgtcttgctttaaggagcacggGGGAATAAGCGCAGATAATGCTGCGAAg agcgaccaacaggtactgtttgtcgatataagcagaagtagtgctgccga tatactcacAATACATGAAAAACTTGACCTCATCAGCAACTTGCTTGGAC CAGGTGAGCCCGGAAGTCCCAGTTTCGTCGTTGTATGTGGAGACCAGCCC ACCTATCGTATGCTTGTAAAAATATGGCGTGGATCATATCTTGAAGCCAA ACGGACAGAGTCGCAGCAGTCGGTATCTCAAAACGTCGGCATTCACAAGT GGCTTATACCCTTCCCAGGTTTTTTCCACATTGAGAAACAAAACCTCTAT CCAATTTGCAAGGAGATGCTTGACGGTCTGGGAATCCAGGATTTTGCTCG TTGCTCTGGTCTCTCACATCGCCAGGTAGAAAACATCTTGCAGCATGGTC ACGCTCGTAATAATCGTGCGCTGCTCTTCAATTTATGCGCGAACATGTTG ATTCACGTTTCTGATCTAGTGCAATCTGAGCACCCAGACTTGAAGGAACA CCTCGAAAACATTCTGAACGACCCCGATTTCCAGAGCTCAATGAGGAAGA AAATGGGTTCCAACCTTTTCCAGTGCACAAAAGAGACTGTAACTGACGCA ACAATTGAAATAGGACGACAACTTCGTGAGAGAGTATGGGATTTATTCTC CGGTAGTCCGAATGGAAAGCACATTGTGCACACATTTCTTTACACTTGCC TCCTGCCGACCCTGGGATTTCACACTTTGTCAAGGACGGGCCATACCAAT GTTGTGGACAGTTTCTGGTTGCGTGTTAACAATCTTTTACACACATCTGG ACACTTGAAGTACCAAGAGCTGTACCTCTTCTACGGATTGTTTCGCTCCA TTATGCCAAGAATGGCACTCCACGATTTGTTCACCAACAAACCTGGGAGC ATGGTTGCTCGAGTTCCCAGTTTCACAGCTGGTTTGAGCAGCCCTTATGA TAACCGTGGTTGGGTGTACGTGCACCTAGATGAGGCACTTGAAATGCTAA TCGTCCGGCTTGTCAAAGGTCTTAACGTTATCATGCTGCCCTATGTTGAA AGTGCAGGTGCTTGGTTACTGGCCTTGTCTCACGCCAGAATGAGAATACG AGCCGTTACTGCCGCTTCTCGTTCGTATCAGCGATGTCGTGGCGAGGACC TTGACCTGTGTCCATTGCTCGGATACGGTAAGGATGCGATCCAGAGCAGT ACAGTACGTACAATGGTGGAGTTAATGCGCAAGAAAGGTTTTCTATCAAT GGAGCACAGGAATTATGAGAACCTTACAAATGTTTTTTCTGAGGAGAAGG AAGAACTGAAGAATGGTGCTTTTCAAAAGCTTTTATTGGATGCTGAGAAC CATGGTAGGAAAAGCGCCGAACTTCACGCGTCTGCTATGTTTCCGGATGT ATTTGGGGCCTTGTCAGACTCGGACGTTGCCCAGTTTCTAAACGGGAAGA AACCTAGAGGGCAGTGGACAAAACAACGACAAATCCTTACTGCTGGGGCA ATGATGAACGCTGTTCGGCCCAGGACTGAAGTTCAATCTGTGGACTTAAC CAAGAACCCAAGAAGAGCACTAGCAAACCGTCGGCATCTCACAAACAAAA TAATGACCACTATGACATTGTTGGAGCACGCAGCGATTGAAGCGGGAGAT TATGTGGGGTCCGAAATTGCACGGAGAAGGTGGGAATTGTTGCATTCGAA CCGTTTTCTCATGTCCCCTTTTGCGGACGCATATCGAAGTTCTGATAATG GAGTACGGCATGCAAGGAAGAGCCAAATTTTGTGGGCTTTGAATCTTGGT TGTGTGGACGGAGATGAGTCGGGGTCGTACATGCCAACGACTGAATCACA AAGAACAAACAGAAGTGTTTCATATTTTTCTGATTACGCTGTACCGCGAT ACAGCTCTGTAATGGTCGATTTGATGAACCACGTGTGGAGTCGAGGCGGA GATGGGCGTAGAGAAAACAGTATGTTTCATGTGACTACCCTGAAGCTGAC GAACATGCTACGGTCTTGGTTTTGTGGGAGTAGAAGTAAGGCTTTAAAAC AGGTACATTTACATATGGATGATCCTACCATTGTCATTCCTCAAAAGCAC AGAGAACAGGCTCGCagggattcgaggcggggtcaatcaaacacggaatc aagtactgctgatgaccaGTTGTGGACGATGGGGTTTCACGTCCCAATTA CTGTTCCATGGAGCAGTTTTGTAGTTCCAAGGGAGAACCGGGATGCGATT TGTTCGCTTCATTTATTCTGCGGAGCTCTTGCTGGTCTAGAACTGGCAGC TGAGAATAGTTTGGACGTTGACGTATATGTATACCGAGGGTGCTTTTCCT TTGATCCTCTTTGCATTGGTATGCAGGTGACAGAATTACTTCCTGAGATA GCAATGAAAAGCGAGGCCTGTGATAATCCCAGGAAAGGAGAGGTTCTTAT CATGAGTGAAGCTTCGATGAAGAATGGCttctccctacatgagagtgaaa agagcaacggcgccactcttctacgggttccacgcgaccAAGTTTTACAG TTTAGTCGAAGAGATGGTTTGCAATTGACAAGAGTGTCTCTGAAACATGG GGAATCCGAAACTCGGTTTGTTGCGGCCTTTAAGAAATTTGTACAACCCA TACTGCCTACAGGCAATTGCAGTCTTGGTCAAAATGTAGGAACAGCATTA CAGACAAACAGACACAGGGTTCCATGTGCATGTGTCATTTTATCTAAGGA CACAGATGTAACCATGATTCTTGCTTTCTCCCAGTGTATTCATGGGAGAG GAGTATTACATAGGGTTGGTGACCTTATTGTCGACATTGACTCTCTTCTG AACAGCCTCAACAAATACGGGATGGACAGCGAAACTCTTGCAAGCGTATA CGTCATGGCGGGATGCGACTTCACCCCAGGTACTTACGGTGTCACACATG AGCACTACCTTAAGGGAGCCATCAGACACGGTACCACTCTGCTTGCAGTG CGAGACGCAAAGGTTGAAGAGATGCTCACTAACCTAACATTTGTTGCTTA CCTAGAGAAGCGTGGATTAAGGGAATTCGTTACTTCATTAGAAAACAAAA GGCTTTTGAAGCAGTGGGAAGATTCAGGCTGTGATGCTATGGAGGTTCGC AAGCGCTGCAAGACTCTTTTTACTAGCACAAATGAACTCTTTGGAGAGGA GTGGTGTTTGGATGTCAGGCGGTTCATATCTGATTGCGCAAAGTCCACAT CAGACCTTGTCCCACCAAAGCAACACTTAGCTTTACAAGCGCGTAGAACC AAACTTATTGTATATCAGTACTGGGGAAACTCCGAAAAACAAGAACTCAC TTCTCATATTGTAGGCGGTTGTGGAGAGGGCGATGGCTTCACATGCAATG GGAATATTTTACTGGAAAGAGAGGAGGACGTCAAAACTATATGTAAGTCT ATGAGGGAGATTGTGGCTAAGTGTGGTTGCAAAGGACCGTGCGGAAATCG ACAGTGTTCTTGCGTCAAACGAGACAAGAAGCGCATTGGATGTGATTGTG ATGCTCGAAAATGTGCCAATTCATTCTCAGTAGCTGGCATGCACTTGTTG TCGGAACCAATCGAAGGAGAGGACGAAGAAGATGAAATGGCACAAAACGA ATTTATAGACAACGAGGATGTTATTGATCGCGACGATCGATTTTTCACAG GAGTTATACAGCTTTCTACGAACAATCTTGGGATGAATGTGGAGGAAGTG GTATCCGTGCTTCATGAGCAATATACTTATCATTCTGGCATTTGA back to top
|