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Properties
| Property Name | Value |
|---|
| TranscriptId | 535923 |
| Track | FilteredModels2 |
| ProteinId | 535837 |
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold_1 | supercontig | scaffold_1:1050167..1055543 - |
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 polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
mRNA sequence >mRNA_1603 ID=mRNA_1603|Name=jgi.p|Nanoce1779_2|535837|organism=Nannochloropsis oceanica|type=mRNA|length=5126bp
CCTTCCAACAATAAATTGTTGTCATCCCTTATTTCCTTGTCCGAGTTTTT
CTAGCGACTTTGACAGGTTTTTTGACCTGTTTTACTCCCTCCCTCCTTCC
ACACTGGCGTAAAGAGGGGAAGACAGGCAAGCCCCTGGGACTCATCGGAC
GAGAACGTGGAAGAGCGCGAGCAGGGCGACAGCAGATTGATTTAGGGTGG
AGAATGAGCAGCAAACCCTCCTCCATGGTTGACTCAGCCGCCGTCGACCC
ACCCCTCAAGGCTCCCACACTTCCAGCCTCCACCAGTATCAGCAGCACCG
CAGGCGCCACCTTCAGTCCTGCCAAAATTCAGGGGCTTCGAACCTCTGCC
GCCGCCAGCAGCAGCAGCAGCAGCATCAACTTAGACGGCGACGACAACGA
CGACAAGGACAGCTTGCTGCGGCGGATCAACAGTAATAGAAAGGATGGCA
AGGCCGCAGTACCCACATGTCGACGCTGCTGCGCTTTCAAGCAGCTGGGC
CCGAAACTAGCGGAGTTTCTCACAGAGATACCCAAAACGGACTTACACGT
ACACCTGGACGGGTCGCCGCGCCTTAGCACGCTGATTGAGTTGGCCCAGA
CACATGGGGTGGAACTGCCGGCATACACCGAAGAGGGCCTGCGGACCTTA
GTTTTTCATGATGCCTACGACAGCTTGGTAGACTACCTGCGTGGCTTTCC
GCCGATCGTCCGCGTCATGCAACAACCTGGGGCATTGGAACGGATCGCCT
ACGAGTTTGCCTGGGATTGCATTAATGAAGGCGTGCGGTACATCGAGCCA
AGATTCGCTCCGCAGCTACTGGCGACGGTGGAGGTGGATGTCATAGGAGT
TTTGAAAGCAGCAGTACAGGGGTTGGAACGGGCTGAAAATGAGTTTAATG
CCCGAACCTCCGTGCAAGATGGAAGCGAGCCTCCGTTTCGGTTTGGCATC
ATCTGCTGTGCAATGCGTGTCTTTATGACGGACGTTTCGGAGTATTACCG
GGCTTTTTGCGCGTTGCACAAGGACGAACCCCCTACCCTTGTCTATCAAC
TCGCCGCTTCTGCACTCGTCCACGCCGCAATCCATGCCAAAAAGCACCTC
CACCTCCCTATAGTCGGTATTGACATTGCTGGCCAAGAAGCAGGATTTCC
AGCTGAAGCTTTTCAAACAGCTTTTGAAGTGGCACATAAAAATTTCTTGG
GGGCGACAGTACATGCTGGAGAGGCCTTCGGTCCAGAGGCCGTCTTCCAA
GCCATCACGGACCTGCATTGCGAGAGACTAGGGCATGGATACCACCTGTT
CAGCGTGGACAAAGTGACAAAGAAGGAGAATCCAGCGGCGTTTGTGGAAG
GCTTGGTTCAGTATGTGGCCAAGAGAAGGATCATGCTCGAGGTGTGCTTG
ACCAGTAACCGGCAGACGATGGTGGAACTCCGCGACGACATTTCGAAGCA
CGCCTTGAAGGACATGCTAGCCCACGGGATCTGCGTCTCCCTCTGCACCG
ACAACCGTCTCATAAGCAACACTACCGTCGTAAAGGAACTCCTGTTGGCT
ATAGAGCATTTTGCGCTGACTCCCACTGAATTGAAGACCATCATTCTAGA
AGGTTTCAAGCGTAGTTTCTTCCCCGGCAAGTACCTAGAGAAGAGGGTCT
ATGTCTCCCGCATGATCAACTACTACGAGCACATAGAGCGGAAGTACGGG
TTGCATGATTGGTATTTGTCGGAAGAGAGTGTGCGTGAAGATAGACATAA
CCCTTGCCAGCAGCAGCAAAAACAACGACAACAGCAGCAGCAAGGGGAAG
AGCAGCAGCAGCCATCGGCAGAGGGCTTGGGTGCCTTGGTGTGCGATATG
CACGCGAATGGTGATCGATTGCAGACGTACAGTCCACAATGCAAAGGCCC
TGCGCATTTCTCACAGAAGGAGGATGGAATCCTAAAGAGGGATAAGCATG
ACCATAATCAGCACTTGGACATGCCACCCGAAGTGTTCATATGATTGAAG
GAAACTAGGAGGGTAATCAAATGACCGGATGATTGATTGACACGAGTAAA
TGAGGCAAATCTGAGTGTAAAGCTTGTCGTGATGTCGCGATGTCTCAGTT
GCATTTTTTTGGTCTTTTACCTGCTTCTCATCTCTCATCTCCGCCTCCTT
TCATAAGTGCACTAGCACAGTGCAAATCATCTTCCCCTACTCATCTGCCG
ACCTTTCTCCATTTCGCTTCCTTCAGTCAGTCCGCTGGCCTCTTCTCGTT
CTCCCGGCAAGCCTCTCACACACTTTTCCTGGTTACCATCCTCCCATTTC
TCCTTCTTTCTCCTCCCCAGACTCCTCTTTTTAGGGTTTCAACGTCAAGG
GTCCCGCAGCCTTGGGCACCTTGGTGATGCAGACTCGGTACTTCTTCCCA
TCGCTGCCTTTGAGCTCGCATGAGCCGCACTTTCCCTCCTCACAGCCATA
GTTGGGGCTAAATTTCGCTTTCGCAGCCACGGCTTTGAGTGCTTCACCTG
GCTTGGCCTTGGCCTTCTTATTTCCGGGGAAGATTACCTCGACGTCGCCA
TTGAAAACGGGGCCGCCACGCTTCACGCCATATGTGTGGGGGGCTTGCGG
GAGGAAAAAGGCAGAAGTGGTCAGCACCAAGGCCAAGGTTTGGACGAAAC
GAAAGGCCATCATCTTGCCTCGGGTGATCTGTGTTGACATGTGTGTGGAA
GGAAAAGATCGACGAGTTGAGACGTCCTTTTGCAGTGTGTTTGCCCGATG
ATTGTGAAGCGTGGGAGAAGGGGAGGCGAATAGGCCTTGCTGCGGGTGGA
GCCGAGTTATAAGGCTGTTGGGGTTGACCTTGCGAGTCCATTGCTTGTTA
GATGGCATCGGGTGCTTGCTTCTGTCCTTTCGTGTAAGTACGTTGCTCAG
TGGATTGGGAAGAGAAGGCATTCCAAGTGTTTGGGTCAGTGTACCACTCT
GCCAAGGGGTGGGGAGGTCGAGGGGTTTGTTGTTGCTACTTAATCAAAGT
GCACCAAGCAAATGCCACAACAAAAAGACAAAACACCTCGCTTTAAACTC
TGACAGCACATCAACCTGTCTGCCACTTCTGTCCGCCCGATCCGCCGTCA
GATGGAGCGACTCGCTGATATTTGAGGCGAGAGACCGCGGTGCTCCACTT
GGCTACGGGGTTCGACTTGAGGCTTTGCACTCGGTTTTCGTAATCCAATC
GGCAGACGATCGGAAAAAGTATACTACGGTAGGAAGAATCAAGTCCTTTG
TTTCATTTTGGTGGCTGTGCTGAAGGCCTTTCGTCTTCTTTTTCATTTCT
ATTTATGCAATCCGGTAGGAGCTCATCCCTCCCCTCAGAAGAACCATATG
CTCCTTGGCTGCTGCTATATTCAATCATTTTTATAAGACCGATCAATCTC
TTGTATGTATCCATCCATTGAACACTAGATATAAGATGAAAATTTTCATC
ATTCTTGCCGTCCTCACTGCCGCCTCAATGGTAGAAGATGTACAAGCATT
TATCCTGCGACCGTGCCTGTCCTGCGGGACATACCAACCTCAACAATCCC
GCAAGCGTCTTGCAGTCACTACCCTCGCCTCCCCCTCCACCATCAGCGAC
ACCATTTACGCAGCTTCAACGGACCATCATAAAATAATGATCCTGGGTGG
GGGGACCGGCGGGTGCGGTGTGGCGGCCCAGTTGCTCAACGAGGGTGTGC
TGGCCAAAGACATCTGCATTCTGGAGCCCGCATCAACACATTACTATCAG
CCGCTGTGGACCATGGTTGGTGCCGGCATATTCGATGTGGCTGTGTCCGC
TCGGCCAATGTCTAGCACTATCCCAAACGGCGTCACGTGGCTCAGAGACT
CCGCTATTAAAGTGGCACCTGACGATAACCAGGTGCAATGCGCCAGCGGG
CGGAAGCTTTCGTATGACTATTTGGTTGTGGCGACCGGCCTGCAATGCGA
CTGGCATAAGGTCCCGGGACTGGCAGAGGCCTTAGTCGACCATGAAAAGA
CGGGTGTTTGCTCCAATTACCATCCACAGTACGCTCAAAATACCTGGCGC
GTTTTGGAAGGCCTGCGAAACGGCAGCGCCCTCTTCACCCAGCCCAAGAC
GCCTGTCAAGTGTGGAGGTGAGAAATTTAGTATCTATCTCTCAATTTGCT
GATGAACGATGAAGATTCTTCACACCATCATTCCTTCACCATGCACAAGC
AGGCGCTCCGCAAAAAATCATGTGGCTCACAGACGATTACTTGCGCCGGC
AAAACCGCCGAGGAGATGTGGATATTCATTTTGTTTTGCCTCAAAAGGTC
CACTTTGGCGTCTCTAAGTACGCAGAGGTGCTGAAAACCGAAGCCACGAC
CCGGGATATAGACTTCATGTTTGAGACGACGCTGGTTTCTGTGGATGGAG
TGCAGCACCGAGCGACCTTCCGACGCCTTTCTGATGGGAGCGAGTTCGAG
TTGCCCTTTGCCATGCTTCATGTGACCCCTCCCATGTCCGCACCGGACTT
CCTCAAAGGCAGTCCTCTGGCCAATGAGCAAGGTTTTGTGGCGGTTGACA
AATATACGACTCAGCACATCACCTACCCCAACGTTTTTTCCCTCGGCGAC
TCCTCCTCCTTACCCACCTCCAAGACCATGGCGGCCATCACCGGCGAAGC
ACCGGTATTAACCCACAACCTTTTACGTGTCATGCAAGGAAAGCGACCCA
CGGCCGAGTACGACGGGTTCACTTCATGTCCGATTGTTTTGGGTTATGGG
AAGCTTTTGATGACAGAGTTTGTGTATGATTGCATTCCACAGGAATCCTT
CACCAAGATCCCTTTGCCGTTTTTGGATCAGGGGAAGCCCTCATACTTTT
ATTTTCTCGTGAAAAAATACGTGTTCCCCTTTGTGTACTGGAATTTGTTT
ATGAAGGGAAGATGGTTTGGCAGCAAATTAGTGTTTAAGCCCGACTTCTC
CGAGGTGGACCGCCGGGCGGACGAAGAGGACAAAAAGAATGCTGTGGCGA
GAGGACGCTTGGGCGAGAAGTTTTAGGAGAGAAAGAGAGAGCGGTGTTGC
TTCTTTATGGCATTATGTACATAGCCGAGGACAGGAACGAGTCAAGGAAA
TAGGCAGCTCATAGTTAATGCAAGAC back to topprotein sequence of jgi.p|Nanoce1779_2|535837 >mRNA_1603-protein ID=mRNA_1603-protein|Name=jgi.p|Nanoce1779_2|535837|organism=Nannochloropsis oceanica|type=polypeptide|length=597bp
MSSKPSSMVDSAAVDPPLKAPTLPASTSISSTAGATFSPAKIQGLRTSAA
ASSSSSSINLDGDDNDDKDSLLRRINSNRKDGKAAVPTCRRCCAFKQLGP
KLAEFLTEIPKTDLHVHLDGSPRLSTLIELAQTHGVELPAYTEEGLRTLV
FHDAYDSLVDYLRGFPPIVRVMQQPGALERIAYEFAWDCINEGVRYIEPR
FAPQLLATVEVDVIGVLKAAVQGLERAENEFNARTSVQDGSEPPFRFGII
CCAMRVFMTDVSEYYRAFCALHKDEPPTLVYQLAASALVHAAIHAKKHLH
LPIVGIDIAGQEAGFPAEAFQTAFEVAHKNFLGATVHAGEAFGPEAVFQA
ITDLHCERLGHGYHLFSVDKVTKKENPAAFVEGLVQYVAKRRIMLEVCLT
SNRQTMVELRDDISKHALKDMLAHGICVSLCTDNRLISNTTVVKELLLAI
EHFALTPTELKTIILEGFKRSFFPGKYLEKRVYVSRMINYYEHIERKYGL
HDWYLSEESVREDRHNPCQQQQKQRQQQQQGEEQQQPSAEGLGALVCDMH
ANGDRLQTYSPQCKGPAHFSQKEDGILKRDKHDHNQHLDMPPEVFI* back to topmRNA from alignment at scaffold_1:1050167..1055543- Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_1603 ID=mRNA_1603|Name=jgi.p|Nanoce1779_2|535837|organism=Nannochloropsis oceanica|type=mRNA|length=5377bp|location=Sequence derived from alignment at scaffold_1:1050167..1055543- (Nannochloropsis oceanica)
CCTTCCAACAATAAATTGTTGTCATCCCTTATTTCCTTGTCCGAGTTTTT
CTAGCGACTTTGACAGGTTTTTTGACCTGTTTTACTCCCTCCCTCCTTCC
ACACTGGCGTAAAGAGGGGAAGACAGGCAAGCCCCTGGGACTCATCGGAC
GAGAACGTGGAAGAGCGCGAGCAGGGCGACAGCAGATTGATTTAGGGTGG
AGAATGAGCAGCAAACCCTCCTCCATGGTTGACTCAGCCGCCGTCGACCC
ACCCCTCAAGGCTCCCACACTTCCAGCCTCCACCAGTATCAGCAGCACCG
CAGGCGCCACCTTCAGTCCTGCCAAAATTCAGGGGCTTCGAACCTCTGCC
GCCGCCAGCAGCAGCAGCAGCAGCATCAACTTAGACGGCGACGACAACGA
CGACAAGGACAGCTTGCTGCGGCGGATCAACAGTAATAGAAAGGATGGCA
AGGCCGCAGTACCCACATGTCGACGCTGCTGCGCTTTCAAGCAGCTGGGC
CCGAAACTAGCGGAGTTTCTCACAGAGATACCCAAAACGGACTTACACGT
ACACCTGGACGGGTCGCCGCGCCTTAGCACGCTGATTGAGTTGGCCCAGA
CACATGGGGTGGAACTGCCGGCATACACCGAAGAGGGCCTGCGGACCTTA
GTTTTTCATGATGCCTACGACAGCTTGGTAGACTACCTGCGTGGCTTTCC
GCCGATCGTCCGCGTCATGCAACAACCTGGGGCATTGGAACGGATCGCCT
ACGAGTTTGCCTGGGATTGCATTAATGAAGGCGTGCGGTACATCGAGCCA
AGATTCGCTCCGCAGCTACTGGCGACGGTGGAGGTGGATGTCATAGGAGT
TTTGAAAGCAGCAGTACAGGGGTTGGAACGGGCTGAAAATGAGTTTAATG
CCCGAACCTCCGTGCAAGATGGAAGCGAGCCTCCGTTTCGGTTTGGCATC
ATCTGCTGTGCAATGCGTGTCTTTATGACGGACGTTTCGGAGTATTACCG
GGCTTTTTGCGCGTTGCACAAGGACGAACCCCCTACCCTTGTCTATCAAC
TCGCCGCTTCTGCACTCGTCCACGCCGCAATCCATGCCAAAAAGCACCTC
CACCTCCCTATAGTCGGTATTGACATTGCTGGCCAAGAAGCAGGATTTCC
AGCTGAAGCTTTTCAAACAGCTTTTGAAGTGGCACATAAAAATTTCTTGG
GGGCGACAGTACATGCTGGAGAGGCCTTCGGTCCAGAGGTAGGCCGGACA
TTGCTTCAATCAATGCCTTGCTGCTCGAATCTCTTCCCTCCCCCCTCCCT
CCCTTCCCCCCTCCCTCCTTCGAAAACAGGCCGTCTTCCAAGCCATCACG
GACCTGCATTGCGAGAGACTAGGGCATGGATACCACCTGTTCAGCGTGGA
CAAAGTGACAAAGAAGGAGAATCCAGCGGCGTTTGTGGAAGGCTTGGTTC
AGTATGTGGCCAAGAGAAGGATCATGCTCGAGGTGTGCTTGACCAGTAAC
CGGCAGACGATGTGAGTGGACTCGAAGGGGGCGGCGGGGAGGGAGGGACG
GAGGGAAAAAAAGGGAGGGATGGAAATGGCGACTTAGTAGCTTGCACCTA
AACATTCCCAACGACTCTTTTTCTCCCTGACCTTCCTCCTTTCCACCCCT
TCCTCCCTTCCCCCCTCCAAGGGTGGAACTCCGCGACGACATTTCGAAGC
ACGCCTTGAAGGACATGCTAGCCCACGGGATCTGCGTCTCCCTCTGCACC
GACAACCGTCTCATAAGCAACACTACCGTCGTAAAGGAACTCCTGTTGGC
TATAGAGCATTTTGCGCTGACTCCCACTGAATTGAAGACCATCATTCTAG
AAGGTTTCAAGCGTAGTTTCTTCCCCGGCAAGTACCTAGAGAAGAGGGTC
TATGTCTCCCGCATGATCAACTACTACGAGCACATAGAGCGGAAGTACGG
GTTGCATGATTGGTATTTGTCGGAAGAGAGTGTGCGTGAAGATAGACATA
ACCCTTGCCAGCAGCAGCAAAAACAACGACAACAGCAGCAGCAAGGGGAA
GAGCAGCAGCAGCCATCGGCAGAGGGCTTGGGTGCCTTGGTGTGCGATAT
GCACGCGAATGGTGATCGATTGCAGACGTACAGTCCACAATGCAAAGGCC
CTGCGCATTTCTCACAGAAGGAGGATGGAATCCTAAAGAGGGATAAGCAT
GACCATAATCAGCACTTGGACATGCCACCCGAAGTGTTCATATGATTGAA
GGAAACTAGGAGGGTAATCAAATGACCGGATGATTGATTGACACGAGTAA
ATGAGGCAAATCTGAGTGTAAAGCTTGTCGTGATGTCGCGATGTCTCAGT
TGCATTTTTTTGGTCTTTTACCTGCTTCTCATCTCTCATCTCCGCCTCCT
TTCATAAGTGCACTAGCACAGTGCAAATCATCTTCCCCTACTCATCTGCC
GACCTTTCTCCATTTCGCTTCCTTCAGTCAGTCCGCTGGCCTCTTCTCGT
TCTCCCGGCAAGCCTCTCACACACTTTTCCTGGTTACCATCCTCCCATTT
CTCCTTCTTTCTCCTCCCCAGACTCCTCTTTTTAGGGTTTCAACGTCAAG
GGTCCCGCAGCCTTGGGCACCTTGGTGATGCAGACTCGGTACTTCTTCCC
ATCGCTGCCTTTGAGCTCGCATGAGCCGCACTTTCCCTCCTCACAGCCAT
AGTTGGGGCTAAATTTCGCTTTCGCAGCCACGGCTTTGAGTGCTTCACCT
GGCTTGGCCTTGGCCTTCTTATTTCCGGGGAAGATTACCTCGACGTCGCC
ATTGAAAACGGGGCCGCCACGCTTCACGCCATATGTGTGGGGGGCTTGCG
GGAGGAAAAAGGCAGAAGTGGTCAGCACCAAGGCCAAGGTTTGGACGAAA
CGAAAGGCCATCATCTTGCCTCGGGTGATCTGTGTTGACATGTGTGTGGA
AGGAAAAGATCGACGAGTTGAGACGTCCTTTTGCAGTGTGTTTGCCCGAT
GATTGTGAAGCGTGGGAGAAGGGGAGGCGAATAGGCCTTGCTGCGGGTGG
AGCCGAGTTATAAGGCTGTTGGGGTTGACCTTGCGAGTCCATTGCTTGTT
AGATGGCATCGGGTGCTTGCTTCTGTCCTTTCGTGTAAGTACGTTGCTCA
GTGGATTGGGAAGAGAAGGCATTCCAAGTGTTTGGGTCAGTGTACCACTC
TGCCAAGGGGTGGGGAGGTCGAGGGGTTTGTTGTTGCTACTTAATCAAAG
TGCACCAAGCAAATGCCACAACAAAAAGACAAAACACCTCGCTTTAAACT
CTGACAGCACATCAACCTGTCTGCCACTTCTGTCCGCCCGATCCGCCGTC
AGATGGAGCGACTCGCTGATATTTGAGGCGAGAGACCGCGGTGCTCCACT
TGGCTACGGGGTTCGACTTGAGGCTTTGCACTCGGTTTTCGTAATCCAAT
CGGCAGACGATCGGAAAAAGTATACTACGGTAGGAAGAATCAAGTCCTTT
GTTTCATTTTGGTGGCTGTGCTGAAGGCCTTTCGTCTTCTTTTTCATTTC
TATTTATGCAATCCGGTAGGAGCTCATCCCTCCCCTCAGAAGAACCATAT
GCTCCTTGGCTGCTGCTATATTCAATCATTTTTATAAGACCGATCAATCT
CTTGTATGTATCCATCCATTGAACACTAGATATAAGATGAAAATTTTCAT
CATTCTTGCCGTCCTCACTGCCGCCTCAATGGTAGAAGATGTACAAGCAT
TTATCCTGCGACCGTGCCTGTCCTGCGGGACATACCAACCTCAACAATCC
CGCAAGCGTCTTGCAGTCACTACCCTCGCCTCCCCCTCCACCATCAGCGA
CACCATTTACGCAGCTTCAACGGACCATCATAAAATAATGATCCTGGGTG
GGGGGACCGGCGGGTGCGGTGTGGCGGCCCAGTTGCTCAACGAGGGTGTG
CTGGCCAAAGACATCTGCATTCTGGAGCCCGCATCAACACATTACTATCA
GCCGCTGTGGACCATGGTTGGTGCCGGCATATTCGATGTGGCTGTGTCCG
CTCGGCCAATGTCTAGCACTATCCCAAACGGCGTCACGTGGCTCAGAGAC
TCCGCTATTAAAGTGGCACCTGACGATAACCAGGTGCAATGCGCCAGCGG
GCGGAAGCTTTCGTATGACTATTTGGTTGTGGCGACCGGCCTGCAATGCG
ACTGGCATAAGGTCCCGGGACTGGCAGAGGCCTTAGTCGACCATGAAAAG
ACGGGTGTTTGCTCCAATTACCATCCACAGTACGCTCAAAATACCTGGCG
CGTTTTGGAAGGCCTGCGAAACGGCAGCGCCCTCTTCACCCAGCCCAAGA
CGCCTGTCAAGTGTGGAGGTGAGAAATTTAGTATCTATCTCTCAATTTGC
TGATGAACGATGAAGATTCTTCACACCATCATTCCTTCACCATGCACAAG
CAGGCGCTCCGCAAAAAATCATGTGGCTCACAGACGATTACTTGCGCCGG
CAAAACCGCCGAGGAGATGTGGATATTCATTTTGTTTTGCCTCAAAAGGT
CCACTTTGGCGTCTCTAAGTACGCAGAGGTGCTGAAAACCGAAGCCACGA
CCCGGGATATAGACTTCATGTTTGAGACGACGCTGGTTTCTGTGGATGGA
GTGCAGCACCGAGCGACCTTCCGACGCCTTTCTGATGGGAGCGAGTTCGA
GTTGCCCTTTGCCATGCTTCATGTGACCCCTCCCATGTCCGCACCGGACT
TCCTCAAAGGCAGTCCTCTGGCCAATGAGCAAGGTTTTGTGGCGGTTGAC
AAATATACGACTCAGCACATCACCTACCCCAACGTTTTTTCCCTCGGCGA
CTCCTCCTCCTTACCCACCTCCAAGACCATGGCGGCCATCACCGGCGAAG
CACCGGTATTAACCCACAACCTTTTACGTGTCATGCAAGGAAAGCGACCC
ACGGCCGAGTACGACGGGTTCACTTCATGTCCGATTGTTTTGGGTTATGG
GAAGCTTTTGATGACAGAGTTTGTGTATGATTGCATTCCACAGGAATCCT
TCACCAAGATCCCTTTGCCGTTTTTGGATCAGGGGAAGCCCTCATACTTT
TATTTTCTCGTGAAAAAATACGTGTTCCCCTTTGTGTACTGGAATTTGTT
TATGAAGGGAAGATGGTTTGGCAGCAAATTAGTGTTTAAGCCCGACTTCT
CCGAGGTGGACCGCCGGGCGGACGAAGAGGACAAAAAGAATGCTGTGGCG
AGAGGACGCTTGGGCGAGAAGTTTTAGGAGAGAAAGAGAGAGCGGTGTTG
CTTCTTTATGGCATTATGTACATAGCCGAGGACAGGAACGAGTCAAGGAA
ATAGGCAGCTCATAGTTAATGCAAGAC back to topCoding sequence (CDS) from alignment at scaffold_1:1050167..1055543- >mRNA_1603 ID=mRNA_1603|Name=jgi.p|Nanoce1779_2|535837|organism=Nannochloropsis oceanica|type=CDS|length=5373bp|location=Sequence derived from alignment at scaffold_1:1050167..1055543- (Nannochloropsis oceanica)
GGTGGAACTCCGCGACGACATTTCGAAGCACGCCTTGAAGGACATGCTAG
CCCACGGGATCTGCGTCTCCCTCTGCACCGACAACCGTCTCATAAGCAAC
ACTACCGTCGTAAAGGAACTCCTGTTGGCTATAGAGCATTTTGCGCTGAC
TCCCACTGAATTGAAGACCATCATTCTAGAAGGTTTCAAGCGTAGTTTCT
TCCCCGGCAAGTACCTAGAGAAGAGGGTCTATGTCTCCCGCATGATCAAC
TACTACGAGCACATAGAGCGGAAGTACGGGTTGCATGATTGGTATTTGTC
GGAAGAGAGTGTGCGTGAAGATAGACATAACCCTTGCCAGCAGCAGCAAA
AACAACGACAACAGCAGCAGCAAGGGGAAGAGCAGCAGCAGCCATCGGCA
GAGGGCTTGGGTGCCTTGGTGTGCGATATGCACGCGAATGGTGATCGATT
GCAGACGTACAGTCCACAATGCAAAGGCCCTGCGCATTTCTCACAGAAGG
AGGATGGAATCCTAAAGAGGGATAAGCATGACCATAATCAGCACTTGGAC
ATGCCACCCGAAGTGTTCATATGAGCCGTCTTCCAAGCCATCACGGACCT
GCATTGCGAGAGACTAGGGCATGGATACCACCTGTTCAGCGTGGACAAAG
TGACAAAGAAGGAGAATCCAGCGGCGTTTGTGGAAGGCTTGGTTCAGTAT
GTGGCCAAGAGAAGGATCATGCTCGAGGTGTGCTTGACCAGTAACCGGCA
GACGATATGAGCAGCAAACCCTCCTCCATGGTTGACTCAGCCGCCGTCGA
CCCACCCCTCAAGGCTCCCACACTTCCAGCCTCCACCAGTATCAGCAGCA
CCGCAGGCGCCACCTTCAGTCCTGCCAAAATTCAGGGGCTTCGAACCTCT
GCCGCCGCCAGCAGCAGCAGCAGCAGCATCAACTTAGACGGCGACGACAA
CGACGACAAGGACAGCTTGCTGCGGCGGATCAACAGTAATAGAAAGGATG
GCAAGGCCGCAGTACCCACATGTCGACGCTGCTGCGCTTTCAAGCAGCTG
GGCCCGAAACTAGCGGAGTTTCTCACAGAGATACCCAAAACGGACTTACA
CGTACACCTGGACGGGTCGCCGCGCCTTAGCACGCTGATTGAGTTGGCCC
AGACACATGGGGTGGAACTGCCGGCATACACCGAAGAGGGCCTGCGGACC
TTAGTTTTTCATGATGCCTACGACAGCTTGGTAGACTACCTGCGTGGCTT
TCCGCCGATCGTCCGCGTCATGCAACAACCTGGGGCATTGGAACGGATCG
CCTACGAGTTTGCCTGGGATTGCATTAATGAAGGCGTGCGGTACATCGAG
CCAAGATTCGCTCCGCAGCTACTGGCGACGGTGGAGGTGGATGTCATAGG
AGTTTTGAAAGCAGCAGTACAGGGGTTGGAACGGGCTGAAAATGAGTTTA
ATGCCCGAACCTCCGTGCAAGATGGAAGCGAGCCTCCGTTTCGGTTTGGC
ATCATCTGCTGTGCAATGCGTGTCTTTATGACGGACGTTTCGGAGTATTA
CCGGGCTTTTTGCGCGTTGCACAAGGACGAACCCCCTACCCTTGTCTATC
AACTCGCCGCTTCTGCACTCGTCCACGCCGCAATCCATGCCAAAAAGCAC
CTCCACCTCCCTATAGTCGGTATTGACATTGCTGGCCAAGAAGCAGGATT
TCCAGCTGAAGCTTTTCAAACAGCTTTTGAAGTGGCACATAAAAATTTCT
TGGGGGCGACAGTACATGCTGGAGAGGCCTTCGGTCCAGAGGGTGGAACT
CCGCGACGACATTTCGAAGCACGCCTTGAAGGACATGCTAGCCCACGGGA
TCTGCGTCTCCCTCTGCACCGACAACCGTCTCATAAGCAACACTACCGTC
GTAAAGGAACTCCTGTTGGCTATAGAGCATTTTGCGCTGACTCCCACTGA
ATTGAAGACCATCATTCTAGAAGGTTTCAAGCGTAGTTTCTTCCCCGGCA
AGTACCTAGAGAAGAGGGTCTATGTCTCCCGCATGATCAACTACTACGAG
CACATAGAGCGGAAGTACGGGTTGCATGATTGGTATTTGTCGGAAGAGAG
TGTGCGTGAAGATAGACATAACCCTTGCCAGCAGCAGCAAAAACAACGAC
AACAGCAGCAGCAAGGGGAAGAGCAGCAGCAGCCATCGGCAGAGGGCTTG
GGTGCCTTGGTGTGCGATATGCACGCGAATGGTGATCGATTGCAGACGTA
CAGTCCACAATGCAAAGGCCCTGCGCATTTCTCACAGAAGGAGGATGGAA
TCCTAAAGAGGGATAAGCATGACCATAATCAGCACTTGGACATGCCACCC
GAAGTGTTCATATGAGCCGTCTTCCAAGCCATCACGGACCTGCATTGCGA
GAGACTAGGGCATGGATACCACCTGTTCAGCGTGGACAAAGTGACAAAGA
AGGAGAATCCAGCGGCGTTTGTGGAAGGCTTGGTTCAGTATGTGGCCAAG
AGAAGGATCATGCTCGAGGTGTGCTTGACCAGTAACCGGCAGACGATATG
AGCAGCAAACCCTCCTCCATGGTTGACTCAGCCGCCGTCGACCCACCCCT
CAAGGCTCCCACACTTCCAGCCTCCACCAGTATCAGCAGCACCGCAGGCG
CCACCTTCAGTCCTGCCAAAATTCAGGGGCTTCGAACCTCTGCCGCCGCC
AGCAGCAGCAGCAGCAGCATCAACTTAGACGGCGACGACAACGACGACAA
GGACAGCTTGCTGCGGCGGATCAACAGTAATAGAAAGGATGGCAAGGCCG
CAGTACCCACATGTCGACGCTGCTGCGCTTTCAAGCAGCTGGGCCCGAAA
CTAGCGGAGTTTCTCACAGAGATACCCAAAACGGACTTACACGTACACCT
GGACGGGTCGCCGCGCCTTAGCACGCTGATTGAGTTGGCCCAGACACATG
GGGTGGAACTGCCGGCATACACCGAAGAGGGCCTGCGGACCTTAGTTTTT
CATGATGCCTACGACAGCTTGGTAGACTACCTGCGTGGCTTTCCGCCGAT
CGTCCGCGTCATGCAACAACCTGGGGCATTGGAACGGATCGCCTACGAGT
TTGCCTGGGATTGCATTAATGAAGGCGTGCGGTACATCGAGCCAAGATTC
GCTCCGCAGCTACTGGCGACGGTGGAGGTGGATGTCATAGGAGTTTTGAA
AGCAGCAGTACAGGGGTTGGAACGGGCTGAAAATGAGTTTAATGCCCGAA
CCTCCGTGCAAGATGGAAGCGAGCCTCCGTTTCGGTTTGGCATCATCTGC
TGTGCAATGCGTGTCTTTATGACGGACGTTTCGGAGTATTACCGGGCTTT
TTGCGCGTTGCACAAGGACGAACCCCCTACCCTTGTCTATCAACTCGCCG
CTTCTGCACTCGTCCACGCCGCAATCCATGCCAAAAAGCACCTCCACCTC
CCTATAGTCGGTATTGACATTGCTGGCCAAGAAGCAGGATTTCCAGCTGA
AGCTTTTCAAACAGCTTTTGAAGTGGCACATAAAAATTTCTTGGGGGCGA
CAGTACATGCTGGAGAGGCCTTCGGTCCAGAGGGTGGAACTCCGCGACGA
CATTTCGAAGCACGCCTTGAAGGACATGCTAGCCCACGGGATCTGCGTCT
CCCTCTGCACCGACAACCGTCTCATAAGCAACACTACCGTCGTAAAGGAA
CTCCTGTTGGCTATAGAGCATTTTGCGCTGACTCCCACTGAATTGAAGAC
CATCATTCTAGAAGGTTTCAAGCGTAGTTTCTTCCCCGGCAAGTACCTAG
AGAAGAGGGTCTATGTCTCCCGCATGATCAACTACTACGAGCACATAGAG
CGGAAGTACGGGTTGCATGATTGGTATTTGTCGGAAGAGAGTGTGCGTGA
AGATAGACATAACCCTTGCCAGCAGCAGCAAAAACAACGACAACAGCAGC
AGCAAGGGGAAGAGCAGCAGCAGCCATCGGCAGAGGGCTTGGGTGCCTTG
GTGTGCGATATGCACGCGAATGGTGATCGATTGCAGACGTACAGTCCACA
ATGCAAAGGCCCTGCGCATTTCTCACAGAAGGAGGATGGAATCCTAAAGA
GGGATAAGCATGACCATAATCAGCACTTGGACATGCCACCCGAAGTGTTC
ATATGAGCCGTCTTCCAAGCCATCACGGACCTGCATTGCGAGAGACTAGG
GCATGGATACCACCTGTTCAGCGTGGACAAAGTGACAAAGAAGGAGAATC
CAGCGGCGTTTGTGGAAGGCTTGGTTCAGTATGTGGCCAAGAGAAGGATC
ATGCTCGAGGTGTGCTTGACCAGTAACCGGCAGACGATATGAGCAGCAAA
CCCTCCTCCATGGTTGACTCAGCCGCCGTCGACCCACCCCTCAAGGCTCC
CACACTTCCAGCCTCCACCAGTATCAGCAGCACCGCAGGCGCCACCTTCA
GTCCTGCCAAAATTCAGGGGCTTCGAACCTCTGCCGCCGCCAGCAGCAGC
AGCAGCAGCATCAACTTAGACGGCGACGACAACGACGACAAGGACAGCTT
GCTGCGGCGGATCAACAGTAATAGAAAGGATGGCAAGGCCGCAGTACCCA
CATGTCGACGCTGCTGCGCTTTCAAGCAGCTGGGCCCGAAACTAGCGGAG
TTTCTCACAGAGATACCCAAAACGGACTTACACGTACACCTGGACGGGTC
GCCGCGCCTTAGCACGCTGATTGAGTTGGCCCAGACACATGGGGTGGAAC
TGCCGGCATACACCGAAGAGGGCCTGCGGACCTTAGTTTTTCATGATGCC
TACGACAGCTTGGTAGACTACCTGCGTGGCTTTCCGCCGATCGTCCGCGT
CATGCAACAACCTGGGGCATTGGAACGGATCGCCTACGAGTTTGCCTGGG
ATTGCATTAATGAAGGCGTGCGGTACATCGAGCCAAGATTCGCTCCGCAG
CTACTGGCGACGGTGGAGGTGGATGTCATAGGAGTTTTGAAAGCAGCAGT
ACAGGGGTTGGAACGGGCTGAAAATGAGTTTAATGCCCGAACCTCCGTGC
AAGATGGAAGCGAGCCTCCGTTTCGGTTTGGCATCATCTGCTGTGCAATG
CGTGTCTTTATGACGGACGTTTCGGAGTATTACCGGGCTTTTTGCGCGTT
GCACAAGGACGAACCCCCTACCCTTGTCTATCAACTCGCCGCTTCTGCAC
TCGTCCACGCCGCAATCCATGCCAAAAAGCACCTCCACCTCCCTATAGTC
GGTATTGACATTGCTGGCCAAGAAGCAGGATTTCCAGCTGAAGCTTTTCA
AACAGCTTTTGAAGTGGCACATAAAAATTTCTTGGGGGCGACAGTACATG
CTGGAGAGGCCTTCGGTCCAGAG back to top
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