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Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| chr10 | genome | chr10:206..5595 + |
Analyses
This mRNA is derived from or has results from the following analyses
Homology
BLAST of NO10G00010.1 vs.
Match: EWM26561.1 (methyltransferase family [Nannochloropsis gaditana]) HSP 1 Score: 167.5 bits (423), Expect = 3.300e-37 Identity = 96/287 (33.45%), Postives = 152/287 (52.96%), Query Frame = 0
Query: 135 DMDPWQVVADRSVHHPSICIIALIRNEGQFLDEWIAFHWLQGIRKFILFDDGSEDGTRKLLDKYIQRGIVDYRTVDRSAPHITKDKGHIRIKMDYINACLKEISAAREEHGLHWVLLADADEFAYAKNPNMTLAQALEAHYKGEICVNIFRKDFGSSGHIFRPKSGLVIENYVHSARHHRTSA-PRKLIINLKPHNESIKVTRVPDTHQLLNPKEVQCIDNSQ-SQLQMNQYLRSLEDYDVRVKTFYLSSDQKYKTDPLRHFWDRNQHEFFDDSAPQRYACHVRLLL 420
+ DPW + D ++C++ ++NE + LDE+IAFHWLQG+ KF+++DD S+D +L+KY+ GIV+Y + P+ + K +++ +N C K + EE GL W+ DADEFA + PN +L++ L +Y+GE C+ I R +GSS +P SGLVIE Y+ ++ + KLI N+ P ++I T + H V C + +++N YLRSLE+Y K ++ + + + P F+ R YAC V LL
Sbjct: 199 EADPWNKL-DGVRRDIAVCMV--LKNEARILDEYIAFHWLQGVSKFVIYDDASQDNPWSVLEKYVALGIVEYHNMT-GHPNPSSSK----LQITSLNTCSKSLRQRAEEEGLRWIAFIDADEFALSSVPNESLSETLNKNYRGEACLAIHRTWYGSSFQHKKP-SGLVIETYLMASSDYGGGIWNGKLIANINPEGKAINATTLSTVHSFRKEDNVSCKSQTTIRDVRVNHYLRSLEEYS--TKAYHNHNKPQLEETPFERFF-RRDFNLVSSPIAADYACRVHALL 473
The following BLAST results are available for this feature:
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 >NO10G00010.1 ID=NO10G00010.1|Name=NO10G00010.1|organism=Nannochloropsis oceanica|type=mRNA|length=4919bp
AGGAGAGTACTGATTCATTTTAAAATGAATCAGTACCTCAGAAGTTTGAA
GGATTATGATAAGAAACTTAGAAGCGACTTTTTCTCGGGGACCCAGAAGT
ATACGAAGGATCCCTTGCAACAATTTTGGGCGCGTGAACTCAATCAAGTC
CTGGATGACTCAGCCGCCCGTGGTTATGCCCAGGATGTACGAACCCTTTT
GAACTATTGGTCCACTACAGAAGATCTGGGAAATAACGTGGTATCAATCC
TGCAAAGACGACTGGATATATCTACGGATGAGGACCCGAGCGCCAAAGGC
GGTGACCGCGGCACTGACTCGAGTGCTGTGAGACTGGATGGATACCCATG
CCAGATTGATGGAGTTCTAGCAAAGTCTCAATTGGCAAATGGGAATGACG
GTGACATGGACCCCTGGCAAGTTGTTGCTGACCGTTCAGTTCATCATCCA
TCGATTTGCATTATTGCTTTAATTAGAAATGAAGGTCAGTTCCTTGACGA
ATGGATTGCTTTTCATTGGTTACAAGGTATCCGCAAGTTTATCCTCTTTG
ACGATGGGAGCGAGGATGGGACACGTAAGCTATTGGACAAATATATACAG
CGCGGCATTGTCGATTATCGTACAGTTGACCGTTCTGCGCCGCATATTAC
AAAGGATAAAGGTCACATACGCATCAAAATGGACTATATTAATGCTTGCC
TAAAGGAGATCTCAGCGGCTCGGGAAGAACATGGCCTTCATTGGGTGCTT
TTAGCTGATGCAGACGAATTTGCTTACGCTAAGAATCCTAACATGACCCT
CGCTCAGGCATTGGAGGCGCATTACAAGGGTGAAATCTGTGTGAACATCT
TTCGAAAAGATTTTGGGAGTTCCGGTCACATTTTTCGGCCCAAGTCGGGG
CTTGTGATCGAGAACTATGTCCATTCTGCCCGTCATCATCGAACTTCTGC
GCCTAGGAAGCTCATCATCAACTTGAAGCCGCACAATGAGAGTATCAAGG
TGACGCGTGTCCCTGATACGCACCAGCTACTCAATCCCAAGGAAGTCCAA
TGCATAGATAACAGCCAAAGTCAGCTGCAAATGAACCAGTACCTGCGCAG
TTTGGAGGATTACGATGTCAGAGTGAAAACTTTCTATTTGTCAAGCGACC
AGAAGTACAAGACGGATCCTTTGAGACATTTCTGGGATCGCAATCAACAT
GAGTTTTTTGATGATTCCGCCCCACAGCGCTACGCCTGCCATGTCCGGCT
TCTTTTGCTCTATCTTTTGAAAGACGGTCAAGCAGATTCTTATGGGCAAA
GCAGTGGGACATTCGATGGTGATCTTTTGGAGACCAATGTGGTGGCTTCC
TCTCTCTTGACGCCCGAGGATTCATCATTGGATAACTTTGGGACGACAAC
GGCTGGTCTTGCTTCGTCTCCAAGTGGCGCGGCTTGTGCGTCCACTTCTA
CAGGTCTCTTGAGCAAAGATCCGTGGGCTGCAGTCGCCGAACGTTCTTCC
CAACAGCCAAGGATAGCAATCTGCTCTGCCATTCGTAACGAGGGGCGTGA
CATTGAGGAATGGATTGCTTTTCATTGGCTCCAAGGTGTCCGTAAATTTA
TTCTTTATGATGATGGCAGTATGGATGATACGGTCCAACGGTTACAGAAG
TATGTGCAGCGCAACATTGTCGATTTGCGCACACTGAACCGATCGATAGA
GGGTGCGCCCCCTGAGAGAGGCCACGTCGGAATCCAGATGGCGCATGTAA
ATGCTTGCCTGGAGGAAATGTGGACAGTGCGAGATGTGCAAGGCATTGAT
TGGGTGTTATTACACGATGCAGACGAATACGCTTATCCCACGGATCTTGC
AGACATGACCCTTGCTGAGGCCTTGAGTAATCATTACAAGGATGATCCCT
GCGTAACTATCTACCGGAAGGATTTTGGCACTTCTGGCCATGTTTACCGA
CCCGAGACAGGGCTTATGATAGAAAACTATGTCCTTTCCGCGGATGGTTA
CCGTCGCGACCCAGATAAGCTCATCATCAATTTGAGGCCACTAAATGAGA
GTAATCGGGTCAAACATGTCTATGGTGCTCACAAAGTATTCCACTGGCGC
GTGCGGAAAGATAACATATGTTCAATTGACAAACTTCAGCACCTGCAGAT
GAACCATTACCTCCGCAGTTTGGAGGATTACGACCTGAAAGTCAACACTT
TCTATCTAGCGACTGACGATAAGTACAAGATTGATCCTTTGAAACATTTT
TGGGAGCGAGATCGGACAGAAGTTATAGACGATTCTGCGAAACAGCGCTA
TGCCTGTAAGGTCCGGACCTTATTGGCTTACATGCAGGAAGACCGCGCGG
AGTTTGTACCGTCTGTGCACGCTTTATCCCGCTTAGCATTAGCTGTTGAT
GCTCCTTTATCGTCGAGCTACCTTGCTGCTCATGCTTTTGGTTTAAAAAC
TATTCGACGTAAGACTTCTTCCGCTTCTTCCATCAACAAACCGTCTGTGA
CCAATGACAAGCTCCTTTCCCAACTACTTGGACCTCATGATCCGGCCGCG
CACCCTTTATTAACCGATTCATTCCAAGAGTATCCTTGTCAGGCCGACCA
AGATACGACCTCAACAAGTCATACCACCACGGCCTTATTCGCGTCACAAC
AACTCTCCTCATCTCATGACCCTTGGGCTACCGTTGCTGAGCGTTCTGTG
CATGAGTCCACCATCGCCATCTGCGCCCTTGTCTGCAACGATGCGCTTTT
CTTGGACGAATGGATTGCATATCATTGGTTGCAAGGGGTCCGTAAGTTTG
TACTGTACGACGACAATAGCGTGGATTTCACGCACGCTGTATTGGATAAA
TACGTCCAGCGCGGCATTGTCGACTTGCGTAAAGTGGACCGTTCGGTCGA
ACCTGTAACAATGAAGGGCCACCACATGGGGATAGAGATGATGCATATCA
ATTCTTGTCTGATGGAGCTACAGACCTTGCATGAGACGCCAGACTTTGAT
TGGGTACTCTTCTCTAACGTGGATGAGTTTGCCTACGCCAAGGAAGCTGG
CCTGACTCTGGCCGAGTCTCTCGACATTTATTACAAAGACCAACCATGTG
TCCATTTCTTTCGCACGGATTTTGGCTCCTCCTCTCGCTTATATCGACCG
CAGAGTGGACTTACCATTGAGAATTACATCCTTTCTGGTCTTTCATTCCG
ATCCCGTGTCCCTAGAAAGCTGGTTGTTAACCTGCGGCCCCAAGATGTCA
CCAAGAGCATCTCCAACATATACAGCACTCATCTCGTGCACAAGCCCCTG
CTCAACGACACAGCGGAGAGCAGGGTCTGTCTTGACGATGAGAAGCAATA
TTTGGAGATGAATCATTATTTGAAAAGCTTGGAGGATTATGAAGTCAAGG
CCAAGACTTATCACTTGCCAACTGACCTCAAATACAAAAAAAACTTTCTG
GCTGAGTTCTGGGAGCGAGACAAGAATGAAGTCGTGAATGATGCCGCCCC
TCGACGTTTTGCGTGCGAACTGAGGGCTTTGTTGGGATACTGGGCACAAG
ATGCGGGCGACGGCAAGCAAATCAAAGCAGGGAAGAAAAGGCAACTAAAT
ACATCGGGCACCATCTTTGAAGATGGCGAAGAAGTGAAGGAGGACCAAAG
GAGGTTCTCAAAGCTTCGAGAAAAACGTGCTATGGAAATCGATCAAGAGT
GTTTCCGGCATGGCCATGGTTCCATCCATTTCCTCCACATGCGCAAGGCC
GGCGGTTCGACCATTCACAAGGCTTTGCTTCCCTTGTTCAATAGTGGTCG
CCTCTTTAGGAGTGAAGGCTTCACATTCAACATTACTTGTCTCGCCGAAG
CCGGGTCTATGTTGCATGTTACGAACCTTCGAGAACCTATCTCCCGTATC
GTCAGCCATTTTTATTATGAGGGCCAATACAAGGATCTTCATGATCCTGT
TCGTCACCGTCGCCGGACCACCATGGACGAGTTTCATGGCTTTGAGCCCA
ACCAATTGCAGGAGTCGGGGAGACTAAAACAGCTTTTCAATGAGACGATG
ACCTTTCCCGAATATGTGCGGTACATTTTAGACAAATATGACAGCGATCC
GGAAGTATACAGGAGAAACCGCATGCGGGAGGGCGTGGAAAATTATTACA
TAAGAACACTTACAAACCGCTACCGTGCGGACACACGAAGGCCCATCGAT
GAGACCGATCTGGCTTTGGCCAAGGAAATCTTGGGCCAGTTTGATGTTAT
CCTGATTATGGAGTGGCTAAATGATGCCGAAATGGCACAATACCTTGATT
CTGTCCTTGGCACCAATGGAACCGTTTTCCCCCACGAAAACTCCGTCAAG
CCTGCCCAAAAGACTACAGGGAAGGATTCTATTGACGAGGCTACGATGCA
TCGTCTGCGGGAACTAAACCACTATGACTTGGAACTCTACGAGTGGGCAA
AGAATTTCACCAAGTCCCGAATGGAAGCAACCAAACAACGGCAGCAGCAG
CAACAACAGCAGCAGCAGAATCACAAAGACCAGGAACAAGAGCAGGATAG
GCCTGATGCTAATACCGATGCTGATTCTAGCATCGCTCCTTTTGACATGA
CTCAATGTCGACCTTTACCACCAATACCCGAGTACACAGTTCATGGGATC
GCTTATGCAGACCTTCTCGCGAAGCCCGTAGTGTATCTGCCCGTTTGCAA
CCATCCTTTTTACAAGGAAGGGGAAAGAGAGAAATGGCAAGAGGGACTAG
CGAAGGCATTACCAGAAATAAAGAGAGGGAGAGGGAAGAGGAAATCATGA
AACAAACAAAGAAAGAGGGCTGGACGGTTGGGTTAATGCCGTATGAAGAT
GGTAACTACAAGACATCATTCGACTCTGCCACCTTGGAAAGCGTCTTCTT
CTATCATAATTTGAGCACC back to topprotein sequence of NO10G00010.1 >NO10G00010.1-protein ID=NO10G00010.1-protein|Name=NO10G00010.1|organism=Nannochloropsis oceanica|type=polypeptide|length=1600bp
RRVLIHFKMNQYLRSLKDYDKKLRSDFFSGTQKYTKDPLQQFWARELNQV
LDDSAARGYAQDVRTLLNYWSTTEDLGNNVVSILQRRLDISTDEDPSAKG
GDRGTDSSAVRLDGYPCQIDGVLAKSQLANGNDGDMDPWQVVADRSVHHP
SICIIALIRNEGQFLDEWIAFHWLQGIRKFILFDDGSEDGTRKLLDKYIQ
RGIVDYRTVDRSAPHITKDKGHIRIKMDYINACLKEISAAREEHGLHWVL
LADADEFAYAKNPNMTLAQALEAHYKGEICVNIFRKDFGSSGHIFRPKSG
LVIENYVHSARHHRTSAPRKLIINLKPHNESIKVTRVPDTHQLLNPKEVQ
CIDNSQSQLQMNQYLRSLEDYDVRVKTFYLSSDQKYKTDPLRHFWDRNQH
EFFDDSAPQRYACHVRLLLLYLLKDGQADSYGQSSGTFDGDLLETNVVAS
SLLTPEDSSLDNFGTTTAGLASSPSGAACASTSTGLLSKDPWAAVAERSS
QQPRIAICSAIRNEGRDIEEWIAFHWLQGVRKFILYDDGSMDDTVQRLQK
YVQRNIVDLRTLNRSIEGAPPERGHVGIQMAHVNACLEEMWTVRDVQGID
WVLLHDADEYAYPTDLADMTLAEALSNHYKDDPCVTIYRKDFGTSGHVYR
PETGLMIENYVLSADGYRRDPDKLIINLRPLNESNRVKHVYGAHKVFHWR
VRKDNICSIDKLQHLQMNHYLRSLEDYDLKVNTFYLATDDKYKIDPLKHF
WERDRTEVIDDSAKQRYACKVRTLLAYMQEDRAEFVPSVHALSRLALAVD
APLSSSYLAAHAFGLKTIRRKTSSASSINKPSVTNDKLLSQLLGPHDPAA
HPLLTDSFQEYPCQADQDTTSTSHTTTALFASQQLSSSHDPWATVAERSV
HESTIAICALVCNDALFLDEWIAYHWLQGVRKFVLYDDNSVDFTHAVLDK
YVQRGIVDLRKVDRSVEPVTMKGHHMGIEMMHINSCLMELQTLHETPDFD
WVLFSNVDEFAYAKEAGLTLAESLDIYYKDQPCVHFFRTDFGSSSRLYRP
QSGLTIENYILSGLSFRSRVPRKLVVNLRPQDVTKSISNIYSTHLVHKPL
LNDTAESRVCLDDEKQYLEMNHYLKSLEDYEVKAKTYHLPTDLKYKKNFL
AEFWERDKNEVVNDAAPRRFACELRALLGYWAQDAGDGKQIKAGKKRQLN
TSGTIFEDGEEVKEDQRRFSKLREKRAMEIDQECFRHGHGSIHFLHMRKA
GGSTIHKALLPLFNSGRLFRSEGFTFNITCLAEAGSMLHVTNLREPISRI
VSHFYYEGQYKDLHDPVRHRRRTTMDEFHGFEPNQLQESGRLKQLFNETM
TFPEYVRYILDKYDSDPEVYRRNRMREGVENYYIRTLTNRYRADTRRPID
ETDLALAKEILGQFDVILIMEWLNDAEMAQYLDSVLGTNGTVFPHENSVK
PAQKTTGKDSIDEATMHRLRELNHYDLELYEWAKNFTKSRMEATKQRQQQ
QQQQQQNHKDQEQEQDRPDANTDADSSIAPFDMTQCRPLPPIPEYTVHGI
AYADLLAKPVVYLPVCNHPFYKEGEREKWQEGLAKALPEIKRGRGKRKS* back to topmRNA from alignment at chr10:206..5595+ Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >NO10G00010.1 ID=NO10G00010.1|Name=NO10G00010.1|organism=Nannochloropsis oceanica|type=mRNA|length=5390bp|location=Sequence derived from alignment at chr10:206..5595+ (Nannochloropsis oceanica)
AGGAGAGTACTGATTCATTTTAAAATGAATCAGTACCTCAGAAGTTTGAA
GGATTATGATAAGAAACTTAGAAGCGACTTTTTCTCGGGGACCCAGAAGT
ATACGAAGGATCCCTTGCAACAATTTTGGGCGCGTGAACTCAATCAAGTC
CTGGATGACTCAGCCGCCCGTGGTTATGCCCAGGATGTACGAACCCTTTT
GAACTATTGGTCCACTACAGAAGATCTGGGAAATAACGTGGTATCAATCC
TGCAAAGACGACTGGATATATCTACGGATGAGGACCCGAGCGCCAAAGGC
GGTGACCGCGGCACTGACTCGAGTGCTGTGAGACTGGATGGATACCCATG
CCAGGTAAGTTATAATTTAAGCATACATACCAGAAAAAGATATCGCAAAA
GCACTTTCCATTACTAGCACCACTTCAATTTACTACTAGATTGATGGAGT
TCTAGCAAAGTCTCAATTGGCAAATGGGAATGACGGTGACATGGACCCCT
GGCAAGTTGTTGCTGACCGTTCAGTTCATCATCCATCGATTTGCATTATT
GCTTTAATTAGAAATGAAGGTCAGTTCCTTGACGAATGGATTGCTTTTCA
TTGGTTACAAGGTATCCGCAAGTTTATCCTCTTTGACGATGGGAGCGAGG
ATGGGACACGTAAGCTATTGGACAAATATATACAGCGCGGCATTGTCGAT
TATCGTACAGTTGACCGTTCTGCGCCGCATATTACAAAGGATAAAGGTCA
CATACGCATCAAAATGGACTATATTAATGCTTGCCTAAAGGAGATCTCAG
CGGCTCGGGAAGAACATGGCCTTCATTGGGTGCTTTTAGCTGATGCAGAC
GAATTTGCTTACGCTAAGAATCCTAACATGACCCTCGCTCAGGCATTGGA
GGCGCATTACAAGGGTGAAATCTGTGTGAACATCTTTCGAAAAGATTTTG
GGAGTTCCGGTCACATTTTTCGGCCCAAGTCGGGGCTTGTGATCGAGAAC
TATGTCCATTCTGCCCGTCATCATCGAACTTCTGCGCCTAGGAAGCTCAT
CATCAACTTGAAGCCGCACAATGAGAGTATCAAGGTGACGCGTGTCCCTG
ATACGCACCAGCTACTCAATCCCAAGGAAGTCCAATGCATAGATAACAGC
CAAAGTCAGCTGCAAATGAACCAGTACCTGCGCAGTTTGGAGGATTACGA
TGTCAGAGTGAAAACTTTCTATTTGTCAAGCGACCAGAAGTACAAGACGG
ATCCTTTGAGACATTTCTGGGATCGCAATCAACATGAGTTTTTTGATGAT
TCCGCCCCACAGCGCTACGCCTGCCATGTCCGGCTTCTTTTGCTCTATCT
TTTGAAAGACGGTCAAGCAGATTCTTATGGGCAAAGCAGTGGGACATTCG
ATGGTGATCTTTTGGAGACCAATGTGGTGGCTTCCTCTCTCTTGACGCCC
GAGGATTCATCATTGGATAACTTTGGGACGACAACGGCTGGTCTTGCTTC
GTCTCCAAGTGGCGCGGCTTGTGCGTCCACTTCTACAGGTCTCTTGAGCA
AAGATCCGTGGGCTGCAGTCGCCGAACGTTCTTCCCAACAGCCAAGGATA
GCAATCTGCTCTGCCATTCGTAACGAGGGGCGTGACATTGAGGAATGGAT
TGCTTTTCATTGGCTCCAAGGTGTCCGTAAATTTATTCTTTATGATGATG
GCAGTATGGATGATACGGTCCAACGGTTACAGAAGTATGTGCAGCGCAAC
ATTGTCGATTTGCGCACACTGAACCGATCGATAGAGGGTGCGCCCCCTGA
GAGAGGCCACGTCGGAATCCAGATGGCGCATGTAAATGCTTGCCTGGAGG
AAATGTGGACAGTGCGAGATGTGCAAGGCATTGATTGGGTGTTATTACAC
GATGCAGACGAATACGCTTATCCCACGGATCTTGCAGACATGACCCTTGC
TGAGGCCTTGAGTAATCATTACAAGGATGATCCCTGCGTAACTATCTACC
GGAAGGATTTTGGCACTTCTGGCCATGTTTACCGACCCGAGACAGGGCTT
ATGATAGAAAACTATGTCCTTTCCGCGGATGGTTACCGTCGCGACCCAGA
TAAGCTCATCATCAATTTGAGGCCACTAAATGAGAGTAATCGGGTCAAAC
ATGTCTATGGTGCTCACAAAGTATTCCACTGGCGCGTGCGGAAAGATAAC
ATATGTTCAATTGACAAACTTCAGCACCTGCAGATGAACCATTACCTCCG
CAGTTTGGAGGATTACGACCTGAAAGTCAACACTTTCTATCTAGCGACTG
ACGATAAGTACAAGATTGATCCTTTGAAACATTTTTGGGAGCGAGATCGG
ACAGAAGTTATAGACGATTCTGCGAAACAGCGCTATGCCTGTAAGGTCCG
GACCTTATTGGCTTACATGCAGGAAGACCGCGCGGAGTTTGTACCGTCTG
TGCACGCTTTATCCCGCTTAGCATTAGCTGTTGATGCTCCTTTATCGTCG
AGCTACCTTGCTGCTCATGCTTTTGGTTTAAAAACTATTCGACGTAAGAC
TTCTTCCGCTTCTTCCATCAACAAACCGTCTGTGACCAATGACAAGCTCC
TTTCCCAACTACTTGGACCTCATGATCCGGCCGCGCACCCTTTATTAACC
GATTCATTCCAAGAGTATCCTTGTCAGGTAAGATTTAGTTTGGTACAACA
AACTCAAACCGGTGGAGATTCATTTTGTCTTATATACACACTTGTTTACA
ATCTCTATCTCTATCTCTCCCTTGTTGGCTACCAAACACACACAGGCCGA
CCAAGATACGACCTCAACAAGTCATACCACCACGGCCTTATTCGCGTCAC
AACAACTCTCCTCATCTCATGACCCTTGGGCTACCGTTGCTGAGCGTTCT
GTGCATGAGTCCACCATCGCCATCTGCGCCCTTGTCTGCAACGATGCGCT
TTTCTTGGACGAATGGATTGCATATCATTGGTTGCAAGGGGTCCGTAAGT
TTGTACTGTACGACGACAATAGCGTGGATTTCACGCACGCTGTATTGGAT
AAATACGTCCAGCGCGGCATTGTCGACTTGCGTAAAGTGGACCGTTCGGT
CGAACCTGTAACAATGAAGGGCCACCACATGGGGATAGAGATGATGCATA
TCAATTCTTGTCTGATGGAGCTACAGACCTTGCATGAGACGCCAGACTTT
GATTGGGTACTCTTCTCTAACGTGGATGAGTTTGCCTACGCCAAGGAAGC
TGGCCTGACTCTGGCCGAGTCTCTCGACATTTATTACAAAGACCAACCAT
GTGTCCATTTCTTTCGCACGGATTTTGGCTCCTCCTCTCGCTTATATCGA
CCGCAGAGTGGACTTACCATTGAGAATTACATCCTTTCTGGTCTTTCATT
CCGATCCCGTGTCCCTAGAAAGCTGGTTGTTAACCTGCGGCCCCAAGATG
TCACCAAGAGCATCTCCAACATATACAGCACTCATCTCGTGCACAAGCCC
CTGCTCAACGACACAGCGGAGAGCAGGGTCTGTCTTGACGATGAGAAGCA
ATATTTGGAGATGAATCATTATTTGAAAAGCTTGGAGGATTATGAAGTCA
AGGCCAAGACTTATCACTTGCCAACTGACCTCAAATACAAAAAAAACTTT
CTGGCTGAGTTCTGGGAGCGAGACAAGAATGAAGTCGTGAATGATGCCGC
CCCTCGACGTTTTGCGTGCGAACTGAGGGCTTTGTTGGGATACTGGGCAC
AAGATGCGGGCGACGGCAAGCAAATCAAAGCAGGGAAGAAAAGGCAACTA
AATACATCGGGCACCATCTTTGAAGATGGCGAAGAAGTGAAGGAGGACCA
AAGGAGGTTCTCAAAGCTTCGAGAAAAACGTGCTATGGAAATCGATCAAG
AGTGTTTCCGGCATGGCCATGGTTCCATCCATTTCCTCCACATGCGCAAG
GCCGGCGGTTCGACCATTCACAAGGCTTTGCTTCCCTTGTTCAATAGTGG
TCGCCTCTTTAGGAGTGAAGGCTTCACATTCAACATTACTTGTCTCGCCG
AAGCCGGGTCTATGTTGCATGTTACGAACCTTCGAGAACCTATCTCCCGT
ATCGTCAGCCATTTTTATTATGAGGGCCAATACAAGGATCTTCATGATCC
TGTTCGTCACCGTCGCCGGACCACCATGGACGAGTTTCATGGCTTTGAGC
CCAACCAATTGCAGGAGTCGGGGAGACTAAAACAGCTTTTCAATGAGACG
ATGACCTTTCCCGAATATGTGCGGTACATTTTAGACAAATATGACAGCGA
TCCGGAAGTATACAGGTAAATCAGGAGGCTCTTTCTCTCCCTTTTCAACC
TATCTCGTTCTTCTGTGCGGGATAGATATAACACGATGACTGAATTACAC
ACACAAATATGCACACAAAACTCGAAATTCTAGGAGAAACCGCATGCGGG
AGGGCGTGGAAAATTATTACATAAGAACACTTACAAACCGCTACCGTGCG
GACACACGAAGGCCCATCGATGAGACCGGTAAGTGAAAAAGCAAAGGTGG
GGTGCGCGTTCCCAACCTCAGGTCATAGAATGTATCATGCTACTACTTTT
CTGAATTGCAATGTATGAACGCCTAATCACTCTCTCTCTGCATGTCTTCA
AATGTTATGTTACATATGCATATTTCAGATCTGGCTTTGGCCAAGGAAAT
CTTGGGCCAGTTTGATGTTATCCTGATTATGGAGTGGCTAAATGATGCCG
AAATGGCACAATACCTTGATTCTGTCCTTGGCACCAATGGAACCGTTTTC
CCCCACGAAAACTCCGTCAAGCCTGCCCAAAAGACTACAGGGAAGGATTC
TATTGACGAGGCTACGATGCATCGTCTGCGGGAACTAAACCACTATGACT
TGGAACTCTACGAGTGGGCAAAGAATTTCACCAAGTCCCGAATGGAAGCA
ACCAAACAACGGCAGCAGCAGCAACAACAGCAGCAGCAGAATCACAAAGA
CCAGGAACAAGAGCAGGATAGGCCTGATGCTAATACCGATGCTGATTCTA
GCATCGCTCCTTTTGACATGACTCAATGTCGACCTTTACCACCAATACCC
GAGTACACAGTTCATGGGATCGCTTATGCAGACCTTCTCGCGAAGCCCGT
AGTGTATCTGCCCGTTTGCAACCATCCTTTTTACAAGGAAGGGGAAAGAG
AGAAATGGCAAGAGGGACTAGCGAAGGCATTACCAGAAATAAAGAGAGGG
AGAGGGAAGAGGAAATCATGAAACAAACAAAGAAAGAGGGCTGGACGGTT
GGGTTAATGCCGTATGAAGATGGTAACTACAAGACATCATTCGACTCTGC
CACCTTGGAAAGCGTCTTCTTCTATCATAATTTGAGCACC back to topCoding sequence (CDS) from alignment at chr10:206..5595+ >NO10G00010.1 ID=NO10G00010.1|Name=NO10G00010.1|organism=Nannochloropsis oceanica|type=CDS|length=4800bp|location=Sequence derived from alignment at chr10:206..5595+ (Nannochloropsis oceanica)
AGGAGAGTACTGATTCATTTTAAAATGAATCAGTACCTCAGAAGTTTGAA
GGATTATGATAAGAAACTTAGAAGCGACTTTTTCTCGGGGACCCAGAAGT
ATACGAAGGATCCCTTGCAACAATTTTGGGCGCGTGAACTCAATCAAGTC
CTGGATGACTCAGCCGCCCGTGGTTATGCCCAGGATGTACGAACCCTTTT
GAACTATTGGTCCACTACAGAAGATCTGGGAAATAACGTGGTATCAATCC
TGCAAAGACGACTGGATATATCTACGGATGAGGACCCGAGCGCCAAAGGC
GGTGACCGCGGCACTGACTCGAGTGCTGTGAGACTGGATGGATACCCATG
CCAGATTGATGGAGTTCTAGCAAAGTCTCAATTGGCAAATGGGAATGACG
GTGACATGGACCCCTGGCAAGTTGTTGCTGACCGTTCAGTTCATCATCCA
TCGATTTGCATTATTGCTTTAATTAGAAATGAAGGTCAGTTCCTTGACGA
ATGGATTGCTTTTCATTGGTTACAAGGTATCCGCAAGTTTATCCTCTTTG
ACGATGGGAGCGAGGATGGGACACGTAAGCTATTGGACAAATATATACAG
CGCGGCATTGTCGATTATCGTACAGTTGACCGTTCTGCGCCGCATATTAC
AAAGGATAAAGGTCACATACGCATCAAAATGGACTATATTAATGCTTGCC
TAAAGGAGATCTCAGCGGCTCGGGAAGAACATGGCCTTCATTGGGTGCTT
TTAGCTGATGCAGACGAATTTGCTTACGCTAAGAATCCTAACATGACCCT
CGCTCAGGCATTGGAGGCGCATTACAAGGGTGAAATCTGTGTGAACATCT
TTCGAAAAGATTTTGGGAGTTCCGGTCACATTTTTCGGCCCAAGTCGGGG
CTTGTGATCGAGAACTATGTCCATTCTGCCCGTCATCATCGAACTTCTGC
GCCTAGGAAGCTCATCATCAACTTGAAGCCGCACAATGAGAGTATCAAGG
TGACGCGTGTCCCTGATACGCACCAGCTACTCAATCCCAAGGAAGTCCAA
TGCATAGATAACAGCCAAAGTCAGCTGCAAATGAACCAGTACCTGCGCAG
TTTGGAGGATTACGATGTCAGAGTGAAAACTTTCTATTTGTCAAGCGACC
AGAAGTACAAGACGGATCCTTTGAGACATTTCTGGGATCGCAATCAACAT
GAGTTTTTTGATGATTCCGCCCCACAGCGCTACGCCTGCCATGTCCGGCT
TCTTTTGCTCTATCTTTTGAAAGACGGTCAAGCAGATTCTTATGGGCAAA
GCAGTGGGACATTCGATGGTGATCTTTTGGAGACCAATGTGGTGGCTTCC
TCTCTCTTGACGCCCGAGGATTCATCATTGGATAACTTTGGGACGACAAC
GGCTGGTCTTGCTTCGTCTCCAAGTGGCGCGGCTTGTGCGTCCACTTCTA
CAGGTCTCTTGAGCAAAGATCCGTGGGCTGCAGTCGCCGAACGTTCTTCC
CAACAGCCAAGGATAGCAATCTGCTCTGCCATTCGTAACGAGGGGCGTGA
CATTGAGGAATGGATTGCTTTTCATTGGCTCCAAGGTGTCCGTAAATTTA
TTCTTTATGATGATGGCAGTATGGATGATACGGTCCAACGGTTACAGAAG
TATGTGCAGCGCAACATTGTCGATTTGCGCACACTGAACCGATCGATAGA
GGGTGCGCCCCCTGAGAGAGGCCACGTCGGAATCCAGATGGCGCATGTAA
ATGCTTGCCTGGAGGAAATGTGGACAGTGCGAGATGTGCAAGGCATTGAT
TGGGTGTTATTACACGATGCAGACGAATACGCTTATCCCACGGATCTTGC
AGACATGACCCTTGCTGAGGCCTTGAGTAATCATTACAAGGATGATCCCT
GCGTAACTATCTACCGGAAGGATTTTGGCACTTCTGGCCATGTTTACCGA
CCCGAGACAGGGCTTATGATAGAAAACTATGTCCTTTCCGCGGATGGTTA
CCGTCGCGACCCAGATAAGCTCATCATCAATTTGAGGCCACTAAATGAGA
GTAATCGGGTCAAACATGTCTATGGTGCTCACAAAGTATTCCACTGGCGC
GTGCGGAAAGATAACATATGTTCAATTGACAAACTTCAGCACCTGCAGAT
GAACCATTACCTCCGCAGTTTGGAGGATTACGACCTGAAAGTCAACACTT
TCTATCTAGCGACTGACGATAAGTACAAGATTGATCCTTTGAAACATTTT
TGGGAGCGAGATCGGACAGAAGTTATAGACGATTCTGCGAAACAGCGCTA
TGCCTGTAAGGTCCGGACCTTATTGGCTTACATGCAGGAAGACCGCGCGG
AGTTTGTACCGTCTGTGCACGCTTTATCCCGCTTAGCATTAGCTGTTGAT
GCTCCTTTATCGTCGAGCTACCTTGCTGCTCATGCTTTTGGTTTAAAAAC
TATTCGACGTAAGACTTCTTCCGCTTCTTCCATCAACAAACCGTCTGTGA
CCAATGACAAGCTCCTTTCCCAACTACTTGGACCTCATGATCCGGCCGCG
CACCCTTTATTAACCGATTCATTCCAAGAGTATCCTTGTCAGGCCGACCA
AGATACGACCTCAACAAGTCATACCACCACGGCCTTATTCGCGTCACAAC
AACTCTCCTCATCTCATGACCCTTGGGCTACCGTTGCTGAGCGTTCTGTG
CATGAGTCCACCATCGCCATCTGCGCCCTTGTCTGCAACGATGCGCTTTT
CTTGGACGAATGGATTGCATATCATTGGTTGCAAGGGGTCCGTAAGTTTG
TACTGTACGACGACAATAGCGTGGATTTCACGCACGCTGTATTGGATAAA
TACGTCCAGCGCGGCATTGTCGACTTGCGTAAAGTGGACCGTTCGGTCGA
ACCTGTAACAATGAAGGGCCACCACATGGGGATAGAGATGATGCATATCA
ATTCTTGTCTGATGGAGCTACAGACCTTGCATGAGACGCCAGACTTTGAT
TGGGTACTCTTCTCTAACGTGGATGAGTTTGCCTACGCCAAGGAAGCTGG
CCTGACTCTGGCCGAGTCTCTCGACATTTATTACAAAGACCAACCATGTG
TCCATTTCTTTCGCACGGATTTTGGCTCCTCCTCTCGCTTATATCGACCG
CAGAGTGGACTTACCATTGAGAATTACATCCTTTCTGGTCTTTCATTCCG
ATCCCGTGTCCCTAGAAAGCTGGTTGTTAACCTGCGGCCCCAAGATGTCA
CCAAGAGCATCTCCAACATATACAGCACTCATCTCGTGCACAAGCCCCTG
CTCAACGACACAGCGGAGAGCAGGGTCTGTCTTGACGATGAGAAGCAATA
TTTGGAGATGAATCATTATTTGAAAAGCTTGGAGGATTATGAAGTCAAGG
CCAAGACTTATCACTTGCCAACTGACCTCAAATACAAAAAAAACTTTCTG
GCTGAGTTCTGGGAGCGAGACAAGAATGAAGTCGTGAATGATGCCGCCCC
TCGACGTTTTGCGTGCGAACTGAGGGCTTTGTTGGGATACTGGGCACAAG
ATGCGGGCGACGGCAAGCAAATCAAAGCAGGGAAGAAAAGGCAACTAAAT
ACATCGGGCACCATCTTTGAAGATGGCGAAGAAGTGAAGGAGGACCAAAG
GAGGTTCTCAAAGCTTCGAGAAAAACGTGCTATGGAAATCGATCAAGAGT
GTTTCCGGCATGGCCATGGTTCCATCCATTTCCTCCACATGCGCAAGGCC
GGCGGTTCGACCATTCACAAGGCTTTGCTTCCCTTGTTCAATAGTGGTCG
CCTCTTTAGGAGTGAAGGCTTCACATTCAACATTACTTGTCTCGCCGAAG
CCGGGTCTATGTTGCATGTTACGAACCTTCGAGAACCTATCTCCCGTATC
GTCAGCCATTTTTATTATGAGGGCCAATACAAGGATCTTCATGATCCTGT
TCGTCACCGTCGCCGGACCACCATGGACGAGTTTCATGGCTTTGAGCCCA
ACCAATTGCAGGAGTCGGGGAGACTAAAACAGCTTTTCAATGAGACGATG
ACCTTTCCCGAATATGTGCGGTACATTTTAGACAAATATGACAGCGATCC
GGAAGTATACAGGAGAAACCGCATGCGGGAGGGCGTGGAAAATTATTACA
TAAGAACACTTACAAACCGCTACCGTGCGGACACACGAAGGCCCATCGAT
GAGACCGATCTGGCTTTGGCCAAGGAAATCTTGGGCCAGTTTGATGTTAT
CCTGATTATGGAGTGGCTAAATGATGCCGAAATGGCACAATACCTTGATT
CTGTCCTTGGCACCAATGGAACCGTTTTCCCCCACGAAAACTCCGTCAAG
CCTGCCCAAAAGACTACAGGGAAGGATTCTATTGACGAGGCTACGATGCA
TCGTCTGCGGGAACTAAACCACTATGACTTGGAACTCTACGAGTGGGCAA
AGAATTTCACCAAGTCCCGAATGGAAGCAACCAAACAACGGCAGCAGCAG
CAACAACAGCAGCAGCAGAATCACAAAGACCAGGAACAAGAGCAGGATAG
GCCTGATGCTAATACCGATGCTGATTCTAGCATCGCTCCTTTTGACATGA
CTCAATGTCGACCTTTACCACCAATACCCGAGTACACAGTTCATGGGATC
GCTTATGCAGACCTTCTCGCGAAGCCCGTAGTGTATCTGCCCGTTTGCAA
CCATCCTTTTTACAAGGAAGGGGAAAGAGAGAAATGGCAAGAGGGACTAG
CGAAGGCATTACCAGAAATAAAGAGAGGGAGAGGGAAGAGGAAATCATGA back to top
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