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Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| chr1 | genome | chr1:957416..962120 - |
Analyses
This mRNA is derived from or has results from the following analyses
Homology
BLAST of NO01G03620.1 vs.
Match: EWM29268.1 (glycolipid 2-alpha-mannosyltransferase [Nannochloropsis gaditana]) HSP 1 Score: 2164.8 bits (5608), Expect = 0.000e+0 Identity = 1036/1338 (77.43%), Postives = 1161/1338 (86.77%), Query Frame = 0
Query: 84 MAFERAQREGTISGSKGRTPHDSLRRGKESSTNSRKLDKDGATSVVVGHEGQLGQQQQYHDAFSHFLPKDQEVLESIYARGRARIQKELQRRHNNLSSIEPFNPWGPVYIWDWFSPDYNCPTMERIGRVGDGGKWICGVDVLKEREKCVVYSYGVNKDLSFELELIGRTGCEVHGFDPTVGGVPPDCKGNEHITFHKQALGPVSGPSDVFMMMETLLDTMKRQGHTFLDVLKVDIEGSEWDTFKAMLPEKALPFGQLLIELHFRDVVEVFEFFENMDTHGFRIFMRETNHNPCAAGKLPIAVEFSLINPQAYFGGVPQPAAVQAIAARPNPLTYNGVVYVLSHKGNLGRLSTMLSTFEKNFNRHYHYPVVIFHEDFGPAEKKLLKGSVKEMRLQFRQVGFSVPAWLDKAKIPERTPCSPHSSTVGYRHMNRFLAFYAAEELSKEYEWQWRLDDDSLITEEVGYDVFRLMAENGKKYGFTNIVQDDAKCVLGLWNATREYVDREGLEPTFFTRWTEGAVFYNNFEVSHRSIWTSAAYRKFFDYIDKLGGIYYHRWGDAPIRSIGVSLFVNESEVHQFTDVAYTHLPFISRNASGLPSPGQTLFSRAGGSNHHGDCNGNSTLAGHGLGGVVGHVHGGNNGTCYSGRPSGVVYTVLNDEPGQLEKLLMTLKSLDLFFTDHFHYPVAIFAADLSFERRTTIRKATRSVVEFHDLSFLASQPLPGWVVEASVPAFVDCGFGDDSIGDRKRNRYMASTGVRKLAAQYDYLWRLAPGAVLTENVTSDPFATLASGGKSFGYLMTVTDDSKCVVGLQEATKEYVQREEVTPTFLDVLPPGAVFYDGFAIAHGSFWRSPEYQSYFQFLDEEGGIFYHRWTEANILTQALALFMPTEEIHRFSDVGFEHAPFVKQSTNRAVLKKQLDSVWKDRSIAATPAPELSALLAPRRFGFLGSDVATSFRLPSVAGYGAYMWLLGDTFLGTSDGSRREGMHSTISNALAFLPSGADLGVESGELLSPSDVTFFWGYDDQGLPTAPFERTAGQESGTVLWPVSGVSVEYGGMAKIVLFAQRVRKTHELAKFLGVADAMNFEVEGTSIIIVENPAATPSRWKYRVSDLPGTDASHNWFSAVAVEGGKEVVDREEDVVYMVGNVGTRGLGVYDDEASKNVLARISIKELLEEEWGRMEVLVEDG----------VWARTTEAEATRPERRKTIFSPANAETTLQYNMELRAWVTLAVDGVTAQLVLWTARELTGPWMSTVIHNIPAPFDDLTVYKCYAGKGHPELAEPAEPGQGVELVFSYVCNSPSDSSLLFEEGMGELYAPQFVRVRLGVAEKGR 1412
MAFE++QRE T + R DSLRR + + RKLD++G+TSVVVGHEG L + +HFLPKD+ VLESIYARGRARIQ EL+RRHNNLS+IEPFNPWGPVYIWDWFSPDYNCPTMERIGRVGDGGKWICGVDVL+EREKCVVYSYGVNKDLSFELELIGRTGCEVHGFDPTVGGVPPDCKGN HITFHKQALGPVS PSD+FMM+ETLLDTMKRQGH+F+DVLKVDIEGSEWDTF+AMLPE+ALPFGQLLIELHFRDV EVFEFFENMDTHGFRIFMRETNHNPCAAGKLPIAVEFSLINP YF G P PAAVQAIAARP P TYNGVVYVLSHKGNLGRL+ ML +FE+NFNRHY+YP++IFHEDFG AEKK L+ +V+ RLQFR VGF +PAWLD+AKIPERTPCSPHSSTVGYRHMNRFLAF+AAEELSKEY+WQWRLDDDSLITEEVGYDVFRLMAENGK+YGFTNIVQDD KCVLGLWNATR+YVDRE LEPTFFTRWTEGAVFYNNFEVSH SIWTSAAYR FF++ID LGGIYYHRWGDAPIRSIGVSLFV ESEVHQFTD+AYTHLPFI+RNASGLPSP QTLFSRAGGS H G+C+ N++ H GH GG NGTC+SGRPSGVVY VLNDEPGQLEKLL TL SLD F DHFHYPVAIFAADL++ERRT IR ATRSVVEFHDLSFLA+Q LP W+ ASVP++V+C FGDDSI DRKRNRYMAS+GV KL AQYDYLWRLAPGAVLTENVT+DPF ++A+GGK+FGYL+TV DDS+C GL EAT Y ++E+VTPTFL++L P AVFYDGF I+H +FWRSP+Y S+F +LD EGG+FY RWTEANILTQALALF+P EE+HRFS+VGFEH PFVKQS+NRA+LKK +D VW+DR I+ PAPELS LLAPRRFG+LGSDVATSFRLPSVAG+G+YMWLLGDT+LGTSDG +R+GMH+TISNA+AF PSGADLG +GELL+PSDVTFFWGYD G PTAPFE AGQ +GTVLWPVSGVSVEY G+ KIVLFAQRV+KTH L FLGVAD MNFEVEGTS+I++ENPAA P+RW+Y V+D+ GT+ +HNWFSAVAV GGKE+ D EDV+Y+VGNVG RGLGVYDDEASKNVL RI + +LL+ + RMEVLVE+ +W T EAEA+ RRK I SPANAET+LQYN EL AWV+LAVD V+AQLVLW+AR ++GPW S VIH+IPAP+DDL++Y+CYAGKGHPELA PG VE VFSYVCN+PSDS +LF+EG LYAPQF+RVRLG AE GR
Sbjct: 1 MAFEKSQRENT----RVRGARDSLRREASVNPDRRKLDREGSTSVVVGHEGDLTSKTS-----THFLPKDEVVLESIYARGRARIQAELERRHNNLSAIEPFNPWGPVYIWDWFSPDYNCPTMERIGRVGDGGKWICGVDVLREREKCVVYSYGVNKDLSFELELIGRTGCEVHGFDPTVGGVPPDCKGNPHITFHKQALGPVSEPSDMFMMVETLLDTMKRQGHSFVDVLKVDIEGSEWDTFRAMLPERALPFGQLLIELHFRDVSEVFEFFENMDTHGFRIFMRETNHNPCAAGKLPIAVEFSLINPHVYFSGSPHPAAVQAIAARPMPTTYNGVVYVLSHKGNLGRLTKMLKSFEENFNRHYNYPLIIFHEDFGEAEKKQLQEAVR-FRLQFRTVGFKIPAWLDRAKIPERTPCSPHSSTVGYRHMNRFLAFFAAEELSKEYDWQWRLDDDSLITEEVGYDVFRLMAENGKRYGFTNIVQDDPKCVLGLWNATRDYVDREELEPTFFTRWTEGAVFYNNFEVSHSSIWTSAAYRNFFEHIDHLGGIYYHRWGDAPIRSIGVSLFVEESEVHQFTDIAYTHLPFIARNASGLPSPAQTLFSRAGGSLHPGNCSANTSAGEH----KPGH-GGGGNGTCFSGRPSGVVYAVLNDEPGQLEKLLTTLSSLDTHFNDHFHYPVAIFAADLTYERRTAIRHATRSVVEFHDLSFLAAQALPAWIDPASVPSYVNCAFGDDSITDRKRNRYMASSGVGKLVAQYDYLWRLAPGAVLTENVTADPFMSMANGGKTFGYLLTVVDDSRCTAGLLEATTGYARQEDVTPTFLELLTPDAVFYDGFIISHSAFWRSPQYLSFFDYLDLEGGMFYQRWTEANILTQALALFVPVEELHRFSEVGFEHTPFVKQSSNRAILKKPVDRVWRDRDISVEPAPELSGLLAPRRFGYLGSDVATSFRLPSVAGHGSYMWLLGDTYLGTSDGLKRQGMHTTISNAVAFFPSGADLGA-AGELLTPSDVTFFWGYDLDGSPTAPFEAEAGQAAGTVLWPVSGVSVEYQGVVKIVLFAQRVQKTHNLTDFLGVADGMNFEVEGTSLIVIENPAAAPNRWRYSVTDIAGTNGTHNWFSAVAVAGGKEIADSPEDVLYLVGNVGARGLGVYDDEASKNVLGRIKVTDLLKRRFDRMEVLVEEAHESRESDGKELWMSTAEAEASVARRRKGIISPANAETSLQYNSELGAWVSLAVDSVSAQLVLWSARSVSGPWTSAVIHSIPAPYDDLSLYRCYAGKGHPELAREGLPGGDVEFVFSYVCNAPSDSGILFDEGQLTLYAPQFIRVRLGPAEDGR 1322
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 >NO01G03620.1 ID=NO01G03620.1|Name=NO01G03620.1|organism=Nannochloropsis oceanica|type=mRNA|length=4245bp
ATGGTCCCACGAGCTGGTGGCCGCAGCCTGGGGAGCAGTGGGCCCGAGGC
GGGCGGTGGCTTGCTCCTGTCACGGCGCGCCATCCAGATTTACGCCTTTC
TCTTTATAAATACCCTCATTTTTGTCATGCGGAGCCAATGGATTGTCTCC
ATGCCGTCCTCACTGGACACGAGCGTCTCGTCCCGGCACGACGCCACCCC
TAGCAAGAGCGATCGGAATGGCGGGCCTGAGGGGATGGGAGAGCTTCAGA
TGGCCTTCGAGAGGGCCCAACGGGAGGGTACCATCAGCGGCAGCAAAGGA
CGCACCCCCCACGACTCTTTGCGAAGGGGGAAGGAGTCAAGCACAAACAG
CCGGAAGCTTGACAAGGACGGAGCCACTTCTGTAGTCGTTGGCCATGAGG
GTCAGCTTGGGCAGCAGCAACAGTATCACGACGCCTTCTCGCACTTTCTT
CCCAAGGACCAAGAAGTGCTCGAGTCAATTTATGCAAGGGGGAGGGCCCG
CATTCAAAAAGAGCTGCAGAGGCGGCACAATAACTTGTCGAGCATTGAGC
CGTTCAATCCTTGGGGGCCTGTGTACATCTGGGATTGGTTTTCGCCCGAT
TACAACTGCCCGACGATGGAGCGTATTGGCCGGGTGGGGGACGGGGGAAA
ATGGATATGTGGTGTGGACGTGTTGAAGGAACGGGAAAAGTGTGTGGTGT
ATTCATATGGCGTGAATAAGGACTTGTCGTTTGAGTTGGAGCTGATCGGG
AGGACGGGGTGTGAAGTGCATGGCTTCGATCCAACAGTGGGAGGGGTCCC
TCCTGATTGTAAGGGAAATGAGCATATCACGTTCCATAAACAGGCTTTGG
GTCCCGTTAGCGGCCCGTCGGATGTGTTTATGATGATGGAGACGTTGCTG
GACACAATGAAGAGGCAAGGGCATACGTTTTTGGATGTTCTGAAGGTGGA
TATTGAGGGATCGGAGTGGGATACATTCAAGGCGATGTTACCTGAGAAGG
CGTTGCCGTTTGGACAGTTGTTGATCGAGCTGCACTTTAGGGACGTGGTG
GAGGTGTTTGAGTTTTTCGAGAACATGGATACGCATGGCTTCCGTATTTT
TATGCGCGAGACGAACCATAACCCTTGTGCGGCGGGCAAGCTACCGATAG
CTGTTGAATTCTCTTTGATCAACCCTCAGGCGTATTTTGGCGGAGTCCCT
CAGCCGGCGGCTGTCCAGGCCATTGCTGCTCGTCCCAATCCCCTTACTTA
CAATGGTGTGGTATATGTGCTGTCGCATAAGGGGAACCTCGGGCGACTTA
GCACGATGCTGAGTACGTTTGAGAAGAATTTCAACCGGCATTACCATTAT
CCTGTTGTGATTTTTCACGAGGATTTCGGGCCTGCAGAGAAGAAGCTGTT
GAAGGGAAGTGTGAAGGAAATGCGTCTGCAATTTCGCCAGGTAGGATTTT
CAGTGCCGGCGTGGTTGGACAAGGCGAAGATACCGGAGCGGACCCCATGT
AGCCCGCATTCATCTACTGTGGGATATCGACATATGAATCGATTTTTGGC
GTTCTATGCGGCGGAAGAGTTAAGTAAGGAGTATGAGTGGCAATGGAGGT
TGGATGATGATAGCCTGATTACAGAGGAGGTGGGATATGATGTGTTTAGG
CTGATGGCAGAGAATGGGAAGAAGTACGGATTTACTAATATTGTTCAGGA
TGACGCTAAGTGCGTGCTGGGGTTGTGGAATGCCACGAGGGAGTACGTTG
ATCGCGAGGGCTTGGAGCCGACGTTTTTTACGCGCTGGACGGAGGGGGCG
GTGTTTTACAATAATTTTGAGGTGTCGCATAGAAGTATTTGGACTTCAGC
AGCATATCGGAAGTTTTTTGATTATATTGACAAGTTGGGGGGGATTTATT
ATCACCGGTGGGGGGATGCACCGATTCGGAGTATCGGTGTGTCATTGTTT
GTGAACGAGTCGGAGGTGCATCAGTTTACCGACGTGGCTTACACTCACTT
GCCCTTTATCTCGCGTAATGCCTCGGGATTGCCTTCGCCAGGACAGACGC
TGTTTTCTCGCGCAGGGGGGAGCAATCATCATGGAGATTGCAATGGAAAT
TCCACATTGGCAGGGCATGGACTTGGAGGGGTGGTGGGTCATGTTCACGG
CGGGAATAACGGGACGTGCTATTCGGGGAGGCCCAGTGGGGTGGTGTATA
CGGTGTTAAACGACGAGCCGGGGCAGTTGGAGAAGCTGTTGATGACGTTG
AAGAGCTTGGATTTGTTTTTCACCGATCATTTCCATTACCCTGTCGCAAT
TTTTGCGGCGGATTTGAGTTTTGAACGGCGGACGACTATTCGAAAGGCGA
CGCGATCGGTGGTTGAGTTTCACGATTTGAGCTTTTTGGCATCTCAGCCT
TTGCCGGGATGGGTGGTTGAAGCCAGCGTCCCTGCTTTTGTTGATTGTGG
GTTTGGAGACGATTCGATTGGAGACCGGAAGCGGAATCGGTACATGGCCT
CGACGGGGGTGAGGAAGCTGGCGGCGCAGTATGATTATTTGTGGCGGTTG
GCGCCGGGGGCGGTGCTAACAGAGAATGTGACGAGTGATCCATTTGCGAC
CTTGGCAAGTGGTGGGAAGAGTTTTGGGTACTTGATGACGGTGACAGATG
ACAGCAAGTGTGTCGTGGGGCTGCAGGAGGCTACCAAGGAATACGTGCAG
AGGGAGGAGGTGACGCCGACGTTTTTGGATGTCCTGCCACCGGGCGCTGT
TTTTTATGATGGCTTTGCGATTGCCCATGGCTCGTTTTGGCGCAGCCCCG
AATATCAGTCCTACTTCCAGTTCCTCGATGAAGAGGGGGGGATATTTTAT
CACCGATGGACGGAAGCAAATATTTTGACGCAGGCCCTTGCGTTGTTCAT
GCCCACGGAGGAGATACATCGCTTTAGCGACGTTGGGTTCGAACACGCCC
CCTTTGTAAAGCAAAGCACCAACAGGGCCGTACTCAAGAAGCAGCTTGAC
AGCGTCTGGAAAGATCGTAGCATAGCTGCCACTCCCGCTCCCGAACTTTC
GGCTTTGTTGGCACCCCGTCGATTTGGGTTTCTCGGCTCGGATGTTGCGA
CCTCCTTCAGGTTGCCTTCCGTGGCGGGGTACGGGGCGTATATGTGGTTG
CTTGGCGACACTTTCCTTGGGACCAGTGACGGGTCTAGGCGAGAGGGGAT
GCATAGTACCATCAGCAATGCGTTGGCTTTTCTACCCTCGGGCGCGGATT
TGGGGGTGGAGTCGGGTGAGCTGCTGTCGCCTTCGGACGTGACTTTCTTC
TGGGGATATGATGATCAGGGTTTGCCGACAGCGCCGTTTGAACGGACGGC
TGGCCAAGAGAGTGGGACGGTGCTTTGGCCCGTGAGTGGGGTGAGTGTTG
AGTACGGCGGTATGGCGAAAATTGTGCTGTTTGCGCAGCGAGTGCGGAAG
ACACATGAGTTGGCCAAGTTTTTGGGTGTAGCGGATGCGATGAATTTCGA
GGTGGAGGGAACGTCGATTATTATTGTGGAGAATCCCGCAGCAACTCCCA
GCAGATGGAAGTATCGGGTGAGTGATTTGCCGGGGACAGACGCGAGCCAC
AATTGGTTTTCGGCCGTGGCGGTGGAGGGGGGGAAGGAAGTGGTGGATCG
AGAAGAGGACGTGGTGTACATGGTAGGGAACGTGGGGACGCGGGGATTAG
GTGTTTATGATGATGAGGCAAGCAAAAATGTCCTGGCTCGGATTAGCATC
AAGGAATTATTGGAGGAAGAGTGGGGGAGGATGGAGGTGCTGGTCGAGGA
CGGGGTCTGGGCCCGGACAACGGAGGCCGAAGCGACAAGGCCGGAGAGAA
GAAAGACGATCTTTTCGCCGGCCAACGCTGAGACGACTTTGCAGTACAAC
ATGGAACTGAGGGCTTGGGTAACACTGGCAGTGGATGGGGTCACGGCTCA
ATTGGTCTTGTGGACCGCTCGAGAGCTGACGGGGCCTTGGATGTCAACGG
TTATTCATAACATCCCGGCTCCGTTTGATGACCTGACAGTCTATAAATGT
TACGCTGGAAAGGGACACCCAGAGCTGGCTGAGCCAGCAGAGCCGGGCCA
AGGGGTCGAGCTTGTTTTTAGCTATGTGTGTAACAGCCCGTCAGATTCGA
GCTTGCTCTTCGAGGAAGGGATGGGTGAGTTGTATGCCCCTCAATTTGTA
AGGGTACGTTTGGGGGTGGCGGAGAAAGGGCGGGATGCGATTTAA back to topprotein sequence of NO01G03620.1 >NO01G03620.1-protein ID=NO01G03620.1-protein|Name=NO01G03620.1|organism=Nannochloropsis oceanica|type=polypeptide|length=1415bp
MVPRAGGRSLGSSGPEAGGGLLLSRRAIQIYAFLFINTLIFVMRSQWIVS
MPSSLDTSVSSRHDATPSKSDRNGGPEGMGELQMAFERAQREGTISGSKG
RTPHDSLRRGKESSTNSRKLDKDGATSVVVGHEGQLGQQQQYHDAFSHFL
PKDQEVLESIYARGRARIQKELQRRHNNLSSIEPFNPWGPVYIWDWFSPD
YNCPTMERIGRVGDGGKWICGVDVLKEREKCVVYSYGVNKDLSFELELIG
RTGCEVHGFDPTVGGVPPDCKGNEHITFHKQALGPVSGPSDVFMMMETLL
DTMKRQGHTFLDVLKVDIEGSEWDTFKAMLPEKALPFGQLLIELHFRDVV
EVFEFFENMDTHGFRIFMRETNHNPCAAGKLPIAVEFSLINPQAYFGGVP
QPAAVQAIAARPNPLTYNGVVYVLSHKGNLGRLSTMLSTFEKNFNRHYHY
PVVIFHEDFGPAEKKLLKGSVKEMRLQFRQVGFSVPAWLDKAKIPERTPC
SPHSSTVGYRHMNRFLAFYAAEELSKEYEWQWRLDDDSLITEEVGYDVFR
LMAENGKKYGFTNIVQDDAKCVLGLWNATREYVDREGLEPTFFTRWTEGA
VFYNNFEVSHRSIWTSAAYRKFFDYIDKLGGIYYHRWGDAPIRSIGVSLF
VNESEVHQFTDVAYTHLPFISRNASGLPSPGQTLFSRAGGSNHHGDCNGN
STLAGHGLGGVVGHVHGGNNGTCYSGRPSGVVYTVLNDEPGQLEKLLMTL
KSLDLFFTDHFHYPVAIFAADLSFERRTTIRKATRSVVEFHDLSFLASQP
LPGWVVEASVPAFVDCGFGDDSIGDRKRNRYMASTGVRKLAAQYDYLWRL
APGAVLTENVTSDPFATLASGGKSFGYLMTVTDDSKCVVGLQEATKEYVQ
REEVTPTFLDVLPPGAVFYDGFAIAHGSFWRSPEYQSYFQFLDEEGGIFY
HRWTEANILTQALALFMPTEEIHRFSDVGFEHAPFVKQSTNRAVLKKQLD
SVWKDRSIAATPAPELSALLAPRRFGFLGSDVATSFRLPSVAGYGAYMWL
LGDTFLGTSDGSRREGMHSTISNALAFLPSGADLGVESGELLSPSDVTFF
WGYDDQGLPTAPFERTAGQESGTVLWPVSGVSVEYGGMAKIVLFAQRVRK
THELAKFLGVADAMNFEVEGTSIIIVENPAATPSRWKYRVSDLPGTDASH
NWFSAVAVEGGKEVVDREEDVVYMVGNVGTRGLGVYDDEASKNVLARISI
KELLEEEWGRMEVLVEDGVWARTTEAEATRPERRKTIFSPANAETTLQYN
MELRAWVTLAVDGVTAQLVLWTARELTGPWMSTVIHNIPAPFDDLTVYKC
YAGKGHPELAEPAEPGQGVELVFSYVCNSPSDSSLLFEEGMGELYAPQFV
RVRLGVAEKGRDAI* back to topmRNA from alignment at chr1:957416..962120- Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >NO01G03620.1 ID=NO01G03620.1|Name=NO01G03620.1|organism=Nannochloropsis oceanica|type=mRNA|length=4705bp|location=Sequence derived from alignment at chr1:957416..962120- (Nannochloropsis oceanica)
ATGGTCCCACGAGCTGGTGGCCGCAGCCTGGGGAGCAGTGGGCCCGAGGC
GGGCGGTGGCTTGCTCCTGTCACGGCGCGCCATCCAGATTTACGCCTTTC
TCTTTATAAATACCCTCATTTTTGTCATGCGGAGCCAATGGATGTAAGTG
GATGAATTGCGGGGGACGGGAACGTTGGGGGGGTCCAAGCCCGCGAGGGA
ATCAGGGCAGGAGAGACGCCATTGCCTTTCGGGTGGTATGATGTGTTTGC
ACAAAAGACTTTGATATCAAGCTTTCTTTTTCTTTCTCTTTCTTGCGCAG
TGTCTCCATGCCGTCCTCACTGGACACGAGCGTCTCGTCCCGGCACGACG
CCACCCCTAGCAAGAGCGATCGGAATGGCGGGCCTGAGGGGATGGGAGAG
CTTCAGGTAGGGTAAAACTGAATGGGAAAGGGAGGTATGGAGGGGTAGAA
AGAAGGGAGAAAGACACCGAGACACGGTATGCTGAAAGATGACAAGCAGT
GACCATGCTCGGTGGGTCTCGTGGGTGCCGAGGGCAGGGAAAAGCCTGCA
CCTGCCGCTTTGGCAGATTGCATATCGCTCTCAAACTCCCCTCAGCCTCT
GCTCAGGACCGATTGGCGCGACCCACCTAACTTTAATTATACAAGCTCTC
GGATTTAACTCGCCCGACTCACCCTCGATCTTTCCCCCCCATTCCTAACA
CGCACAAAGATGGCCTTCGAGAGGGCCCAACGGGAGGGTACCATCAGCGG
CAGCAAAGGACGCACCCCCCACGACTCTTTGCGAAGGGGGAAGGAGTCAA
GCACAAACAGCCGGAAGCTTGACAAGGACGGAGCCACTTCTGTAGTCGTT
GGCCATGAGGGTCAGCTTGGGCAGCAGCAACAGTATCACGACGCCTTCTC
GCACTTTCTTCCCAAGGACCAAGAAGTGCTCGAGTCAATTTATGCAAGGG
GGAGGGCCCGCATTCAAAAAGAGCTGCAGAGGCGGCACAATAACTTGTCG
AGCATTGAGCCGTTCAATCCTTGGGGGCCTGTGTACATCTGGGATTGGTT
TTCGCCCGATTACAACTGCCCGACGATGGAGCGTATTGGCCGGGTGGGGG
ACGGGGGAAAATGGATATGTGGTGTGGACGTGTTGAAGGAACGGGAAAAG
TGTGTGGTGTATTCATATGGCGTGAATAAGGACTTGTCGTTTGAGTTGGA
GCTGATCGGGAGGACGGGGTGTGAAGTGCATGGCTTCGATCCAACAGTGG
GAGGGGTCCCTCCTGATTGTAAGGGAAATGAGCATATCACGTTCCATAAA
CAGGCTTTGGGTCCCGTTAGCGGCCCGTCGGATGTGTTTATGATGATGGA
GACGTTGCTGGACACAATGAAGAGGCAAGGGCATACGTTTTTGGATGTTC
TGAAGGTGGATATTGAGGGATCGGAGTGGGATACATTCAAGGCGATGTTA
CCTGAGAAGGCGTTGCCGTTTGGACAGTTGTTGATCGAGCTGCACTTTAG
GGACGTGGTGGAGGTGTTTGAGTTTTTCGAGAACATGGATACGCATGGCT
TCCGTATTTTTATGCGCGAGACGAACCATAACCCTTGTGCGGCGGGCAAG
CTACCGATAGCTGTTGAATTCTCTTTGATCAACCCTCAGGCGTATTTTGG
CGGAGTCCCTCAGCCGGCGGCTGTCCAGGCCATTGCTGCTCGTCCCAATC
CCCTTACTTACAATGGTGTGGTATATGTGCTGTCGCATAAGGGGAACCTC
GGGCGACTTAGCACGATGCTGAGTACGTTTGAGAAGAATTTCAACCGGCA
TTACCATTATCCTGTTGTGATTTTTCACGAGGATTTCGGGCCTGCAGAGA
AGAAGCTGTTGAAGGGAAGTGTGAAGGAAATGCGTCTGCAATTTCGCCAG
GTAGGATTTTCAGTGCCGGCGTGGTTGGACAAGGCGAAGATACCGGAGCG
GACCCCATGTAGCCCGCATTCATCTACTGTGGGATATCGACATATGAATC
GATTTTTGGCGTTCTATGCGGCGGAAGAGTTAAGTAAGGAGTATGAGTGG
CAATGGAGGTTGGATGATGATAGCCTGATTACAGAGGAGGTGGGATATGA
TGTGTTTAGGCTGATGGCAGAGAATGGGAAGAAGTACGGATTTACTAATA
TTGTTCAGGATGACGCTAAGTGCGTGCTGGGGTTGTGGAATGCCACGAGG
GAGTACGTTGATCGCGAGGGCTTGGAGCCGACGTTTTTTACGCGCTGGAC
GGAGGGGGCGGTGTTTTACAATAATTTTGAGGTGTCGCATAGAAGTATTT
GGACTTCAGCAGCATATCGGAAGTTTTTTGATTATATTGACAAGTTGGGG
GGGATTTATTATCACCGGTGGGGGGATGCACCGATTCGGAGTATCGGTGT
GTCATTGTTTGTGAACGAGTCGGAGGTGCATCAGTTTACCGACGTGGCTT
ACACTCACTTGCCCTTTATCTCGCGTAATGCCTCGGGATTGCCTTCGCCA
GGACAGACGCTGTTTTCTCGCGCAGGGGGGAGCAATCATCATGGAGATTG
CAATGGAAATTCCACATTGGCAGGGCATGGACTTGGAGGGGTGGTGGGTC
ATGTTCACGGCGGGAATAACGGGACGTGCTATTCGGGGAGGCCCAGTGGG
GTGGTGTATACGGTGTTAAACGACGAGCCGGGGCAGTTGGAGAAGCTGTT
GATGACGTTGAAGAGCTTGGATTTGTTTTTCACCGATCATTTCCATTACC
CTGTCGCAATTTTTGCGGCGGATTTGAGTTTTGAACGGCGGACGACTATT
CGAAAGGCGACGCGATCGGTGGTTGAGTTTCACGATTTGAGCTTTTTGGC
ATCTCAGCCTTTGCCGGGATGGGTGGTTGAAGCCAGCGTCCCTGCTTTTG
TTGATTGTGGGTTTGGAGACGATTCGATTGGAGACCGGAAGCGGAATCGG
TACATGGCCTCGACGGGGGTGAGGAAGCTGGCGGCGCAGTATGATTATTT
GTGGCGGTTGGCGCCGGGGGCGGTGCTAACAGAGAATGTGACGAGTGATC
CATTTGCGACCTTGGCAAGTGGTGGGAAGAGTTTTGGGTACTTGATGACG
GTGACAGATGACAGCAAGTGTGTCGTGGGGCTGCAGGAGGCTACCAAGGA
ATACGTGCAGAGGGAGGAGGTGACGCCGACGTTTTTGGATGTCCTGCCAC
CGGGCGCTGTTTTTTATGATGGCTTTGCGATTGCCCATGGCTCGTTTTGG
CGCAGCCCCGAATATCAGTCCTACTTCCAGTTCCTCGATGAAGAGGGGGG
GATATTTTATCACCGATGGACGGAAGCAAATATTTTGACGCAGGCCCTTG
CGTTGTTCATGCCCACGGAGGAGATACATCGCTTTAGCGACGTTGGGTTC
GAACACGCCCCCTTTGTAAAGCAAAGCACCAACAGGGCCGTACTCAAGAA
GCAGCTTGACAGCGTCTGGAAAGATCGTAGCATAGCTGCCACTCCCGCTC
CCGAACTTTCGGCTTTGTTGGCACCCCGTCGATTTGGGTTTCTCGGCTCG
GATGTTGCGACCTCCTTCAGGTTGCCTTCCGTGGCGGGGTACGGGGCGTA
TATGTGGTTGCTTGGCGACACTTTCCTTGGGACCAGTGACGGGTCTAGGC
GAGAGGGGATGCATAGTACCATCAGCAATGCGTTGGCTTTTCTACCCTCG
GGCGCGGATTTGGGGGTGGAGTCGGGTGAGCTGCTGTCGCCTTCGGACGT
GACTTTCTTCTGGGGATATGATGATCAGGGTTTGCCGACAGCGCCGTTTG
AACGGACGGCTGGCCAAGAGAGTGGGACGGTGCTTTGGCCCGTGAGTGGG
GTGAGTGTTGAGTACGGCGGTATGGCGAAAATTGTGCTGTTTGCGCAGCG
AGTGCGGAAGACACATGAGTTGGCCAAGTTTTTGGGTGTAGCGGATGCGA
TGAATTTCGAGGTGGAGGGAACGTCGATTATTATTGTGGAGAATCCCGCA
GCAACTCCCAGCAGATGGAAGTATCGGGTGAGTGATTTGCCGGGGACAGA
CGCGAGCCACAATTGGTTTTCGGCCGTGGCGGTGGAGGGGGGGAAGGAAG
TGGTGGATCGAGAAGAGGACGTGGTGTACATGGTAGGGAACGTGGGGACG
CGGGGATTAGGTGTTTATGATGATGAGGCAAGCAAAAATGTCCTGGCTCG
GATTAGCATCAAGGAATTATTGGAGGAAGAGTGGGGGAGGATGGAGGTGC
TGGTCGAGGACGGGGTCTGGGCCCGGACAACGGAGGCCGAAGCGACAAGG
CCGGAGAGAAGAAAGACGATCTTTTCGCCGGCCAACGCTGAGACGACTTT
GCAGTACAACATGGAACTGAGGGCTTGGGTAACACTGGCAGTGGATGGGG
TCACGGCTCAATTGGTCTTGTGGACCGCTCGAGAGCTGACGGGGCCTTGG
ATGTCAACGGTTATTCATAACATCCCGGCTCCGTTTGATGACCTGACAGT
CTATAAATGTTACGCTGGAAAGGGACACCCAGAGCTGGCTGAGCCAGCAG
AGCCGGGCCAAGGGGTCGAGCTTGTTTTTAGCTATGTGTGTAACAGCCCG
TCAGATTCGAGCTTGCTCTTCGAGGAAGGGATGGGTGAGTTGTATGCCCC
TCAATTTGTAAGGGTACGTTTGGGGGTGGCGGAGAAAGGGCGGGATGCGA
TTTAA back to topCoding sequence (CDS) from alignment at chr1:957416..962120- >NO01G03620.1 ID=NO01G03620.1|Name=NO01G03620.1|organism=Nannochloropsis oceanica|type=CDS|length=4245bp|location=Sequence derived from alignment at chr1:957416..962120- (Nannochloropsis oceanica)
ATGGTCCCACGAGCTGGTGGCCGCAGCCTGGGGAGCAGTGGGCCCGAGGC
GGGCGGTGGCTTGCTCCTGTCACGGCGCGCCATCCAGATTTACGCCTTTC
TCTTTATAAATACCCTCATTTTTGTCATGCGGAGCCAATGGATTGTCTCC
ATGCCGTCCTCACTGGACACGAGCGTCTCGTCCCGGCACGACGCCACCCC
TAGCAAGAGCGATCGGAATGGCGGGCCTGAGGGGATGGGAGAGCTTCAGA
TGGCCTTCGAGAGGGCCCAACGGGAGGGTACCATCAGCGGCAGCAAAGGA
CGCACCCCCCACGACTCTTTGCGAAGGGGGAAGGAGTCAAGCACAAACAG
CCGGAAGCTTGACAAGGACGGAGCCACTTCTGTAGTCGTTGGCCATGAGG
GTCAGCTTGGGCAGCAGCAACAGTATCACGACGCCTTCTCGCACTTTCTT
CCCAAGGACCAAGAAGTGCTCGAGTCAATTTATGCAAGGGGGAGGGCCCG
CATTCAAAAAGAGCTGCAGAGGCGGCACAATAACTTGTCGAGCATTGAGC
CGTTCAATCCTTGGGGGCCTGTGTACATCTGGGATTGGTTTTCGCCCGAT
TACAACTGCCCGACGATGGAGCGTATTGGCCGGGTGGGGGACGGGGGAAA
ATGGATATGTGGTGTGGACGTGTTGAAGGAACGGGAAAAGTGTGTGGTGT
ATTCATATGGCGTGAATAAGGACTTGTCGTTTGAGTTGGAGCTGATCGGG
AGGACGGGGTGTGAAGTGCATGGCTTCGATCCAACAGTGGGAGGGGTCCC
TCCTGATTGTAAGGGAAATGAGCATATCACGTTCCATAAACAGGCTTTGG
GTCCCGTTAGCGGCCCGTCGGATGTGTTTATGATGATGGAGACGTTGCTG
GACACAATGAAGAGGCAAGGGCATACGTTTTTGGATGTTCTGAAGGTGGA
TATTGAGGGATCGGAGTGGGATACATTCAAGGCGATGTTACCTGAGAAGG
CGTTGCCGTTTGGACAGTTGTTGATCGAGCTGCACTTTAGGGACGTGGTG
GAGGTGTTTGAGTTTTTCGAGAACATGGATACGCATGGCTTCCGTATTTT
TATGCGCGAGACGAACCATAACCCTTGTGCGGCGGGCAAGCTACCGATAG
CTGTTGAATTCTCTTTGATCAACCCTCAGGCGTATTTTGGCGGAGTCCCT
CAGCCGGCGGCTGTCCAGGCCATTGCTGCTCGTCCCAATCCCCTTACTTA
CAATGGTGTGGTATATGTGCTGTCGCATAAGGGGAACCTCGGGCGACTTA
GCACGATGCTGAGTACGTTTGAGAAGAATTTCAACCGGCATTACCATTAT
CCTGTTGTGATTTTTCACGAGGATTTCGGGCCTGCAGAGAAGAAGCTGTT
GAAGGGAAGTGTGAAGGAAATGCGTCTGCAATTTCGCCAGGTAGGATTTT
CAGTGCCGGCGTGGTTGGACAAGGCGAAGATACCGGAGCGGACCCCATGT
AGCCCGCATTCATCTACTGTGGGATATCGACATATGAATCGATTTTTGGC
GTTCTATGCGGCGGAAGAGTTAAGTAAGGAGTATGAGTGGCAATGGAGGT
TGGATGATGATAGCCTGATTACAGAGGAGGTGGGATATGATGTGTTTAGG
CTGATGGCAGAGAATGGGAAGAAGTACGGATTTACTAATATTGTTCAGGA
TGACGCTAAGTGCGTGCTGGGGTTGTGGAATGCCACGAGGGAGTACGTTG
ATCGCGAGGGCTTGGAGCCGACGTTTTTTACGCGCTGGACGGAGGGGGCG
GTGTTTTACAATAATTTTGAGGTGTCGCATAGAAGTATTTGGACTTCAGC
AGCATATCGGAAGTTTTTTGATTATATTGACAAGTTGGGGGGGATTTATT
ATCACCGGTGGGGGGATGCACCGATTCGGAGTATCGGTGTGTCATTGTTT
GTGAACGAGTCGGAGGTGCATCAGTTTACCGACGTGGCTTACACTCACTT
GCCCTTTATCTCGCGTAATGCCTCGGGATTGCCTTCGCCAGGACAGACGC
TGTTTTCTCGCGCAGGGGGGAGCAATCATCATGGAGATTGCAATGGAAAT
TCCACATTGGCAGGGCATGGACTTGGAGGGGTGGTGGGTCATGTTCACGG
CGGGAATAACGGGACGTGCTATTCGGGGAGGCCCAGTGGGGTGGTGTATA
CGGTGTTAAACGACGAGCCGGGGCAGTTGGAGAAGCTGTTGATGACGTTG
AAGAGCTTGGATTTGTTTTTCACCGATCATTTCCATTACCCTGTCGCAAT
TTTTGCGGCGGATTTGAGTTTTGAACGGCGGACGACTATTCGAAAGGCGA
CGCGATCGGTGGTTGAGTTTCACGATTTGAGCTTTTTGGCATCTCAGCCT
TTGCCGGGATGGGTGGTTGAAGCCAGCGTCCCTGCTTTTGTTGATTGTGG
GTTTGGAGACGATTCGATTGGAGACCGGAAGCGGAATCGGTACATGGCCT
CGACGGGGGTGAGGAAGCTGGCGGCGCAGTATGATTATTTGTGGCGGTTG
GCGCCGGGGGCGGTGCTAACAGAGAATGTGACGAGTGATCCATTTGCGAC
CTTGGCAAGTGGTGGGAAGAGTTTTGGGTACTTGATGACGGTGACAGATG
ACAGCAAGTGTGTCGTGGGGCTGCAGGAGGCTACCAAGGAATACGTGCAG
AGGGAGGAGGTGACGCCGACGTTTTTGGATGTCCTGCCACCGGGCGCTGT
TTTTTATGATGGCTTTGCGATTGCCCATGGCTCGTTTTGGCGCAGCCCCG
AATATCAGTCCTACTTCCAGTTCCTCGATGAAGAGGGGGGGATATTTTAT
CACCGATGGACGGAAGCAAATATTTTGACGCAGGCCCTTGCGTTGTTCAT
GCCCACGGAGGAGATACATCGCTTTAGCGACGTTGGGTTCGAACACGCCC
CCTTTGTAAAGCAAAGCACCAACAGGGCCGTACTCAAGAAGCAGCTTGAC
AGCGTCTGGAAAGATCGTAGCATAGCTGCCACTCCCGCTCCCGAACTTTC
GGCTTTGTTGGCACCCCGTCGATTTGGGTTTCTCGGCTCGGATGTTGCGA
CCTCCTTCAGGTTGCCTTCCGTGGCGGGGTACGGGGCGTATATGTGGTTG
CTTGGCGACACTTTCCTTGGGACCAGTGACGGGTCTAGGCGAGAGGGGAT
GCATAGTACCATCAGCAATGCGTTGGCTTTTCTACCCTCGGGCGCGGATT
TGGGGGTGGAGTCGGGTGAGCTGCTGTCGCCTTCGGACGTGACTTTCTTC
TGGGGATATGATGATCAGGGTTTGCCGACAGCGCCGTTTGAACGGACGGC
TGGCCAAGAGAGTGGGACGGTGCTTTGGCCCGTGAGTGGGGTGAGTGTTG
AGTACGGCGGTATGGCGAAAATTGTGCTGTTTGCGCAGCGAGTGCGGAAG
ACACATGAGTTGGCCAAGTTTTTGGGTGTAGCGGATGCGATGAATTTCGA
GGTGGAGGGAACGTCGATTATTATTGTGGAGAATCCCGCAGCAACTCCCA
GCAGATGGAAGTATCGGGTGAGTGATTTGCCGGGGACAGACGCGAGCCAC
AATTGGTTTTCGGCCGTGGCGGTGGAGGGGGGGAAGGAAGTGGTGGATCG
AGAAGAGGACGTGGTGTACATGGTAGGGAACGTGGGGACGCGGGGATTAG
GTGTTTATGATGATGAGGCAAGCAAAAATGTCCTGGCTCGGATTAGCATC
AAGGAATTATTGGAGGAAGAGTGGGGGAGGATGGAGGTGCTGGTCGAGGA
CGGGGTCTGGGCCCGGACAACGGAGGCCGAAGCGACAAGGCCGGAGAGAA
GAAAGACGATCTTTTCGCCGGCCAACGCTGAGACGACTTTGCAGTACAAC
ATGGAACTGAGGGCTTGGGTAACACTGGCAGTGGATGGGGTCACGGCTCA
ATTGGTCTTGTGGACCGCTCGAGAGCTGACGGGGCCTTGGATGTCAACGG
TTATTCATAACATCCCGGCTCCGTTTGATGACCTGACAGTCTATAAATGT
TACGCTGGAAAGGGACACCCAGAGCTGGCTGAGCCAGCAGAGCCGGGCCA
AGGGGTCGAGCTTGTTTTTAGCTATGTGTGTAACAGCCCGTCAGATTCGA
GCTTGCTCTTCGAGGAAGGGATGGGTGAGTTGTATGCCCCTCAATTTGTA
AGGGTACGTTTGGGGGTGGCGGAGAAAGGGCGGGATGCGATTTAA back to top
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