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Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| chr16 | genome | chr16:653942..661875 - |
Analyses
This mRNA is derived from or has results from the following analyses
Homology
BLAST of NO16G02260.2 vs.
Match: EWM23924.1 (aldo keto reductase [Nannochloropsis gaditana]) HSP 1 Score: 641.3 bits (1653), Expect = 2.400e-180 Identity = 316/459 (68.85%), Postives = 366/459 (79.74%), Query Frame = 0
Query: 28 HAASTSRAITRALEAMEGKPEEELAALHRLKTVFAKHAGGSGSSTATNGELLTALAKAILDDGANEFRVHTSE-LDASHPSCVSSPASAPFKCPTRRFGRTELQMPILTLGGMRMQQTWQPSEGFSMADVTAECQSNFEAIIARALQLGINHIETAKGYGSSELQYGQALRNLGVPRSSYILQTKVRPMADTAEFSRTLDQSFAHLGTHLDLFGFHGINRPEHLEWITRPGGCLEVVREYQHQGKIKFIGFSTHAPTPVIVKAIETGIFDYVNLHYHAIGSYTSSGTSQSVAEGPGNWEALRAAHRKDMGVFIISAADKGGMLYRPPKALVRLCSPLSPLIYNMLWLWNLSTGTTNPSSSSSIDASPSSPPAIHTLVIGAARPSDFNEAAAAAKLFFEMKAEDPSTPLLRRVDERLQKAYREVWGEGWEDDWWMDLPDCYQNPFGVHVAQIVWMWSITK 486
HAA+TSR I RALE MEG+P EELAA +RLK VF+K++ + S A + +LLT+LAKAIL +G E TS+ L+ + +S SA F CPTRRFGRTELQMPI++LGGMR+QQTW+P +GFS ADV ECQ+NFEAI+ RAL+LGINHIETAKGYGSSELQYG+ALR L PR SYILQTKVRPM DT EF RTLD+S + LGTHLDLFGFHGINRPEHL+W+ +PGGCLEVV+EYQ +G+I+F+GFSTHAPTP+IVKAI+TGIFDYVNLHYHAIGSYTSSGTS+S + GPGNWEA+ AAHR DMGVFIISAADKGGMLYRPPK LV LCSPL PLIYNMLWLW L G PS PA+HTLVIGAARPSDF+EA A KL E++ L+ ++R+ +A REVWGEGW DDWW+ LPDCYQN GVHVAQIVWMW+ITK
Sbjct: 6 HAAATSRTIMRALEEMEGQPREELAAFYRLKRVFSKYSTHTSGSIACS-DLLTSLAKAILAEGEEEEAEKTSQKLEMHNFFSAASIDSAVFTCPTRRFGRTELQMPIISLGGMRLQQTWKPPDGFSQADVYPECQANFEAILERALELGINHIETAKGYGSSELQYGEALRKLTTPRESYILQTKVRPMPDTDEFRRTLDRSLSLLGTHLDLFGFHGINRPEHLDWVLQPGGCLEVVQEYQQEGRIRFVGFSTHAPTPLIVKAIDTGIFDYVNLHYHAIGSYTSSGTSESPSAGPGNWEAIEAAHRHDMGVFIISAADKGGMLYRPPKVLVGLCSPLPPLIYNMLWLWRLPIG-------------PSGAPAVHTLVIGAARPSDFDEAVRATKLLDEIERGGSEAALMEAAEKRMSQASREVWGEGWADDWWLGLPDCYQNLCGVHVAQIVWMWAITK 450
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 >NO16G02260.2 ID=NO16G02260.2|Name=NO16G02260.2|organism=Nannochloropsis oceanica|type=mRNA|length=7763bp
GTGATCGCAGGTCTTTCTATGTTTCTTTGCACAATTATCACAAATTTTGC
TGCTCATGTCATCGTTTGCTCTTTTTAATTCCACCACACATTCATACACT
CGACTTTCTTTTTCTTCTGTAGTTACTTTACTTTTCCTCTAAATCATTGT
CCTACCCCTTTTGTCATCATCGCACCGATGGTAAGGCCGAAGGAAACCCT
CCTTCCCACCTTCCCGTCGTCCCCATTACCCCCAACGACGAGCTCAACCG
GGTGTACTCTGTCAAGGCCACAGCCGACAAGGCCTGAGGGTCCACCCCCT
GCAGCGCCTCGACCGTCGTCCGCTCCCCTGCACTTATTAACACCTCCTCC
AGCATGGTTTCGAGCACACTTGCATCTTTGAGATAAGTCCCAACAGCCTG
TCGCAAGAGCTGCACATCCACCTGCAACTGACAGTATTCCCGACGAGAGA
GCGTAGTCAATCGCGTGCATTCAATTAGCTCCTTGCACGCCGCCTTGAGC
ACGGCCGTCAACACTGACTCCACCCCCAACTCTACAGGCTGCCCAAATAC
TTGAACCTTGACCGTGAAAATACGTTCAATGTCCACATGCACACGCTTAC
TGGCCCCAAACGGCCCTGGAGTTCGTGACAAGTCCGCACGCTCCCCCCTT
CGGCCTCCCAACAACCCCACACCTGCTACAGACACGCCCAGGGCCGCACC
CAGCTCTTTGACCAGAGCTTCCAACCGCAAGATGATGGTCTTGCCCCAAA
TCGCTTGCGTCACACCACCTACACTATTGCTACTGCTGCTGTCACTATTC
GCTGCCTGCGTTTTGGTCAAGAGAGCAAGCTCGTGTCCTTGCCCCTCGAT
GTAATGCTGCAACAACCGAGCAGTACTCCCGTTCAAACACATGACCACAT
CCTCCGGGCTCAGTTTGTTTGTCCCACTGCTACTGCAGCTCGCCCTCCCG
CCGATGTACCCGCCGCTACTCCCCCCACTACCTCCTCCACCACTGCCTCC
CGCACTGCTTGTCATGGTAGCAGGAAAGACAAGGGCAAGAGTGGCGGTAG
CTTGGGACCAGAGAGTGTTCTGCAAACCCCGACAGAGGACGGCCAACAGT
AGAGCATACTGTGGCGAGGCTGCAGCAGCGGTGGTGTGGTTGGGAAAGGT
CATGGTGGGCACTTGCTCGCTGTTCAGGAAAGAGGAGAAGCTAGAGGCAT
GAGCGAAGAATCGCTCAGGGAAGACACGGCGGCGGGCCTCTCCGACTTCC
ACCACGTCGTTTTCGGTTAATCGGAAAGTGACACCAGCCATACGCTCCCC
AGCATCTGCGAGCCAAGTGACGAATTGGAAAACGTACTGGCCCATCCCGA
GTTCCGGCGCCAAGGGCTTCTTATACGCACCGCTGCTGCTGCTGCTACTG
CTGCTGCTGCTGCTCGCGCCACCGTTGTTCTTTAAGCCATCACTGTCGCT
ACTGTTGGTCGGAGGAGACGGAGAAGAGGCTGCTGCTGCTGCTGCTGCGT
CGGCAACCGCATCTTGCACCCCTTCCTCAGCTACTTGCACCACACCTTGC
AGTGTCTCCATGACCCGAGCTAAATCTCGAGCCGTAGCCATCTGAAATCC
CTCCAGCTGCTCCCGCGGTGCAAAGTGCAGCTGTTGCTGCTGCTGCTGCT
GCTGGAGAGCAAGCATCCGCTGCACTGCCGTTACCTGCAGACCTCTAAAT
TCGAGAAATATGAGCCCACGCGCCACGTCCTGCACCAGAGCCACGCCCGC
TTCCAAGACCCCTGCCTCCCTCGTTTGCTTGTGCAACCGCCGAATACTCC
CTTGAAAAAAGTGCTCGAGAGCCTTCAGTGGAAACTGCTTATCGTCTCCC
CTAGGCCCGCTTGCCACGATCGCAAGATTCGCCTTGAACAGCCTCTTGAC
TATCTCCAGGTACTGCCGTGTGAAAAGCGTCCTTACCAAGTCCACCAGCT
CAGCTCCGGCTGTTTCGCTGCTTCCTCTGCCTGCATTGCCACTATCCAAC
ACAAAGACATCCCGAAACATAAATACTGCTTCCTCAAAATCTTTCACAAA
AGCGACATTTAACTTCGTCAAAGCCGCTTCCAATGCCTCCGCACCCGCTG
CCGCCCCCTCCTCTCCCTTGGCCATTTCATTCGCTCGCCGTTCCTCTTCC
CCACGTGAAAACCCTGTCAATGTCTTCCCAAATCGACCGCGGAAGGTCTT
GAGCACCTGGCTCTGTAGCTCGGCCTTCGGCACACCTAACTCAAGGAGCA
GATGAACGTACTGTGCCAGTTGGTCCGGGGTGGCAGGGGCGACCGTGGCG
GTGGTATCAGCTTGCTGTCTGAGGCGGCGGTGGAGCTCGTCGCGGACGCC
GGCGATGATCTGATCAGATTCATGCTGGATGGATTTAAAGGAGGGGACGT
GGTTGTGTTGTCGGAGGATGTCGATTGCCTTGGAGTAGCAGGCTACAGCC
AAGGCAAAATCTTGTCTTTGCACGTAGCGGTTCAAATTGATGGGCAGGTC
AAACAGGAAGTCGAGACGCTTGAGGAGACGGCGGACAGAGACTAGTTTGT
CGACCTTTGCGCGCTTATCGCCCAGGAATGAGTTGACGACTTGCATGCGG
GAGGCGATGCCTTCCATGTTTTTTACCAAGGCGTCCATCTCGGCCTTCAT
GTCGTTCACATTGTTCTTCATGGTTCGAATCGTGTCCGTGGCACTGATAA
ATTTAGAATAATTCTCGTACACCAGCATTTGCATGTCGCTGTCCAGGCGC
TTGACTTCTTGCACGAGCTCGTCGTCTTTGATCAACAGAGTCTCCAAGCT
GTCACGTTCCAGGAGCTGATGGACGTAAGCCTTCATGTGAAAATCGCTCC
TGTCAATCTCGTCGCAGATCTGCTCGTCCCCCCCACCCATCAAGCCATAA
TAGGACGCCAGCAAACTCATAGCATCCCCACCGTTGCCTTTCTGCAGCTG
CTGTTGACCGTGGGAAGATAGGTTTGGGCCGTGCCCCTCTTCCTCCCCGG
CGTCGTAGTCATTCGTGTCATGGTCTCTCTCCTTATCCAGGCCCCCCGCA
GTCGAGTCCATGCGGTCAAAGGTGGCCATGGTAGCCTTTGTGGTGTGGGT
ATAGAGGAAAGGGGAGGGTGTGAGTGGGTGTGCATGTGGACGTGAAAGGT
AAAAGCAAAGGCCAGAACCGTGGCGTCACTTGCGACTTGGGTCGTGCAGC
CATGGCTTTTTGTTTTGGGAACGGACGAGACGACGGGCGCTTTTTGACGA
ACCCATGCAAACACATCGGCCTTGCTTAAGGCTCTACCTTCTTCTCGTGC
CTGTGCAGGTGCGGTGGAGGCGTTGGGGGCGTGAGTGTCGGATGATGTTA
CTGCCGTTGGGGAGCCAGAGCAGCGCGATAGGACTCGGAGGAGACGTTGC
ACTCTGCATCATGCAGGACCTGCACGTGCCCGTCCCACACAATTAATCAA
TGACCACTCATATCACGCTAAAAACAGGAGTGCAACAAGACAGCGGCAGC
AACATCTGTCGGCTCCCGCCATCGCGCCAATCTCCACCAGTAGCAGCCCG
GCAGGATCTCCTGTCTTCCAAGATCAATGTACTACCAAGCTTCGACCTTC
GACCTCCTGTCTCATACGCACCAGCCACGCACACAACACAGCACAGTAAT
GGCGCATCACGCTGCATCGACCTCCCGTGCCATCACGCGCGCCCTTGAGG
CCATGGAAGGCAAGCCCGAGGAGGAGTTGGCGGCATTGCATCGCCTCAAG
ACGGTGTTTGCCAAGCATGCCGGTGGCAGCGGCAGCAGCACCGCTACAAA
CGGTGAATTGTTGACAGCCCTAGCCAAGGCCATTCTCGACGATGGGGCTA
ATGAATTTAGGGTGCACACATCAGAGCTGGATGCGAGCCACCCCTCCTGC
GTTTCTTCCCCCGCCTCGGCTCCCTTCAAATGTCCCACGCGGCGATTCGG
TCGCACAGAGCTTCAGATGCCCATCCTCACTTTGGGTGGCATGCGAATGC
AGCAGACCTGGCAGCCCTCGGAAGGTTTTAGCATGGCCGACGTGACTGCC
GAATGCCAGTCCAATTTTGAGGCCATCATCGCGCGAGCACTGCAGCTGGG
CATTAACCACATTGAGACAGCCAAGGGCTACGGCTCAAGCGAACTTCAGT
ACGGCCAGGCCCTTCGAAACCTCGGGGTGCCCCGATCTTCCTATATCCTC
CAAACCAAAGTCCGCCCCATGGCTGACACTGCCGAGTTCAGCCGTACCCT
TGATCAGTCTTTCGCTCACCTAGGCACCCATCTTGACTTGTTCGGCTTCC
ATGGCATAAACCGACCGGAGCACCTCGAGTGGATCACCCGTCCGGGGGGT
TGCTTGGAGGTCGTGCGAGAATACCAACACCAGGGGAAAATTAAGTTTAT
TGGTTTCTCGACGCATGCACCCACCCCCGTGATTGTCAAGGCGATCGAGA
CGGGTATCTTTGATTATGTCAATTTGCACTACCACGCCATCGGGTCGTAC
ACCAGCTCGGGGACGTCGCAGAGCGTCGCAGAGGGACCGGGGAACTGGGA
GGCACTCAGAGCAGCGCATCGGAAGGATATGGGCGTGTTTATTATCTCAG
CGGCGGATAAAGGAGGGATGCTTTATCGGCCCCCCAAGGCGCTTGTTCGT
CTCTGCTCCCCCCTCTCCCCTCTCATCTATAACATGCTCTGGCTCTGGAA
CCTCTCCACAGGCACTACCAACCCCTCCTCCTCTTCCTCCATCGATGCTT
CCCCCTCCTCCCCCCCCGCCATTCACACCCTTGTTATTGGCGCTGCCCGT
CCCTCTGATTTTAACGAGGCCGCCGCTGCTGCTAAGCTCTTCTTCGAAAT
GAAGGCCGAAGACCCCTCCACTCCACTCTTGCGAAGGGTGGACGAAAGGT
TGCAGAAGGCTTACCGGGAGGTGTGGGGGGAGGGATGGGAGGATGACTGG
TGGATGGACTTGCCGGACTGTTACCAGAATCCGTTTGGGGTGCATGTAGC
GCAGATCGTGTGGATGTGGTCGATCACCAAGGTGAGGGAGGGAGAGAGGG
AGGGAGGGAGAGAGGAAGGGAGGGGGTGAGGGAGAGAGGGAGAGAGGGGT
TTTGGCGTAAAAATGAAACCACTTCTCCCTCTTTGCCCTCGTCCAATTCG
TGATCTGAACCTAATTTTCCTCTCACGTCTCCTCATTCATCCGCTGCTCT
TCATTCGTAGGCCTATGGGCTCCACCGTTACTCTACCATGCAGTACTCCA
AAATGGAGGGCCAAGTGCAGGCCTGGGAGGAGAAAAAAGATCTTCCCCTT
CCCGAGCGCATGGCCGCCGTCTTTGACTGGACACCTGGGCTGCCCTATGA
CCCCTCGGGACCCCACCAGGACCTCACTTCATTCCTCCCCGCTCACCGTG
CGGAGCGTCTCTTGTGTATTCTAAGGGAGGCAAGCTATTGGTTTGGAAAG
GAGACAACGGAAAAGGTGGAGCTGGATCCACGGGAGAAGGAAGGGTGGGT
GGACGCGTATGATCTTCAGCTTGATGTGCCTTTCCCTGAAAGGGTTGCGC
CGTAGCGAGGAAGGGAGGAAGGGATCGAGGGAGGGAAGGAGGGAGGGAGG
GATGGAGGGAAAGAAAGAAGTAGGGATTGTTTTATTGTTTCGCTTGACAG
CTTCAAAAAGGAGGACAACCTGAAGACAGGGGAAGGCGGGGAGAGGAGGG
TGGAGAGATTTGTTGTAAGAAGAGTGTCAATTACTTTGCGGGAAAGGATT
GGACTGCTGACCGTCATACTTTCAACAGATGTGACGTTTGTCTTTGTGTG
TGCGCGTGATTTATAAGTGCATAAGGGATGCACGAGAATGATATATAATA
TGAATATGAAATTACAATATTATAGAAAATGTTTAAGGAATATACCAAAT
CGGCGGATCGGAATCATCCCGAAATGTGTCGCGACGCTAAGGGGAGGCAG
GCTCTGAGTTCATCCATCCGCAAGCAGGAAAGTGACGCTCCTGTTTCCGT
TTCATTTGCATCGTTGATTGCTTGATTTCTAAACTTGGCGGCTCGCTTTT
GTATTACCTCCTCTTCTCCCACTCTCTCTCATCCCTCTCCCTGACACCTC
CTCTTCCACCCTCCCTGCCTCCTCCTCTATACTTAGATAGCTCCCGCCGC
CTTTAATGCCTCTTCCAAGGGTTTATGAAACTCCTCTTCCATCACCGTCA
TAGGTGGGCGAATCCCCGCACCAATCTTACCCATGCGATACAGAGCCCAT
TTGGCCGGGATGGGGTTTGATTGGAGGAATAAGCGTTGGTGCAGCAGCTC
AAGAGGCTTGTTCAACTGCTCAGTCAGCGCCGCGTCTTTGGCGAGGGCCG
CCATCATCAGTTGGTGCATCACATCGGGGACAACATTAGAGGTCACAGAG
ATGACACCATCACCTCCTTTCAGCACAAATTCGGCCCCTGTTTCATCATC
ACCACTGTAAAGCAAAAACTTGTTCCCCGCCACCTTCCGAATGGCCGCCA
CACGCGACACATCTCCCGTGGCTTCCTTGATTCCGATCACGCTCGGGTTC
TTCGCTGCCACCTCTGCCGCGGTTTCAGGCTTGATGTCCGAGCCCGTCCG
GCCTGGGACGTTGTACAGGAGGCAGGGCAAGTCGACCGCTTCGGCGACAT
AGCCGAAGTGAGATACTAGCCCTTTTTGCGTCGGTTTGACATAGTAAGGC
GTCACAACCAAGCTGGCATCGGCTCCATGATTCACTGCCTGCTGTGTCAG
CTTCACGACAGTGCGGGGGTCAATGGTGCCCGTGCCAACCACAATCGGAA
TCTTGCCCTTAATCTCCTCGGCAGTTATGTCCAACACTCGCGCTCGCTCC
TCGAAAGACAAGGTGGAAGCCTCTCCAGTCGTGCCCAGCACAACCACACC
GTCCGTCTGACAAGCCACGTGCCATTGTAAGAGAGTCCGAAGCTGCCCCT
CGTCCACGGCCCCGTCCGGCTTCATCGGCGTTACGAGCGCCACCATGCTG
CCTCTCTTGATAGGCATGCGGGCGCCTTCAACTTTCATCACCACCATGTT
GCGGCGGGAGGTCGTGACAGCTGTGACAGGGAGGGAGGGGACCACGAAAC
CCATGCTACATGTCGTGGCGTAGGCCGCCACCAGGGCCAGGACTGTTGAG
TGTAGGGGTGGGGTAGGGGCAGAGTCGTGACTTGGGGGAGGGCGATTAGA
GGTTCGAGGGTAGTATCGAATATCGATGAGGCTAAAAATTTGCAACAAGC
CCAGAAGTGGGGAGAGACCAAAAGGCTGCACCTACGCCCGAGTTTTTCAG
AGTCTGATCTGATGGGAGTGTGATTTTTTAGCTGCTTGTAGTAGCGGTGC
ATGTGTTGCAGCGCGGACCGCCATCATTTGTTCCCTTGTTTGCTGGAGGC
AGAAAGCAGACAAGGAGAGTGAAAGATGCACATACCTAGCACTTGGCGAA
TCATACTGGCTTGTAAGGTATAGCAGATGGCTTCCCTGTCCTTGAGGTAT
GGTGGTTATGGGGTTTTCAGCGGTGACTTGTAAGGCGGAAAGCCTGAACG
ACTGATGAAGTAAGTAGTGGTGGTGGATGAGGCAAGAGGGGTTGATGATG
CATGGGCCTGCCGCGTTCCCTGTCAAGCAACGCACGACCGTGGACCTTTC
CAGCGGGAGATTGAGGTAGTGTCAAGGGCGCCTTATTTCCACTCCGTTCT
TCTGCAAAGCGATTTATGCCTGGCTTAATTAAGGTGCTTTGCGGTATTTT
CAAGAAAGCTCCG back to topprotein sequence of NO16G02260.2 >NO16G02260.2-protein ID=NO16G02260.2-protein|Name=NO16G02260.2|organism=Nannochloropsis oceanica|type=polypeptide|length=501bp
MYYQASTFDLLSHTHQPRTQHSTVMAHHAASTSRAITRALEAMEGKPEEE
LAALHRLKTVFAKHAGGSGSSTATNGELLTALAKAILDDGANEFRVHTSE
LDASHPSCVSSPASAPFKCPTRRFGRTELQMPILTLGGMRMQQTWQPSEG
FSMADVTAECQSNFEAIIARALQLGINHIETAKGYGSSELQYGQALRNLG
VPRSSYILQTKVRPMADTAEFSRTLDQSFAHLGTHLDLFGFHGINRPEHL
EWITRPGGCLEVVREYQHQGKIKFIGFSTHAPTPVIVKAIETGIFDYVNL
HYHAIGSYTSSGTSQSVAEGPGNWEALRAAHRKDMGVFIISAADKGGMLY
RPPKALVRLCSPLSPLIYNMLWLWNLSTGTTNPSSSSSIDASPSSPPAIH
TLVIGAARPSDFNEAAAAAKLFFEMKAEDPSTPLLRRVDERLQKAYREVW
GEGWEDDWWMDLPDCYQNPFGVHVAQIVWMWSITKVREGEREGGREEGRG
* back to topmRNA from alignment at chr16:653942..661875- Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >NO16G02260.2 ID=NO16G02260.2|Name=NO16G02260.2|organism=Nannochloropsis oceanica|type=mRNA|length=7934bp|location=Sequence derived from alignment at chr16:653942..661875- (Nannochloropsis oceanica)
GTGATCGCAGGTCTTTCTATGTTTCTTTGCACAATTATCACAAATTTTGC
TGCTCATGTCATCGTTTGCTCTTTTTAATTCCACCACACATTCATACACT
CGACTTTCTTTTTCTTCTGTAGTTACTTTACTTTTCCTCTAAATCATTGT
CCTACCCCTTTTGTCATCATCGCACCGATGGTAAGGCCGAAGGAAACCCT
CCTTCCCACCTTCCCGTCGTCCCCATTACCCCCAACGACGAGCTCAACCG
GGTGTACTCTGTCAAGGCCACAGCCGACAAGGCCTGAGGGTCCACCCCCT
GCAGCGCCTCGACCGTCGTCCGCTCCCCTGCACTTATTAACACCTCCTCC
AGCATGGTTTCGAGCACACTTGCATCTTTGAGATAAGTCCCAACAGCCTG
TCGCAAGAGCTGCACATCCACCTGCAACTGACAGTATTCCCGACGAGAGA
GCGTAGTCAATCGCGTGCATTCAATTAGCTCCTTGCACGCCGCCTTGAGC
ACGGCCGTCAACACTGACTCCACCCCCAACTCTACAGGCTGCCCAAATAC
TTGAACCTTGACCGTGAAAATACGTTCAATGTCCACATGCACACGCTTAC
TGGCCCCAAACGGCCCTGGAGTTCGTGACAAGTCCGCACGCTCCCCCCTT
CGGCCTCCCAACAACCCCACACCTGCTACAGACACGCCCAGGGCCGCACC
CAGCTCTTTGACCAGAGCTTCCAACCGCAAGATGATGGTCTTGCCCCAAA
TCGCTTGCGTCACACCACCTACACTATTGCTACTGCTGCTGTCACTATTC
GCTGCCTGCGTTTTGGTCAAGAGAGCAAGCTCGTGTCCTTGCCCCTCGAT
GTAATGCTGCAACAACCGAGCAGTACTCCCGTTCAAACACATGACCACAT
CCTCCGGGCTCAGTTTGTTTGTCCCACTGCTACTGCAGCTCGCCCTCCCG
CCGATGTACCCGCCGCTACTCCCCCCACTACCTCCTCCACCACTGCCTCC
CGCACTGCTTGTCATGGTAGCAGGAAAGACAAGGGCAAGAGTGGCGGTAG
CTTGGGACCAGAGAGTGTTCTGCAAACCCCGACAGAGGACGGCCAACAGT
AGAGCATACTGTGGCGAGGCTGCAGCAGCGGTGGTGTGGTTGGGAAAGGT
CATGGTGGGCACTTGCTCGCTGTTCAGGAAAGAGGAGAAGCTAGAGGCAT
GAGCGAAGAATCGCTCAGGGAAGACACGGCGGCGGGCCTCTCCGACTTCC
ACCACGTCGTTTTCGGTTAATCGGAAAGTGACACCAGCCATACGCTCCCC
AGCATCTGCGAGCCAAGTGACGAATTGGAAAACGTACTGGCCCATCCCGA
GTTCCGGCGCCAAGGGCTTCTTATACGCACCGCTGCTGCTGCTGCTACTG
CTGCTGCTGCTGCTCGCGCCACCGTTGTTCTTTAAGCCATCACTGTCGCT
ACTGTTGGTCGGAGGAGACGGAGAAGAGGCTGCTGCTGCTGCTGCTGCGT
CGGCAACCGCATCTTGCACCCCTTCCTCAGCTACTTGCACCACACCTTGC
AGTGTCTCCATGACCCGAGCTAAATCTCGAGCCGTAGCCATCTGAAATCC
CTCCAGCTGCTCCCGCGGTGCAAAGTGCAGCTGTTGCTGCTGCTGCTGCT
GCTGGAGAGCAAGCATCCGCTGCACTGCCGTTACCTGCAGACCTCTAAAT
TCGAGAAATATGAGCCCACGCGCCACGTCCTGCACCAGAGCCACGCCCGC
TTCCAAGACCCCTGCCTCCCTCGTTTGCTTGTGCAACCGCCGAATACTCC
CTTGAAAAAAGTGCTCGAGAGCCTTCAGTGGAAACTGCTTATCGTCTCCC
CTAGGCCCGCTTGCCACGATCGCAAGATTCGCCTTGAACAGCCTCTTGAC
TATCTCCAGGTACTGCCGTGTGAAAAGCGTCCTTACCAAGTCCACCAGCT
CAGCTCCGGCTGTTTCGCTGCTTCCTCTGCCTGCATTGCCACTATCCAAC
ACAAAGACATCCCGAAACATAAATACTGCTTCCTCAAAATCTTTCACAAA
AGCGACATTTAACTTCGTCAAAGCCGCTTCCAATGCCTCCGCACCCGCTG
CCGCCCCCTCCTCTCCCTTGGCCATTTCATTCGCTCGCCGTTCCTCTTCC
CCACGTGAAAACCCTGTCAATGTCTTCCCAAATCGACCGCGGAAGGTCTT
GAGCACCTGGCTCTGTAGCTCGGCCTTCGGCACACCTAACTCAAGGAGCA
GATGAACGTACTGTGCCAGTTGGTCCGGGGTGGCAGGGGCGACCGTGGCG
GTGGTATCAGCTTGCTGTCTGAGGCGGCGGTGGAGCTCGTCGCGGACGCC
GGCGATGATCTGATCAGATTCATGCTGGATGGATTTAAAGGAGGGGACGT
GGTTGTGTTGTCGGAGGATGTCGATTGCCTTGGAGTAGCAGGCTACAGCC
AAGGCAAAATCTTGTCTTTGCACGTAGCGGTTCAAATTGATGGGCAGGTC
AAACAGGAAGTCGAGACGCTTGAGGAGACGGCGGACAGAGACTAGTTTGT
CGACCTTTGCGCGCTTATCGCCCAGGAATGAGTTGACGACTTGCATGCGG
GAGGCGATGCCTTCCATGTTTTTTACCAAGGCGTCCATCTCGGCCTTCAT
GTCGTTCACATTGTTCTTCATGGTTCGAATCGTGTCCGTGGCACTGATAA
ATTTAGAATAATTCTCGTACACCAGCATTTGCATGTCGCTGTCCAGGCGC
TTGACTTCTTGCACGAGCTCGTCGTCTTTGATCAACAGAGTCTCCAAGCT
GTCACGTTCCAGGAGCTGATGGACGTAAGCCTTCATGTGAAAATCGCTCC
TGTCAATCTCGTCGCAGATCTGCTCGTCCCCCCCACCCATCAAGCCATAA
TAGGACGCCAGCAAACTCATAGCATCCCCACCGTTGCCTTTCTGCAGCTG
CTGTTGACCGTGGGAAGATAGGTTTGGGCCGTGCCCCTCTTCCTCCCCGG
CGTCGTAGTCATTCGTGTCATGGTCTCTCTCCTTATCCAGGCCCCCCGCA
GTCGAGTCCATGCGGTCAAAGGTGGCCATGGTAGCCTTTGTGGTGTGGGT
ATAGAGGAAAGGGGAGGGTGTGAGTGGGTGTGCATGTGGACGTGAAAGGT
AAAAGCAAAGGCCAGAACCGTGGCGTCACTTGCGACTTGGGTCGTGCAGC
CATGGCTTTTTGTTTTGGGAACGGACGAGACGACGGGCGCTTTTTGACGA
ACCCATGCAAACACATCGGCCTTGCTTAAGGCTCTACCTTCTTCTCGTGC
CTGTGCAGGTGCGGTGGAGGCGTTGGGGGCGTGAGTGTCGGATGATGTTA
CTGCCGTTGGGGAGCCAGAGCAGCGCGATAGGACTCGGAGGAGACGTTGC
ACTCTGCATCATGCAGGACCTGCACGTGCCCGTCCCACACAATTAATCAA
TGACCACTCATATCACGCTAAAAACAGGAGTGCAACAAGACAGCGGCAGC
AACATCTGTCGGCTCCCGCCATCGCGCCAATCTCCACCAGTAGCAGCCCG
GCAGGATCTCCTGTCTTCCAAGATCAATGTACTACCAAGCTTCGACCTTC
GACCTCCTGTCTCATACGCACCAGCCACGCACACAACACAGCACAGTAAT
GGCGCATCACGCTGCATCGACCTCCCGTGCCATCACGCGCGCCCTTGAGG
CCATGGAAGGCAAGCCCGAGGAGGAGTTGGCGGCATTGCATCGCCTCAAG
ACGGTGTTTGCCAAGCATGCCGGTGGCAGCGGCAGCAGCACCGCTACAAA
CGGTGAATTGTTGACAGCCCTAGCCAAGGCCATTCTCGACGATGGGGCTA
ATGAATTTAGGGTGCACACATCAGAGCTGGATGCGAGCCACCCCTCCTGC
GTTTCTTCCCCCGCCTCGGCTCCCTTCAAATGTCCCACGCGGCGATTCGG
TCGCACAGAGCTTCAGATGCCCATCCTCACTTTGGGTGGCATGCGAATGC
AGCAGGTGCGTTTTGGATAATCATCTTCTTTCTAAGTCAATCGTTTCATT
GACAAAGTTACATACACATTCACACGCGGACAAACACAGACCTGGCAGCC
CTCGGAAGGTTTTAGCATGGCCGACGTGACTGCCGAATGCCAGTCCAATT
TTGAGGCCATCATCGCGCGAGCACTGCAGCTGGGCATTAACCACATTGAG
ACAGCCAAGGGCTACGGCTCAAGGTACGCCAATTTCTCTTACTTTTCCCT
CTCGTTCATTCTCACTATCCCCTCACCCACCCACTCTCCCTCCCTCCTTC
CCTTCCCCAGCGAACTTCAGTACGGCCAGGCCCTTCGAAACCTCGGGGTG
CCCCGATCTTCCTATATCCTCCAAACCAAAGTCCGCCCCATGGCTGACAC
TGCCGAGTTCAGCCGTACCCTTGATCAGTCTTTCGCTCACCTAGGCACCC
ATCTTGACTTGTTCGGCTTCCATGGCATAAACCGACCGGAGCACCTCGAG
TGGATCACCCGTCCGGGGGGTTGCTTGGAGGTCGTGCGAGAATACCAACA
CCAGGGGAAAATTAAGTTTATTGGTTTCTCGACGCATGCACCCACCCCCG
TGATTGTCAAGGCGATCGAGACGGGTATCTTTGATTATGTCAATTTGCAC
TACCACGCCATCGGGTCGTACACCAGCTCGGGGACGTCGCAGAGCGTCGC
AGAGGGACCGGGGAACTGGGAGGCACTCAGAGCAGCGCATCGGAAGGATA
TGGGCGTGTTTATTATCTCAGCGGCGGATAAAGGAGGGATGCTTTATCGG
CCCCCCAAGGCGCTTGTTCGTCTCTGCTCCCCCCTCTCCCCTCTCATCTA
TAACATGCTCTGGCTCTGGAACCTCTCCACAGGCACTACCAACCCCTCCT
CCTCTTCCTCCATCGATGCTTCCCCCTCCTCCCCCCCCGCCATTCACACC
CTTGTTATTGGCGCTGCCCGTCCCTCTGATTTTAACGAGGCCGCCGCTGC
TGCTAAGCTCTTCTTCGAAATGAAGGCCGAAGACCCCTCCACTCCACTCT
TGCGAAGGGTGGACGAAAGGTTGCAGAAGGCTTACCGGGAGGTGTGGGGG
GAGGGATGGGAGGATGACTGGTGGATGGACTTGCCGGACTGTTACCAGAA
TCCGTTTGGGGTGCATGTAGCGCAGATCGTGTGGATGTGGTCGATCACCA
AGGTGAGGGAGGGAGAGAGGGAGGGAGGGAGAGAGGAAGGGAGGGGGTGA
GGGAGAGAGGGAGAGAGGGGTTTTGGCGTAAAAATGAAACCACTTCTCCC
TCTTTGCCCTCGTCCAATTCGTGATCTGAACCTAATTTTCCTCTCACGTC
TCCTCATTCATCCGCTGCTCTTCATTCGTAGGCCTATGGGCTCCACCGTT
ACTCTACCATGCAGTACTCCAAAATGGAGGGCCAAGTGCAGGCCTGGGAG
GAGAAAAAAGATCTTCCCCTTCCCGAGCGCATGGCCGCCGTCTTTGACTG
GACACCTGGGCTGCCCTATGACCCCTCGGGACCCCACCAGGACCTCACTT
CATTCCTCCCCGCTCACCGTGCGGAGCGTCTCTTGTGTATTCTAAGGGAG
GCAAGCTATTGGTTTGGAAAGGAGACAACGGAAAAGGTGGAGCTGGATCC
ACGGGAGAAGGAAGGGTGGGTGGACGCGTATGATCTTCAGCTTGATGTGC
CTTTCCCTGAAAGGGTTGCGCCGTAGCGAGGAAGGGAGGAAGGGATCGAG
GGAGGGAAGGAGGGAGGGAGGGATGGAGGGAAAGAAAGAAGTAGGGATTG
TTTTATTGTTTCGCTTGACAGCTTCAAAAAGGAGGACAACCTGAAGACAG
GGGAAGGCGGGGAGAGGAGGGTGGAGAGATTTGTTGTAAGAAGAGTGTCA
ATTACTTTGCGGGAAAGGATTGGACTGCTGACCGTCATACTTTCAACAGA
TGTGACGTTTGTCTTTGTGTGTGCGCGTGATTTATAAGTGCATAAGGGAT
GCACGAGAATGATATATAATATGAATATGAAATTACAATATTATAGAAAA
TGTTTAAGGAATATACCAAATCGGCGGATCGGAATCATCCCGAAATGTGT
CGCGACGCTAAGGGGAGGCAGGCTCTGAGTTCATCCATCCGCAAGCAGGA
AAGTGACGCTCCTGTTTCCGTTTCATTTGCATCGTTGATTGCTTGATTTC
TAAACTTGGCGGCTCGCTTTTGTATTACCTCCTCTTCTCCCACTCTCTCT
CATCCCTCTCCCTGACACCTCCTCTTCCACCCTCCCTGCCTCCTCCTCTA
TACTTAGATAGCTCCCGCCGCCTTTAATGCCTCTTCCAAGGGTTTATGAA
ACTCCTCTTCCATCACCGTCATAGGTGGGCGAATCCCCGCACCAATCTTA
CCCATGCGATACAGAGCCCATTTGGCCGGGATGGGGTTTGATTGGAGGAA
TAAGCGTTGGTGCAGCAGCTCAAGAGGCTTGTTCAACTGCTCAGTCAGCG
CCGCGTCTTTGGCGAGGGCCGCCATCATCAGTTGGTGCATCACATCGGGG
ACAACATTAGAGGTCACAGAGATGACACCATCACCTCCTTTCAGCACAAA
TTCGGCCCCTGTTTCATCATCACCACTGTAAAGCAAAAACTTGTTCCCCG
CCACCTTCCGAATGGCCGCCACACGCGACACATCTCCCGTGGCTTCCTTG
ATTCCGATCACGCTCGGGTTCTTCGCTGCCACCTCTGCCGCGGTTTCAGG
CTTGATGTCCGAGCCCGTCCGGCCTGGGACGTTGTACAGGAGGCAGGGCA
AGTCGACCGCTTCGGCGACATAGCCGAAGTGAGATACTAGCCCTTTTTGC
GTCGGTTTGACATAGTAAGGCGTCACAACCAAGCTGGCATCGGCTCCATG
ATTCACTGCCTGCTGTGTCAGCTTCACGACAGTGCGGGGGTCAATGGTGC
CCGTGCCAACCACAATCGGAATCTTGCCCTTAATCTCCTCGGCAGTTATG
TCCAACACTCGCGCTCGCTCCTCGAAAGACAAGGTGGAAGCCTCTCCAGT
CGTGCCCAGCACAACCACACCGTCCGTCTGACAAGCCACGTGCCATTGTA
AGAGAGTCCGAAGCTGCCCCTCGTCCACGGCCCCGTCCGGCTTCATCGGC
GTTACGAGCGCCACCATGCTGCCTCTCTTGATAGGCATGCGGGCGCCTTC
AACTTTCATCACCACCATGTTGCGGCGGGAGGTCGTGACAGCTGTGACAG
GGAGGGAGGGGACCACGAAACCCATGCTACATGTCGTGGCGTAGGCCGCC
ACCAGGGCCAGGACTGTTGAGTGTAGGGGTGGGGTAGGGGCAGAGTCGTG
ACTTGGGGGAGGGCGATTAGAGGTTCGAGGGTAGTATCGAATATCGATGA
GGCTAAAAATTTGCAACAAGCCCAGAAGTGGGGAGAGACCAAAAGGCTGC
ACCTACGCCCGAGTTTTTCAGAGTCTGATCTGATGGGAGTGTGATTTTTT
AGCTGCTTGTAGTAGCGGTGCATGTGTTGCAGCGCGGACCGCCATCATTT
GTTCCCTTGTTTGCTGGAGGCAGAAAGCAGACAAGGAGAGTGAAAGATGC
ACATACCTAGCACTTGGCGAATCATACTGGCTTGTAAGGTATAGCAGATG
GCTTCCCTGTCCTTGAGGTATGGTGGTTATGGGGTTTTCAGCGGTGACTT
GTAAGGCGGAAAGCCTGAACGACTGATGAAGTAAGTAGTGGTGGTGGATG
AGGCAAGAGGGGTTGATGATGCATGGGCCTGCCGCGTTCCCTGTCAAGCA
ACGCACGACCGTGGACCTTTCCAGCGGGAGATTGAGGTAGTGTCAAGGGC
GCCTTATTTCCACTCCGTTCTTCTGCAAAGCGATTTATGCCTGGCTTAAT
TAAGGTGCTTTGCGGTATTTTCAAGAAAGCTCCG back to topCoding sequence (CDS) from alignment at chr16:653942..661875- >NO16G02260.2 ID=NO16G02260.2|Name=NO16G02260.2|organism=Nannochloropsis oceanica|type=CDS|length=1503bp|location=Sequence derived from alignment at chr16:653942..661875- (Nannochloropsis oceanica)
ATGTACTACCAAGCTTCGACCTTCGACCTCCTGTCTCATACGCACCAGCC
ACGCACACAACACAGCACAGTAATGGCGCATCACGCTGCATCGACCTCCC
GTGCCATCACGCGCGCCCTTGAGGCCATGGAAGGCAAGCCCGAGGAGGAG
TTGGCGGCATTGCATCGCCTCAAGACGGTGTTTGCCAAGCATGCCGGTGG
CAGCGGCAGCAGCACCGCTACAAACGGTGAATTGTTGACAGCCCTAGCCA
AGGCCATTCTCGACGATGGGGCTAATGAATTTAGGGTGCACACATCAGAG
CTGGATGCGAGCCACCCCTCCTGCGTTTCTTCCCCCGCCTCGGCTCCCTT
CAAATGTCCCACGCGGCGATTCGGTCGCACAGAGCTTCAGATGCCCATCC
TCACTTTGGGTGGCATGCGAATGCAGCAGACCTGGCAGCCCTCGGAAGGT
TTTAGCATGGCCGACGTGACTGCCGAATGCCAGTCCAATTTTGAGGCCAT
CATCGCGCGAGCACTGCAGCTGGGCATTAACCACATTGAGACAGCCAAGG
GCTACGGCTCAAGCGAACTTCAGTACGGCCAGGCCCTTCGAAACCTCGGG
GTGCCCCGATCTTCCTATATCCTCCAAACCAAAGTCCGCCCCATGGCTGA
CACTGCCGAGTTCAGCCGTACCCTTGATCAGTCTTTCGCTCACCTAGGCA
CCCATCTTGACTTGTTCGGCTTCCATGGCATAAACCGACCGGAGCACCTC
GAGTGGATCACCCGTCCGGGGGGTTGCTTGGAGGTCGTGCGAGAATACCA
ACACCAGGGGAAAATTAAGTTTATTGGTTTCTCGACGCATGCACCCACCC
CCGTGATTGTCAAGGCGATCGAGACGGGTATCTTTGATTATGTCAATTTG
CACTACCACGCCATCGGGTCGTACACCAGCTCGGGGACGTCGCAGAGCGT
CGCAGAGGGACCGGGGAACTGGGAGGCACTCAGAGCAGCGCATCGGAAGG
ATATGGGCGTGTTTATTATCTCAGCGGCGGATAAAGGAGGGATGCTTTAT
CGGCCCCCCAAGGCGCTTGTTCGTCTCTGCTCCCCCCTCTCCCCTCTCAT
CTATAACATGCTCTGGCTCTGGAACCTCTCCACAGGCACTACCAACCCCT
CCTCCTCTTCCTCCATCGATGCTTCCCCCTCCTCCCCCCCCGCCATTCAC
ACCCTTGTTATTGGCGCTGCCCGTCCCTCTGATTTTAACGAGGCCGCCGC
TGCTGCTAAGCTCTTCTTCGAAATGAAGGCCGAAGACCCCTCCACTCCAC
TCTTGCGAAGGGTGGACGAAAGGTTGCAGAAGGCTTACCGGGAGGTGTGG
GGGGAGGGATGGGAGGATGACTGGTGGATGGACTTGCCGGACTGTTACCA
GAATCCGTTTGGGGTGCATGTAGCGCAGATCGTGTGGATGTGGTCGATCA
CCAAGGTGAGGGAGGGAGAGAGGGAGGGAGGGAGAGAGGAAGGGAGGGGG
TGA back to top
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