jgi.p|Nanoce1779_2|602965, mRNA_8523 (mRNA) Nannochloropsis oceanica

Overview
Namejgi.p|Nanoce1779_2|602965
Unique NamemRNA_8523
TypemRNA
OrganismNannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length2837
Alignment locationscaffold_26:114661..117931 -

Link to JBrowse

Properties
Property NameValue
TranscriptId603051
TrackFilteredModels2
ProteinId602965
Mutants
Expression
No biomaterial libraries express this feature.
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_26supercontigscaffold_26:114661..117931 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Gene prediction for N. oceanica CCMP17792008-02-01
Annotated Terms
Homology
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
jgi.p|Nanoce1779_2|602965gene_8523Nannochloropsis oceanica (N. oceanica CCMP1779)gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
jgi.p|Nanoce1779_2|602965mRNA_8523-proteinNannochloropsis oceanica (N. oceanica CCMP1779)polypeptide


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
CDS_8523CDS_8523Nannochloropsis oceanica (N. oceanica CCMP1779)CDS


Sequences
The following sequences are available for this feature:

mRNA sequence

>mRNA_8523 ID=mRNA_8523|Name=jgi.p|Nanoce1779_2|602965|organism=Nannochloropsis oceanica|type=mRNA|length=2837bp
TGCTGCTTGAGATTGTCTGTACCTAGGTGTAGGTAATGCTTTCTATGCTC
TCGAGGGAAGTATTACATAACAGTCTTCGAGGTTTGATGCGATGATGGCG
AGTTTATGTTGACGAACGGAGATCCGATCGCAATTCTTACACTGCGCACA
CTTTGTAGTGCACACACAGACACACATCCACACATAGGATGGGTAAGAAT
AAACGCGGCAGTGGCAGCAGCCGTAAACCTTCCGGCAGCTCCGGTGTGGG
TGGGGCTGGAAGCTTCGCCCTGGGACTTGCCCTCGGTGCAAAACCAGCCA
TCAAAAAGACCCACGCTATGTCTATGCTGGCGACTGACCAGCCGGCTGAA
AGCAACTCTGCCGCCCGCAAACGACTGCGTGCGGCTCGTCCTGCGCCTCC
CACATCGTTTCGAGCGAGTAAAGATCCTCTTTTGGAGTCCAGCAGCGCCC
GCGTGACGAAGAAGCAGCGGTCTGCCAACCCCGACTATGATGATGCCTAC
CGTAATCTCCTGGAGCGCACTGAGGGACAAGCGCGGAGCCAGGCCTTCCA
CCGGCAAGAGGCCCGAAAGCGAAGAGCTCAAGGCAAGACGCGGAATGGAC
TCATTGCACCTCCGATATTTGTGGACATGGGGGTCAGCCCATCGATTGCG
GCAGCGGTGTCAGCAGGAGCAACCTTATCAAGCGTCGGGGAGTTTGTGGG
TAGCCTCTGCGCGGGGTTGGAAAAAGAGCAGCGGGAGGAAGAGGACGAGA
AGGGGCAGGTGAAGAAGGAAGGTCGAAGGAGAAGAAATGGACCAGGGGGC
AAGCATGGCATGGGCGATGAGGAGGTAGTAGCGAGAGGTCCCAAGAAGCA
CAACCCCTTTGCGTCCTTGGGGTCATGTGACGAGGATGACGAGGATGAGC
AGGAGGGAAATTCGCCCGGCGTGGTTTTCCAGCCCTCTGTGCTGCAACCG
TCCTGTGTGCTCTCATCTCAGTCGCAGCCTTTGGACCAGGATACGACTGG
ATCACTGGGGGAAGCCCCGCCGAAGCCGGGTGGAGAAACTGGAGATAAAG
CCTCTTGGAGGGGTCAAAATATTGAAAACGATTGGAGTTCCCTCAGTATG
GAGGCGCTGTCCTCGTCGCTCTTGGACGTAGGGACTTTGCCAATGAAACC
CCTGTCAATTTCCCCTGTTGATAACCACGAGAGAAAGAGAGAAAATAACG
ATTTGTTTACCTCCGCGACGTCAGAAGCACAGCCGCCACTCCCCATTTTC
GTCCATTCCCCAGTGACAGCATCAAAGGATAACGTGGAATGGGAAGGCAC
GAATGTCTTGCCAGTAATAGGCGAAGGAGGTAATGGCGAAGGACATCAAG
TCAGCACGCATGTCACAATAGAGGATTTTCACGACTTGTGAAGTAATGTA
AATAGAGTTCTCATCAAGTAGACCAAACAAAATATGGTTAGTGAATATCG
AGAAGATGCAACAATATGGTTGCTCATTCCCAATTTTATTTAATCCCACG
GTACGTAATTTTGTCTCATCGCTTAGCTACTTAAGATTGCCTGAAGTTTA
CCTCCCATAGTAGACGGAGTGATGAGGGAATCCACAGCAACTTCACACAT
ACCGTAGGGCTCTTCGTGTATAGTAAACAGCCCATGTGTAAGAAAAGCCA
AGAAAGACCGCAGTGCAGCTTCTCCCGGCATCGATAAGGCCGGCAGACTT
GTCCTTAGCTCTATTTGGCCTTGCCATATAGGTGCGCTTGAGAAAGACTG
GCTGATTCTTGTACCACTCAGTACAGCAGCAAGCGGTTGATCGTCCAGTG
TGCGAAAGAGAAACGCACATGAGAAGAACGACGAACTAGCATGTATTGAG
CCCGGCATCATCACTCGGCCTGCCTTTCTTAACTCGAGGAGTTTGTAATC
GTTGAGCGAACATCCTGCCGCCGAAGAAAGCAATGCGTGGTGGGCAGAGA
AGCCTGGAATCGCTTCCATAAAAGAGAGCAAGTTCAGAGTATCTGCGGAG
ATGTCTAAAGAGGAAAGGCCTTCTGACACCAGAGAGTGAACAGTCTGTAT
TGGCCGAGTCTTTGATGATGTAAGCGAAGCCCACAGCGTTTGGAAGACTG
AAAAGCGCCCACTTTGACTCTCCCATGGTGGAATCAAGAAATGGTAGAAC
GGTAGCGATAGTACGGAGCTTCTCAAGTAAACAGTAGACGCGACGGCATT
TTGATAGGGAGAACCATTATTCTCCGAACATCGTTTGTGGCGCATGGTGG
TGGAGGAACTCCAAGCTGTCACCTCATCTGGCTTGTGCTCCAGAGAACCG
AATGAAGGCGATGCATGCTCGAGATCCACTTTCACAAGCCCAAACTCGGC
TTCATGTGTGAACTCCTTTTCGCCTGCTTGCGTCAATAAGACTCGCCAAT
AACGCTCTTCCTCTTCATCCCGCCTTTCAGCTTCCACGCAAGGAAAGTTT
ATGTCAACCGCCAACGAAAGGTTACCCAAGCTCGAGGAGGACGATGGGCT
GGAGGGCTGTAAGACCTCAAGAAGAAAATGTGCCTGCAGAAAGAATGTGG
AAGGCATTGTGACATTTCAGTCAAGCTCTACTTCAAAAATAGGGACAAAG
GACTCACACTTAGGGAAGCGCCGGGAACCAATCCATCTCCCCATTGCGCA
GGAATTCCAGCATAGCACGCCTGTGGTCCTCCTATCAAGCGCGCCCGCTC
TTGGTCAAGTACGATAAGCGAAAGACCCAAGCGCTCCAACCTTTGAAACG
CGGGGCGAATAAATTGAGCGAGAATGATTAAGGACTTCATTTCGACTGAA
AACAAAGTTTACTTACTTGAGATTAGTATTATTGTAA
back to top

protein sequence of jgi.p|Nanoce1779_2|602965

>mRNA_8523-protein ID=mRNA_8523-protein|Name=jgi.p|Nanoce1779_2|602965|organism=Nannochloropsis oceanica|type=polypeptide|length=401bp
MGKNKRGSGSSRKPSGSSGVGGAGSFALGLALGAKPAIKKTHAMSMLATD
QPAESNSAARKRLRAARPAPPTSFRASKDPLLESSSARVTKKQRSANPDY
DDAYRNLLERTEGQARSQAFHRQEARKRRAQGKTRNGLIAPPIFVDMGVS
PSIAAAVSAGATLSSVGEFVGSLCAGLEKEQREEEDEKGQVKKEGRRRRN
GPGGKHGMGDEEVVARGPKKHNPFASLGSCDEDDEDEQEGNSPGVVFQPS
VLQPSCVLSSQSQPLDQDTTGSLGEAPPKPGGETGDKASWRGQNIENDWS
SLSMEALSSSLLDVGTLPMKPLSISPVDNHERKRENNDLFTSATSEAQPP
LPIFVHSPVTASKDNVEWEGTNVLPVIGEGGNGEGHQVSTHVTIEDFHDL
*
back to top

mRNA from alignment at scaffold_26:114661..117931-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_8523 ID=mRNA_8523|Name=jgi.p|Nanoce1779_2|602965|organism=Nannochloropsis oceanica|type=mRNA|length=3271bp|location=Sequence derived from alignment at scaffold_26:114661..117931- (Nannochloropsis oceanica)
TGCTGCTTGAGATTGTCTGTACCTAGGTGTAGGTAATGCTTTCTATGCTC TCGAGGGAAGTATTACATAACAGTCTTCGAGGTTTGATGCGATGATGGCG AGTTTATGTTGACGAACGGAGATCCGATCGCAATTCTTACACTGCGCACA CTTTGTAGTGCACACACAGACACACATCCACACATAGGATGGGTAAGAAT AAACGCGGCAGTGGCAGCAGCCGTAAACCTTCCGGCAGCTCCGGTGTGGG TGGGGCTGGAAGCTTCGGTAAGTGATTGAGGGCTGCTTGCCCGGTTGTCC GGTGTACCCCGCATGGTTACGTATTTTCCTCCAGATATTGACCCCGCCTA CCCCTCTACAAACCCTACACGCACACACAGCCCTGGGACTTGCCCTCGGT GCAAAACCAGCCATCAAAAAGACCCACGCTATGTCTATGCTGGCGACTGA CCAGCCGGCTGAAAGCAACTCTGCCGCCCGCAAACGACTGCGTGCGGCTC GTCCTGCGCCTCCCACATCGTTTCGAGCGAGTAAAGATCCTCTTTTGGAG TCCAGCAGCGCCCGCGTGACGAAGAAGCAGCGGTCTGCCAACCCCGACTA TGATGATGCCTACCGTAATCTCCTGGAGCGCACTGAGGGACAAGCGCGGA GCCAGGCCTTCCACCGGCAAGAGGCCCGAAAGCGAAGAGCTCAAGGCAAG ACGCGGAATGGACTCATTGCACCTCCGATATTTGTGGACATGGGGGTCAG CCCATCGATTGCGGCAGCGGTGTCAGCAGGAGCAACCTTATCAAGCGTCG GGGAGTTTGTGGGTAGCCTCTGCGCGGGGTTGGAAAAAGAGCAGCGGGAG GAAGAGGACGAGAAGGGGCAGGTGAAGAAGGAAGGTCGAAGGAGAAGAAA TGGACCAGGGGGCAAGCATGGCATGGGCGATGAGGAGGTAGTAGCGAGAG GTCCCAAGAAGCACAACCCCTTTGCGTCCTTGGGGTCATGTGACGAGGAT GACGAGGATGAGCAGGAGGGAAATTCGCCCGGCGTGGTTTTCCAGCCCTC TGTGCTGCAACCGTCCTGTGTGCTCTCATCTCAGTCGCAGCCTTTGGACC AGGATACGACTGGATCACTGGGGGAAGCCCCGCCGAAGCCGGGTGGAGAA ACTGGAGATAAAGCCTCTTGGAGGGGTCAAAATATTGAAAACGATTGGAG TTCCCTCAGTATGGAGGCGCTGTCCTCGTCGCTCTTGGACGTAGGGACTT TGCCAATGAAACCCCTGTCAATTTCCCCTGTTGATAACCACGAGAGAAAG AGAGAAAATAACGATTTGTTTACCTCCGCGACGTCAGAAGCACAGCCGCC ACTCCCCATTTTCGTCCATTCCCCAGTGACAGCATCAAAGGATAACGTGG AATGGGAAGGCACGAATGTCTTGCCAGTAATAGGCGAAGGAGGTAATGGC GAAGGACATCAAGTCAGCACGCATGTCACAATAGAGGATTTTCACGACTT GTGAAGTAATGTAAATAGAGTTCTCATCAAGTAGACCAAACAAAATATGG TTAGTGAATATCGAGAAGATGCAACAATATGGTTGCTCATTCCCAATTTT ATTTAATCCCACGGTACGTAATTTTGTCTCATCGCTTAGCTACTTAAGAT TGCCTGAAGTTTACCTCCCATAGTAGACGGAGTGATGAGGGAATCCACAG CAACTTCACACATACCGTAGGGCTCTTCGTGTATAGTAAACAGCCCATGT GTAAGAAAAGCCAAGAAAGACCGCAGTGCAGCTTCTCCCGGCATCGATAA GGCCGGCAGACTTGTCCTTAGCTCTATTTGGCCTTGCCATATAGGTGCGC TTGAGAAAGACTGGCTGATTCTTGTACCACTCAGTACAGCAGCAAGCGGT TGATCGTCCAGTGTGCGAAAGAGAAACGCACATGAGAAGAACGACGAACT AGCATGTATTGAGCCCGGCATCATCACTCGGCCTGCCTTTCTTAACTCGA GGAGTTTGTAATCGTTGAGCGAACATCCTGCCGCCGAAGAAAGCAATGCG TGGTGGGCAGAGAAGCCTGGAATCGCTTCCATAAAAGAGAGCAAGTTCAG AGTATCTGCGGAGATGTCTAAAGAGGAAAGGCCTTCTGACACCAGAGAGT GAACAGTCTGTATTGGCCGAGTCTGTGAGTGGTGCAAAAACGTTAAAGTT GTGGATTGTGACTTGTTCGCGACTTTGTATAGAATTGCACGAAAACATAC CTTTGATGATGTAAGCGAAGCCCACAGCGTTTGGAAGACTGAAAAGCGCC CACTTTGACTCTCCCATGGTGGAATCAAGAAATGGTAGAACGGTAGCGAT AGTACGGAGCTTCTCAAGTAAACAGTAGACGCGACGGCATTTTGATAGGG AGAACCATTATTCTCCGAACATCGTTTGTGGCGCATGGTGGTGGAGGAAC TCCAAGCTGTCACCTCATCTGTCGATCAGAATGTAATGGATCTGGTAAGA GCGTACAAGTCTAGGCAGACTAATTACTACATGGTACAAACCTGGCTTGT GCTCCAGAGAACCGAATGAAGGCGATGCATGCTCGAGATCCACTTTCACA AGCCCAAACTCGGCTTCATGTGTGAACTCCTTTTCGCCTGCTTGCGTCTT GTGAATGCATGAAGGCGGGGGAATTCAGAGAAGACGATTAATCACGAGTC AGAAAAGGTAGTCCATATGAGCAAATTTCGTTGAGGTGCATTACCAATAA GACTCGCCAATAACGCTCTTCCTCTTCATCCCGCCTTTCAGCTTCCACGC AAGGAAAGTTTATGTCAACCGCCAACGAAAGGTTACCCAAGCTCGAGGAG GACGATGGGCTGGAGGGCTGTAAGACCTCAAGAAGAAAATGTGCCTGCAG AAAGAATGTGGAAGGCATTGTGACATTTCAGTCAAGCTCTACTTCAAAAA TAGGGACAAAGGACTCACACTTAGGGAAGCGCCGGGAACCAATCCATCTC CCCATTGCGCAGGAATTCCAGCATAGCACGCCTATCATTGAAGTGCGAAA TAATAAGCATGAAGTATACGATGAATGAAACTGCTCGCTGCCTGATTATT TTACCTGTGGTCCTCCTATCAAGCGCGCCCGCTCTTGGTCAAGTACGATA AGCGAAAGACCCAAGCGCTCCAACCTTTGAAACGCGGGGCGAATAAATTG AGCGAGAATGATTAAGGACTTCATTTCGACTGAAAACAAAGTTTACTTAC TTGAGATTAGTATTATTGTAA
back to top

Coding sequence (CDS) from alignment at scaffold_26:114661..117931-

>mRNA_8523 ID=mRNA_8523|Name=jgi.p|Nanoce1779_2|602965|organism=Nannochloropsis oceanica|type=CDS|length=2406bp|location=Sequence derived from alignment at scaffold_26:114661..117931- (Nannochloropsis oceanica)
GCCCTGGGACTTGCCCTCGGTGCAAAACCAGCCATCAAAAAGACCCACGC
TATGTCTATGCTGGCGACTGACCAGCCGGCTGAAAGCAACTCTGCCGCCC
GCAAACGACTGCGTGCGGCTCGTCCTGCGCCTCCCACATCGTTTCGAGCG
AGTAAAGATCCTCTTTTGGAGTCCAGCAGCGCCCGCGTGACGAAGAAGCA
GCGGTCTGCCAACCCCGACTATGATGATGCCTACCGTAATCTCCTGGAGC
GCACTGAGGGACAAGCGCGGAGCCAGGCCTTCCACCGGCAAGAGGCCCGA
AAGCGAAGAGCTCAAGGCAAGACGCGGAATGGACTCATTGCACCTCCGAT
ATTTGTGGACATGGGGGTCAGCCCATCGATTGCGGCAGCGGTGTCAGCAG
GAGCAACCTTATCAAGCGTCGGGGAGTTTGTGGGTAGCCTCTGCGCGGGG
TTGGAAAAAGAGCAGCGGGAGGAAGAGGACGAGAAGGGGCAGGTGAAGAA
GGAAGGTCGAAGGAGAAGAAATGGACCAGGGGGCAAGCATGGCATGGGCG
ATGAGGAGGTAGTAGCGAGAGGTCCCAAGAAGCACAACCCCTTTGCGTCC
TTGGGGTCATGTGACGAGGATGACGAGGATGAGCAGGAGGGAAATTCGCC
CGGCGTGGTTTTCCAGCCCTCTGTGCTGCAACCGTCCTGTGTGCTCTCAT
CTCAGTCGCAGCCTTTGGACCAGGATACGACTGGATCACTGGGGGAAGCC
CCGCCGAAGCCGGGTGGAGAAACTGGAGATAAAGCCTCTTGGAGGGGTCA
AAATATTGAAAACGATTGGAGTTCCCTCAGTATGGAGGCGCTGTCCTCGT
CGCTCTTGGACGTAGGGACTTTGCCAATGAAACCCCTGTCAATTTCCCCT
GTTGATAACCACGAGAGAAAGAGAGAAAATAACGATTTGTTTACCTCCGC
GACGTCAGAAGCACAGCCGCCACTCCCCATTTTCGTCCATTCCCCAGTGA
CAGCATCAAAGGATAACGTGGAATGGGAAGGCACGAATGTCTTGCCAGTA
ATAGGCGAAGGAGGTAATGGCGAAGGACATCAAGTCAGCACGCATGTCAC
AATAGAGGATTTTCACGACTTGTGAATGGGTAAGAATAAACGCGGCAGTG
GCAGCAGCCGTAAACCTTCCGGCAGCTCCGGTGTGGGTGGGGCTGGAAGC
TTCGCCCTGGGACTTGCCCTCGGTGCAAAACCAGCCATCAAAAAGACCCA
CGCTATGTCTATGCTGGCGACTGACCAGCCGGCTGAAAGCAACTCTGCCG
CCCGCAAACGACTGCGTGCGGCTCGTCCTGCGCCTCCCACATCGTTTCGA
GCGAGTAAAGATCCTCTTTTGGAGTCCAGCAGCGCCCGCGTGACGAAGAA
GCAGCGGTCTGCCAACCCCGACTATGATGATGCCTACCGTAATCTCCTGG
AGCGCACTGAGGGACAAGCGCGGAGCCAGGCCTTCCACCGGCAAGAGGCC
CGAAAGCGAAGAGCTCAAGGCAAGACGCGGAATGGACTCATTGCACCTCC
GATATTTGTGGACATGGGGGTCAGCCCATCGATTGCGGCAGCGGTGTCAG
CAGGAGCAACCTTATCAAGCGTCGGGGAGTTTGTGGGTAGCCTCTGCGCG
GGGTTGGAAAAAGAGCAGCGGGAGGAAGAGGACGAGAAGGGGCAGGTGAA
GAAGGAAGGTCGAAGGAGAAGAAATGGACCAGGGGGCAAGCATGGCATGG
GCGATGAGGAGGTAGTAGCGAGAGGTCCCAAGAAGCACAACCCCTTTGCG
TCCTTGGGGTCATGTGACGAGGATGACGAGGATGAGCAGGAGGGAAATTC
GCCCGGCGTGGTTTTCCAGCCCTCTGTGCTGCAACCGTCCTGTGTGCTCT
CATCTCAGTCGCAGCCTTTGGACCAGGATACGACTGGATCACTGGGGGAA
GCCCCGCCGAAGCCGGGTGGAGAAACTGGAGATAAAGCCTCTTGGAGGGG
TCAAAATATTGAAAACGATTGGAGTTCCCTCAGTATGGAGGCGCTGTCCT
CGTCGCTCTTGGACGTAGGGACTTTGCCAATGAAACCCCTGTCAATTTCC
CCTGTTGATAACCACGAGAGAAAGAGAGAAAATAACGATTTGTTTACCTC
CGCGACGTCAGAAGCACAGCCGCCACTCCCCATTTTCGTCCATTCCCCAG
TGACAGCATCAAAGGATAACGTGGAATGGGAAGGCACGAATGTCTTGCCA
GTAATAGGCGAAGGAGGTAATGGCGAAGGACATCAAGTCAGCACGCATGT
CACAATAGAGGATTTTCACGACTTGTGAATGGGTAAGAATAAACGCGGCA
GTGGCAGCAGCCGTAAACCTTCCGGCAGCTCCGGTGTGGGTGGGGCTGGA
AGCTTC
back to top
Synonyms
Publications