jgi.p|Nanoce1779_2|572020, mRNA_1411 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|572020
Unique Name	mRNA_1411
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	2883
Alignment location	scaffold_1:491419..494338 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	572106
Track	FilteredModels2
ProteinId	572020

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_1	supercontig	scaffold_1:491419..494338 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Gene prediction for N. oceanica CCMP1779	2008-02-01

Annotated Terms

Homology

Relationships

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


Feature Name	Unique Name	Species	Type
jgi.p\|Nanoce1779_2\|572020	gene_1411	Nannochloropsis oceanica (N. oceanica CCMP1779)	gene

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


Feature Name	Unique Name	Species	Type
jgi.p\|Nanoce1779_2\|572020	mRNA_1411-protein	Nannochloropsis oceanica (N. oceanica CCMP1779)	polypeptide

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


Feature Name	Unique Name	Species	Type
CDS_1411	CDS_1411	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_1:491419..494338-
coding sequence from alignment at scaffold_1:491419..494338-

mRNA sequence

>mRNA_1411 ID=mRNA_1411|Name=jgi.p|Nanoce1779_2|572020|organism=Nannochloropsis oceanica|type=mRNA|length=2883bp
ACAGGCCAACCTGTAAACAAGCCTATCCTCGTCTCGTGGCCCCTGCATCA
TCGTCATCAACGGTTCAGAGGAGCCTTCCATCATCAAGTCACCTCCCCAC
CCCCAGCTAGTGCCATACCATGTTGAGCAGACGGAACCCACGGACGACGA
CCCTCGTCATGACCCCCCTCCTGTTCGTGTCCATCCTTGCCGCCCTCCTT
ACCACCACGTCGATGCTCCCGCGCGTCACCGCTGTCAAGCTGGGCAAGGT
CTCCCCGCGGGTCTGGGAAAACCTGGAGGCCGAAGGCATCAACGCTGCGG
CCATGGAAGAGGCGGTGGCTGACGCTGCCGCTGCGGCGGCGGAAGAGGAG
GAAGAAAAGGTTTCTGTCAAACAGGCGGAGGAATTGAGACGACTCAAGGT
GGAAATGGCTCGAAGGGAAGCTTTGGATAAGGCGAAAGACATTGACTGGA
AATCGACAGCGGACGCCGCCAAGAAGGAGAGGGAACTGGACGAGAAGTAC
GGTGTTTGGAAGCATGTTATTCTCAACCCGTGGTTTCAATGGGTTATGGG
GTTGTTGGACGATTTATTTGCGATAGAGCTGATGGGCGAGGCAAGGATGG
CCCCTGCTGCCATCGTGGTGTTGCTCTTCATGCTTTACAGAGCCAAGCAG
CCTCTGTCGTACCTGGCCCTCGCCGCCGCGTTTTTCTACAACATCCACCC
CATCCTTGTTGGTGGGTTGACAGTTGGTATGAAAGTCTGGGCCTTGAGAC
GTAAGCCCAAAGGCTACGTCCCGCCGAACAAGAGAGCAGGAGTAGGAGTA
GGAGCAGGAGAGACAGGAGCAACAGCAGACGAGGACAAAGATAAGCGCCC
TACACGTTTAAGGAAGGGAGATGGACTATCAGCAGATGCTCGCGACATGC
AAACCCTCACGAGCTTGCCGAAGGAAGTCGATCACATCGTGCTCGGGTCG
GATGTCGGAGGGCTCTACACAGCTGCTCTCCTCGCACGGGTAGGGCACAC
AGTCCTTGTCCTCGAGTCAGGCGACAGCTTGGGAAATTGTATGACGGAGA
TGAAAGGAGTCCAGGTCGATTATGGGCTTCTGAGCGTGGGTAAGCTGCAG
GTTTATGACAAGATGCTCCAAAGCGCGTACTTGGAGGGAGCACCAGCAGT
GAAATGGTCAAGGGTGGGAACCGAAGAGAATGGATATTCATTCGACGTGG
CGCGTGTGGGGAATTTAGGCGATGTCGTGTATCGCGCGGGAAAACAGGCA
TTGATTGACGATCAGGTGATCTCGGCGCCGGGCCCTGAGAATCGGGGCAG
GGTGGGGATGTTTGTGACAAGGGTGGAATCGGTAGCGCGGGAGCAAGCGG
CGTTCTGGGTGGGGAGATTGTTCGGCCAGAAGACGGCAGGATGGATCGCG
ATGATATTTGGACAGGGCTATGGAGGGATTGGAGGACGCACAGTGCAGGA
AGTTACGTCGGTGACGTTGCCCGAGTGGGGGTCCCTGGATGTGATGAGGG
GCGGGTTTCGAACTGAGAATCTGGGGCCAGGTGAGGTGAGTTTTGCGGCC
TATGTCTCGGCATTGAGCCAGGGAATGGAGGGGCTAAATTGGCCCCAGGG
AGGGTACAGAAGCGTGGCACGTGCACTGGTTCCGACGATCAAGAAGGCAG
GGGGAATGGTATTGACACGGGTGAAGGTGAAAGGGATTTTGATGAGCGTA
ACGAAGAGGGGCGAGAAGAAGGAGAAGGGGGGAGATACAGGTCAGACGTC
CGCTGCTGCGGGCAAACGGCGGGCTGTAGGGGTGATGTTGGAGAATGGAT
TGGAAATAAAATGCAGGGAATCGATTATTGGGTCGTCGGGGGTAGTGCCG
CTCTTCACACAGTGGTTGCCCAAGGAAGTGGCTTTGCCATTCGGTGGCGA
CCACTTGGAGGAGGCAAGGCCCAGGTTGTACACCCTCTTGTTGCTCAAGG
GCTCGGCAGAAGAATTGGATTTGCCCGCCTCTGATTACTATCAGGTGCCG
ACGGAGGATGGGGTGGGAGGAGAGGTACCGGGAGGGTGGTTTCACGTGTA
TTTTCCTTCGGCGAAACACCCGTCGGGCAAACAACAGCAGCAACATTTAC
CGCAGGAGCAGCTCTACAGTACTTGTGTAATTGAGACGGAGGCGGATGAC
GACATTGTGGAAGCGTGCTATCGGCGGATGGACGGGAGCACCAGCAGTAG
ACCCGCTGTGCAAATCGCACCAGGACTTGCTGCCACAGGGCCCACAGCGC
CGCCCAGCCCCCCTCCTTCCCTCCCTAATGCTGGTGTGTTTGGACCGGGA
CCGGGCTTGAAATACTATAAGATGAAGCAGCCTTCGGACGCGAAAATTCG
TCGATTGCAACAAATGATGATGAAACGATTGGTGCAGTTGTACCCGCAGA
TAGCGGGGCAGTTTGAGGAAGAGCACGGAGGGATCCAGACGATTGGCCCT
TTCCGGGTGGGGTTGTCCCATCGTCCTGCGCGGTTTGTGGCACCTGGCTT
GAGGACTAGGATAGCTCCTGGGGTGGAGAATGTTTTTCTGGGAGGTGGGG
ATCTGGTACTTGGGACTTTTGGAGGAAGTGTGATGGGGGGATGGCTGGCA
GCGCATTCCGCTTTGGGGTATGGAGCCGTGGACTTGTTGATGTTGGGACG
GAGCTTGAATGAGGATTTGAAGAATGTACCGAGAGGGAGATATGAGGAGG
AGGGGGATGAAGAGGAGGAGGAGAAGGTGGTTGCTGGGGGTGATGGGACG
AAGGAGGAGTAGGGGAATGGGGCGAGGGACGGCGGTGGAGAGACCGACAG
TCATTTTAACGCATGTCATAACGTGAATGCGCTGATTTAAACATAATAGA
CCAAAAAGTAGAAACGTCGTGATGAGAGGAAAA

protein sequence of jgi.p|Nanoce1779_2|572020

>mRNA_1411-protein ID=mRNA_1411-protein|Name=jgi.p|Nanoce1779_2|572020|organism=Nannochloropsis oceanica|type=polypeptide|length=881bp
MLSRRNPRTTTLVMTPLLFVSILAALLTTTSMLPRVTAVKLGKVSPRVWE
NLEAEGINAAAMEEAVADAAAAAAEEEEEKVSVKQAEELRRLKVEMARRE
ALDKAKDIDWKSTADAAKKERELDEKYGVWKHVILNPWFQWVMGLLDDLF
AIELMGEARMAPAAIVVLLFMLYRAKQPLSYLALAAAFFYNIHPILVGGL
TVGMKVWALRRKPKGYVPPNKRAGVGVGAGETGATADEDKDKRPTRLRKG
DGLSADARDMQTLTSLPKEVDHIVLGSDVGGLYTAALLARVGHTVLVLES
GDSLGNCMTEMKGVQVDYGLLSVGKLQVYDKMLQSAYLEGAPAVKWSRVG
TEENGYSFDVARVGNLGDVVYRAGKQALIDDQVISAPGPENRGRVGMFVT
RVESVAREQAAFWVGRLFGQKTAGWIAMIFGQGYGGIGGRTVQEVTSVTL
PEWGSLDVMRGGFRTENLGPGEVSFAAYVSALSQGMEGLNWPQGGYRSVA
RALVPTIKKAGGMVLTRVKVKGILMSVTKRGEKKEKGGDTGQTSAAAGKR
RAVGVMLENGLEIKCRESIIGSSGVVPLFTQWLPKEVALPFGGDHLEEAR
PRLYTLLLLKGSAEELDLPASDYYQVPTEDGVGGEVPGGWFHVYFPSAKH
PSGKQQQQHLPQEQLYSTCVIETEADDDIVEACYRRMDGSTSSRPAVQIA
PGLAATGPTAPPSPPPSLPNAGVFGPGPGLKYYKMKQPSDAKIRRLQQMM
MKRLVQLYPQIAGQFEEEHGGIQTIGPFRVGLSHRPARFVAPGLRTRIAP
GVENVFLGGGDLVLGTFGGSVMGGWLAAHSALGYGAVDLLMLGRSLNEDL
KNVPRGRYEEEGDEEEEEKVVAGGDGTKEE*

mRNA from alignment at scaffold_1:491419..494338-

Legend: polypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_1411 ID=mRNA_1411|Name=jgi.p|Nanoce1779_2|572020|organism=Nannochloropsis oceanica|type=mRNA|length=2920bp|location=Sequence derived from alignment at scaffold_1:491419..494338- (Nannochloropsis oceanica)
ACAGGCCAACCTGTAAACAAGCCTATCCTCGTCTCGTGGCCCCTGCATCA
TCGTCATCAACGGTTCAGAGGAGCCTTCCATCATCAAGTCACCTCCCCAC
CCCCAGCTAGTGCCATACCATGTTGAGCAGACGGAACCCACGGACGACGA
CCCTCGTCATGACCCCCCTCCTGTTCGTGTCCATCCTTGCCGCCCTCCTT
ACCACCACGTCGATGCTCCCGCGCGTCACCGCTGTCAAGCTGGGCAAGGT
CTCCCCGCGGGTCTGGGAAAACCTGGAGGCCGAAGGCATCAACGCTGCGG
CCATGGAAGAGGCGGTGGCTGACGCTGCCGCTGCGGCGGCGGAAGAGGAG
GAAGAAAAGGTTTCTGTCAAACAGGCGGAGGAATTGAGACGACTCAAGGT
GGAAATGGCTCGAAGGGAAGCTTTGGATAAGGCGAAAGACATTGACTGGA
AATCGACAGCGGACGCCGCCAAGAAGGAGAGGGAACTGGACGAGAAGTAC
GGTGTTTGGAAGCATGTTATTCTCAACCCGTGGTTTCAATGGGTTATGGG
GTTGTTGGACGATTTATTTGCGATAGAGCTGATGGGCGAGGCAAGGATGG
CCCCTGCTGCCATCGTGGTGTTGCTCTTCATGCTTTACAGAGCCAAGCAG
CCTCTGTCGTACCTGGCCCTCGCCGCCGCGTTTTTCTACAACATCCACCC
CATCCTTGTTGGTGGGTTGACAGTTGGTATGAAAGTCTGGGCCTTGAGAC
GTAAGCCCAAAGGCTACGTCCCGCCGAACAAGAGAGCAGGAGTAGGAGTA
GGAGCAGGAGAGACAGGAGCAACAGCAGACGAGGACAAAGATAAGCGCCC
TACACGTTTAAGGAAGGGAGATGGACTATCAGCAGATGCTCGCGACATGC
AAACCCTCACGAGCTTGCCGAAGGAAGTCGATCACATCGTGCTCGGGTCG
GATGTCGGAGGGCTCTACACAGCTGCTCTCCTCGCACGGGTAGGGCACAC
AGTCCTTGTCCTCGAGTCAGGCGACAGCTTGGGAAATTGTATGACGGAGA
TGAAAGGAGTCCAGGTCGATTATGGGCTTCTGAGCGTGGGTAAGCTGCAG
GTTTATGACAAGATGCTCCAAAGCGCGTACTTGGAGGGAGCACCAGCAGT
GAAATGGTCAAGGGTGGGAACCGAAGAGAATGGATATTCATTCGACGTGG
CGCGTGTGGGGAATTTAGGCGATGTCGTGTATCGCGCGGGAAAACAGGCA
TTGATTGACGATCAGGTGATCTCGGCGCCGGGCCCTGAGAATCGGGGCAG
GGTGGGGATGTTTGTGACAAGGGTGGAATCGGTAGCGCGGGAGCAAGCGG
CGTTCTGGGTGGGGAGATTGTTCGGCCAGAAGACGGCAGGATGGATCGCG
ATGATATTTGGACAGGGCTATGGAGGGATTGGAGGACGCACAGTGCAGGA
AGTTACGTCGGTGACGTTGCCCGAGTGGGGGTCCCTGGATGTGATGAGGG
GCGGGTTTCGAACTGAGAATCTGGGGCCAGGTGAGGTGAGTTTTGCGGCC
TATGTCTCGGCATTGAGCCAGGGAATGGAGGGGCTAAATTGGCCCCAGGG
AGGGTACAGAAGCGTGGCACGTGCACTGGTTCCGACGATCAAGAAGGCAG
GGGGAATGGTATTGACACGGGTGAAGGTGAAAGGGATTTTGATGAGCGTA
ACGAAGAGGGGCGAGAAGAAGGAGAAGGGGGGAGATACAGGTCAGACGTC
CGCTGCTGCGGGCAAACGGCGGGCTGTAGGGGTGATGTTGGAGAATGGAT
TGGAAATAAAATGCAGGGAATCGATTATTGGGTCGTCGGGGGTAGTGCCG
CTCTTCACACAGTGGTTGCCCAAGGAAGTGGCTTTGCCATTCGGTGGCGA
CCACTTGGAGGAGGCAAGGCCCAGGTTGTACACCCTCTTGTTGCTCAAGG
GCTCGGCAGAAGAATTGGATTTGCCCGCCTCTGATTACTATCAGGTGCCG
ACGGAGGATGGGGTGGGAGGAGAGGTACCGGGAGGGTGGTTTCACGTGTA
TTTTCCTTCGGCGAAACACCCGTCGGGCGTGGCGGCGCCCGCTATTGGGG
GGGGGTGGGGGGAAGAAACAACAGCAGCAACATTTACCGCAGGAGCAGCT
CTACAGTACTTGTGTAATTGAGACGGAGGCGGATGACGACATTGTGGAAG
CGTGCTATCGGCGGATGGACGGGAGCACCAGCAGTAGACCCGCTGTGCAA
ATCGCACCAGGACTTGCTGCCACAGGGCCCACAGCGCCGCCCAGCCCCCC
TCCTTCCCTCCCTAATGCTGGTGTGTTTGGACCGGGACCGGGCTTGAAAT
ACTATAAGATGAAGCAGCCTTCGGACGCGAAAATTCGTCGATTGCAACAA
ATGATGATGAAACGATTGGTGCAGTTGTACCCGCAGATAGCGGGGCAGTT
TGAGGAAGAGCACGGAGGGATCCAGACGATTGGCCCTTTCCGGGTGGGGT
TGTCCCATCGTCCTGCGCGGTTTGTGGCACCTGGCTTGAGGACTAGGATA
GCTCCTGGGGTGGAGAATGTTTTTCTGGGAGGTGGGGATCTGGTACTTGG
GACTTTTGGAGGAAGTGTGATGGGGGGATGGCTGGCAGCGCATTCCGCTT
TGGGGTATGGAGCCGTGGACTTGTTGATGTTGGGACGGAGCTTGAATGAG
GATTTGAAGAATGTACCGAGAGGGAGATATGAGGAGGAGGGGGATGAAGA
GGAGGAGGAGAAGGTGGTTGCTGGGGGTGATGGGACGAAGGAGGAGTAGG
GGAATGGGGCGAGGGACGGCGGTGGAGAGACCGACAGTCATTTTAACGCA
TGTCATAACGTGAATGCGCTGATTTAAACATAATAGACCAAAAAGTAGAA
ACGTCGTGATGAGAGGAAAA

Coding sequence (CDS) from alignment at scaffold_1:491419..494338-

>mRNA_1411 ID=mRNA_1411|Name=jgi.p|Nanoce1779_2|572020|organism=Nannochloropsis oceanica|type=CDS|length=5286bp|location=Sequence derived from alignment at scaffold_1:491419..494338- (Nannochloropsis oceanica)
AAACAACAGCAGCAACATTTACCGCAGGAGCAGCTCTACAGTACTTGTGT
AATTGAGACGGAGGCGGATGACGACATTGTGGAAGCGTGCTATCGGCGGA
TGGACGGGAGCACCAGCAGTAGACCCGCTGTGCAAATCGCACCAGGACTT
GCTGCCACAGGGCCCACAGCGCCGCCCAGCCCCCCTCCTTCCCTCCCTAA
TGCTGGTGTGTTTGGACCGGGACCGGGCTTGAAATACTATAAGATGAAGC
AGCCTTCGGACGCGAAAATTCGTCGATTGCAACAAATGATGATGAAACGA
TTGGTGCAGTTGTACCCGCAGATAGCGGGGCAGTTTGAGGAAGAGCACGG
AGGGATCCAGACGATTGGCCCTTTCCGGGTGGGGTTGTCCCATCGTCCTG
CGCGGTTTGTGGCACCTGGCTTGAGGACTAGGATAGCTCCTGGGGTGGAG
AATGTTTTTCTGGGAGGTGGGGATCTGGTACTTGGGACTTTTGGAGGAAG
TGTGATGGGGGGATGGCTGGCAGCGCATTCCGCTTTGGGGTATGGAGCCG
TGGACTTGTTGATGTTGGGACGGAGCTTGAATGAGGATTTGAAGAATGTA
CCGAGAGGGAGATATGAGGAGGAGGGGGATGAAGAGGAGGAGGAGAAGGT
GGTTGCTGGGGGTGATGGGACGAAGGAGGAGTAGATGTTGAGCAGACGGA
ACCCACGGACGACGACCCTCGTCATGACCCCCCTCCTGTTCGTGTCCATC
CTTGCCGCCCTCCTTACCACCACGTCGATGCTCCCGCGCGTCACCGCTGT
CAAGCTGGGCAAGGTCTCCCCGCGGGTCTGGGAAAACCTGGAGGCCGAAG
GCATCAACGCTGCGGCCATGGAAGAGGCGGTGGCTGACGCTGCCGCTGCG
GCGGCGGAAGAGGAGGAAGAAAAGGTTTCTGTCAAACAGGCGGAGGAATT
GAGACGACTCAAGGTGGAAATGGCTCGAAGGGAAGCTTTGGATAAGGCGA
AAGACATTGACTGGAAATCGACAGCGGACGCCGCCAAGAAGGAGAGGGAA
CTGGACGAGAAGTACGGTGTTTGGAAGCATGTTATTCTCAACCCGTGGTT
TCAATGGGTTATGGGGTTGTTGGACGATTTATTTGCGATAGAGCTGATGG
GCGAGGCAAGGATGGCCCCTGCTGCCATCGTGGTGTTGCTCTTCATGCTT
TACAGAGCCAAGCAGCCTCTGTCGTACCTGGCCCTCGCCGCCGCGTTTTT
CTACAACATCCACCCCATCCTTGTTGGTGGGTTGACAGTTGGTATGAAAG
TCTGGGCCTTGAGACGTAAGCCCAAAGGCTACGTCCCGCCGAACAAGAGA
GCAGGAGTAGGAGTAGGAGCAGGAGAGACAGGAGCAACAGCAGACGAGGA
CAAAGATAAGCGCCCTACACGTTTAAGGAAGGGAGATGGACTATCAGCAG
ATGCTCGCGACATGCAAACCCTCACGAGCTTGCCGAAGGAAGTCGATCAC
ATCGTGCTCGGGTCGGATGTCGGAGGGCTCTACACAGCTGCTCTCCTCGC
ACGGGTAGGGCACACAGTCCTTGTCCTCGAGTCAGGCGACAGCTTGGGAA
ATTGTATGACGGAGATGAAAGGAGTCCAGGTCGATTATGGGCTTCTGAGC
GTGGGTAAGCTGCAGGTTTATGACAAGATGCTCCAAAGCGCGTACTTGGA
GGGAGCACCAGCAGTGAAATGGTCAAGGGTGGGAACCGAAGAGAATGGAT
ATTCATTCGACGTGGCGCGTGTGGGGAATTTAGGCGATGTCGTGTATCGC
GCGGGAAAACAGGCATTGATTGACGATCAGGTGATCTCGGCGCCGGGCCC
TGAGAATCGGGGCAGGGTGGGGATGTTTGTGACAAGGGTGGAATCGGTAG
CGCGGGAGCAAGCGGCGTTCTGGGTGGGGAGATTGTTCGGCCAGAAGACG
GCAGGATGGATCGCGATGATATTTGGACAGGGCTATGGAGGGATTGGAGG
ACGCACAGTGCAGGAAGTTACGTCGGTGACGTTGCCCGAGTGGGGGTCCC
TGGATGTGATGAGGGGCGGGTTTCGAACTGAGAATCTGGGGCCAGGTGAG
GTGAGTTTTGCGGCCTATGTCTCGGCATTGAGCCAGGGAATGGAGGGGCT
AAATTGGCCCCAGGGAGGGTACAGAAGCGTGGCACGTGCACTGGTTCCGA
CGATCAAGAAGGCAGGGGGAATGGTATTGACACGGGTGAAGGTGAAAGGG
ATTTTGATGAGCGTAACGAAGAGGGGCGAGAAGAAGGAGAAGGGGGGAGA
TACAGGTCAGACGTCCGCTGCTGCGGGCAAACGGCGGGCTGTAGGGGTGA
TGTTGGAGAATGGATTGGAAATAAAATGCAGGGAATCGATTATTGGGTCG
TCGGGGGTAGTGCCGCTCTTCACACAGTGGTTGCCCAAGGAAGTGGCTTT
GCCATTCGGTGGCGACCACTTGGAGGAGGCAAGGCCCAGGTTGTACACCC
TCTTGTTGCTCAAGGGCTCGGCAGAAGAATTGGATTTGCCCGCCTCTGAT
TACTATCAGGTGCCGACGGAGGATGGGGTGGGAGGAGAGGTACCGGGAGG
GTGGTTTCACGTGTATTTTCCTTCGGCGAAACACCCGTCGGGCAAACAAC
AGCAGCAACATTTACCGCAGGAGCAGCTCTACAGTACTTGTGTAATTGAG
ACGGAGGCGGATGACGACATTGTGGAAGCGTGCTATCGGCGGATGGACGG
GAGCACCAGCAGTAGACCCGCTGTGCAAATCGCACCAGGACTTGCTGCCA
CAGGGCCCACAGCGCCGCCCAGCCCCCCTCCTTCCCTCCCTAATGCTGGT
GTGTTTGGACCGGGACCGGGCTTGAAATACTATAAGATGAAGCAGCCTTC
GGACGCGAAAATTCGTCGATTGCAACAAATGATGATGAAACGATTGGTGC
AGTTGTACCCGCAGATAGCGGGGCAGTTTGAGGAAGAGCACGGAGGGATC
CAGACGATTGGCCCTTTCCGGGTGGGGTTGTCCCATCGTCCTGCGCGGTT
TGTGGCACCTGGCTTGAGGACTAGGATAGCTCCTGGGGTGGAGAATGTTT
TTCTGGGAGGTGGGGATCTGGTACTTGGGACTTTTGGAGGAAGTGTGATG
GGGGGATGGCTGGCAGCGCATTCCGCTTTGGGGTATGGAGCCGTGGACTT
GTTGATGTTGGGACGGAGCTTGAATGAGGATTTGAAGAATGTACCGAGAG
GGAGATATGAGGAGGAGGGGGATGAAGAGGAGGAGGAGAAGGTGGTTGCT
GGGGGTGATGGGACGAAGGAGGAGTAGATGTTGAGCAGACGGAACCCACG
GACGACGACCCTCGTCATGACCCCCCTCCTGTTCGTGTCCATCCTTGCCG
CCCTCCTTACCACCACGTCGATGCTCCCGCGCGTCACCGCTGTCAAGCTG
GGCAAGGTCTCCCCGCGGGTCTGGGAAAACCTGGAGGCCGAAGGCATCAA
CGCTGCGGCCATGGAAGAGGCGGTGGCTGACGCTGCCGCTGCGGCGGCGG
AAGAGGAGGAAGAAAAGGTTTCTGTCAAACAGGCGGAGGAATTGAGACGA
CTCAAGGTGGAAATGGCTCGAAGGGAAGCTTTGGATAAGGCGAAAGACAT
TGACTGGAAATCGACAGCGGACGCCGCCAAGAAGGAGAGGGAACTGGACG
AGAAGTACGGTGTTTGGAAGCATGTTATTCTCAACCCGTGGTTTCAATGG
GTTATGGGGTTGTTGGACGATTTATTTGCGATAGAGCTGATGGGCGAGGC
AAGGATGGCCCCTGCTGCCATCGTGGTGTTGCTCTTCATGCTTTACAGAG
CCAAGCAGCCTCTGTCGTACCTGGCCCTCGCCGCCGCGTTTTTCTACAAC
ATCCACCCCATCCTTGTTGGTGGGTTGACAGTTGGTATGAAAGTCTGGGC
CTTGAGACGTAAGCCCAAAGGCTACGTCCCGCCGAACAAGAGAGCAGGAG
TAGGAGTAGGAGCAGGAGAGACAGGAGCAACAGCAGACGAGGACAAAGAT
AAGCGCCCTACACGTTTAAGGAAGGGAGATGGACTATCAGCAGATGCTCG
CGACATGCAAACCCTCACGAGCTTGCCGAAGGAAGTCGATCACATCGTGC
TCGGGTCGGATGTCGGAGGGCTCTACACAGCTGCTCTCCTCGCACGGGTA
GGGCACACAGTCCTTGTCCTCGAGTCAGGCGACAGCTTGGGAAATTGTAT
GACGGAGATGAAAGGAGTCCAGGTCGATTATGGGCTTCTGAGCGTGGGTA
AGCTGCAGGTTTATGACAAGATGCTCCAAAGCGCGTACTTGGAGGGAGCA
CCAGCAGTGAAATGGTCAAGGGTGGGAACCGAAGAGAATGGATATTCATT
CGACGTGGCGCGTGTGGGGAATTTAGGCGATGTCGTGTATCGCGCGGGAA
AACAGGCATTGATTGACGATCAGGTGATCTCGGCGCCGGGCCCTGAGAAT
CGGGGCAGGGTGGGGATGTTTGTGACAAGGGTGGAATCGGTAGCGCGGGA
GCAAGCGGCGTTCTGGGTGGGGAGATTGTTCGGCCAGAAGACGGCAGGAT
GGATCGCGATGATATTTGGACAGGGCTATGGAGGGATTGGAGGACGCACA
GTGCAGGAAGTTACGTCGGTGACGTTGCCCGAGTGGGGGTCCCTGGATGT
GATGAGGGGCGGGTTTCGAACTGAGAATCTGGGGCCAGGTGAGGTGAGTT
TTGCGGCCTATGTCTCGGCATTGAGCCAGGGAATGGAGGGGCTAAATTGG
CCCCAGGGAGGGTACAGAAGCGTGGCACGTGCACTGGTTCCGACGATCAA
GAAGGCAGGGGGAATGGTATTGACACGGGTGAAGGTGAAAGGGATTTTGA
TGAGCGTAACGAAGAGGGGCGAGAAGAAGGAGAAGGGGGGAGATACAGGT
CAGACGTCCGCTGCTGCGGGCAAACGGCGGGCTGTAGGGGTGATGTTGGA
GAATGGATTGGAAATAAAATGCAGGGAATCGATTATTGGGTCGTCGGGGG
TAGTGCCGCTCTTCACACAGTGGTTGCCCAAGGAAGTGGCTTTGCCATTC
GGTGGCGACCACTTGGAGGAGGCAAGGCCCAGGTTGTACACCCTCTTGTT
GCTCAAGGGCTCGGCAGAAGAATTGGATTTGCCCGCCTCTGATTACTATC
AGGTGCCGACGGAGGATGGGGTGGGAGGAGAGGTACCGGGAGGGTGGTTT
CACGTGTATTTTCCTTCGGCGAAACACCCGTCGGGC

Synonyms

Publications