jgi.p|Nanoce1779_2|633546, mRNA_9730 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|633546
Unique Name	mRNA_9730
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	2088
Alignment location	scaffold_37:36497..39125 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	633632
Track	FilteredModels2
ProteinId	633546

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_37	supercontig	scaffold_37:36497..39125 -

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\|633546	gene_9730	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\|633546	mRNA_9730-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_9730	CDS_9730	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_37:36497..39125-
coding sequence from alignment at scaffold_37:36497..39125-

mRNA sequence

>mRNA_9730 ID=mRNA_9730|Name=jgi.p|Nanoce1779_2|633546|organism=Nannochloropsis oceanica|type=mRNA|length=2088bp
AGAGAGACCGCATACGACGTAAATCGGGAACACGTGCTCCAATCAACGCT
TACCTGCCCAAAACGGAAGAGCCATGGGTGCCAAACGTGCCCATAGTAAG
CTTTGCAAGACGCCTGTTCGAATTGCCATTGGGACGGCTGTAATGTGCGC
TGGCCTTGCGCTGTTGCATCACTTTTGGTTGCCACCATCTTTCAAAGAAG
GGACTCTTCGTGCATCTGGTACCATCATAGCGGAAACCAATGATGGAGTG
CCCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGTGTTCCACGCCTTTTCTC
TTTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGAGACCGCTAGCAGCCCTG
ACAGCCTTAGAGGTGGTCCCGTGGACAAAGTGTTGCCTTTGGCTTCACCA
TTTGGTCAGGACAGTGAACAAAGCGAAGAGGAAACGACAGAGGACAGGGA
AAACAAGGAGACTGACGAGGAGGACAAAGAGAAAGATGAAAGCCAGGAAG
CGAAAGTAGATGAGCGGCAGCAGTACAGAGAAGCAGAGAGCACTGGAGCG
ATGGAAGAAGTTTCTGAAGAAGATCAAGAAGGAGATGACGATGATGAAGA
CTCCTTATCCGAGGGAGAGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAGG
AAAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGACAAAA
GACGACGAGGAGGGAGAGCAGGATGAGGGAAAGGAGGAAACAGAAGAGGA
GGAGGAGAAGACGGAGGAAGTCATCCCCTCACTAGCCAAATGCCAGAAGA
GCTATGGGAACCGAAGATTTCTACTTGATGATGAAAAGGCTTTGCCGCCT
ATTCTCTACAGCTTTCCAGGGAGTGGAAATACGTGGACTCGTCTTCTCAT
TGATTTCAGCACGGGAATTTACACTGGTACGATATTGGCCAGACCGAAAT
CCAAGCCTGACAATGACAAGCTGCCAGGACAAGGCTTCTGTACTCAAAAG
GTCAGTGTAATCAAGGCCCATCCTCATCAGTTCAGTCCTGATCAGCTTTT
TAAAGTGTCTTCTTCGGGTCGTACTCCAGGCCGATGTTACCGGAATGGCA
ACATCACGTCATTCGATCGATTCATATTGCTGACTCGCAACCCATTTGAC
GCCATTTGGAGCGAGTACCGAAGGACTGCTAATGACGAACATTTCATTCT
TCGCGACGATTTTGCTTTGAGTCATTTCGCCGATGTCGCAATCTCAAAAT
GGTCACATGAATACAAGTATATGCTATTCGCATTCAAGAAAATTCAAAGG
AAGTTGCCCGAGGGCATCCTCAGCATTCAATATGAAGAGATGCTCAATCC
AAATTTGCGCCTGAGCATCCTGTCGAAGTTGGTAGAATTTATAGGGCTCA
ATAAAAAAGACCTACATGAAAATATGCGACAGCGTTTACAGTGCGCATTT
GTACTTGCCGAGGACAGGGGTGGTGGTCGCCGCGGCAGTCAAATGCTTCA
AAGGGAAAATATTGGCGATGACCAAATCGTTACAACAAAAGATGTGTATC
CACCAGAGGTCGCTTGCCCAATGTGGGATATTTTTGGCCCCCAGGCCAAA
AATCTGGGATACACCTTACCAAATGGGATAACCGAAGAGGAATGTAGGAA
GATTTGAGCAGATCGAGGGACCATGTAGGCTCTAATATGTCATATTTCTC
TGCCTCTTGCTCGTAATACCCACGAAACTGTATTTCAGCATAATAAAAAT
AATACGTATCCACTAGATCAAATTAGGTATAATAAAATGAAGTCTGGAAA
TAAAAAGTAAATAGCTTTAAATATTCAAACCGAGACACCGTCATTATGGT
ATTAAAAATAGCATGCTTTCCCGAAATTCCTGAAGCCCATGAAGGCCATA
GCTGTTCTACAACCAATGTCAGTCCTACGAATAATAAATAACACGTTAAT
GTGTTCCGCAAGCTCCATGTACTTCTAACGCTTCCAACATCTCATCGTAA
TCAGTTAAATTTCGAATTTCATCAAGGATATCTGAGATAACGTTCCTCCG
GGAAAGGTGGGGAAGATGAGGGGGAAGATGATGCACGC

protein sequence of jgi.p|Nanoce1779_2|633546

>mRNA_9730-protein ID=mRNA_9730-protein|Name=jgi.p|Nanoce1779_2|633546|organism=Nannochloropsis oceanica|type=polypeptide|length=528bp
MGAKRAHSKLCKTPVRIAIGTAVMCAGLALLHHFWLPPSFKEGTLRASGT
IIAETNDGVPSQEASSRSWSVPRLFSFSSSPVVAQKETASSPDSLRGGPV
DKVLPLASPFGQDSEQSEEETTEDRENKETDEEDKEKDESQEAKVDERQQ
YREAESTGAMEEVSEEDQEGDDDDEDSLSEGEWEEEEQEEKEEKEEEEEE
EEEEEEETKDDEEGEQDEGKEETEEEEEKTEEVIPSLAKCQKSYGNRRFL
LDDEKALPPILYSFPGSGNTWTRLLIDFSTGIYTGTILARPKSKPDNDKL
PGQGFCTQKVSVIKAHPHQFSPDQLFKVSSSGRTPGRCYRNGNITSFDRF
ILLTRNPFDAIWSEYRRTANDEHFILRDDFALSHFADVAISKWSHEYKYM
LFAFKKIQRKLPEGILSIQYEEMLNPNLRLSILSKLVEFIGLNKKDLHEN
MRQRLQCAFVLAEDRGGGRRGSQMLQRENIGDDQIVTTKDVYPPEVACPM
WDIFGPQAKNLGYTLPNGITEEECRKI*

mRNA from alignment at scaffold_37:36497..39125-

Legend: polypeptideCDS

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

>mRNA_9730 ID=mRNA_9730|Name=jgi.p|Nanoce1779_2|633546|organism=Nannochloropsis oceanica|type=mRNA|length=2629bp|location=Sequence derived from alignment at scaffold_37:36497..39125- (Nannochloropsis oceanica)
AGAGAGACCGCATACGACGTAAATCGGGAACACGTGCTCCAATCAACGCT
TACCTGCCCAAAACGGAAGAGCCATGGGTGCCAAACGTGCCCATAGTAAG
CTTTGCAAGACGCCTGTTCGAATTGCCATTGGGACGGCTGTAATGTGCGC
TGGCCTTGCGCTGTTGCATCACTTTTGGTTGCCACCATCTTTCAAAGAAG
GGACTCTTCGTGCATCTGGTACCATCATAGCGGAAACCAATGATGGAGTG
CCCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGTGTTCCACGCCTTTTCTC
TTTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGAGACCGCTAGCAGCCCTG
ACAGCCTTAGAGGTGGTCCCGTGGACAAAGTGTTGCCTTTGGCTTCACCA
TTTGGTCAGGACAGTGAACAAAGCGAAGAGGAAACGACAGAGGACAGGGA
AAACAAGGAGACTGACGAGGAGGACAAAGAGAAAGATGAAAGCCAGGAAG
CGAAAGTAGATGAGCGGCAGCAGTACAGAGAAGCAGAGAGCACTGGAGCG
ATGGAAGAAGTTTCTGAAGAAGATCAAGAAGGAGATGACGATGATGAAGA
CTCCTTATCCGAGGGAGAGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAGG
AAAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGACAAAA
GACGACGAGGAGGGAGAGCAGGATGAGGGAAAGGAGGAAACAGAAGAGGA
GGAGGAGAAGACGGAGGAAGTCATCCCCTCACTAGCCAAATGCCAGAAGA
GCTATGGGAACCGAAGATTTCTACTTGATGATGAAAAGGCTTTGCCGCCT
ATTCTCTACAGCTTTCCAGGTAAGTGAGTGCCTAAATTTACTCTGTAGTT
TTCTCGTTCGTTCATTGGTAGTTTACTTATATTTGTTTCGACAGGGAGTG
GAAATACGTGGACTCGTCTTCTCATTGATTTCAGCACGGGAATTTACACT
GGTACGATATTGGCCAGACCGAAATCCAAGCCTGACAATGACAAGCTGCC
AGGACAAGGCTTCTGTACTCAAAAGGTTAGTACAAAGAATACTCCTCCTC
AGTTTTTCGTTTTACGTTTCTTCTCTGCATTCGGTTAATCTTGCCATGCA
TCCAACTGATCTGGCTTTGATCCGTCCCTTTATGAACACATAGGTCAGTG
TAATCAAGGCCCATCCTCATCAGTTCAGTCCTGATCAGCTTTTTAAAGTG
TCTTCTTCGGGTCGTACTCCAGGTAACTGTTCTGGGAACCTAAGCACTCA
CGACTACAAAGGTGAATCAGCTATTAATTACCCTTATTCATTCGTAATTC
TCTGTATATAGGCCGATGTTACCGGAATGGCAACATCACGTCATTCGATC
GATTCATATTGCTGACTCGCAACCCATTTGACGCCATTTGGAGCGAGTAC
CGAAGGACTGCTAATGACGAACATTTCATTCTTCGCGACGATTTTGCTTT
GAGTCATTTCGCCGATGTCGCAATCTCAAAATGGTCACGTAAGTAAGAGC
TTGTGCGTCCGAAAACTTGTCATGCATTCATTCCTACAAGCTGAGTAAAT
TCACGTCATATCTTCCCCCACAAACCTAGATGAATACAAGTATATGCTAT
TCGCATTCAAGAAAATTCAAAGGAAGTTGCCCGAGGGCATCCTCAGCATT
CAATATGAAGAGATGCTCAATCCAAATTTGCGCCTGAGCATCCTGTCGAA
GTTGGTAGAATTTATAGGTAAGCTAAACATAATAAGTATTAGCAGTTGTC
AACATATGTACATTTGGTTTCGCTGTGATACTTTATGTGCTCTGGCCCAT
CATCCACCTCATTGATCCGACTTCTACGAATGAGCGTCATAGCTGTCTTT
CATCGCTTATATAAACCTTCCCTCACCGCACCCAGGGCTCAATAAAAAAG
ACCTACATGAAAATATGCGACAGCGTTTACAGTGCGCATTTGTACTTGCC
GAGGACAGGGGTGGTGGTCGCCGCGGCAGTCAAATGCTTCAAAGGGAAAA
TATTGGCGATGACCAAATCGTTACAACAAAAGATGTGTATCCACCAGAGG
TCGCTTGCCCAATGTGGGATATTTTTGGCCCCCAGGCCAAAAATCTGGGA
TACACCTTACCAAATGGGATAACCGAAGAGGAATGTAGGAAGATTTGAGC
AGATCGAGGGACCATGTAGGCTCTAATATGTCATATTTCTCTGCCTCTTG
CTCGTAATACCCACGAAACTGTATTTCAGCATAATAAAAATAATACGTAT
CCACTAGATCAAATTAGGTATAATAAAATGAAGTCTGGAAATAAAAAGTA
AATAGCTTTAAATATTCAAACCGAGACACCGTCATTATGGTATTAAAAAT
AGCATGCTTTCCCGAAATTCCTGAAGCCCATGAAGGCCATAGCTGTTCTA
CAACCAATGTCAGTCCTACGAATAATAAATAACACGTTAATGTGTTCCGC
AAGCTCCATGTACTTCTAACGCTTCCAACATCTCATCGTAATCAGTTAAA
TTTCGAATTTCATCAAGGATATCTGAGATAACGTTCCTCCGGGAAAGGTG
GGGAAGATGAGGGGGAAGATGATGCACGC

Coding sequence (CDS) from alignment at scaffold_37:36497..39125-

>mRNA_9730 ID=mRNA_9730|Name=jgi.p|Nanoce1779_2|633546|organism=Nannochloropsis oceanica|type=CDS|length=9504bp|location=Sequence derived from alignment at scaffold_37:36497..39125- (Nannochloropsis oceanica)
GGCTCAATAAAAAAGACCTACATGAAAATATGCGACAGCGTTTACAGTGC
GCATTTGTACTTGCCGAGGACAGGGGTGGTGGTCGCCGCGGCAGTCAAAT
GCTTCAAAGGGAAAATATTGGCGATGACCAAATCGTTACAACAAAAGATG
TGTATCCACCAGAGGTCGCTTGCCCAATGTGGGATATTTTTGGCCCCCAG
GCCAAAAATCTGGGATACACCTTACCAAATGGGATAACCGAAGAGGAATG
TAGGAAGATTTGAATGAATACAAGTATATGCTATTCGCATTCAAGAAAAT
TCAAAGGAAGTTGCCCGAGGGCATCCTCAGCATTCAATATGAAGAGATGC
TCAATCCAAATTTGCGCCTGAGCATCCTGTCGAAGTTGGTAGAATTTATA
GGCCGATGTTACCGGAATGGCAACATCACGTCATTCGATCGATTCATATT
GCTGACTCGCAACCCATTTGACGCCATTTGGAGCGAGTACCGAAGGACTG
CTAATGACGAACATTTCATTCTTCGCGACGATTTTGCTTTGAGTCATTTC
GCCGATGTCGCAATCTCAAAATGGTCACGTCAGTGTAATCAAGGCCCATC
CTCATCAGTTCAGTCCTGATCAGCTTTTTAAAGTGTCTTCTTCGGGTCGT
ACTCCAGGGAGTGGAAATACGTGGACTCGTCTTCTCATTGATTTCAGCAC
GGGAATTTACACTGGTACGATATTGGCCAGACCGAAATCCAAGCCTGACA
ATGACAAGCTGCCAGGACAAGGCTTCTGTACTCAAAAGATGGGTGCCAAA
CGTGCCCATAGTAAGCTTTGCAAGACGCCTGTTCGAATTGCCATTGGGAC
GGCTGTAATGTGCGCTGGCCTTGCGCTGTTGCATCACTTTTGGTTGCCAC
CATCTTTCAAAGAAGGGACTCTTCGTGCATCTGGTACCATCATAGCGGAA
ACCAATGATGGAGTGCCCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGTGT
TCCACGCCTTTTCTCTTTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGAGA
CCGCTAGCAGCCCTGACAGCCTTAGAGGTGGTCCCGTGGACAAAGTGTTG
CCTTTGGCTTCACCATTTGGTCAGGACAGTGAACAAAGCGAAGAGGAAAC
GACAGAGGACAGGGAAAACAAGGAGACTGACGAGGAGGACAAAGAGAAAG
ATGAAAGCCAGGAAGCGAAAGTAGATGAGCGGCAGCAGTACAGAGAAGCA
GAGAGCACTGGAGCGATGGAAGAAGTTTCTGAAGAAGATCAAGAAGGAGA
TGACGATGATGAAGACTCCTTATCCGAGGGAGAGTGGGAGGAAGAGGAGC
AGGAGGAAAAGGAGGAAAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGGAG
GAGGAGGAGACAAAAGACGACGAGGAGGGAGAGCAGGATGAGGGAAAGGA
GGAAACAGAAGAGGAGGAGGAGAAGACGGAGGAAGTCATCCCCTCACTAG
CCAAATGCCAGAAGAGCTATGGGAACCGAAGATTTCTACTTGATGATGAA
AAGGCTTTGCCGCCTATTCTCTACAGCTTTCCAGGGCTCAATAAAAAAGA
CCTACATGAAAATATGCGACAGCGTTTACAGTGCGCATTTGTACTTGCCG
AGGACAGGGGTGGTGGTCGCCGCGGCAGTCAAATGCTTCAAAGGGAAAAT
ATTGGCGATGACCAAATCGTTACAACAAAAGATGTGTATCCACCAGAGGT
CGCTTGCCCAATGTGGGATATTTTTGGCCCCCAGGCCAAAAATCTGGGAT
ACACCTTACCAAATGGGATAACCGAAGAGGAATGTAGGAAGATTTGAATG
AATACAAGTATATGCTATTCGCATTCAAGAAAATTCAAAGGAAGTTGCCC
GAGGGCATCCTCAGCATTCAATATGAAGAGATGCTCAATCCAAATTTGCG
CCTGAGCATCCTGTCGAAGTTGGTAGAATTTATAGGCCGATGTTACCGGA
ATGGCAACATCACGTCATTCGATCGATTCATATTGCTGACTCGCAACCCA
TTTGACGCCATTTGGAGCGAGTACCGAAGGACTGCTAATGACGAACATTT
CATTCTTCGCGACGATTTTGCTTTGAGTCATTTCGCCGATGTCGCAATCT
CAAAATGGTCACGTCAGTGTAATCAAGGCCCATCCTCATCAGTTCAGTCC
TGATCAGCTTTTTAAAGTGTCTTCTTCGGGTCGTACTCCAGGGAGTGGAA
ATACGTGGACTCGTCTTCTCATTGATTTCAGCACGGGAATTTACACTGGT
ACGATATTGGCCAGACCGAAATCCAAGCCTGACAATGACAAGCTGCCAGG
ACAAGGCTTCTGTACTCAAAAGATGGGTGCCAAACGTGCCCATAGTAAGC
TTTGCAAGACGCCTGTTCGAATTGCCATTGGGACGGCTGTAATGTGCGCT
GGCCTTGCGCTGTTGCATCACTTTTGGTTGCCACCATCTTTCAAAGAAGG
GACTCTTCGTGCATCTGGTACCATCATAGCGGAAACCAATGATGGAGTGC
CCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGTGTTCCACGCCTTTTCTCT
TTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGAGACCGCTAGCAGCCCTGA
CAGCCTTAGAGGTGGTCCCGTGGACAAAGTGTTGCCTTTGGCTTCACCAT
TTGGTCAGGACAGTGAACAAAGCGAAGAGGAAACGACAGAGGACAGGGAA
AACAAGGAGACTGACGAGGAGGACAAAGAGAAAGATGAAAGCCAGGAAGC
GAAAGTAGATGAGCGGCAGCAGTACAGAGAAGCAGAGAGCACTGGAGCGA
TGGAAGAAGTTTCTGAAGAAGATCAAGAAGGAGATGACGATGATGAAGAC
TCCTTATCCGAGGGAGAGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAGGA
AAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGACAAAAG
ACGACGAGGAGGGAGAGCAGGATGAGGGAAAGGAGGAAACAGAAGAGGAG
GAGGAGAAGACGGAGGAAGTCATCCCCTCACTAGCCAAATGCCAGAAGAG
CTATGGGAACCGAAGATTTCTACTTGATGATGAAAAGGCTTTGCCGCCTA
TTCTCTACAGCTTTCCAGGGCTCAATAAAAAAGACCTACATGAAAATATG
CGACAGCGTTTACAGTGCGCATTTGTACTTGCCGAGGACAGGGGTGGTGG
TCGCCGCGGCAGTCAAATGCTTCAAAGGGAAAATATTGGCGATGACCAAA
TCGTTACAACAAAAGATGTGTATCCACCAGAGGTCGCTTGCCCAATGTGG
GATATTTTTGGCCCCCAGGCCAAAAATCTGGGATACACCTTACCAAATGG
GATAACCGAAGAGGAATGTAGGAAGATTTGAATGAATACAAGTATATGCT
ATTCGCATTCAAGAAAATTCAAAGGAAGTTGCCCGAGGGCATCCTCAGCA
TTCAATATGAAGAGATGCTCAATCCAAATTTGCGCCTGAGCATCCTGTCG
AAGTTGGTAGAATTTATAGGCCGATGTTACCGGAATGGCAACATCACGTC
ATTCGATCGATTCATATTGCTGACTCGCAACCCATTTGACGCCATTTGGA
GCGAGTACCGAAGGACTGCTAATGACGAACATTTCATTCTTCGCGACGAT
TTTGCTTTGAGTCATTTCGCCGATGTCGCAATCTCAAAATGGTCACGTCA
GTGTAATCAAGGCCCATCCTCATCAGTTCAGTCCTGATCAGCTTTTTAAA
GTGTCTTCTTCGGGTCGTACTCCAGGGAGTGGAAATACGTGGACTCGTCT
TCTCATTGATTTCAGCACGGGAATTTACACTGGTACGATATTGGCCAGAC
CGAAATCCAAGCCTGACAATGACAAGCTGCCAGGACAAGGCTTCTGTACT
CAAAAGATGGGTGCCAAACGTGCCCATAGTAAGCTTTGCAAGACGCCTGT
TCGAATTGCCATTGGGACGGCTGTAATGTGCGCTGGCCTTGCGCTGTTGC
ATCACTTTTGGTTGCCACCATCTTTCAAAGAAGGGACTCTTCGTGCATCT
GGTACCATCATAGCGGAAACCAATGATGGAGTGCCCTCTCAAGAAGCGTC
TTCCAGGTCGTGGAGTGTTCCACGCCTTTTCTCTTTCTCGTCGTCTCCGG
TGGTTGCGCAAAAAGAGACCGCTAGCAGCCCTGACAGCCTTAGAGGTGGT
CCCGTGGACAAAGTGTTGCCTTTGGCTTCACCATTTGGTCAGGACAGTGA
ACAAAGCGAAGAGGAAACGACAGAGGACAGGGAAAACAAGGAGACTGACG
AGGAGGACAAAGAGAAAGATGAAAGCCAGGAAGCGAAAGTAGATGAGCGG
CAGCAGTACAGAGAAGCAGAGAGCACTGGAGCGATGGAAGAAGTTTCTGA
AGAAGATCAAGAAGGAGATGACGATGATGAAGACTCCTTATCCGAGGGAG
AGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAGGAAAAAGAGGAGGAGGAG
GAGGAGGAGGAGGAGGAGGAGGAGGAGACAAAAGACGACGAGGAGGGAGA
GCAGGATGAGGGAAAGGAGGAAACAGAAGAGGAGGAGGAGAAGACGGAGG
AAGTCATCCCCTCACTAGCCAAATGCCAGAAGAGCTATGGGAACCGAAGA
TTTCTACTTGATGATGAAAAGGCTTTGCCGCCTATTCTCTACAGCTTTCC
AGGGCTCAATAAAAAAGACCTACATGAAAATATGCGACAGCGTTTACAGT
GCGCATTTGTACTTGCCGAGGACAGGGGTGGTGGTCGCCGCGGCAGTCAA
ATGCTTCAAAGGGAAAATATTGGCGATGACCAAATCGTTACAACAAAAGA
TGTGTATCCACCAGAGGTCGCTTGCCCAATGTGGGATATTTTTGGCCCCC
AGGCCAAAAATCTGGGATACACCTTACCAAATGGGATAACCGAAGAGGAA
TGTAGGAAGATTTGAATGAATACAAGTATATGCTATTCGCATTCAAGAAA
ATTCAAAGGAAGTTGCCCGAGGGCATCCTCAGCATTCAATATGAAGAGAT
GCTCAATCCAAATTTGCGCCTGAGCATCCTGTCGAAGTTGGTAGAATTTA
TAGGCCGATGTTACCGGAATGGCAACATCACGTCATTCGATCGATTCATA
TTGCTGACTCGCAACCCATTTGACGCCATTTGGAGCGAGTACCGAAGGAC
TGCTAATGACGAACATTTCATTCTTCGCGACGATTTTGCTTTGAGTCATT
TCGCCGATGTCGCAATCTCAAAATGGTCACGTCAGTGTAATCAAGGCCCA
TCCTCATCAGTTCAGTCCTGATCAGCTTTTTAAAGTGTCTTCTTCGGGTC
GTACTCCAGGGAGTGGAAATACGTGGACTCGTCTTCTCATTGATTTCAGC
ACGGGAATTTACACTGGTACGATATTGGCCAGACCGAAATCCAAGCCTGA
CAATGACAAGCTGCCAGGACAAGGCTTCTGTACTCAAAAGATGGGTGCCA
AACGTGCCCATAGTAAGCTTTGCAAGACGCCTGTTCGAATTGCCATTGGG
ACGGCTGTAATGTGCGCTGGCCTTGCGCTGTTGCATCACTTTTGGTTGCC
ACCATCTTTCAAAGAAGGGACTCTTCGTGCATCTGGTACCATCATAGCGG
AAACCAATGATGGAGTGCCCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGT
GTTCCACGCCTTTTCTCTTTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGA
GACCGCTAGCAGCCCTGACAGCCTTAGAGGTGGTCCCGTGGACAAAGTGT
TGCCTTTGGCTTCACCATTTGGTCAGGACAGTGAACAAAGCGAAGAGGAA
ACGACAGAGGACAGGGAAAACAAGGAGACTGACGAGGAGGACAAAGAGAA
AGATGAAAGCCAGGAAGCGAAAGTAGATGAGCGGCAGCAGTACAGAGAAG
CAGAGAGCACTGGAGCGATGGAAGAAGTTTCTGAAGAAGATCAAGAAGGA
GATGACGATGATGAAGACTCCTTATCCGAGGGAGAGTGGGAGGAAGAGGA
GCAGGAGGAAAAGGAGGAAAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGG
AGGAGGAGGAGACAAAAGACGACGAGGAGGGAGAGCAGGATGAGGGAAAG
GAGGAAACAGAAGAGGAGGAGGAGAAGACGGAGGAAGTCATCCCCTCACT
AGCCAAATGCCAGAAGAGCTATGGGAACCGAAGATTTCTACTTGATGATG
AAAAGGCTTTGCCGCCTATTCTCTACAGCTTTCCAGGGCTCAATAAAAAA
GACCTACATGAAAATATGCGACAGCGTTTACAGTGCGCATTTGTACTTGC
CGAGGACAGGGGTGGTGGTCGCCGCGGCAGTCAAATGCTTCAAAGGGAAA
ATATTGGCGATGACCAAATCGTTACAACAAAAGATGTGTATCCACCAGAG
GTCGCTTGCCCAATGTGGGATATTTTTGGCCCCCAGGCCAAAAATCTGGG
ATACACCTTACCAAATGGGATAACCGAAGAGGAATGTAGGAAGATTTGAA
TGAATACAAGTATATGCTATTCGCATTCAAGAAAATTCAAAGGAAGTTGC
CCGAGGGCATCCTCAGCATTCAATATGAAGAGATGCTCAATCCAAATTTG
CGCCTGAGCATCCTGTCGAAGTTGGTAGAATTTATAGGCCGATGTTACCG
GAATGGCAACATCACGTCATTCGATCGATTCATATTGCTGACTCGCAACC
CATTTGACGCCATTTGGAGCGAGTACCGAAGGACTGCTAATGACGAACAT
TTCATTCTTCGCGACGATTTTGCTTTGAGTCATTTCGCCGATGTCGCAAT
CTCAAAATGGTCACGTCAGTGTAATCAAGGCCCATCCTCATCAGTTCAGT
CCTGATCAGCTTTTTAAAGTGTCTTCTTCGGGTCGTACTCCAGGGAGTGG
AAATACGTGGACTCGTCTTCTCATTGATTTCAGCACGGGAATTTACACTG
GTACGATATTGGCCAGACCGAAATCCAAGCCTGACAATGACAAGCTGCCA
GGACAAGGCTTCTGTACTCAAAAGATGGGTGCCAAACGTGCCCATAGTAA
GCTTTGCAAGACGCCTGTTCGAATTGCCATTGGGACGGCTGTAATGTGCG
CTGGCCTTGCGCTGTTGCATCACTTTTGGTTGCCACCATCTTTCAAAGAA
GGGACTCTTCGTGCATCTGGTACCATCATAGCGGAAACCAATGATGGAGT
GCCCTCTCAAGAAGCGTCTTCCAGGTCGTGGAGTGTTCCACGCCTTTTCT
CTTTCTCGTCGTCTCCGGTGGTTGCGCAAAAAGAGACCGCTAGCAGCCCT
GACAGCCTTAGAGGTGGTCCCGTGGACAAAGTGTTGCCTTTGGCTTCACC
ATTTGGTCAGGACAGTGAACAAAGCGAAGAGGAAACGACAGAGGACAGGG
AAAACAAGGAGACTGACGAGGAGGACAAAGAGAAAGATGAAAGCCAGGAA
GCGAAAGTAGATGAGCGGCAGCAGTACAGAGAAGCAGAGAGCACTGGAGC
GATGGAAGAAGTTTCTGAAGAAGATCAAGAAGGAGATGACGATGATGAAG
ACTCCTTATCCGAGGGAGAGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAG
GAAAAAGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGGAGACAAA
AGACGACGAGGAGGGAGAGCAGGATGAGGGAAAGGAGGAAACAGAAGAGG
AGGAGGAGAAGACGGAGGAAGTCATCCCCTCACTAGCCAAATGCCAGAAG
AGCTATGGGAACCGAAGATTTCTACTTGATGATGAAAAGGCTTTGCCGCC
TATTCTCTACAGCTTTCCAGGGCTCAATAAAAAAGACCTACATGAAAATA
TGCGACAGCGTTTACAGTGCGCATTTGTACTTGCCGAGGACAGGGGTGGT
GGTCGCCGCGGCAGTCAAATGCTTCAAAGGGAAAATATTGGCGATGACCA
AATCGTTACAACAAAAGATGTGTATCCACCAGAGGTCGCTTGCCCAATGT
GGGATATTTTTGGCCCCCAGGCCAAAAATCTGGGATACACCTTACCAAAT
GGGATAACCGAAGAGGAATGTAGGAAGATTTGAATGAATACAAGTATATG
CTATTCGCATTCAAGAAAATTCAAAGGAAGTTGCCCGAGGGCATCCTCAG
CATTCAATATGAAGAGATGCTCAATCCAAATTTGCGCCTGAGCATCCTGT
CGAAGTTGGTAGAATTTATAGGCCGATGTTACCGGAATGGCAACATCACG
TCATTCGATCGATTCATATTGCTGACTCGCAACCCATTTGACGCCATTTG
GAGCGAGTACCGAAGGACTGCTAATGACGAACATTTCATTCTTCGCGACG
ATTTTGCTTTGAGTCATTTCGCCGATGTCGCAATCTCAAAATGGTCACGT
CAGTGTAATCAAGGCCCATCCTCATCAGTTCAGTCCTGATCAGCTTTTTA
AAGTGTCTTCTTCGGGTCGTACTCCAGGGAGTGGAAATACGTGGACTCGT
CTTCTCATTGATTTCAGCACGGGAATTTACACTGGTACGATATTGGCCAG
ACCGAAATCCAAGCCTGACAATGACAAGCTGCCAGGACAAGGCTTCTGTA
CTCAAAAGATGGGTGCCAAACGTGCCCATAGTAAGCTTTGCAAGACGCCT
GTTCGAATTGCCATTGGGACGGCTGTAATGTGCGCTGGCCTTGCGCTGTT
GCATCACTTTTGGTTGCCACCATCTTTCAAAGAAGGGACTCTTCGTGCAT
CTGGTACCATCATAGCGGAAACCAATGATGGAGTGCCCTCTCAAGAAGCG
TCTTCCAGGTCGTGGAGTGTTCCACGCCTTTTCTCTTTCTCGTCGTCTCC
GGTGGTTGCGCAAAAAGAGACCGCTAGCAGCCCTGACAGCCTTAGAGGTG
GTCCCGTGGACAAAGTGTTGCCTTTGGCTTCACCATTTGGTCAGGACAGT
GAACAAAGCGAAGAGGAAACGACAGAGGACAGGGAAAACAAGGAGACTGA
CGAGGAGGACAAAGAGAAAGATGAAAGCCAGGAAGCGAAAGTAGATGAGC
GGCAGCAGTACAGAGAAGCAGAGAGCACTGGAGCGATGGAAGAAGTTTCT
GAAGAAGATCAAGAAGGAGATGACGATGATGAAGACTCCTTATCCGAGGG
AGAGTGGGAGGAAGAGGAGCAGGAGGAAAAGGAGGAAAAAGAGGAGGAGG
AGGAGGAGGAGGAGGAGGAGGAGGAGGAGACAAAAGACGACGAGGAGGGA
GAGCAGGATGAGGGAAAGGAGGAAACAGAAGAGGAGGAGGAGAAGACGGA
GGAAGTCATCCCCTCACTAGCCAAATGCCAGAAGAGCTATGGGAACCGAA
GATTTCTACTTGATGATGAAAAGGCTTTGCCGCCTATTCTCTACAGCTTT
CCAG

Synonyms

Publications