jgi.p|Nanoce1779_2|633375, mRNA_9258 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|633375
Unique Name	mRNA_9258
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	4122
Alignment location	scaffold_33:119357..124170 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	633461
Track	FilteredModels2
ProteinId	633375

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_33	supercontig	scaffold_33:119357..124170 -

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\|633375	gene_9258	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\|633375	mRNA_9258-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_9258	CDS_9258	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_33:119357..124170-
coding sequence from alignment at scaffold_33:119357..124170-

mRNA sequence

>mRNA_9258 ID=mRNA_9258|Name=jgi.p|Nanoce1779_2|633375|organism=Nannochloropsis oceanica|type=mRNA|length=4122bp
ACAGGCCCACAGTTTTGCCTGCCTGCCTGCTGCAGTCTCCGACCACCCCC
TCCCCTCCTCCATCCTGTTTTCTTGTCGCATCATGCCCAAACGGTTGGGC
AAGTACGATATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGTGAA
GTACGCTGTCAATTTGGAGACGAATGAAGCCGTAGCGATCAAGGTCCTCG
ACAAGGCCAAGATCGTGCAGCTTAACATGGGTAGACAAGTTAAGAAAGAA
ATAAGTATTATGAAGCTCATTCGTCATTCTTCCGTCGTATCTTTGGTGGA
AGTGCTTGTGAGCAAGACAAAGATATTTATTGTACTGGAGCTGGTCACGG
GCGGGGAACTTTTCGAGGCCATTGCGCGACACGGGCGTTTCACTGAAGCA
AAGGCTCGCTTCTATTTCAAGCAGCTTGTCGAGGCTGTGGGTTTTTGTCA
TGCCCAGGGTGTCTGCCATCGAGACCTGAAGCCAGAGAATTTACTGCTGG
ACAAACAAGGGAATCTGAAGATAACGGACTTCGGTCTTTCGGCTTTGTAT
AGCGGTGGTAGCACCGGAGGAGCTGGAAGCAGGGAAGGAGGGCGAGAGGG
GGCAGGAATGGAAGGAAATGGTGCTATTAGTATCTCTGTTAGTCGAGGAG
GGGGAGGAGGAGGAGGAGGAGGAGGAGGGATGAGCTCTGCCTCCTTGTTG
CACACTACATGTGGGTCACCAAATTACGTGGCACCCGAAGTACTGGCAGA
CAGGGGCTATGATGGGCGTATGGCCGACGTGTGGTCGTGTGGCGTGATTC
TATTCGTCTTGATTACAGGATACCTCCCGTTTGAGGAGAAGAAGATAAGT
GAGCTGTTTCTCAAGATCTCCTTGGGGGCCTATGTGTGTCCCGAGTGGGT
GTCCGAGGAAGCGAGGGGATTGATTAGGAAAATACTCGTGCCGGACCCGA
GGAAGAGGATTGGAATAAAGGATATTTGGAGGGATGAGTGGATGATGAAG
GGGGAAGAGGGGGGTGGAGAGGGACAGACGGACGGACGGATGATGCTGGG
GAGGAATGAGACGACGGATGGGAAGGAGGATAAGGAGGGAGAGGATGGGA
AGTGGCTGCAGCATCAACAACACGACGAAAGGGAAGTGGAGGAGGATGGT
CTTGAAGAAGCACAAAGGGAGGGAGCAGTGACGGGAGTCATCAGCGCAGA
GGGTGGAGGGGAAGGCCTCAATTGCCGGCCGGAGGGGAAGGGCGAGGGAC
CAGGGGACGAAGACGAGGCGGGGATGGGCGCTTCTCCCATTTCTGATGAG
GAAGAAAGTTGCGAGGGTGGTTTCCAACGGCAACGGCAACCGCAACGGCA
TGATTCTACCATGTGTCGCCTTGAAGGACGAGAAGGGAAAAGAAAGGAAG
GAAATGAGAAAGGAAGAGGAAGGGAGGAGGGAGCAGAGATCAACAGAGAA
GGGGGAAGGACGGACTGCATGAAAGACATAGATAAAACATTAGAGCTAGA
AGAGTGCAAAATTCCAGTGGAGAAGTAACATTCGATCAACCCAATACTTA
TATAGTCTGTGGATGGCGCGAGATCATCTGGGCAATTTTAGTCGTGGTGT
GGTGTGAGCAAAAATAGGCAATGTGGTAAGCGAAGACAAATGCAAGAAAG
CAAATAAAGAGAATTTTGTTTCTTTGCTTATTGAATGGTACTATCGCTTC
ACAAAGATTTTGAAATACGAGTGAATAATTGGACACTTCCAAAAACAACA
TGAGTTCTACTAGAGCAGCTTGTTTACCTTTAAGGCGATGAACAGGGGAC
TCGGACCGTTACTGAATCTCCGAAAAGCAAGCAAGTCAAAGTCAAAATTT
TGCGTGTGGGTGAATTGTCCTGTGTGCGTATTACGCCCACGCTCATGCGC
TTTTCCTATGACCTTCAAGCCTCAAAAGCACCACCGACATAATCCCCTTC
CACAACACCAAACAATATACATGCATAGGTAGCTGGCGTCCTCTTCGCCG
GCCGCAAACTCATCCGAGATTGAGCCGTCCAAGGCCTAGCATCAGCAGCC
CAAGGACGAAACACCCTCGTCGTCCTCTTCCTCGTCGCCGTTCAAGCTCA
CCTTTTATGCTTCCTCCCACTCGGCACCTACCCACGCACCCTCCTCCTCC
TCATCCGAAAGACCTACGAGCAGCAACACAAGTAAGTAGTAAGTATCAGC
ACCACTTCTACCCAGCACCATTTCCACCCGGCCAATTGCAGCTTCAGAGC
TCCAACCGGAAGTGTTCCGTCACAGAGCAGAGATCAGAGAGCTTCGAGCC
ATCGTGGGGCCTCTGCAATGCAAGATGACGCAGCTGATGTTTTGCTTTAA
TACGACTATCAGGACACTGCCGGCCTTCCTCCGTCCTTCCCTCACTCATT
TGGCTCCTCCCTTCTCCCTGCTGCCCCCTTCTCTTGTGTGGCAAAGGCTA
AGCTAGGCTTGAGCAAAATCAGGACGGAACGAGGACGAGGAGGAGGACGC
GGAAGGGTGGAAGGGAAAAAGGAAGGAGGGTTAGGGTTGCAGAATACAGA
GATGTCGCCTCTCGAAGCAGACAAGCTGGCCGAAGCCCTTCAAACATTCA
GTATCATCCCTCCCTGGGGCCCTTCTTCCTCCTCGACCTCATCATTTCCT
GCTCCCTCTGCTGCTACGACCACTGCTGCTACTGCCACAGACGAAAAGGG
CAGCAGTAGCAGCAGCAATAAGGTAACAGAAATAGCACCAGTGGTACAAA
CTACAAATGTGTGCGCGACGACAAAGTAGTGAAAAATAGCCGCAGCAGCA
GCAGCAATAACAACAATAACAACAGAAAGCGCTACGGGGACCAGCTTGAC
GGAGTGATAGGTAGAAGTGACGGAGGAATAGGAGGGGGAGGGGAGTAGGC
AGGAAGGAGGAATAATAATAAAGGGGGAAGAAGGAGACAGGAGAAAGCGG
AAATTCAATGCAAATCATTTTGATATGAATAAGAGGAATATGTGGACCAA
AAAGGGAGCAAGGGAGGGAAAGAGAGAGCGGGCGAGTGTAACTGTGTGCA
TGCTATCAAGACCAAGTAAGCGAGAGGGACAGACAGATAGACACAGAGAC
AATGAGAAGAGACAAAGGTCTAACGAGAGACAGAGACAGAGAGAGGTCTT
TGCATGTAAAACGTGAAAGCGATTACACAAGAGAAATTTATGAACGAGGG
GAGAAATAGGGTACGAAGATCGAGCGAGAGAAGGTGGAAGAAAGAGAAGC
CATTTCTTTGTTCAGGAGGGAGGAAAGGACATCAGGCATGACGAGCCCAA
ATAACTCAGCTCGACTTCACTTGTATATCAAAGGTTCTTGAGGCTAAATT
GGAGGCACCACAGCAGCATCAGGAAATAAAACCAGAGAAAGTGCATGAGG
TGGAGTAGAGTCGCTAGCAGGCAGGCTAGATACCCTAAAATGGTTTGATT
AAGAAGGAACGACCGAAGTAAGGCACGCAATATAGATACACACGACAACC
AGCACGAAAGAGACAGTAGATTCTCTTCACTAGAGCCAGGAGAAGCCAGT
CGTGGTACACTTACCATCTATACATATCCAAACGCACGAGTGTCGGGCTC
GTGCCTTTCTTTCACAGGACCCGAAATATTGGGTCACGACTCTGAAGTCA
AAAGTAGTTGTACGATAAGCAACGCAAAAATCCAGGTGTTGCCTATTGTC
TACATCAACAAATGCAGTGCGTGTTGGTGGTGTTGTGGTGTGATATGTTC
GTTGATCTCTCCTCCTCTTGAGTCAAATTCGTTCCTCTCCTCTTTTTTTT
GTTGGTGTTTGCCTGCCTTTCTCCCGTCCTCCTCGCGTGTATATATGTCC
TTTCGTGTGTACATTGTCGCTTTCCACTAGTCCTCTCTTTCGCACTTCGA
AAAACGACACAATAGCAGAAACGCATCTCTTCCTACGCATACATGCGCCC
GCCAACCACAACTACGTGTCTTAGCTTCCCTCTTCCCCGCTTTGCGAGCG
TCCTCTTCTTCCACCTCTTGAATAAAACTGCTCACTTTCGCCTTAATGTG
TAAAACATACGCAAAACTCTTTCTTTACATCAGGAAAAACAACCACTCTA
TCCCGTCTTTTCTTTCCATCCC

protein sequence of jgi.p|Nanoce1779_2|633375

>mRNA_9258-protein ID=mRNA_9258-protein|Name=jgi.p|Nanoce1779_2|633375|organism=Nannochloropsis oceanica|type=polypeptide|length=482bp
MPKRLGKYDIGRTLGEGSFGKVKYAVNLETNEAVAIKVLDKAKIVQLNMG
RQVKKEISIMKLIRHSSVVSLVEVLVSKTKIFIVLELVTGGELFEAIARH
GRFTEAKARFYFKQLVEAVGFCHAQGVCHRDLKPENLLLDKQGNLKITDF
GLSALYSGGSTGGAGSREGGREGAGMEGNGAISISVSRGGGGGGGGGGGM
SSASLLHTTCGSPNYVAPEVLADRGYDGRMADVWSCGVILFVLITGYLPF
EEKKISELFLKISLGAYVCPEWVSEEARGLIRKILVPDPRKRIGIKDIWR
DEWMMKGEEGGGEGQTDGRMMLGRNETTDGKEDKEGEDGKWLQHQQHDER
EVEEDGLEEAQREGAVTGVISAEGGGEGLNCRPEGKGEGPGDEDEAGMGA
SPISDEEESCEGGFQRQRQPQRHDSTMCRLEGREGKRKEGNEKGRGREEG
AEINREGGRTDCMKDIDKTLELEECKIPVEK*

mRNA from alignment at scaffold_33:119357..124170-

Legend: polypeptideCDS

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

>mRNA_9258 ID=mRNA_9258|Name=jgi.p|Nanoce1779_2|633375|organism=Nannochloropsis oceanica|type=mRNA|length=4814bp|location=Sequence derived from alignment at scaffold_33:119357..124170- (Nannochloropsis oceanica)
ACAGGCCCACAGTTTTGCCTGCCTGCCTGCTGCAGTCTCCGACCACCCCC
TCCCCTCCTCCATCCTGTTTTCTTGTCGCATCATGCCCAAACGGTTGGGC
AAGTACGATATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGTGAA
GTACGCTGTCAATTTGGAGACGAATGAAGCCGTAGCGATCAAGGTGAGCG
AGATTCGGAAGTGCTGGCGAGGGAAGAAAGAAGGGAGAGAGCCATACGGA
AAGGGGAGCCCGCTACAAGTGCGGGAGATGGAAAGTAAAGGCTTTTCGTA
TCTTAAAACTAGGTTTGGGGTTCTGATAACACGTCGTCATGATGCTTCCT
ATAGCGTCTCGCCAGAATACCAACATACACCTCTACATCCCTCACTCCCC
CTCCACCAGGTCCTCGACAAGGCCAAGATCGTGCAGCTTAACATGGGTAG
ACAAGTTAAGAAAGAAATAAGTATTATGAAGCTCATTCGTCATTCTTCCG
TCGTATCTTTGGTGGAAGTGCTTGTGAGCAAGACAAAGATATTTATTGTA
CTGGAGCTGGTCACGGGCGGGGAACTTTTCGAGGCCATTGCGCGGTGAGT
TGTTGTTCGTGTGTGTTCTTCCTGGCCGCTCTGCGGCCCTTCTATGCAAT
GATTTTTGTCATCCTGTTTTTGTCTGACATGGATTTTAAGACGGAGAAAA
AACGATGCTTATCTCCACCCTTCATCGTATCTTCCCTCCTCAATCCCCCA
CACCCAGACACGGGCGTTTCACTGAAGCAAAGGCTCGCTTCTATTTCAAG
CAGCTTGTCGAGGCTGTGGGTTTTTGTCATGCCCAGGGTGTCTGCCATCG
AGACCTGAAGCCAGAGAATTTACTGCTGGACAAACAAGGGAATCTGAAGG
TTGGAAGAGAGGGAGGGAGGGAGGGAGGGAGGGAGGGAGGGAGGGAGGGA
GGGCGGGAGGAAAGGAGGGAGGGAGGGAAGGAGGGAGGGAGGGAGGGAGG
GAGGGAGGGAAGGAGGGAGGGAGGGAGGGAGGAAGGATTGCGAATAAAAA
TGTCTCTTTCCCCATACGAACAAATAATTTTACCTAAAGGCCAATTGTAA
TTGATCGCACATCTCCTTCTCTCTCTCGACTTCTACCCACTTATCTCTCA
CTCAATATCTCTTCCACTTTGTCCCCATCCCCTCTATCTGCCTCCCTCCT
TCCCTCTCTCAGATAACGGACTTCGGTCTTTCGGCTTTGTATAGCGGTGG
TAGCACCGGAGGAGCTGGAAGCAGGGAAGGAGGGCGAGAGGGGGCAGGAA
TGGAAGGAAATGGTGCTATTAGTATCTCTGTTAGTCGAGGAGGGGGAGGA
GGAGGAGGAGGAGGAGGAGGGATGAGCTCTGCCTCCTTGTTGCACACTAC
ATGTGGGTCACCAAATTACGTGGCACCCGAAGTACTGGCAGACAGGGGCT
ATGATGGGCGTATGGCCGACGTGTGGTCGTGTGGCGTGATTCTATTCGTC
TTGATTACAGGATACCTCCCGTTTGAGGAGAAGAAGATAAGTGAGCTGTT
TCTCAAGATCTCCTTGGGGGCCTATGTGTGTCCCGAGTGGGTGTCCGAGG
AAGCGAGGGGATTGATTAGGAAAATACTCGTGCCGGACCCGAGGAAGAGG
ATTGGAATAAAGGATATTTGGAGGGATGAGTGGATGATGAAGGGGGAAGA
GGGGGGTGGAGAGGGACAGACGGACGGACGGATGATGCTGGGGAGGAATG
AGACGACGGATGGGAAGGAGGATAAGGAGGGAGAGGATGGGAAGTGGCTG
CAGCATCAACAACACGACGAAAGGGAAGTGGAGGAGGATGGTCTTGAAGA
AGCACAAAGGGAGGGAGCAGTGACGGGAGTCATCAGCGCAGAGGGTGGAG
GGGAAGGCCTCAATTGCCGGCCGGAGGGGAAGGGCGAGGGACCAGGGGAC
GAAGACGAGGCGGGGATGGGCGCTTCTCCCATTTCTGATGAGGAAGAAAG
TTGCGAGGGTGGTTTCCAACGGCAACGGCAACCGCAACGGCATGATTCTA
CCATGTGTCGCCTTGAAGGACGAGAAGGGAAAAGAAAGGAAGGAAATGAG
AAAGGAAGAGGAAGGGAGGAGGGAGCAGAGATCAACAGAGAAGGGGGAAG
GACGGACTGCATGAAAGACATAGATAAAACATTAGAGCTAGAAGAGTGCA
AAATTCCAGTGGAGAAGTAACATTCGATCAACCCAATACTTATATAGTCT
GTGGATGGCGCGAGATCATCTGGGCAATTTTAGTCGTGGTGTGGTGTGAG
CAAAAATAGGCAATGTGGTAAGCGAAGACAAATGCAAGAAAGCAAATAAA
GAGAATTTTGTTTCTTTGCTTATTGAATGGTACTATCGCTTCACAAAGAT
TTTGAAATACGAGTGAATAATTGGACACTTCCAAAAACAACATGAGTTCT
ACTAGAGCAGCTTGTTTACCTTTAAGGCGATGAACAGGGGACTCGGACCG
TTACTGAATCTCCGAAAAGCAAGCAAGTCAAAGTCAAAATTTTGCGTGTG
GGTGAATTGTCCTGTGTGCGTATTACGCCCACGCTCATGCGCTTTTCCTA
TGACCTTCAAGCCTCAAAAGCACCACCGACATAATCCCCTTCCACAACAC
CAAACAATATACATGCATAGGTAGCTGGCGTCCTCTTCGCCGGCCGCAAA
CTCATCCGAGATTGAGCCGTCCAAGGCCTAGCATCAGCAGCCCAAGGACG
AAACACCCTCGTCGTCCTCTTCCTCGTCGCCGTTCAAGCTCACCTTTTAT
GCTTCCTCCCACTCGGCACCTACCCACGCACCCTCCTCCTCCTCATCCGA
AAGACCTACGAGCAGCAACACAAGTAAGTAGTAAGTATCAGCACCACTTC
TACCCAGCACCATTTCCACCCGGCCAATTGCAGCTTCAGAGCTCCAACCG
GAAGTGTTCCGTCACAGAGCAGAGATCAGAGAGCTTCGAGCCATCGTGGG
GCCTCTGCAATGCAAGATGACGCAGCTGATGTTTTGCTTTAATACGACTA
TCAGGACACTGCCGGCCTTCCTCCGTCCTTCCCTCACTCATTTGGCTCCT
CCCTTCTCCCTGCTGCCCCCTTCTCTTGTGTGGCAAAGGCTAAGCTAGGC
TTGAGCAAAATCAGGACGGAACGAGGACGAGGAGGAGGACGCGGAAGGGT
GGAAGGGAAAAAGGAAGGAGGGTTAGGGTTGCAGAATACAGAGATGTCGC
CTCTCGAAGCAGACAAGCTGGCCGAAGCCCTTCAAACATTCAGTATCATC
CCTCCCTGGGGCCCTTCTTCCTCCTCGACCTCATCATTTCCTGCTCCCTC
TGCTGCTACGACCACTGCTGCTACTGCCACAGACGAAAAGGGCAGCAGTA
GCAGCAGCAATAAGGTAACAGAAATAGCACCAGTGGTACAAACTACAAAT
GTGTGCGCGACGACAAAGTAGTGAAAAATAGCCGCAGCAGCAGCAGCAAT
AACAACAATAACAACAGAAAGCGCTACGGGGACCAGCTTGACGGAGTGAT
AGGTAGAAGTGACGGAGGAATAGGAGGGGGAGGGGAGTAGGCAGGAAGGA
GGAATAATAATAAAGGGGGAAGAAGGAGACAGGAGAAAGCGGAAATTCAA
TGCAAATCATTTTGATATGAATAAGAGGAATATGTGGACCAAAAAGGGAG
CAAGGGAGGGAAAGAGAGAGCGGGCGAGTGTAACTGTGTGCATGCTATCA
AGACCAAGTAAGCGAGAGGGACAGACAGATAGACACAGAGACAATGAGAA
GAGACAAAGGTCTAACGAGAGACAGAGACAGAGAGAGGTCTTTGCATGTA
AAACGTGAAAGCGATTACACAAGAGAAATTTATGAACGAGGGGAGAAATA
GGGTACGAAGATCGAGCGAGAGAAGGTGGAAGAAAGAGAAGCCATTTCTT
TGTTCAGGAGGGAGGAAAGGACATCAGGCATGACGAGCCCAAATAACTCA
GCTCGACTTCACTTGTATATCAAAGGTTCTTGAGGCTAAATTGGAGGCAC
CACAGCAGCATCAGGAAATAAAACCAGAGAAAGTGCATGAGGTGGAGTAG
AGTCGCTAGCAGGCAGGCTAGATACCCTAAAATGGTTTGATTAAGAAGGA
ACGACCGAAGTAAGGCACGCAATATAGATACACACGACAACCAGCACGAA
AGAGACAGTAGATTCTCTTCACTAGAGCCAGGAGAAGCCAGTCGTGGTAC
ACTTACCATCTATACATATCCAAACGCACGAGTGTCGGGCTCGTGCCTTT
CTTTCACAGGACCCGAAATATTGGGTCACGACTCTGAAGTCAAAAGTAGT
TGTACGATAAGCAACGCAAAAATCCAGGTGTTGCCTATTGTCTACATCAA
CAAATGCAGTGCGTGTTGGTGGTGTTGTGGTGTGATATGTTCGTTGATCT
CTCCTCCTCTTGAGTCAAATTCGTTCCTCTCCTCTTTTTTTTGTTGGTGT
TTGCCTGCCTTTCTCCCGTCCTCCTCGCGTGTATATATGTCCTTTCGTGT
GTACATTGTCGCTTTCCACTAGTCCTCTCTTTCGCACTTCGAAAAACGAC
ACAATAGCAGAAACGCATCTCTTCCTACGCATACATGCGCCCGCCAACCA
CAACTACGTGTCTTAGCTTCCCTCTTCCCCGCTTTGCGAGCGTCCTCTTC
TTCCACCTCTTGAATAAAACTGCTCACTTTCGCCTTAATGTGTAAAACAT
ACGCAAAACTCTTTCTTTACATCAGGAAAAACAACCACTCTATCCCGTCT
TTTCTTTCCATCCC

Coding sequence (CDS) from alignment at scaffold_33:119357..124170-

>mRNA_9258 ID=mRNA_9258|Name=jgi.p|Nanoce1779_2|633375|organism=Nannochloropsis oceanica|type=CDS|length=5784bp|location=Sequence derived from alignment at scaffold_33:119357..124170- (Nannochloropsis oceanica)
ATAACGGACTTCGGTCTTTCGGCTTTGTATAGCGGTGGTAGCACCGGAGG
AGCTGGAAGCAGGGAAGGAGGGCGAGAGGGGGCAGGAATGGAAGGAAATG
GTGCTATTAGTATCTCTGTTAGTCGAGGAGGGGGAGGAGGAGGAGGAGGA
GGAGGAGGGATGAGCTCTGCCTCCTTGTTGCACACTACATGTGGGTCACC
AAATTACGTGGCACCCGAAGTACTGGCAGACAGGGGCTATGATGGGCGTA
TGGCCGACGTGTGGTCGTGTGGCGTGATTCTATTCGTCTTGATTACAGGA
TACCTCCCGTTTGAGGAGAAGAAGATAAGTGAGCTGTTTCTCAAGATCTC
CTTGGGGGCCTATGTGTGTCCCGAGTGGGTGTCCGAGGAAGCGAGGGGAT
TGATTAGGAAAATACTCGTGCCGGACCCGAGGAAGAGGATTGGAATAAAG
GATATTTGGAGGGATGAGTGGATGATGAAGGGGGAAGAGGGGGGTGGAGA
GGGACAGACGGACGGACGGATGATGCTGGGGAGGAATGAGACGACGGATG
GGAAGGAGGATAAGGAGGGAGAGGATGGGAAGTGGCTGCAGCATCAACAA
CACGACGAAAGGGAAGTGGAGGAGGATGGTCTTGAAGAAGCACAAAGGGA
GGGAGCAGTGACGGGAGTCATCAGCGCAGAGGGTGGAGGGGAAGGCCTCA
ATTGCCGGCCGGAGGGGAAGGGCGAGGGACCAGGGGACGAAGACGAGGCG
GGGATGGGCGCTTCTCCCATTTCTGATGAGGAAGAAAGTTGCGAGGGTGG
TTTCCAACGGCAACGGCAACCGCAACGGCATGATTCTACCATGTGTCGCC
TTGAAGGACGAGAAGGGAAAAGAAAGGAAGGAAATGAGAAAGGAAGAGGA
AGGGAGGAGGGAGCAGAGATCAACAGAGAAGGGGGAAGGACGGACTGCAT
GAAAGACATAGATAAAACATTAGAGCTAGAAGAGTGCAAAATTCCAGTGG
AGAAGTAAACACGGGCGTTTCACTGAAGCAAAGGCTCGCTTCTATTTCAA
GCAGCTTGTCGAGGCTGTGGGTTTTTGTCATGCCCAGGGTGTCTGCCATC
GAGACCTGAAGCCAGAGAATTTACTGCTGGACAAACAAGGGAATCTGAAG
GTCCTCGACAAGGCCAAGATCGTGCAGCTTAACATGGGTAGACAAGTTAA
GAAAGAAATAAGTATTATGAAGCTCATTCGTCATTCTTCCGTCGTATCTT
TGGTGGAAGTGCTTGTGAGCAAGACAAAGATATTTATTGTACTGGAGCTG
GTCACGGGCGGGGAACTTTTCGAGGCCATTGCGCGATGCCCAAACGGTTG
GGCAAGTACGATATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGT
GAAGTACGCTGTCAATTTGGAGACGAATGAAGCCGTAGCGATCAAGATAA
CGGACTTCGGTCTTTCGGCTTTGTATAGCGGTGGTAGCACCGGAGGAGCT
GGAAGCAGGGAAGGAGGGCGAGAGGGGGCAGGAATGGAAGGAAATGGTGC
TATTAGTATCTCTGTTAGTCGAGGAGGGGGAGGAGGAGGAGGAGGAGGAG
GAGGGATGAGCTCTGCCTCCTTGTTGCACACTACATGTGGGTCACCAAAT
TACGTGGCACCCGAAGTACTGGCAGACAGGGGCTATGATGGGCGTATGGC
CGACGTGTGGTCGTGTGGCGTGATTCTATTCGTCTTGATTACAGGATACC
TCCCGTTTGAGGAGAAGAAGATAAGTGAGCTGTTTCTCAAGATCTCCTTG
GGGGCCTATGTGTGTCCCGAGTGGGTGTCCGAGGAAGCGAGGGGATTGAT
TAGGAAAATACTCGTGCCGGACCCGAGGAAGAGGATTGGAATAAAGGATA
TTTGGAGGGATGAGTGGATGATGAAGGGGGAAGAGGGGGGTGGAGAGGGA
CAGACGGACGGACGGATGATGCTGGGGAGGAATGAGACGACGGATGGGAA
GGAGGATAAGGAGGGAGAGGATGGGAAGTGGCTGCAGCATCAACAACACG
ACGAAAGGGAAGTGGAGGAGGATGGTCTTGAAGAAGCACAAAGGGAGGGA
GCAGTGACGGGAGTCATCAGCGCAGAGGGTGGAGGGGAAGGCCTCAATTG
CCGGCCGGAGGGGAAGGGCGAGGGACCAGGGGACGAAGACGAGGCGGGGA
TGGGCGCTTCTCCCATTTCTGATGAGGAAGAAAGTTGCGAGGGTGGTTTC
CAACGGCAACGGCAACCGCAACGGCATGATTCTACCATGTGTCGCCTTGA
AGGACGAGAAGGGAAAAGAAAGGAAGGAAATGAGAAAGGAAGAGGAAGGG
AGGAGGGAGCAGAGATCAACAGAGAAGGGGGAAGGACGGACTGCATGAAA
GACATAGATAAAACATTAGAGCTAGAAGAGTGCAAAATTCCAGTGGAGAA
GTAAACACGGGCGTTTCACTGAAGCAAAGGCTCGCTTCTATTTCAAGCAG
CTTGTCGAGGCTGTGGGTTTTTGTCATGCCCAGGGTGTCTGCCATCGAGA
CCTGAAGCCAGAGAATTTACTGCTGGACAAACAAGGGAATCTGAAGGTCC
TCGACAAGGCCAAGATCGTGCAGCTTAACATGGGTAGACAAGTTAAGAAA
GAAATAAGTATTATGAAGCTCATTCGTCATTCTTCCGTCGTATCTTTGGT
GGAAGTGCTTGTGAGCAAGACAAAGATATTTATTGTACTGGAGCTGGTCA
CGGGCGGGGAACTTTTCGAGGCCATTGCGCGATGCCCAAACGGTTGGGCA
AGTACGATATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGTGAAG
TACGCTGTCAATTTGGAGACGAATGAAGCCGTAGCGATCAAGATAACGGA
CTTCGGTCTTTCGGCTTTGTATAGCGGTGGTAGCACCGGAGGAGCTGGAA
GCAGGGAAGGAGGGCGAGAGGGGGCAGGAATGGAAGGAAATGGTGCTATT
AGTATCTCTGTTAGTCGAGGAGGGGGAGGAGGAGGAGGAGGAGGAGGAGG
GATGAGCTCTGCCTCCTTGTTGCACACTACATGTGGGTCACCAAATTACG
TGGCACCCGAAGTACTGGCAGACAGGGGCTATGATGGGCGTATGGCCGAC
GTGTGGTCGTGTGGCGTGATTCTATTCGTCTTGATTACAGGATACCTCCC
GTTTGAGGAGAAGAAGATAAGTGAGCTGTTTCTCAAGATCTCCTTGGGGG
CCTATGTGTGTCCCGAGTGGGTGTCCGAGGAAGCGAGGGGATTGATTAGG
AAAATACTCGTGCCGGACCCGAGGAAGAGGATTGGAATAAAGGATATTTG
GAGGGATGAGTGGATGATGAAGGGGGAAGAGGGGGGTGGAGAGGGACAGA
CGGACGGACGGATGATGCTGGGGAGGAATGAGACGACGGATGGGAAGGAG
GATAAGGAGGGAGAGGATGGGAAGTGGCTGCAGCATCAACAACACGACGA
AAGGGAAGTGGAGGAGGATGGTCTTGAAGAAGCACAAAGGGAGGGAGCAG
TGACGGGAGTCATCAGCGCAGAGGGTGGAGGGGAAGGCCTCAATTGCCGG
CCGGAGGGGAAGGGCGAGGGACCAGGGGACGAAGACGAGGCGGGGATGGG
CGCTTCTCCCATTTCTGATGAGGAAGAAAGTTGCGAGGGTGGTTTCCAAC
GGCAACGGCAACCGCAACGGCATGATTCTACCATGTGTCGCCTTGAAGGA
CGAGAAGGGAAAAGAAAGGAAGGAAATGAGAAAGGAAGAGGAAGGGAGGA
GGGAGCAGAGATCAACAGAGAAGGGGGAAGGACGGACTGCATGAAAGACA
TAGATAAAACATTAGAGCTAGAAGAGTGCAAAATTCCAGTGGAGAAGTAA
ACACGGGCGTTTCACTGAAGCAAAGGCTCGCTTCTATTTCAAGCAGCTTG
TCGAGGCTGTGGGTTTTTGTCATGCCCAGGGTGTCTGCCATCGAGACCTG
AAGCCAGAGAATTTACTGCTGGACAAACAAGGGAATCTGAAGGTCCTCGA
CAAGGCCAAGATCGTGCAGCTTAACATGGGTAGACAAGTTAAGAAAGAAA
TAAGTATTATGAAGCTCATTCGTCATTCTTCCGTCGTATCTTTGGTGGAA
GTGCTTGTGAGCAAGACAAAGATATTTATTGTACTGGAGCTGGTCACGGG
CGGGGAACTTTTCGAGGCCATTGCGCGATGCCCAAACGGTTGGGCAAGTA
CGATATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGTGAAGTACG
CTGTCAATTTGGAGACGAATGAAGCCGTAGCGATCAAGATAACGGACTTC
GGTCTTTCGGCTTTGTATAGCGGTGGTAGCACCGGAGGAGCTGGAAGCAG
GGAAGGAGGGCGAGAGGGGGCAGGAATGGAAGGAAATGGTGCTATTAGTA
TCTCTGTTAGTCGAGGAGGGGGAGGAGGAGGAGGAGGAGGAGGAGGGATG
AGCTCTGCCTCCTTGTTGCACACTACATGTGGGTCACCAAATTACGTGGC
ACCCGAAGTACTGGCAGACAGGGGCTATGATGGGCGTATGGCCGACGTGT
GGTCGTGTGGCGTGATTCTATTCGTCTTGATTACAGGATACCTCCCGTTT
GAGGAGAAGAAGATAAGTGAGCTGTTTCTCAAGATCTCCTTGGGGGCCTA
TGTGTGTCCCGAGTGGGTGTCCGAGGAAGCGAGGGGATTGATTAGGAAAA
TACTCGTGCCGGACCCGAGGAAGAGGATTGGAATAAAGGATATTTGGAGG
GATGAGTGGATGATGAAGGGGGAAGAGGGGGGTGGAGAGGGACAGACGGA
CGGACGGATGATGCTGGGGAGGAATGAGACGACGGATGGGAAGGAGGATA
AGGAGGGAGAGGATGGGAAGTGGCTGCAGCATCAACAACACGACGAAAGG
GAAGTGGAGGAGGATGGTCTTGAAGAAGCACAAAGGGAGGGAGCAGTGAC
GGGAGTCATCAGCGCAGAGGGTGGAGGGGAAGGCCTCAATTGCCGGCCGG
AGGGGAAGGGCGAGGGACCAGGGGACGAAGACGAGGCGGGGATGGGCGCT
TCTCCCATTTCTGATGAGGAAGAAAGTTGCGAGGGTGGTTTCCAACGGCA
ACGGCAACCGCAACGGCATGATTCTACCATGTGTCGCCTTGAAGGACGAG
AAGGGAAAAGAAAGGAAGGAAATGAGAAAGGAAGAGGAAGGGAGGAGGGA
GCAGAGATCAACAGAGAAGGGGGAAGGACGGACTGCATGAAAGACATAGA
TAAAACATTAGAGCTAGAAGAGTGCAAAATTCCAGTGGAGAAGTAAACAC
GGGCGTTTCACTGAAGCAAAGGCTCGCTTCTATTTCAAGCAGCTTGTCGA
GGCTGTGGGTTTTTGTCATGCCCAGGGTGTCTGCCATCGAGACCTGAAGC
CAGAGAATTTACTGCTGGACAAACAAGGGAATCTGAAGGTCCTCGACAAG
GCCAAGATCGTGCAGCTTAACATGGGTAGACAAGTTAAGAAAGAAATAAG
TATTATGAAGCTCATTCGTCATTCTTCCGTCGTATCTTTGGTGGAAGTGC
TTGTGAGCAAGACAAAGATATTTATTGTACTGGAGCTGGTCACGGGCGGG
GAACTTTTCGAGGCCATTGCGCGATGCCCAAACGGTTGGGCAAGTACGAT
ATAGGCAGAACGCTGGGTGAAGGAAGCTTTGGAAAGGTGAAGTACGCTGT
CAATTTGGAGACGAATGAAGCCGTAGCGATCAAG

Synonyms

Publications