jgi.p|Nanoce1779_2|668161, mRNA_40 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|668161
Unique Name	mRNA_40
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	1955
Alignment location	scaffold_3:113143..116135 -

Link to JBrowse

Properties


Property Name	Value
TranscriptId	668247
Track	FilteredModels2
ProteinId	668161

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_3	supercontig	scaffold_3:113143..116135 -

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\|668161	gene_40	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\|668161	mRNA_40-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_40	CDS_40	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_3:113143..116135-
coding sequence from alignment at scaffold_3:113143..116135-

mRNA sequence

>mRNA_40 ID=mRNA_40|Name=jgi.p|Nanoce1779_2|668161|organism=Nannochloropsis oceanica|type=mRNA|length=1955bp
CTTCACAAGGTTTTGGTCCTTTTGTATCAAAAAATCACAGCACCAGTTTG
AGTGTATCAATAACGAGCATGTGACAACCTCCCCACCCTCAATCATGTCT
GGATGCTCTTCTGACCCCAAATGGATCGTGTCCATACCTCCCACCATTAC
GCCCACACGCTTAGGGCCCCTTCGACTGATCATGCCACAATTGTGTAGGC
CGGTTAAGGCCGAGGCCTCCTCCAGTGTCTCGACAGAGTTGTTCAGCAGC
AGAAGCACCAGCCAGTATAGTAGCACCACCACCACCACCAATCCCCCTCC
TAGCGGCATCACGTTTGCGGCATTGACCCCGCTAATAAGCTTTTCAATTT
TACTAGGCGTCGTGATGGATGACGTAATCATCGATTTTTGCGAGAATGCC
GAATGGAAGAAGGCCTATCTTGCCGCACATCGGACGGCAACTCTGCCGAC
TAGCGCCTTTGTTCCTCTTGCTTGTGTCTTGGGATTTGGTGGATTCGTGT
ACAATATTTATGTGAACAACTTGAGCAGCAGCCGCAGTGGCTGCAAGATC
CACAGTAGTGAAGGTAGTAGTATCAATGCATCTGGATGTACCAGTGAGGA
GAAGGTGATAACCACCATGGATGGCAAGAACAAGAGGCGATGCAGCAGTA
GACGGAAACCCAGCAGCAACACTAGCACCAAGAATGCCGTTATCTACACT
GATAGCACATCCCTGCATACTCCCATCTCTCCTTCAATCCATGTCCCTCT
TTCCAACACTCGCCAATGCAGTAGCCCTTCCCCTCTTCTCGACTGGCGCA
TCCTTATTAGCACCGGTCTTGGACTCTTAATCCAAGACTTCATCGCCGGC
GTCGTAGTGTCTGACAAGTCGCGTCTACGGAGCGCTGGACAGGTACAAGA
GGCTTTAAGGCTTGTGAAGGGAGGGCATCTGCTGTTGTTCGGTGCATTGA
CTGGAATGGTTGCCTTGCAGGTCTCATCGCTAGGCCACGGCGGGCTAACT
GGCACAGGGAACACTGAAGCTGGAGCCTTGAAGGGCAAAGAAGTGCATGC
CGCCCACGTTGGCAGCCCTAGCAAAAGCAACAGCAATCGGGACACTATGC
CTGTGGAAGGGAGCGAGGATATCTTCCCTCCTTTGCCCCCCACCGTGGTG
GCTTTGCTTCACTCCACCCGTGTCTGTCACCTGAGTACTACCAGCTCGGA
TGGCTTACCGCATTTGTCCCTAATGCGGTTCACTTACCGACAGGAGGAGG
AAGTAATTATAATGACAACGCGGACCGACACCAAGAAGTATGAGCTGTTG
TGTTCGAGCCCCAAGGTTGCTGTCTTGGTACATGATTTCCCGTCGTTACG
GAAGGAGGAGGAAGAGGAGGAAGAGGAGGTGGGAGGGAGTAAGGGAGGGG
GGGAGGGAGGGTCGACGGTCCAGGACGTAGATGACGGAGCAGGAGAAGGG
CACACATACGCGATAACTTTAAATGGCGTGGCACATGTGCAAAAGGGAGA
GGAGGCAGAGAGGTTTCGGGCGCTGCACTTGGTGAATAATATTGCTTACA
GGCAGTTCATCGAGGGGGAAAAGATCGCTGTGTTTACGGTGCATGTGATG
AGTGCACGAATATGCAATGTGAAAGACCGCGTGACGTACTGGGATAAGCA
TACGGCGGTCAAGGCAGCGAAGGAGCAGGAGATGAAGAAGGAAGCCGAAA
CGGTGTGAGGGGAGGAGAGGGGAGAAAGAGACGGAAGTTGTAAAAGGTGT
AGAGAGAAGAGGAGAGGAAGAAAAGAAGGATTCCGAAAAGGTGTAGGAGG
GCGATGACCAGCATCAAACAATGCATGTGCGAAGAAATGGGTAAATTTTT
AAAAATAGGTCGGAGTCGGTGAGTTGTTACAAAAGCGACAAGAGAGCGAA
GCTAAGAGGGAAGGAAAAGGAATAATAACACGAAGAAAAAGAAGAGCAGA
ATGAC

protein sequence of jgi.p|Nanoce1779_2|668161

>mRNA_40-protein ID=mRNA_40-protein|Name=jgi.p|Nanoce1779_2|668161|organism=Nannochloropsis oceanica|type=polypeptide|length=538bp
MSGCSSDPKWIVSIPPTITPTRLGPLRLIMPQLCRPVKAEASSSVSTELF
SSRSTSQYSSTTTTTNPPPSGITFAALTPLISFSILLGVVMDDVIIDFCE
NAEWKKAYLAAHRTATLPTSAFVPLACVLGFGGFVYNIYVNNLSSSRSGC
KIHSSEGSSINASGCTSEEKVITTMDGKNKRRCSSRRKPSSNTSTKNAVI
YTDSTSLHTPISPSIHVPLSNTRQCSSPSPLLDWRILISTGLGLLIQDFI
AGVVVSDKSRLRSAGQVQEALRLVKGGHLLLFGALTGMVALQVSSLGHGG
LTGTGNTEAGALKGKEVHAAHVGSPSKSNSNRDTMPVEGSEDIFPPLPPT
VVALLHSTRVCHLSTTSSDGLPHLSLMRFTYRQEEEVIIMTTRTDTKKYE
LLCSSPKVAVLVHDFPSLRKEEEEEEEEVGGSKGGGEGGSTVQDVDDGAG
EGHTYAITLNGVAHVQKGEEAERFRALHLVNNIAYRQFIEGEKIAVFTVH
VMSARICNVKDRVTYWDKHTAVKAAKEQEMKKEAETV*

mRNA from alignment at scaffold_3:113143..116135-

Legend: polypeptideCDS

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

>mRNA_40 ID=mRNA_40|Name=jgi.p|Nanoce1779_2|668161|organism=Nannochloropsis oceanica|type=mRNA|length=2993bp|location=Sequence derived from alignment at scaffold_3:113143..116135- (Nannochloropsis oceanica)
CTTCACAAGGTTTTGGTCCTTTTGTATCAAAAAATCACAGCACCAGTTTG
AGTGTATCAATAACGAGCATGTGACAACCTCCCCACCCTCAATCATGTCT
GGATGCTCTTCTGACCCCAAATGGATCGTGTCCATACCTCCCACCATTAC
GCCCACACGCTTAGGGCCCCTTCGACTGATCATGCCACAATTGTGTAGGC
CGGTTAAGGCCGAGGCCTCCTCCAGTGTCTCGACAGAGTTGTTCAGCAGC
AGAAGCACCAGCCAGTATAGTAGCACCACCACCACCACCAATCCCCCTCC
TAGCGGCATCACGTTTGCGGCATTGACCCCGCTAATAAGCTTTTCAATTT
TACTAGGCGTCGTGATGGATGACGTAATCATCGATTTTTGCGAGAATGCC
GGTACGGAGCCTCTGGGATGGGGCATGAGTGGGGTTTACCCTCTTCTAGA
TGTATACCCCCCCCCCCTCCTTTGTATCTATGACGACAAACGCTGACCAT
TTCGTCTAATTCTTTCCATTACCTCTATTCTTTACCTTTCTCCTCTCCTC
TCAGAATGGAAGAAGGCCTATCTTGCCGCACATCGGACGGCAACTCTGCC
GACTAGCGCCTTTGTTCCTCTTGCTTGTGTCTTGGGATTTGGTGGATTCG
TGTACAATATTTATGTGAACAACTTGAGCAGCAGCCGCAGTGGCTGCAAG
ATCCACAGTAGTGAAGGTAGTAGTATCAATGCATCTGGATGTACCAGTGA
GGAGAAGGTGATAACCACCATGGATGGCAAGAACAAGAGGCGATGCAGCA
GTAGACGGAAACCCAGCAGCAACACTAGCACCAAGAATGCCGTTATCTAC
ACTGATAGCACATCCCTGCATACTCCCATCTCTCCTTCAATCCATGTCCC
TCTTTCCAACACTCGCCAATGCAGTAGCCCTTCCCCTCTTCTCGACTGGC
GCATCCTTATTAGCACCGGTCTTGGACTCTTAATGTACGTACTCTTCGTC
CACTTTCTCATCCCCAGCCAAGACTTCATCGCCGGCGTCGTAGTGTCTGA
CAAGTCGCGTCTACGGAGCGCTGGACAGGTACAAGAGGCTTTAAGGCTTG
TGAAGGGAGGGCATCTGCTGTTGTTCGGTGCATTGACTGGAATGGTTGCC
TTGCAGGTCTCATCGCTAGGCCACGGCGGGCTAAGTAAATGGAGGAATCG
ACAGGTAGAGAATGAATAGGATAGATTGTAGGCGAGAGAGGTAGGGCTAT
AGAAGTTTTGTGTACAGGGCCTCAATTTGAAATGAAGGGGTGTGACATTG
ACCAATGCAGCAAAGCCTTAGTGAAAGGTTACAAGACGGAAATCGACATG
AATATGTATGTAGTAAGGTAAATATGGCCAAAGAAAAACAGGGCAGTGAC
ATCGCATCAACAGATCATGCTGCTGATTGTGAACTTTTGTTTTTAATGTG
TAATGCGTAATCGAATGAAGAAGGTTGGATCGTAGTCAAGCCTTCCCGTG
CTGCAAGGTCTGCTGGCGCCATGCTAGCTATGGTTCTGTACGTGGAGGCA
CAACTCCAATTCCCCTATGAAGCGGTGTGGAAGTAAAGTTTGTGGCTACT
TGAACCTACCATATTCCCTCCGTCCTCCCAGGTCCACTCGGTCCAAAAGA
ATGTTCTCGGAGTCGACGTGTAGCGCGGATACGTGCCGTGGAATGCAAGC
CCGACGGGGAGGTGGCCCCACCAAATGCAACGTATCTGTCTTGCCTCCTT
CTTTCCGCTCCAATCGCACACCATTACATCCACAATTCACGCCCTCCACC
CATAGCTGGCACAGGGAACACTGAAGCTGGAGCCTTGAAGGTGCAAGGAC
ACGCTTAGAAACGACCTAGCTTCGGATAGGACCTCATGCCAACCCCCAGA
ATGGTACGGGAACCCAGCGACGGCCGCTTGACCCATCAAGGCGCCGCCTT
TCTCTTTCTCATAACCACTACAATGGCTGCAGCAGGCGGTGCAGCCCTTG
TCCTCTTATTGCAGCACCGCGGCACTCTCCCTCCACCTCCACGCCGACAA
GCACCACGCTCGCCAAGCAAGGGCAAAGAAGTGCATGCCGCCCACGTTGG
CAGCCCTAGCAAAAGCAACAGCAATCGGGACACTATGCCTGTGGAAGGGA
GCGAGGATATCTTCCCTCCTTTGCCCCCCACCGTGGTGGCTTTGCTTCAC
TCCACCCGTGTCTGTCACCTGAGTACTACCAGCTCGGATGGCTTACCGCA
TTTGTCCCTAATGCGGTTCACTTACCGACAGGAGGAGGAAGTAATTATAA
TGACAACGCGGACCGACACCAAGAAGTATGAGCTGTTGTGTTCGAGCCCC
AAGGTTGCTGTCTTGGTACATGATTTCCCGTCGTTACGGAAGGAGGAGGA
AGAGGAGGAAGAGGAGGTGGGAGGGAGTAAGGGAGGGGGGGAGGGAGGGT
CGACGGTCCAGGACGTAGATGACGGAGCAGGAGAAGGGCACACATACGCG
ATAACTTTAAATGGCGTGGCACATGTGCAAAAGGGAGAGGAGGCAGAGAG
GTTTCGGGCGCTGCACTTGGTGAATAATATTGCTTACAGGCAGTTCATCG
AGGGGGAAAAGATCGCTGTGTTTACGGTGCATGTGATGAGTGCACGAATA
TGCAATGTGAAAGACCGCGTGACGTACTGGGATAAGCATACGGCGGTCAA
GGCAGCGAAGGAGCAGGAGATGAAGAAGGAAGCCGAAACGGTGTGAGGGG
AGGAGAGGGGAGAAAGAGACGGAAGTTGTAAAAGGTGTAGAGAGAAGAGG
AGAGGAAGAAAAGAAGGATTCCGAAAAGGTGTAGGAGGGCGATGACCAGC
ATCAAACAATGCATGTGCGAAGAAATGGGTAAATTTTTAAAAATAGGTCG
GAGTCGGTGAGTTGTTACAAAAGCGACAAGAGAGCGAAGCTAAGAGGGAA
GGAAAAGGAATAATAACACGAAGAAAAAGAAGAGCAGAATGAC

Coding sequence (CDS) from alignment at scaffold_3:113143..116135-

>mRNA_40 ID=mRNA_40|Name=jgi.p|Nanoce1779_2|668161|organism=Nannochloropsis oceanica|type=CDS|length=8070bp|location=Sequence derived from alignment at scaffold_3:113143..116135- (Nannochloropsis oceanica)
GGCAAAGAAGTGCATGCCGCCCACGTTGGCAGCCCTAGCAAAAGCAACAG
CAATCGGGACACTATGCCTGTGGAAGGGAGCGAGGATATCTTCCCTCCTT
TGCCCCCCACCGTGGTGGCTTTGCTTCACTCCACCCGTGTCTGTCACCTG
AGTACTACCAGCTCGGATGGCTTACCGCATTTGTCCCTAATGCGGTTCAC
TTACCGACAGGAGGAGGAAGTAATTATAATGACAACGCGGACCGACACCA
AGAAGTATGAGCTGTTGTGTTCGAGCCCCAAGGTTGCTGTCTTGGTACAT
GATTTCCCGTCGTTACGGAAGGAGGAGGAAGAGGAGGAAGAGGAGGTGGG
AGGGAGTAAGGGAGGGGGGGAGGGAGGGTCGACGGTCCAGGACGTAGATG
ACGGAGCAGGAGAAGGGCACACATACGCGATAACTTTAAATGGCGTGGCA
CATGTGCAAAAGGGAGAGGAGGCAGAGAGGTTTCGGGCGCTGCACTTGGT
GAATAATATTGCTTACAGGCAGTTCATCGAGGGGGAAAAGATCGCTGTGT
TTACGGTGCATGTGATGAGTGCACGAATATGCAATGTGAAAGACCGCGTG
ACGTACTGGGATAAGCATACGGCGGTCAAGGCAGCGAAGGAGCAGGAGAT
GAAGAAGGAAGCCGAAACGGTGTGACTGGCACAGGGAACACTGAAGCTGG
AGCCTTGAAGCCAAGACTTCATCGCCGGCGTCGTAGTGTCTGACAAGTCG
CGTCTACGGAGCGCTGGACAGGTACAAGAGGCTTTAAGGCTTGTGAAGGG
AGGGCATCTGCTGTTGTTCGGTGCATTGACTGGAATGGTTGCCTTGCAGG
TCTCATCGCTAGGCCACGGCGGGCTAAAATGGAAGAAGGCCTATCTTGCC
GCACATCGGACGGCAACTCTGCCGACTAGCGCCTTTGTTCCTCTTGCTTG
TGTCTTGGGATTTGGTGGATTCGTGTACAATATTTATGTGAACAACTTGA
GCAGCAGCCGCAGTGGCTGCAAGATCCACAGTAGTGAAGGTAGTAGTATC
AATGCATCTGGATGTACCAGTGAGGAGAAGGTGATAACCACCATGGATGG
CAAGAACAAGAGGCGATGCAGCAGTAGACGGAAACCCAGCAGCAACACTA
GCACCAAGAATGCCGTTATCTACACTGATAGCACATCCCTGCATACTCCC
ATCTCTCCTTCAATCCATGTCCCTCTTTCCAACACTCGCCAATGCAGTAG
CCCTTCCCCTCTTCTCGACTGGCGCATCCTTATTAGCACCGGTCTTGGAC
TCTTAATATGTCTGGATGCTCTTCTGACCCCAAATGGATCGTGTCCATAC
CTCCCACCATTACGCCCACACGCTTAGGGCCCCTTCGACTGATCATGCCA
CAATTGTGTAGGCCGGTTAAGGCCGAGGCCTCCTCCAGTGTCTCGACAGA
GTTGTTCAGCAGCAGAAGCACCAGCCAGTATAGTAGCACCACCACCACCA
CCAATCCCCCTCCTAGCGGCATCACGTTTGCGGCATTGACCCCGCTAATA
AGCTTTTCAATTTTACTAGGCGTCGTGATGGATGACGTAATCATCGATTT
TTGCGAGAATGCCGGGCAAAGAAGTGCATGCCGCCCACGTTGGCAGCCCT
AGCAAAAGCAACAGCAATCGGGACACTATGCCTGTGGAAGGGAGCGAGGA
TATCTTCCCTCCTTTGCCCCCCACCGTGGTGGCTTTGCTTCACTCCACCC
GTGTCTGTCACCTGAGTACTACCAGCTCGGATGGCTTACCGCATTTGTCC
CTAATGCGGTTCACTTACCGACAGGAGGAGGAAGTAATTATAATGACAAC
GCGGACCGACACCAAGAAGTATGAGCTGTTGTGTTCGAGCCCCAAGGTTG
CTGTCTTGGTACATGATTTCCCGTCGTTACGGAAGGAGGAGGAAGAGGAG
GAAGAGGAGGTGGGAGGGAGTAAGGGAGGGGGGGAGGGAGGGTCGACGGT
CCAGGACGTAGATGACGGAGCAGGAGAAGGGCACACATACGCGATAACTT
TAAATGGCGTGGCACATGTGCAAAAGGGAGAGGAGGCAGAGAGGTTTCGG
GCGCTGCACTTGGTGAATAATATTGCTTACAGGCAGTTCATCGAGGGGGA
AAAGATCGCTGTGTTTACGGTGCATGTGATGAGTGCACGAATATGCAATG
TGAAAGACCGCGTGACGTACTGGGATAAGCATACGGCGGTCAAGGCAGCG
AAGGAGCAGGAGATGAAGAAGGAAGCCGAAACGGTGTGACTGGCACAGGG
AACACTGAAGCTGGAGCCTTGAAGCCAAGACTTCATCGCCGGCGTCGTAG
TGTCTGACAAGTCGCGTCTACGGAGCGCTGGACAGGTACAAGAGGCTTTA
AGGCTTGTGAAGGGAGGGCATCTGCTGTTGTTCGGTGCATTGACTGGAAT
GGTTGCCTTGCAGGTCTCATCGCTAGGCCACGGCGGGCTAAAATGGAAGA
AGGCCTATCTTGCCGCACATCGGACGGCAACTCTGCCGACTAGCGCCTTT
GTTCCTCTTGCTTGTGTCTTGGGATTTGGTGGATTCGTGTACAATATTTA
TGTGAACAACTTGAGCAGCAGCCGCAGTGGCTGCAAGATCCACAGTAGTG
AAGGTAGTAGTATCAATGCATCTGGATGTACCAGTGAGGAGAAGGTGATA
ACCACCATGGATGGCAAGAACAAGAGGCGATGCAGCAGTAGACGGAAACC
CAGCAGCAACACTAGCACCAAGAATGCCGTTATCTACACTGATAGCACAT
CCCTGCATACTCCCATCTCTCCTTCAATCCATGTCCCTCTTTCCAACACT
CGCCAATGCAGTAGCCCTTCCCCTCTTCTCGACTGGCGCATCCTTATTAG
CACCGGTCTTGGACTCTTAATATGTCTGGATGCTCTTCTGACCCCAAATG
GATCGTGTCCATACCTCCCACCATTACGCCCACACGCTTAGGGCCCCTTC
GACTGATCATGCCACAATTGTGTAGGCCGGTTAAGGCCGAGGCCTCCTCC
AGTGTCTCGACAGAGTTGTTCAGCAGCAGAAGCACCAGCCAGTATAGTAG
CACCACCACCACCACCAATCCCCCTCCTAGCGGCATCACGTTTGCGGCAT
TGACCCCGCTAATAAGCTTTTCAATTTTACTAGGCGTCGTGATGGATGAC
GTAATCATCGATTTTTGCGAGAATGCCGGGCAAAGAAGTGCATGCCGCCC
ACGTTGGCAGCCCTAGCAAAAGCAACAGCAATCGGGACACTATGCCTGTG
GAAGGGAGCGAGGATATCTTCCCTCCTTTGCCCCCCACCGTGGTGGCTTT
GCTTCACTCCACCCGTGTCTGTCACCTGAGTACTACCAGCTCGGATGGCT
TACCGCATTTGTCCCTAATGCGGTTCACTTACCGACAGGAGGAGGAAGTA
ATTATAATGACAACGCGGACCGACACCAAGAAGTATGAGCTGTTGTGTTC
GAGCCCCAAGGTTGCTGTCTTGGTACATGATTTCCCGTCGTTACGGAAGG
AGGAGGAAGAGGAGGAAGAGGAGGTGGGAGGGAGTAAGGGAGGGGGGGAG
GGAGGGTCGACGGTCCAGGACGTAGATGACGGAGCAGGAGAAGGGCACAC
ATACGCGATAACTTTAAATGGCGTGGCACATGTGCAAAAGGGAGAGGAGG
CAGAGAGGTTTCGGGCGCTGCACTTGGTGAATAATATTGCTTACAGGCAG
TTCATCGAGGGGGAAAAGATCGCTGTGTTTACGGTGCATGTGATGAGTGC
ACGAATATGCAATGTGAAAGACCGCGTGACGTACTGGGATAAGCATACGG
CGGTCAAGGCAGCGAAGGAGCAGGAGATGAAGAAGGAAGCCGAAACGGTG
TGACTGGCACAGGGAACACTGAAGCTGGAGCCTTGAAGCCAAGACTTCAT
CGCCGGCGTCGTAGTGTCTGACAAGTCGCGTCTACGGAGCGCTGGACAGG
TACAAGAGGCTTTAAGGCTTGTGAAGGGAGGGCATCTGCTGTTGTTCGGT
GCATTGACTGGAATGGTTGCCTTGCAGGTCTCATCGCTAGGCCACGGCGG
GCTAAAATGGAAGAAGGCCTATCTTGCCGCACATCGGACGGCAACTCTGC
CGACTAGCGCCTTTGTTCCTCTTGCTTGTGTCTTGGGATTTGGTGGATTC
GTGTACAATATTTATGTGAACAACTTGAGCAGCAGCCGCAGTGGCTGCAA
GATCCACAGTAGTGAAGGTAGTAGTATCAATGCATCTGGATGTACCAGTG
AGGAGAAGGTGATAACCACCATGGATGGCAAGAACAAGAGGCGATGCAGC
AGTAGACGGAAACCCAGCAGCAACACTAGCACCAAGAATGCCGTTATCTA
CACTGATAGCACATCCCTGCATACTCCCATCTCTCCTTCAATCCATGTCC
CTCTTTCCAACACTCGCCAATGCAGTAGCCCTTCCCCTCTTCTCGACTGG
CGCATCCTTATTAGCACCGGTCTTGGACTCTTAATATGTCTGGATGCTCT
TCTGACCCCAAATGGATCGTGTCCATACCTCCCACCATTACGCCCACACG
CTTAGGGCCCCTTCGACTGATCATGCCACAATTGTGTAGGCCGGTTAAGG
CCGAGGCCTCCTCCAGTGTCTCGACAGAGTTGTTCAGCAGCAGAAGCACC
AGCCAGTATAGTAGCACCACCACCACCACCAATCCCCCTCCTAGCGGCAT
CACGTTTGCGGCATTGACCCCGCTAATAAGCTTTTCAATTTTACTAGGCG
TCGTGATGGATGACGTAATCATCGATTTTTGCGAGAATGCCGGGCAAAGA
AGTGCATGCCGCCCACGTTGGCAGCCCTAGCAAAAGCAACAGCAATCGGG
ACACTATGCCTGTGGAAGGGAGCGAGGATATCTTCCCTCCTTTGCCCCCC
ACCGTGGTGGCTTTGCTTCACTCCACCCGTGTCTGTCACCTGAGTACTAC
CAGCTCGGATGGCTTACCGCATTTGTCCCTAATGCGGTTCACTTACCGAC
AGGAGGAGGAAGTAATTATAATGACAACGCGGACCGACACCAAGAAGTAT
GAGCTGTTGTGTTCGAGCCCCAAGGTTGCTGTCTTGGTACATGATTTCCC
GTCGTTACGGAAGGAGGAGGAAGAGGAGGAAGAGGAGGTGGGAGGGAGTA
AGGGAGGGGGGGAGGGAGGGTCGACGGTCCAGGACGTAGATGACGGAGCA
GGAGAAGGGCACACATACGCGATAACTTTAAATGGCGTGGCACATGTGCA
AAAGGGAGAGGAGGCAGAGAGGTTTCGGGCGCTGCACTTGGTGAATAATA
TTGCTTACAGGCAGTTCATCGAGGGGGAAAAGATCGCTGTGTTTACGGTG
CATGTGATGAGTGCACGAATATGCAATGTGAAAGACCGCGTGACGTACTG
GGATAAGCATACGGCGGTCAAGGCAGCGAAGGAGCAGGAGATGAAGAAGG
AAGCCGAAACGGTGTGACTGGCACAGGGAACACTGAAGCTGGAGCCTTGA
AGCCAAGACTTCATCGCCGGCGTCGTAGTGTCTGACAAGTCGCGTCTACG
GAGCGCTGGACAGGTACAAGAGGCTTTAAGGCTTGTGAAGGGAGGGCATC
TGCTGTTGTTCGGTGCATTGACTGGAATGGTTGCCTTGCAGGTCTCATCG
CTAGGCCACGGCGGGCTAAAATGGAAGAAGGCCTATCTTGCCGCACATCG
GACGGCAACTCTGCCGACTAGCGCCTTTGTTCCTCTTGCTTGTGTCTTGG
GATTTGGTGGATTCGTGTACAATATTTATGTGAACAACTTGAGCAGCAGC
CGCAGTGGCTGCAAGATCCACAGTAGTGAAGGTAGTAGTATCAATGCATC
TGGATGTACCAGTGAGGAGAAGGTGATAACCACCATGGATGGCAAGAACA
AGAGGCGATGCAGCAGTAGACGGAAACCCAGCAGCAACACTAGCACCAAG
AATGCCGTTATCTACACTGATAGCACATCCCTGCATACTCCCATCTCTCC
TTCAATCCATGTCCCTCTTTCCAACACTCGCCAATGCAGTAGCCCTTCCC
CTCTTCTCGACTGGCGCATCCTTATTAGCACCGGTCTTGGACTCTTAATA
TGTCTGGATGCTCTTCTGACCCCAAATGGATCGTGTCCATACCTCCCACC
ATTACGCCCACACGCTTAGGGCCCCTTCGACTGATCATGCCACAATTGTG
TAGGCCGGTTAAGGCCGAGGCCTCCTCCAGTGTCTCGACAGAGTTGTTCA
GCAGCAGAAGCACCAGCCAGTATAGTAGCACCACCACCACCACCAATCCC
CCTCCTAGCGGCATCACGTTTGCGGCATTGACCCCGCTAATAAGCTTTTC
AATTTTACTAGGCGTCGTGATGGATGACGTAATCATCGATTTTTGCGAGA
ATGCCGGGCAAAGAAGTGCATGCCGCCCACGTTGGCAGCCCTAGCAAAAG
CAACAGCAATCGGGACACTATGCCTGTGGAAGGGAGCGAGGATATCTTCC
CTCCTTTGCCCCCCACCGTGGTGGCTTTGCTTCACTCCACCCGTGTCTGT
CACCTGAGTACTACCAGCTCGGATGGCTTACCGCATTTGTCCCTAATGCG
GTTCACTTACCGACAGGAGGAGGAAGTAATTATAATGACAACGCGGACCG
ACACCAAGAAGTATGAGCTGTTGTGTTCGAGCCCCAAGGTTGCTGTCTTG
GTACATGATTTCCCGTCGTTACGGAAGGAGGAGGAAGAGGAGGAAGAGGA
GGTGGGAGGGAGTAAGGGAGGGGGGGAGGGAGGGTCGACGGTCCAGGACG
TAGATGACGGAGCAGGAGAAGGGCACACATACGCGATAACTTTAAATGGC
GTGGCACATGTGCAAAAGGGAGAGGAGGCAGAGAGGTTTCGGGCGCTGCA
CTTGGTGAATAATATTGCTTACAGGCAGTTCATCGAGGGGGAAAAGATCG
CTGTGTTTACGGTGCATGTGATGAGTGCACGAATATGCAATGTGAAAGAC
CGCGTGACGTACTGGGATAAGCATACGGCGGTCAAGGCAGCGAAGGAGCA
GGAGATGAAGAAGGAAGCCGAAACGGTGTGACTGGCACAGGGAACACTGA
AGCTGGAGCCTTGAAGCCAAGACTTCATCGCCGGCGTCGTAGTGTCTGAC
AAGTCGCGTCTACGGAGCGCTGGACAGGTACAAGAGGCTTTAAGGCTTGT
GAAGGGAGGGCATCTGCTGTTGTTCGGTGCATTGACTGGAATGGTTGCCT
TGCAGGTCTCATCGCTAGGCCACGGCGGGCTAAAATGGAAGAAGGCCTAT
CTTGCCGCACATCGGACGGCAACTCTGCCGACTAGCGCCTTTGTTCCTCT
TGCTTGTGTCTTGGGATTTGGTGGATTCGTGTACAATATTTATGTGAACA
ACTTGAGCAGCAGCCGCAGTGGCTGCAAGATCCACAGTAGTGAAGGTAGT
AGTATCAATGCATCTGGATGTACCAGTGAGGAGAAGGTGATAACCACCAT
GGATGGCAAGAACAAGAGGCGATGCAGCAGTAGACGGAAACCCAGCAGCA
ACACTAGCACCAAGAATGCCGTTATCTACACTGATAGCACATCCCTGCAT
ACTCCCATCTCTCCTTCAATCCATGTCCCTCTTTCCAACACTCGCCAATG
CAGTAGCCCTTCCCCTCTTCTCGACTGGCGCATCCTTATTAGCACCGGTC
TTGGACTCTTAATATGTCTGGATGCTCTTCTGACCCCAAATGGATCGTGT
CCATACCTCCCACCATTACGCCCACACGCTTAGGGCCCCTTCGACTGATC
ATGCCACAATTGTGTAGGCCGGTTAAGGCCGAGGCCTCCTCCAGTGTCTC
GACAGAGTTGTTCAGCAGCAGAAGCACCAGCCAGTATAGTAGCACCACCA
CCACCACCAATCCCCCTCCTAGCGGCATCACGTTTGCGGCATTGACCCCG
CTAATAAGCTTTTCAATTTTACTAGGCGTCGTGATGGATGACGTAATCAT
CGATTTTTGCGAGAATGCCG

Synonyms

Publications