jgi.p|Nanoce1779_2|425646, mRNA_4155 (mRNA) Nannochloropsis oceanica | NanDeSyn: Nannochloropsis Design & Synthesis Initiative

Overview


Name	jgi.p\|Nanoce1779_2\|425646
Unique Name	mRNA_4155
Type	mRNA
Organism	Nannochloropsis oceanica (N. oceanica CCMP1779)
Sequence length	2039
Alignment location	scaffold_8:970098..972822 +

Link to JBrowse

Properties


Property Name	Value
TranscriptId	425732
Track	FilteredModels2
ProteinId	425646

Mutants

Expression

No biomaterial libraries express this feature.

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold_8	supercontig	scaffold_8:970098..972822 +

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\|425646	gene_4155	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\|425646	mRNA_4155-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_4155	CDS_4155	Nannochloropsis oceanica (N. oceanica CCMP1779)	CDS

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at scaffold_8:970098..972822+
coding sequence from alignment at scaffold_8:970098..972822+

mRNA sequence

>mRNA_4155 ID=mRNA_4155|Name=jgi.p|Nanoce1779_2|425646|organism=Nannochloropsis oceanica|type=mRNA|length=2039bp
GCCGGCACAATAAATTTAATCTGGCAAACTACATTGTCGCAGTGTCTGTG
TACTGTTGTGTGTTGGCAATTTTGAAATAAGGTGTGGCAGTAGGACAATT
CGATTGTTTGCCCATTCTCAAACTGGGCGAGCACGCTGGCGAGTTCTTGG
CTTGTCGGCGTCTCCGAGATGACGATGTTAAGCAGAAGCGGCCTCTTTGA
GCCACCCACCCCCATCCGCCACTTCGCCTCCCCCTCTTCGCCTCCTCCCC
TTGGATTTCTTCTTACGCAGCCCCGTTCGACCGGCAGCACCACCCGCATT
CATTCATACCATCATGTCGGGCATGACTCTGGAACGGGCACGAGCCAGCC
ACGAAGACATTGAGGCCTACGAGGCTGCCATCGTTGCCATTTTGGAGGAC
AAACCACGGACGAACAAGGAACGCATATGGCAACAAAATCGCGTTGCCAA
CCTAATCGGTCAAATCCAAGCCCGCTCCCAAGACCTCTTGAACATTTACC
TCGACAAACACGGCGTAATGAAAGAAGAAGTCGCCTCCCTGAGAGGCCGG
GACGCTTTCCCCACTTTCTACTCCCGCCTGGACGCTGCCAAAGAATACCA
CCAAAAACATCCCAACCTTCCCGTCAAACACCATCCGGCTGTCCAAGAAG
AAGCGGAGCCTCGCCTGTCTTTCTCCGGGGAGGAAGTGTGGGGGAAATAC
CTCGACCTCCAAGCATTGCACATGGAATTCTATTCCATGCCCCAAACGCC
TAAATGGGACTATCAAATGTACCTGGAAAAATTTACTGACTTTTCGGCCG
TTCCCTCCGGAAAGAAAAACGCAGCATGGGCTAGATACGTCAAAAACCTG
TACGACTATCTCTTTTCGTTCATTCAACGCACCCAGCCACTGCTCAACAT
CGAGGACGTCGTGGGCGGCGAGGGCGGGAGGGAGGGTGGGGGGGAGGAAG
CAGCATCAAGTAAAGCCGAAGCAGCGTTTGAGGCGCTTTGGCAAGCAGGA
GAATTACCGAGCGGCTGGCCCAAGCCCTCTACAGCAGGCGAAGGTGGGAG
GGAGGAAGGGCAGGGAGGGAAGGAGGAAGCACGGCCGGTTGACTTGAGCA
AATTTCGAGCCGCTGAGGATGTGGAGGTGCTGGGGATGGAGAGGTTGAAG
GAGGGATTGGTGGCTTTGGGCCTTAAGTGCGGAGGAACGTTGAAGGAACG
TGCGACCAGGTTGTTCTCGACAAAGGGGAAGAGAAAGGAGGATATCGATA
AGAAGCTGTGGGCAGGGGTGAAGAAGGGAGGGAAGGAGGGAGGGAAGAAG
GAGGGGAGTGGAGCAGCAGCGAATGGGAGTAGGAATGGACACGGAGGTAA
CGAGGGAGGAAAAGAGGGAGGGGGCAGTAAGAAGCAGTGTGCTTGGGTGG
AATATAAGATAGGGTTATTGGTCGGGGAGGTCTTGGGGGAGGTGATCGAA
GCGACCAGAAAGTTCGTCGAGAAGAAACAGACAAGAACGAAGGAGGAGAG
GGAGGCTGAGTTGAAGCAGGAGGCGGAAGGGGGCTTGCCAGAGATGAGGG
GCGAGGGGGAAGACGAGGACGAGGACGAGGACGAGGACGAGGACGGGCCC
ATTTACAATCCATTGAATTTGCCGTTAGGCTACGACGGGAAACCGATCCC
TTACTGGCTGTACAAACTGCATGGTCTGGGCGTGGAGTACAAGTGTGAGA
TATGTGGCAATCATTCTTATTGGGGCCGCCGAGCATTTGACAGACATTTC
CAAGAATGGCGTCATGCCCATGGGATGCGTTGTTTGATGGTGCCCAACAC
GAAGCACTTCCACGATATCACCACCATTAAAGACGCCTTGGCTCTGTACG
GGCGGATCAAGGAGCAACTGAAGGGCGAAGTTTACGATGCAGAGGTGGAG
GAGGAGTTCGAGGACTCGGAGGGTAACGTGTTGAATCGACGGACCTTCCA
AGACCTGGCTCGGCAGGGTTTGCTCTAGATGGTTGCTGGGTATCCTAATT
ATGTGATGGCCGACACCTGCCGACGTTCCTCCTGTTTTC

protein sequence of jgi.p|Nanoce1779_2|425646

>mRNA_4155-protein ID=mRNA_4155-protein|Name=jgi.p|Nanoce1779_2|425646|organism=Nannochloropsis oceanica|type=polypeptide|length=555bp
MSGMTLERARASHEDIEAYEAAIVAILEDKPRTNKERIWQQNRVANLIGQ
IQARSQDLLNIYLDKHGVMKEEVASLRGRDAFPTFYSRLDAAKEYHQKHP
NLPVKHHPAVQEEAEPRLSFSGEEVWGKYLDLQALHMEFYSMPQTPKWDY
QMYLEKFTDFSAVPSGKKNAAWARYVKNLYDYLFSFIQRTQPLLNIEDVV
GGEGGREGGGEEAASSKAEAAFEALWQAGELPSGWPKPSTAGEGGREEGQ
GGKEEARPVDLSKFRAAEDVEVLGMERLKEGLVALGLKCGGTLKERATRL
FSTKGKRKEDIDKKLWAGVKKGGKEGGKKEGSGAAANGSRNGHGGNEGGK
EGGGSKKQCAWVEYKIGLLVGEVLGEVIEATRKFVEKKQTRTKEEREAEL
KQEAEGGLPEMRGEGEDEDEDEDEDEDGPIYNPLNLPLGYDGKPIPYWLY
KLHGLGVEYKCEICGNHSYWGRRAFDRHFQEWRHAHGMRCLMVPNTKHFH
DITTIKDALALYGRIKEQLKGEVYDAEVEEEFEDSEGNVLNRRTFQDLAR
QGLL*

mRNA from alignment at scaffold_8:970098..972822+

Legend: polypeptideCDS

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

>mRNA_4155 ID=mRNA_4155|Name=jgi.p|Nanoce1779_2|425646|organism=Nannochloropsis oceanica|type=mRNA|length=2725bp|location=Sequence derived from alignment at scaffold_8:970098..972822+ (Nannochloropsis oceanica)
GCCGGCACAATAAATTTAATCTGGCAAACTACATTGTCGCAGTGTCTGTG
TACTGTTGTGTGTTGGCAATTTTGAAATAAGGTGTGGCAGTAGGACAATT
CGATTGTTTGCCCATTCTCAAACTGGGCGAGCACGCTGGCGAGTTCTTGG
CTTGTCGGCGTCTCCGAGATGACGATGGTGAGACAGACATCAAAACGACA
TGGAGCACTGCACTGCACTCACCCACAAAGCACAACACGCCACGATGCAA
TAGTGCTCTCACACCCTCTCACCCCCCCCACCCACCCAATTCAAGTTAAG
CAGAAGCGGCCTCTTTGAGCCACCCACCCCCATCCGCCACTTCGCCTCCC
CCTCTTCGCCTCCTCCCCTTGGATTTCTTCTTACGCAGCCCCGTTCGACC
GGCAGCACCACCCGCATTCATTCATACCATCATGTCGGGCATGACTCTGG
AACGGGCACGAGCCAGCCACGAAGACATTGAGGCCTACGAGGCTGCCATC
GTTGCCATTTTGGAGGACAAACCACGGACGGTACGTGTTGTTATCCCCCC
CTCCTCTTCGCATGCCTCTTTGCTTGCCTCCAGGTCGACTGTCGTGTGAG
AAACAAGTGTCAAGCATGTACCTTACAGCGTCACCGTCCCACAAAGAAAG
GTTGGACTGGAGTATGCAGTATATACTGCTCTTATCGCATTTCTGTCTTG
CCTTCTATGACTGAACTGTCAGTCCATAACATAAGCCTCCTCCCAAGTGC
TCCCTCCCTTCCTTCCCCCACCCACCCGGAATAGAACAAGGAACGCATAT
GGCAACAAAATCGCGTTGCCAACCTAATCGGTCAAATCCAAGCCCGCTCC
CAAGACCTCTTGAACATTTACCTCGACAAACACGGCGTAATGAAAGAAGA
AGTCGCCTCCCTGAGAGGCCGGGACGCTTTCCCCACTTTCTACTCCCGCC
TGGACGCTGCCAAAGAATACCACCAAAAACATCCCAACCTTCCCGTCAAA
CACCATCCGGCTGTCCAAGAAGAAGCGGAGCCTCGCCTGTCTTTCTCCGG
GGAGGAAGTGTGGGGGAAATACCTCGACCTCCAAGCATTGCACATGGAAT
TCTATTCCATGCCCCAAACGCCTAAATGGGACTATCAAATGTACCTGGAA
AAATTTACTGACTTTTCGGCCGTTCCCTCCGGAAAGAAAAACGCAGCATG
GGCTAGGTGAGGGGGGAGGGGGGGAAGTGAAGGAAGAAAGGAGTGAGGAT
ACCCGGCTTGAGTATAGGTGCGAACGGTACAAACTCACCCCCCATCCATT
CCTCCCTCCGTACCTATCGATTCTACAACTTTCCCTCTTAGATACGTCAA
AAACCTGTACGACTATCTCTTTTCGTTCATTCAACGCACCCAGCCACTGC
TCAACATCGAGGACGTCGTGGGCGGCGAGGGCGGGAGGGAGGGTGGGGGG
GAGGAAGCAGCATCAAGTAAAGCCGAAGCAGCGTTTGAGGCGCTTTGGCA
AGCAGGAGAATTACCGAGCGGCTGGCCCAAGCCCTCTACAGCAGGCGAAG
GTGGGAGGGAGGAAGGGCAGGGAGGGAAGGAGGAAGCACGGCCGGTTGAC
TTGAGCAAATTTCGAGCCGCTGAGGATGTGGAGGTGCTGGGGATGGAGAG
GTTGAAGGAGGGATTGGTGGCTTTGGGCCTTAAGTGCGGAGGAACGTTGA
AGGAACGTGCGACCAGGTTGTTCTCGACAAAGGGGAAGAGAAAGGAGGAT
ATCGATAAGAAGCTGTGGGCAGGGGTGAAGAAGGGAGGGAAGGAGGGAGG
GAAGAAGGAGGGGAGTGGAGCAGCAGCGAATGGGAGTAGGAATGGACACG
GAGGTAACGAGGGAGGAAAAGAGGGAGGGGGCAGTAAGAAGCAGTGTGCT
TGGGTGGAATATAAGATAGGGTTATTGGTCGGGGAGGTCTTGGGGGAGGT
GATCGAAGCGACCAGAAAGTTCGTCGAGAAGAAACAGACAAGAACGAAGG
AGGAGAGGGAGGCTGAGTTGAAGCAGGAGGCGGAAGGGGGCTTGCCAGAG
ATGAGGGGCGAGGGGGAAGACGAGGACGAGGACGAGGACGAGGACGAGGA
CGGGCCCATTTACAATCCATTGAATTTGCCGTTAGGCTACGACGGGAAAC
CGATCCCTTACTGGCTGTACAAACTGCATGGTCTGGGCGTGGAGTACAAG
TGTGAGATATGTGGCAATCATTCTTATTGGGGCCGCCGAGCATTTGACAG
GTTCGTTTCGTTCGCTGCTCCGCCCTCTTTCCAACCCCCCTTCCTACCTT
CCATGCTCATAGGATGCTTTGGAAATGTAACACGGCGCGTTGGTTGAAGA
GAGTCATATCGTATTCCTCATTATCACTATCCCTCCCTTTCTCCTTCCCT
CCCTCTCTCTCTTCCTCCTGTCCCACCAGACATTTCCAAGAATGGCGTCA
TGCCCATGGGATGCGTTGTTTGATGGTGCCCAACACGAAGCACTTCCACG
ATATCACCACCATTAAAGACGCCTTGGCTCTGTACGGGCGGATCAAGGAG
CAACTGAAGGGCGAAGTTTACGATGCAGAGGTGGAGGAGGAGTTCGAGGA
CTCGGAGGGTAACGTGTTGAATCGACGGACCTTCCAAGACCTGGCTCGGC
AGGGTTTGCTCTAGATGGTTGCTGGGTATCCTAATTATGTGATGGCCGAC
ACCTGCCGACGTTCCTCCTGTTTTC

Coding sequence (CDS) from alignment at scaffold_8:970098..972822+

>mRNA_4155 ID=mRNA_4155|Name=jgi.p|Nanoce1779_2|425646|organism=Nannochloropsis oceanica|type=CDS|length=6660bp|location=Sequence derived from alignment at scaffold_8:970098..972822+ (Nannochloropsis oceanica)
ATGTCGGGCATGACTCTGGAACGGGCACGAGCCAGCCACGAAGACATTGA
GGCCTACGAGGCTGCCATCGTTGCCATTTTGGAGGACAAACCACGGACGA
ACAAGGAACGCATATGGCAACAAAATCGCGTTGCCAACCTAATCGGTCAA
ATCCAAGCCCGCTCCCAAGACCTCTTGAACATTTACCTCGACAAACACGG
CGTAATGAAAGAAGAAGTCGCCTCCCTGAGAGGCCGGGACGCTTTCCCCA
CTTTCTACTCCCGCCTGGACGCTGCCAAAGAATACCACCAAAAACATCCC
AACCTTCCCGTCAAACACCATCCGGCTGTCCAAGAAGAAGCGGAGCCTCG
CCTGTCTTTCTCCGGGGAGGAAGTGTGGGGGAAATACCTCGACCTCCAAG
CATTGCACATGGAATTCTATTCCATGCCCCAAACGCCTAAATGGGACTAT
CAAATGTACCTGGAAAAATTTACTGACTTTTCGGCCGTTCCCTCCGGAAA
GAAAAACGCAGCATGGGCTAGATACGTCAAAAACCTGTACGACTATCTCT
TTTCGTTCATTCAACGCACCCAGCCACTGCTCAACATCGAGGACGTCGTG
GGCGGCGAGGGCGGGAGGGAGGGTGGGGGGGAGGAAGCAGCATCAAGTAA
AGCCGAAGCAGCGTTTGAGGCGCTTTGGCAAGCAGGAGAATTACCGAGCG
GCTGGCCCAAGCCCTCTACAGCAGGCGAAGGTGGGAGGGAGGAAGGGCAG
GGAGGGAAGGAGGAAGCACGGCCGGTTGACTTGAGCAAATTTCGAGCCGC
TGAGGATGTGGAGGTGCTGGGGATGGAGAGGTTGAAGGAGGGATTGGTGG
CTTTGGGCCTTAAGTGCGGAGGAACGTTGAAGGAACGTGCGACCAGGTTG
TTCTCGACAAAGGGGAAGAGAAAGGAGGATATCGATAAGAAGCTGTGGGC
AGGGGTGAAGAAGGGAGGGAAGGAGGGAGGGAAGAAGGAGGGGAGTGGAG
CAGCAGCGAATGGGAGTAGGAATGGACACGGAGGTAACGAGGGAGGAAAA
GAGGGAGGGGGCAGTAAGAAGCAGTGTGCTTGGGTGGAATATAAGATAGG
GTTATTGGTCGGGGAGGTCTTGGGGGAGGTGATCGAAGCGACCAGAAAGT
TCGTCGAGAAGAAACAGACAAGAACGAAGGAGGAGAGGGAGGCTGAGTTG
AAGCAGGAGGCGGAAGGGGGCTTGCCAGAGATGAGGGGCGAGGGGGAAGA
CGAGGACGAGGACGAGGACGAGGACGAGGACGGGCCCATTTACAATCCAT
TGAATTTGCCGTTAGGCTACGACGGGAAACCGATCCCTTACTGGCTGTAC
AAACTGCATGGTCTGGGCGTGGAGTACAAGTGTGAGATATGTGGCAATCA
TTCTTATTGGGGCCGCCGAGCATTTGACAGACATTTCCAAGAATGGCGTC
ATGCCCATGGGATGCGTTGTTTGATGGTGCCCAACACGAAGCACTTCCAC
GATATCACCACCATTAAAGACGCCTTGGCTCTGTACGGGCGGATCAAGGA
GCAACTGAAGGGCGAAGTTTACGATGCAGAGGTGGAGGAGGAGTTCGAGG
ACTCGGAGGGTAACGTGTTGAATCGACGGACCTTCCAAGACCTGGCTCGG
CAGGGTTTGCTCTAGATGTCGGGCATGACTCTGGAACGGGCACGAGCCAG
CCACGAAGACATTGAGGCCTACGAGGCTGCCATCGTTGCCATTTTGGAGG
ACAAACCACGGACGAACAAGGAACGCATATGGCAACAAAATCGCGTTGCC
AACCTAATCGGTCAAATCCAAGCCCGCTCCCAAGACCTCTTGAACATTTA
CCTCGACAAACACGGCGTAATGAAAGAAGAAGTCGCCTCCCTGAGAGGCC
GGGACGCTTTCCCCACTTTCTACTCCCGCCTGGACGCTGCCAAAGAATAC
CACCAAAAACATCCCAACCTTCCCGTCAAACACCATCCGGCTGTCCAAGA
AGAAGCGGAGCCTCGCCTGTCTTTCTCCGGGGAGGAAGTGTGGGGGAAAT
ACCTCGACCTCCAAGCATTGCACATGGAATTCTATTCCATGCCCCAAACG
CCTAAATGGGACTATCAAATGTACCTGGAAAAATTTACTGACTTTTCGGC
CGTTCCCTCCGGAAAGAAAAACGCAGCATGGGCTAGATACGTCAAAAACC
TGTACGACTATCTCTTTTCGTTCATTCAACGCACCCAGCCACTGCTCAAC
ATCGAGGACGTCGTGGGCGGCGAGGGCGGGAGGGAGGGTGGGGGGGAGGA
AGCAGCATCAAGTAAAGCCGAAGCAGCGTTTGAGGCGCTTTGGCAAGCAG
GAGAATTACCGAGCGGCTGGCCCAAGCCCTCTACAGCAGGCGAAGGTGGG
AGGGAGGAAGGGCAGGGAGGGAAGGAGGAAGCACGGCCGGTTGACTTGAG
CAAATTTCGAGCCGCTGAGGATGTGGAGGTGCTGGGGATGGAGAGGTTGA
AGGAGGGATTGGTGGCTTTGGGCCTTAAGTGCGGAGGAACGTTGAAGGAA
CGTGCGACCAGGTTGTTCTCGACAAAGGGGAAGAGAAAGGAGGATATCGA
TAAGAAGCTGTGGGCAGGGGTGAAGAAGGGAGGGAAGGAGGGAGGGAAGA
AGGAGGGGAGTGGAGCAGCAGCGAATGGGAGTAGGAATGGACACGGAGGT
AACGAGGGAGGAAAAGAGGGAGGGGGCAGTAAGAAGCAGTGTGCTTGGGT
GGAATATAAGATAGGGTTATTGGTCGGGGAGGTCTTGGGGGAGGTGATCG
AAGCGACCAGAAAGTTCGTCGAGAAGAAACAGACAAGAACGAAGGAGGAG
AGGGAGGCTGAGTTGAAGCAGGAGGCGGAAGGGGGCTTGCCAGAGATGAG
GGGCGAGGGGGAAGACGAGGACGAGGACGAGGACGAGGACGAGGACGGGC
CCATTTACAATCCATTGAATTTGCCGTTAGGCTACGACGGGAAACCGATC
CCTTACTGGCTGTACAAACTGCATGGTCTGGGCGTGGAGTACAAGTGTGA
GATATGTGGCAATCATTCTTATTGGGGCCGCCGAGCATTTGACAGACATT
TCCAAGAATGGCGTCATGCCCATGGGATGCGTTGTTTGATGGTGCCCAAC
ACGAAGCACTTCCACGATATCACCACCATTAAAGACGCCTTGGCTCTGTA
CGGGCGGATCAAGGAGCAACTGAAGGGCGAAGTTTACGATGCAGAGGTGG
AGGAGGAGTTCGAGGACTCGGAGGGTAACGTGTTGAATCGACGGACCTTC
CAAGACCTGGCTCGGCAGGGTTTGCTCTAGATGTCGGGCATGACTCTGGA
ACGGGCACGAGCCAGCCACGAAGACATTGAGGCCTACGAGGCTGCCATCG
TTGCCATTTTGGAGGACAAACCACGGACGAACAAGGAACGCATATGGCAA
CAAAATCGCGTTGCCAACCTAATCGGTCAAATCCAAGCCCGCTCCCAAGA
CCTCTTGAACATTTACCTCGACAAACACGGCGTAATGAAAGAAGAAGTCG
CCTCCCTGAGAGGCCGGGACGCTTTCCCCACTTTCTACTCCCGCCTGGAC
GCTGCCAAAGAATACCACCAAAAACATCCCAACCTTCCCGTCAAACACCA
TCCGGCTGTCCAAGAAGAAGCGGAGCCTCGCCTGTCTTTCTCCGGGGAGG
AAGTGTGGGGGAAATACCTCGACCTCCAAGCATTGCACATGGAATTCTAT
TCCATGCCCCAAACGCCTAAATGGGACTATCAAATGTACCTGGAAAAATT
TACTGACTTTTCGGCCGTTCCCTCCGGAAAGAAAAACGCAGCATGGGCTA
GATACGTCAAAAACCTGTACGACTATCTCTTTTCGTTCATTCAACGCACC
CAGCCACTGCTCAACATCGAGGACGTCGTGGGCGGCGAGGGCGGGAGGGA
GGGTGGGGGGGAGGAAGCAGCATCAAGTAAAGCCGAAGCAGCGTTTGAGG
CGCTTTGGCAAGCAGGAGAATTACCGAGCGGCTGGCCCAAGCCCTCTACA
GCAGGCGAAGGTGGGAGGGAGGAAGGGCAGGGAGGGAAGGAGGAAGCACG
GCCGGTTGACTTGAGCAAATTTCGAGCCGCTGAGGATGTGGAGGTGCTGG
GGATGGAGAGGTTGAAGGAGGGATTGGTGGCTTTGGGCCTTAAGTGCGGA
GGAACGTTGAAGGAACGTGCGACCAGGTTGTTCTCGACAAAGGGGAAGAG
AAAGGAGGATATCGATAAGAAGCTGTGGGCAGGGGTGAAGAAGGGAGGGA
AGGAGGGAGGGAAGAAGGAGGGGAGTGGAGCAGCAGCGAATGGGAGTAGG
AATGGACACGGAGGTAACGAGGGAGGAAAAGAGGGAGGGGGCAGTAAGAA
GCAGTGTGCTTGGGTGGAATATAAGATAGGGTTATTGGTCGGGGAGGTCT
TGGGGGAGGTGATCGAAGCGACCAGAAAGTTCGTCGAGAAGAAACAGACA
AGAACGAAGGAGGAGAGGGAGGCTGAGTTGAAGCAGGAGGCGGAAGGGGG
CTTGCCAGAGATGAGGGGCGAGGGGGAAGACGAGGACGAGGACGAGGACG
AGGACGAGGACGGGCCCATTTACAATCCATTGAATTTGCCGTTAGGCTAC
GACGGGAAACCGATCCCTTACTGGCTGTACAAACTGCATGGTCTGGGCGT
GGAGTACAAGTGTGAGATATGTGGCAATCATTCTTATTGGGGCCGCCGAG
CATTTGACAGACATTTCCAAGAATGGCGTCATGCCCATGGGATGCGTTGT
TTGATGGTGCCCAACACGAAGCACTTCCACGATATCACCACCATTAAAGA
CGCCTTGGCTCTGTACGGGCGGATCAAGGAGCAACTGAAGGGCGAAGTTT
ACGATGCAGAGGTGGAGGAGGAGTTCGAGGACTCGGAGGGTAACGTGTTG
AATCGACGGACCTTCCAAGACCTGGCTCGGCAGGGTTTGCTCTAGATGTC
GGGCATGACTCTGGAACGGGCACGAGCCAGCCACGAAGACATTGAGGCCT
ACGAGGCTGCCATCGTTGCCATTTTGGAGGACAAACCACGGACGAACAAG
GAACGCATATGGCAACAAAATCGCGTTGCCAACCTAATCGGTCAAATCCA
AGCCCGCTCCCAAGACCTCTTGAACATTTACCTCGACAAACACGGCGTAA
TGAAAGAAGAAGTCGCCTCCCTGAGAGGCCGGGACGCTTTCCCCACTTTC
TACTCCCGCCTGGACGCTGCCAAAGAATACCACCAAAAACATCCCAACCT
TCCCGTCAAACACCATCCGGCTGTCCAAGAAGAAGCGGAGCCTCGCCTGT
CTTTCTCCGGGGAGGAAGTGTGGGGGAAATACCTCGACCTCCAAGCATTG
CACATGGAATTCTATTCCATGCCCCAAACGCCTAAATGGGACTATCAAAT
GTACCTGGAAAAATTTACTGACTTTTCGGCCGTTCCCTCCGGAAAGAAAA
ACGCAGCATGGGCTAGATACGTCAAAAACCTGTACGACTATCTCTTTTCG
TTCATTCAACGCACCCAGCCACTGCTCAACATCGAGGACGTCGTGGGCGG
CGAGGGCGGGAGGGAGGGTGGGGGGGAGGAAGCAGCATCAAGTAAAGCCG
AAGCAGCGTTTGAGGCGCTTTGGCAAGCAGGAGAATTACCGAGCGGCTGG
CCCAAGCCCTCTACAGCAGGCGAAGGTGGGAGGGAGGAAGGGCAGGGAGG
GAAGGAGGAAGCACGGCCGGTTGACTTGAGCAAATTTCGAGCCGCTGAGG
ATGTGGAGGTGCTGGGGATGGAGAGGTTGAAGGAGGGATTGGTGGCTTTG
GGCCTTAAGTGCGGAGGAACGTTGAAGGAACGTGCGACCAGGTTGTTCTC
GACAAAGGGGAAGAGAAAGGAGGATATCGATAAGAAGCTGTGGGCAGGGG
TGAAGAAGGGAGGGAAGGAGGGAGGGAAGAAGGAGGGGAGTGGAGCAGCA
GCGAATGGGAGTAGGAATGGACACGGAGGTAACGAGGGAGGAAAAGAGGG
AGGGGGCAGTAAGAAGCAGTGTGCTTGGGTGGAATATAAGATAGGGTTAT
TGGTCGGGGAGGTCTTGGGGGAGGTGATCGAAGCGACCAGAAAGTTCGTC
GAGAAGAAACAGACAAGAACGAAGGAGGAGAGGGAGGCTGAGTTGAAGCA
GGAGGCGGAAGGGGGCTTGCCAGAGATGAGGGGCGAGGGGGAAGACGAGG
ACGAGGACGAGGACGAGGACGAGGACGGGCCCATTTACAATCCATTGAAT
TTGCCGTTAGGCTACGACGGGAAACCGATCCCTTACTGGCTGTACAAACT
GCATGGTCTGGGCGTGGAGTACAAGTGTGAGATATGTGGCAATCATTCTT
ATTGGGGCCGCCGAGCATTTGACAGACATTTCCAAGAATGGCGTCATGCC
CATGGGATGCGTTGTTTGATGGTGCCCAACACGAAGCACTTCCACGATAT
CACCACCATTAAAGACGCCTTGGCTCTGTACGGGCGGATCAAGGAGCAAC
TGAAGGGCGAAGTTTACGATGCAGAGGTGGAGGAGGAGTTCGAGGACTCG
GAGGGTAACGTGTTGAATCGACGGACCTTCCAAGACCTGGCTCGGCAGGG
TTTGCTCTAG

Synonyms

Publications