LOC107126015 cDNA ORF clone, Gekko japonicus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107126015
Entrez Gene ID	107126015
Full Name	MAX gene-associated protein-like
Gene Type	protein-coding
Organism	Gekko japonicus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015429509.1	XP_015284995.1	MAX gene-associated protein-like

Pathways from BioSystems
Gene Ontology

The following LOC107126015 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107126015 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OGe17906	XM_015429509.1 Latest version!	Gekko japonicus MAX gene-associated protein-like (LOC107126015), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC107126015 ( XM_015429509.1 ) cDNA ORF clone, Gekko japonicus -> XP_015284995.1 Gekko japonicus MAX gene-associated protein-like (LOC107126015), mRNA.

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CloneID	OGe17906
Clone ID Related Accession (Same CDS sequence)	XM_015429509.1
Accession Version	XM_015429509.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5253bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-01-19
Organism	Gekko japonicus
Product	MAX gene-associated protein-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015161956.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Gekko japonicus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 13% of CDS bases ##RefSeq-Attributes-END##

ATGGAGAATC AACCAGTTGT GTTACGAAAC CAGGATGGCA AGAGAGCATC ATGTGCAGTA 
CCTGCTTTTC CCATCCTTGT GAAAGAGCCA CTGGGCAGTG GAAGAGCTGA TCAAAGCACC 
TTGCTTTCAA ATCACAATAG CTTTGGTCTT GTGAGCAGTG CAATATCATC AGTAAATTCT 
AAAGTGAAGA CTTGCCTTCC TGTGGATTGT ACCTCTGGAG GCATTACTGT CACCTTGGAC 
AACAATACCA TGTGGAATGA GTTCTACCAT CGCAATACAG AAATGATTCT CACTAAGCAG 
GGAAGGCGGA TGTTCCCATA TTGTCGATAC TGGATCACAG GCCTGGAATC CAACCTGAAG 
TATATCCTGG TCATGGATAT TTCTCCCGTT GACAACTACC GCTATAAATG GAATGGGCAT 
AGTTGGGAGC CCAGTGGAAA AGCAGAACCT CACGTCTTGG GGCGAGTATT TATTCATCCG 
GAATCACCTT CCACAGGTCA TTACTGGATG CATCAGCCAG TGTCTTTCTA CAAACTCAAA 
CTTACTAACA ATGCCTTGGA CCAGGAAGGG CACATCATCT TGCACTCCAT GCACCGCTAT 
CTACCTCGCC TACATTTGGT GCCTGCCGAC AAAGCCACAG AAGTTATCCA GCTGAACGGT 
CCTGATGTCT GCACCTTCAC CTTCCCACAG ACAGAATTCT TTGCTGTGAC AGCCTATCAA 
AACATTCAAA TTACACAACT AAAAATAGAC TATAATCCAT TCGCAAAAGG TTTTCTGAAA 
GATGGACTGA GAAGTAGTTC CCAATGTGAG GCAAAGCAAA ATGGTAGGTT AGAGTATGAA 
GTCTTTCCTA ATAATGACAG ATGCCCATGT TCTCCTGAAG CTGATATTTT GGATCCTGGA 
CAGAGAGGCC TAAATGGTTT ATACAACAAC CAGAAGATGT GTAATACTGA TTTGGAAAGA 
GAGTCATTCA ATTCAGACAT CAATGAGCCT GATGAACCAG AATTAAAGCA GGAGACATCT 
GAATTTCCAA TAGCTAACCC TTGTGAAAGT GACTCTCACA TGAAATCTCT GCTGATCTCA 
AGTGGGGACA TCAATGTTTC CATTAAAGAG GAGCTGGTAG ATGATTCTGA TTATGTTTCA 
AATGTCAATA TGGAAAGGAT GCAGTTGAAA CAGGAAGACA TCAACAAAGA GACAGAAGAT 
TTTTCCTGTA GTGATGATGA TCCCATATTG GAGAAGCAGT TGAAGAAACA TAGTGAAATG 
GGAGAATCCC ACAAGCGATC ACACAATAGC CCATTGGGTG TTGCCAAAAC AAAAATGCTA 
AAATTGGACA ATAGAACAAT GTCTGCAGCT TCTATAGAGG CCTATGAGGT CACCAAGAGT 
ATGGTAAAGA TCTCTGCTCT TCAGTCCATT TTGTCTTCTT GTCGGACAGA TAAATCCCTT 
TTGAAACATT CAGAACATTT ATTTCCTGCT GGTTTTGAAA ACATCGCTAG TCCAATTAAA 
GCTGTAGGGA CAAAAATTAA AAACTTTTTT TCTGGAAACA ATGAAGAACA GAAATATTGT 
TTAGTCAAAG ATGTGCCATG GGAAAACATT CAAATACATA ACAGCCATTC CATAAAGCAA 
AAACCATTGA ACCTCAAATG CACAAACTCA GCAGCAGCCA TAAATAATGT TGGAGGAAAA 
AAGCCAAATA CAGCGAAGAA ACCTGTGTTG AGTACTGATG TTAATAGTAA TCCAAGTGCT 
GTGTTATCAG GACCATGTAG GAGAGGAAGA CCTCAGAAGC TGAAGTCAGA GGTTGAACAA 
CCCCTGAAAT ACATCAGAAA GGCTATTATG AAGAACCGTT GTGCCCCTTT GAGATCATGT 
TCTGACCACC CAGAGTTTAT ACTTGATCAT GAGGATGTGG ATGGAGTCCT GTTTGTATCC 
TTTGAATCAA AGGAAGATCT CAATAATCAC ACCATTGATC AGTCTGGGAG AACAGGAGAA 
CCACTGAATG AACAGACTGT TTTACAAATT ACATGTGATT CAGAGAAGCC AAATCTGCTC 
GAAATAAAGC TCTTAGAAGA TTTGAAGTCC TTCAGGCATA AACAAGTGAT ACATCCCAGT 
CTTCAAGAAG TGGGACTGAA GCTGGGTTCT GTGGACCCAG CAGTTAGCAT TGACCTAAAA 
TATTTGGGTG TACAGCTTCC TCTGAGATCT TCAAAGGATC GTGTATTTGG TAACAACCAA 
GGAATAAGAC CCAGTTCTTT AGATGCTAGC CTTTCCTTCA TTTCCAGGAC TGGGAAAACA 
GATGATTTTA GAAAGATAAA AGGATGGCAG GAAAAAGTCC ACAATACTTC TAGGCATGAA 
GGTACCATTC TGGAGGGCTC CTTGAAGAAC CGATCTGCCT TCTGCAGTGA TACACTCGAT 
GAATATTTAG AAAATGAAGG GAAACTAATG CAAACAAGTA TGGGATTTCC TCCTAACTTC 
TCCAGTTGTC CTGTGGTTCA CCAGTTTTCA TCTGAAAGCA GCAACTATGT ACAAGCGCAA 
CACAGCATTC TAAAGAAAAA ATGCACTCCA CCCACCTCTT ACAATTTTAA GCCACTATCT 
CTGCCTTCCT TTAGAAAGAG AAGAAGAAAC ATTAATAGGA AAAAAGTGTC TTCTAGAGGC 
AGCATAAAAT CCAGTAATTC TGCAGTGGCT TCACTTGCTT TGTCAAAGGA GCAATACCAC 
ATCCAAGTCT TGGAAGACAG AGTTACTAAT CCTCAGCCAA ACAGCGAAAC AGATAATACA 
GTAAATGTTC TTATGACGCC AGACTTAGAT GAAGATGTGC AGGGAAAACA GGGAACTGTT 
TGTTGGTCAA CATGGAACAG TAACATATGT ACAACTGATA CAAAACTGAT GGATCTGGAG 
GGTTGTGCGT TACAGGATGG GAAGCCACAA ACTTATATTA CTGAAGAACG TGCGGACTTT 
TCTCTGAGAA CTCTGTTCAT TTCACAGTTT CCAGGGCAGA AGAGTGCTAC AAGTTCCCGC 
ATTCAACATT CTGCATCTCC AGTGGAACAG AATGTGACAG AGAAAGTTGA GTTCGGTACT 
ATCCATCTAG AAGAAAAGAA GTCACACAAA CAGGAGACAG AGACAGTGGA ATTGCAGATC 
ACAATGTCTG ATAGTAAACC AGAAGAATTG TTAATAACTC AACCACAGTC CCATGTAGAA 
GGGATCATGT ATGACAGAGA TGCTGTTACT TCATGGGTAG CAGGGAAGAA TACAGAAATG 
GTGAAACAGT TATCAAGTGC TGTTTCTGTC TTCCAACTTG AGACTGTTTT ACTAGATCAC 
TCCTATTTCA TCAAAGGAAC AGCTGAGCTG CTACAGAATA TTAAACTTTC TGAAGACACA 
TCAGATGATA TTTTTCAAAT CGATAACAGT GAATCCAATG AAGGTAACAA AAATGTGGAC 
ATCAGATCTG TGGAGAAGGA GTTTTTAAAG AAAACGAATA ACTTGGATAT TGAGACAGCA 
GCTGCCCATG CCTTACCATC CAGACAACTG AACTTGGTTC ATGACCATTC AGATAAGGTG 
ATCACACCGT CTCCTAAGCA GTCTGAATTC CGGAACAGTA AGCTAAAGGA GGTGGCACGA 
GTTGTGACTA GGCATCGTTC AAAACACACA GAAGAAGAAC GTTGCCGCCG CAAAGAAATT 
AAAGAACTCT TTGAAAAATT GCAAGTGACT TTGCAATTGC ACGGCCACAG AGTTGCCAAG 
CGCATCCTGC TTGAAAAAGC CTTTGAAGAG ATCCAGGGGC TAGTGAATCA GGCAGATAAA 
CTGATGGGTC AGAAGAAGTT ACTGATGCGC AGGCAGGACA TCCTGATTCA TAAAGCATCT 
GCACTATCAG GCAAGACACA GGAGGTTGTC TTGAAGAAGC TTCAGTATAT CAGTACAAAG 
CAGAAAGCAG TAGAAGCACA GCAGCAGCAA CAGAAAAAAC AACCTGTGAA GGCTGTTGAA 
AGTGCAGAGA CTGCTAGGCC ATATGTGCAA GACGGTTCCT GTTCTGAGAT GAAAAAAGTG 
ATTCCATCTC AGAGTCAAGA GAAATCCATT ATACTTTGCA CGACAGATAG TCACGCCACA 
GAAAATGAAG ACTCATTTCT GATGCCAAGG ATAGTAAATG TGATGTCACT TGCTACAGAA 
GAAGATACAG ATTTAAATCT GGATATAAAT AGGAATCCTT ATGTATCCCC TGTTATAGGT 
TCCCTGTCAT CTAAGCCTTC CTTGCCAGTG GTGTCTCAGG AAATAAATTT TCAGTGTGTA 
GAAAAAGCTG ATTCTTCTTG TGGAAAAGAG GGAGAGGCTA CTGACACAAC CAAGCACTTT 
ACTTGGAAAA AGGAAATCAG CTTTTCACAA ATGGGGAATG ACTCCAGTTT AAAAGAATCT 
CCAGAATCAT TTGCAACAAA ACTCTGTGTT GAAGAATTAG CTCAAAGACA GGCGAAAGAA 
AAACAGATTG GCAGTGGAGA AAGTAGACGG CAGTCAAAGG ATTCTTCCTT CCAAGAGTTG 
CAGGTGAAGG AACCCAAAGC TGTTGGGGTA GAAATGGAAT TACAAAAAGT AGCTTTTGCA 
ATACAGGAAG CAGCACCAGA TGCAAGTGAC ATGAATGATA ACACAGATGA AACTCTTACC 
TCACTTCTGA ATGAAATTGT ATTTCTTAAC CATCAGCTGA ATGATGGTGC TTCAGATGTA 
TCAGAAGTCC CCAACTCTCT AAGTTCTTGC TTTTCTCCAG GAGGCATGGA GAGTCCTAGG 
GAACCAGCTA TTGCAGATGG AGCTCCCTTT CAGTTTGGCT CATTGGGTGG GAACTTCACG 
AACCTCTGCC TTGTTCAAGA GAGCAGTGGT TCCATTACCC CTCTCTTGCT TTACTTGGAA 
GATGACAGCA TAGCTGATTA TGACAGAACC TTGGGACAGC CTTCATCTAA ACCAGGTGTT 
TTGAAACTAA TGTTAGGTTC TGAAGTAAAG GATCAAAATC TAGATCTGTC AGCAGTAAAT 
ATTGGTGGAA ATGGAAAACA TTTGGAACCT CTGTCAAACA CCACACATGT GTCACCTCCG 
ATCCTAAAGA TGAAGACTAG TCTGGAACCT GGCAAACGTG ACACAATATG GAAGCCCATG 
CCCAAACTGG CTCCCTTTGG ATTAAAATCT GCTAACTTTC CATTAGATTC AGGGGGGCAG 
ATTACCAAAG TGATATCTTT ATTGGAACCC ATTAATGCAA AAGTGTCATC CTTTGGGCTA 
GAAACCACAC AGTCAGTTAT TAATCAAGAA TAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_015284995.1
CDS	1..5253
Translation	MENQPVVLRNQDGKRASCAVPAFPILVKEPLGSGRADQSTLLSNHNSFGLVSSAISSVNSKVKTCLPVDCTSGGITVTLDNNTMWNEFYHRNTEMILTKQGRRMFPYCRYWITGLESNLKYILVMDISPVDNYRYKWNGHSWEPSGKAEPHVLGRVFIHPESPSTGHYWMHQPVSFYKLKLTNNALDQEGHIILHSMHRYLPRLHLVPADKATEVIQLNGPDVCTFTFPQTEFFAVTAYQNIQITQLKIDYNPFAKGFLKDGLRSSSQCEAKQNGRLEYEVFPNNDRCPCSPEADILDPGQRGLNGLYNNQKMCNTDLERESFNSDINEPDEPELKQETSEFPIANPCESDSHMKSLLISSGDINVSIKEELVDDSDYVSNVNMERMQLKQEDINKETEDFSCSDDDPILEKQLKKHSEMGESHKRSHNSPLGVAKTKMLKLDNRTMSAASIEAYEVTKSMVKISALQSILSSCRTDKSLLKHSEHLFPAGFENIASPIKAVGTKIKNFFSGNNEEQKYCLVKDVPWENIQIHNSHSIKQKPLNLKCTNSAAAINNVGGKKPNTAKKPVLSTDVNSNPSAVLSGPCRRGRPQKLKSEVEQPLKYIRKAIMKNRCAPLRSCSDHPEFILDHEDVDGVLFVSFESKEDLNNHTIDQSGRTGEPLNEQTVLQITCDSEKPNLLEIKLLEDLKSFRHKQVIHPSLQEVGLKLGSVDPAVSIDLKYLGVQLPLRSSKDRVFGNNQGIRPSSLDASLSFISRTGKTDDFRKIKGWQEKVHNTSRHEGTILEGSLKNRSAFCSDTLDEYLENEGKLMQTSMGFPPNFSSCPVVHQFSSESSNYVQAQHSILKKKCTPPTSYNFKPLSLPSFRKRRRNINRKKVSSRGSIKSSNSAVASLALSKEQYHIQVLEDRVTNPQPNSETDNTVNVLMTPDLDEDVQGKQGTVCWSTWNSNICTTDTKLMDLEGCALQDGKPQTYITEERADFSLRTLFISQFPGQKSATSSRIQHSASPVEQNVTEKVEFGTIHLEEKKSHKQETETVELQITMSDSKPEELLITQPQSHVEGIMYDRDAVTSWVAGKNTEMVKQLSSAVSVFQLETVLLDHSYFIKGTAELLQNIKLSEDTSDDIFQIDNSESNEGNKNVDIRSVEKEFLKKTNNLDIETAAAHALPSRQLNLVHDHSDKVITPSPKQSEFRNSKLKEVARVVTRHRSKHTEEERCRRKEIKELFEKLQVTLQLHGHRVAKRILLEKAFEEIQGLVNQADKLMGQKKLLMRRQDILIHKASALSGKTQEVVLKKLQYISTKQKAVEAQQQQQKKQPVKAVESAETARPYVQDGSCSEMKKVIPSQSQEKSIILCTTDSHATENEDSFLMPRIVNVMSLATEEDTDLNLDINRNPYVSPVIGSLSSKPSLPVVSQEINFQCVEKADSSCGKEGEATDTTKHFTWKKEISFSQMGNDSSLKESPESFATKLCVEELAQRQAKEKQIGSGESRRQSKDSSFQELQVKEPKAVGVEMELQKVAFAIQEAAPDASDMNDNTDETLTSLLNEIVFLNHQLNDGASDVSEVPNSLSSCFSPGGMESPREPAIADGAPFQFGSLGGNFTNLCLVQESSGSITPLLLYLEDDSIADYDRTLGQPSSKPGVLKLMLGSEVKDQNLDLSAVNIGGNGKHLEPLSNTTHVSPPILKMKTSLEPGKRDTIWKPMPKLAPFGLKSANFPLDSGGQITKVISLLEPINAKVSSFGLETTQSVINQE

Target ORF information:

RefSeq Version	XM_015429509.1
Organism	Gekko japonicus
Definition	Gekko japonicus MAX gene-associated protein-like (LOC107126015), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_015429509.1

ORF Insert Sequence:

ATGGAGAATC AACCAGTTGT GTTACGAAAC CAGGATGGCA AGAGAGCATC ATGTGCAGTA 
CCTGCTTTTC CCATCCTTGT GAAAGAGCCA CTGGGCAGTG GAAGAGCTGA TCAAAGCACC 
TTGCTTTCAA ATCACAATAG CTTTGGTCTT GTGAGCAGTG CAATATCATC AGTAAATTCT 
AAAGTGAAGA CTTGCCTTCC TGTGGATTGT ACCTCTGGAG GCATTACTGT CACCTTGGAC 
AACAATACCA TGTGGAATGA GTTCTACCAT CGCAATACAG AAATGATTCT CACTAAGCAG 
GGAAGGCGGA TGTTCCCATA TTGTCGATAC TGGATCACAG GCCTGGAATC CAACCTGAAG 
TATATCCTGG TCATGGATAT TTCTCCCGTT GACAACTACC GCTATAAATG GAATGGGCAT 
AGTTGGGAGC CCAGTGGAAA AGCAGAACCT CACGTCTTGG GGCGAGTATT TATTCATCCG 
GAATCACCTT CCACAGGTCA TTACTGGATG CATCAGCCAG TGTCTTTCTA CAAACTCAAA 
CTTACTAACA ATGCCTTGGA CCAGGAAGGG CACATCATCT TGCACTCCAT GCACCGCTAT 
CTACCTCGCC TACATTTGGT GCCTGCCGAC AAAGCCACAG AAGTTATCCA GCTGAACGGT 
CCTGATGTCT GCACCTTCAC CTTCCCACAG ACAGAATTCT TTGCTGTGAC AGCCTATCAA 
AACATTCAAA TTACACAACT AAAAATAGAC TATAATCCAT TCGCAAAAGG TTTTCTGAAA 
GATGGACTGA GAAGTAGTTC CCAATGTGAG GCAAAGCAAA ATGGTAGGTT AGAGTATGAA 
GTCTTTCCTA ATAATGACAG ATGCCCATGT TCTCCTGAAG CTGATATTTT GGATCCTGGA 
CAGAGAGGCC TAAATGGTTT ATACAACAAC CAGAAGATGT GTAATACTGA TTTGGAAAGA 
GAGTCATTCA ATTCAGACAT CAATGAGCCT GATGAACCAG AATTAAAGCA GGAGACATCT 
GAATTTCCAA TAGCTAACCC TTGTGAAAGT GACTCTCACA TGAAATCTCT GCTGATCTCA 
AGTGGGGACA TCAATGTTTC CATTAAAGAG GAGCTGGTAG ATGATTCTGA TTATGTTTCA 
AATGTCAATA TGGAAAGGAT GCAGTTGAAA CAGGAAGACA TCAACAAAGA GACAGAAGAT 
TTTTCCTGTA GTGATGATGA TCCCATATTG GAGAAGCAGT TGAAGAAACA TAGTGAAATG 
GGAGAATCCC ACAAGCGATC ACACAATAGC CCATTGGGTG TTGCCAAAAC AAAAATGCTA 
AAATTGGACA ATAGAACAAT GTCTGCAGCT TCTATAGAGG CCTATGAGGT CACCAAGAGT 
ATGGTAAAGA TCTCTGCTCT TCAGTCCATT TTGTCTTCTT GTCGGACAGA TAAATCCCTT 
TTGAAACATT CAGAACATTT ATTTCCTGCT GGTTTTGAAA ACATCGCTAG TCCAATTAAA 
GCTGTAGGGA CAAAAATTAA AAACTTTTTT TCTGGAAACA ATGAAGAACA GAAATATTGT 
TTAGTCAAAG ATGTGCCATG GGAAAACATT CAAATACATA ACAGCCATTC CATAAAGCAA 
AAACCATTGA ACCTCAAATG CACAAACTCA GCAGCAGCCA TAAATAATGT TGGAGGAAAA 
AAGCCAAATA CAGCGAAGAA ACCTGTGTTG AGTACTGATG TTAATAGTAA TCCAAGTGCT 
GTGTTATCAG GACCATGTAG GAGAGGAAGA CCTCAGAAGC TGAAGTCAGA GGTTGAACAA 
CCCCTGAAAT ACATCAGAAA GGCTATTATG AAGAACCGTT GTGCCCCTTT GAGATCATGT 
TCTGACCACC CAGAGTTTAT ACTTGATCAT GAGGATGTGG ATGGAGTCCT GTTTGTATCC 
TTTGAATCAA AGGAAGATCT CAATAATCAC ACCATTGATC AGTCTGGGAG AACAGGAGAA 
CCACTGAATG AACAGACTGT TTTACAAATT ACATGTGATT CAGAGAAGCC AAATCTGCTC 
GAAATAAAGC TCTTAGAAGA TTTGAAGTCC TTCAGGCATA AACAAGTGAT ACATCCCAGT 
CTTCAAGAAG TGGGACTGAA GCTGGGTTCT GTGGACCCAG CAGTTAGCAT TGACCTAAAA 
TATTTGGGTG TACAGCTTCC TCTGAGATCT TCAAAGGATC GTGTATTTGG TAACAACCAA 
GGAATAAGAC CCAGTTCTTT AGATGCTAGC CTTTCCTTCA TTTCCAGGAC TGGGAAAACA 
GATGATTTTA GAAAGATAAA AGGATGGCAG GAAAAAGTCC ACAATACTTC TAGGCATGAA 
GGTACCATTC TGGAGGGCTC CTTGAAGAAC CGATCTGCCT TCTGCAGTGA TACACTCGAT 
GAATATTTAG AAAATGAAGG GAAACTAATG CAAACAAGTA TGGGATTTCC TCCTAACTTC 
TCCAGTTGTC CTGTGGTTCA CCAGTTTTCA TCTGAAAGCA GCAACTATGT ACAAGCGCAA 
CACAGCATTC TAAAGAAAAA ATGCACTCCA CCCACCTCTT ACAATTTTAA GCCACTATCT 
CTGCCTTCCT TTAGAAAGAG AAGAAGAAAC ATTAATAGGA AAAAAGTGTC TTCTAGAGGC 
AGCATAAAAT CCAGTAATTC TGCAGTGGCT TCACTTGCTT TGTCAAAGGA GCAATACCAC 
ATCCAAGTCT TGGAAGACAG AGTTACTAAT CCTCAGCCAA ACAGCGAAAC AGATAATACA 
GTAAATGTTC TTATGACGCC AGACTTAGAT GAAGATGTGC AGGGAAAACA GGGAACTGTT 
TGTTGGTCAA CATGGAACAG TAACATATGT ACAACTGATA CAAAACTGAT GGATCTGGAG 
GGTTGTGCGT TACAGGATGG GAAGCCACAA ACTTATATTA CTGAAGAACG TGCGGACTTT 
TCTCTGAGAA CTCTGTTCAT TTCACAGTTT CCAGGGCAGA AGAGTGCTAC AAGTTCCCGC 
ATTCAACATT CTGCATCTCC AGTGGAACAG AATGTGACAG AGAAAGTTGA GTTCGGTACT 
ATCCATCTAG AAGAAAAGAA GTCACACAAA CAGGAGACAG AGACAGTGGA ATTGCAGATC 
ACAATGTCTG ATAGTAAACC AGAAGAATTG TTAATAACTC AACCACAGTC CCATGTAGAA 
GGGATCATGT ATGACAGAGA TGCTGTTACT TCATGGGTAG CAGGGAAGAA TACAGAAATG 
GTGAAACAGT TATCAAGTGC TGTTTCTGTC TTCCAACTTG AGACTGTTTT ACTAGATCAC 
TCCTATTTCA TCAAAGGAAC AGCTGAGCTG CTACAGAATA TTAAACTTTC TGAAGACACA 
TCAGATGATA TTTTTCAAAT CGATAACAGT GAATCCAATG AAGGTAACAA AAATGTGGAC 
ATCAGATCTG TGGAGAAGGA GTTTTTAAAG AAAACGAATA ACTTGGATAT TGAGACAGCA 
GCTGCCCATG CCTTACCATC CAGACAACTG AACTTGGTTC ATGACCATTC AGATAAGGTG 
ATCACACCGT CTCCTAAGCA GTCTGAATTC CGGAACAGTA AGCTAAAGGA GGTGGCACGA 
GTTGTGACTA GGCATCGTTC AAAACACACA GAAGAAGAAC GTTGCCGCCG CAAAGAAATT 
AAAGAACTCT TTGAAAAATT GCAAGTGACT TTGCAATTGC ACGGCCACAG AGTTGCCAAG 
CGCATCCTGC TTGAAAAAGC CTTTGAAGAG ATCCAGGGGC TAGTGAATCA GGCAGATAAA 
CTGATGGGTC AGAAGAAGTT ACTGATGCGC AGGCAGGACA TCCTGATTCA TAAAGCATCT 
GCACTATCAG GCAAGACACA GGAGGTTGTC TTGAAGAAGC TTCAGTATAT CAGTACAAAG 
CAGAAAGCAG TAGAAGCACA GCAGCAGCAA CAGAAAAAAC AACCTGTGAA GGCTGTTGAA 
AGTGCAGAGA CTGCTAGGCC ATATGTGCAA GACGGTTCCT GTTCTGAGAT GAAAAAAGTG 
ATTCCATCTC AGAGTCAAGA GAAATCCATT ATACTTTGCA CGACAGATAG TCACGCCACA 
GAAAATGAAG ACTCATTTCT GATGCCAAGG ATAGTAAATG TGATGTCACT TGCTACAGAA 
GAAGATACAG ATTTAAATCT GGATATAAAT AGGAATCCTT ATGTATCCCC TGTTATAGGT 
TCCCTGTCAT CTAAGCCTTC CTTGCCAGTG GTGTCTCAGG AAATAAATTT TCAGTGTGTA 
GAAAAAGCTG ATTCTTCTTG TGGAAAAGAG GGAGAGGCTA CTGACACAAC CAAGCACTTT 
ACTTGGAAAA AGGAAATCAG CTTTTCACAA ATGGGGAATG ACTCCAGTTT AAAAGAATCT 
CCAGAATCAT TTGCAACAAA ACTCTGTGTT GAAGAATTAG CTCAAAGACA GGCGAAAGAA 
AAACAGATTG GCAGTGGAGA AAGTAGACGG CAGTCAAAGG ATTCTTCCTT CCAAGAGTTG 
CAGGTGAAGG AACCCAAAGC TGTTGGGGTA GAAATGGAAT TACAAAAAGT AGCTTTTGCA 
ATACAGGAAG CAGCACCAGA TGCAAGTGAC ATGAATGATA ACACAGATGA AACTCTTACC 
TCACTTCTGA ATGAAATTGT ATTTCTTAAC CATCAGCTGA ATGATGGTGC TTCAGATGTA 
TCAGAAGTCC CCAACTCTCT AAGTTCTTGC TTTTCTCCAG GAGGCATGGA GAGTCCTAGG 
GAACCAGCTA TTGCAGATGG AGCTCCCTTT CAGTTTGGCT CATTGGGTGG GAACTTCACG 
AACCTCTGCC TTGTTCAAGA GAGCAGTGGT TCCATTACCC CTCTCTTGCT TTACTTGGAA 
GATGACAGCA TAGCTGATTA TGACAGAACC TTGGGACAGC CTTCATCTAA ACCAGGTGTT 
TTGAAACTAA TGTTAGGTTC TGAAGTAAAG GATCAAAATC TAGATCTGTC AGCAGTAAAT 
ATTGGTGGAA ATGGAAAACA TTTGGAACCT CTGTCAAACA CCACACATGT GTCACCTCCG 
ATCCTAAAGA TGAAGACTAG TCTGGAACCT GGCAAACGTG ACACAATATG GAAGCCCATG 
CCCAAACTGG CTCCCTTTGG ATTAAAATCT GCTAACTTTC CATTAGATTC AGGGGGGCAG 
ATTACCAAAG TGATATCTTT ATTGGAACCC ATTAATGCAA AAGTGTCATC CTTTGGGCTA 
GAAACCACAC AGTCAGTTAT TAATCAAGAA TAG