BAZ1B cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	BAZ1B
Entrez Gene ID	102575656
Full Name	bromodomain adjacent to zinc finger domain 1B
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014609428.2	XP_014464914.1	tyrosine-protein kinase BAZ1B

Pathways from BioSystems
Gene Ontology

The following BAZ1B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BAZ1B 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
OAl62557	XM_014609428.2 Latest version!	Alligator mississippiensis bromodomain adjacent to zinc finger domain 1B (BAZ1B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

BAZ1B ( XM_014609428.2 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_014464914.1 Alligator mississippiensis bromodomain adjacent to zinc finger domain 1B (BAZ1B), mRNA.

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CloneID	OAl62557
Clone ID Related Accession (Same CDS sequence)	XM_014609428.2
Accession Version	XM_014609428.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4470bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	tyrosine-protein kinase BAZ1B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017711201.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_014609428.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGCCGC TCCTGGGCCG CAAGCCCTTC CCGCTCGCCA AGCCGCTGCC GCCGGGGGAG 
CCGGACGAGC GCTTCGTCGT GCCGCACACG CAGGAGGCCT TCCGCACCCG CGAAGAGTAT 
GAGGCACGGT TAGAGAGATA CAACGAAAGA ATATGGACGT GTAAAAGCAC AGGAAGCAGC 
CAGCTGACGC ACAAAGAAGC CTGGGAGGAG GAGCAGGAAG TTTCTGAGCT CCTGAAGGAA 
GAATTCCCCA TCTGGTATGA GAAATTGGTA CTGGAAATGG TGCACCATAA CACAATCTCT 
TTGGAAAAGC TGGTGGATGC AGCCTGGTTG GAGATCATGA CCAAGTATGC AGTGGGTGAA 
GAGTGCGACT TTGAGGTTGG GAAGAAGATG CTTCCAGTGA AAGTTGTAAA GATACATCCA 
TTAGAGAAGC TGGATGAGGA AGCTTCTGAG AAAAAGTCTG ATGGTGTCTG TGACTCTCCA 
TCCAGTGACA AAGAGAATTC CAGCCAGATT TCCCAGGACA ACCAGAAGGA GTCAATCCTG 
AAGGAGGATG ACAACAGGAG GGAGAGTATG AGTGATCGGG CACGCAGATC CCCTCGGAAG 
CTTCCTACTT CTCTGAAGAA GGAAGAGAAG AAATGGGTTC CACCTAAATT CCTGCCACAC 
AAGTATGATG TCAAACTGAA AAATGAAGAA AAGATAATCA GCAATGTGCC AGCCGATAGC 
TTAGTCCGTA CTGAGCGTCC TCCCAACAAG GAGATCCTGA GGTATTTCAT CCGTCATAAT 
GCACTGCGGG CTGGCACAGG CGAGAATGCC CCATGGGTGG TAGAGGATGA GTTAGTGAAG 
AAATATTCTC TCCCCAGTAA ATTTAGTGAC TTTCTACTTG ATCCACATAA GTACATGACA 
CTTAATCCCT CAACCAAGAG GAAGAACTCT GGGTCACCTG ACAGAAAGCC CTCCAAGAAA 
TCAAAAACTG ATGGGTCTTC GCTGGGCCAG CCACTAAGCC CTACACTTTG GTGTCACGTG 
CATTTGAAGA AATCCATTAT TGGCTCTCCA CTAAAAGTGA AAAACTCTAA GAACCCCAAA 
TCCCCCAAGG AGGAGTTGGA GGAAGTGATG AAAATTGTGT CTCCAGGTAA ACTGGGCTCT 
AATTTCCATG TTCCGAAGAG GAGTCGACTG GGAAAGGGCA CTGATAAATC CTTGGATAAG 
AAGCAGAAAG GCAAAAGGGT TCTGAATGGA CAGAAATCTC CTGGGAAGTC AAAGTCCCCC 
AGAAAGGGTT TGAAAAATCC CAAAATGAAA ATGAAACAAA TGACACTATT GGACATGGCC 
AAAGGTACTC CTAAGGTGTC TAGGACTCCC AGGAACTCAG CAGGGACTCC CAGGTCCTCC 
AGCAAACCCC AGAAACATCT GCCTCCTGCT GCCCTCCACC TCATTGCCTA TTACAAGGAA 
AACAAAGACC GGGAGGATAA AAAAAGTGCT CTGTCCTGTG TCATCTCCAA AACAGCCCGG 
CTGCTCTCCA ACGAGGACCG TGCCCGCCTT CCCGAAGAGC TGCGAGGAAT AGTACAGAAG 
CGCTATGAAC TCCTCGAGCA CAAAAAGAAA TGGGCATCCA TGACAGAGGA GCAGCGCAAA 
GAGTACCTGA AGAAGAAACG GGAGAAGCTG AAGGAGAAAC TAAAGGAGAG AGCTAAAGAG 
CGGAAGGAAA AGGAGATGCA GGAAAAACTG GAAAAGCAGA AGAGGTTTGA GGACCAAGAT 
CTTAAAGGGA AAAACTTGCC GGCTTTTAAA TTGGTGGATA CTCCTGAAGG ACTTCCTAAT 
ACACTTTTTG GGGATGTGGC CGTGGTGGTA GAATTCCTCA GCTGCTATTC AGGTTTGTTG 
ATGCCAGATG ATCAATATCC TGTTACAGCA GTCTCTTTGA TGGAAGCCCT GTGTGCAGAG 
AAAGGAGGCT TTCTTTATTT GAACCGGGTG CTGGTCATTC TTTTGCAGAC CTTGCTGCAG 
GATGAAATAG CTGAAGATTA TGCTGAGTTG GGAATGAAGC TCTCCGAAAT ACCCCTTACT 
TTGCATTCTG CTTCTGAGCT GGTACGTCTG TGTCTACGCA AATCAGATGT ACAAGAGGAA 
AGTGAGGTTT CTGATACTGT AGATGAGAGC AAGGATTCAG CCACTTTTGA AGATAATGAA 
GTACAGGATG AGTTTCTGGA GAAGCTGGAG ACATCAGAGT TCTTTGAGCT GACACCAGAG 
GAGAAGCTGC AGATACTCAC AGCACTCTGC CACCGGATTC TGATGACTTA TTCGGTGCAG 
GACCATGTGG AGACCAAACA GCAGATGTCA GCTGAGCTAT GGAAGGAGCG TCTAGCTATG 
CTGAAAGAAG AGAATGACAA GAAGAGAGCA GAAAAGCAGA AGCGGAAAGA AATGGAGGCC 
AAGAACAAGG AGAATGGGAA GGATGAGAAT GCAGTGGGCA GGAATGAAAA GAAGAAAAAT 
GAGATGATGA AGATGGAGCC CCGGGTGGAA ATAGAAGCTG ATGATATGAT CAGTGCTGTG 
AAGAGCAGGC GACTTCTTGC CATCCAAGCC AAGAAGGAGA AGGAGCAACA GGAGAGGCAA 
ATGAGAGTGA AAATGGAAAA AGAAGCAGAA GAAGAGAGAA TCCGGAAACA CAAAGCTGCA 
GCTGAGAAGA CTTTCCAAGA TGGCATTGCC AAAGCCAAGC TGGTGATGCG TAGGACACCA 
ATAGGCACTG ATCGTAATCA CAACAGGTAT TGGCTGTTCT CAGATGAGGT TCCTGGCTTA 
TTCATAGAGA AAGGCTGGGT ACATGACAGC ATAGACTACA AGTTCATCCT TCCCCATCAA 
AAGAGGGGTG AAGAGGAGGA TGACTACAAC CTAGTGGATA AAAGGAAGAG CTTGGCTGCA 
GCTGGCAGAG TGAACACTCA TCATGGATCT CTGCATGTTA CAGACCTTTG CATAGAGACC 
ACTGTACCCA AACAGGGACA AAACTTATGG TTTCTCTGTG ATAGCCAGAA GGAACTGGAT 
GAGCTGCTGG ATTCCCTGCA TGCCCAAGGG ATAAGAGAGA GTCAGCTGAG GGAGCGGCTG 
CAGAAAAGAT ATCAGGATGT TGCACATTCT ATCCATTTGG CTCGGAAACA GAACTTGGGC 
CTGAAGTCCT GTGATGGCAA TCAGGAGCTG CTGAACTACC TCAGAAGTGA TCTCATTGAG 
GTTGCCACAC GGCTGCAGAA AGGAGGGCTG GGATATGTTG ATGTGACGTC AGAGTTTGAA 
ACCAAGGTGT ATTCATTGGA GAACTTGAAA GATTTTGGAG AGTGTGTGAT TGCCCTCCAG 
GCCAGTGTCA TTAAAAAGTT CCTACAAGGT TTCATGGCCC CCAAGCAGAA GAGAAGGAAA 
CATCAAGGAG ACGACTTTCT TGCCAAGGCT GAGGAGGTTG ATGAAGAGAA GAAAATGGCA 
GAAGAAGCCA AGGTTGCATC AGCCGTGGAG AAGTGGAAGG CAGCCATCCG TGAGGCTCAG 
ACCTTCTCCC GTATGCACGT GCTGCTTGGG ATGCTGGATG CCTGTATCAA GTGGGATATG 
TCTGCAGAGA ACGCCAGATG CAAAGTGTGT CGCAAGAAAG GTGAAGACGA CAAGCTGATC 
CTATGTGATG AATGCAATAA AGCCTTCCAC CTGTTTTGCC TGAGACCGGC ACTCTATGAG 
ATACCAGATG GCGAGTGGCA GTGCCCAGCG TGCCAGCCCT CTACTGCCAG GCGCAGCTCT 
CGGGGCAGGA ATTATGCAGA AGATTCTGCT GAAGAGGAGA GTGAAGAAGG TGAGGAAGGT 
TCTGATGAGC AAGATGTGGA GGAAGAGGAG GAGGAGGAGG AAGATTATGA GGTTGCTGGA 
CTGAAATTGA GACCCAGGAA GACAGCCAGG GGCAAGCAAC GCGTGTCTAC GTATCCTTCA 
AGGCAGGGCA GGCACCAAAG GAAGAAGCAA TTGCTGCACA CCACCAGGGG ACCCCGGCAG 
CGGGCCACAC CTGTTAATGG AGCAGACGTT GATGAACTGG TGCTTCAAAC AAAGAAGGTG 
TCACGTCGCC AGAACCTTGA GCTGCAGAAG TGTGAGGAAA TCCTCAACAA ACTCATTAAG 
TACCGCTTCA GCTGGCCTTT CAGGGAGCCA GTGACCACAG AGGAAGCTGA AGATTATTTT 
GAGGTCATCA GCAACCCCAT GGACTTCCAG ACTATGCAGA GCAAGTGCTC CTGTGGCAAT 
TACCGCTCTG TACAGGAGTT CCTCTCTGAC ATCAAACAGG TGTTCTCCAA TGCTGAGTGC 
TACAATCAAA ACGGGAGCCA TGTATTGTCC TGCCTGGAGA AGACGGAACA GTGTTTGATT 
GACATGCTGC ACAAACACCT GCCTGGCCAC ACGTACACCC GTAGGAAACG CAAGAAGCTG 
TCTGCCAGAC GCCAGGGACT GGAAGAGCAG GAGGGGGACA GTGAGCCGGA GGCCATCGAA 
CATTCCAGGG GGCGGAAGAG AAAGAAATGA

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

RefSeq	XP_014464914.1
CDS	147..4616
Translation	MAPLLGRKPFPLAKPLPPGEPDERFVVPHTQEAFRTREEYEARLERYNERIWTCKSTGSSQLTHKEAWEEEQEVSELLKEEFPIWYEKLVLEMVHHNTISLEKLVDAAWLEIMTKYAVGEECDFEVGKKMLPVKVVKIHPLEKLDEEASEKKSDGVCDSPSSDKENSSQISQDNQKESILKEDDNRRESMSDRARRSPRKLPTSLKKEEKKWVPPKFLPHKYDVKLKNEEKIISNVPADSLVRTERPPNKEILRYFIRHNALRAGTGENAPWVVEDELVKKYSLPSKFSDFLLDPHKYMTLNPSTKRKNSGSPDRKPSKKSKTDGSSLGQPLSPTLWCHVHLKKSIIGSPLKVKNSKNPKSPKEELEEVMKIVSPGKLGSNFHVPKRSRLGKGTDKSLDKKQKGKRVLNGQKSPGKSKSPRKGLKNPKMKMKQMTLLDMAKGTPKVSRTPRNSAGTPRSSSKPQKHLPPAALHLIAYYKENKDREDKKSALSCVISKTARLLSNEDRARLPEELRGIVQKRYELLEHKKKWASMTEEQRKEYLKKKREKLKEKLKERAKERKEKEMQEKLEKQKRFEDQDLKGKNLPAFKLVDTPEGLPNTLFGDVAVVVEFLSCYSGLLMPDDQYPVTAVSLMEALCAEKGGFLYLNRVLVILLQTLLQDEIAEDYAELGMKLSEIPLTLHSASELVRLCLRKSDVQEESEVSDTVDESKDSATFEDNEVQDEFLEKLETSEFFELTPEEKLQILTALCHRILMTYSVQDHVETKQQMSAELWKERLAMLKEENDKKRAEKQKRKEMEAKNKENGKDENAVGRNEKKKNEMMKMEPRVEIEADDMISAVKSRRLLAIQAKKEKEQQERQMRVKMEKEAEEERIRKHKAAAEKTFQDGIAKAKLVMRRTPIGTDRNHNRYWLFSDEVPGLFIEKGWVHDSIDYKFILPHQKRGEEEDDYNLVDKRKSLAAAGRVNTHHGSLHVTDLCIETTVPKQGQNLWFLCDSQKELDELLDSLHAQGIRESQLRERLQKRYQDVAHSIHLARKQNLGLKSCDGNQELLNYLRSDLIEVATRLQKGGLGYVDVTSEFETKVYSLENLKDFGECVIALQASVIKKFLQGFMAPKQKRRKHQGDDFLAKAEEVDEEKKMAEEAKVASAVEKWKAAIREAQTFSRMHVLLGMLDACIKWDMSAENARCKVCRKKGEDDKLILCDECNKAFHLFCLRPALYEIPDGEWQCPACQPSTARRSSRGRNYAEDSAEEESEEGEEGSDEQDVEEEEEEEEDYEVAGLKLRPRKTARGKQRVSTYPSRQGRHQRKKQLLHTTRGPRQRATPVNGADVDELVLQTKKVSRRQNLELQKCEEILNKLIKYRFSWPFREPVTTEEAEDYFEVISNPMDFQTMQSKCSCGNYRSVQEFLSDIKQVFSNAECYNQNGSHVLSCLEKTEQCLIDMLHKHLPGHTYTRRKRKKLSARRQGLEEQEGDSEPEAIEHSRGRKRKK

Target ORF information:

RefSeq Version	XM_014609428.2
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis bromodomain adjacent to zinc finger domain 1B (BAZ1B), mRNA.

Target ORF information:

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

XM_014609428.2

ORF Insert Sequence:

ATGGCGCCGC TCCTGGGCCG CAAGCCCTTC CCGCTCGCCA AGCCGCTGCC GCCGGGGGAG 
CCGGACGAGC GCTTCGTCGT GCCGCACACG CAGGAGGCCT TCCGCACCCG CGAAGAGTAT 
GAGGCACGGT TAGAGAGATA CAACGAAAGA ATATGGACGT GTAAAAGCAC AGGAAGCAGC 
CAGCTGACGC ACAAAGAAGC CTGGGAGGAG GAGCAGGAAG TTTCTGAGCT CCTGAAGGAA 
GAATTCCCCA TCTGGTATGA GAAATTGGTA CTGGAAATGG TGCACCATAA CACAATCTCT 
TTGGAAAAGC TGGTGGATGC AGCCTGGTTG GAGATCATGA CCAAGTATGC AGTGGGTGAA 
GAGTGCGACT TTGAGGTTGG GAAGAAGATG CTTCCAGTGA AAGTTGTAAA GATACATCCA 
TTAGAGAAGC TGGATGAGGA AGCTTCTGAG AAAAAGTCTG ATGGTGTCTG TGACTCTCCA 
TCCAGTGACA AAGAGAATTC CAGCCAGATT TCCCAGGACA ACCAGAAGGA GTCAATCCTG 
AAGGAGGATG ACAACAGGAG GGAGAGTATG AGTGATCGGG CACGCAGATC CCCTCGGAAG 
CTTCCTACTT CTCTGAAGAA GGAAGAGAAG AAATGGGTTC CACCTAAATT CCTGCCACAC 
AAGTATGATG TCAAACTGAA AAATGAAGAA AAGATAATCA GCAATGTGCC AGCCGATAGC 
TTAGTCCGTA CTGAGCGTCC TCCCAACAAG GAGATCCTGA GGTATTTCAT CCGTCATAAT 
GCACTGCGGG CTGGCACAGG CGAGAATGCC CCATGGGTGG TAGAGGATGA GTTAGTGAAG 
AAATATTCTC TCCCCAGTAA ATTTAGTGAC TTTCTACTTG ATCCACATAA GTACATGACA 
CTTAATCCCT CAACCAAGAG GAAGAACTCT GGGTCACCTG ACAGAAAGCC CTCCAAGAAA 
TCAAAAACTG ATGGGTCTTC GCTGGGCCAG CCACTAAGCC CTACACTTTG GTGTCACGTG 
CATTTGAAGA AATCCATTAT TGGCTCTCCA CTAAAAGTGA AAAACTCTAA GAACCCCAAA 
TCCCCCAAGG AGGAGTTGGA GGAAGTGATG AAAATTGTGT CTCCAGGTAA ACTGGGCTCT 
AATTTCCATG TTCCGAAGAG GAGTCGACTG GGAAAGGGCA CTGATAAATC CTTGGATAAG 
AAGCAGAAAG GCAAAAGGGT TCTGAATGGA CAGAAATCTC CTGGGAAGTC AAAGTCCCCC 
AGAAAGGGTT TGAAAAATCC CAAAATGAAA ATGAAACAAA TGACACTATT GGACATGGCC 
AAAGGTACTC CTAAGGTGTC TAGGACTCCC AGGAACTCAG CAGGGACTCC CAGGTCCTCC 
AGCAAACCCC AGAAACATCT GCCTCCTGCT GCCCTCCACC TCATTGCCTA TTACAAGGAA 
AACAAAGACC GGGAGGATAA AAAAAGTGCT CTGTCCTGTG TCATCTCCAA AACAGCCCGG 
CTGCTCTCCA ACGAGGACCG TGCCCGCCTT CCCGAAGAGC TGCGAGGAAT AGTACAGAAG 
CGCTATGAAC TCCTCGAGCA CAAAAAGAAA TGGGCATCCA TGACAGAGGA GCAGCGCAAA 
GAGTACCTGA AGAAGAAACG GGAGAAGCTG AAGGAGAAAC TAAAGGAGAG AGCTAAAGAG 
CGGAAGGAAA AGGAGATGCA GGAAAAACTG GAAAAGCAGA AGAGGTTTGA GGACCAAGAT 
CTTAAAGGGA AAAACTTGCC GGCTTTTAAA TTGGTGGATA CTCCTGAAGG ACTTCCTAAT 
ACACTTTTTG GGGATGTGGC CGTGGTGGTA GAATTCCTCA GCTGCTATTC AGGTTTGTTG 
ATGCCAGATG ATCAATATCC TGTTACAGCA GTCTCTTTGA TGGAAGCCCT GTGTGCAGAG 
AAAGGAGGCT TTCTTTATTT GAACCGGGTG CTGGTCATTC TTTTGCAGAC CTTGCTGCAG 
GATGAAATAG CTGAAGATTA TGCTGAGTTG GGAATGAAGC TCTCCGAAAT ACCCCTTACT 
TTGCATTCTG CTTCTGAGCT GGTACGTCTG TGTCTACGCA AATCAGATGT ACAAGAGGAA 
AGTGAGGTTT CTGATACTGT AGATGAGAGC AAGGATTCAG CCACTTTTGA AGATAATGAA 
GTACAGGATG AGTTTCTGGA GAAGCTGGAG ACATCAGAGT TCTTTGAGCT GACACCAGAG 
GAGAAGCTGC AGATACTCAC AGCACTCTGC CACCGGATTC TGATGACTTA TTCGGTGCAG 
GACCATGTGG AGACCAAACA GCAGATGTCA GCTGAGCTAT GGAAGGAGCG TCTAGCTATG 
CTGAAAGAAG AGAATGACAA GAAGAGAGCA GAAAAGCAGA AGCGGAAAGA AATGGAGGCC 
AAGAACAAGG AGAATGGGAA GGATGAGAAT GCAGTGGGCA GGAATGAAAA GAAGAAAAAT 
GAGATGATGA AGATGGAGCC CCGGGTGGAA ATAGAAGCTG ATGATATGAT CAGTGCTGTG 
AAGAGCAGGC GACTTCTTGC CATCCAAGCC AAGAAGGAGA AGGAGCAACA GGAGAGGCAA 
ATGAGAGTGA AAATGGAAAA AGAAGCAGAA GAAGAGAGAA TCCGGAAACA CAAAGCTGCA 
GCTGAGAAGA CTTTCCAAGA TGGCATTGCC AAAGCCAAGC TGGTGATGCG TAGGACACCA 
ATAGGCACTG ATCGTAATCA CAACAGGTAT TGGCTGTTCT CAGATGAGGT TCCTGGCTTA 
TTCATAGAGA AAGGCTGGGT ACATGACAGC ATAGACTACA AGTTCATCCT TCCCCATCAA 
AAGAGGGGTG AAGAGGAGGA TGACTACAAC CTAGTGGATA AAAGGAAGAG CTTGGCTGCA 
GCTGGCAGAG TGAACACTCA TCATGGATCT CTGCATGTTA CAGACCTTTG CATAGAGACC 
ACTGTACCCA AACAGGGACA AAACTTATGG TTTCTCTGTG ATAGCCAGAA GGAACTGGAT 
GAGCTGCTGG ATTCCCTGCA TGCCCAAGGG ATAAGAGAGA GTCAGCTGAG GGAGCGGCTG 
CAGAAAAGAT ATCAGGATGT TGCACATTCT ATCCATTTGG CTCGGAAACA GAACTTGGGC 
CTGAAGTCCT GTGATGGCAA TCAGGAGCTG CTGAACTACC TCAGAAGTGA TCTCATTGAG 
GTTGCCACAC GGCTGCAGAA AGGAGGGCTG GGATATGTTG ATGTGACGTC AGAGTTTGAA 
ACCAAGGTGT ATTCATTGGA GAACTTGAAA GATTTTGGAG AGTGTGTGAT TGCCCTCCAG 
GCCAGTGTCA TTAAAAAGTT CCTACAAGGT TTCATGGCCC CCAAGCAGAA GAGAAGGAAA 
CATCAAGGAG ACGACTTTCT TGCCAAGGCT GAGGAGGTTG ATGAAGAGAA GAAAATGGCA 
GAAGAAGCCA AGGTTGCATC AGCCGTGGAG AAGTGGAAGG CAGCCATCCG TGAGGCTCAG 
ACCTTCTCCC GTATGCACGT GCTGCTTGGG ATGCTGGATG CCTGTATCAA GTGGGATATG 
TCTGCAGAGA ACGCCAGATG CAAAGTGTGT CGCAAGAAAG GTGAAGACGA CAAGCTGATC 
CTATGTGATG AATGCAATAA AGCCTTCCAC CTGTTTTGCC TGAGACCGGC ACTCTATGAG 
ATACCAGATG GCGAGTGGCA GTGCCCAGCG TGCCAGCCCT CTACTGCCAG GCGCAGCTCT 
CGGGGCAGGA ATTATGCAGA AGATTCTGCT GAAGAGGAGA GTGAAGAAGG TGAGGAAGGT 
TCTGATGAGC AAGATGTGGA GGAAGAGGAG GAGGAGGAGG AAGATTATGA GGTTGCTGGA 
CTGAAATTGA GACCCAGGAA GACAGCCAGG GGCAAGCAAC GCGTGTCTAC GTATCCTTCA 
AGGCAGGGCA GGCACCAAAG GAAGAAGCAA TTGCTGCACA CCACCAGGGG ACCCCGGCAG 
CGGGCCACAC CTGTTAATGG AGCAGACGTT GATGAACTGG TGCTTCAAAC AAAGAAGGTG 
TCACGTCGCC AGAACCTTGA GCTGCAGAAG TGTGAGGAAA TCCTCAACAA ACTCATTAAG 
TACCGCTTCA GCTGGCCTTT CAGGGAGCCA GTGACCACAG AGGAAGCTGA AGATTATTTT 
GAGGTCATCA GCAACCCCAT GGACTTCCAG ACTATGCAGA GCAAGTGCTC CTGTGGCAAT 
TACCGCTCTG TACAGGAGTT CCTCTCTGAC ATCAAACAGG TGTTCTCCAA TGCTGAGTGC 
TACAATCAAA ACGGGAGCCA TGTATTGTCC TGCCTGGAGA AGACGGAACA GTGTTTGATT 
GACATGCTGC ACAAACACCT GCCTGGCCAC ACGTACACCC GTAGGAAACG CAAGAAGCTG 
TCTGCCAGAC GCCAGGGACT GGAAGAGCAG GAGGGGGACA GTGAGCCGGA GGCCATCGAA 
CATTCCAGGG GGCGGAAGAG AAAGAAATGA