pappa2 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	pappa2
Entrez Gene ID	111223805
Full Name	pappalysin 2
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022748081.1	XP_022603802.1	pappalysin-2

Pathways from BioSystems
Gene Ontology

The following pappa2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the pappa2 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
OSe217684	XM_022748081.1 Latest version!	Seriola dumerili pappalysin 2 (pappa2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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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)

pappa2 ( XM_022748081.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022603802.1 Seriola dumerili pappalysin 2 (pappa2), mRNA.

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CloneID	OSe217684
Clone ID Related Accession (Same CDS sequence)	XM_022748081.1
Accession Version	XM_022748081.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5379bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	pappalysin-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174371.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGTTGTTGA TCAGACTACT GGCTATCTTC CTCGTCCTCA TTACTAACAC GTGGCTGCTC 
AACCCGGTTC GCTCCGATGC ACTTAGCCGG TACAAACGCG CCATGGCCCG GCGGGCAGAC 
CGTGAGCTCT CCAGGCTAGC AGGTGAACCC TGCACCGTCT CCGGCGTGTG GAGGTCCCGA 
CGGCAGCCCC GCTCTCTCTC ACCGTCCCAA CACCGCCCTC CAGCGGCCCG TCCGAGGACG 
CACACGAGCC TCAGAGAGCT GTACACTGTT AAGAGCGCTC CTGTGGTTTG TGCAGGAGGG 
TGTAGGGGTG ACACCGGGGT GCACCGGGTT GAGGAGAAGG GAGGCTGGGG CGACACAGAG 
GATGTGACGG TGGGAGCGGA GGACGGATAT GTTACGTTGC CCGGGCGGCT GTATGAGAAA 
CGCTCCGCAA ACGACAGGAG AGAGCGAAAG GGTGTGAGTG CAGACGCCAC ACAGCTGCCC 
GGGACGTCTC CGCTTAAAGA CGCCGGGCAG AGCGCCTCCT CCTCGGGCCA CACGCAGTCG 
CCAAGCGGCG CCCGCTCCAG ACTTGCTCGT AGCGTCGACG TAACGTTACC ATACGAGGAA 
GACGGCAAGT CCAACCGGGA GAAAGTTTTC CCCGACAGCT CGACAGATTC CAGGGGGCTC 
CGGGTTCTCT ACGGACTGCA CCAGGGAGAT GGACACCGGC AGCCCTCGAC CGGGACTGTG 
GAGGACGGTG CCGTGGACTT CTCTGGGGAG GTGGAAGAGG CGGATCCGCC GGCGAGCCTG 
CCCGTCGGCA GCTCTTCTCC GTGGGGGAGC CCACCGCCTC GGGTGCCCCC CTCATGGATG 
ACCGCCCTGT ACTTCAGCGG GCGTCGGGAG CAGCTGAAGA TGAAACCGGC TGCAAGGGTG 
GAGCTGCCGA GAGACAAGTT CAGCCTGGAG CTGTGGGTGA AGCCCGAAGG AGGGCAGAGC 
AACCCAGCAG TCATAGCAGG TGTATTTGAC AACTGTTCCC ATTCACTGAG TGAGAAGGGC 
TGGTCTGTAG GTATTCGCAC CGTGGAACCA GACGGTACCA AAGACGCAAG GTTCTACTTC 
ACGCTTCGGA CGGACCGAGC CGTAAAATCT ACCACTGTCT ATAGCCACCA CCGATACCGC 
GCCGGTGCCT GGACTCACCT GATGGCCACT TACAACGGCC ACAACATGAC CCTGTATGTT 
GATGGAGCTA AGGTGGGAGA AAGCAATCTC CAGTCAGGGA ATCTGTACAG CCCCTACATG 
AGGACCTGCA GGACCCTCTT CCTCGGCAGT AACCAATCAG ATCAGGGACC CAGTTTCAGG 
GGCCATGTAG GGGGTGTGGT TTTATGGGGC TACGCCCGCT CTCATGAGGA CCTGCTGAAG 
CGACCACTTC AAATCGACAA GAGTGAGCCG GTCCTGGCGA TGTGGGCTGA CTTCACTAAT 
GTGGAACAAC AGTGGATGCC GCATAAAGTT GGCCTCCATC CGACCATCAT CACCACTCCT 
GTCCCTGAAG AAGAACTTGT CTCCTCATTC CTGCCGCCAC CCTGCGGCCT GACACCCTGC 
GACAACACCG ACATCATCTT AGGCTACAAC AACAACTGGC AGCTCCGTGC CCCCAAGCGA 
GTTCGCTACC GGATCGTCAA CCTCTCCAAA GACGATGGCG GAAACCCCAC CGTGTCGCAA 
GCCCAGATTG AACTCCAGCA CCAGGCTCTG ACTGAGGCCT TTCGCCCCTA CAACATCACC 
CTGGATCTGA GCGTGCACAC TGTCAGAAAC TCCAGCCTCC AACAGAGGTT TATCCTCAGC 
AACTGCCGAA TTGGAAAGAT CGGGAATCGC CAATGTGACC CCGAGTGCGA CCATCCAAGA 
ACGGGCCACG ACGGGGGGGA CTGCCTCCGA CTGGGGCCCT GCTACAACTG GAAGAGACAG 
GATGGGGTTT GTAACATGGA GTGCAACAGC ATACACTACG ACTACGATGA CGGAGACTGC 
TGTGACCCGG AGATCACTGA CGTCCTCAAG ACCTGCTTCG ATCCCGAGTC CCCTGACAGG 
GCCTACATGA GTGTGAAAGA GCTAAAGGAG GAGCTACACC TGAGCGGCAC TGACACACTC 
AATGTTTTCT TTGCCAGCAA CTCAGTGCGT GAAGAGCTGG CAGGAGCTGC AACCTGGCCA 
TGGGCAAAGG AGGCTCTTAC CCACCAAGGT GGGATGGTGC TGAACCCAGC CTACTTTGGC 
ACAATGGGCC ACCACAACAC CATGATCCAT GAGATGGGAC ACATCTTTGG CCTGTATCAT 
GTCTTCAAAG GCGTGAGTGA GCGGGACTCC TGCGATGACC CATGTCAGGA GACCACCCCG 
TCCATGGAGA CAGGAGACCT ATGTGCCGAC ACCGCCCCGA CACCCAAATC TAAAGCCTGC 
CGCGACCCTG GAGCTGTGAA CGATACCTGT GGAGTCACCA CGTACCAGGA CACACCTTAT 
AGCAACTACA TGAGTTACAC AGATGACAAC TGCACAAACC ATTTCACTCC CAACCAAGTG 
GCTCGGATGC ACTGTTATCT CGACTTGGTC TACCAGAAGT GGCTAATGGA CCGTCAACCC 
GCCCCCATCC CTCTGGCCCC CATCGTAACT GACCAGAGCC CAGATTCTGT CTCTATCTAC 
TGGCTGCCAC CCATGAGAGG ACCACTTTAT CACCACGTGT CTGCCGTCAA CTGCGGAGAC 
TGTGAGAAAG ACGGCGTTTT CCACCAGTAC GCCCACGAGG CCACCTCTCC TCGCATCTGT 
GACACATCAG GCTACTGGAC ACCGGAGGAG GCAGTTGGCC CACCTGACGT GGAGCAGCCC 
TGTGATCCCA GTCTCCAGGC GTGGAGTCCT GAGCTCAGCC TTTACGACAC TAATGTGACA 
TCACCTTGCC CCGACACGGA GGGCTGCACC CTGACTCTGA GATTCCTTCA CCCCATTGTC 
CCGCATGCAC TCACCCTCTG GGTCACCTAC ATCTCTTCCA ACAACCCAGC CATAGCCAAC 
GTAGAGCTGA TAACTGATAC GGGCAAAAGC ATTAACCTTG GACCCCAGCA TGTCTTCTGT 
GACATGCCCC TCACCTTGCG GCTTGACACT CACAGCGTCG CCATCGCTGC AATAAAACTC 
TGCACCTTTG ATGAGAAGAT GGAGATCGAT GCAGCCATGT TGTCCTCAGG CACCGGCAGC 
CCCCTGTGCT CTGGCTGTCA GCCTATGCTG TACTGGATTC AGCGGCAGCC GCCCTTCACC 
GGCAAAGCCT CATTGCCCCA GACTCAGCAG ACATTCACTG ACAGCTCTGT AACGCAGGGA 
GTTGAGTACC AGTACACAAT CCAGGTGGAG GCGGACGGTC TCCTCAGCGA TCCCTCCTCA 
CCTCTCCTCT ACACCCATGG GCAGTCCTAC TGTGGGGATG GCCGCATACA AGGGACAGAA 
GAATGTGATG ACAGTAATCT GCTGGATGGG GACGGCTGCT CTAAGAAATG TCAGAAGGAG 
ATGGGCTTCA ACTGTAACGG TGAACCCAGT CAGTGTTATG TTTTTGATGG TGACGGTGTA 
TGTGAGGAGT TTGAGCGGGG CTCCAGCGTT CAGGACTGCG GTTACTTTAC ACCTGTGGGC 
TACACGGACC AGTGGGCATC CTCCGCCACC GCTTCCCACC AGGACCCCAA CCACTGCCCT 
GCCCACGCCG CCACCGGGGA GCCGTCACTC ACCAAGCTCT GCAGGTACCA GCACCTGGAC 
GTGAGTGAGA AACTGCCCAG CGACGCCTGG TTCCCTTGCA CAGCCCCGTC CGACACAAAC 
AATGACCTGG AACATTCATT CTGGCTGAAG GTGGGATTCG TCCATCCTGG AGTGGCAGCC 
TCTGTAATGG TGTACCTGGC TTCAGACGGG TCGTGGTCTG GAGAGCAGTG TCGGAGGACA 
GCCACCCTCT TTCTGTCTGA TACTACTGGC AAAAACCACT CACTAGGGAA GTATGACCTC 
TCGTGCCACC GGAACCCGTT GGTGGTGAAT GTGACCCACG ACCTCTCTCA GCCCTTCTTC 
CTCACATCCT CCGTCATCCT CCTCTTCTCC TCCCGCTCTG TGGCAGTGGG AGGCGTGGCT 
CTGAGGACCT CCTGTCACTT CAGCACCTTC GCCCTGACCG GCTGTTTGCG GCAGCCGTGT 
CAGACGGAGA GCTGCAGCCC TCCTCAGCTG GAGCACGCCT CCGTCAGGTG TACGGGAGGA 
GGGGAGGCCT CTCGCTGCTC CGTTCAGTGT CACCGTGGTT TCAGTATCAC TGTCCTCAAT 
GGCAGGGTTA CCCCGCCCCC TCAGAGAGAA GCAGAGCTGG AGTGTTTCCA TGGTTCGTGG 
GATCGTGCAG TCAGCTGTCA GCCTGTAGAC TGCGGCCTGC CCGATCAGTC TCACGTCTAC 
CACGCCATAT TCAGCTGCCC CGGGGGAACC ACCTTCGGCA AACACTGCTC CTTCACCTGT 
GGATCGCCAG CCATACTACA AGGTGACAGT GACAGGTTGG TGTGTTTGGA AGACGGTCTG 
TGGTCTTTCC CAGAGGCCTA CTGCAAGATA GAGTGTCCAG AGGTCCCAAG CATACCCGAT 
GCCAAGCTGC TAACAGCAGA CTGTACGGCC TCGGGGCACG ATGTTGGCTC CGTCTGCCGT 
TACAAATGCA ACCCAGGCTT CTATGTAATA GGGAGCCTCA AAAAGAAGAC ACCAAGGAAG 
TACTTCAGGT TGGAGTGTCT GAAAGGGGGT CAGTGGGAGG AAACCGGATG TGAGCCGATA 
TCCTGTCCAG CCCTGCCGGA CGTATTCCAG GGCATGTATA CCTGCACCAA TGGCCTGTAC 
TATGACACCG TCTGCACCCT GCAGTGCTCG GACGCTACGG AAAATAGTGA GATTCGCTGC 
ACTAAAGACG GGAGATGGAC GGCAGAGTTC ACCATGTGCT CCAGGCTCCA GGGATCCTGC 
TCCGGCCCCT CTGATCTCAA CTCTGTGGAG TACAGCTGTG ACCAGGGGAT GGATGTTGGT 
GCTGTTTGCT ACCCAACATG CATTGTGGCT CTGGACATGG ATCTGCGTGA CCCCGTGGTT 
CTGCCTAATG GCACCACAGC TGACTCTTTA AAGCACTGGA TGCTGCCCAC CAGAGTCCAG 
AGCATAGTCT GTACAGGGAT GATGAAGTGG TACCCTGACC CTCAACACAT CCACTGCATC 
CAATCATGTG AGCCCTTTGG AGGGGATGGC TGGTGTGACA CCACCAACAA CCGGGCCTAC 
TGCCAGTATG ACGGAGGAGA CTGCTGCCCG TCCACACTCT CCACCAGAAA GGTCATTCAG 
TTTGGGGCGG ACTGCAATCA GGATGAGTGC ACTTGCCGTG ATCCGGACGC CGAGGAGAAT 
AAGAGCAAAG CCAAGCAATC CTTCTACATG AAGCTGTAA

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

RefSeq	XP_022603802.1
CDS	1..5379
Translation	MLLIRLLAIFLVLITNTWLLNPVRSDALSRYKRAMARRADRELSRLAGEPCTVSGVWRSRRQPRSLSPSQHRPPAARPRTHTSLRELYTVKSAPVVCAGGCRGDTGVHRVEEKGGWGDTEDVTVGAEDGYVTLPGRLYEKRSANDRRERKGVSADATQLPGTSPLKDAGQSASSSGHTQSPSGARSRLARSVDVTLPYEEDGKSNREKVFPDSSTDSRGLRVLYGLHQGDGHRQPSTGTVEDGAVDFSGEVEEADPPASLPVGSSSPWGSPPPRVPPSWMTALYFSGRREQLKMKPAARVELPRDKFSLELWVKPEGGQSNPAVIAGVFDNCSHSLSEKGWSVGIRTVEPDGTKDARFYFTLRTDRAVKSTTVYSHHRYRAGAWTHLMATYNGHNMTLYVDGAKVGESNLQSGNLYSPYMRTCRTLFLGSNQSDQGPSFRGHVGGVVLWGYARSHEDLLKRPLQIDKSEPVLAMWADFTNVEQQWMPHKVGLHPTIITTPVPEEELVSSFLPPPCGLTPCDNTDIILGYNNNWQLRAPKRVRYRIVNLSKDDGGNPTVSQAQIELQHQALTEAFRPYNITLDLSVHTVRNSSLQQRFILSNCRIGKIGNRQCDPECDHPRTGHDGGDCLRLGPCYNWKRQDGVCNMECNSIHYDYDDGDCCDPEITDVLKTCFDPESPDRAYMSVKELKEELHLSGTDTLNVFFASNSVREELAGAATWPWAKEALTHQGGMVLNPAYFGTMGHHNTMIHEMGHIFGLYHVFKGVSERDSCDDPCQETTPSMETGDLCADTAPTPKSKACRDPGAVNDTCGVTTYQDTPYSNYMSYTDDNCTNHFTPNQVARMHCYLDLVYQKWLMDRQPAPIPLAPIVTDQSPDSVSIYWLPPMRGPLYHHVSAVNCGDCEKDGVFHQYAHEATSPRICDTSGYWTPEEAVGPPDVEQPCDPSLQAWSPELSLYDTNVTSPCPDTEGCTLTLRFLHPIVPHALTLWVTYISSNNPAIANVELITDTGKSINLGPQHVFCDMPLTLRLDTHSVAIAAIKLCTFDEKMEIDAAMLSSGTGSPLCSGCQPMLYWIQRQPPFTGKASLPQTQQTFTDSSVTQGVEYQYTIQVEADGLLSDPSSPLLYTHGQSYCGDGRIQGTEECDDSNLLDGDGCSKKCQKEMGFNCNGEPSQCYVFDGDGVCEEFERGSSVQDCGYFTPVGYTDQWASSATASHQDPNHCPAHAATGEPSLTKLCRYQHLDVSEKLPSDAWFPCTAPSDTNNDLEHSFWLKVGFVHPGVAASVMVYLASDGSWSGEQCRRTATLFLSDTTGKNHSLGKYDLSCHRNPLVVNVTHDLSQPFFLTSSVILLFSSRSVAVGGVALRTSCHFSTFALTGCLRQPCQTESCSPPQLEHASVRCTGGGEASRCSVQCHRGFSITVLNGRVTPPPQREAELECFHGSWDRAVSCQPVDCGLPDQSHVYHAIFSCPGGTTFGKHCSFTCGSPAILQGDSDRLVCLEDGLWSFPEAYCKIECPEVPSIPDAKLLTADCTASGHDVGSVCRYKCNPGFYVIGSLKKKTPRKYFRLECLKGGQWEETGCEPISCPALPDVFQGMYTCTNGLYYDTVCTLQCSDATENSEIRCTKDGRWTAEFTMCSRLQGSCSGPSDLNSVEYSCDQGMDVGAVCYPTCIVALDMDLRDPVVLPNGTTADSLKHWMLPTRVQSIVCTGMMKWYPDPQHIHCIQSCEPFGGDGWCDTTNNRAYCQYDGGDCCPSTLSTRKVIQFGADCNQDECTCRDPDAEENKSKAKQSFYMKL

Target ORF information:

RefSeq Version	XM_022748081.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili pappalysin 2 (pappa2), mRNA.

Target ORF information:

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

XM_022748081.1

ORF Insert Sequence:

ATGTTGTTGA TCAGACTACT GGCTATCTTC CTCGTCCTCA TTACTAACAC GTGGCTGCTC 
AACCCGGTTC GCTCCGATGC ACTTAGCCGG TACAAACGCG CCATGGCCCG GCGGGCAGAC 
CGTGAGCTCT CCAGGCTAGC AGGTGAACCC TGCACCGTCT CCGGCGTGTG GAGGTCCCGA 
CGGCAGCCCC GCTCTCTCTC ACCGTCCCAA CACCGCCCTC CAGCGGCCCG TCCGAGGACG 
CACACGAGCC TCAGAGAGCT GTACACTGTT AAGAGCGCTC CTGTGGTTTG TGCAGGAGGG 
TGTAGGGGTG ACACCGGGGT GCACCGGGTT GAGGAGAAGG GAGGCTGGGG CGACACAGAG 
GATGTGACGG TGGGAGCGGA GGACGGATAT GTTACGTTGC CCGGGCGGCT GTATGAGAAA 
CGCTCCGCAA ACGACAGGAG AGAGCGAAAG GGTGTGAGTG CAGACGCCAC ACAGCTGCCC 
GGGACGTCTC CGCTTAAAGA CGCCGGGCAG AGCGCCTCCT CCTCGGGCCA CACGCAGTCG 
CCAAGCGGCG CCCGCTCCAG ACTTGCTCGT AGCGTCGACG TAACGTTACC ATACGAGGAA 
GACGGCAAGT CCAACCGGGA GAAAGTTTTC CCCGACAGCT CGACAGATTC CAGGGGGCTC 
CGGGTTCTCT ACGGACTGCA CCAGGGAGAT GGACACCGGC AGCCCTCGAC CGGGACTGTG 
GAGGACGGTG CCGTGGACTT CTCTGGGGAG GTGGAAGAGG CGGATCCGCC GGCGAGCCTG 
CCCGTCGGCA GCTCTTCTCC GTGGGGGAGC CCACCGCCTC GGGTGCCCCC CTCATGGATG 
ACCGCCCTGT ACTTCAGCGG GCGTCGGGAG CAGCTGAAGA TGAAACCGGC TGCAAGGGTG 
GAGCTGCCGA GAGACAAGTT CAGCCTGGAG CTGTGGGTGA AGCCCGAAGG AGGGCAGAGC 
AACCCAGCAG TCATAGCAGG TGTATTTGAC AACTGTTCCC ATTCACTGAG TGAGAAGGGC 
TGGTCTGTAG GTATTCGCAC CGTGGAACCA GACGGTACCA AAGACGCAAG GTTCTACTTC 
ACGCTTCGGA CGGACCGAGC CGTAAAATCT ACCACTGTCT ATAGCCACCA CCGATACCGC 
GCCGGTGCCT GGACTCACCT GATGGCCACT TACAACGGCC ACAACATGAC CCTGTATGTT 
GATGGAGCTA AGGTGGGAGA AAGCAATCTC CAGTCAGGGA ATCTGTACAG CCCCTACATG 
AGGACCTGCA GGACCCTCTT CCTCGGCAGT AACCAATCAG ATCAGGGACC CAGTTTCAGG 
GGCCATGTAG GGGGTGTGGT TTTATGGGGC TACGCCCGCT CTCATGAGGA CCTGCTGAAG 
CGACCACTTC AAATCGACAA GAGTGAGCCG GTCCTGGCGA TGTGGGCTGA CTTCACTAAT 
GTGGAACAAC AGTGGATGCC GCATAAAGTT GGCCTCCATC CGACCATCAT CACCACTCCT 
GTCCCTGAAG AAGAACTTGT CTCCTCATTC CTGCCGCCAC CCTGCGGCCT GACACCCTGC 
GACAACACCG ACATCATCTT AGGCTACAAC AACAACTGGC AGCTCCGTGC CCCCAAGCGA 
GTTCGCTACC GGATCGTCAA CCTCTCCAAA GACGATGGCG GAAACCCCAC CGTGTCGCAA 
GCCCAGATTG AACTCCAGCA CCAGGCTCTG ACTGAGGCCT TTCGCCCCTA CAACATCACC 
CTGGATCTGA GCGTGCACAC TGTCAGAAAC TCCAGCCTCC AACAGAGGTT TATCCTCAGC 
AACTGCCGAA TTGGAAAGAT CGGGAATCGC CAATGTGACC CCGAGTGCGA CCATCCAAGA 
ACGGGCCACG ACGGGGGGGA CTGCCTCCGA CTGGGGCCCT GCTACAACTG GAAGAGACAG 
GATGGGGTTT GTAACATGGA GTGCAACAGC ATACACTACG ACTACGATGA CGGAGACTGC 
TGTGACCCGG AGATCACTGA CGTCCTCAAG ACCTGCTTCG ATCCCGAGTC CCCTGACAGG 
GCCTACATGA GTGTGAAAGA GCTAAAGGAG GAGCTACACC TGAGCGGCAC TGACACACTC 
AATGTTTTCT TTGCCAGCAA CTCAGTGCGT GAAGAGCTGG CAGGAGCTGC AACCTGGCCA 
TGGGCAAAGG AGGCTCTTAC CCACCAAGGT GGGATGGTGC TGAACCCAGC CTACTTTGGC 
ACAATGGGCC ACCACAACAC CATGATCCAT GAGATGGGAC ACATCTTTGG CCTGTATCAT 
GTCTTCAAAG GCGTGAGTGA GCGGGACTCC TGCGATGACC CATGTCAGGA GACCACCCCG 
TCCATGGAGA CAGGAGACCT ATGTGCCGAC ACCGCCCCGA CACCCAAATC TAAAGCCTGC 
CGCGACCCTG GAGCTGTGAA CGATACCTGT GGAGTCACCA CGTACCAGGA CACACCTTAT 
AGCAACTACA TGAGTTACAC AGATGACAAC TGCACAAACC ATTTCACTCC CAACCAAGTG 
GCTCGGATGC ACTGTTATCT CGACTTGGTC TACCAGAAGT GGCTAATGGA CCGTCAACCC 
GCCCCCATCC CTCTGGCCCC CATCGTAACT GACCAGAGCC CAGATTCTGT CTCTATCTAC 
TGGCTGCCAC CCATGAGAGG ACCACTTTAT CACCACGTGT CTGCCGTCAA CTGCGGAGAC 
TGTGAGAAAG ACGGCGTTTT CCACCAGTAC GCCCACGAGG CCACCTCTCC TCGCATCTGT 
GACACATCAG GCTACTGGAC ACCGGAGGAG GCAGTTGGCC CACCTGACGT GGAGCAGCCC 
TGTGATCCCA GTCTCCAGGC GTGGAGTCCT GAGCTCAGCC TTTACGACAC TAATGTGACA 
TCACCTTGCC CCGACACGGA GGGCTGCACC CTGACTCTGA GATTCCTTCA CCCCATTGTC 
CCGCATGCAC TCACCCTCTG GGTCACCTAC ATCTCTTCCA ACAACCCAGC CATAGCCAAC 
GTAGAGCTGA TAACTGATAC GGGCAAAAGC ATTAACCTTG GACCCCAGCA TGTCTTCTGT 
GACATGCCCC TCACCTTGCG GCTTGACACT CACAGCGTCG CCATCGCTGC AATAAAACTC 
TGCACCTTTG ATGAGAAGAT GGAGATCGAT GCAGCCATGT TGTCCTCAGG CACCGGCAGC 
CCCCTGTGCT CTGGCTGTCA GCCTATGCTG TACTGGATTC AGCGGCAGCC GCCCTTCACC 
GGCAAAGCCT CATTGCCCCA GACTCAGCAG ACATTCACTG ACAGCTCTGT AACGCAGGGA 
GTTGAGTACC AGTACACAAT CCAGGTGGAG GCGGACGGTC TCCTCAGCGA TCCCTCCTCA 
CCTCTCCTCT ACACCCATGG GCAGTCCTAC TGTGGGGATG GCCGCATACA AGGGACAGAA 
GAATGTGATG ACAGTAATCT GCTGGATGGG GACGGCTGCT CTAAGAAATG TCAGAAGGAG 
ATGGGCTTCA ACTGTAACGG TGAACCCAGT CAGTGTTATG TTTTTGATGG TGACGGTGTA 
TGTGAGGAGT TTGAGCGGGG CTCCAGCGTT CAGGACTGCG GTTACTTTAC ACCTGTGGGC 
TACACGGACC AGTGGGCATC CTCCGCCACC GCTTCCCACC AGGACCCCAA CCACTGCCCT 
GCCCACGCCG CCACCGGGGA GCCGTCACTC ACCAAGCTCT GCAGGTACCA GCACCTGGAC 
GTGAGTGAGA AACTGCCCAG CGACGCCTGG TTCCCTTGCA CAGCCCCGTC CGACACAAAC 
AATGACCTGG AACATTCATT CTGGCTGAAG GTGGGATTCG TCCATCCTGG AGTGGCAGCC 
TCTGTAATGG TGTACCTGGC TTCAGACGGG TCGTGGTCTG GAGAGCAGTG TCGGAGGACA 
GCCACCCTCT TTCTGTCTGA TACTACTGGC AAAAACCACT CACTAGGGAA GTATGACCTC 
TCGTGCCACC GGAACCCGTT GGTGGTGAAT GTGACCCACG ACCTCTCTCA GCCCTTCTTC 
CTCACATCCT CCGTCATCCT CCTCTTCTCC TCCCGCTCTG TGGCAGTGGG AGGCGTGGCT 
CTGAGGACCT CCTGTCACTT CAGCACCTTC GCCCTGACCG GCTGTTTGCG GCAGCCGTGT 
CAGACGGAGA GCTGCAGCCC TCCTCAGCTG GAGCACGCCT CCGTCAGGTG TACGGGAGGA 
GGGGAGGCCT CTCGCTGCTC CGTTCAGTGT CACCGTGGTT TCAGTATCAC TGTCCTCAAT 
GGCAGGGTTA CCCCGCCCCC TCAGAGAGAA GCAGAGCTGG AGTGTTTCCA TGGTTCGTGG 
GATCGTGCAG TCAGCTGTCA GCCTGTAGAC TGCGGCCTGC CCGATCAGTC TCACGTCTAC 
CACGCCATAT TCAGCTGCCC CGGGGGAACC ACCTTCGGCA AACACTGCTC CTTCACCTGT 
GGATCGCCAG CCATACTACA AGGTGACAGT GACAGGTTGG TGTGTTTGGA AGACGGTCTG 
TGGTCTTTCC CAGAGGCCTA CTGCAAGATA GAGTGTCCAG AGGTCCCAAG CATACCCGAT 
GCCAAGCTGC TAACAGCAGA CTGTACGGCC TCGGGGCACG ATGTTGGCTC CGTCTGCCGT 
TACAAATGCA ACCCAGGCTT CTATGTAATA GGGAGCCTCA AAAAGAAGAC ACCAAGGAAG 
TACTTCAGGT TGGAGTGTCT GAAAGGGGGT CAGTGGGAGG AAACCGGATG TGAGCCGATA 
TCCTGTCCAG CCCTGCCGGA CGTATTCCAG GGCATGTATA CCTGCACCAA TGGCCTGTAC 
TATGACACCG TCTGCACCCT GCAGTGCTCG GACGCTACGG AAAATAGTGA GATTCGCTGC 
ACTAAAGACG GGAGATGGAC GGCAGAGTTC ACCATGTGCT CCAGGCTCCA GGGATCCTGC 
TCCGGCCCCT CTGATCTCAA CTCTGTGGAG TACAGCTGTG ACCAGGGGAT GGATGTTGGT 
GCTGTTTGCT ACCCAACATG CATTGTGGCT CTGGACATGG ATCTGCGTGA CCCCGTGGTT 
CTGCCTAATG GCACCACAGC TGACTCTTTA AAGCACTGGA TGCTGCCCAC CAGAGTCCAG 
AGCATAGTCT GTACAGGGAT GATGAAGTGG TACCCTGACC CTCAACACAT CCACTGCATC 
CAATCATGTG AGCCCTTTGG AGGGGATGGC TGGTGTGACA CCACCAACAA CCGGGCCTAC 
TGCCAGTATG ACGGAGGAGA CTGCTGCCCG TCCACACTCT CCACCAGAAA GGTCATTCAG 
TTTGGGGCGG ACTGCAATCA GGATGAGTGC ACTTGCCGTG ATCCGGACGC CGAGGAGAAT 
AAGAGCAAAG CCAAGCAATC CTTCTACATG AAGCTGTAA