AK9 cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew)

Gene
Clones
gRNAs

Summary

Gene Symbol	AK9
Entrez Gene ID	102870458
Full Name	adenylate kinase 9
Gene Type	protein-coding
Organism	Elephantulus edwardii(Cape elephant shrew)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006881222.1	XP_006881284.1	adenylate kinase 9

Pathways from BioSystems
Gene Ontology

The following AK9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AK9 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
OEl37528	XM_006881222.1 Latest version!	Elephantulus edwardii adenylate kinase 9 (AK9), 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)

AK9 ( XM_006881222.1 ) cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew) -> XP_006881284.1 Elephantulus edwardii adenylate kinase 9 (AK9), mRNA.

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CloneID	OEl37528
Clone ID Related Accession (Same CDS sequence)	XM_006881222.1
Accession Version	XM_006881222.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5700bp) 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	2014-02-17
Organism	Elephantulus edwardii(Cape elephant shrew)
Product	adenylate kinase 9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006399763.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Elephantulus edwardii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAACAC AAGAGAAGAC AAAAGAGTAT CCTTTTGTGG ATATATTTAA TGAAGATGAA 
AATGAAAGGA ACTTTTTGTT GTCCAAACCT GTTTGTTTTA TTATATTTGG AAAGCCAGGA 
GTTGGAAAGA CAACATTAGC TCGCCAAATA TCACAGGCAT GGAAATGTAT TCGTGTTGAA 
GCTTTATCGG TTTTGGAGGA ACATCTTGCT GTTAATGCCC AGACAGGATA TATGTTGCAA 
GACACGCTGA CCAGTGGTCA AAGTATTCCA GATGAACTTA TCATAAAGTT GATGTTGGAC 
AAGCTCAACT CTATAGAAGT CTCTCACTTT GGTTATATTA TCACTGAAAT ACCATCATTT 
TCACAGGAAA CCATAAGTAT TGTAGACCAA TTAGAATTAA TTAAGAACTT AAAGTTGAAA 
CCGGATATTA TAATCAACAT TAAGTGCCCT GACTTTGATC TATGCCAAAG AGTTACTGGG 
CAAAGGCAGC ACAGCAGCAG TGGGTACATA TACCCAAGAG ATCAGTGGGA TCCTGAAGTC 
ATTGAAATGC ATAGGAAAAA GAAGAAAGAA GCCCAAAAAG AAGGAAAAGG AGAAGAAGAA 
GGGGAAGAGG AAGAAGAGCA AGAGGAAGAA GAGACATTTA TTGCTGAAAT GCAGATGGTG 
GCTGAAATTT TTCAACATCT AGTTCAGAGG CCAGAAGATT TTTTAGAAAA TGTTGAAGCC 
CTCATTAAAC TGTATAAGGA AATAATTCTT CGTCCTATAG AAGAAATAAT GGCTGAACAT 
AGTTCCCAGT ATCTCATTGA GCTAGATGGA AACAATCCAC CAGAAGAACT ATTTCTGGTG 
ATGATGGAGA GACTTAAATA TCTGAACCTA AGAAGAGCAG CTGTTTTAAC CAAACTTCAG 
AGTTCAGAGG AAGAAATCAG TGACATGCTA GAAAATGGTG AGCTGTTTCG TACTCTTGCA 
TCTTATAAAC TAATTGCCCC AAGATACAGG TGGCAAAGAA GCAGATGGGG ACGTATATGT 
CCGGTGGCTC TAAAAGAAGG AAATGTTTTC CCAGGATCAT CAGATTTATC TGTGAGTTTT 
CTAGGTAAAA TGTACTGCCT TTCATCAGAA GCAGCATTAA AAACATTTTT ATTGAACCCA 
CGTCCCTATC TTCTTCCACC TATGCCAATA CCACCATGCA AAGTCTTCGT ATTTGGACCT 
CAGTATTCAG GAAAGACAAC ACTTTGCAAT TTGATTGCAG AAAAGTATAA AGGACAGGTT 
GTTGACTATG CCAAACTTGT TCAACCACGT TTTAAAGAAT CCCTTGAAAA ATTAATTGAC 
AATACAATAG CTGAAGCCAC TAAAACGGCT ATTAAAACTG TACAAGAGAA GCTTCTCACA 
GATCTAGAAA ATAGGAAACA AGCCATTAGA GCTTTAAGAG ACTATCAAGG GGAAGCTGTG 
AAAAAGGAGT ATGAAGAACT CCCCATGGAA TTGTCTAAAA GCCTAGAAGA CTTGTCCTCA 
ATAGCTGAAG AAAATGTACT CCGCGAGAGC TCCCTAAAAG AAACCACTGT TGAGGAAATG 
GAAGAAACAA CAATGAAGGA GGAGAAAAAT GGAGATGATC TCAAAGCCAG AAGTGATAAA 
GAAGATCATA AAGAAATTGA TGTTTTGATA GAGGACACAA TAGAAGAGGT AACTGAAGAC 
CATCCTGAGG TAGTGGCTAT GATGGAAGAA ACTAGAAAAA TGACAAAGGA AATGAACTTT 
GAGCAGCCGT TTGAAAAGTA TGCTGAAATT TTAGAGAACG TCCTCAAAGA GGTAATGAAG 
AAAAATAAGA ACAGATTTGT TGATGCCCCC AAATATGGAG GATGGATTGT AGATAACTGC 
CCTTCCACGA AAGATCTATG GGTAGTCTTC ATCGAGAAGG GGATTTTACC TGATTTAATT 
GTCTGTTTAA CAGATACAGA AGATAATGGA AAGTACTTAC TTAATAGATT GTATTTGCAG 
AATAAAACTG AAATTGATGC TAATATTTTA GAAAGATTAC GAGCAGAACT ACAAAAGAAA 
AAACAAGAAG AAGCAAAAGA AAGAAAAGCT GCAGAAGAAG CAATGAAAAG AGAAGAAGAA 
AATCAAAGGA TGTTGGAAGC TATGGGTCAG AAAGAAAAAG TAACTGAAGA AGCTGAGCAA 
GACCCTGAAG AAGAGGATGA CACTGAGGAG TCAGAAATCC CTGAAGGCCC TGAGATCCTC 
GAAGCCACCA AAGAGACCGG ACAGTCATTT TTTACTGAGG CATCTGAAGT GTCTGCAGTG 
CCCGAAACAG AACCTGAGTC AGCCATTGAC CCTATTGAGG AGACCACAGT TGAAGCAGAA 
ATTCCAAAAG AATCTAAAAA GAGCCTGGAC AGTGAAAAAT CATTTGAAAC AGTTGTGCTG 
CCTGAGTATC CAGCAGATGC TTATCCTGAT GTTCCTGAAA TGGAACCACT TAAAGACAAG 
ATTAAAGATT TCAACCTCTC CTGGAAACAA CTAGAAGGAA CACTCAATGA TTTAACTTTT 
ATTCCAATTT TAAACTTGGA AATTACTCGT AAAACCCCAG AAGAACTGCT TCAACAAGTA 
GTTGAGACTA TGGAAAAACC ATTTAAATAT TCCGCATGGG AGTTAACTAT AGAAGATTAT 
GATGAAGAAA CTGAAGACTA TCAGGCTGAA GCAGAATTGG ATGAGGAACT TGAAGAAGAG 
GAGGAAGAAG AAGGAGAAGA AAAAATTAAA GAAAAGAGGA GACATTTGGG AGATACAAAA 
CACTTTTGTC CAGTGACTCT CAAAGAAAAC TTCATCCTAC AACCAGGCAA CATAGATGAA 
GCAGCTAAAT ATCGGGAAAA GATCTACTAC TTTTCAAGTA CTGATGCAAA AGAGAAATTT 
CTTGAACATC CTGAGGAATA TGTGTCTCAT GAAGAACCAT TAAAGGCTCC TCCATTGAGA 
CTGTGTATTG TGGGCCCCCA TGGCTCTGGC AAAACTACAT GTGGAAGTTA TTTAGCTGAA 
AATTTGGGCA TCTTTCACAT TCAGTTTGAA GAAGTCCTTC AAGAAAAATT AATGCTCAAA 
ACTGAGAGGA AATTTGGACC TGAATATGAG GAAGATTCTG AGGATGAACA AGCTGCAAAA 
CAAGAAATTG AAGAGCTAGC AATGCAAGCA AATATTAAAC TTGAAGAAGA AAGTACAAAG 
AAGCTTTCTC CAGAAATACA GCTTACAGAA GAGGAAGAAG CAATAAAATC AAATCTAATA 
GAAAATGATC CATTACCTCC AGAAATTCTA GAAGGAATTC TTTCTGATTG GTGGTATAAG 
GAACCAATAC GTTCCACAGG ATTTATACTG GATGGCTTCC CTCGTACTCG GGAGGAGGTC 
CAGTTTCTAG GGGAGCATGG ACTTTTCCCA GATGCTGCTG TTATTATCCA AGTTGATGAC 
CAAGATATTT TTGATCGTAT TCTTCCTTCC CATGTTGAAA AGTGGAAACT GAAACAAAAG 
AAAAAATTAG ACAGGAAAAA ATTCATCAAG GATTTAAAGA CAAAAATAAG GGATGATACG 
ATTTCTAAAA GAAGGGCTGA ACTTGTATTA GAAAGAGAGA TAAGAAAGAA AGGGGAGACT 
GGTGCTAAAG AAGAAGAAGA TACTAGTGAG GAAGAGCCTG AAGACGAGGA AGATGGCAGT 
ATTGACAACA TTCTCAATGA AGAGTTTCCC AAAGACGAGG AAGAAATGAG TGATGAAGAT 
GAAGAACAGG AAACTGATGC CACTGAACAC CTGAGAAATG AACTGGGAGA AAAATATGAA 
GCAGATATGA CTAGTTTACA ATTGATACAG GATGAATTTG AGAAGATTTT GGTACCACTG 
ATTCATATTA ATGGATCTCG GAAAAGTCAC ATTGTCAAAT ACATGTTGCA TAACAAAGTG 
AAGTCACTGG TGGAAAATCG TGTAAGCATC TTTGAGAAAT GTTATCCAGT AAGGCCACAC 
ATTGCTCAGA AATTGCTCAA CTTAACCTAC AAATATCAAA GCTCATTTGG ATACTGGGAC 
CCAGTAAAGC TAAGTGAAGG AGACACAATC AAGCCAACGG AAAGTCCAGA GAATCCACTT 
TATCCTGTGA TCCATCGTCA GTACATTTAC TTTTTATCTA GTAAGGAAAC TAAAGAAAAA 
TTTATTAAGA ACCCAATCAA ATACATCCGC CAGCCAAAAC CCAAGCCTGC TGTGCCCATT 
AGGATTGCAA TTGTGGGGCC TCCAAAATCA GGGAAAACTA CAGTTTCCAA AAATATTGCA 
AGCGTGTATG GCTTAAAACG CTTATCAATT GGGGATGCTT TGCGTTATAT ATTAACCAAC 
CAACCAGAAA CAGAGCTGGC ACTTATGCTA AATTGGCACC TTCATAAAGG GTTGACAGCA 
CCTGATGAAC TGGCTATTCA AGCCTTGGAA ATATCTCTGA TGGACAGTGT ATGCAATACT 
GCTGGTGTTG TCATTGATGG ATACCCTGTA ACAAAGTATC AAACAGATCT CTTGGAATCC 
AGAACAATAA TTCCCATGAT CATCTTTGAG TTGGATGTAC CTTCTAAGGA GATTTTCAGA 
AGATTAATAC TGGAAAGAAA AGAGGTACAG AGTTTTTCTT ATCCATTGCA CAATAGTGCA 
CATATTATAG CTGTTAAGAA TTCAAAGTAC CGAAAACTCA TAGGTGATAT TCGGCAGTAT 
TATCAAGAAC AACATCAGAA CTGGTATGTG ATTGATGGAT TTCACAGCAA GTGGTGGATA 
TGGAATGAAG TTGTTAAGAT CATCCAGATG ATAAATAACT GTATCCAGTT ATATTTAGAA 
AAAATAAAAT CAGGAAAATC TGCCTGCATT GACAAGCTAT GTATCACACC TCAAGAACTG 
GTTTCTCACC TGGGAGAATT TGGACAGTTT TGCCCTGTCA GCTTAGCAGA ATCGCATGAA 
TTGTTTGATT GCTCTAACAC TAACTCCTTG GAATTTGCTG CAGAGTTCAG GGGGCACTAC 
TATAAAATGA ATTCTCTGGA AAAACTGAAT AAATTCTTGG AGAACCCAGA AATGTATGTG 
CCTCCATTAG CACCTTATCC ACTCCCATCT GCAGACATGA TCCCCAAAAG ACTGACTCTG 
TCAGAGCTGA AGTCTCGGTT CCCTAAGTGT GCTGAGCTCC AAGGATATTG TCCAGTGACC 
TACCAGGATG GGAAACAAAG ATACGAAGCC CTGATACCAG GTAACATTAA CTATGCTTTA 
GAATACCGTG ATCGTATATA TATTTGTGAA ACTGAAGAAA AACTCCAAAA GTTTTTCAGG 
TCACCACTGA AATACTGGAA TCAAAAACTT CCAAACAAAC TTCCCCCATT AAAGGAACCT 
ATACTTCTTA CCAGTCTTCC ATTGCCTGGA TACTTAGAAC AGGGTGTTGC GACTTCTCTA 
ATTAAAGCAA TGAATGCAGT TGGATGCATA AAACCCAAAT TCCCCTTCTT AAGCATACGA 
AGGTCTGCAC TATTATTTAT AGCATTTCAT CTAAAAGCAT TCAATCCAAA AGGATCTGAA 
TATACACGGA AAAAATATAA AAAGAAGATG GACCAGTTTG TAGAACGATG TGAACTCATA 
ACATACTTGG GTGCCAAGAT GACCAGGAAA TACAAGGACC CTCAATATAG AGCTATTGAT 
TTTGACCATA AATTACAGAC CTTCCTTTCT CTCAGAAATA TAGACCCAGT TAATGGATAA

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

RefSeq	XP_006881284.1
CDS	1..5700
Translation	MTTQEKTKEYPFVDIFNEDENERNFLLSKPVCFIIFGKPGVGKTTLARQISQAWKCIRVEALSVLEEHLAVNAQTGYMLQDTLTSGQSIPDELIIKLMLDKLNSIEVSHFGYIITEIPSFSQETISIVDQLELIKNLKLKPDIIINIKCPDFDLCQRVTGQRQHSSSGYIYPRDQWDPEVIEMHRKKKKEAQKEGKGEEEGEEEEEQEEEETFIAEMQMVAEIFQHLVQRPEDFLENVEALIKLYKEIILRPIEEIMAEHSSQYLIELDGNNPPEELFLVMMERLKYLNLRRAAVLTKLQSSEEEISDMLENGELFRTLASYKLIAPRYRWQRSRWGRICPVALKEGNVFPGSSDLSVSFLGKMYCLSSEAALKTFLLNPRPYLLPPMPIPPCKVFVFGPQYSGKTTLCNLIAEKYKGQVVDYAKLVQPRFKESLEKLIDNTIAEATKTAIKTVQEKLLTDLENRKQAIRALRDYQGEAVKKEYEELPMELSKSLEDLSSIAEENVLRESSLKETTVEEMEETTMKEEKNGDDLKARSDKEDHKEIDVLIEDTIEEVTEDHPEVVAMMEETRKMTKEMNFEQPFEKYAEILENVLKEVMKKNKNRFVDAPKYGGWIVDNCPSTKDLWVVFIEKGILPDLIVCLTDTEDNGKYLLNRLYLQNKTEIDANILERLRAELQKKKQEEAKERKAAEEAMKREEENQRMLEAMGQKEKVTEEAEQDPEEEDDTEESEIPEGPEILEATKETGQSFFTEASEVSAVPETEPESAIDPIEETTVEAEIPKESKKSLDSEKSFETVVLPEYPADAYPDVPEMEPLKDKIKDFNLSWKQLEGTLNDLTFIPILNLEITRKTPEELLQQVVETMEKPFKYSAWELTIEDYDEETEDYQAEAELDEELEEEEEEEGEEKIKEKRRHLGDTKHFCPVTLKENFILQPGNIDEAAKYREKIYYFSSTDAKEKFLEHPEEYVSHEEPLKAPPLRLCIVGPHGSGKTTCGSYLAENLGIFHIQFEEVLQEKLMLKTERKFGPEYEEDSEDEQAAKQEIEELAMQANIKLEEESTKKLSPEIQLTEEEEAIKSNLIENDPLPPEILEGILSDWWYKEPIRSTGFILDGFPRTREEVQFLGEHGLFPDAAVIIQVDDQDIFDRILPSHVEKWKLKQKKKLDRKKFIKDLKTKIRDDTISKRRAELVLEREIRKKGETGAKEEEDTSEEEPEDEEDGSIDNILNEEFPKDEEEMSDEDEEQETDATEHLRNELGEKYEADMTSLQLIQDEFEKILVPLIHINGSRKSHIVKYMLHNKVKSLVENRVSIFEKCYPVRPHIAQKLLNLTYKYQSSFGYWDPVKLSEGDTIKPTESPENPLYPVIHRQYIYFLSSKETKEKFIKNPIKYIRQPKPKPAVPIRIAIVGPPKSGKTTVSKNIASVYGLKRLSIGDALRYILTNQPETELALMLNWHLHKGLTAPDELAIQALEISLMDSVCNTAGVVIDGYPVTKYQTDLLESRTIIPMIIFELDVPSKEIFRRLILERKEVQSFSYPLHNSAHIIAVKNSKYRKLIGDIRQYYQEQHQNWYVIDGFHSKWWIWNEVVKIIQMINNCIQLYLEKIKSGKSACIDKLCITPQELVSHLGEFGQFCPVSLAESHELFDCSNTNSLEFAAEFRGHYYKMNSLEKLNKFLENPEMYVPPLAPYPLPSADMIPKRLTLSELKSRFPKCAELQGYCPVTYQDGKQRYEALIPGNINYALEYRDRIYICETEEKLQKFFRSPLKYWNQKLPNKLPPLKEPILLTSLPLPGYLEQGVATSLIKAMNAVGCIKPKFPFLSIRRSALLFIAFHLKAFNPKGSEYTRKKYKKKMDQFVERCELITYLGAKMTRKYKDPQYRAIDFDHKLQTFLSLRNIDPVNG

Target ORF information:

RefSeq Version	XM_006881222.1
Organism	Elephantulus edwardii(Cape elephant shrew)
Definition	Elephantulus edwardii adenylate kinase 9 (AK9), mRNA.

Target ORF information:

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

XM_006881222.1

ORF Insert Sequence:

ATGACAACAC AAGAGAAGAC AAAAGAGTAT CCTTTTGTGG ATATATTTAA TGAAGATGAA 
AATGAAAGGA ACTTTTTGTT GTCCAAACCT GTTTGTTTTA TTATATTTGG AAAGCCAGGA 
GTTGGAAAGA CAACATTAGC TCGCCAAATA TCACAGGCAT GGAAATGTAT TCGTGTTGAA 
GCTTTATCGG TTTTGGAGGA ACATCTTGCT GTTAATGCCC AGACAGGATA TATGTTGCAA 
GACACGCTGA CCAGTGGTCA AAGTATTCCA GATGAACTTA TCATAAAGTT GATGTTGGAC 
AAGCTCAACT CTATAGAAGT CTCTCACTTT GGTTATATTA TCACTGAAAT ACCATCATTT 
TCACAGGAAA CCATAAGTAT TGTAGACCAA TTAGAATTAA TTAAGAACTT AAAGTTGAAA 
CCGGATATTA TAATCAACAT TAAGTGCCCT GACTTTGATC TATGCCAAAG AGTTACTGGG 
CAAAGGCAGC ACAGCAGCAG TGGGTACATA TACCCAAGAG ATCAGTGGGA TCCTGAAGTC 
ATTGAAATGC ATAGGAAAAA GAAGAAAGAA GCCCAAAAAG AAGGAAAAGG AGAAGAAGAA 
GGGGAAGAGG AAGAAGAGCA AGAGGAAGAA GAGACATTTA TTGCTGAAAT GCAGATGGTG 
GCTGAAATTT TTCAACATCT AGTTCAGAGG CCAGAAGATT TTTTAGAAAA TGTTGAAGCC 
CTCATTAAAC TGTATAAGGA AATAATTCTT CGTCCTATAG AAGAAATAAT GGCTGAACAT 
AGTTCCCAGT ATCTCATTGA GCTAGATGGA AACAATCCAC CAGAAGAACT ATTTCTGGTG 
ATGATGGAGA GACTTAAATA TCTGAACCTA AGAAGAGCAG CTGTTTTAAC CAAACTTCAG 
AGTTCAGAGG AAGAAATCAG TGACATGCTA GAAAATGGTG AGCTGTTTCG TACTCTTGCA 
TCTTATAAAC TAATTGCCCC AAGATACAGG TGGCAAAGAA GCAGATGGGG ACGTATATGT 
CCGGTGGCTC TAAAAGAAGG AAATGTTTTC CCAGGATCAT CAGATTTATC TGTGAGTTTT 
CTAGGTAAAA TGTACTGCCT TTCATCAGAA GCAGCATTAA AAACATTTTT ATTGAACCCA 
CGTCCCTATC TTCTTCCACC TATGCCAATA CCACCATGCA AAGTCTTCGT ATTTGGACCT 
CAGTATTCAG GAAAGACAAC ACTTTGCAAT TTGATTGCAG AAAAGTATAA AGGACAGGTT 
GTTGACTATG CCAAACTTGT TCAACCACGT TTTAAAGAAT CCCTTGAAAA ATTAATTGAC 
AATACAATAG CTGAAGCCAC TAAAACGGCT ATTAAAACTG TACAAGAGAA GCTTCTCACA 
GATCTAGAAA ATAGGAAACA AGCCATTAGA GCTTTAAGAG ACTATCAAGG GGAAGCTGTG 
AAAAAGGAGT ATGAAGAACT CCCCATGGAA TTGTCTAAAA GCCTAGAAGA CTTGTCCTCA 
ATAGCTGAAG AAAATGTACT CCGCGAGAGC TCCCTAAAAG AAACCACTGT TGAGGAAATG 
GAAGAAACAA CAATGAAGGA GGAGAAAAAT GGAGATGATC TCAAAGCCAG AAGTGATAAA 
GAAGATCATA AAGAAATTGA TGTTTTGATA GAGGACACAA TAGAAGAGGT AACTGAAGAC 
CATCCTGAGG TAGTGGCTAT GATGGAAGAA ACTAGAAAAA TGACAAAGGA AATGAACTTT 
GAGCAGCCGT TTGAAAAGTA TGCTGAAATT TTAGAGAACG TCCTCAAAGA GGTAATGAAG 
AAAAATAAGA ACAGATTTGT TGATGCCCCC AAATATGGAG GATGGATTGT AGATAACTGC 
CCTTCCACGA AAGATCTATG GGTAGTCTTC ATCGAGAAGG GGATTTTACC TGATTTAATT 
GTCTGTTTAA CAGATACAGA AGATAATGGA AAGTACTTAC TTAATAGATT GTATTTGCAG 
AATAAAACTG AAATTGATGC TAATATTTTA GAAAGATTAC GAGCAGAACT ACAAAAGAAA 
AAACAAGAAG AAGCAAAAGA AAGAAAAGCT GCAGAAGAAG CAATGAAAAG AGAAGAAGAA 
AATCAAAGGA TGTTGGAAGC TATGGGTCAG AAAGAAAAAG TAACTGAAGA AGCTGAGCAA 
GACCCTGAAG AAGAGGATGA CACTGAGGAG TCAGAAATCC CTGAAGGCCC TGAGATCCTC 
GAAGCCACCA AAGAGACCGG ACAGTCATTT TTTACTGAGG CATCTGAAGT GTCTGCAGTG 
CCCGAAACAG AACCTGAGTC AGCCATTGAC CCTATTGAGG AGACCACAGT TGAAGCAGAA 
ATTCCAAAAG AATCTAAAAA GAGCCTGGAC AGTGAAAAAT CATTTGAAAC AGTTGTGCTG 
CCTGAGTATC CAGCAGATGC TTATCCTGAT GTTCCTGAAA TGGAACCACT TAAAGACAAG 
ATTAAAGATT TCAACCTCTC CTGGAAACAA CTAGAAGGAA CACTCAATGA TTTAACTTTT 
ATTCCAATTT TAAACTTGGA AATTACTCGT AAAACCCCAG AAGAACTGCT TCAACAAGTA 
GTTGAGACTA TGGAAAAACC ATTTAAATAT TCCGCATGGG AGTTAACTAT AGAAGATTAT 
GATGAAGAAA CTGAAGACTA TCAGGCTGAA GCAGAATTGG ATGAGGAACT TGAAGAAGAG 
GAGGAAGAAG AAGGAGAAGA AAAAATTAAA GAAAAGAGGA GACATTTGGG AGATACAAAA 
CACTTTTGTC CAGTGACTCT CAAAGAAAAC TTCATCCTAC AACCAGGCAA CATAGATGAA 
GCAGCTAAAT ATCGGGAAAA GATCTACTAC TTTTCAAGTA CTGATGCAAA AGAGAAATTT 
CTTGAACATC CTGAGGAATA TGTGTCTCAT GAAGAACCAT TAAAGGCTCC TCCATTGAGA 
CTGTGTATTG TGGGCCCCCA TGGCTCTGGC AAAACTACAT GTGGAAGTTA TTTAGCTGAA 
AATTTGGGCA TCTTTCACAT TCAGTTTGAA GAAGTCCTTC AAGAAAAATT AATGCTCAAA 
ACTGAGAGGA AATTTGGACC TGAATATGAG GAAGATTCTG AGGATGAACA AGCTGCAAAA 
CAAGAAATTG AAGAGCTAGC AATGCAAGCA AATATTAAAC TTGAAGAAGA AAGTACAAAG 
AAGCTTTCTC CAGAAATACA GCTTACAGAA GAGGAAGAAG CAATAAAATC AAATCTAATA 
GAAAATGATC CATTACCTCC AGAAATTCTA GAAGGAATTC TTTCTGATTG GTGGTATAAG 
GAACCAATAC GTTCCACAGG ATTTATACTG GATGGCTTCC CTCGTACTCG GGAGGAGGTC 
CAGTTTCTAG GGGAGCATGG ACTTTTCCCA GATGCTGCTG TTATTATCCA AGTTGATGAC 
CAAGATATTT TTGATCGTAT TCTTCCTTCC CATGTTGAAA AGTGGAAACT GAAACAAAAG 
AAAAAATTAG ACAGGAAAAA ATTCATCAAG GATTTAAAGA CAAAAATAAG GGATGATACG 
ATTTCTAAAA GAAGGGCTGA ACTTGTATTA GAAAGAGAGA TAAGAAAGAA AGGGGAGACT 
GGTGCTAAAG AAGAAGAAGA TACTAGTGAG GAAGAGCCTG AAGACGAGGA AGATGGCAGT 
ATTGACAACA TTCTCAATGA AGAGTTTCCC AAAGACGAGG AAGAAATGAG TGATGAAGAT 
GAAGAACAGG AAACTGATGC CACTGAACAC CTGAGAAATG AACTGGGAGA AAAATATGAA 
GCAGATATGA CTAGTTTACA ATTGATACAG GATGAATTTG AGAAGATTTT GGTACCACTG 
ATTCATATTA ATGGATCTCG GAAAAGTCAC ATTGTCAAAT ACATGTTGCA TAACAAAGTG 
AAGTCACTGG TGGAAAATCG TGTAAGCATC TTTGAGAAAT GTTATCCAGT AAGGCCACAC 
ATTGCTCAGA AATTGCTCAA CTTAACCTAC AAATATCAAA GCTCATTTGG ATACTGGGAC 
CCAGTAAAGC TAAGTGAAGG AGACACAATC AAGCCAACGG AAAGTCCAGA GAATCCACTT 
TATCCTGTGA TCCATCGTCA GTACATTTAC TTTTTATCTA GTAAGGAAAC TAAAGAAAAA 
TTTATTAAGA ACCCAATCAA ATACATCCGC CAGCCAAAAC CCAAGCCTGC TGTGCCCATT 
AGGATTGCAA TTGTGGGGCC TCCAAAATCA GGGAAAACTA CAGTTTCCAA AAATATTGCA 
AGCGTGTATG GCTTAAAACG CTTATCAATT GGGGATGCTT TGCGTTATAT ATTAACCAAC 
CAACCAGAAA CAGAGCTGGC ACTTATGCTA AATTGGCACC TTCATAAAGG GTTGACAGCA 
CCTGATGAAC TGGCTATTCA AGCCTTGGAA ATATCTCTGA TGGACAGTGT ATGCAATACT 
GCTGGTGTTG TCATTGATGG ATACCCTGTA ACAAAGTATC AAACAGATCT CTTGGAATCC 
AGAACAATAA TTCCCATGAT CATCTTTGAG TTGGATGTAC CTTCTAAGGA GATTTTCAGA 
AGATTAATAC TGGAAAGAAA AGAGGTACAG AGTTTTTCTT ATCCATTGCA CAATAGTGCA 
CATATTATAG CTGTTAAGAA TTCAAAGTAC CGAAAACTCA TAGGTGATAT TCGGCAGTAT 
TATCAAGAAC AACATCAGAA CTGGTATGTG ATTGATGGAT TTCACAGCAA GTGGTGGATA 
TGGAATGAAG TTGTTAAGAT CATCCAGATG ATAAATAACT GTATCCAGTT ATATTTAGAA 
AAAATAAAAT CAGGAAAATC TGCCTGCATT GACAAGCTAT GTATCACACC TCAAGAACTG 
GTTTCTCACC TGGGAGAATT TGGACAGTTT TGCCCTGTCA GCTTAGCAGA ATCGCATGAA 
TTGTTTGATT GCTCTAACAC TAACTCCTTG GAATTTGCTG CAGAGTTCAG GGGGCACTAC 
TATAAAATGA ATTCTCTGGA AAAACTGAAT AAATTCTTGG AGAACCCAGA AATGTATGTG 
CCTCCATTAG CACCTTATCC ACTCCCATCT GCAGACATGA TCCCCAAAAG ACTGACTCTG 
TCAGAGCTGA AGTCTCGGTT CCCTAAGTGT GCTGAGCTCC AAGGATATTG TCCAGTGACC 
TACCAGGATG GGAAACAAAG ATACGAAGCC CTGATACCAG GTAACATTAA CTATGCTTTA 
GAATACCGTG ATCGTATATA TATTTGTGAA ACTGAAGAAA AACTCCAAAA GTTTTTCAGG 
TCACCACTGA AATACTGGAA TCAAAAACTT CCAAACAAAC TTCCCCCATT AAAGGAACCT 
ATACTTCTTA CCAGTCTTCC ATTGCCTGGA TACTTAGAAC AGGGTGTTGC GACTTCTCTA 
ATTAAAGCAA TGAATGCAGT TGGATGCATA AAACCCAAAT TCCCCTTCTT AAGCATACGA 
AGGTCTGCAC TATTATTTAT AGCATTTCAT CTAAAAGCAT TCAATCCAAA AGGATCTGAA 
TATACACGGA AAAAATATAA AAAGAAGATG GACCAGTTTG TAGAACGATG TGAACTCATA 
ACATACTTGG GTGCCAAGAT GACCAGGAAA TACAAGGACC CTCAATATAG AGCTATTGAT 
TTTGACCATA AATTACAGAC CTTCCTTTCT CTCAGAAATA TAGACCCAGT TAATGGATAA