AK9 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	AK9
Entrez Gene ID	104062758
Full Name	adenylate kinase 9
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009564871.1	XP_009563166.1	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
OCu47977	XM_009564871.1 Latest version!	Cuculus canorus adenylate kinase 9 (AK9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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_009564871.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009563166.1 Cuculus canorus adenylate kinase 9 (AK9), mRNA.

Price & Availability↑

CloneID	OCu47977
Clone ID Related Accession (Same CDS sequence)	XM_009564871.1
Accession Version	XM_009564871.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5184bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
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_009245766.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATTCAC AAGAGGCAAA ACAAAATCAG CCATTTGCAG ACATTTTTGA TGAAGATGAA 
GCTGAAAAAT CCTTTCTGTT GTCCAAGCCT ACTTGCATAA TTGTCCTTGG CAAGCCAGGT 
TCTGGAAAGA AAACCTTAGC TAGAAAACTA GCACAAATAT GGAAATGCAT TTTCATAGAA 
GCTTTGGAAG TAATTCAAAC AAATATTGAT GAAGAAACAG AATATGGGCT TAAGTGTCAA 
GAATTGCTTT TTAAGGGTCA AAATGTTTCT GAAGAACTGG TTACAAAAAT GATTCTGAAA 
AAGATTGAGT CATCAGAAGC ATCTCATTTT GGTTATGTTC TCAGTGGATT TCCTTCTCTC 
TCCGAGGAAT ACATGACTAT TTCACAACAA ATAGAGAAAA TAAAGAATCT AAAACTAAAA 
CCAGATTTGC TGATTAACAT TAAGTGTTCA GACTATGATT TATGCCAAAG AATATCAGGA 
CAAAGACAAC ACCCTGATTC AGGGCAGGTA TATCAGAGGA ACCAGTGGGA TCCTAACATT 
ATTGAAAAGC ATAATAAACA GAAAGATCAG CATGAAGAGA ATGAAGAAGA AGATGAAGAG 
GTGGAAGAAG AAGAGGCTGC AGAACATCCA CCCATGAAGG CAGATTTTTT CCATCAATTA 
GTGCAGAGGC CTGAAGATTT TCTTGAAAAC GCAGAGGAAA GAGTTGGAAT GTACAAGGAT 
ATAATGCTTC ATCCTTTAGA GGACTTGATG GCTGAACAGG ATTGTCAATA TCTTATTGAA 
CTGGATGGAA ATCAACCACC AGATGATCTC CTTGTATCAG TGGTAGTTCG ACTTCAATCT 
CTGGGTATTC CAAATGGAGC TCCTATAACT AGACTTCAAA GTCAGGAAGA AGAAATTCTG 
GAGGGACTGG AAAGTGATGA ACTTTTCCGG GTCCTGTCAT CTTACAATCG AATAGCACAC 
AGATGTCGAT GGCGTAGAAG CAGGTGGGGA CAAGTATGTC CTGTGGCTCT AAAGGAAGGT 
GATATTCTAA TGGGAAACCC AGACTTGGCT GTCAGTTTTC TAGGTAAAAT GTACATACTA 
TCATCCCCAG AGGCACTGAA AACATTTATG TTGAATCCAC GGCCTTACCT CTTACCACCA 
ATGCCACTTC CTCCTTGTAA AGTGCTAGTA TTTGGTCCTC CACTGTCTGG AAGAACAACT 
GTTTGTAACC TAATTGCACA GAAATATAAA GGAAAGGTTC TTGACATGGC CAAACTCATT 
CAAATCCATA TGGAAGTATT AAGAGAAGAA AACATTGAGC AAGTGCGAAG GGATACAGTG 
GAAAAGGCTA TAACAGCAGT GAAAATTAAG TTGGAATTAG AAAAGCAGTC TAAAGAATCA 
GGTGAAAAAG AACATAGCGG TATCAAAGAA GCAGATGATT CTGAAGAAAG CACTAATACT 
GGAGAGGGAG TGAACTTGGA AGAGAGGAGT ACTACAGAAT CTTCCCTTAC CCAAAAAAGC 
ATGTCAGAGG TAACTGCTGA CCACCCAGAA GTTCAAGCAA TGGTAGAAGA AGCCATAAAA 
AGTGCATCCA TCTCTGAAGT TACACCGTCA CCTGAAATAT ATGCTGAGGC ACTGGAGAGA 
GCTATTACAG AGCTTATGAA GAAGAGCAAA GACAGGTTTC CTGGTGCTCC AGAAAAAGGA 
GGATGGGTGG TGGATAACTA CCCTCTGTCA GTAGATCACT GGTTAGCTTT ATCAGAAAAA 
GGACTTCTAC CTGACACTAT AGTCTGTCTG AAGAATACAG AAAAAGATGG AGCCTGTATA 
CTACGCAGAA CATACTTAGC AAATAGGGAT GAAATTAATT CTAAGATTTT GAAAAGACTA 
ACAGATGAAG CATTAAAAAA GAAAGAAGAA GAAGTAAGAA GAAAAATGCA AGAAACACTG 
GCATCAGAGG AAAAGCAGTT TCTAGATGCT GATGAAGGTG AAGATGAAGA TGAAGATGAA 
GAATTTGAGG ACAATGATGA GCAGCTTCCA CCTGAAACTG AAAAAATATC CCAGGAACAG 
TCCAGTGACT CTGCACGTGA TGAAGGAGAA TCTAAACCTA CAGAAATCAT ACTACCTGAG 
TTTGCAGAGG ATGATTTCCC AGATATACCA GAAATGGAAA TAATTAAAAA GAAGATTGAC 
CTTTTCATGC ATGACTGGCA AAAAGTGGAG TCAGAAATCA AGCTGTCATC TCAAGTTCAG 
ATTGTTGTTT TAGAGATTGC TGAGCAAACT CCAGAAAGTC TGCTTAATGA AATTGTGTTG 
TTTATGGAAA AACCTTTTAA ATATCATGGT TGGGAATTAT CTGCTGAAGA CTTAAATGAG 
GAAGCAGAAG ATCTGGCTGC TGCAGGAGAA GATGAAGAAG TTGAAGAAGA AGAAAATGAA 
GATGAAGAAG CTCCTCCCTT ACGAGTGTGC TTACTTGGGA CTCATGGATC CGGTAAAACT 
ACTTGTGCAC GACAGATAGC AGACAAATTA GGCATTTTCC ATATTCAATT TGAAGAATAT 
CTGCAGGAAT TGATCTTACC CAAGACTAAA AAGAAAATTG GGCCCCATTT TGATGAAGAA 
CCTGAAGAAG ATGACAATAA AACGCCAATT CTATCACAGG AACTGGAAGA CTTGTCTCAG 
CCCATGACTG AAACTGAGAC TAAAAAAAGC AAACAGGAAG TGGAGTTAAC TGATGAGGAA 
AAAGCAATCA AAGCAAATCT AATGGATAAT GACGTGCTGC CTCCAGAAGT CCTTGATAAC 
ATTGTTCTTG ACTGGTGGAA GAAAGAGCCA TTCCGGTCCA CAGGATTCAT ACTGGACGGT 
TTCCCTCGTA ATTTAGATGA AGCCCAGTAT TTGTCAACAC GAGGTCTCTG TCCTGATGTT 
GCAGTTTTTA TTCAAGTAGA AGAAAGTGAT GTTCTTGACC GTCTTCTTCC TCCACGTCTG 
GAAAAATGGA AAGAAAGACA GCATAAGAAA ATGCAAAATA AAAAGAAAGT GAAAGACCTG 
AAAGCAAAAA TAAGGGATGA GAAGATTGCA AGAAGAAGGG AAGAACTTGT AGCAGAACAA 
AACAAAAAGA AACAGGAGGC TTTAGCAAAG AAGGAGCATT CTGAAGTCAC TGAAGAGGAA 
GATGAGAATG AAAATCAGGA TATTGAAGCT ATACTTGAAG AAGAGTTTCT AGAAGTAGAA 
GAAGAAGCAG AAGAGGAGGC TGAAGAAGAA CAGGAGACTG ATGTTATTGA CCGCATGCAA 
AATGAAATCA CAAGAAACTT TTATTCAGAA ATAGAGCAGT TACAAGGTGT ACAGGAAGAA 
CTTAAAAATT TTTTGATACC ACAAATTGAG ATCGATGGAA GACGGAAGCC TCACATCGTA 
CGCTACCAAA TACATAGCAA GCTGAATTCT CTAATGGACA ATCGTGGAAG CATTTTTGAG 
AAATGTTACC CAATAAGTTT GCCACTTGCA CAGAAGATGC TAGCTTTCTC ATATAAATTT 
CCAAGTTCTT TTGGTCAGTG GGATCCAGTC AAGCTAAGTG AAGGAGATGT AATGAAGCCA 
CGACAAAGAG ATGAAAACAC AGTCTTTCCT GTAATACATC GACAATATAT TTATTTTTTT 
TCAAGTAAAG AAAATAGAGA AACATTTATG AAAAATCCCA TCAAATATAT TTGTCAGCCA 
AAACCTAAAC CAGCTGTGCC AGTTAAGATT GCAATTGTGG GACCTCCAAA ATCTGGAAAG 
ACTACAGTTG CCAAGAAATT TGCAAGCGTA TGTGGGTTAC TGTGCCTGAG TATGGGAGAT 
GCCATACGGT TCGTGTTAAA CAATCAGCCG GAGAGTGAGT TGGCACTGAC ATTAAAGTGG 
CATCTTCACA AAGGACTGAC TGTACCTGAC GAACTGGCCA TCCAGGCTCT AGATGTGGCT 
CTGATGAATC ACGTGTGTAA TACCACCGGA GTTGTAATTG ATGGATATCC TGTAACAAAA 
AAACAAGTAA ACCTCTTGAA ATCAGCTAGG ATAATTCCAG TGAAAATCTT TGAATTAGAT 
ATGGATGCAA AGGAAGTGTT CAGAAGAGCA CTGTTGGATA AGGAAAGCAT GAACAGACCA 
CCCTACCCTG AACATGACAG CTCACAGATT CTAGCTATTA AAAATTCCTG CTATAAACAG 
CACATTGATG CAATCAGGAC TTACTATAAG AAGGAGCATC AGAACTGGTG TGTGATTGAT 
GCTTGTCGGA GCAAGTGGTG GATCTGGAAC AAAGTACTGC AGGAAGTTCA AGCGGTTGTT 
AAAGAAATCC AGATATACCT GGAAAGAATA AGAGAAGGAA AAGCAGCCAG CATTGCTGAT 
TTATGTATCA CTCCTGAAGA GCTGCAATAT CGGCTGGGGG AGTTTGGACA GTACTGTCCT 
GTCAGTCTTG CAGACAAGGG TGAATTGGTT GACTGCTCTG TAACGTCATC ATTGCAATTT 
GCTGCAGAAT TTCGAGGACA CTATTACAAG ATGGCTTCAC AGGAAGAACT GGACAAATTC 
TTGAGCAGAC CAGAGGTTTA TGTGCCACCA CTGGCACCTC AGCCTCTCCC ATGCCCAGAT 
ATGCTACCAA AGAAACTGAC TGCGGCAGAT GTGAAGGCCT TATTCCCAAC AAATGCTGAA 
ATGCAGGGAT ACTGTCCAGT CACTTACCTA GATGGAAAAC AGAGATATGA AGCTTTGGTG 
CCTGGCAACA TTGAGTACGC AGCAAAATAT CAAGATAAGC TATACATTTT TGAAAGTGAA 
GAAAAACTTC TGAAGTTTAT GAGGTTACCT GAGAAGTACT GGAATTTGAA GCTTCCTCGT 
AAACTCCCTC CAGTAAAAGA GCCACTACTA CTCACTGCGC TTCCTTTGCC TGGATACCTT 
GAACAGGGAG CAGCGACTTC TCTAATAAAA GCTCTGAGTG ATGTAGGCTG CTTAAAACCA 
AAGTTTCCAT TCCTCAGTGT AAAAAAATCT GCTCTGCTGT TCATCGCCTG CCATTTAAAA 
GCGCACAATC CCCGGAGCCC AGAGCCAGCA CGGCAGACGT ACCAGAGGAG GCTTGCGCGC 
TTGAAGGAGC ACTGCCAGCT CATCCCCTAC CTGGCGGAGA CCATGGCGGG CCCATACCAG 
GAGCCTCAGC ACAGGCCCCT TGGCTTTGCC AGCAGACTAC AGACTTTTCT GTCCATGAAG 
GACACCGGCC CCAGTTTCGT GTAG

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

RefSeq	XP_009563166.1
CDS	1..5184
Translation	MDSQEAKQNQPFADIFDEDEAEKSFLLSKPTCIIVLGKPGSGKKTLARKLAQIWKCIFIEALEVIQTNIDEETEYGLKCQELLFKGQNVSEELVTKMILKKIESSEASHFGYVLSGFPSLSEEYMTISQQIEKIKNLKLKPDLLINIKCSDYDLCQRISGQRQHPDSGQVYQRNQWDPNIIEKHNKQKDQHEENEEEDEEVEEEEAAEHPPMKADFFHQLVQRPEDFLENAEERVGMYKDIMLHPLEDLMAEQDCQYLIELDGNQPPDDLLVSVVVRLQSLGIPNGAPITRLQSQEEEILEGLESDELFRVLSSYNRIAHRCRWRRSRWGQVCPVALKEGDILMGNPDLAVSFLGKMYILSSPEALKTFMLNPRPYLLPPMPLPPCKVLVFGPPLSGRTTVCNLIAQKYKGKVLDMAKLIQIHMEVLREENIEQVRRDTVEKAITAVKIKLELEKQSKESGEKEHSGIKEADDSEESTNTGEGVNLEERSTTESSLTQKSMSEVTADHPEVQAMVEEAIKSASISEVTPSPEIYAEALERAITELMKKSKDRFPGAPEKGGWVVDNYPLSVDHWLALSEKGLLPDTIVCLKNTEKDGACILRRTYLANRDEINSKILKRLTDEALKKKEEEVRRKMQETLASEEKQFLDADEGEDEDEDEEFEDNDEQLPPETEKISQEQSSDSARDEGESKPTEIILPEFAEDDFPDIPEMEIIKKKIDLFMHDWQKVESEIKLSSQVQIVVLEIAEQTPESLLNEIVLFMEKPFKYHGWELSAEDLNEEAEDLAAAGEDEEVEEEENEDEEAPPLRVCLLGTHGSGKTTCARQIADKLGIFHIQFEEYLQELILPKTKKKIGPHFDEEPEEDDNKTPILSQELEDLSQPMTETETKKSKQEVELTDEEKAIKANLMDNDVLPPEVLDNIVLDWWKKEPFRSTGFILDGFPRNLDEAQYLSTRGLCPDVAVFIQVEESDVLDRLLPPRLEKWKERQHKKMQNKKKVKDLKAKIRDEKIARRREELVAEQNKKKQEALAKKEHSEVTEEEDENENQDIEAILEEEFLEVEEEAEEEAEEEQETDVIDRMQNEITRNFYSEIEQLQGVQEELKNFLIPQIEIDGRRKPHIVRYQIHSKLNSLMDNRGSIFEKCYPISLPLAQKMLAFSYKFPSSFGQWDPVKLSEGDVMKPRQRDENTVFPVIHRQYIYFFSSKENRETFMKNPIKYICQPKPKPAVPVKIAIVGPPKSGKTTVAKKFASVCGLLCLSMGDAIRFVLNNQPESELALTLKWHLHKGLTVPDELAIQALDVALMNHVCNTTGVVIDGYPVTKKQVNLLKSARIIPVKIFELDMDAKEVFRRALLDKESMNRPPYPEHDSSQILAIKNSCYKQHIDAIRTYYKKEHQNWCVIDACRSKWWIWNKVLQEVQAVVKEIQIYLERIREGKAASIADLCITPEELQYRLGEFGQYCPVSLADKGELVDCSVTSSLQFAAEFRGHYYKMASQEELDKFLSRPEVYVPPLAPQPLPCPDMLPKKLTAADVKALFPTNAEMQGYCPVTYLDGKQRYEALVPGNIEYAAKYQDKLYIFESEEKLLKFMRLPEKYWNLKLPRKLPPVKEPLLLTALPLPGYLEQGAATSLIKALSDVGCLKPKFPFLSVKKSALLFIACHLKAHNPRSPEPARQTYQRRLARLKEHCQLIPYLAETMAGPYQEPQHRPLGFASRLQTFLSMKDTGPSFV

Target ORF information:

RefSeq Version	XM_009564871.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus 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_009564871.1

ORF Insert Sequence:

ATGGATTCAC AAGAGGCAAA ACAAAATCAG CCATTTGCAG ACATTTTTGA TGAAGATGAA 
GCTGAAAAAT CCTTTCTGTT GTCCAAGCCT ACTTGCATAA TTGTCCTTGG CAAGCCAGGT 
TCTGGAAAGA AAACCTTAGC TAGAAAACTA GCACAAATAT GGAAATGCAT TTTCATAGAA 
GCTTTGGAAG TAATTCAAAC AAATATTGAT GAAGAAACAG AATATGGGCT TAAGTGTCAA 
GAATTGCTTT TTAAGGGTCA AAATGTTTCT GAAGAACTGG TTACAAAAAT GATTCTGAAA 
AAGATTGAGT CATCAGAAGC ATCTCATTTT GGTTATGTTC TCAGTGGATT TCCTTCTCTC 
TCCGAGGAAT ACATGACTAT TTCACAACAA ATAGAGAAAA TAAAGAATCT AAAACTAAAA 
CCAGATTTGC TGATTAACAT TAAGTGTTCA GACTATGATT TATGCCAAAG AATATCAGGA 
CAAAGACAAC ACCCTGATTC AGGGCAGGTA TATCAGAGGA ACCAGTGGGA TCCTAACATT 
ATTGAAAAGC ATAATAAACA GAAAGATCAG CATGAAGAGA ATGAAGAAGA AGATGAAGAG 
GTGGAAGAAG AAGAGGCTGC AGAACATCCA CCCATGAAGG CAGATTTTTT CCATCAATTA 
GTGCAGAGGC CTGAAGATTT TCTTGAAAAC GCAGAGGAAA GAGTTGGAAT GTACAAGGAT 
ATAATGCTTC ATCCTTTAGA GGACTTGATG GCTGAACAGG ATTGTCAATA TCTTATTGAA 
CTGGATGGAA ATCAACCACC AGATGATCTC CTTGTATCAG TGGTAGTTCG ACTTCAATCT 
CTGGGTATTC CAAATGGAGC TCCTATAACT AGACTTCAAA GTCAGGAAGA AGAAATTCTG 
GAGGGACTGG AAAGTGATGA ACTTTTCCGG GTCCTGTCAT CTTACAATCG AATAGCACAC 
AGATGTCGAT GGCGTAGAAG CAGGTGGGGA CAAGTATGTC CTGTGGCTCT AAAGGAAGGT 
GATATTCTAA TGGGAAACCC AGACTTGGCT GTCAGTTTTC TAGGTAAAAT GTACATACTA 
TCATCCCCAG AGGCACTGAA AACATTTATG TTGAATCCAC GGCCTTACCT CTTACCACCA 
ATGCCACTTC CTCCTTGTAA AGTGCTAGTA TTTGGTCCTC CACTGTCTGG AAGAACAACT 
GTTTGTAACC TAATTGCACA GAAATATAAA GGAAAGGTTC TTGACATGGC CAAACTCATT 
CAAATCCATA TGGAAGTATT AAGAGAAGAA AACATTGAGC AAGTGCGAAG GGATACAGTG 
GAAAAGGCTA TAACAGCAGT GAAAATTAAG TTGGAATTAG AAAAGCAGTC TAAAGAATCA 
GGTGAAAAAG AACATAGCGG TATCAAAGAA GCAGATGATT CTGAAGAAAG CACTAATACT 
GGAGAGGGAG TGAACTTGGA AGAGAGGAGT ACTACAGAAT CTTCCCTTAC CCAAAAAAGC 
ATGTCAGAGG TAACTGCTGA CCACCCAGAA GTTCAAGCAA TGGTAGAAGA AGCCATAAAA 
AGTGCATCCA TCTCTGAAGT TACACCGTCA CCTGAAATAT ATGCTGAGGC ACTGGAGAGA 
GCTATTACAG AGCTTATGAA GAAGAGCAAA GACAGGTTTC CTGGTGCTCC AGAAAAAGGA 
GGATGGGTGG TGGATAACTA CCCTCTGTCA GTAGATCACT GGTTAGCTTT ATCAGAAAAA 
GGACTTCTAC CTGACACTAT AGTCTGTCTG AAGAATACAG AAAAAGATGG AGCCTGTATA 
CTACGCAGAA CATACTTAGC AAATAGGGAT GAAATTAATT CTAAGATTTT GAAAAGACTA 
ACAGATGAAG CATTAAAAAA GAAAGAAGAA GAAGTAAGAA GAAAAATGCA AGAAACACTG 
GCATCAGAGG AAAAGCAGTT TCTAGATGCT GATGAAGGTG AAGATGAAGA TGAAGATGAA 
GAATTTGAGG ACAATGATGA GCAGCTTCCA CCTGAAACTG AAAAAATATC CCAGGAACAG 
TCCAGTGACT CTGCACGTGA TGAAGGAGAA TCTAAACCTA CAGAAATCAT ACTACCTGAG 
TTTGCAGAGG ATGATTTCCC AGATATACCA GAAATGGAAA TAATTAAAAA GAAGATTGAC 
CTTTTCATGC ATGACTGGCA AAAAGTGGAG TCAGAAATCA AGCTGTCATC TCAAGTTCAG 
ATTGTTGTTT TAGAGATTGC TGAGCAAACT CCAGAAAGTC TGCTTAATGA AATTGTGTTG 
TTTATGGAAA AACCTTTTAA ATATCATGGT TGGGAATTAT CTGCTGAAGA CTTAAATGAG 
GAAGCAGAAG ATCTGGCTGC TGCAGGAGAA GATGAAGAAG TTGAAGAAGA AGAAAATGAA 
GATGAAGAAG CTCCTCCCTT ACGAGTGTGC TTACTTGGGA CTCATGGATC CGGTAAAACT 
ACTTGTGCAC GACAGATAGC AGACAAATTA GGCATTTTCC ATATTCAATT TGAAGAATAT 
CTGCAGGAAT TGATCTTACC CAAGACTAAA AAGAAAATTG GGCCCCATTT TGATGAAGAA 
CCTGAAGAAG ATGACAATAA AACGCCAATT CTATCACAGG AACTGGAAGA CTTGTCTCAG 
CCCATGACTG AAACTGAGAC TAAAAAAAGC AAACAGGAAG TGGAGTTAAC TGATGAGGAA 
AAAGCAATCA AAGCAAATCT AATGGATAAT GACGTGCTGC CTCCAGAAGT CCTTGATAAC 
ATTGTTCTTG ACTGGTGGAA GAAAGAGCCA TTCCGGTCCA CAGGATTCAT ACTGGACGGT 
TTCCCTCGTA ATTTAGATGA AGCCCAGTAT TTGTCAACAC GAGGTCTCTG TCCTGATGTT 
GCAGTTTTTA TTCAAGTAGA AGAAAGTGAT GTTCTTGACC GTCTTCTTCC TCCACGTCTG 
GAAAAATGGA AAGAAAGACA GCATAAGAAA ATGCAAAATA AAAAGAAAGT GAAAGACCTG 
AAAGCAAAAA TAAGGGATGA GAAGATTGCA AGAAGAAGGG AAGAACTTGT AGCAGAACAA 
AACAAAAAGA AACAGGAGGC TTTAGCAAAG AAGGAGCATT CTGAAGTCAC TGAAGAGGAA 
GATGAGAATG AAAATCAGGA TATTGAAGCT ATACTTGAAG AAGAGTTTCT AGAAGTAGAA 
GAAGAAGCAG AAGAGGAGGC TGAAGAAGAA CAGGAGACTG ATGTTATTGA CCGCATGCAA 
AATGAAATCA CAAGAAACTT TTATTCAGAA ATAGAGCAGT TACAAGGTGT ACAGGAAGAA 
CTTAAAAATT TTTTGATACC ACAAATTGAG ATCGATGGAA GACGGAAGCC TCACATCGTA 
CGCTACCAAA TACATAGCAA GCTGAATTCT CTAATGGACA ATCGTGGAAG CATTTTTGAG 
AAATGTTACC CAATAAGTTT GCCACTTGCA CAGAAGATGC TAGCTTTCTC ATATAAATTT 
CCAAGTTCTT TTGGTCAGTG GGATCCAGTC AAGCTAAGTG AAGGAGATGT AATGAAGCCA 
CGACAAAGAG ATGAAAACAC AGTCTTTCCT GTAATACATC GACAATATAT TTATTTTTTT 
TCAAGTAAAG AAAATAGAGA AACATTTATG AAAAATCCCA TCAAATATAT TTGTCAGCCA 
AAACCTAAAC CAGCTGTGCC AGTTAAGATT GCAATTGTGG GACCTCCAAA ATCTGGAAAG 
ACTACAGTTG CCAAGAAATT TGCAAGCGTA TGTGGGTTAC TGTGCCTGAG TATGGGAGAT 
GCCATACGGT TCGTGTTAAA CAATCAGCCG GAGAGTGAGT TGGCACTGAC ATTAAAGTGG 
CATCTTCACA AAGGACTGAC TGTACCTGAC GAACTGGCCA TCCAGGCTCT AGATGTGGCT 
CTGATGAATC ACGTGTGTAA TACCACCGGA GTTGTAATTG ATGGATATCC TGTAACAAAA 
AAACAAGTAA ACCTCTTGAA ATCAGCTAGG ATAATTCCAG TGAAAATCTT TGAATTAGAT 
ATGGATGCAA AGGAAGTGTT CAGAAGAGCA CTGTTGGATA AGGAAAGCAT GAACAGACCA 
CCCTACCCTG AACATGACAG CTCACAGATT CTAGCTATTA AAAATTCCTG CTATAAACAG 
CACATTGATG CAATCAGGAC TTACTATAAG AAGGAGCATC AGAACTGGTG TGTGATTGAT 
GCTTGTCGGA GCAAGTGGTG GATCTGGAAC AAAGTACTGC AGGAAGTTCA AGCGGTTGTT 
AAAGAAATCC AGATATACCT GGAAAGAATA AGAGAAGGAA AAGCAGCCAG CATTGCTGAT 
TTATGTATCA CTCCTGAAGA GCTGCAATAT CGGCTGGGGG AGTTTGGACA GTACTGTCCT 
GTCAGTCTTG CAGACAAGGG TGAATTGGTT GACTGCTCTG TAACGTCATC ATTGCAATTT 
GCTGCAGAAT TTCGAGGACA CTATTACAAG ATGGCTTCAC AGGAAGAACT GGACAAATTC 
TTGAGCAGAC CAGAGGTTTA TGTGCCACCA CTGGCACCTC AGCCTCTCCC ATGCCCAGAT 
ATGCTACCAA AGAAACTGAC TGCGGCAGAT GTGAAGGCCT TATTCCCAAC AAATGCTGAA 
ATGCAGGGAT ACTGTCCAGT CACTTACCTA GATGGAAAAC AGAGATATGA AGCTTTGGTG 
CCTGGCAACA TTGAGTACGC AGCAAAATAT CAAGATAAGC TATACATTTT TGAAAGTGAA 
GAAAAACTTC TGAAGTTTAT GAGGTTACCT GAGAAGTACT GGAATTTGAA GCTTCCTCGT 
AAACTCCCTC CAGTAAAAGA GCCACTACTA CTCACTGCGC TTCCTTTGCC TGGATACCTT 
GAACAGGGAG CAGCGACTTC TCTAATAAAA GCTCTGAGTG ATGTAGGCTG CTTAAAACCA 
AAGTTTCCAT TCCTCAGTGT AAAAAAATCT GCTCTGCTGT TCATCGCCTG CCATTTAAAA 
GCGCACAATC CCCGGAGCCC AGAGCCAGCA CGGCAGACGT ACCAGAGGAG GCTTGCGCGC 
TTGAAGGAGC ACTGCCAGCT CATCCCCTAC CTGGCGGAGA CCATGGCGGG CCCATACCAG 
GAGCCTCAGC ACAGGCCCCT TGGCTTTGCC AGCAGACTAC AGACTTTTCT GTCCATGAAG 
GACACCGGCC CCAGTTTCGT GTAG