EIF2AK4 cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	EIF2AK4
Entrez Gene ID	107296475
Full Name	eukaryotic translation initiation factor 2 alpha kinase 4
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015825832.1	XP_015681318.1	eIF-2-alpha kinase GCN2

Pathways from BioSystems
Gene Ontology

The following EIF2AK4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EIF2AK4 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
OPr23688	XM_015825832.1 Latest version!	Protobothrops mucrosquamatus eukaryotic translation initiation factor 2 alpha kinase 4 (EIF2AK4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

EIF2AK4 ( XM_015825832.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015681318.1 Protobothrops mucrosquamatus eukaryotic translation initiation factor 2 alpha kinase 4 (EIF2AK4), mRNA.

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CloneID	OPr23688
Clone ID Related Accession (Same CDS sequence)	XM_015825832.1
Accession Version	XM_015825832.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4986bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	eIF-2-alpha kinase GCN2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386278.1) and transcript sequence (IAAC01027605.1) 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 Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 202 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGCCCATT TGAACGGGGT CTTGCAGCCG CGAGCCGAGA CGGCCGAAGT GACCGCGGAG 
CAACCGGAGA GCTACCAGCT TCGCCAAGAG AACGAGCTGC AGGTGCTGGA GTCCATCTAC 
GGGCGGGACT TTCAAGACTT GCGTCTTGAC CGGCCGTGGG AGATACGACA GTATCCTGAA 
ATCAATCTAG TCTTGAGACC TCAGGGATTA ACTGGTGACC ATGAAGTCTA TGCCAAAGTT 
GACTTATGGG TCAAATGTCC TCAAACCTAT CCCGATATTG TTCCAGAAAT CGAACTTAAA 
AATGTGAAAG GCTTATCAAA TGAAAATATA AACTTACTAA AATCCAAACT AGAGATATTA 
GCAAAAGAGC GTTGTGGAGA GGTGATGATA TTTGAGCTGG CAGAATACAT ACAGTCATTT 
CTTAGTGATT ACAATAAACC CCCTTCAAAA TCTTTCCATG AAGAAATGCT AAAGAATCAA 
CAAAAGGAAC AAGAAAGACT AGCCAAGGAA GAACAACAAC GAATTCAAGA CATGAAGAAA 
AAAGAAGAAC AGATGCAACG TGAAATTCTT GATGAAATTC AGAAAAGAGA GGAAGAAAAG 
AGAGAAGAAA GAAAAAGGAA GGAAATAGCA AAACAGGAAC GCTTGGGTAA TGCCACTCTG 
ATAAAACAGG ATCCTTCTAT TGTTCAAGAT GTTGCAGGGA GCAAAACGAC TGTCAGCATA 
ACAACTGGTG CAACAGATCA TGTAGGGAAT AATAAATATC GTGCAAATTC CACAGGACGT 
TCAAAGAGAG AGCGTCAGTA CTCTAGCTGC AGCAATGAAG AATCTCAAGG AATGTGTGAA 
ATTCTGAATT TTCATAACAG TGCAAATGGT CAGCTTAAAG TGCACAAAGG AAAATGTATA 
GGCAAAGATG AACAACTTGG TAAATCAATC TACAATGCTT TAGATATTTG TTCTGGCAAC 
TTTGTCCAAG TGAATGAATG GGTACTTCAG TGGCAAAAGA AAATGGGAAA ATTTCTCACA 
ACTCAAGAAA AGGAAAAGGT TGAAAAGTGT AAAAAACAGA TACAGGGAGC AGAAACAGAA 
TTCAGTTCTC TGATGAAATT AAGCCATCCT AACATAGTTC GTTACCTATC TATGACCTTT 
AAAGAGCACA GTGACTCAAT TGTAGTACAC ATATTGGTGG AACACATCAA TGGATCTAAC 
CTTTCCGTGT ACTTGGACAG AGAGATCCCG CTTCCTGTTG ATCAGTTGCG CCATTATGCA 
ACTCAGCTTT TGTCAGCTCT TGACTATTTA CATAGTAATT CAGTAGTCCA CAAAGTTTTG 
AGTGCATCCA GCATTCTGGT AGATACTGAA GGAAACATCA AGATGACTGA TTACAGTATT 
TCCAAACGGT TGGCAGAAAT CTGTAAGGAG GATGTTTTTG AGCAAACCAA AGTCCGATTT 
AGTGAGGACG CCTTGCCCAA CAAACCAGGG AAAAAAGGAG ATATATGGAG ATTGGGTTTG 
ATGTTGCTTG CTCTCAGCCA AGGATGGCTA ACCAAGGAAT ATCCAGTCAC AATTCCAAGT 
GATTTGCCTG ATGATTTTGA AGACTTTTTG AAAAAGTGTG TTTGCTTGGA AGATAAAGAA 
AGATGGAGTC CTCAGCAACT ACTACAGCAT AGTTTTATAA ATCCACCACT AGTAAAAGCA 
CCCATATTGG AAGAAAGCCC AGATGATTCA CCACCAATAG ATGATATTGA AACTGTTATT 
TCTAGCAGTC AGATTGCTAG TGATGTTCAT GTCACAGAAA CACAAAGGCA ACTTTCCCGT 
TATTACAATG AATTTGAAGA ACAACAGTTG CTTGGAAAAG GAGCCTTTGG AGCAGTCATC 
AAGGTCCAGA ACAAACTAGA TGGCTGCTGT TATGCTGTCA AGCGTATTCG TATAAATCCC 
ACAAGCAAGC AGTTCCGAAG AATCAAAGGG GAAGTAACGC TTTTGTCACG ACTAAACCAT 
GAGAACATTG TGCGATATTA CAATGCCTGG ATAGAGAAAT ATGAGGGTTC TCTACTTACT 
AATTCTACAT CAGAAAGCAC AGAAGAGAAG AAAGTAGCTG AGAGACTGGC TGAGAATGGG 
AAAGGTGAAC AGGCGTTTGT GGATGACATA GAAGCAAATG TCCCTTCTCC TGTTCTGACC 
AGTTCGGTGG AGTGGAGCAC CTCCTGTGAA AGATCAACCA GTGCCAGGTT CAGTGGAGCT 
GATCAGGAAT CCAGTGATGA TGATGATGAC GACGATGAAG GGGAAGGAGT CTTTTCACAG 
TCTTTCTTGC CAGCAGCAGA TTCTGAAAGT GATATCATTT TTGATCATGA AGAAGACAAT 
AGCAGAAATC AGATGATGGA TGAAGATTAC AAGGAAAAAG ATAGTCATAG TGAAGAAAAC 
AAAACATCAG TGATTCAGAC TGTGCACCAT CTTTATATTC AGATGGAATA TTGTGAAAAG 
AGCACATTAC GAGACACTAT TGATCAAGGT TTATACCAAG ATACCAATCG TCTTTGGAGA 
CTTTTCCGGG AAATTTTGGA TGGTTTAGCT TACATCCATG AAAAGGGAAT GATTCACCGA 
GATCTGAAAC CTGTCAACAT TTTTTTAGAT TCAGAAGATC AGGTGAAAAT TGGTGATTTT 
GGTTTGGCAA CAGATCATCC AGCAAATACA GTAGACTCTA AACCTGGAGA AGAAATTTCC 
ACCCAAAATG TGGTTAAAAA TGAATCATTG GGAAACTTAA CAGGAATGGT TGGCACTGCT 
CTTTATGTTA GTCCAGAAGT CCAAGGAAGT ACTAAGTCTA CATACAATCA GAAAGTGGAC 
CTCTTCAGCT TGGGTGTAAT ATTCTTTGAG ATGTCCTATC ATCCAATGAC TACTGCATCG 
GAAAGAATCT TTGTTCTCAG TCAGTTAAGG CTTCCATCTA TTGAATTTCC GGAGGACTTC 
GATGAAGTGA AAAATGCAAA GCAGAAACTG GTGATTGCTT GGCTATTGAA CCACGATCCT 
TCAAAACGGC CAACTGCTAT GGAGCTCTTA AAAAGTGAAC ATCTTCCACC TCCTCAGTGG 
GAAGAGTCTG AACTTCACGA AGTCCTTCAT CATACTTTAG CAAATGTGGA TGGAAAAGCA 
TACCGGACCA TGATGGGCCA AATATTCTCC CAGCGCATTT CTCCCGCAAT AGATTATACC 
TATGACAGTG ATATCCTCAA GGGTAGTTTT TCAGTTTGGT CAACCAAGAT TCAACAACAT 
GTGTGTGAGA CAATTAGCCG GATTTTTAAA AGACATGGCG CTGTCAAGAT GCATACTCCC 
CTGCTGATGC CTAGGAATAG AAAACTGTAT GAGCACAATG AAGCTTCATA TTTGATGGAC 
CACAGTGGAA TGCTGGTGAT GCTTCCTTAT GATCTCAGAA TTCCATTTGC AAGATATGTA 
GCTAGAAATA ATATAACAAA CTTGAAAAGA TACTGCATTG AGAGAGTTTT CAGGCCTCGG 
AAATTAGATC GTTGTCATCC AAGAGAACTC TTAGAATGTG CATTTGATAT AATCACACCT 
GCTGGAAATA GTTTTTTACC TATTGCAGAA ACAATCTACA CAATCTGTGA AATAATCCAG 
GAATTTCCTG TATTGCAAGA AAGAAACTAT AGTATCTACT TAAATCATAC TGCCTTGCTG 
AAAGCAATCC TTCTGCACTG TGGGATCCCT GAAGATAAGC TCAATCAAGT TTACACAATC 
TTGTATGATG CTGTGACTGA AAAGCTAACT AAAAGAGAAG TAGAGGCCAA GTTCTGCAAT 
CTTTCCCTTT CATCAAACAA TCTTGTTCGA CTCTACAGAT TTATCGAGCA AAAAGGGGAG 
CTGCAAGATA TATCCCCATT GTTGAATACT ATGGTGAAGC AAAAGACAGG AGTTGCCTCA 
TTGGTGAAAC TTGGCATGAA AGAACTGGAG GAAACAGTGG GTCTGTTAAA AAAATTTGGC 
ATAAAATTCC AGATATCCAT AAATTTGGGC TTGGTTTATA AAATACAGCA GCACAATGGA 
ATTATTTTTC AGTTTATTGC ATACATTAAA CGGAGACAAA GAACAGTTAC TGACATTCTT 
GCTGCTGGAG GTAGATATGA TCATATGATT TCACAATTCA GAGGCCCAGA TGCAGTTGGT 
CTGATTCCTT CAGCTGTTGG AGTCAGCATT GCTGTAGACA GAATAAGTTC CACAGTTTTG 
AATATGGAAG AGCCATTTAC AGTGAGCTCT TGTGATTTGT TAGTTGTTAG TGTTGGCCAG 
AAGTCAATGG AAAGAGCCAT AAATGTTGTT CAGAAGCTCT GGGCTGCAGG AATTGCAGCT 
GAAATTATGT ATGACTGGTC CCAGTCCCAG GAAGAATTAC AGGAGTATTG CAGATGTTCT 
GGAATCACCT ATGTGGCCCT CATTTATGAT AAAGAAGGAA ATCATGTAAA GGTAAAATCA 
TTTGAAAGGG AAAGGCAGAC AGAAAAAAGA ATCTTGGAGT CTGATGTAGT AGATCATCTG 
GCCCAGAAAC TCAGGACCAA ATTCTATGAC GAAAGAAATA GCAGAGAAAT TTCTGATAAT 
GTTACAACCC AAAATCTAAA AGGATCACTT TCCAGTAATT CAGGTTTGTC TGAATCACAT 
GGAACGGTGA TAATACCAAA TGTGTGCATT ATTCCACCAG AAAAGTTGTC AGCAAGTGTC 
AAACGACGTT ATGAAGCTCA GGTACAAACC AAACTCCAGG CTTGCTTTAC TAATTTCCCG 
CTGAAGCTGA GTGAAGTTGA AATTTTAGCA GTTGATCTAC CAAAGGAAAC TATAATACAC 
TTCTTATCAT TAGAGTTTGA TGACCAAGCT TTCTATACAA CTGTGAAACA ATTGATGTCT 
CGATTGCCGA AGCAAAGATA CATTAAACAA GTTTGTGATG AAATCTATAC CATCAAAATC 
GAAAAAAAAG TGCCTGTCCT TGTTCTCTAC AGTTACAAAG ATGACTACTA CAAATTCCTG 
TTTTAG

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

RefSeq	XP_015681318.1
CDS	83..5068
Translation	MAHLNGVLQPRAETAEVTAEQPESYQLRQENELQVLESIYGRDFQDLRLDRPWEIRQYPEINLVLRPQGLTGDHEVYAKVDLWVKCPQTYPDIVPEIELKNVKGLSNENINLLKSKLEILAKERCGEVMIFELAEYIQSFLSDYNKPPSKSFHEEMLKNQQKEQERLAKEEQQRIQDMKKKEEQMQREILDEIQKREEEKREERKRKEIAKQERLGNATLIKQDPSIVQDVAGSKTTVSITTGATDHVGNNKYRANSTGRSKRERQYSSCSNEESQGMCEILNFHNSANGQLKVHKGKCIGKDEQLGKSIYNALDICSGNFVQVNEWVLQWQKKMGKFLTTQEKEKVEKCKKQIQGAETEFSSLMKLSHPNIVRYLSMTFKEHSDSIVVHILVEHINGSNLSVYLDREIPLPVDQLRHYATQLLSALDYLHSNSVVHKVLSASSILVDTEGNIKMTDYSISKRLAEICKEDVFEQTKVRFSEDALPNKPGKKGDIWRLGLMLLALSQGWLTKEYPVTIPSDLPDDFEDFLKKCVCLEDKERWSPQQLLQHSFINPPLVKAPILEESPDDSPPIDDIETVISSSQIASDVHVTETQRQLSRYYNEFEEQQLLGKGAFGAVIKVQNKLDGCCYAVKRIRINPTSKQFRRIKGEVTLLSRLNHENIVRYYNAWIEKYEGSLLTNSTSESTEEKKVAERLAENGKGEQAFVDDIEANVPSPVLTSSVEWSTSCERSTSARFSGADQESSDDDDDDDEGEGVFSQSFLPAADSESDIIFDHEEDNSRNQMMDEDYKEKDSHSEENKTSVIQTVHHLYIQMEYCEKSTLRDTIDQGLYQDTNRLWRLFREILDGLAYIHEKGMIHRDLKPVNIFLDSEDQVKIGDFGLATDHPANTVDSKPGEEISTQNVVKNESLGNLTGMVGTALYVSPEVQGSTKSTYNQKVDLFSLGVIFFEMSYHPMTTASERIFVLSQLRLPSIEFPEDFDEVKNAKQKLVIAWLLNHDPSKRPTAMELLKSEHLPPPQWEESELHEVLHHTLANVDGKAYRTMMGQIFSQRISPAIDYTYDSDILKGSFSVWSTKIQQHVCETISRIFKRHGAVKMHTPLLMPRNRKLYEHNEASYLMDHSGMLVMLPYDLRIPFARYVARNNITNLKRYCIERVFRPRKLDRCHPRELLECAFDIITPAGNSFLPIAETIYTICEIIQEFPVLQERNYSIYLNHTALLKAILLHCGIPEDKLNQVYTILYDAVTEKLTKREVEAKFCNLSLSSNNLVRLYRFIEQKGELQDISPLLNTMVKQKTGVASLVKLGMKELEETVGLLKKFGIKFQISINLGLVYKIQQHNGIIFQFIAYIKRRQRTVTDILAAGGRYDHMISQFRGPDAVGLIPSAVGVSIAVDRISSTVLNMEEPFTVSSCDLLVVSVGQKSMERAINVVQKLWAAGIAAEIMYDWSQSQEELQEYCRCSGITYVALIYDKEGNHVKVKSFERERQTEKRILESDVVDHLAQKLRTKFYDERNSREISDNVTTQNLKGSLSSNSGLSESHGTVIIPNVCIIPPEKLSASVKRRYEAQVQTKLQACFTNFPLKLSEVEILAVDLPKETIIHFLSLEFDDQAFYTTVKQLMSRLPKQRYIKQVCDEIYTIKIEKKVPVLVLYSYKDDYYKFLF

Target ORF information:

RefSeq Version	XM_015825832.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus eukaryotic translation initiation factor 2 alpha kinase 4 (EIF2AK4), mRNA.

Target ORF information:

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

XM_015825832.1

ORF Insert Sequence:

ATGGCCCATT TGAACGGGGT CTTGCAGCCG CGAGCCGAGA CGGCCGAAGT GACCGCGGAG 
CAACCGGAGA GCTACCAGCT TCGCCAAGAG AACGAGCTGC AGGTGCTGGA GTCCATCTAC 
GGGCGGGACT TTCAAGACTT GCGTCTTGAC CGGCCGTGGG AGATACGACA GTATCCTGAA 
ATCAATCTAG TCTTGAGACC TCAGGGATTA ACTGGTGACC ATGAAGTCTA TGCCAAAGTT 
GACTTATGGG TCAAATGTCC TCAAACCTAT CCCGATATTG TTCCAGAAAT CGAACTTAAA 
AATGTGAAAG GCTTATCAAA TGAAAATATA AACTTACTAA AATCCAAACT AGAGATATTA 
GCAAAAGAGC GTTGTGGAGA GGTGATGATA TTTGAGCTGG CAGAATACAT ACAGTCATTT 
CTTAGTGATT ACAATAAACC CCCTTCAAAA TCTTTCCATG AAGAAATGCT AAAGAATCAA 
CAAAAGGAAC AAGAAAGACT AGCCAAGGAA GAACAACAAC GAATTCAAGA CATGAAGAAA 
AAAGAAGAAC AGATGCAACG TGAAATTCTT GATGAAATTC AGAAAAGAGA GGAAGAAAAG 
AGAGAAGAAA GAAAAAGGAA GGAAATAGCA AAACAGGAAC GCTTGGGTAA TGCCACTCTG 
ATAAAACAGG ATCCTTCTAT TGTTCAAGAT GTTGCAGGGA GCAAAACGAC TGTCAGCATA 
ACAACTGGTG CAACAGATCA TGTAGGGAAT AATAAATATC GTGCAAATTC CACAGGACGT 
TCAAAGAGAG AGCGTCAGTA CTCTAGCTGC AGCAATGAAG AATCTCAAGG AATGTGTGAA 
ATTCTGAATT TTCATAACAG TGCAAATGGT CAGCTTAAAG TGCACAAAGG AAAATGTATA 
GGCAAAGATG AACAACTTGG TAAATCAATC TACAATGCTT TAGATATTTG TTCTGGCAAC 
TTTGTCCAAG TGAATGAATG GGTACTTCAG TGGCAAAAGA AAATGGGAAA ATTTCTCACA 
ACTCAAGAAA AGGAAAAGGT TGAAAAGTGT AAAAAACAGA TACAGGGAGC AGAAACAGAA 
TTCAGTTCTC TGATGAAATT AAGCCATCCT AACATAGTTC GTTACCTATC TATGACCTTT 
AAAGAGCACA GTGACTCAAT TGTAGTACAC ATATTGGTGG AACACATCAA TGGATCTAAC 
CTTTCCGTGT ACTTGGACAG AGAGATCCCG CTTCCTGTTG ATCAGTTGCG CCATTATGCA 
ACTCAGCTTT TGTCAGCTCT TGACTATTTA CATAGTAATT CAGTAGTCCA CAAAGTTTTG 
AGTGCATCCA GCATTCTGGT AGATACTGAA GGAAACATCA AGATGACTGA TTACAGTATT 
TCCAAACGGT TGGCAGAAAT CTGTAAGGAG GATGTTTTTG AGCAAACCAA AGTCCGATTT 
AGTGAGGACG CCTTGCCCAA CAAACCAGGG AAAAAAGGAG ATATATGGAG ATTGGGTTTG 
ATGTTGCTTG CTCTCAGCCA AGGATGGCTA ACCAAGGAAT ATCCAGTCAC AATTCCAAGT 
GATTTGCCTG ATGATTTTGA AGACTTTTTG AAAAAGTGTG TTTGCTTGGA AGATAAAGAA 
AGATGGAGTC CTCAGCAACT ACTACAGCAT AGTTTTATAA ATCCACCACT AGTAAAAGCA 
CCCATATTGG AAGAAAGCCC AGATGATTCA CCACCAATAG ATGATATTGA AACTGTTATT 
TCTAGCAGTC AGATTGCTAG TGATGTTCAT GTCACAGAAA CACAAAGGCA ACTTTCCCGT 
TATTACAATG AATTTGAAGA ACAACAGTTG CTTGGAAAAG GAGCCTTTGG AGCAGTCATC 
AAGGTCCAGA ACAAACTAGA TGGCTGCTGT TATGCTGTCA AGCGTATTCG TATAAATCCC 
ACAAGCAAGC AGTTCCGAAG AATCAAAGGG GAAGTAACGC TTTTGTCACG ACTAAACCAT 
GAGAACATTG TGCGATATTA CAATGCCTGG ATAGAGAAAT ATGAGGGTTC TCTACTTACT 
AATTCTACAT CAGAAAGCAC AGAAGAGAAG AAAGTAGCTG AGAGACTGGC TGAGAATGGG 
AAAGGTGAAC AGGCGTTTGT GGATGACATA GAAGCAAATG TCCCTTCTCC TGTTCTGACC 
AGTTCGGTGG AGTGGAGCAC CTCCTGTGAA AGATCAACCA GTGCCAGGTT CAGTGGAGCT 
GATCAGGAAT CCAGTGATGA TGATGATGAC GACGATGAAG GGGAAGGAGT CTTTTCACAG 
TCTTTCTTGC CAGCAGCAGA TTCTGAAAGT GATATCATTT TTGATCATGA AGAAGACAAT 
AGCAGAAATC AGATGATGGA TGAAGATTAC AAGGAAAAAG ATAGTCATAG TGAAGAAAAC 
AAAACATCAG TGATTCAGAC TGTGCACCAT CTTTATATTC AGATGGAATA TTGTGAAAAG 
AGCACATTAC GAGACACTAT TGATCAAGGT TTATACCAAG ATACCAATCG TCTTTGGAGA 
CTTTTCCGGG AAATTTTGGA TGGTTTAGCT TACATCCATG AAAAGGGAAT GATTCACCGA 
GATCTGAAAC CTGTCAACAT TTTTTTAGAT TCAGAAGATC AGGTGAAAAT TGGTGATTTT 
GGTTTGGCAA CAGATCATCC AGCAAATACA GTAGACTCTA AACCTGGAGA AGAAATTTCC 
ACCCAAAATG TGGTTAAAAA TGAATCATTG GGAAACTTAA CAGGAATGGT TGGCACTGCT 
CTTTATGTTA GTCCAGAAGT CCAAGGAAGT ACTAAGTCTA CATACAATCA GAAAGTGGAC 
CTCTTCAGCT TGGGTGTAAT ATTCTTTGAG ATGTCCTATC ATCCAATGAC TACTGCATCG 
GAAAGAATCT TTGTTCTCAG TCAGTTAAGG CTTCCATCTA TTGAATTTCC GGAGGACTTC 
GATGAAGTGA AAAATGCAAA GCAGAAACTG GTGATTGCTT GGCTATTGAA CCACGATCCT 
TCAAAACGGC CAACTGCTAT GGAGCTCTTA AAAAGTGAAC ATCTTCCACC TCCTCAGTGG 
GAAGAGTCTG AACTTCACGA AGTCCTTCAT CATACTTTAG CAAATGTGGA TGGAAAAGCA 
TACCGGACCA TGATGGGCCA AATATTCTCC CAGCGCATTT CTCCCGCAAT AGATTATACC 
TATGACAGTG ATATCCTCAA GGGTAGTTTT TCAGTTTGGT CAACCAAGAT TCAACAACAT 
GTGTGTGAGA CAATTAGCCG GATTTTTAAA AGACATGGCG CTGTCAAGAT GCATACTCCC 
CTGCTGATGC CTAGGAATAG AAAACTGTAT GAGCACAATG AAGCTTCATA TTTGATGGAC 
CACAGTGGAA TGCTGGTGAT GCTTCCTTAT GATCTCAGAA TTCCATTTGC AAGATATGTA 
GCTAGAAATA ATATAACAAA CTTGAAAAGA TACTGCATTG AGAGAGTTTT CAGGCCTCGG 
AAATTAGATC GTTGTCATCC AAGAGAACTC TTAGAATGTG CATTTGATAT AATCACACCT 
GCTGGAAATA GTTTTTTACC TATTGCAGAA ACAATCTACA CAATCTGTGA AATAATCCAG 
GAATTTCCTG TATTGCAAGA AAGAAACTAT AGTATCTACT TAAATCATAC TGCCTTGCTG 
AAAGCAATCC TTCTGCACTG TGGGATCCCT GAAGATAAGC TCAATCAAGT TTACACAATC 
TTGTATGATG CTGTGACTGA AAAGCTAACT AAAAGAGAAG TAGAGGCCAA GTTCTGCAAT 
CTTTCCCTTT CATCAAACAA TCTTGTTCGA CTCTACAGAT TTATCGAGCA AAAAGGGGAG 
CTGCAAGATA TATCCCCATT GTTGAATACT ATGGTGAAGC AAAAGACAGG AGTTGCCTCA 
TTGGTGAAAC TTGGCATGAA AGAACTGGAG GAAACAGTGG GTCTGTTAAA AAAATTTGGC 
ATAAAATTCC AGATATCCAT AAATTTGGGC TTGGTTTATA AAATACAGCA GCACAATGGA 
ATTATTTTTC AGTTTATTGC ATACATTAAA CGGAGACAAA GAACAGTTAC TGACATTCTT 
GCTGCTGGAG GTAGATATGA TCATATGATT TCACAATTCA GAGGCCCAGA TGCAGTTGGT 
CTGATTCCTT CAGCTGTTGG AGTCAGCATT GCTGTAGACA GAATAAGTTC CACAGTTTTG 
AATATGGAAG AGCCATTTAC AGTGAGCTCT TGTGATTTGT TAGTTGTTAG TGTTGGCCAG 
AAGTCAATGG AAAGAGCCAT AAATGTTGTT CAGAAGCTCT GGGCTGCAGG AATTGCAGCT 
GAAATTATGT ATGACTGGTC CCAGTCCCAG GAAGAATTAC AGGAGTATTG CAGATGTTCT 
GGAATCACCT ATGTGGCCCT CATTTATGAT AAAGAAGGAA ATCATGTAAA GGTAAAATCA 
TTTGAAAGGG AAAGGCAGAC AGAAAAAAGA ATCTTGGAGT CTGATGTAGT AGATCATCTG 
GCCCAGAAAC TCAGGACCAA ATTCTATGAC GAAAGAAATA GCAGAGAAAT TTCTGATAAT 
GTTACAACCC AAAATCTAAA AGGATCACTT TCCAGTAATT CAGGTTTGTC TGAATCACAT 
GGAACGGTGA TAATACCAAA TGTGTGCATT ATTCCACCAG AAAAGTTGTC AGCAAGTGTC 
AAACGACGTT ATGAAGCTCA GGTACAAACC AAACTCCAGG CTTGCTTTAC TAATTTCCCG 
CTGAAGCTGA GTGAAGTTGA AATTTTAGCA GTTGATCTAC CAAAGGAAAC TATAATACAC 
TTCTTATCAT TAGAGTTTGA TGACCAAGCT TTCTATACAA CTGTGAAACA ATTGATGTCT 
CGATTGCCGA AGCAAAGATA CATTAAACAA GTTTGTGATG AAATCTATAC CATCAAAATC 
GAAAAAAAAG TGCCTGTCCT TGTTCTCTAC AGTTACAAAG ATGACTACTA CAAATTCCTG 
TTTTAG