ARHGEF28 cDNA ORF clone, Haliaeetus leucocephalus(bald eagle)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGEF28
Entrez Gene ID	104841305
Full Name	Rho guanine nucleotide exchange factor 28
Gene Type	protein-coding
Organism	Haliaeetus leucocephalus(bald eagle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010582869.1	XP_010581171.1	rho guanine nucleotide exchange factor 28

Pathways from BioSystems
Gene Ontology

The following ARHGEF28 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGEF28 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
OHa123835	XM_010582869.1 Latest version!	Haliaeetus leucocephalus Rho guanine nucleotide exchange factor (GEF) 28 (ARHGEF28), 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)

ARHGEF28 ( XM_010582869.1 ) cDNA ORF clone, Haliaeetus leucocephalus(bald eagle) -> XP_010581171.1 Haliaeetus leucocephalus Rho guanine nucleotide exchange factor (GEF) 28 (ARHGEF28), mRNA.

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CloneID	OHa123835
Clone ID Related Accession (Same CDS sequence)	XM_010582869.1
Accession Version	XM_010582869.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5523bp) 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	2014-12-05
Organism	Haliaeetus leucocephalus(bald eagle)
Product	rho guanine nucleotide exchange factor 28
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010973285.1) 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 :: Haliaeetus leucocephalus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 10% of CDS bases ##RefSeq-Attributes-END##

ATGACGGAAT TGAGCAACAT GAAGCGAGAA CATCTGAAGA CAGGATGGTT GCGAGGGCAA 
ATGGGAAGTG CTAGAGGTGA TGATAGGGGC TTGTCCTTTG TGAAAGGACA TGTGCTTCTC 
ATGCCAAGTG TGGGACAGGT GACTATAAAT GCAAAATTTG ACAAAGACAT TTACCTCCCA 
GAGGACGCCG AGTTTTACTT TGTTTATGAT GGATCCCTGA AGAGGCACAT AATGTTTGCT 
GCGCGAGTTA GTGACAATGC TCTTCAGTCC CTTGTTCCAG GCCATGGATG CCAAGAAACA 
GTTTCTGTCT CTGTGTTAAT GTACACAAGG GGATACTCGC CTGTGGTCCT CGGCAGCTGT 
CCTGTCACTT ACAGAGAGAA TCTGTCTTGC AAGTTGTCTC GCTTTCTGGT TGATCACGCA 
AAATGTGTCA CTGCCACTAG TCACAAGATG TTGCTGGATA AGTTTGGGCT AAGGATAAAA 
GATCTGCAGT CCCTGGATAA TGATTTGATG ATGGCTGTTG CTCATGAAGA ATTGCCATCG 
ACCTGGAACA TCCTTGGAAG CTCCTCAGAA GGTGAGCCGA AACATAAAGA AACTCTTCTC 
CACCTTGTAA TGAAATTGGG GTTGGTTAAG CTTTCGCAGT TCTTAGCAGC CCAGCCTGGA 
GGGTCATCAG CATTAGCATT ACCTAATGAG GATGGAGCAA CACCATTAGA TTTGGCTTTA 
CAAAACGGGC ACTCCAAACT TGTTGAGGTC TTCACAAATT CCCAGGGCGG TCACTCACCT 
GACATTTCAA GAGCGGAGAT CAGCGACGGT GCTTGTGTGC AGTTTGTTCA TTCATCAGGA 
GCTCTGACTC TGACATTTAG CCACACTGCA CAGCACTTGC TGGAGTCAGA TATTAAGCTC 
TTCAGAAAAT ACTTCTGGGA CAGACCTCTT CTTTACCAGA GTATTAATTC AAAACAAGTT 
GAGACAGTGG AAGGTCCAAA AATGCTCTGC AGTACAGCAA GCTCTGTAGA AGGTCCTGTG 
AACTTGGCAT CTGATGAATT GTGCCAGGAT GATATGAAGC CTTTCCGAGA CTCTGTGGTT 
CCTGCTAAAG AAAATGAAGA TCATGTCCTG TTGAGCATAG AGCAGAGACA GTCTACCCTT 
GATGTTCTCA GGAAACTCAA GGCTCCACCT ACTTTGTTTG CTGCAACCAG ACTTTCTGCC 
ATGCTGAGTG GAAGTGGTGA AGTATATGCA AACTGCATGG TAGTAGATCA AGCTGGAGAT 
TTAAAGGCTA GCTATGTTCA TGGAGATGGT GTCAGCAGTG AAACATGTCT GAATCCCACC 
AACTCAATCC CGATGTCTAA GAGCTCTTCA TCTCCCTCCC TTGAGGAGAA TGACCAATAT 
ATATATGATC CAAATGAAGG AAATCAAAGG CCAGTGAAGA ATGGAGAAAA TGCAGGTTTA 
ATACATACTG TTTCACCTTC TGATCCATAT GGAGCAGATT CATACCTTCC ATTCAAAAGC 
CATGGTTTTA TTAAGGATCG GGGCCAACTT TATGCTGATG TGAAGAAAAG AAGCATCTTC 
CTTGAAGTAT CTGAGGTGAT GTGGCAAGTT ACTCAGCAGA TCTTTAAACC AGCTTTTTAT 
GTCAGAAAAA TTCCCCAGGG AGGCAGGTAC CTGTGTGGAA CAAAACATTT CATTTTAAGG 
GAGATGCTGA ACATGGGTCT GAAAATCATC CTCCAGAAGT GGCTGACTGT GGTGGGAGTC 
TGCATGATCG TGGGTGATGC AAATGTCTGT ATCGCAGATC CGCAAGGTTG GGATGGATCG 
TTACTAGAAT TCATGGGAAT TAAAGACTTC ATTGTCTGCT TCAGTTCAAG TCTCGATGAC 
CTTGAAGTAG ACGGTGGAAG TGGAGGTGTT TCGGACAGAT CCCACATTCA CTACCCTCCC 
CTCGGCTCTT CAGAGGCCAT GACTTGTGGC AGAGATGGAT TGGACTTATC TATCAGTCTG 
CAGCCCAAGG AATGCACAGT GTCTGGGATT CGGTCACGCT CCTATTCCTG CTCCTCGCCC 
AAAGGTTTAT TAGGAAGACC TTGCATTCCT CGAGACTTCG CAGTTGGGGA TTTGAATGAA 
GATGGTGTGC TCGTGAACAG TGGTCGATCC CTCCTTCAGG CTCTTTCACT CTCTAAGTCA 
GTGTCTCTGC TCCACCCTTG TAAGCGAGCG TACAGTCTGC CCGAGCAGTC CCGCGAGAAA 
AGGATTCAGG AGGAGGAATG GAATAAATAC ATTGTACCCT CAAAAAATGA GTCTGAAAAA 
TGTAAAGTGA GTCGGACTTT CAGCTTTCTG ATGAACAGAA TGACCAGCAC ACGGAATAAG 
TGCAAGACAA AAAATAAAGA TACCAAAGAT AAAGAGAAAC TGAACAGGCA CAATTTTACA 
AATGGGACTT TCTCAGGAGT TATCCCATGT ATGGCTTGTG AAAAGGCCCT CCTAGGAAAG 
GAGTCACTAC AGTGCTCTTA CTGCAACATG ATTGTGCATA AGAGCTGCAA GGAGTGTGCT 
CCTGTGTGCA CCAAGAAATC CCAGGAGAGG TACCATAATA AAAACAAACC CCAAGCCGGT 
GTTACAAATT CCCTGCCTGG AGACATTTCA CAGATGGTGC TCTCCCCGGT GCTTTCTTCC 
TCTGTGCCTG TCGGATTGTC TGCTGGAAGG AGGGAAGGCT CGCCACAGCC CCACTTCTTG 
TCCAAAAGTG TCCCCAGTGC CAGTTTTGAA AGAAGACCTA CACCGTTTTC TGAACAAGAC 
TCTGAGACTA GCACCTGGAG GCCCAAGTCA CGGTCTGAAG AGATGTTACA AGCATTAGGG 
ACCTTTTCTT CAATGGATTC TTTTATGATG GAAGATGATG TGGATTTGTC TCAGTGGACT 
GATCTCCGCA CAGATGCACA AGAGTTTGAG GCAGAGTCCT GGAGTCTTGT TGTGGATCCA 
GTGTTCTGTA GCAAGCAAGA AAAGGATGTC ATCAAGAGGC AGGATGTCAT TTTTGAGCTG 
ATGCAAACAG AAGTGCATCA CATCCATACC CTGTTCATTA TGTCTGAAAT ATTCAGGAGA 
GGGATGAAGG AAGAACTGCA GCTGGACCAC AGCACAGTGG ACAGAATATT CCCCTGCTTA 
GATGAGCTAC TGGAGATGCA CAGGCAATTC TTCTGCAGAA TGAAGGAGAG ACGGCAGGAA 
TCATGTGAGG CAGGGAGCGA ACGTAATTTT GTCATCAGCA GAATTGGAGA CATCCTTGTG 
CAGCAGTTTT CAGAGGAAAA TGCAACTAAA ATGAAGAAAA TATACGGAGA GTTTTGCAGC 
CATCAAAAAG AAGCTGTTAA TCTCTTTAAA GAGTTGCAAC AAAACAAGAA GTTCCAGAAT 
TTTATTAAAC TGAGAAATAG TAACCTGTTG GCGCGACGCC GAGGAATCCC TGAGTGCATT 
TTGCTCGTCA CCCAGCGAAT CACCAAATAC CCTGTTCTGG TTGAAAGGAT ATTGCAATAC 
TCAAAAGAAG GAACAGCAGA ACATAAAGAC CTGTGCAAAG CCCTTCGTCT AATTAAGGAC 
ATGATTGCAG CAGTAGATTT GAAAGTGAAT GAATATGAAA AAAAGCAAAA GCTGTTGGAA 
ATTCTCAGTA GAACTGAAAA CAAAACATAC ACAAAGCTGA AAAATGGCCA TGTTTTTAGG 
AAGCAAGACT TGATGAGGAA AGAGAGGATG ATACTTCATG AAGGTTTAGT GTACTGGAAG 
ACAGCGACTG GTCGTTTCAA AGAGACATTA GCTTTGCTTC TAACTGATGT ACTACTGTTC 
TTACAAGAAA AAGATCAAAA ATACATCTTT GCAGCTGTTG ACCAGAAGCC TTCCGTTATC 
TCCCTTCAGA GGCTCATAGT AAGAGAAGTG GCCAACGAAG AGAGGGGGAT GTTCCTGATC 
AGCGCTTCAT CTGCAGGGCC TGAGATGTAT GAGGTTCATA CCAACTCCAA AGAGGAACGT 
AACAACTGGA TGAGGCATAT TCAAGATGCA GTGGAAAGTT GTCCAGAGGA AGAAGAAGAA 
GGAAAAATGA GTGAATCTGA TGAGGACAGA CGTATTGCTG AGGCCAAAGC ATCCAGAATT 
CAGAAATGTC AAGAATTACT GAGTAACCAG GACCAGCAGA TCTGTAGTTA TTTGGAAGAG 
AAGTTGCATA TCTATGCAGA ACTGGGAGAT ATGAGTGGGT TTGAGGATGT TCATGTAGAA 
CCTCACCTGC TTGTCAAACC TGATTCTGGA GAAACTCCAC AGGCTGCTTC ATTGCTGGCA 
GCGGCACTCA AAGAAGTTGA AAGTCTCCAT GTTGCTGTAA TGACATCACA AGTGAGTGAA 
AAAGACAGAT CACCAGAGGA AAGCATTGAG GAATTAAGTG TGAAGCACAG ATGTAGTGCC 
AGTGAAATCT TGGAATCTGT TCCTGGTGAT GCAGAAATAA CAGAAGTTGA AGAATCATGT 
GAAGTTGATC TCAGTGTTGA AAAGGAAATG GCAGGTGCCA ATCTAGAGGA TAAGGGAGGA 
AGTATGAGTT TCCCAGGATC TACAGGGACA GAGATTGTAC AAACAATCCA GAACTTAACC 
CGTCTCTTGT ACAGCATACA GGCAGCACTA GCTATCCAGG ACAGCCACAG AGAGCTCCGT 
AGGTTACTTC TGCAAGAGAA TGAGAAGACT GGTCGGGGCC ATGGTTCTCG GCTAAACCTC 
CTTCTGGAAC AAGAAAAATG CCAGAATCTG GAAAAACAAA GGGTGGAGCT GGCCAACATA 
CACAAGCTGA AGCAGCAGTT TCAGCAGGAG CAGCAGCGGT GGCTACGTGA ATGTGACCAG 
CGGCAGCGGG AGCAGGAGGC AAGGGAGGGC CAGCTGGGGC AGCGGGAGAG GGAGTGCAGG 
TGCCAGGAGG AGCTGCTGGA GAAGAGCCGA CAGGGACTGG CGCTGCAGCT GCAGGAGTAC 
CAGCAGAGCT TGGAGAGGCT CCAGGAGGGC CAGAAAATGG TGGAGAGAGA AAGAGACAGT 
GTGAAAATGC AGAAGAAACT CCTCTGGCAC TGGAAGCACG GTCAACAAAG TAGCCTGTTG 
TCATCCACAG GGAGCTATGA GATAATGGGA CATAATCAAT TGGACAGCTT ACATGGCGAA 
AATACATTCT ACTTAAATGA AGCTGTTGTG TATGTGTCTC TAAGCAGTCT CAACAGATCA 
GATTCTTCTC TCGTTTATGA GGATGGTGTG TATGGGCTGA ACATCTCAAA TTCTGATAGA 
GCAAGGACTA GTGAAAATCA GGTGGACCTC AAAGTGGACA CTTCTTGTCA GCCAGCGTTA 
ACCAGTGCAC TGTGGAAATC CACTGGTCCT TACCAGCAGA TGTCTTTTTC CAGCAAAACC 
ATCAAGGATG CCTTTAATAA TGATCTGAAT GCATCGCAGA CCCAGGGTCC CCAAACAAGC 
ATTCCAAACG AGGGATCCAT CCAGCCACCA CAGGTAGATG CACTGCTGCT GAACCACCAG 
CCTGAGAGCG TCCAAGATGC AGGAAGTGGA GGCAGAATAG AAGAGAAGAT TGTTTACCTC 
TGA

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

RefSeq	XP_010581171.1
CDS	1..5523
Translation	MTELSNMKREHLKTGWLRGQMGSARGDDRGLSFVKGHVLLMPSVGQVTINAKFDKDIYLPEDAEFYFVYDGSLKRHIMFAARVSDNALQSLVPGHGCQETVSVSVLMYTRGYSPVVLGSCPVTYRENLSCKLSRFLVDHAKCVTATSHKMLLDKFGLRIKDLQSLDNDLMMAVAHEELPSTWNILGSSSEGEPKHKETLLHLVMKLGLVKLSQFLAAQPGGSSALALPNEDGATPLDLALQNGHSKLVEVFTNSQGGHSPDISRAEISDGACVQFVHSSGALTLTFSHTAQHLLESDIKLFRKYFWDRPLLYQSINSKQVETVEGPKMLCSTASSVEGPVNLASDELCQDDMKPFRDSVVPAKENEDHVLLSIEQRQSTLDVLRKLKAPPTLFAATRLSAMLSGSGEVYANCMVVDQAGDLKASYVHGDGVSSETCLNPTNSIPMSKSSSSPSLEENDQYIYDPNEGNQRPVKNGENAGLIHTVSPSDPYGADSYLPFKSHGFIKDRGQLYADVKKRSIFLEVSEVMWQVTQQIFKPAFYVRKIPQGGRYLCGTKHFILREMLNMGLKIILQKWLTVVGVCMIVGDANVCIADPQGWDGSLLEFMGIKDFIVCFSSSLDDLEVDGGSGGVSDRSHIHYPPLGSSEAMTCGRDGLDLSISLQPKECTVSGIRSRSYSCSSPKGLLGRPCIPRDFAVGDLNEDGVLVNSGRSLLQALSLSKSVSLLHPCKRAYSLPEQSREKRIQEEEWNKYIVPSKNESEKCKVSRTFSFLMNRMTSTRNKCKTKNKDTKDKEKLNRHNFTNGTFSGVIPCMACEKALLGKESLQCSYCNMIVHKSCKECAPVCTKKSQERYHNKNKPQAGVTNSLPGDISQMVLSPVLSSSVPVGLSAGRREGSPQPHFLSKSVPSASFERRPTPFSEQDSETSTWRPKSRSEEMLQALGTFSSMDSFMMEDDVDLSQWTDLRTDAQEFEAESWSLVVDPVFCSKQEKDVIKRQDVIFELMQTEVHHIHTLFIMSEIFRRGMKEELQLDHSTVDRIFPCLDELLEMHRQFFCRMKERRQESCEAGSERNFVISRIGDILVQQFSEENATKMKKIYGEFCSHQKEAVNLFKELQQNKKFQNFIKLRNSNLLARRRGIPECILLVTQRITKYPVLVERILQYSKEGTAEHKDLCKALRLIKDMIAAVDLKVNEYEKKQKLLEILSRTENKTYTKLKNGHVFRKQDLMRKERMILHEGLVYWKTATGRFKETLALLLTDVLLFLQEKDQKYIFAAVDQKPSVISLQRLIVREVANEERGMFLISASSAGPEMYEVHTNSKEERNNWMRHIQDAVESCPEEEEEGKMSESDEDRRIAEAKASRIQKCQELLSNQDQQICSYLEEKLHIYAELGDMSGFEDVHVEPHLLVKPDSGETPQAASLLAAALKEVESLHVAVMTSQVSEKDRSPEESIEELSVKHRCSASEILESVPGDAEITEVEESCEVDLSVEKEMAGANLEDKGGSMSFPGSTGTEIVQTIQNLTRLLYSIQAALAIQDSHRELRRLLLQENEKTGRGHGSRLNLLLEQEKCQNLEKQRVELANIHKLKQQFQQEQQRWLRECDQRQREQEAREGQLGQRERECRCQEELLEKSRQGLALQLQEYQQSLERLQEGQKMVERERDSVKMQKKLLWHWKHGQQSSLLSSTGSYEIMGHNQLDSLHGENTFYLNEAVVYVSLSSLNRSDSSLVYEDGVYGLNISNSDRARTSENQVDLKVDTSCQPALTSALWKSTGPYQQMSFSSKTIKDAFNNDLNASQTQGPQTSIPNEGSIQPPQVDALLLNHQPESVQDAGSGGRIEEKIVYL

Target ORF information:

RefSeq Version	XM_010582869.1
Organism	Haliaeetus leucocephalus(bald eagle)
Definition	Haliaeetus leucocephalus Rho guanine nucleotide exchange factor (GEF) 28 (ARHGEF28), mRNA.

Target ORF information:

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

XM_010582869.1

ORF Insert Sequence:

ATGACGGAAT TGAGCAACAT GAAGCGAGAA CATCTGAAGA CAGGATGGTT GCGAGGGCAA 
ATGGGAAGTG CTAGAGGTGA TGATAGGGGC TTGTCCTTTG TGAAAGGACA TGTGCTTCTC 
ATGCCAAGTG TGGGACAGGT GACTATAAAT GCAAAATTTG ACAAAGACAT TTACCTCCCA 
GAGGACGCCG AGTTTTACTT TGTTTATGAT GGATCCCTGA AGAGGCACAT AATGTTTGCT 
GCGCGAGTTA GTGACAATGC TCTTCAGTCC CTTGTTCCAG GCCATGGATG CCAAGAAACA 
GTTTCTGTCT CTGTGTTAAT GTACACAAGG GGATACTCGC CTGTGGTCCT CGGCAGCTGT 
CCTGTCACTT ACAGAGAGAA TCTGTCTTGC AAGTTGTCTC GCTTTCTGGT TGATCACGCA 
AAATGTGTCA CTGCCACTAG TCACAAGATG TTGCTGGATA AGTTTGGGCT AAGGATAAAA 
GATCTGCAGT CCCTGGATAA TGATTTGATG ATGGCTGTTG CTCATGAAGA ATTGCCATCG 
ACCTGGAACA TCCTTGGAAG CTCCTCAGAA GGTGAGCCGA AACATAAAGA AACTCTTCTC 
CACCTTGTAA TGAAATTGGG GTTGGTTAAG CTTTCGCAGT TCTTAGCAGC CCAGCCTGGA 
GGGTCATCAG CATTAGCATT ACCTAATGAG GATGGAGCAA CACCATTAGA TTTGGCTTTA 
CAAAACGGGC ACTCCAAACT TGTTGAGGTC TTCACAAATT CCCAGGGCGG TCACTCACCT 
GACATTTCAA GAGCGGAGAT CAGCGACGGT GCTTGTGTGC AGTTTGTTCA TTCATCAGGA 
GCTCTGACTC TGACATTTAG CCACACTGCA CAGCACTTGC TGGAGTCAGA TATTAAGCTC 
TTCAGAAAAT ACTTCTGGGA CAGACCTCTT CTTTACCAGA GTATTAATTC AAAACAAGTT 
GAGACAGTGG AAGGTCCAAA AATGCTCTGC AGTACAGCAA GCTCTGTAGA AGGTCCTGTG 
AACTTGGCAT CTGATGAATT GTGCCAGGAT GATATGAAGC CTTTCCGAGA CTCTGTGGTT 
CCTGCTAAAG AAAATGAAGA TCATGTCCTG TTGAGCATAG AGCAGAGACA GTCTACCCTT 
GATGTTCTCA GGAAACTCAA GGCTCCACCT ACTTTGTTTG CTGCAACCAG ACTTTCTGCC 
ATGCTGAGTG GAAGTGGTGA AGTATATGCA AACTGCATGG TAGTAGATCA AGCTGGAGAT 
TTAAAGGCTA GCTATGTTCA TGGAGATGGT GTCAGCAGTG AAACATGTCT GAATCCCACC 
AACTCAATCC CGATGTCTAA GAGCTCTTCA TCTCCCTCCC TTGAGGAGAA TGACCAATAT 
ATATATGATC CAAATGAAGG AAATCAAAGG CCAGTGAAGA ATGGAGAAAA TGCAGGTTTA 
ATACATACTG TTTCACCTTC TGATCCATAT GGAGCAGATT CATACCTTCC ATTCAAAAGC 
CATGGTTTTA TTAAGGATCG GGGCCAACTT TATGCTGATG TGAAGAAAAG AAGCATCTTC 
CTTGAAGTAT CTGAGGTGAT GTGGCAAGTT ACTCAGCAGA TCTTTAAACC AGCTTTTTAT 
GTCAGAAAAA TTCCCCAGGG AGGCAGGTAC CTGTGTGGAA CAAAACATTT CATTTTAAGG 
GAGATGCTGA ACATGGGTCT GAAAATCATC CTCCAGAAGT GGCTGACTGT GGTGGGAGTC 
TGCATGATCG TGGGTGATGC AAATGTCTGT ATCGCAGATC CGCAAGGTTG GGATGGATCG 
TTACTAGAAT TCATGGGAAT TAAAGACTTC ATTGTCTGCT TCAGTTCAAG TCTCGATGAC 
CTTGAAGTAG ACGGTGGAAG TGGAGGTGTT TCGGACAGAT CCCACATTCA CTACCCTCCC 
CTCGGCTCTT CAGAGGCCAT GACTTGTGGC AGAGATGGAT TGGACTTATC TATCAGTCTG 
CAGCCCAAGG AATGCACAGT GTCTGGGATT CGGTCACGCT CCTATTCCTG CTCCTCGCCC 
AAAGGTTTAT TAGGAAGACC TTGCATTCCT CGAGACTTCG CAGTTGGGGA TTTGAATGAA 
GATGGTGTGC TCGTGAACAG TGGTCGATCC CTCCTTCAGG CTCTTTCACT CTCTAAGTCA 
GTGTCTCTGC TCCACCCTTG TAAGCGAGCG TACAGTCTGC CCGAGCAGTC CCGCGAGAAA 
AGGATTCAGG AGGAGGAATG GAATAAATAC ATTGTACCCT CAAAAAATGA GTCTGAAAAA 
TGTAAAGTGA GTCGGACTTT CAGCTTTCTG ATGAACAGAA TGACCAGCAC ACGGAATAAG 
TGCAAGACAA AAAATAAAGA TACCAAAGAT AAAGAGAAAC TGAACAGGCA CAATTTTACA 
AATGGGACTT TCTCAGGAGT TATCCCATGT ATGGCTTGTG AAAAGGCCCT CCTAGGAAAG 
GAGTCACTAC AGTGCTCTTA CTGCAACATG ATTGTGCATA AGAGCTGCAA GGAGTGTGCT 
CCTGTGTGCA CCAAGAAATC CCAGGAGAGG TACCATAATA AAAACAAACC CCAAGCCGGT 
GTTACAAATT CCCTGCCTGG AGACATTTCA CAGATGGTGC TCTCCCCGGT GCTTTCTTCC 
TCTGTGCCTG TCGGATTGTC TGCTGGAAGG AGGGAAGGCT CGCCACAGCC CCACTTCTTG 
TCCAAAAGTG TCCCCAGTGC CAGTTTTGAA AGAAGACCTA CACCGTTTTC TGAACAAGAC 
TCTGAGACTA GCACCTGGAG GCCCAAGTCA CGGTCTGAAG AGATGTTACA AGCATTAGGG 
ACCTTTTCTT CAATGGATTC TTTTATGATG GAAGATGATG TGGATTTGTC TCAGTGGACT 
GATCTCCGCA CAGATGCACA AGAGTTTGAG GCAGAGTCCT GGAGTCTTGT TGTGGATCCA 
GTGTTCTGTA GCAAGCAAGA AAAGGATGTC ATCAAGAGGC AGGATGTCAT TTTTGAGCTG 
ATGCAAACAG AAGTGCATCA CATCCATACC CTGTTCATTA TGTCTGAAAT ATTCAGGAGA 
GGGATGAAGG AAGAACTGCA GCTGGACCAC AGCACAGTGG ACAGAATATT CCCCTGCTTA 
GATGAGCTAC TGGAGATGCA CAGGCAATTC TTCTGCAGAA TGAAGGAGAG ACGGCAGGAA 
TCATGTGAGG CAGGGAGCGA ACGTAATTTT GTCATCAGCA GAATTGGAGA CATCCTTGTG 
CAGCAGTTTT CAGAGGAAAA TGCAACTAAA ATGAAGAAAA TATACGGAGA GTTTTGCAGC 
CATCAAAAAG AAGCTGTTAA TCTCTTTAAA GAGTTGCAAC AAAACAAGAA GTTCCAGAAT 
TTTATTAAAC TGAGAAATAG TAACCTGTTG GCGCGACGCC GAGGAATCCC TGAGTGCATT 
TTGCTCGTCA CCCAGCGAAT CACCAAATAC CCTGTTCTGG TTGAAAGGAT ATTGCAATAC 
TCAAAAGAAG GAACAGCAGA ACATAAAGAC CTGTGCAAAG CCCTTCGTCT AATTAAGGAC 
ATGATTGCAG CAGTAGATTT GAAAGTGAAT GAATATGAAA AAAAGCAAAA GCTGTTGGAA 
ATTCTCAGTA GAACTGAAAA CAAAACATAC ACAAAGCTGA AAAATGGCCA TGTTTTTAGG 
AAGCAAGACT TGATGAGGAA AGAGAGGATG ATACTTCATG AAGGTTTAGT GTACTGGAAG 
ACAGCGACTG GTCGTTTCAA AGAGACATTA GCTTTGCTTC TAACTGATGT ACTACTGTTC 
TTACAAGAAA AAGATCAAAA ATACATCTTT GCAGCTGTTG ACCAGAAGCC TTCCGTTATC 
TCCCTTCAGA GGCTCATAGT AAGAGAAGTG GCCAACGAAG AGAGGGGGAT GTTCCTGATC 
AGCGCTTCAT CTGCAGGGCC TGAGATGTAT GAGGTTCATA CCAACTCCAA AGAGGAACGT 
AACAACTGGA TGAGGCATAT TCAAGATGCA GTGGAAAGTT GTCCAGAGGA AGAAGAAGAA 
GGAAAAATGA GTGAATCTGA TGAGGACAGA CGTATTGCTG AGGCCAAAGC ATCCAGAATT 
CAGAAATGTC AAGAATTACT GAGTAACCAG GACCAGCAGA TCTGTAGTTA TTTGGAAGAG 
AAGTTGCATA TCTATGCAGA ACTGGGAGAT ATGAGTGGGT TTGAGGATGT TCATGTAGAA 
CCTCACCTGC TTGTCAAACC TGATTCTGGA GAAACTCCAC AGGCTGCTTC ATTGCTGGCA 
GCGGCACTCA AAGAAGTTGA AAGTCTCCAT GTTGCTGTAA TGACATCACA AGTGAGTGAA 
AAAGACAGAT CACCAGAGGA AAGCATTGAG GAATTAAGTG TGAAGCACAG ATGTAGTGCC 
AGTGAAATCT TGGAATCTGT TCCTGGTGAT GCAGAAATAA CAGAAGTTGA AGAATCATGT 
GAAGTTGATC TCAGTGTTGA AAAGGAAATG GCAGGTGCCA ATCTAGAGGA TAAGGGAGGA 
AGTATGAGTT TCCCAGGATC TACAGGGACA GAGATTGTAC AAACAATCCA GAACTTAACC 
CGTCTCTTGT ACAGCATACA GGCAGCACTA GCTATCCAGG ACAGCCACAG AGAGCTCCGT 
AGGTTACTTC TGCAAGAGAA TGAGAAGACT GGTCGGGGCC ATGGTTCTCG GCTAAACCTC 
CTTCTGGAAC AAGAAAAATG CCAGAATCTG GAAAAACAAA GGGTGGAGCT GGCCAACATA 
CACAAGCTGA AGCAGCAGTT TCAGCAGGAG CAGCAGCGGT GGCTACGTGA ATGTGACCAG 
CGGCAGCGGG AGCAGGAGGC AAGGGAGGGC CAGCTGGGGC AGCGGGAGAG GGAGTGCAGG 
TGCCAGGAGG AGCTGCTGGA GAAGAGCCGA CAGGGACTGG CGCTGCAGCT GCAGGAGTAC 
CAGCAGAGCT TGGAGAGGCT CCAGGAGGGC CAGAAAATGG TGGAGAGAGA AAGAGACAGT 
GTGAAAATGC AGAAGAAACT CCTCTGGCAC TGGAAGCACG GTCAACAAAG TAGCCTGTTG 
TCATCCACAG GGAGCTATGA GATAATGGGA CATAATCAAT TGGACAGCTT ACATGGCGAA 
AATACATTCT ACTTAAATGA AGCTGTTGTG TATGTGTCTC TAAGCAGTCT CAACAGATCA 
GATTCTTCTC TCGTTTATGA GGATGGTGTG TATGGGCTGA ACATCTCAAA TTCTGATAGA 
GCAAGGACTA GTGAAAATCA GGTGGACCTC AAAGTGGACA CTTCTTGTCA GCCAGCGTTA 
ACCAGTGCAC TGTGGAAATC CACTGGTCCT TACCAGCAGA TGTCTTTTTC CAGCAAAACC 
ATCAAGGATG CCTTTAATAA TGATCTGAAT GCATCGCAGA CCCAGGGTCC CCAAACAAGC 
ATTCCAAACG AGGGATCCAT CCAGCCACCA CAGGTAGATG CACTGCTGCT GAACCACCAG 
CCTGAGAGCG TCCAAGATGC AGGAAGTGGA GGCAGAATAG AAGAGAAGAT TGTTTACCTC 
TGA