SPHKAP cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	SPHKAP
Entrez Gene ID	102107062
Full Name	SPHK1 interactor, AKAP domain containing
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014256210.1	XP_014111685.1	A-kinase anchor protein SPHKAP

Pathways from BioSystems
Gene Ontology

The following SPHKAP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPHKAP 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
OPs19027	XM_014256210.1 Latest version!	Pseudopodoces humilis SPHK1 interactor, AKAP domain containing (SPHKAP), 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)

SPHKAP ( XM_014256210.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014111685.1 Pseudopodoces humilis SPHK1 interactor, AKAP domain containing (SPHKAP), mRNA.

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CloneID	OPs19027
Clone ID Related Accession (Same CDS sequence)	XM_014256210.1
Accession Version	XM_014256210.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5028bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Product	A-kinase anchor protein SPHKAP
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005087589.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTGAGG TCCCAGAGCA CCAAGGCAGC AGCACAGGCA GTTCTGCAAG CAGTTTGGGA 
AGCTCTGTCA CAGCATGTAA GAAGATTCTC TGCAGTAACA GTCTGCTAGA ATCAACAGAC 
TACTGGCTGC AGAATCAGAG GACACCATGC CAAATTGGCT TTCTAGAAGA CAAGTCAGAA 
AGCAACTGTG CCTCAGTTTG TTTTGTGAAT TTAGATGCCA ACAGAGATGA TTGCAGTGAT 
GAGCAAGTGA AACAGAAGTT GATCAGCGTC TCACCCAATC TCCCCAAACT CATCAGTTCA 
ATGAACGTAC AGCCACCGAA GGAAAATGAA ATAGTCCTGC TGAGTGGATT GACATCAGGA 
AACCTTCAGG CCGATTATGA GGTTCCCCAG TGTCCTTGGC TGGCAGATGT CTGCTTGGTT 
CAGTGTGCGA GGGGGGACAG GAGGAACAGC ACAAGCTGCA TCATTTTTGA AATAAACAAG 
TTTCTGATTG GACTTGAGCT CGTTCAGGAG AGGCAGCTGC AGATAGAAAC TCGTGTCCTA 
AAGCCTGAGG ATGACACAAA CTGCTCCGTG TCCTCAATAG AAGAAGATTT CCTCACAGCC 
TCCGAGCACC TCGAGGATGA CAACGAGGCT GATGAATATA AAGCTGGTCA TGAAAAGTTA 
AATGTTTCAG AAGCATCTTC AGATATCAAA AAAAATAAAG GAAAGGGATT TGAAAACATT 
CACTATAGAA AAGCCAGGTT GCCATTCATT CTTGAAGGGA ACTGCATTAA TAAAGATAAT 
GCAGCTACTC AGGTCTCTGA AACTGTGAAT GTTGTAGCTG AAGATGGCAT CTCACGACCT 
GAAGATAAGT CAGACCAGGA AATACTGTGG CAGAAGGAAT TAACTGAAAA AGGTACTTCA 
TCATTTAGTA CTACTGATTT GACTAGTGGG GTTGAAAACT CAGCACTCAT GTTAGAAGAT 
GTATCTATAA CCAAAATGGC TAAAGAGGAG CTGGAGCCTC AGGGTCACCC CACAACGAAA 
CACAGCAGCA AGACAGATGG GGAAGATAGC ACAGGTATCA GGAAAACTGA TCCTCCCTCC 
CAGAACGAGC AGGCAACCAC AGGTCAGTAT GCCACAAATT TAGCAGAATC TGTTCTGCAG 
GATGCATTCA TTAGACTGTC ACAGTCTCGA CCAAGTTTCA GTGAAGAGGC TGCAGTCAGC 
ATCTCTGTAG GAAGCTCCTG TAAGTCAGAA GATGTATCTG CTTCCCGGTC ATGGAATGAA 
CTTCCAAAGA TCGTCATAGT GCAAAGTCCA GACAGTTCTG AGAATGTACC TGACTGGCCA 
GGGTCTGCCT TCCCCAGCCT GAGCCACTGG GCCGAGGCAG AAAGCTCTGC TGAGGTTTCA 
GATTACTTTG AGGAAGAACA TTCAAACGGA CATGACCAAA GTGCACTGGA AGTGGCTTTG 
GCTTGTGCAG CCACTGTCAT TGGAACCATT TCCAGTCCCC AGGCTGCAGA AAAATTCCGC 
CGGGACCAGG AAGTCACAGA CTGGAGAAGT GGAGTGGTTG CTAATGAAGA GGTGCACACA 
GCATCCTCAC AGCTCCTTGA CAACTGTGCT GGCACAGAAT ACTCATTCCC ATCTGCGCTC 
TGTGGCATGA CTCAAGTAGC AAGTGCTGTA GCCATCTGTG GCCTGGGGGA AACAAAGGAA 
GAGAAGTACC CTGCAACTTC CAGTGGACTT CTGTCTGCTG CCCAGGCTTC TGCAGCCATT 
ACTCTGCATT GCAGCTTAGC TGTAGGAAGC AGCATGGAGA AGCTGAATGA GAGCATTGCA 
GAGGCACTTC TCAAAGAGGC ATCCGTAATT CTTACAAAAC CCAACACGTA CAAAAACGTG 
GGGCATTTTA TGGAATCCAT AAATGGGAAA ATTATTGAAA CAGCAGCAAG ACCACATATT 
CCACGTGCTG ATGGAGTAAT CAGGGATGAA CTTGCACAAA ACTTATCCAA TATTATTCTA 
CGACATTCTA TGGAAGAGGT TAGGAAGAAG AGACAGCTAC AAGTCCATTC AGAGGATGGC 
TCAAGTACAC AAGACATTTT CACAGAGACT GCAAATGAGT TGCTTTTTAA TATAATATAT 
TTCACTTGCA AGAAAATGAA CGATATAAGG CAAGTCGAAG AGTGTTCTCT TCTCTTTTCT 
GAGGGCACAA AAGCAGAGAA AGTAATAAGA GCAGAAGGAT GGCCAACACT GGGAACAGCT 
TGTGAAACTT CACAGAGCTC CCTTGATCAC TCCGCTTCTA AGCCATTTGG TACATCCTAC 
AGCACCAGTA CTAGCAAAGA TCTTGAAAAG GTCACAGGCA CTTGCAAGAG TAATATCAAA 
GATGTAAATA GCAATGAAGG TTCCACACTG AATTCAGAAC CGAGTGGAGA TACAGGGCAT 
AACACATTTG GTGCAAAAAC ATCTCCCAAG AAGAGATACC TGAAAAGAGC TGCTCGAGAC 
TGTTACAAAG CCCCAAATCA GAATAACAAT CATCAGAAGA AAGACTACAG ATCATTTTCA 
GACAGAGAAA ATACCTTTGC AAACAGTGAA TGCAGGCACG GTGTTCAAGA ACAGCTGTCT 
TCTAGTGCCA CCATAAATAC AGAAAACCAA GCCAAGATTA AGTGTGATCC TGTGCTAAAT 
AATGATGTTC AGCTTAGTTT GTCTTTGTTA GGAAACCATG TCTTGCTTCC TTCTCAGCCT 
GCGCTACAGG TGAAAAATTC AAGGGACAAA TATTGTATAA CAGACTTTGC AGAAGAATTG 
GCAGAAACAG TTGTCTCTAT GGCAACAGAA ATAGCTGCCA TTTGTCTAGA GAATTCAAAT 
GGCAAGCAAC CCTGGTTCTG TGCATGGAAG AGAGGCAATG AATATCTGAT GACCCAGAGT 
TTATCATGCA GAACCATGAA AAGGAAGAAG GAAACCCATA ACAATGGTTC TGTGGTTCGG 
AAGCACAGGG CACCTCGGCT TAGTGAGATC AAAAGAAAAA CAGATGAGCA TCCTGAGCTA 
AAGGAAAAGT TGATGAATCG GGTAGTAGAT GAATCTATAA ACCTTGAGGA CACACCAGAT 
TCAGTCAATC TCTTTGCAAA TGAAGTGGCT GCCAAGATCA TGAACCTCAC CGAACTCTCC 
ATGGTTGATA GCATCTGGCA AGGTCCAAAC CACCCCAGGA ACAGACTGCA CTGTGAAAGG 
TGGAGCCGAG CTAAAGCCTC AAGCTGTGAG AGCATACCAG AGGAGGACTC AGATTCCAAA 
GCCTCTTTCA ATACCCTAGG CCTCATGAAC AGCTTTGGTC ACTCGCTGAG CCAGACGAGT 
TCTGTCTCAA AGCAGTCTAG TTGTGAAAGT ATTACAGATG AATTTTCAAG ATTTATGGTG 
AACCAGATGG AAAACGAAGG AAGAGGTTTT GATTTATTAC TGGATTATTA TGCAGGAAAA 
AATGCGAACA ATATCTTAAC TTCTGCCTTA CAACAGGTAG CCAAGAAAAA TGGCCATCTT 
AATGTAAGAC CAAGTTGCCC ATCCAAACAG TCCAGCACAG AAAGTATAAC AGAAGAGTTT 
TATAGGTATA TGCTAAGAGA AATCGAAAAG GAAAATAAAG ACAATGCATC ATCCTCTCGG 
AATTCAAAAG ACTGGTGTAG CAGTTTGCTG GCACCCTCTC TACGGTCACC TTTCTGCTTT 
AGGCAGTCGT CGATGCCCGA CAGCAGGTCC TCAGGCTCTA GGCTTACAGT GAACATCCCA 
ATTAAAGCAA ATTCCTTAGA TGGGTTCGCC CACCATCGCC AGGATTCCTT AAGTGTACAG 
CCTGTCAGTA CCGGGGCTTC TGCAGGGCTC TGCAAGTCTG ACTCGTGCCT GTACCAGAGA 
GGCAAGACTG ACCAGATCAC AGACATGCTG ATCCACGAGA CGTGGGCCAG TTCTATCGAG 
TCACTGATGC GCAAGAACAA AATCATAGCA GACGAGGCAG AGGCTACAGA GGCAGAGCAG 
TTTTACAGTG ATTCTCCACC ACATGTGGAA CAATATGCAA AAAGACTGGC CGCAAATATT 
GTTGAAAGTG GCAAAAGTTT AATTGTTGTC CAGCAGGATT CCTTTGATTA TACAAGCCGA 
GAACATGTGC TGGAAAGCAA ACATCCCCAA AGCACAACCC AGATACTGCC AAAACCCACA 
GTGGAGGAAG TAAACTTGGA TGAGAAAAAA GAGCACTTGA AGAGCCCTGG AAGCCTCCCT 
GCAGGACAGC TCAGGGAAGT GCCTTTAATT CAGATAGAAA CTGATCAACG AGATGAGCCA 
GACAAAGACT CTGAGTCCTT AACTTCATGT GGCTCATCTG GAAAGGGGCA TCAAAGCAAA 
GAAAAGCCTC CAGAAGCTTT GGATGGGAAA CACATGGTTC CCAGTTCCCC AGTAAATAGC 
AGCAGTCCTC AGAGCAGATC GGATGCTGAA ATCATAGGAG AGACAAAAAC AGCTGAAGAA 
TTTCCAGCCC ATCTCAGCAG CAGTGAAGAA AGCACTGGCA GCTGGTCCCA GCTTGCCAAC 
GATGAGGACA ATCCTGATGA CACAAGCAGC TACCTGCAGC TCAGCGAGCG CTCCCTGAGC 
AATGGCAACA GCAGTACAGC TAGCAGTCTT GGCATTTTGG ACCTGGAAAT TTATCAGGAG 
AACGTGCCAT CTTCTCCTAT GATTAATGAA TTAGTAGAAG AAAAGGTTTT CCTTAAAGAA 
CAGACAGAAA ACACCGAGGA AAGTACTTCC GAGCTTTCAG TGGGAACAGC CAACTGTCAG 
AAGGACCTCC TGGTGATAAA CTTTGATCTG GAACCAGAGT GCCCTGACGT GGAGCTGAGA 
GCCACCCTGC AGTGGATAGC TGCTTCTGAA CTTGGAATTC CAACTATCTA TTTTAAGAAA 
TCTCAGGAAA ACAGAATTGA AAAGTTTCTA GATGTCGTGC AGTTAGTTCA GCGGAAGTCC 
TGGAAAGTGG GGGATATCTT CCAAGCCGTG GTACAGTACT GCAAGCTCAG CGAGGAGGGC 
AGAGAGATCA CACCCAGCCT GTTTGATTGG CTGCTTGAAT TGGGTTAA

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

RefSeq	XP_014111685.1
CDS	13..5040
Translation	MREVPEHQGSSTGSSASSLGSSVTACKKILCSNSLLESTDYWLQNQRTPCQIGFLEDKSESNCASVCFVNLDANRDDCSDEQVKQKLISVSPNLPKLISSMNVQPPKENEIVLLSGLTSGNLQADYEVPQCPWLADVCLVQCARGDRRNSTSCIIFEINKFLIGLELVQERQLQIETRVLKPEDDTNCSVSSIEEDFLTASEHLEDDNEADEYKAGHEKLNVSEASSDIKKNKGKGFENIHYRKARLPFILEGNCINKDNAATQVSETVNVVAEDGISRPEDKSDQEILWQKELTEKGTSSFSTTDLTSGVENSALMLEDVSITKMAKEELEPQGHPTTKHSSKTDGEDSTGIRKTDPPSQNEQATTGQYATNLAESVLQDAFIRLSQSRPSFSEEAAVSISVGSSCKSEDVSASRSWNELPKIVIVQSPDSSENVPDWPGSAFPSLSHWAEAESSAEVSDYFEEEHSNGHDQSALEVALACAATVIGTISSPQAAEKFRRDQEVTDWRSGVVANEEVHTASSQLLDNCAGTEYSFPSALCGMTQVASAVAICGLGETKEEKYPATSSGLLSAAQASAAITLHCSLAVGSSMEKLNESIAEALLKEASVILTKPNTYKNVGHFMESINGKIIETAARPHIPRADGVIRDELAQNLSNIILRHSMEEVRKKRQLQVHSEDGSSTQDIFTETANELLFNIIYFTCKKMNDIRQVEECSLLFSEGTKAEKVIRAEGWPTLGTACETSQSSLDHSASKPFGTSYSTSTSKDLEKVTGTCKSNIKDVNSNEGSTLNSEPSGDTGHNTFGAKTSPKKRYLKRAARDCYKAPNQNNNHQKKDYRSFSDRENTFANSECRHGVQEQLSSSATINTENQAKIKCDPVLNNDVQLSLSLLGNHVLLPSQPALQVKNSRDKYCITDFAEELAETVVSMATEIAAICLENSNGKQPWFCAWKRGNEYLMTQSLSCRTMKRKKETHNNGSVVRKHRAPRLSEIKRKTDEHPELKEKLMNRVVDESINLEDTPDSVNLFANEVAAKIMNLTELSMVDSIWQGPNHPRNRLHCERWSRAKASSCESIPEEDSDSKASFNTLGLMNSFGHSLSQTSSVSKQSSCESITDEFSRFMVNQMENEGRGFDLLLDYYAGKNANNILTSALQQVAKKNGHLNVRPSCPSKQSSTESITEEFYRYMLREIEKENKDNASSSRNSKDWCSSLLAPSLRSPFCFRQSSMPDSRSSGSRLTVNIPIKANSLDGFAHHRQDSLSVQPVSTGASAGLCKSDSCLYQRGKTDQITDMLIHETWASSIESLMRKNKIIADEAEATEAEQFYSDSPPHVEQYAKRLAANIVESGKSLIVVQQDSFDYTSREHVLESKHPQSTTQILPKPTVEEVNLDEKKEHLKSPGSLPAGQLREVPLIQIETDQRDEPDKDSESLTSCGSSGKGHQSKEKPPEALDGKHMVPSSPVNSSSPQSRSDAEIIGETKTAEEFPAHLSSSEESTGSWSQLANDEDNPDDTSSYLQLSERSLSNGNSSTASSLGILDLEIYQENVPSSPMINELVEEKVFLKEQTENTEESTSELSVGTANCQKDLLVINFDLEPECPDVELRATLQWIAASELGIPTIYFKKSQENRIEKFLDVVQLVQRKSWKVGDIFQAVVQYCKLSEEGREITPSLFDWLLELG

Target ORF information:

RefSeq Version	XM_014256210.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis SPHK1 interactor, AKAP domain containing (SPHKAP), mRNA.

Target ORF information:

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

XM_014256210.1

ORF Insert Sequence:

ATGCGTGAGG TCCCAGAGCA CCAAGGCAGC AGCACAGGCA GTTCTGCAAG CAGTTTGGGA 
AGCTCTGTCA CAGCATGTAA GAAGATTCTC TGCAGTAACA GTCTGCTAGA ATCAACAGAC 
TACTGGCTGC AGAATCAGAG GACACCATGC CAAATTGGCT TTCTAGAAGA CAAGTCAGAA 
AGCAACTGTG CCTCAGTTTG TTTTGTGAAT TTAGATGCCA ACAGAGATGA TTGCAGTGAT 
GAGCAAGTGA AACAGAAGTT GATCAGCGTC TCACCCAATC TCCCCAAACT CATCAGTTCA 
ATGAACGTAC AGCCACCGAA GGAAAATGAA ATAGTCCTGC TGAGTGGATT GACATCAGGA 
AACCTTCAGG CCGATTATGA GGTTCCCCAG TGTCCTTGGC TGGCAGATGT CTGCTTGGTT 
CAGTGTGCGA GGGGGGACAG GAGGAACAGC ACAAGCTGCA TCATTTTTGA AATAAACAAG 
TTTCTGATTG GACTTGAGCT CGTTCAGGAG AGGCAGCTGC AGATAGAAAC TCGTGTCCTA 
AAGCCTGAGG ATGACACAAA CTGCTCCGTG TCCTCAATAG AAGAAGATTT CCTCACAGCC 
TCCGAGCACC TCGAGGATGA CAACGAGGCT GATGAATATA AAGCTGGTCA TGAAAAGTTA 
AATGTTTCAG AAGCATCTTC AGATATCAAA AAAAATAAAG GAAAGGGATT TGAAAACATT 
CACTATAGAA AAGCCAGGTT GCCATTCATT CTTGAAGGGA ACTGCATTAA TAAAGATAAT 
GCAGCTACTC AGGTCTCTGA AACTGTGAAT GTTGTAGCTG AAGATGGCAT CTCACGACCT 
GAAGATAAGT CAGACCAGGA AATACTGTGG CAGAAGGAAT TAACTGAAAA AGGTACTTCA 
TCATTTAGTA CTACTGATTT GACTAGTGGG GTTGAAAACT CAGCACTCAT GTTAGAAGAT 
GTATCTATAA CCAAAATGGC TAAAGAGGAG CTGGAGCCTC AGGGTCACCC CACAACGAAA 
CACAGCAGCA AGACAGATGG GGAAGATAGC ACAGGTATCA GGAAAACTGA TCCTCCCTCC 
CAGAACGAGC AGGCAACCAC AGGTCAGTAT GCCACAAATT TAGCAGAATC TGTTCTGCAG 
GATGCATTCA TTAGACTGTC ACAGTCTCGA CCAAGTTTCA GTGAAGAGGC TGCAGTCAGC 
ATCTCTGTAG GAAGCTCCTG TAAGTCAGAA GATGTATCTG CTTCCCGGTC ATGGAATGAA 
CTTCCAAAGA TCGTCATAGT GCAAAGTCCA GACAGTTCTG AGAATGTACC TGACTGGCCA 
GGGTCTGCCT TCCCCAGCCT GAGCCACTGG GCCGAGGCAG AAAGCTCTGC TGAGGTTTCA 
GATTACTTTG AGGAAGAACA TTCAAACGGA CATGACCAAA GTGCACTGGA AGTGGCTTTG 
GCTTGTGCAG CCACTGTCAT TGGAACCATT TCCAGTCCCC AGGCTGCAGA AAAATTCCGC 
CGGGACCAGG AAGTCACAGA CTGGAGAAGT GGAGTGGTTG CTAATGAAGA GGTGCACACA 
GCATCCTCAC AGCTCCTTGA CAACTGTGCT GGCACAGAAT ACTCATTCCC ATCTGCGCTC 
TGTGGCATGA CTCAAGTAGC AAGTGCTGTA GCCATCTGTG GCCTGGGGGA AACAAAGGAA 
GAGAAGTACC CTGCAACTTC CAGTGGACTT CTGTCTGCTG CCCAGGCTTC TGCAGCCATT 
ACTCTGCATT GCAGCTTAGC TGTAGGAAGC AGCATGGAGA AGCTGAATGA GAGCATTGCA 
GAGGCACTTC TCAAAGAGGC ATCCGTAATT CTTACAAAAC CCAACACGTA CAAAAACGTG 
GGGCATTTTA TGGAATCCAT AAATGGGAAA ATTATTGAAA CAGCAGCAAG ACCACATATT 
CCACGTGCTG ATGGAGTAAT CAGGGATGAA CTTGCACAAA ACTTATCCAA TATTATTCTA 
CGACATTCTA TGGAAGAGGT TAGGAAGAAG AGACAGCTAC AAGTCCATTC AGAGGATGGC 
TCAAGTACAC AAGACATTTT CACAGAGACT GCAAATGAGT TGCTTTTTAA TATAATATAT 
TTCACTTGCA AGAAAATGAA CGATATAAGG CAAGTCGAAG AGTGTTCTCT TCTCTTTTCT 
GAGGGCACAA AAGCAGAGAA AGTAATAAGA GCAGAAGGAT GGCCAACACT GGGAACAGCT 
TGTGAAACTT CACAGAGCTC CCTTGATCAC TCCGCTTCTA AGCCATTTGG TACATCCTAC 
AGCACCAGTA CTAGCAAAGA TCTTGAAAAG GTCACAGGCA CTTGCAAGAG TAATATCAAA 
GATGTAAATA GCAATGAAGG TTCCACACTG AATTCAGAAC CGAGTGGAGA TACAGGGCAT 
AACACATTTG GTGCAAAAAC ATCTCCCAAG AAGAGATACC TGAAAAGAGC TGCTCGAGAC 
TGTTACAAAG CCCCAAATCA GAATAACAAT CATCAGAAGA AAGACTACAG ATCATTTTCA 
GACAGAGAAA ATACCTTTGC AAACAGTGAA TGCAGGCACG GTGTTCAAGA ACAGCTGTCT 
TCTAGTGCCA CCATAAATAC AGAAAACCAA GCCAAGATTA AGTGTGATCC TGTGCTAAAT 
AATGATGTTC AGCTTAGTTT GTCTTTGTTA GGAAACCATG TCTTGCTTCC TTCTCAGCCT 
GCGCTACAGG TGAAAAATTC AAGGGACAAA TATTGTATAA CAGACTTTGC AGAAGAATTG 
GCAGAAACAG TTGTCTCTAT GGCAACAGAA ATAGCTGCCA TTTGTCTAGA GAATTCAAAT 
GGCAAGCAAC CCTGGTTCTG TGCATGGAAG AGAGGCAATG AATATCTGAT GACCCAGAGT 
TTATCATGCA GAACCATGAA AAGGAAGAAG GAAACCCATA ACAATGGTTC TGTGGTTCGG 
AAGCACAGGG CACCTCGGCT TAGTGAGATC AAAAGAAAAA CAGATGAGCA TCCTGAGCTA 
AAGGAAAAGT TGATGAATCG GGTAGTAGAT GAATCTATAA ACCTTGAGGA CACACCAGAT 
TCAGTCAATC TCTTTGCAAA TGAAGTGGCT GCCAAGATCA TGAACCTCAC CGAACTCTCC 
ATGGTTGATA GCATCTGGCA AGGTCCAAAC CACCCCAGGA ACAGACTGCA CTGTGAAAGG 
TGGAGCCGAG CTAAAGCCTC AAGCTGTGAG AGCATACCAG AGGAGGACTC AGATTCCAAA 
GCCTCTTTCA ATACCCTAGG CCTCATGAAC AGCTTTGGTC ACTCGCTGAG CCAGACGAGT 
TCTGTCTCAA AGCAGTCTAG TTGTGAAAGT ATTACAGATG AATTTTCAAG ATTTATGGTG 
AACCAGATGG AAAACGAAGG AAGAGGTTTT GATTTATTAC TGGATTATTA TGCAGGAAAA 
AATGCGAACA ATATCTTAAC TTCTGCCTTA CAACAGGTAG CCAAGAAAAA TGGCCATCTT 
AATGTAAGAC CAAGTTGCCC ATCCAAACAG TCCAGCACAG AAAGTATAAC AGAAGAGTTT 
TATAGGTATA TGCTAAGAGA AATCGAAAAG GAAAATAAAG ACAATGCATC ATCCTCTCGG 
AATTCAAAAG ACTGGTGTAG CAGTTTGCTG GCACCCTCTC TACGGTCACC TTTCTGCTTT 
AGGCAGTCGT CGATGCCCGA CAGCAGGTCC TCAGGCTCTA GGCTTACAGT GAACATCCCA 
ATTAAAGCAA ATTCCTTAGA TGGGTTCGCC CACCATCGCC AGGATTCCTT AAGTGTACAG 
CCTGTCAGTA CCGGGGCTTC TGCAGGGCTC TGCAAGTCTG ACTCGTGCCT GTACCAGAGA 
GGCAAGACTG ACCAGATCAC AGACATGCTG ATCCACGAGA CGTGGGCCAG TTCTATCGAG 
TCACTGATGC GCAAGAACAA AATCATAGCA GACGAGGCAG AGGCTACAGA GGCAGAGCAG 
TTTTACAGTG ATTCTCCACC ACATGTGGAA CAATATGCAA AAAGACTGGC CGCAAATATT 
GTTGAAAGTG GCAAAAGTTT AATTGTTGTC CAGCAGGATT CCTTTGATTA TACAAGCCGA 
GAACATGTGC TGGAAAGCAA ACATCCCCAA AGCACAACCC AGATACTGCC AAAACCCACA 
GTGGAGGAAG TAAACTTGGA TGAGAAAAAA GAGCACTTGA AGAGCCCTGG AAGCCTCCCT 
GCAGGACAGC TCAGGGAAGT GCCTTTAATT CAGATAGAAA CTGATCAACG AGATGAGCCA 
GACAAAGACT CTGAGTCCTT AACTTCATGT GGCTCATCTG GAAAGGGGCA TCAAAGCAAA 
GAAAAGCCTC CAGAAGCTTT GGATGGGAAA CACATGGTTC CCAGTTCCCC AGTAAATAGC 
AGCAGTCCTC AGAGCAGATC GGATGCTGAA ATCATAGGAG AGACAAAAAC AGCTGAAGAA 
TTTCCAGCCC ATCTCAGCAG CAGTGAAGAA AGCACTGGCA GCTGGTCCCA GCTTGCCAAC 
GATGAGGACA ATCCTGATGA CACAAGCAGC TACCTGCAGC TCAGCGAGCG CTCCCTGAGC 
AATGGCAACA GCAGTACAGC TAGCAGTCTT GGCATTTTGG ACCTGGAAAT TTATCAGGAG 
AACGTGCCAT CTTCTCCTAT GATTAATGAA TTAGTAGAAG AAAAGGTTTT CCTTAAAGAA 
CAGACAGAAA ACACCGAGGA AAGTACTTCC GAGCTTTCAG TGGGAACAGC CAACTGTCAG 
AAGGACCTCC TGGTGATAAA CTTTGATCTG GAACCAGAGT GCCCTGACGT GGAGCTGAGA 
GCCACCCTGC AGTGGATAGC TGCTTCTGAA CTTGGAATTC CAACTATCTA TTTTAAGAAA 
TCTCAGGAAA ACAGAATTGA AAAGTTTCTA GATGTCGTGC AGTTAGTTCA GCGGAAGTCC 
TGGAAAGTGG GGGATATCTT CCAAGCCGTG GTACAGTACT GCAAGCTCAG CGAGGAGGGC 
AGAGAGATCA CACCCAGCCT GTTTGATTGG CTGCTTGAAT TGGGTTAA