MST1R cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	MST1R
Entrez Gene ID	107290536
Full Name	macrophage stimulating 1 receptor
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015819422.1	XP_015674908.1	macrophage-stimulating protein receptor

Pathways from BioSystems
Gene Ontology

The following MST1R gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MST1R 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
OPr33103	XM_015819422.1 Latest version!	Protobothrops mucrosquamatus macrophage stimulating 1 receptor (MST1R), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

MST1R ( XM_015819422.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015674908.1 Protobothrops mucrosquamatus macrophage stimulating 1 receptor (MST1R), mRNA.

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CloneID	OPr33103
Clone ID Related Accession (Same CDS sequence)	XM_015819422.1
Accession Version	XM_015819422.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4170bp) 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	macrophage-stimulating protein receptor
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015387169.1) 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##

ATGGGCATAT CATTTCTTGT TTGCTTCACT CTTGGACTGT TGCCCATAAG AATCACTGGG 
AAGGCTTGGC AATGCCAACG TATCTCCTAT AACTTGACCC GAGATTATAC AGTGAAATAT 
GACTTCCCTA CATTCAGAGC TACGTCTTCG ATCCAGAATA TAGTTACCTA TGAGCCTGGT 
AATGTTATCT TTGTTGCAGT TCGGAATAAG ATTTACACAT TGAACTCGGA ACTGAAAATT 
CTGTCTACTC TAGTAACTGG GCCCTGGGGG AGTACTGAGT GTGAGATCTG TGCTCTCTGT 
CCAGTGAAAG GGCCGGTGGC TTTTCAAAAC ACAGACAACA AAGTTTTGGT GATGGATCCT 
TTTGAACCTT GGCTTTATAG CTGTGGAAGT TCTCAACATG GTATCTGTTT CCAACATAAG 
ATTGAGATAC AGGGTGACGT TGTTTTGCTT GGGGAAACCT CCTGTTTGTA TTCACCTGAG 
CAGAACACGC CTTCTGAGTG TCCAGACTGT GTGGCCAGTC CCTTAGGCAC AAGAGTTGTA 
GTTGTTGATA TGGCATCGGC TTCATACTTT TATATTGCAT CTACCATCGA CGCCACCATA 
GCAGACACAT ACAGCCCCAA ATCAGTGTCA ATACGGAGAC CGAAGAGTAC TTTGAATGGG 
TTTGCTTATC CTTTCCACTC CTTAACTGTG CTGGCACAGT ATCAAAACAC ATACCCTATT 
CACTATGTGT ATTCCTTTAA ATACCGGCAG TTTGTCTATT TTTTGACAGT CCAAAGGGAA 
GATCTTTCTT CCAATTCATA CCACACTAGG ATAGTGCGGC TTAGCACTGA AGAGATGGAG 
GTTCGCAAGT ACCGAGAGCT GAATTTGGAC TGTCGCATTC AATCTAAGCG GAAGAGGAGC 
CTTCGCATGA TGCCTAAAGA TGTAGTTTTT AATGTCTTGC AGGCAGCTCA TGCTACCAAT 
CCTGGTTCCA AGTTGGCTCA AGCAATCGGC ACCAGTGAAA CAGAACTGGT TCTCTTTGGT 
GCATTTGCTG AAAGCCAGGT GGACAGCATA TTGCCCCAGA AGTACTCAGG AGTTTGTGCT 
TTTCCTCTAC CTATGATCAA CAAAGCTATT GAAACAGGGA TGACGAAGTG CTGCAGTCTG 
GATGTTCATG ACAAGATGCT TCGAGGACTA ACATTTTATC AAGATATTGA GTACTGCCCA 
CATAACATGA ATTTCTCAGC CCCAGTGGTG GACGTCAGCT GCTTGAAGAA ACCTACTTTT 
ATTGCCATGG ATGGTTTCAA ATTGGATCTT CTGCAAGGAC GAATGTCTGA TGTATTGCTA 
ACCTCTATCT TTGTAACTGC AATAGGAGAA CTTACTGTGG CTCATTTAGG CACATCTGAA 
GGACGTGTTT TACAGATGGT TCTTGATGGA TCCAGTTTCT ACAAAGCTGA AATGGCCAAC 
TTCTCTTTGG GAGAGAAACT GCCAGTCCTG AGAGAAATTG GCAGGCTGCA TCACTCTTTG 
TTCTTTGCCA CAGGAAATGA GGTATTCCAG GTAAACCAAA CTGGTCCAGG CTGCCTGCAT 
TTCCTAACAT GCCTCAGCTG CCTGAAAGCA GAGCGTTTCA TGCAGTGTGG CTGGTGTGGA 
GATTCATGTA CTCGTCAGGA GGAATGCAAG AAACGGTGGA ATCAAGAGAG CTGCCCTCCA 
GTCCTCACTG ATTTTCATCC CAGAAACGCA CCTCTGTATG GCAGCACCAA GCTGACTCTC 
TGCGGCAAGG GGTTTCAATC TCGTCCATAT TTCTCTGGCA CTGCTGGCTC ACGCCCAAGC 
CCTGGGGACT ACTTGATTAC AGTAGGACAG AAGACCTGCT CGGTGCTACT TGAAGAGAGC 
TTAGCAAACC GGTATAGCGA AGTGCCAAAG TGGAAGGATT TCGCTGAAGT TCTTGTCTGC 
ACATTGTCAC CAAAGGGGAT TGAGAAGATC ATGGAACCAC AACAGATTAA TCTGACCATT 
ATAGAAGCTA AAGCAAGCCC ATTTTACATC ACTGGCTCCT CAATCCTCAG TGGCTTTATA 
TTTATGCAGC CAAACATAAC TTCTATTCAC CCTGCCTATG GTCCAATGGC TGGAGGAACA 
GAGATCTTTA TCCGAGGACA AAACCTTTTT GTGGGAGGCA CACGGAAAGT GATGATTAAT 
AACCTAGAAT GTCCTGTGGA CAGTGAGAAA AGCCAGAGAG AGGAGGCCAT AATTTGTACC 
ACCCCACCTT CAAGCAACTT GATCAATGCA TCTGTGTTTT TAATAATAGA TGAAGAGCGA 
TTTCTTTCTC CTCAGCCTTT CTGGTATCGA GAAGACCCCC AGATATACGA TATTTCTCCC 
AACTGCAGTT ATGAGGGCTC CAATATCTAC ATCTATGGTG CCAATTTGGA TTCAGTGTAT 
AACATGAGGC TGCAATTTGA GTCTGCTGGA GTACAAAGCA AAGCTAAAGT ATGTGGAAGG 
CCACTGTCCA CAGATATATT GGTGTGTCAA AGTCCTGATT ATCCATCTGG AAATAAAGTG 
GGACATATTG ATGGGAACCT GAGGGTCTTG ATGGATGGAG TTCTGGGGCA GAAGACATTT 
CGTATCCGCT ACTACCCTAA GCCGGTCATT GATCTCTTTG AAAATCACAT TTATGAACTC 
CAACAAGGAG AGGACAAGAT TGAAATCACT CATAAGGGAC TGGATGCTCT GGCAGACTGC 
ATGAACATTT CTATGTCAGT AGCTGGTACA GATTGCTACC TCACTATACT GAAGGATCAG 
GTGACCTGCC AAATACCCAA CATCCCTGGG GATCGTTTGC CAGTACAGAT CTGTGTGAAT 
GGAAACTGCA TAGACTTAGG ATATGTGGTT GTAATCCCCA TGATGTCTCC TCTCGCTATT 
GTATTCGGAG CTGTCATAGG CATTCTGTTC CTTTCCGGTT CGGTGTTTCT ATCTTTGAAA 
TATATTCAAC GGAAGAAGAA GGGAGGAACT GAGAATTTAG AAAGGCTTTC TAGCTTCAAC 
AGGGACACAA TCGGAATTCC TCTTCTTCCT TCTAACACTG GATATGTGGC TTCTTCTGAG 
ACCCCAAACA GAGGCTCTTC TGGAGTGAGA TTTGGAAGCA CCTCCTACAC AGGCAGCAGT 
GATGGTTCTG CTATGCCTTT CATGCGAGTG CCTTCATACT CTATAAACAA TTTTCGGCCA 
GAATTGTTGG AAGAAGTGAA AGATGTCCTC ATTCCAGAAA AGGAGCTCAT TTTGTACACA 
GATCAGATCA TTGGGAAAGG GCATTTTGGG AGTGTTTACC ATGGAACTTA CATAGATTCA 
TCCCAGAGAG AGATTCGGTG TGCTGTTAAA TCCTTAAACC GAATTACTGA CTTGGAGGAA 
GTGGAAGAAT TCCTGAAGGA AGGGATTCTG ATGAAGAGCT TCCATCACCT CCATGTCCTT 
TCTCTCATTG GGATCACCTT GCCTAAGGAG GGTCTCCCTC TGGTGGTTCT ACCTTATATG 
AAGCACGGAG ATCTCCGACA TTTTATCCGT TCGGAGCAGA GGAACCCCAC TGTGAAGGAT 
TTAATAGGTT TTGGGCTACA AGTGGCTCAG GGGATGGAGT ATCTGGCCCA GAAGAAGTTT 
GTGCACAGAG ATCTTGCAGC TAGAAACTGC ATGCTTGATG AGACTTATAC AGTGAAAGTG 
GCAGACTTTG GGCTGGCCAG AGATATCTTT GACAAGGAAT ATTACAGCAT CCGGCAACAC 
CGCAGGGCAA AGCTGCCTGT CAAATGGATG GCCCTTGAGA GCCTGAAAAT TCAAAAATTT 
ACCACCAAGT CAGATGTATG GTCCTTCGGG GTCCTCATGT GGGAACTGAT GACACGAGGG 
GCTTCTCCAT ATCCTGAGGT GGATCCCTAT GATATTACCT GCTACCTATT GCAAGGAAGA 
AGGTTGCCCC AGCCTGAGTA CTGCCCAGAT TCTCTGTATA CTATAATGCT TAACTGCTGG 
ACACCAAATC CTGAGGAGCG GCCAACTTTT TCCAGCCTGA TCAAAGAAGT GGAGCATATT 
GTAGCCTGTC TAAAGGGAGA CCATTACATT AACCTCAACG TCACTTATGT CAATCTTGAT 
CACGGCCATC CCTTTCCCCC TTTAATCAGT CGGGAAGAAG AATTTGATTC CAATGGATTG 
AGTGAGGAAG AGGATGCTTC TGTGTGTTAA

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

RefSeq	XP_015674908.1
CDS	136..4305
Translation	MGISFLVCFTLGLLPIRITGKAWQCQRISYNLTRDYTVKYDFPTFRATSSIQNIVTYEPGNVIFVAVRNKIYTLNSELKILSTLVTGPWGSTECEICALCPVKGPVAFQNTDNKVLVMDPFEPWLYSCGSSQHGICFQHKIEIQGDVVLLGETSCLYSPEQNTPSECPDCVASPLGTRVVVVDMASASYFYIASTIDATIADTYSPKSVSIRRPKSTLNGFAYPFHSLTVLAQYQNTYPIHYVYSFKYRQFVYFLTVQREDLSSNSYHTRIVRLSTEEMEVRKYRELNLDCRIQSKRKRSLRMMPKDVVFNVLQAAHATNPGSKLAQAIGTSETELVLFGAFAESQVDSILPQKYSGVCAFPLPMINKAIETGMTKCCSLDVHDKMLRGLTFYQDIEYCPHNMNFSAPVVDVSCLKKPTFIAMDGFKLDLLQGRMSDVLLTSIFVTAIGELTVAHLGTSEGRVLQMVLDGSSFYKAEMANFSLGEKLPVLREIGRLHHSLFFATGNEVFQVNQTGPGCLHFLTCLSCLKAERFMQCGWCGDSCTRQEECKKRWNQESCPPVLTDFHPRNAPLYGSTKLTLCGKGFQSRPYFSGTAGSRPSPGDYLITVGQKTCSVLLEESLANRYSEVPKWKDFAEVLVCTLSPKGIEKIMEPQQINLTIIEAKASPFYITGSSILSGFIFMQPNITSIHPAYGPMAGGTEIFIRGQNLFVGGTRKVMINNLECPVDSEKSQREEAIICTTPPSSNLINASVFLIIDEERFLSPQPFWYREDPQIYDISPNCSYEGSNIYIYGANLDSVYNMRLQFESAGVQSKAKVCGRPLSTDILVCQSPDYPSGNKVGHIDGNLRVLMDGVLGQKTFRIRYYPKPVIDLFENHIYELQQGEDKIEITHKGLDALADCMNISMSVAGTDCYLTILKDQVTCQIPNIPGDRLPVQICVNGNCIDLGYVVVIPMMSPLAIVFGAVIGILFLSGSVFLSLKYIQRKKKGGTENLERLSSFNRDTIGIPLLPSNTGYVASSETPNRGSSGVRFGSTSYTGSSDGSAMPFMRVPSYSINNFRPELLEEVKDVLIPEKELILYTDQIIGKGHFGSVYHGTYIDSSQREIRCAVKSLNRITDLEEVEEFLKEGILMKSFHHLHVLSLIGITLPKEGLPLVVLPYMKHGDLRHFIRSEQRNPTVKDLIGFGLQVAQGMEYLAQKKFVHRDLAARNCMLDETYTVKVADFGLARDIFDKEYYSIRQHRRAKLPVKWMALESLKIQKFTTKSDVWSFGVLMWELMTRGASPYPEVDPYDITCYLLQGRRLPQPEYCPDSLYTIMLNCWTPNPEERPTFSSLIKEVEHIVACLKGDHYINLNVTYVNLDHGHPFPPLISREEEFDSNGLSEEEDASVC

Target ORF information:

RefSeq Version	XM_015819422.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus macrophage stimulating 1 receptor (MST1R), mRNA.

Target ORF information:

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

XM_015819422.1

ORF Insert Sequence:

ATGGGCATAT CATTTCTTGT TTGCTTCACT CTTGGACTGT TGCCCATAAG AATCACTGGG 
AAGGCTTGGC AATGCCAACG TATCTCCTAT AACTTGACCC GAGATTATAC AGTGAAATAT 
GACTTCCCTA CATTCAGAGC TACGTCTTCG ATCCAGAATA TAGTTACCTA TGAGCCTGGT 
AATGTTATCT TTGTTGCAGT TCGGAATAAG ATTTACACAT TGAACTCGGA ACTGAAAATT 
CTGTCTACTC TAGTAACTGG GCCCTGGGGG AGTACTGAGT GTGAGATCTG TGCTCTCTGT 
CCAGTGAAAG GGCCGGTGGC TTTTCAAAAC ACAGACAACA AAGTTTTGGT GATGGATCCT 
TTTGAACCTT GGCTTTATAG CTGTGGAAGT TCTCAACATG GTATCTGTTT CCAACATAAG 
ATTGAGATAC AGGGTGACGT TGTTTTGCTT GGGGAAACCT CCTGTTTGTA TTCACCTGAG 
CAGAACACGC CTTCTGAGTG TCCAGACTGT GTGGCCAGTC CCTTAGGCAC AAGAGTTGTA 
GTTGTTGATA TGGCATCGGC TTCATACTTT TATATTGCAT CTACCATCGA CGCCACCATA 
GCAGACACAT ACAGCCCCAA ATCAGTGTCA ATACGGAGAC CGAAGAGTAC TTTGAATGGG 
TTTGCTTATC CTTTCCACTC CTTAACTGTG CTGGCACAGT ATCAAAACAC ATACCCTATT 
CACTATGTGT ATTCCTTTAA ATACCGGCAG TTTGTCTATT TTTTGACAGT CCAAAGGGAA 
GATCTTTCTT CCAATTCATA CCACACTAGG ATAGTGCGGC TTAGCACTGA AGAGATGGAG 
GTTCGCAAGT ACCGAGAGCT GAATTTGGAC TGTCGCATTC AATCTAAGCG GAAGAGGAGC 
CTTCGCATGA TGCCTAAAGA TGTAGTTTTT AATGTCTTGC AGGCAGCTCA TGCTACCAAT 
CCTGGTTCCA AGTTGGCTCA AGCAATCGGC ACCAGTGAAA CAGAACTGGT TCTCTTTGGT 
GCATTTGCTG AAAGCCAGGT GGACAGCATA TTGCCCCAGA AGTACTCAGG AGTTTGTGCT 
TTTCCTCTAC CTATGATCAA CAAAGCTATT GAAACAGGGA TGACGAAGTG CTGCAGTCTG 
GATGTTCATG ACAAGATGCT TCGAGGACTA ACATTTTATC AAGATATTGA GTACTGCCCA 
CATAACATGA ATTTCTCAGC CCCAGTGGTG GACGTCAGCT GCTTGAAGAA ACCTACTTTT 
ATTGCCATGG ATGGTTTCAA ATTGGATCTT CTGCAAGGAC GAATGTCTGA TGTATTGCTA 
ACCTCTATCT TTGTAACTGC AATAGGAGAA CTTACTGTGG CTCATTTAGG CACATCTGAA 
GGACGTGTTT TACAGATGGT TCTTGATGGA TCCAGTTTCT ACAAAGCTGA AATGGCCAAC 
TTCTCTTTGG GAGAGAAACT GCCAGTCCTG AGAGAAATTG GCAGGCTGCA TCACTCTTTG 
TTCTTTGCCA CAGGAAATGA GGTATTCCAG GTAAACCAAA CTGGTCCAGG CTGCCTGCAT 
TTCCTAACAT GCCTCAGCTG CCTGAAAGCA GAGCGTTTCA TGCAGTGTGG CTGGTGTGGA 
GATTCATGTA CTCGTCAGGA GGAATGCAAG AAACGGTGGA ATCAAGAGAG CTGCCCTCCA 
GTCCTCACTG ATTTTCATCC CAGAAACGCA CCTCTGTATG GCAGCACCAA GCTGACTCTC 
TGCGGCAAGG GGTTTCAATC TCGTCCATAT TTCTCTGGCA CTGCTGGCTC ACGCCCAAGC 
CCTGGGGACT ACTTGATTAC AGTAGGACAG AAGACCTGCT CGGTGCTACT TGAAGAGAGC 
TTAGCAAACC GGTATAGCGA AGTGCCAAAG TGGAAGGATT TCGCTGAAGT TCTTGTCTGC 
ACATTGTCAC CAAAGGGGAT TGAGAAGATC ATGGAACCAC AACAGATTAA TCTGACCATT 
ATAGAAGCTA AAGCAAGCCC ATTTTACATC ACTGGCTCCT CAATCCTCAG TGGCTTTATA 
TTTATGCAGC CAAACATAAC TTCTATTCAC CCTGCCTATG GTCCAATGGC TGGAGGAACA 
GAGATCTTTA TCCGAGGACA AAACCTTTTT GTGGGAGGCA CACGGAAAGT GATGATTAAT 
AACCTAGAAT GTCCTGTGGA CAGTGAGAAA AGCCAGAGAG AGGAGGCCAT AATTTGTACC 
ACCCCACCTT CAAGCAACTT GATCAATGCA TCTGTGTTTT TAATAATAGA TGAAGAGCGA 
TTTCTTTCTC CTCAGCCTTT CTGGTATCGA GAAGACCCCC AGATATACGA TATTTCTCCC 
AACTGCAGTT ATGAGGGCTC CAATATCTAC ATCTATGGTG CCAATTTGGA TTCAGTGTAT 
AACATGAGGC TGCAATTTGA GTCTGCTGGA GTACAAAGCA AAGCTAAAGT ATGTGGAAGG 
CCACTGTCCA CAGATATATT GGTGTGTCAA AGTCCTGATT ATCCATCTGG AAATAAAGTG 
GGACATATTG ATGGGAACCT GAGGGTCTTG ATGGATGGAG TTCTGGGGCA GAAGACATTT 
CGTATCCGCT ACTACCCTAA GCCGGTCATT GATCTCTTTG AAAATCACAT TTATGAACTC 
CAACAAGGAG AGGACAAGAT TGAAATCACT CATAAGGGAC TGGATGCTCT GGCAGACTGC 
ATGAACATTT CTATGTCAGT AGCTGGTACA GATTGCTACC TCACTATACT GAAGGATCAG 
GTGACCTGCC AAATACCCAA CATCCCTGGG GATCGTTTGC CAGTACAGAT CTGTGTGAAT 
GGAAACTGCA TAGACTTAGG ATATGTGGTT GTAATCCCCA TGATGTCTCC TCTCGCTATT 
GTATTCGGAG CTGTCATAGG CATTCTGTTC CTTTCCGGTT CGGTGTTTCT ATCTTTGAAA 
TATATTCAAC GGAAGAAGAA GGGAGGAACT GAGAATTTAG AAAGGCTTTC TAGCTTCAAC 
AGGGACACAA TCGGAATTCC TCTTCTTCCT TCTAACACTG GATATGTGGC TTCTTCTGAG 
ACCCCAAACA GAGGCTCTTC TGGAGTGAGA TTTGGAAGCA CCTCCTACAC AGGCAGCAGT 
GATGGTTCTG CTATGCCTTT CATGCGAGTG CCTTCATACT CTATAAACAA TTTTCGGCCA 
GAATTGTTGG AAGAAGTGAA AGATGTCCTC ATTCCAGAAA AGGAGCTCAT TTTGTACACA 
GATCAGATCA TTGGGAAAGG GCATTTTGGG AGTGTTTACC ATGGAACTTA CATAGATTCA 
TCCCAGAGAG AGATTCGGTG TGCTGTTAAA TCCTTAAACC GAATTACTGA CTTGGAGGAA 
GTGGAAGAAT TCCTGAAGGA AGGGATTCTG ATGAAGAGCT TCCATCACCT CCATGTCCTT 
TCTCTCATTG GGATCACCTT GCCTAAGGAG GGTCTCCCTC TGGTGGTTCT ACCTTATATG 
AAGCACGGAG ATCTCCGACA TTTTATCCGT TCGGAGCAGA GGAACCCCAC TGTGAAGGAT 
TTAATAGGTT TTGGGCTACA AGTGGCTCAG GGGATGGAGT ATCTGGCCCA GAAGAAGTTT 
GTGCACAGAG ATCTTGCAGC TAGAAACTGC ATGCTTGATG AGACTTATAC AGTGAAAGTG 
GCAGACTTTG GGCTGGCCAG AGATATCTTT GACAAGGAAT ATTACAGCAT CCGGCAACAC 
CGCAGGGCAA AGCTGCCTGT CAAATGGATG GCCCTTGAGA GCCTGAAAAT TCAAAAATTT 
ACCACCAAGT CAGATGTATG GTCCTTCGGG GTCCTCATGT GGGAACTGAT GACACGAGGG 
GCTTCTCCAT ATCCTGAGGT GGATCCCTAT GATATTACCT GCTACCTATT GCAAGGAAGA 
AGGTTGCCCC AGCCTGAGTA CTGCCCAGAT TCTCTGTATA CTATAATGCT TAACTGCTGG 
ACACCAAATC CTGAGGAGCG GCCAACTTTT TCCAGCCTGA TCAAAGAAGT GGAGCATATT 
GTAGCCTGTC TAAAGGGAGA CCATTACATT AACCTCAACG TCACTTATGT CAATCTTGAT 
CACGGCCATC CCTTTCCCCC TTTAATCAGT CGGGAAGAAG AATTTGATTC CAATGGATTG 
AGTGAGGAAG AGGATGCTTC TGTGTGTTAA