LOC105366227 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105366227
Entrez Gene ID	105366227
Full Name	CD109 antigen-like
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011504592.1	XP_011502894.1	CD109 antigen-like

Pathways from BioSystems
Gene Ontology

The following LOC105366227 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105366227 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
OCe201957	XM_011504592.1 Latest version!	Ceratosolen solmsi marchali CD109 antigen-like (LOC105366227), 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)

LOC105366227 ( XM_011504592.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011502894.1 Ceratosolen solmsi marchali CD109 antigen-like (LOC105366227), mRNA.

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CloneID	OCe201957
Clone ID Related Accession (Same CDS sequence)	XM_011504592.1
Accession Version	XM_011504592.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4413bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	CD109 antigen-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948446.1) 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 :: Ceratosolen solmsi marchali 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGATTGGT CCTCTTGGTC CTTTTTGCTT TTCATTTGCA GTCTGGCTAC TTATAATGCC 
GCTGGTCAAA CGTATTATAC TATCGTCGCG CCAAAAATCA TCCGTCCTAA CTCAGAGTAT 
CACGTAGCGG TGAGTATCAT CGGTTACTCC GAGCCCACAA CGACCTTCGT CGAACTCTCC 
GGTCAACTAG ACAATGGAGA GTCGTTCGCG GTGTCCGAAA GCGTCGTCGT CGAGCCCTTC 
GCAACGCGTA TTCTCAGCCT CGAAATTGGT GATACGGGCC CGGGTAATTA CCGACTCCTG 
GCGCGGAGCC TTAACGGTTA CGCTTTCGTC AACTCCACGG AGCTCGAGTA TGTGCACAAG 
AGCTACGCAG TGCTGCTTCA GACCGACAGG TCGGTGTACA AGCCCGGCAA TAAAATTCAG 
TTTAGATGCA TCGTGCTGAA CTCGAGGCTG AGACCTACGG CGAGTCGACA ATTCGAGGTT 
TATATTACGG ATGGCCAAGG CAATCGAATA AAACAATGGG ATCGACCGAC ATTACATCAA 
GGAATATTTA ATGCCGAATT GGAATTGTCA CAGTCACCCG TTTTAGGTGA TTGGGAAATT 
ATAGCCAATG TTGGTAATCA GACATTCAGA AAAACTGTAC AGGTCGCAGA GTATATTTTA 
CCGAAGTTCG AGGTTACAAT CGATGCTCCC CTTCATGCAA CTTTCAAAGA AGGAAAAATC 
ACTGTCATCG TTCATGCTAA ATATACTTAC GGGAAGCCGG TAAAGGGTGA GGCTACGATT 
ACAGCATTTC CTGATATTTA TTCACCGGTA TTGCAGCCCG TATATCAATC GCCCATCAGA 
AAGATCATAA AAATTGAGGG GAAAGCAACT GTGGACTTCG ATATCATCAA CGACCTCAGA 
GTGACTGACG ATGACTACAG GAGACCGGTA GTTATCGAGG TTGCCGTAGA GGAAGCCGTC 
ACAGGAAGAA GACAGAATAA CTCCATGCAA ATAACCCTTC ATAAACACAA GTATACTATG 
GATTTACTAA GAACTGCGGA GTATTATAAG CCTGGCATGA AGTACACGGC CTTTTTAAAA 
GTTGCGTATC ATGATGGTTC ACCAGTAATC GATAATACAA ATCCCGTTCA CATATCGTAT 
GGGTATACCT ATGATCATGA AAATTTATAT AATATGACAA AAATGCTCGA TAGAAACGGC 
ATGATAGAGC TGAACTTTCA TCCACCAACG TTGGTTCCCG ATCACATATT TCGACCTCTT 
AGAATAGAGG CTCAATATCT GAACTTGCAT GAATGGTTCC CATCAACAAA TCCGGCTTCG 
TCTAGGAGCG AAGTGTATAT CCAAGCAACA CTTCGTACAG AAAAACCTAT GGTAAATGAG 
TACATTGAGA TTGAAGTGAA CTCTACAAAT CCATTAAAAT ATCTTAGCTA TCAAGTTTTT 
GGACGCGGGG ATATTTTGAC TGCTAACTCC ATTCAAGTAT CCGATAGACG CACAGCGACA 
TTTCAATTCT TGACTACATA TGTAATGGCT CCTGTTGCTC ACTTATTAGT TTATTATGTA 
AGCGATGATG GCGAAATAAT TGCAGATTCA TTAGACATAG AATTGGATGG AGCATTGCAA 
AATTTCGTTG ATATTAAAAT GATTCCTGAC GAAGTTGAGC CTGGAGACAA TGTAGATCTG 
ACGATAATGG CAAAACCGAA TTCTTATGTT GGTCTCTTAG GCGTCGATCA GAGATCTCTT 
TTATTAAAAT CTGGCAACGA TATTTCTCAC GATCAAATAC GTAAACTCTT AATGTCCTAC 
GATTCAAATG AAGCTAACTT CAATGACGAA GAAAATTTAG CAAGCACTGA AGAGATTTTT 
AGAAAAACTG GAGTTGTTAT CCTGACAAAC GGATATTTGC ACGAAAATCC ACAACTAATG 
CACCCGGACG AGAACGGCGA TCGGGTTAAG GGCCCGACCC CGGGGCTCTC AATCTCGACC 
CTGAAGCCGG ACATTGGCCC GCCCGTAAAG CATAGGTTTG CAACGAGACC ATCCTGGGCT 
GGTCGCTACG CCTTCTCTTA TGTGCCACTC CTCCCTTGGA GGCCTCGTGT TTTCCTTATG 
CATGACATCT CAGACACTTG GCTTTTTGCA AACATGTCTT CAGGATATGA AGGAAAAACT 
GTAATTCGAA GAACTCTACC GGATACTATC ACATCGTGGA TATTAACTGG TTTTTCAGTT 
GATCCCATTT ACGGATTGGG TCTTATCGAA AGCCCAAGGA AGTTGAAAGT TTTTAAGCCT 
TTCTTCATAT CAATGAATCT GCCCTATTCT GTTATCAGAG GAGAAATAGT AGCTATTCCG 
ATTGTTATAT TTAATTACTT GAATAGAGAT CTCTCAACCG AAGTAGTACT GGAAAATAAT 
GGAGACTTTG AATTTGCTGA GATATCAAAC GAAGTACATG AAACTAAACG TCTAGAACTA 
TATCGAACCA AAAAATTATT TATACAAGCT AACTCTGCCC AAAGCGTTTC TTTCATGGTT 
ATTCCAACAA AGTTAAATCA TATTACAATT AAAGCTAAAG CAACTAGTTC GATGGCAGGT 
GACAGTATTG AATATCCTCT TCTCATAAAA GCCGAAGGAG AAACACAATA TCGAAATAAA 
GTAGTCTTTG CCGATTTGAT GAAAACCAAC GTCAGTGTAA ATATTCCGAA ATATTTCGTT 
TCCGATTCCG ATTACGTTGA AATCTCAGCC GTAGGTGATA TGTTGGGGCC AAGTATACCG 
AATCTTGCAA AACTGATAAA AATGCCATTT GGATGCGGTG AACAAAATAT GCTTAACTTT 
GTACCAAATA TTGTCATTCT AGATTACTTA ACGAACACAA ATCAACTTTC GCCTGCTATT 
GAAAGTAAAG CAATACGATA TCTTGAAACC GGTTACCAAC AAGAATTAAC ATACAGACAT 
GCAGATGGAT CTTTTAGTGC TTTCGGAAAA ACTGATCCAA GTGGTAGCAC ATGGTTAACG 
GCATTTGTGG CCAAATCCTT CAAACAAGCC GAAAAGTATA TTACAGTAGA AGAAAAAATT 
GTGTCAGATG CACTGAAATG GCTTGCCGAA AAACAAGCAG CTAACGGAAG TTTCCCGGAA 
GTAGGAACTG TTAGTCATCG CGATATGCAA GGCGGAGCGG GAAAAGGTCT CGCTCTAACG 
GCTTATGTTC TTAGTGCTTT TTTAGAAGCT GAGAGCTTCG AGAGTCGTTA TCGCAATGTT 
ATTTACAAAG GCGTGGAGTA CGTGGTGCGC AATATGCAGA ACCTCGAGGA TAATTACGCC 
TTGAGCATCT GCACCTACGT TCTAAGCCTC GCGCGCAACG CCTATGAAGA TGAGGCCTTT 
CGATTATTGG AGTCACGTGC GACCATCAAG GATGGGCAGA AATGGTGGAG CAAACCAGTA 
CCCAAGAACG ACAAGAATCC CTGGTACGTG CTGTCGAGGA GCGCTGACGT GGAGATGACG 
TCATACGCGC TGCTCACGTA CCTGAGAAAG AATCAGCTTT CCGATGCTAC CATCATCATG 
AAGTGGCTCG TAAAACAGCG CAACGTCGAG GGCGGCTTCT CTTCCACCCA GGACACAGTG 
GTTGGATTAT ACGCTCTAGC AAAATTAGGT GAAAAGATGA GAACAAGCGT GTACGACGTT 
CAATTAAGAA TTACAACAGA TATTGGAGAA CAGAAGGAAA TTAATATTAA TTCCAGAAAT 
TTCATGATCG TTCAAAAACA TATATTATTC GGGAAAACTC GTTCTATCAA TATTACTGCT 
AGTGGGACTG GATTCGCTCT TGTACAACTT TCTTCGCGCT ACAATCTGAA TGTAACTGGA 
GCTTTTCCAC TTTTTACATT AGATCCTCAA GTTGACACGA TATCTACGAA TGATCACCTG 
CAACTTTCTA TTTGTTCTGG CTTCATCTCG ACAAAAGAAG TAAATGAGAG CAACATGGCT 
GTTATGGAAG TAAGCTTTCC ATCAGGTTTT ACCGTCGATC AAGATGCCTT ACCAAGCTTA 
GAATTATCAC AGAACGTCAA GAGGGTAGAA ACCAAAAATG GCGACACGAT GGTTGTTTTA 
TATTTTGACA AAATGGTCAA TGATAAGGAA TATTGCCCAA CGGTCTCTGC GTATAGAACG 
CATAAGGTAG CTAAGCAAAA GCCTGTTCCG GTATCAATTT ATGACTACTA TGATTCATCG 
AGACGTGCGA GGGTGTTTTA CGAACCAAAG ATGACAACGC TCTGCGACAT TTGCGAGGAT 
GAGCAGTGCG GTGACGTATG CAGCATAAAG GCTGGAAAAC GCGAGGAAGG TACCCTGCCG 
TCCATCTCCT CGTCTTCAAG GGCTATCATC GATTCGATGC TTATCATCGT GTGTGTCTTC 
TACCTATCCT TAAGTAGCGG CTATATCAAT TAG

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

RefSeq	XP_011502894.1
CDS	245..4657
Translation	MDWSSWSFLLFICSLATYNAAGQTYYTIVAPKIIRPNSEYHVAVSIIGYSEPTTTFVELSGQLDNGESFAVSESVVVEPFATRILSLEIGDTGPGNYRLLARSLNGYAFVNSTELEYVHKSYAVLLQTDRSVYKPGNKIQFRCIVLNSRLRPTASRQFEVYITDGQGNRIKQWDRPTLHQGIFNAELELSQSPVLGDWEIIANVGNQTFRKTVQVAEYILPKFEVTIDAPLHATFKEGKITVIVHAKYTYGKPVKGEATITAFPDIYSPVLQPVYQSPIRKIIKIEGKATVDFDIINDLRVTDDDYRRPVVIEVAVEEAVTGRRQNNSMQITLHKHKYTMDLLRTAEYYKPGMKYTAFLKVAYHDGSPVIDNTNPVHISYGYTYDHENLYNMTKMLDRNGMIELNFHPPTLVPDHIFRPLRIEAQYLNLHEWFPSTNPASSRSEVYIQATLRTEKPMVNEYIEIEVNSTNPLKYLSYQVFGRGDILTANSIQVSDRRTATFQFLTTYVMAPVAHLLVYYVSDDGEIIADSLDIELDGALQNFVDIKMIPDEVEPGDNVDLTIMAKPNSYVGLLGVDQRSLLLKSGNDISHDQIRKLLMSYDSNEANFNDEENLASTEEIFRKTGVVILTNGYLHENPQLMHPDENGDRVKGPTPGLSISTLKPDIGPPVKHRFATRPSWAGRYAFSYVPLLPWRPRVFLMHDISDTWLFANMSSGYEGKTVIRRTLPDTITSWILTGFSVDPIYGLGLIESPRKLKVFKPFFISMNLPYSVIRGEIVAIPIVIFNYLNRDLSTEVVLENNGDFEFAEISNEVHETKRLELYRTKKLFIQANSAQSVSFMVIPTKLNHITIKAKATSSMAGDSIEYPLLIKAEGETQYRNKVVFADLMKTNVSVNIPKYFVSDSDYVEISAVGDMLGPSIPNLAKLIKMPFGCGEQNMLNFVPNIVILDYLTNTNQLSPAIESKAIRYLETGYQQELTYRHADGSFSAFGKTDPSGSTWLTAFVAKSFKQAEKYITVEEKIVSDALKWLAEKQAANGSFPEVGTVSHRDMQGGAGKGLALTAYVLSAFLEAESFESRYRNVIYKGVEYVVRNMQNLEDNYALSICTYVLSLARNAYEDEAFRLLESRATIKDGQKWWSKPVPKNDKNPWYVLSRSADVEMTSYALLTYLRKNQLSDATIIMKWLVKQRNVEGGFSSTQDTVVGLYALAKLGEKMRTSVYDVQLRITTDIGEQKEININSRNFMIVQKHILFGKTRSINITASGTGFALVQLSSRYNLNVTGAFPLFTLDPQVDTISTNDHLQLSICSGFISTKEVNESNMAVMEVSFPSGFTVDQDALPSLELSQNVKRVETKNGDTMVVLYFDKMVNDKEYCPTVSAYRTHKVAKQKPVPVSIYDYYDSSRRARVFYEPKMTTLCDICEDEQCGDVCSIKAGKREEGTLPSISSSSRAIIDSMLIIVCVFYLSLSSGYIN

Target ORF information:

RefSeq Version	XM_011504592.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali CD109 antigen-like (LOC105366227), mRNA.

Target ORF information:

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

XM_011504592.1

ORF Insert Sequence:

ATGGATTGGT CCTCTTGGTC CTTTTTGCTT TTCATTTGCA GTCTGGCTAC TTATAATGCC 
GCTGGTCAAA CGTATTATAC TATCGTCGCG CCAAAAATCA TCCGTCCTAA CTCAGAGTAT 
CACGTAGCGG TGAGTATCAT CGGTTACTCC GAGCCCACAA CGACCTTCGT CGAACTCTCC 
GGTCAACTAG ACAATGGAGA GTCGTTCGCG GTGTCCGAAA GCGTCGTCGT CGAGCCCTTC 
GCAACGCGTA TTCTCAGCCT CGAAATTGGT GATACGGGCC CGGGTAATTA CCGACTCCTG 
GCGCGGAGCC TTAACGGTTA CGCTTTCGTC AACTCCACGG AGCTCGAGTA TGTGCACAAG 
AGCTACGCAG TGCTGCTTCA GACCGACAGG TCGGTGTACA AGCCCGGCAA TAAAATTCAG 
TTTAGATGCA TCGTGCTGAA CTCGAGGCTG AGACCTACGG CGAGTCGACA ATTCGAGGTT 
TATATTACGG ATGGCCAAGG CAATCGAATA AAACAATGGG ATCGACCGAC ATTACATCAA 
GGAATATTTA ATGCCGAATT GGAATTGTCA CAGTCACCCG TTTTAGGTGA TTGGGAAATT 
ATAGCCAATG TTGGTAATCA GACATTCAGA AAAACTGTAC AGGTCGCAGA GTATATTTTA 
CCGAAGTTCG AGGTTACAAT CGATGCTCCC CTTCATGCAA CTTTCAAAGA AGGAAAAATC 
ACTGTCATCG TTCATGCTAA ATATACTTAC GGGAAGCCGG TAAAGGGTGA GGCTACGATT 
ACAGCATTTC CTGATATTTA TTCACCGGTA TTGCAGCCCG TATATCAATC GCCCATCAGA 
AAGATCATAA AAATTGAGGG GAAAGCAACT GTGGACTTCG ATATCATCAA CGACCTCAGA 
GTGACTGACG ATGACTACAG GAGACCGGTA GTTATCGAGG TTGCCGTAGA GGAAGCCGTC 
ACAGGAAGAA GACAGAATAA CTCCATGCAA ATAACCCTTC ATAAACACAA GTATACTATG 
GATTTACTAA GAACTGCGGA GTATTATAAG CCTGGCATGA AGTACACGGC CTTTTTAAAA 
GTTGCGTATC ATGATGGTTC ACCAGTAATC GATAATACAA ATCCCGTTCA CATATCGTAT 
GGGTATACCT ATGATCATGA AAATTTATAT AATATGACAA AAATGCTCGA TAGAAACGGC 
ATGATAGAGC TGAACTTTCA TCCACCAACG TTGGTTCCCG ATCACATATT TCGACCTCTT 
AGAATAGAGG CTCAATATCT GAACTTGCAT GAATGGTTCC CATCAACAAA TCCGGCTTCG 
TCTAGGAGCG AAGTGTATAT CCAAGCAACA CTTCGTACAG AAAAACCTAT GGTAAATGAG 
TACATTGAGA TTGAAGTGAA CTCTACAAAT CCATTAAAAT ATCTTAGCTA TCAAGTTTTT 
GGACGCGGGG ATATTTTGAC TGCTAACTCC ATTCAAGTAT CCGATAGACG CACAGCGACA 
TTTCAATTCT TGACTACATA TGTAATGGCT CCTGTTGCTC ACTTATTAGT TTATTATGTA 
AGCGATGATG GCGAAATAAT TGCAGATTCA TTAGACATAG AATTGGATGG AGCATTGCAA 
AATTTCGTTG ATATTAAAAT GATTCCTGAC GAAGTTGAGC CTGGAGACAA TGTAGATCTG 
ACGATAATGG CAAAACCGAA TTCTTATGTT GGTCTCTTAG GCGTCGATCA GAGATCTCTT 
TTATTAAAAT CTGGCAACGA TATTTCTCAC GATCAAATAC GTAAACTCTT AATGTCCTAC 
GATTCAAATG AAGCTAACTT CAATGACGAA GAAAATTTAG CAAGCACTGA AGAGATTTTT 
AGAAAAACTG GAGTTGTTAT CCTGACAAAC GGATATTTGC ACGAAAATCC ACAACTAATG 
CACCCGGACG AGAACGGCGA TCGGGTTAAG GGCCCGACCC CGGGGCTCTC AATCTCGACC 
CTGAAGCCGG ACATTGGCCC GCCCGTAAAG CATAGGTTTG CAACGAGACC ATCCTGGGCT 
GGTCGCTACG CCTTCTCTTA TGTGCCACTC CTCCCTTGGA GGCCTCGTGT TTTCCTTATG 
CATGACATCT CAGACACTTG GCTTTTTGCA AACATGTCTT CAGGATATGA AGGAAAAACT 
GTAATTCGAA GAACTCTACC GGATACTATC ACATCGTGGA TATTAACTGG TTTTTCAGTT 
GATCCCATTT ACGGATTGGG TCTTATCGAA AGCCCAAGGA AGTTGAAAGT TTTTAAGCCT 
TTCTTCATAT CAATGAATCT GCCCTATTCT GTTATCAGAG GAGAAATAGT AGCTATTCCG 
ATTGTTATAT TTAATTACTT GAATAGAGAT CTCTCAACCG AAGTAGTACT GGAAAATAAT 
GGAGACTTTG AATTTGCTGA GATATCAAAC GAAGTACATG AAACTAAACG TCTAGAACTA 
TATCGAACCA AAAAATTATT TATACAAGCT AACTCTGCCC AAAGCGTTTC TTTCATGGTT 
ATTCCAACAA AGTTAAATCA TATTACAATT AAAGCTAAAG CAACTAGTTC GATGGCAGGT 
GACAGTATTG AATATCCTCT TCTCATAAAA GCCGAAGGAG AAACACAATA TCGAAATAAA 
GTAGTCTTTG CCGATTTGAT GAAAACCAAC GTCAGTGTAA ATATTCCGAA ATATTTCGTT 
TCCGATTCCG ATTACGTTGA AATCTCAGCC GTAGGTGATA TGTTGGGGCC AAGTATACCG 
AATCTTGCAA AACTGATAAA AATGCCATTT GGATGCGGTG AACAAAATAT GCTTAACTTT 
GTACCAAATA TTGTCATTCT AGATTACTTA ACGAACACAA ATCAACTTTC GCCTGCTATT 
GAAAGTAAAG CAATACGATA TCTTGAAACC GGTTACCAAC AAGAATTAAC ATACAGACAT 
GCAGATGGAT CTTTTAGTGC TTTCGGAAAA ACTGATCCAA GTGGTAGCAC ATGGTTAACG 
GCATTTGTGG CCAAATCCTT CAAACAAGCC GAAAAGTATA TTACAGTAGA AGAAAAAATT 
GTGTCAGATG CACTGAAATG GCTTGCCGAA AAACAAGCAG CTAACGGAAG TTTCCCGGAA 
GTAGGAACTG TTAGTCATCG CGATATGCAA GGCGGAGCGG GAAAAGGTCT CGCTCTAACG 
GCTTATGTTC TTAGTGCTTT TTTAGAAGCT GAGAGCTTCG AGAGTCGTTA TCGCAATGTT 
ATTTACAAAG GCGTGGAGTA CGTGGTGCGC AATATGCAGA ACCTCGAGGA TAATTACGCC 
TTGAGCATCT GCACCTACGT TCTAAGCCTC GCGCGCAACG CCTATGAAGA TGAGGCCTTT 
CGATTATTGG AGTCACGTGC GACCATCAAG GATGGGCAGA AATGGTGGAG CAAACCAGTA 
CCCAAGAACG ACAAGAATCC CTGGTACGTG CTGTCGAGGA GCGCTGACGT GGAGATGACG 
TCATACGCGC TGCTCACGTA CCTGAGAAAG AATCAGCTTT CCGATGCTAC CATCATCATG 
AAGTGGCTCG TAAAACAGCG CAACGTCGAG GGCGGCTTCT CTTCCACCCA GGACACAGTG 
GTTGGATTAT ACGCTCTAGC AAAATTAGGT GAAAAGATGA GAACAAGCGT GTACGACGTT 
CAATTAAGAA TTACAACAGA TATTGGAGAA CAGAAGGAAA TTAATATTAA TTCCAGAAAT 
TTCATGATCG TTCAAAAACA TATATTATTC GGGAAAACTC GTTCTATCAA TATTACTGCT 
AGTGGGACTG GATTCGCTCT TGTACAACTT TCTTCGCGCT ACAATCTGAA TGTAACTGGA 
GCTTTTCCAC TTTTTACATT AGATCCTCAA GTTGACACGA TATCTACGAA TGATCACCTG 
CAACTTTCTA TTTGTTCTGG CTTCATCTCG ACAAAAGAAG TAAATGAGAG CAACATGGCT 
GTTATGGAAG TAAGCTTTCC ATCAGGTTTT ACCGTCGATC AAGATGCCTT ACCAAGCTTA 
GAATTATCAC AGAACGTCAA GAGGGTAGAA ACCAAAAATG GCGACACGAT GGTTGTTTTA 
TATTTTGACA AAATGGTCAA TGATAAGGAA TATTGCCCAA CGGTCTCTGC GTATAGAACG 
CATAAGGTAG CTAAGCAAAA GCCTGTTCCG GTATCAATTT ATGACTACTA TGATTCATCG 
AGACGTGCGA GGGTGTTTTA CGAACCAAAG ATGACAACGC TCTGCGACAT TTGCGAGGAT 
GAGCAGTGCG GTGACGTATG CAGCATAAAG GCTGGAAAAC GCGAGGAAGG TACCCTGCCG 
TCCATCTCCT CGTCTTCAAG GGCTATCATC GATTCGATGC TTATCATCGT GTGTGTCTTC 
TACCTATCCT TAAGTAGCGG CTATATCAAT TAG