NEO1 cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	NEO1
Entrez Gene ID	108527338
Full Name	neogenin 1
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017868541.1	XP_017724030.1	neogenin

Pathways from BioSystems
Gene Ontology

The following NEO1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NEO1 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
ORh38491	XM_017868541.1 Latest version!	Rhinopithecus bieti neogenin 1 (NEO1), 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)

NEO1 ( XM_017868541.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017724030.1 Rhinopithecus bieti neogenin 1 (NEO1), mRNA.

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CloneID	ORh38491
Clone ID Related Accession (Same CDS sequence)	XM_017868541.1
Accession Version	XM_017868541.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4311bp) 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	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Product	neogenin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016804464.1) 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 :: Rhinopithecus bieti Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGCTAGGTG GAAATAGTAG AAGAAAGGTT TGCTTAACTT TGTTCTTTTT CTTTGTTTTT 
GTAGGAGCCA GCATTAGAAC GTTCACTCCA TTTTATTTTC TGGTGGAGCC GGTGGATACA 
CTCTCAGTTA GAGGCTCTTC TGTTATATTA AACTGTTCAG CATATTCTGA GCCTTCTCCA 
AAAATTGAAT GGAAAAAAGA TGGAACTTTT TTAAACTTAG CATCAGATGA TCGACGCCAG 
CTTCTCCCAG ATGGATCTTT ATTTATCAGC AACGTGGTGC ATTCCAAGCA CAATAAACCT 
GATGAAGGTT ATTATCAGTG TGTGGCCACT GTTGAGAGTC TTGGAACTAT TGTCAGTAGA 
ACAGCCAAGC TCACAGTAGC AGGTCTTCCA AGATTTACCA GCCAACCAGA ACCTTCCTCA 
GTTTATGCTG GGAACAGCGC AATTCTGAAT TGTGAAGTTA ATGCAGATTT GGTCCCGTTT 
GTGAGGTGGG AACAGAACAG ACACCCCCTT CTTCTGGATG ATAGAGTTAT CAAACTTCCA 
AGTGGAATGC TGGTTATCAG CAATGCAACT GAAGGAGATG GCGGGCTTTA TCGCTGCATA 
GTGGAAAGTG GTGGGCCACC AAAGTATAGT GATGAAGTTG AATTGAAGGT TCTTCCAGAT 
ACTGAGGTGA CATCAGACTT GGTGTTTTTG AAACAGCCTT CTCCCTTAGT CAGAGTCATT 
GGTCAGGATG TAGTGTTGCC ATGTGTTGCT TCAGGACTTC CTACTCCAAC CATTAAATGG 
ATGAAAAATG AGGAGGCACT TGATACAGAG AGTTCTGAAA GACTGGTATT GCTGGCAGGT 
GGTAGCCTGG AGATCAGTGA TGTTACTGAG GATGATGCTG GGACTTATTT TTGTATAGCT 
GATAATGGAA ATGAGACAAT TGAAGCTCAA GCAGAACTTA CAGTACAAGC TCAACCTGAA 
TTCCTGAAGC AGCCTACTAA TATATATGCT CACGAATCTA TGGATATTGT ATTTGAATGT 
GAAGTGACTG GAAAACCAAC TCCAACTGTG AAGTGGGTCA AAAATGGGGA TATGGTTATC 
CCAAGTGATT ACTTTAAGAT TGTAAAGGAA CATAATCTTC AAGTTTTGGG TCTGGTGAAA 
TCAGATGAAG GGTTCTATCA GTGCATTGCT GAAAATGATG TTGGAAATGC ACAAGCTGGA 
GCCCAACTGA TAATCCTTGA ACATGATGTT GCCATCCCAA CATTACCTCC CACTTCACTG 
ACCAGTGCCA CTACTGACCA TCTAGCACCA GCCACAACGG GACCATTGCC TTCAGCTCCT 
CGGGATGTCG TGGCCTCCCT GGTCTCTACC CGCTTCATCA AATTGACGTG GCGGACACCT 
GCATCAGATC CTCATGGAGA CAACCTTACC TACTCTGTGT TCTACACCAA GGAAGGGATT 
GCTAGGGAAC GTGTTGAGAA TACCAGTCGC CCAGGAGAGA TGCAGGTAAC CATTCAAAAC 
CTAATGCCAG CGACTGTGTA CACCTTTAGA GTTATGGCTC AAAATAAGCA TGGCTCCGGA 
GAGAGTTCAG CTCCACTGCG AGTAGAAACG CAACCTGAGG TTCAGCTCCC TGGCCCAGCA 
CCTAACATTC GTGCATATGC AACCTCGCCT ACCTCCATCA CTGTTACGTG GGAAACACCA 
GTGTCTGGCA ATGGGGAAAT TCAGAATTAT AAATTGTACT ACATGGAAAA GGGGACAGAT 
AAAGAACAGG ATGTTGATGT TTCAAGTCAC TCTTTCACCA TTAATGGGTT GAAAAAATAT 
ACAGAGTATA GTTTCCGAGT GGTGGCCTAC AATAAACATG GTCCTGGAGT CTCCACACAA 
GATGTTGCTG TTCGAACATT GTCAGATGTT CCCAGTGCTG CTCCTCAGAA TCTGTCCTTG 
GAAGTGAGAA ATTCAAAGAG TATTATGATT CACTGGCAGC CACCTGCTCC AGCCACACAA 
AATGGGCAGA TTACTGGCTA CAAGATTCGC TACCGAAAGG CCTCCCGAAA GAGTGATGTC 
ACTGAGACCT TGGTAAGCGG GACACAGCTG TCTCAGCTGA TTGAAGGTCT CGATCGGGGG 
ACTGAGTATA ATTTCCGTGT GGCTGCTCTA ACAATCAATG GTACCGGCCC GGCAACTGAC 
TGGCTGTCTG CTGAAACTTT TGAAAGTGAC CTAGATGAAA CTCGTGTTCC TGAAGTGCCT 
AGCTCTCTTC ACGTACGCCC GCTTGTCACT AGCATCGTAG TGAGCTGGAC TCCTCCGGAG 
AATCAGAACA TTGTGGTCAG AGGTTATGCC ATTGGTTATG GCATTGGCAG CCCTCATGCC 
CAGACCATCA AAGTGGACTA TAAACAGCGC TATTACACCA TTGAAAATCT GGATCCCAGC 
TCTCACTATG TGATTACCCT GAAAGCATTT AATAATGTGG GTGAAGGCAT CCCGCTGTAT 
GAGAGTGCTG TGACCAGGCC TCACACAGAC ACTTCTGAAG TTGATTTATT TGTTATTAAT 
GCTCCATACA CTCCAGTGCC AGATCCCACT CCCATGATGC CACCAGTGGG AGTTCAGGCT 
TCCATTCTGA GTCATGACAC CATAAGGATT ACGTGGGCAG ACAACTCACT GCCCAAGCAC 
CAGAAGATTA CAGACTCCCG ATACTACACC GTCCGATGGA AAACCAACAT CCCAGCAAAC 
ACCAAGTACA AGAATGCAAA TGCAACCACT CTGAGTTATT TGGTGACTGG TTTAAAACCG 
AATACACTCT ATGAATTCTC TGTGATGGTG ACCAAAGGCC GAAGATCAAG CACATGGAGT 
ATGACAGCGC ATGGGACCAC CTTTGAATTA GGTATGTGTT ATTTCTTTTC CCATTCACTC 
CTTTGGACAG GTTACATCAT ATATTACAGT ACAGATGTGA ATGCAGAGAT ACATGACTGG 
GTTATAGAGC CTGTTGTGGG AAACAGACTG ACTCACCAGA TACAAGAATT AACTCTTGAC 
ACACCATACT ACTTCAAAAT CCAGGCACGG AACTCAAAGG GCATGGGACC CATGTCTGAA 
GCTGTCCAAT TCAGAACACC TAAAGCGGAC TCCTCTGATA AAATGCCTAA TGATCAAGCC 
TCAGGGTCTG GAGGGAAAGG AAGCCGGCTG CCAGACCTAG GATCCGACTA CAAACCTCCA 
ATGAGTGGCA GTAACAGCCC TCATGGGAGC CCCACCTCTC CTCTGGACAG TAATATGCTG 
CTGGTCATAA TTGTTTCTGT TGGCGTCATC ACCATCGTGG TGGTTGTGAT TATCGCTGTC 
TTTTGCACCC GTCGTACCAC CTTTCACCAG AAAAAGAAGC GAGCTGCCTG CAAATCAGTG 
AATGGCTCTC ATAAGTACAA AGGGAATTCC AAAGATGTGA AACCTCCAGA TCTCTGGATC 
CATCATGAGA GACTGGAGCT GAAACCCATT GATAAGTCTC CAGACCCAAA CCCCATCATG 
ACTGATACTC CAATTCCTCG CAACTCTCAA GATATCACAC CAGTTGACAA CTCCATGGAC 
AGCAATATCC ATCAAAGGCG AAATTCATAC AGAGGGCATG AGTCAGAGGA CAGCATGTCT 
ACACTGGCTG GAAGGCGGGG AATGAGACCA AAAATGATGA TGCCCTTTGA CTCCCAGCCA 
CCCCAGCCTG TGATTAGTGC CCATCCCATC CATTCCCTCG ATCACCCTCA CCATCATTTC 
CACTCCAGCA GCCTCGCTTC TCCAGCTCGC AGTCATCTCT ACCACCCGGG CAGCCCATGG 
CCCATTGGCA CATCCATGTC CCTTTCAGAC AGGGCCAATT CCACAGAATC CGTTCGAAAT 
ACCCCCAGCA CTGACACCAT GCCAGCCTCC TCGTCTCAAA CATGCTGCAC TGATCACCAG 
GACCCTGAAG GTGCTACCAG CTCCTCTTAC TTGGCCAGCT CCCAAGAGGA AGATTCAGGC 
CAGAGTCTTC CCACTGCCCA TGTTCGCCCT TCCCACCCAT TGAAGAGCTT CGCCGTGCCG 
GCAGTCCCGC CTCCAGGACC TCCCACCTAT GATCCTGCGT TGCCAAGCAC ACCATTACTA 
TCCCAGCAAG CTCTGAACCA TCACATTCAC TCAGTGAAGA CAGCCTCCAT CGGGACTCTA 
GGAAGGAGCC GGCCTCCTAT GCCAGTGGTT GTTCCCAGTG CCCCTGAAGT GCAGGAGACC 
ACAAGGATGT TGGAAGACTC CGAGAGTAGC TATGAACCAG ATGAGCTGAC CAAAGAGATG 
GCCCACCTGG AAGGACTAAT GAAGGACCTA AACGCTATCA CGACAGCATG A

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

RefSeq	XP_017724030.1
CDS	1..4311
Translation	MLGGNSRRKVCLTLFFFFVFVGASIRTFTPFYFLVEPVDTLSVRGSSVILNCSAYSEPSPKIEWKKDGTFLNLASDDRRQLLPDGSLFISNVVHSKHNKPDEGYYQCVATVESLGTIVSRTAKLTVAGLPRFTSQPEPSSVYAGNSAILNCEVNADLVPFVRWEQNRHPLLLDDRVIKLPSGMLVISNATEGDGGLYRCIVESGGPPKYSDEVELKVLPDTEVTSDLVFLKQPSPLVRVIGQDVVLPCVASGLPTPTIKWMKNEEALDTESSERLVLLAGGSLEISDVTEDDAGTYFCIADNGNETIEAQAELTVQAQPEFLKQPTNIYAHESMDIVFECEVTGKPTPTVKWVKNGDMVIPSDYFKIVKEHNLQVLGLVKSDEGFYQCIAENDVGNAQAGAQLIILEHDVAIPTLPPTSLTSATTDHLAPATTGPLPSAPRDVVASLVSTRFIKLTWRTPASDPHGDNLTYSVFYTKEGIARERVENTSRPGEMQVTIQNLMPATVYTFRVMAQNKHGSGESSAPLRVETQPEVQLPGPAPNIRAYATSPTSITVTWETPVSGNGEIQNYKLYYMEKGTDKEQDVDVSSHSFTINGLKKYTEYSFRVVAYNKHGPGVSTQDVAVRTLSDVPSAAPQNLSLEVRNSKSIMIHWQPPAPATQNGQITGYKIRYRKASRKSDVTETLVSGTQLSQLIEGLDRGTEYNFRVAALTINGTGPATDWLSAETFESDLDETRVPEVPSSLHVRPLVTSIVVSWTPPENQNIVVRGYAIGYGIGSPHAQTIKVDYKQRYYTIENLDPSSHYVITLKAFNNVGEGIPLYESAVTRPHTDTSEVDLFVINAPYTPVPDPTPMMPPVGVQASILSHDTIRITWADNSLPKHQKITDSRYYTVRWKTNIPANTKYKNANATTLSYLVTGLKPNTLYEFSVMVTKGRRSSTWSMTAHGTTFELGMCYFFSHSLLWTGYIIYYSTDVNAEIHDWVIEPVVGNRLTHQIQELTLDTPYYFKIQARNSKGMGPMSEAVQFRTPKADSSDKMPNDQASGSGGKGSRLPDLGSDYKPPMSGSNSPHGSPTSPLDSNMLLVIIVSVGVITIVVVVIIAVFCTRRTTFHQKKKRAACKSVNGSHKYKGNSKDVKPPDLWIHHERLELKPIDKSPDPNPIMTDTPIPRNSQDITPVDNSMDSNIHQRRNSYRGHESEDSMSTLAGRRGMRPKMMMPFDSQPPQPVISAHPIHSLDHPHHHFHSSSLASPARSHLYHPGSPWPIGTSMSLSDRANSTESVRNTPSTDTMPASSSQTCCTDHQDPEGATSSSYLASSQEEDSGQSLPTAHVRPSHPLKSFAVPAVPPPGPPTYDPALPSTPLLSQQALNHHIHSVKTASIGTLGRSRPPMPVVVPSAPEVQETTRMLEDSESSYEPDELTKEMAHLEGLMKDLNAITTA

Target ORF information:

RefSeq Version	XM_017868541.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti neogenin 1 (NEO1), mRNA.

Target ORF information:

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

XM_017868541.1

ORF Insert Sequence:

ATGCTAGGTG GAAATAGTAG AAGAAAGGTT TGCTTAACTT TGTTCTTTTT CTTTGTTTTT 
GTAGGAGCCA GCATTAGAAC GTTCACTCCA TTTTATTTTC TGGTGGAGCC GGTGGATACA 
CTCTCAGTTA GAGGCTCTTC TGTTATATTA AACTGTTCAG CATATTCTGA GCCTTCTCCA 
AAAATTGAAT GGAAAAAAGA TGGAACTTTT TTAAACTTAG CATCAGATGA TCGACGCCAG 
CTTCTCCCAG ATGGATCTTT ATTTATCAGC AACGTGGTGC ATTCCAAGCA CAATAAACCT 
GATGAAGGTT ATTATCAGTG TGTGGCCACT GTTGAGAGTC TTGGAACTAT TGTCAGTAGA 
ACAGCCAAGC TCACAGTAGC AGGTCTTCCA AGATTTACCA GCCAACCAGA ACCTTCCTCA 
GTTTATGCTG GGAACAGCGC AATTCTGAAT TGTGAAGTTA ATGCAGATTT GGTCCCGTTT 
GTGAGGTGGG AACAGAACAG ACACCCCCTT CTTCTGGATG ATAGAGTTAT CAAACTTCCA 
AGTGGAATGC TGGTTATCAG CAATGCAACT GAAGGAGATG GCGGGCTTTA TCGCTGCATA 
GTGGAAAGTG GTGGGCCACC AAAGTATAGT GATGAAGTTG AATTGAAGGT TCTTCCAGAT 
ACTGAGGTGA CATCAGACTT GGTGTTTTTG AAACAGCCTT CTCCCTTAGT CAGAGTCATT 
GGTCAGGATG TAGTGTTGCC ATGTGTTGCT TCAGGACTTC CTACTCCAAC CATTAAATGG 
ATGAAAAATG AGGAGGCACT TGATACAGAG AGTTCTGAAA GACTGGTATT GCTGGCAGGT 
GGTAGCCTGG AGATCAGTGA TGTTACTGAG GATGATGCTG GGACTTATTT TTGTATAGCT 
GATAATGGAA ATGAGACAAT TGAAGCTCAA GCAGAACTTA CAGTACAAGC TCAACCTGAA 
TTCCTGAAGC AGCCTACTAA TATATATGCT CACGAATCTA TGGATATTGT ATTTGAATGT 
GAAGTGACTG GAAAACCAAC TCCAACTGTG AAGTGGGTCA AAAATGGGGA TATGGTTATC 
CCAAGTGATT ACTTTAAGAT TGTAAAGGAA CATAATCTTC AAGTTTTGGG TCTGGTGAAA 
TCAGATGAAG GGTTCTATCA GTGCATTGCT GAAAATGATG TTGGAAATGC ACAAGCTGGA 
GCCCAACTGA TAATCCTTGA ACATGATGTT GCCATCCCAA CATTACCTCC CACTTCACTG 
ACCAGTGCCA CTACTGACCA TCTAGCACCA GCCACAACGG GACCATTGCC TTCAGCTCCT 
CGGGATGTCG TGGCCTCCCT GGTCTCTACC CGCTTCATCA AATTGACGTG GCGGACACCT 
GCATCAGATC CTCATGGAGA CAACCTTACC TACTCTGTGT TCTACACCAA GGAAGGGATT 
GCTAGGGAAC GTGTTGAGAA TACCAGTCGC CCAGGAGAGA TGCAGGTAAC CATTCAAAAC 
CTAATGCCAG CGACTGTGTA CACCTTTAGA GTTATGGCTC AAAATAAGCA TGGCTCCGGA 
GAGAGTTCAG CTCCACTGCG AGTAGAAACG CAACCTGAGG TTCAGCTCCC TGGCCCAGCA 
CCTAACATTC GTGCATATGC AACCTCGCCT ACCTCCATCA CTGTTACGTG GGAAACACCA 
GTGTCTGGCA ATGGGGAAAT TCAGAATTAT AAATTGTACT ACATGGAAAA GGGGACAGAT 
AAAGAACAGG ATGTTGATGT TTCAAGTCAC TCTTTCACCA TTAATGGGTT GAAAAAATAT 
ACAGAGTATA GTTTCCGAGT GGTGGCCTAC AATAAACATG GTCCTGGAGT CTCCACACAA 
GATGTTGCTG TTCGAACATT GTCAGATGTT CCCAGTGCTG CTCCTCAGAA TCTGTCCTTG 
GAAGTGAGAA ATTCAAAGAG TATTATGATT CACTGGCAGC CACCTGCTCC AGCCACACAA 
AATGGGCAGA TTACTGGCTA CAAGATTCGC TACCGAAAGG CCTCCCGAAA GAGTGATGTC 
ACTGAGACCT TGGTAAGCGG GACACAGCTG TCTCAGCTGA TTGAAGGTCT CGATCGGGGG 
ACTGAGTATA ATTTCCGTGT GGCTGCTCTA ACAATCAATG GTACCGGCCC GGCAACTGAC 
TGGCTGTCTG CTGAAACTTT TGAAAGTGAC CTAGATGAAA CTCGTGTTCC TGAAGTGCCT 
AGCTCTCTTC ACGTACGCCC GCTTGTCACT AGCATCGTAG TGAGCTGGAC TCCTCCGGAG 
AATCAGAACA TTGTGGTCAG AGGTTATGCC ATTGGTTATG GCATTGGCAG CCCTCATGCC 
CAGACCATCA AAGTGGACTA TAAACAGCGC TATTACACCA TTGAAAATCT GGATCCCAGC 
TCTCACTATG TGATTACCCT GAAAGCATTT AATAATGTGG GTGAAGGCAT CCCGCTGTAT 
GAGAGTGCTG TGACCAGGCC TCACACAGAC ACTTCTGAAG TTGATTTATT TGTTATTAAT 
GCTCCATACA CTCCAGTGCC AGATCCCACT CCCATGATGC CACCAGTGGG AGTTCAGGCT 
TCCATTCTGA GTCATGACAC CATAAGGATT ACGTGGGCAG ACAACTCACT GCCCAAGCAC 
CAGAAGATTA CAGACTCCCG ATACTACACC GTCCGATGGA AAACCAACAT CCCAGCAAAC 
ACCAAGTACA AGAATGCAAA TGCAACCACT CTGAGTTATT TGGTGACTGG TTTAAAACCG 
AATACACTCT ATGAATTCTC TGTGATGGTG ACCAAAGGCC GAAGATCAAG CACATGGAGT 
ATGACAGCGC ATGGGACCAC CTTTGAATTA GGTATGTGTT ATTTCTTTTC CCATTCACTC 
CTTTGGACAG GTTACATCAT ATATTACAGT ACAGATGTGA ATGCAGAGAT ACATGACTGG 
GTTATAGAGC CTGTTGTGGG AAACAGACTG ACTCACCAGA TACAAGAATT AACTCTTGAC 
ACACCATACT ACTTCAAAAT CCAGGCACGG AACTCAAAGG GCATGGGACC CATGTCTGAA 
GCTGTCCAAT TCAGAACACC TAAAGCGGAC TCCTCTGATA AAATGCCTAA TGATCAAGCC 
TCAGGGTCTG GAGGGAAAGG AAGCCGGCTG CCAGACCTAG GATCCGACTA CAAACCTCCA 
ATGAGTGGCA GTAACAGCCC TCATGGGAGC CCCACCTCTC CTCTGGACAG TAATATGCTG 
CTGGTCATAA TTGTTTCTGT TGGCGTCATC ACCATCGTGG TGGTTGTGAT TATCGCTGTC 
TTTTGCACCC GTCGTACCAC CTTTCACCAG AAAAAGAAGC GAGCTGCCTG CAAATCAGTG 
AATGGCTCTC ATAAGTACAA AGGGAATTCC AAAGATGTGA AACCTCCAGA TCTCTGGATC 
CATCATGAGA GACTGGAGCT GAAACCCATT GATAAGTCTC CAGACCCAAA CCCCATCATG 
ACTGATACTC CAATTCCTCG CAACTCTCAA GATATCACAC CAGTTGACAA CTCCATGGAC 
AGCAATATCC ATCAAAGGCG AAATTCATAC AGAGGGCATG AGTCAGAGGA CAGCATGTCT 
ACACTGGCTG GAAGGCGGGG AATGAGACCA AAAATGATGA TGCCCTTTGA CTCCCAGCCA 
CCCCAGCCTG TGATTAGTGC CCATCCCATC CATTCCCTCG ATCACCCTCA CCATCATTTC 
CACTCCAGCA GCCTCGCTTC TCCAGCTCGC AGTCATCTCT ACCACCCGGG CAGCCCATGG 
CCCATTGGCA CATCCATGTC CCTTTCAGAC AGGGCCAATT CCACAGAATC CGTTCGAAAT 
ACCCCCAGCA CTGACACCAT GCCAGCCTCC TCGTCTCAAA CATGCTGCAC TGATCACCAG 
GACCCTGAAG GTGCTACCAG CTCCTCTTAC TTGGCCAGCT CCCAAGAGGA AGATTCAGGC 
CAGAGTCTTC CCACTGCCCA TGTTCGCCCT TCCCACCCAT TGAAGAGCTT CGCCGTGCCG 
GCAGTCCCGC CTCCAGGACC TCCCACCTAT GATCCTGCGT TGCCAAGCAC ACCATTACTA 
TCCCAGCAAG CTCTGAACCA TCACATTCAC TCAGTGAAGA CAGCCTCCAT CGGGACTCTA 
GGAAGGAGCC GGCCTCCTAT GCCAGTGGTT GTTCCCAGTG CCCCTGAAGT GCAGGAGACC 
ACAAGGATGT TGGAAGACTC CGAGAGTAGC TATGAACCAG ATGAGCTGAC CAAAGAGATG 
GCCCACCTGG AAGGACTAAT GAAGGACCTA AACGCTATCA CGACAGCATG A