LOC110292019 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110292019
Entrez Gene ID	110292019
Full Name	uncharacterized LOC110292019
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021159182.1	XP_021014841.1	uncharacterized protein LOC110292019

Pathways from BioSystems
Gene Ontology

The following LOC110292019 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110292019 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
OMv22927	XM_021159182.1 Latest version!	Mus caroli uncharacterized LOC110292019 (LOC110292019), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC110292019 ( XM_021159182.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021014841.1 Mus caroli uncharacterized LOC110292019 (LOC110292019), mRNA.

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CloneID	OMv22927
Clone ID Related Accession (Same CDS sequence)	XM_021159182.1
Accession Version	XM_021159182.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5139bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	uncharacterized protein LOC110292019
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAAAAT CACCACATTT TTCAGATGTG TTAATAATGC CTGATAAACC CTTTGAAGAT 
TTAAACACAA ATAAGAAAGG GAGACCCCCC ATCGAGTTAA GGAAATCTTG GGAAAGACAT 
CCTACTGACG TTGCCTGTAG TCTCCGAAAG GTGGCTTTTG CACAAAAAGA CTACACCATA 
CCAGTTTGCA AAGCAGAAAC TACAGAATTC AAACCCAAAC ATCAGTTTCA GAAACTCAGC 
AAGAGTGGTC TTGATCCTTT TCTAAGAAAC ATAAACAGCA AAATGTCATT CAGAAAGAAG 
AAAGATCACG ATGATGGATA CAGAAATCTA AGCACGTCAA GTGTAGAGAT TTTAGAGCAT 
GAAGATCAAG ATCCTCCTTA CCCAGGACAT TCAGGGTCTG CAGGATCTGA TGCAACATGG 
GCTGAAAACC CTAGCCCTGT CACAGTCCAG ATGGTAAACA GGGACAGCTT GCCTCCTGAC 
CTGATAACAG CCACAATAGT GATTTCAGAC AGGAAGAATA AGCTGTCGCT TGATAGTGTT 
TTCAACTCAG CAAACAGTTT AAATACAAAG AGTATCTTTG CAAGTGATAA TCCTGTTGTC 
AGCCTAACAA AGCTCTCAGA TTCTGATAAT AAACTGATAA CTGATTCTAG TTTTAATACA 
ACAAAGCCTT CAAATAGGAG GCTGTCTAAG GACTCGAATT CCAGTACAAC AAAGCCTTCA 
GATAGGAAGC TGTCTAGTGA CCCTAGTTCC AGTACAACAA AGCCTTCAGA TACTAAACTG 
TTTAGTGATC CTAGTAGCAA TAAATTGTCC CAAGGTCCTA GTAGCAATGC AACACAGCTT 
TCAGGTTCTA ATAGATTATC CCATAATCCT AGTATCAATG GAAATAAATC TTCATATACT 
TCAGATCTTA ATAAGTTATC CCGTGATCCT AGTATCATTT CAACAAAGTC TTCAGATCCT 
AACAAGTTAT CCCGTGATCC TAGTATCATT TCAGCAAGGT CTTCAGATCC TAACAAGTTA 
TCCCATGATC CTAGTATCAT TTCAGCAAGG TCTTCAGATC CTAACAATTT ATCCCATCAT 
CCTAGTATCA TTTCAGCAAG GTCTTCAGAT CCTAACAAAT TATCCCGTGG TCCTAGCTTC 
ATTTCAGGAA TGTCTTCAGA TCCTGTCAAA TTATCCCATG ATCCTACTAT CATTTCAGCA 
AAGTCTTCAG ATCCTAACAA GTTATCCCGT GATCCTAGCA TCATTTCAGG AATGTCTTCG 
GATCCTAAGT TATGCCGTGA TCCTAGCTTC ATTTCAGCAA AGTCTTCAGA TCCTAACAAG 
TTATCCCGTG ATCCTAGTAT CATTTCAGCA AGGTCTTCAG ATCCTAACAA GCTGTCCCAT 
GATCCTACTA TCATTTCAGC AAAGTCTTCA GATCCTAACA AGTTATCCCA TGATCCTAGC 
ATCATTTCAG GAATGTCTTC AAATCCTAAT AAGTTATCCC ATGATCCTAG CATCATTTCA 
ATGAAGCTTT CAGATCTGAG TAAGTTGAGC CGTGAGTCTA GTATCAATGC AAGTAAGTCT 
TCAGATACTA ATCAGTTGTC ATATGATCCC AATATCATTT CAGCAAAGTC TTTAGATAGT 
AACAATAGTT CGGCAAGTAG CAGTCCTACT GTCAATTCAG ATACTACCAG CAGCGCAGCG 
GAACCTCCAG ATACTAAGAA CATGATGGAT CCTGCTGTCT CCACAACAGA CTCCTCAGAT 
AAACAGAGTA AGTTACACTG GCTCCCAAAT GTCCAAGGAG CATCACCAGT GACTGAAAAT 
GTAAACACAC ATCGCTCCTC AAACTCGGTA AATTTTACGT CTGATATTGA AATTTTAAAA 
CAGTCAATAG TACTCAAATC AATTTTAAGT AAAAATCTGC AAGACCTTTC AGATGAGTTA 
TTTTCTAAAT CAGAATTCTA CACAAATGAT GAAGGCTATT CTCCACCTCC AAGTGTGCAG 
AGCAGGCCAT CTGATAGCAC AGATGACAGA GTATTTGGAA AAGTCCAAGA TCTAAACAGC 
TGGCGTTCAT CAAAAGACCT TCTAAATTCC CAGGTTCTTT TAAGTCCTGT AGTTAAAAAT 
AGCCCTCAAG ATTTACTCCC AGAAGGTGAA CCAGGAAAAT CTTCAGACAT AGAAGATTAT 
GTCTCTGAAA AATTCTTAGA GGCTGCTGGA AGAAATTTTC CAATGAACAG AAAGAGTAGT 
TTCAAGAAAA AACATTTAGT AAGTGAAGAA TCTAGCTCTG AACATGTTTT AAGTGGTAGC 
ATATATGAGT ACGTTATCAA GCAAATATTC ACTGCACCCA TATTCTCACA ACTGGGAATA 
GGAATAAAGA GCTCAAGTGA GGCCCAGATG GACTCACAAG ATCAGTTGCT GACACCTTGG 
GAGAGAAGTG TATCTTCACA CATTATCAAC TATGAAGAAA AGGACAGTGA CGTTAACTTG 
TTACAGTCCA AATCGATCAT AAGCCAAATA ATACAGTCCT TTCCTGTAAA TACTCTGTTA 
GAATCTGGAA TAATCAAAGT GATAGAACTT GATAAAGAAC ATCAGAGCTC TTTGTTGGAC 
TCACAGACAA CCTCTTCCAC AGAGCAGTAT TCTGATAGCA GAAGCCAGAT AAAACTTCTT 
TCCAGGCAGA ATACATCTAG CATCAACCCC CTAGACTCTC CTGTGAGTGG AGCTGAATAT 
ACAGAAGACT GTCAAAGTAT ATCCACACAA GAGTCAAAAT ATCCAGTACG AGATACAAAG 
TCAGACTCAC CAACGGATAC AGAGGAGATG GAGCTAGGTT CTAATTTAGA AAGTTCAAGT 
AGCTCACTAG ATAAAGTTAA AGACACCGAC ACAGCAAAGT TAAAAAACAT CCTAAAAAAT 
ATCTTCAGTA TTTTCTTCAA ATACAATCAG TCTGAAAGAA GACAACAACC AGAAAAAGAC 
TCAGAAAGTC TAATTAAACA TTCTTCATCA AGTGGTACAG AACACTTAGA AAAAATTCAA 
GAGACTTTTA ACAAAGCAGA CAAAAAAGTA GACAGGAAAC CCATTTTGAA TCCAAAGCTG 
CGTATGTTTC TAGAGAAACT CTCAGAGACA GAAGTAAAAA ATTTGAAGTC TGAGTTAAGT 
AAACACATTC AGCATTACCT TGTTGAAAGA CTTACAGAGT CAGGCCACAT CACCAAGGAG 
GACTTACCGA CAATCTATCA CAAGCTCTAT CTGATGAATG AGAAAGTCGA GTTAAAAGAG 
CAAAGTCCCT TTCAGGAGAA ATACTCAGAA ACTGTAAAAG AAATCATGTC TTTTGTAAAC 
AATTTTAACC ATCATTTCAT AGATAAACAT CTAGAAACAA AGCTTAGAGG TTTTCTAAGT 
GAAATTCTCC AAAATTATTT CCTGAAGAAT CTTTCAGTGA GCAACTTATT CAATGAGACA 
GACGCTATGG CTCTCCATGC TGGCATGTCC CCTGTAAGAA GTAAGAGTGA GCTAGGACAA 
GACATTGCAG ATGGGAATTT TGGTTCAAGC CTTAAAATAA ACATGCAATA CCCTGTAACC 
AAATCTCTAC AAAATTATCT TCAGGATTTA TCAGAAAATG AATTATTAAG TCTAAAAACT 
GATTTGAGCA AATACCTCCA GGTCCTCTTT ATAGAAAAAC TTTATAAGTC AGGACTGGTG 
TCAGAAAGGC AGCTAAAGGG GATCAGCCAG GAAATTATCT CACTCCATTC ACCTTCCATA 
CCATTAAAAC ACATAAAAAC AAATTTACCT TTTAGAAATG AAAGTTACTT TATGAGGGAG 
GATTCAGAAG AGCAAATGAA ATATTTAAAA AATGGTCAAA ATGTGGCTTT ACACATGCTG 
CTTAACGATA AATGCGGAGA AACAGAACTG TCCAGGAAGA AAGAAAGGGA ATGCTCTTTC 
TCACAAATGT TAAAAGAAAA CCTACCAGCA ATATGGGAAC AGAAAAATAT TTATACCAGG 
GAAGAAGAAA CACTGAATAT AATACAAATG CAATCTTTCC TCAACAAAAA TAACCAAGCA 
AACGCACTAA CTAGGTCACC AGAAAGACCT TCAGACATGT CACTCAAGAA ACAGAAGAAA 
GATCATGGTT TCATGCAGTT TACTCAAGTT GAAGGTTCTG TCTACAAAAC AGAGATTCAA 
GATCCATATA GTTGGGATAG TAGATCAAAA ACAATTCAAT CCAAACCTTG CTTAGAAAAG 
ACACTGAAAA TGAAGCTACT TGACAAGAGG GAAAACCTTA ACTTTTATAA ATTGACTGCA 
CAGGAAAAAC CTGATGCAGA ATTTTCACCT TATCTAAAGC TCCCTAACTG CAAAATACCA 
AAAGAAAACG AATCCATAAG CAGGCTCTCC TTCCCTACAT GGAAGACTAA CACCTTCATT 
CATGTCAAAC CAGAGATCGG GGAGCAATCA AAATTAGACC ACTATTATCA GAGACTGAAA 
GGAAATAATA ATAACAATAA AAAACACTTG GTTACATTTG CACAATTCAA AAATGAAATG 
GAAACTCTTT ATAGAAACCC ATATGAAGCT TGCAATGAAA AACGTGCCAA GATCTCTGAA 
TCACAGTCAT TTAAATGTAA AGAAAGCGAG AAAAGCTCAA GGTCATTCTT CTTCCCAGAA 
GTATTGAAGA GAGAAAACAT GAAATCCAAA AGAAAAGAAA GAGACCACGC CACCAAACCA 
AAGAAGTCAT TTCACAAGAT AGTCAGGTTA CTACCAGCCA CACTGCCCAC GACAAGACCT 
CATCTCCGGA AGTCTGCACC ACGGAATTTA CTTCACTGGA CTGCAAGGAG AACTATACAT 
GATTGTTTGG ATAGATTCGA CGATTTACAC GCACCCTCAG TTAAATGTCC TAAAAAATCA 
AAATCAGGAG CAAGACTTTT AGGCAAGAGT CCAGATGATT CCCATAATCA GGCAAAACAC 
TGTGCACGAC CATACACTGC TCCAGAGCCT AACAAACGAC GAGAAAGTGC CGCCTGGAAA 
TTTGCAAGTC CTCGGATGGT TTCAGCGGGC TTAGTTCACT TATATGCCAC CCCAGCGTAT 
GAAATCCGTA AAGTGCGGTC CAAAAGAAAA TTAAAAGAGG ATATTGAAAA GCGTCCACTC 
ATTAGTGAGA TTATCCAGAT GCTAGACAAT GCAGAATGA

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

RefSeq	XP_021014841.1
CDS	9..5147
Translation	MEKSPHFSDVLIMPDKPFEDLNTNKKGRPPIELRKSWERHPTDVACSLRKVAFAQKDYTIPVCKAETTEFKPKHQFQKLSKSGLDPFLRNINSKMSFRKKKDHDDGYRNLSTSSVEILEHEDQDPPYPGHSGSAGSDATWAENPSPVTVQMVNRDSLPPDLITATIVISDRKNKLSLDSVFNSANSLNTKSIFASDNPVVSLTKLSDSDNKLITDSSFNTTKPSNRRLSKDSNSSTTKPSDRKLSSDPSSSTTKPSDTKLFSDPSSNKLSQGPSSNATQLSGSNRLSHNPSINGNKSSYTSDLNKLSRDPSIISTKSSDPNKLSRDPSIISARSSDPNKLSHDPSIISARSSDPNNLSHHPSIISARSSDPNKLSRGPSFISGMSSDPVKLSHDPTIISAKSSDPNKLSRDPSIISGMSSDPKLCRDPSFISAKSSDPNKLSRDPSIISARSSDPNKLSHDPTIISAKSSDPNKLSHDPSIISGMSSNPNKLSHDPSIISMKLSDLSKLSRESSINASKSSDTNQLSYDPNIISAKSLDSNNSSASSSPTVNSDTTSSAAEPPDTKNMMDPAVSTTDSSDKQSKLHWLPNVQGASPVTENVNTHRSSNSVNFTSDIEILKQSIVLKSILSKNLQDLSDELFSKSEFYTNDEGYSPPPSVQSRPSDSTDDRVFGKVQDLNSWRSSKDLLNSQVLLSPVVKNSPQDLLPEGEPGKSSDIEDYVSEKFLEAAGRNFPMNRKSSFKKKHLVSEESSSEHVLSGSIYEYVIKQIFTAPIFSQLGIGIKSSSEAQMDSQDQLLTPWERSVSSHIINYEEKDSDVNLLQSKSIISQIIQSFPVNTLLESGIIKVIELDKEHQSSLLDSQTTSSTEQYSDSRSQIKLLSRQNTSSINPLDSPVSGAEYTEDCQSISTQESKYPVRDTKSDSPTDTEEMELGSNLESSSSSLDKVKDTDTAKLKNILKNIFSIFFKYNQSERRQQPEKDSESLIKHSSSSGTEHLEKIQETFNKADKKVDRKPILNPKLRMFLEKLSETEVKNLKSELSKHIQHYLVERLTESGHITKEDLPTIYHKLYLMNEKVELKEQSPFQEKYSETVKEIMSFVNNFNHHFIDKHLETKLRGFLSEILQNYFLKNLSVSNLFNETDAMALHAGMSPVRSKSELGQDIADGNFGSSLKINMQYPVTKSLQNYLQDLSENELLSLKTDLSKYLQVLFIEKLYKSGLVSERQLKGISQEIISLHSPSIPLKHIKTNLPFRNESYFMREDSEEQMKYLKNGQNVALHMLLNDKCGETELSRKKERECSFSQMLKENLPAIWEQKNIYTREEETLNIIQMQSFLNKNNQANALTRSPERPSDMSLKKQKKDHGFMQFTQVEGSVYKTEIQDPYSWDSRSKTIQSKPCLEKTLKMKLLDKRENLNFYKLTAQEKPDAEFSPYLKLPNCKIPKENESISRLSFPTWKTNTFIHVKPEIGEQSKLDHYYQRLKGNNNNNKKHLVTFAQFKNEMETLYRNPYEACNEKRAKISESQSFKCKESEKSSRSFFFPEVLKRENMKSKRKERDHATKPKKSFHKIVRLLPATLPTTRPHLRKSAPRNLLHWTARRTIHDCLDRFDDLHAPSVKCPKKSKSGARLLGKSPDDSHNQAKHCARPYTAPEPNKRRESAAWKFASPRMVSAGLVHLYATPAYEIRKVRSKRKLKEDIEKRPLISEIIQMLDNAE

Target ORF information:

RefSeq Version	XM_021159182.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli uncharacterized LOC110292019 (LOC110292019), mRNA.

Target ORF information:

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

XM_021159182.1

ORF Insert Sequence:

ATGGAAAAAT CACCACATTT TTCAGATGTG TTAATAATGC CTGATAAACC CTTTGAAGAT 
TTAAACACAA ATAAGAAAGG GAGACCCCCC ATCGAGTTAA GGAAATCTTG GGAAAGACAT 
CCTACTGACG TTGCCTGTAG TCTCCGAAAG GTGGCTTTTG CACAAAAAGA CTACACCATA 
CCAGTTTGCA AAGCAGAAAC TACAGAATTC AAACCCAAAC ATCAGTTTCA GAAACTCAGC 
AAGAGTGGTC TTGATCCTTT TCTAAGAAAC ATAAACAGCA AAATGTCATT CAGAAAGAAG 
AAAGATCACG ATGATGGATA CAGAAATCTA AGCACGTCAA GTGTAGAGAT TTTAGAGCAT 
GAAGATCAAG ATCCTCCTTA CCCAGGACAT TCAGGGTCTG CAGGATCTGA TGCAACATGG 
GCTGAAAACC CTAGCCCTGT CACAGTCCAG ATGGTAAACA GGGACAGCTT GCCTCCTGAC 
CTGATAACAG CCACAATAGT GATTTCAGAC AGGAAGAATA AGCTGTCGCT TGATAGTGTT 
TTCAACTCAG CAAACAGTTT AAATACAAAG AGTATCTTTG CAAGTGATAA TCCTGTTGTC 
AGCCTAACAA AGCTCTCAGA TTCTGATAAT AAACTGATAA CTGATTCTAG TTTTAATACA 
ACAAAGCCTT CAAATAGGAG GCTGTCTAAG GACTCGAATT CCAGTACAAC AAAGCCTTCA 
GATAGGAAGC TGTCTAGTGA CCCTAGTTCC AGTACAACAA AGCCTTCAGA TACTAAACTG 
TTTAGTGATC CTAGTAGCAA TAAATTGTCC CAAGGTCCTA GTAGCAATGC AACACAGCTT 
TCAGGTTCTA ATAGATTATC CCATAATCCT AGTATCAATG GAAATAAATC TTCATATACT 
TCAGATCTTA ATAAGTTATC CCGTGATCCT AGTATCATTT CAACAAAGTC TTCAGATCCT 
AACAAGTTAT CCCGTGATCC TAGTATCATT TCAGCAAGGT CTTCAGATCC TAACAAGTTA 
TCCCATGATC CTAGTATCAT TTCAGCAAGG TCTTCAGATC CTAACAATTT ATCCCATCAT 
CCTAGTATCA TTTCAGCAAG GTCTTCAGAT CCTAACAAAT TATCCCGTGG TCCTAGCTTC 
ATTTCAGGAA TGTCTTCAGA TCCTGTCAAA TTATCCCATG ATCCTACTAT CATTTCAGCA 
AAGTCTTCAG ATCCTAACAA GTTATCCCGT GATCCTAGCA TCATTTCAGG AATGTCTTCG 
GATCCTAAGT TATGCCGTGA TCCTAGCTTC ATTTCAGCAA AGTCTTCAGA TCCTAACAAG 
TTATCCCGTG ATCCTAGTAT CATTTCAGCA AGGTCTTCAG ATCCTAACAA GCTGTCCCAT 
GATCCTACTA TCATTTCAGC AAAGTCTTCA GATCCTAACA AGTTATCCCA TGATCCTAGC 
ATCATTTCAG GAATGTCTTC AAATCCTAAT AAGTTATCCC ATGATCCTAG CATCATTTCA 
ATGAAGCTTT CAGATCTGAG TAAGTTGAGC CGTGAGTCTA GTATCAATGC AAGTAAGTCT 
TCAGATACTA ATCAGTTGTC ATATGATCCC AATATCATTT CAGCAAAGTC TTTAGATAGT 
AACAATAGTT CGGCAAGTAG CAGTCCTACT GTCAATTCAG ATACTACCAG CAGCGCAGCG 
GAACCTCCAG ATACTAAGAA CATGATGGAT CCTGCTGTCT CCACAACAGA CTCCTCAGAT 
AAACAGAGTA AGTTACACTG GCTCCCAAAT GTCCAAGGAG CATCACCAGT GACTGAAAAT 
GTAAACACAC ATCGCTCCTC AAACTCGGTA AATTTTACGT CTGATATTGA AATTTTAAAA 
CAGTCAATAG TACTCAAATC AATTTTAAGT AAAAATCTGC AAGACCTTTC AGATGAGTTA 
TTTTCTAAAT CAGAATTCTA CACAAATGAT GAAGGCTATT CTCCACCTCC AAGTGTGCAG 
AGCAGGCCAT CTGATAGCAC AGATGACAGA GTATTTGGAA AAGTCCAAGA TCTAAACAGC 
TGGCGTTCAT CAAAAGACCT TCTAAATTCC CAGGTTCTTT TAAGTCCTGT AGTTAAAAAT 
AGCCCTCAAG ATTTACTCCC AGAAGGTGAA CCAGGAAAAT CTTCAGACAT AGAAGATTAT 
GTCTCTGAAA AATTCTTAGA GGCTGCTGGA AGAAATTTTC CAATGAACAG AAAGAGTAGT 
TTCAAGAAAA AACATTTAGT AAGTGAAGAA TCTAGCTCTG AACATGTTTT AAGTGGTAGC 
ATATATGAGT ACGTTATCAA GCAAATATTC ACTGCACCCA TATTCTCACA ACTGGGAATA 
GGAATAAAGA GCTCAAGTGA GGCCCAGATG GACTCACAAG ATCAGTTGCT GACACCTTGG 
GAGAGAAGTG TATCTTCACA CATTATCAAC TATGAAGAAA AGGACAGTGA CGTTAACTTG 
TTACAGTCCA AATCGATCAT AAGCCAAATA ATACAGTCCT TTCCTGTAAA TACTCTGTTA 
GAATCTGGAA TAATCAAAGT GATAGAACTT GATAAAGAAC ATCAGAGCTC TTTGTTGGAC 
TCACAGACAA CCTCTTCCAC AGAGCAGTAT TCTGATAGCA GAAGCCAGAT AAAACTTCTT 
TCCAGGCAGA ATACATCTAG CATCAACCCC CTAGACTCTC CTGTGAGTGG AGCTGAATAT 
ACAGAAGACT GTCAAAGTAT ATCCACACAA GAGTCAAAAT ATCCAGTACG AGATACAAAG 
TCAGACTCAC CAACGGATAC AGAGGAGATG GAGCTAGGTT CTAATTTAGA AAGTTCAAGT 
AGCTCACTAG ATAAAGTTAA AGACACCGAC ACAGCAAAGT TAAAAAACAT CCTAAAAAAT 
ATCTTCAGTA TTTTCTTCAA ATACAATCAG TCTGAAAGAA GACAACAACC AGAAAAAGAC 
TCAGAAAGTC TAATTAAACA TTCTTCATCA AGTGGTACAG AACACTTAGA AAAAATTCAA 
GAGACTTTTA ACAAAGCAGA CAAAAAAGTA GACAGGAAAC CCATTTTGAA TCCAAAGCTG 
CGTATGTTTC TAGAGAAACT CTCAGAGACA GAAGTAAAAA ATTTGAAGTC TGAGTTAAGT 
AAACACATTC AGCATTACCT TGTTGAAAGA CTTACAGAGT CAGGCCACAT CACCAAGGAG 
GACTTACCGA CAATCTATCA CAAGCTCTAT CTGATGAATG AGAAAGTCGA GTTAAAAGAG 
CAAAGTCCCT TTCAGGAGAA ATACTCAGAA ACTGTAAAAG AAATCATGTC TTTTGTAAAC 
AATTTTAACC ATCATTTCAT AGATAAACAT CTAGAAACAA AGCTTAGAGG TTTTCTAAGT 
GAAATTCTCC AAAATTATTT CCTGAAGAAT CTTTCAGTGA GCAACTTATT CAATGAGACA 
GACGCTATGG CTCTCCATGC TGGCATGTCC CCTGTAAGAA GTAAGAGTGA GCTAGGACAA 
GACATTGCAG ATGGGAATTT TGGTTCAAGC CTTAAAATAA ACATGCAATA CCCTGTAACC 
AAATCTCTAC AAAATTATCT TCAGGATTTA TCAGAAAATG AATTATTAAG TCTAAAAACT 
GATTTGAGCA AATACCTCCA GGTCCTCTTT ATAGAAAAAC TTTATAAGTC AGGACTGGTG 
TCAGAAAGGC AGCTAAAGGG GATCAGCCAG GAAATTATCT CACTCCATTC ACCTTCCATA 
CCATTAAAAC ACATAAAAAC AAATTTACCT TTTAGAAATG AAAGTTACTT TATGAGGGAG 
GATTCAGAAG AGCAAATGAA ATATTTAAAA AATGGTCAAA ATGTGGCTTT ACACATGCTG 
CTTAACGATA AATGCGGAGA AACAGAACTG TCCAGGAAGA AAGAAAGGGA ATGCTCTTTC 
TCACAAATGT TAAAAGAAAA CCTACCAGCA ATATGGGAAC AGAAAAATAT TTATACCAGG 
GAAGAAGAAA CACTGAATAT AATACAAATG CAATCTTTCC TCAACAAAAA TAACCAAGCA 
AACGCACTAA CTAGGTCACC AGAAAGACCT TCAGACATGT CACTCAAGAA ACAGAAGAAA 
GATCATGGTT TCATGCAGTT TACTCAAGTT GAAGGTTCTG TCTACAAAAC AGAGATTCAA 
GATCCATATA GTTGGGATAG TAGATCAAAA ACAATTCAAT CCAAACCTTG CTTAGAAAAG 
ACACTGAAAA TGAAGCTACT TGACAAGAGG GAAAACCTTA ACTTTTATAA ATTGACTGCA 
CAGGAAAAAC CTGATGCAGA ATTTTCACCT TATCTAAAGC TCCCTAACTG CAAAATACCA 
AAAGAAAACG AATCCATAAG CAGGCTCTCC TTCCCTACAT GGAAGACTAA CACCTTCATT 
CATGTCAAAC CAGAGATCGG GGAGCAATCA AAATTAGACC ACTATTATCA GAGACTGAAA 
GGAAATAATA ATAACAATAA AAAACACTTG GTTACATTTG CACAATTCAA AAATGAAATG 
GAAACTCTTT ATAGAAACCC ATATGAAGCT TGCAATGAAA AACGTGCCAA GATCTCTGAA 
TCACAGTCAT TTAAATGTAA AGAAAGCGAG AAAAGCTCAA GGTCATTCTT CTTCCCAGAA 
GTATTGAAGA GAGAAAACAT GAAATCCAAA AGAAAAGAAA GAGACCACGC CACCAAACCA 
AAGAAGTCAT TTCACAAGAT AGTCAGGTTA CTACCAGCCA CACTGCCCAC GACAAGACCT 
CATCTCCGGA AGTCTGCACC ACGGAATTTA CTTCACTGGA CTGCAAGGAG AACTATACAT 
GATTGTTTGG ATAGATTCGA CGATTTACAC GCACCCTCAG TTAAATGTCC TAAAAAATCA 
AAATCAGGAG CAAGACTTTT AGGCAAGAGT CCAGATGATT CCCATAATCA GGCAAAACAC 
TGTGCACGAC CATACACTGC TCCAGAGCCT AACAAACGAC GAGAAAGTGC CGCCTGGAAA 
TTTGCAAGTC CTCGGATGGT TTCAGCGGGC TTAGTTCACT TATATGCCAC CCCAGCGTAT 
GAAATCCGTA AAGTGCGGTC CAAAAGAAAA TTAAAAGAGG ATATTGAAAA GCGTCCACTC 
ATTAGTGAGA TTATCCAGAT GCTAGACAAT GCAGAATGA