Kntc1 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Kntc1
Entrez Gene ID	110295089
Full Name	kinetochore associated 1
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021163556.1	XP_021019215.1	kinetochore-associated protein 1

Pathways from BioSystems
Gene Ontology

The following Kntc1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Kntc1 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
OMv01836	XM_021163556.1 Latest version!	Mus caroli kinetochore associated 1 (Kntc1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

Kntc1 ( XM_021163556.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021019215.1 Mus caroli kinetochore associated 1 (Kntc1), mRNA.

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CloneID	OMv01836
Clone ID Related Accession (Same CDS sequence)	XM_021163556.1
Accession Version	XM_021163556.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6630bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	kinetochore-associated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034574.1) 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 Name :: Mus caroli 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##

ATGTGGAACA ATATTGAGCT GCTAACAAAC GATGACACTG GAAGTGGATG CCTGAGTGTT 
GGCTCAAGAA AAGAAAATGT GACTGCATTG TACCAGGCCG ACTTGCTTGG GAAGATCTCC 
TCTGAGAAGA CCTCACTGAG TCCGAAGATC CAAGCATTCA GCTTAAGCCA TGGATTTATA 
ATCGTTGCAG ACCAGTCAGT GATATTGCTT GACAGTATAT GCAGATCACT CCAGTTGTTT 
CTTATCTTTG ATACTGACGT GGATGTGGTC GGCCTGTGTC AAGAAGGAAA GTTTCTCTTT 
GTGGGGGAGA GAAGTGGCAA CTTCCACCTT ATCTACGTCA CATCGAAGCA AACGCTGTTC 
ACCAAGGCTT TTGTGGAGAA AGCTTTGGAC GAGCGTCAGC GAACATACCA GAATCTCATT 
ATTGAGAAAG ATGGTTCAAA TGAAGGTACC TATTATATGT TGCTTCTAAC GAACAATGGA 
TTTTTTTATA TTACAAACCT CCAGCTTTCA CAAATTGAAC AGGCCATTGA GAATACAGAC 
TTGGATTCAG CCAAGAAGTT ACAAGGACAA TTCAAATGTA ATTTTATTTC TACTGAAAAT 
TACCACAGTT TTGGTTGTCT CAGTCTTGTG GCATCTCAAT CTGGAACATT TGCAAGTAAA 
ACTTCTGTGA TAATTGGGGG AACTGGTAGT TGTGCATTCT CAAAATGGGA ACCCGATTCT 
ACCAAGAACG AAATGTCTCT TAAGAACTTT GTGGGCACAG ACATTATTAA AGGTGCAAAG 
TCCTTTCAGC TGGTCGACAG CCTACTTTTT GTGCTGGATA CTGATAATGT GCTGAGCTTG 
TGGGATGTTT ACACTCTCAC TCCTGTGTGG AACTGGCCCT CTCTTCCCAT AGAGCAGTTT 
GTCCTCACGA CAGAAGCGGA TTCTCCCTCA TCCGTTACCT GGCAAGGAAT TACAAATCTC 
AAATTAGTCA CCCTGACAGC AACAACGAAG GAGAAGATGA GAAGCCTCAT CATTTACTCT 
CTGCCTTCGA TGGAAACACT GTACTCCTTG GAAGTATCTA GTGTTTCTTC TTTAGTCCAA 
ACAGGAATCA GCACGGACAC TATATATCTT CTGGAAGGAA TTCACAAAAA TGATCCTAAC 
CTATGTGAAG ACTCTGTGTC TGACTTAGTA CTTAGGTACC TCACAGAGGT GTTACCAGAA 
AACAGACTGA GCCGGTTACT TCACAAGCAC AGATTTGCCG AAGCCGAGAG CTTTGCCATT 
CAGTTCGGAC TGGATGTTGA GCTTGTTTAT AAGGTCAAAT CAAATGATAT GTTGGAGAAG 
CTGGCTTTGA TTTCCTCGGA CAAGAGTGAA CAGTCCAAAT GGCAGCAACT TGTAGATGAA 
GCTAAAGAAA ACCTATGCAA AATCCAGGAT GATGACTTCG TGGTGAATTT CTGCCTCAAG 
GCCCAATGGG TAACCTATGA AACCACGCAG GAAATGCTCA GTTATGCCAA AACCAGGCTC 
ATGAAGAAAG AAGACAGAAC TCTACCTGCC TCTTCTGATG CCTTCATGGA GGTGCTAAAA 
GCTCATGCAA AGTTAACTAC ATTTTATGGA GCTTTTGGAC CAGAAAAATT CAGTGGTAGC 
TCTTGGATTG AGTTCCTGAA TAACGAAGAT GACCTCAGGG ATGTTTTTTT GCAGCTAAGT 
GAAGGAAACT TCGCTTGTGC TCAGTATCTT TGGCTTAGAC ATCGGGCTGA CTTTGAAAGC 
AAGTTCGACG TGAAAATGCT GGAGAATTTG CTGAATTCAA TATCTACACC ATTCCCCTTG 
GAAAACCTTT GTTCCTGGTT TAAAAATGAA GTGATCCCTT TTGTGAGGAG GATTGTGCCT 
GAAGGACAAA ACATTCTTGC AAAATGGCTG GAACAAGCAT CAAGGAACCT AGAGTTAACT 
GATAAGGCAA ACTGGCCAGA AAATGGACTT CAGCTGGCAG AGGTGTTCTT CACTGCAGAA 
AAAACAGACC GGTTTGGATT CGCATCTTCT TGGCACTGGA TTTCCTTGGA TTATCAAAAC 
ACAGAGGAAG TCTGCCAGTT ACGGACCCTG GTGAGCAAGT TGCAGGAGCT AATCATTCTG 
CACAGGAAGT ACAGCTGCAA GCTGGCCCTC GAGGACTTTG AGAAGGAAAA TGCCACCACT 
GTGGTGTTCC GCATGTTCGA CAGGGTCTCG GCCCCAGAGC TGATCCCTTC CGTCTTAGAG 
AAGTTTGTGA GAGTTTACAT TCGCGAACAG AATCTGCAGG AGGAGGAGCT ACTGCTGCTC 
TATATAGAGG ACTTACTGAA GAGGTGTAGC TCAAAGTCAA TGACTCTCTT CGACACAGCG 
TGGGAAGCAA AGGCCATGGC CGTGATAAGA TGCTTGTCTG ACACAGATCT CATCTTTGAT 
GCTGTGCTGA AGATAATGTA CAAGGCGGTG GTTCCCTGGA GTGCAGCCGT GGAGCAGCTG 
GTGAAACAGC ACCTGGAAAT GGACCACCCC AAAGTCAAGT TATTGCAGGA AAGCTACAAA 
CTGATGGAGA TGAAGAAACT TTTGCGAGGG TATGGGATAA GAGAGGTGAA TCTCCTGAAC 
AAGGAAATAA TGAGAGTGAT CCGATACATT CTAAAGCAAG ACGTCCCGTC TTCTTTAGAA 
GACGCTCTGA AGGTGGCCCA GGGGTACAGG CTGTCTGATG ACGAAATCTA CAGTCTGAGA 
ATCATCGATC TGATTGACAG GGAGCAGGGG AGAGATTGCC TCCTGCTACT GAAGTCTCTG 
CCTGCCGCTG AAGCCGAGAA GACTGCAGAA AGGGTTAGCA TCTGGGCTCG ACTGGCACTG 
CAGGAGGAGC CTGACGGCTC TGAGGAGGAC AAGGCCTGGA GAATATCTGT GGCGAAGACA 
TCAGTGGATA TTCTCAAGAT CCTGTGTGAT ATTCGAAAAG ACAATCTGCA GAAGAAGGAT 
GAATCTGAAG AATTCCTGAA GCGATTTCAA ATGGTTGCTA GTTTGCAGGA GAACTTTGAG 
GTCTTCCTTC CGTTTGAAGA CTACAGCAAT ACCGCCTTGG TAGCTGGCCT TCGAGAACAG 
TATATTAAGG CACAGGAAGC TGCCCAGGCT GAGCACAAAC ACAGGGGACC CCCCGGGCCC 
ACCCTGGCCA AGGGGACACA CCTGAGCATC AAGTCAAAGC TGCACCGACA GGCACTGGCC 
CTGCAGGTGT CTGAACAGGA GCTGGAGGCA GAGCTGACCT TGAGAGCCTT AAAGGACGGG 
AAGGTGGTGG CCGCCCTGAG CAAATGCAGA GATTTACTTA AGCATTACTG CAATGCCGAC 
ACTGGGAGAT TACTGTTTGT GGTGTGTCAG AAGCTCTGTC AGATGTTGGC TGACGATGTT 
CCAATGGTGG CCCCAGGAGG ACTCAGCCTT CCTTCTGAGA TCCATGACCT CGCATGCCAT 
GCTGTCACCA TCTGCAGTCC AGATTATTTG CTGGATGTTT TAGAACTAAG TAAATACACT 
TTAACTGCTG TGGAGCTTTG CAGACAATGC CAGATGGATG ACTGTGGAAT GCTGATGAAG 
GCCGCTCTTG GAACTCACAA GGATCCCTAT GAAGAGTGGT CCTTTAGTGA CTTCTTCAGT 
GAAGATGGAA TTGTTCTCGA GTCCCAGGTG GTGCTGCCTG TCATCTATGA ATTGATCTCA 
TCAGTGATGC CCCCTGCAGA AAGCAAAAGA CATCCTTTGG ATTCTATAAG TTTGCCATAC 
TGCTCCACTA GTGAAGGAGA AAACCGTATT CTCCCTCTTG TAAGCTCCAT CTCTGCTCTG 
CTCCGGAGCC TCCAGGAATC TAGTCAGTGG GAGCTAGCCC TGAGGTTCGT GGTGGGCTCC 
TTTGGTACCT GCCTGCAGCA CTCTATGTCA AACGTCATGA GTATCAGCTT GAGTAAAAAG 
TTACTTGGCA AGAACACATT GGCGAACTCC AGGCATATCA TTATGGAATT GAAAGAGAAG 
TCCATCACAT TTATCAGAGA AAATGCTACG ACACTTCTGC ATAAAGTGTT TAACTGTCGT 
GTGGTGGATC TGGACCTCGC CTTGGCTTAC TGCACTCTCT TACCTCAAAA GGATGTGTTC 
GACAACCTCT GGAAGTTCAT AGATAAAGCG TGGCAGAATT ACGACAAAAT TCTGGCATTA 
TCTTTGGTGG GCTCTCAGCT GGCAAATCTC TACCAGGATA TTGAAACAGG ACTTCGGTTC 
CATGAGCTCA GTATTGATGC CAAGTGGGGT ATTCGTCTTG GTAAACTTGG TATTTCTTTT 
CAGCCTGCTT TTAGACAAAA TTTTCTCACC AAGAAAGACC TTATTAAAGC TCTTGTGAAT 
AACATAGACA TGGACACCAG CCTCATTCTG GAGTATTGCA GCACATTTCA GCTGGACTCT 
GACGCTGCCC TTCGGCTGTT CATTGAAACT CTGCTCCACA ACACTAGCAG CCAGAGCCAG 
GGAGATGCTG CCCTGGAGTC CACAAAGGAT CAGCATTCCA AACTCCTGGC GAAAGCCACT 
GAGATGGTCC CTTTACTGAA GAACACAAAG GATCTGGTGA TCAGTCTAAG TGAGGTCCTC 
TATAAGCTGG ACCCATATGA TTATGAAATG ATTGAAGTTG TCCTGAAAGT TTTAGAACAA 
GCTAATGAAA AGATAACCAG TGTGAACATC AATCAGGCTC TGAATCTTCT GAAACACTTG 
AAGTCATACA AAAGAATCTC CCCACCAGTG GACCACGAAT ACCAGTACTC GCTGGAGCAC 
ATGATCACTC TGCCGCCCGC TGCTCACACT AGACTGCCCT TTCACCTAAT ACTGTTTGGC 
ACAGCACAGA ACTTCTGGAA AATTCTCTCC TCAGAGCTCA GCGAAGAGTC ACTGCCAACC 
CTGCTCTTAA TCGCGAAGCT CATGAAGTTC TCCCTAGATA CTCTCTATGT GTCTACCGCC 
AAACACTTGT TTGAAAAAAA CCTGAAGCCA AAGCTCCTGA AGTCAGCACA AGCCAGGTCC 
TCCACCCTGA TGAGCAAGGA AGTGGACAAG CTCATGCAGA CGCTGGAGTC GTACCTCCTG 
TCCATCGTCA ACCCTGAGTG GGCCGTTGCC ATTGCCATCA GCCTCACCCA GGAAGTCCCA 
GAAGGCCCCT TCAAGATGTC TAGTTTGAAG TTCTGCCTGT ATTTAGCTGA GCGGTGGCTA 
CAAAACATCC CACCTCAGGA TGAGACGTGT GAAAAGGCCA AGGCCTTGCA GAAGAAGCTC 
TGCCTCCAGG TCCGGCTCTC AGGAACAGAA GCCGTGCTCA TAGCCCACAA GCTGAACGAT 
CAGGAATATT TAAGAGTGAT AGGGAAGCCA GCGCACCTCA TCGTGAGCCT CTACGAACAT 
CCCAGCATAA GCGAAAGGCT TTGTACCACA TCTGGCAAAG ATCATCCCGA TATCCATGCA 
GCCGCTAAAG AAATAGCCGA AGTCAATGAA GTTAATTTGG AAAAAATCTG GGACATGTTG 
TTGGAGAAAT GGCTGTGCCC CTCAACGGTG CCCAGTGAGA AAGCATCGGA GTTCTTTGAG 
TTGGAAGAGG ATGAAGTGCT GCATAGAGTC GTGTATCTCC TCCAGGCTCG CCCTGTTGAT 
TATTGTTCGA GAATGCTGTT TGTATTCGCC ACTTCAGCTA CAAGTATGCT GGGCATGCGC 
CAGCTAACGT TTGCCCACAA AGCACGAGCT CTGCAGTGTC TCCTCTATTT GGCTGACAAG 
GAAACAATAG AATCTCTCTT CAAAAAGCCC ATTAAAGAAA TGAAATCCTA TCTGAAATGT 
ATAACTTTCC TGGCATCATT TGAGACGTTG AATATTCCCA TCACGTATGA ATTATTCTGC 
AACAGTCCCA AAGAAGGCAT GATTAAGGGC TTGTGGAAGA ACCACAGCCA CGAACCTATG 
GCGGTACGAT TGGTGGCAGA GCTTTGCTTA GAATACAAAA TCTACGACCT GCAGCTTTGG 
AATGGGCTCT TGCAGAAGCT TCTGGGCTTC AACATGATTC CTTACCTGAG GAAAGTGTTA 
TCCTGCATTT CTAGCATCCA TTCGTTATGG CAGGTGCCCT ACTTCAGCAA AGCTTGGCAG 
CGTGTGATCC AGATCCCTCT GCTCTCAGCT TCCTGTCCTT TAAGACCCAG TCAGTTAGCA 
GACTGCTGTG ACAGTCTCGT CGCTATCCTT GAATGTCCAG TTTCAGATGA CCTGGACCTG 
ATGGGAGTCG CCAAGCAGTA CGTCCAGTTA GACCTTCCTG CTTTTGCTCT GACCTGCCTG 
ATGCTCATGC CCCACTCTGA AAAAAGACAC CAGCAGATCA AGAATTTTCT GAATTCCTGT 
GATGCTCAGA TCATTTTACA GCAGTTAGAA GAACATATGA ACACTGGCCA GCTAGCAGGG 
TTTTCACATC AGATTAGAAG TCTGGTTCTG AATCATGTTG TAAATAAGAA GGAATTTGGG 
ATCTTGGCAA AGACAAAGTA CTTTCAGTTG TTGAAATGCC ATGTGATAAA CACCGGCAAC 
GTCACTGAAT TGGTAAACTA TTTGGCAAAT GACTTCAGTG TAGATGAAGC ATCAGCGTTG 
ATAAATGAGT ATTCAAAGCA TTGTGGGAAG CCTGTGCCAG CAGATGCAGC TCCCTGTGAG 
ATCCTGCAGA CATTTCTTGG TGGATCGTAG

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

RefSeq	XP_021019215.1
CDS	146..6775
Translation	MWNNIELLTNDDTGSGCLSVGSRKENVTALYQADLLGKISSEKTSLSPKIQAFSLSHGFIIVADQSVILLDSICRSLQLFLIFDTDVDVVGLCQEGKFLFVGERSGNFHLIYVTSKQTLFTKAFVEKALDERQRTYQNLIIEKDGSNEGTYYMLLLTNNGFFYITNLQLSQIEQAIENTDLDSAKKLQGQFKCNFISTENYHSFGCLSLVASQSGTFASKTSVIIGGTGSCAFSKWEPDSTKNEMSLKNFVGTDIIKGAKSFQLVDSLLFVLDTDNVLSLWDVYTLTPVWNWPSLPIEQFVLTTEADSPSSVTWQGITNLKLVTLTATTKEKMRSLIIYSLPSMETLYSLEVSSVSSLVQTGISTDTIYLLEGIHKNDPNLCEDSVSDLVLRYLTEVLPENRLSRLLHKHRFAEAESFAIQFGLDVELVYKVKSNDMLEKLALISSDKSEQSKWQQLVDEAKENLCKIQDDDFVVNFCLKAQWVTYETTQEMLSYAKTRLMKKEDRTLPASSDAFMEVLKAHAKLTTFYGAFGPEKFSGSSWIEFLNNEDDLRDVFLQLSEGNFACAQYLWLRHRADFESKFDVKMLENLLNSISTPFPLENLCSWFKNEVIPFVRRIVPEGQNILAKWLEQASRNLELTDKANWPENGLQLAEVFFTAEKTDRFGFASSWHWISLDYQNTEEVCQLRTLVSKLQELIILHRKYSCKLALEDFEKENATTVVFRMFDRVSAPELIPSVLEKFVRVYIREQNLQEEELLLLYIEDLLKRCSSKSMTLFDTAWEAKAMAVIRCLSDTDLIFDAVLKIMYKAVVPWSAAVEQLVKQHLEMDHPKVKLLQESYKLMEMKKLLRGYGIREVNLLNKEIMRVIRYILKQDVPSSLEDALKVAQGYRLSDDEIYSLRIIDLIDREQGRDCLLLLKSLPAAEAEKTAERVSIWARLALQEEPDGSEEDKAWRISVAKTSVDILKILCDIRKDNLQKKDESEEFLKRFQMVASLQENFEVFLPFEDYSNTALVAGLREQYIKAQEAAQAEHKHRGPPGPTLAKGTHLSIKSKLHRQALALQVSEQELEAELTLRALKDGKVVAALSKCRDLLKHYCNADTGRLLFVVCQKLCQMLADDVPMVAPGGLSLPSEIHDLACHAVTICSPDYLLDVLELSKYTLTAVELCRQCQMDDCGMLMKAALGTHKDPYEEWSFSDFFSEDGIVLESQVVLPVIYELISSVMPPAESKRHPLDSISLPYCSTSEGENRILPLVSSISALLRSLQESSQWELALRFVVGSFGTCLQHSMSNVMSISLSKKLLGKNTLANSRHIIMELKEKSITFIRENATTLLHKVFNCRVVDLDLALAYCTLLPQKDVFDNLWKFIDKAWQNYDKILALSLVGSQLANLYQDIETGLRFHELSIDAKWGIRLGKLGISFQPAFRQNFLTKKDLIKALVNNIDMDTSLILEYCSTFQLDSDAALRLFIETLLHNTSSQSQGDAALESTKDQHSKLLAKATEMVPLLKNTKDLVISLSEVLYKLDPYDYEMIEVVLKVLEQANEKITSVNINQALNLLKHLKSYKRISPPVDHEYQYSLEHMITLPPAAHTRLPFHLILFGTAQNFWKILSSELSEESLPTLLLIAKLMKFSLDTLYVSTAKHLFEKNLKPKLLKSAQARSSTLMSKEVDKLMQTLESYLLSIVNPEWAVAIAISLTQEVPEGPFKMSSLKFCLYLAERWLQNIPPQDETCEKAKALQKKLCLQVRLSGTEAVLIAHKLNDQEYLRVIGKPAHLIVSLYEHPSISERLCTTSGKDHPDIHAAAKEIAEVNEVNLEKIWDMLLEKWLCPSTVPSEKASEFFELEEDEVLHRVVYLLQARPVDYCSRMLFVFATSATSMLGMRQLTFAHKARALQCLLYLADKETIESLFKKPIKEMKSYLKCITFLASFETLNIPITYELFCNSPKEGMIKGLWKNHSHEPMAVRLVAELCLEYKIYDLQLWNGLLQKLLGFNMIPYLRKVLSCISSIHSLWQVPYFSKAWQRVIQIPLLSASCPLRPSQLADCCDSLVAILECPVSDDLDLMGVAKQYVQLDLPAFALTCLMLMPHSEKRHQQIKNFLNSCDAQIILQQLEEHMNTGQLAGFSHQIRSLVLNHVVNKKEFGILAKTKYFQLLKCHVINTGNVTELVNYLANDFSVDEASALINEYSKHCGKPVPADAAPCEILQTFLGGS

Target ORF information:

RefSeq Version	XM_021163556.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli kinetochore associated 1 (Kntc1), mRNA.

Target ORF information:

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

XM_021163556.1

ORF Insert Sequence:

ATGTGGAACA ATATTGAGCT GCTAACAAAC GATGACACTG GAAGTGGATG CCTGAGTGTT 
GGCTCAAGAA AAGAAAATGT GACTGCATTG TACCAGGCCG ACTTGCTTGG GAAGATCTCC 
TCTGAGAAGA CCTCACTGAG TCCGAAGATC CAAGCATTCA GCTTAAGCCA TGGATTTATA 
ATCGTTGCAG ACCAGTCAGT GATATTGCTT GACAGTATAT GCAGATCACT CCAGTTGTTT 
CTTATCTTTG ATACTGACGT GGATGTGGTC GGCCTGTGTC AAGAAGGAAA GTTTCTCTTT 
GTGGGGGAGA GAAGTGGCAA CTTCCACCTT ATCTACGTCA CATCGAAGCA AACGCTGTTC 
ACCAAGGCTT TTGTGGAGAA AGCTTTGGAC GAGCGTCAGC GAACATACCA GAATCTCATT 
ATTGAGAAAG ATGGTTCAAA TGAAGGTACC TATTATATGT TGCTTCTAAC GAACAATGGA 
TTTTTTTATA TTACAAACCT CCAGCTTTCA CAAATTGAAC AGGCCATTGA GAATACAGAC 
TTGGATTCAG CCAAGAAGTT ACAAGGACAA TTCAAATGTA ATTTTATTTC TACTGAAAAT 
TACCACAGTT TTGGTTGTCT CAGTCTTGTG GCATCTCAAT CTGGAACATT TGCAAGTAAA 
ACTTCTGTGA TAATTGGGGG AACTGGTAGT TGTGCATTCT CAAAATGGGA ACCCGATTCT 
ACCAAGAACG AAATGTCTCT TAAGAACTTT GTGGGCACAG ACATTATTAA AGGTGCAAAG 
TCCTTTCAGC TGGTCGACAG CCTACTTTTT GTGCTGGATA CTGATAATGT GCTGAGCTTG 
TGGGATGTTT ACACTCTCAC TCCTGTGTGG AACTGGCCCT CTCTTCCCAT AGAGCAGTTT 
GTCCTCACGA CAGAAGCGGA TTCTCCCTCA TCCGTTACCT GGCAAGGAAT TACAAATCTC 
AAATTAGTCA CCCTGACAGC AACAACGAAG GAGAAGATGA GAAGCCTCAT CATTTACTCT 
CTGCCTTCGA TGGAAACACT GTACTCCTTG GAAGTATCTA GTGTTTCTTC TTTAGTCCAA 
ACAGGAATCA GCACGGACAC TATATATCTT CTGGAAGGAA TTCACAAAAA TGATCCTAAC 
CTATGTGAAG ACTCTGTGTC TGACTTAGTA CTTAGGTACC TCACAGAGGT GTTACCAGAA 
AACAGACTGA GCCGGTTACT TCACAAGCAC AGATTTGCCG AAGCCGAGAG CTTTGCCATT 
CAGTTCGGAC TGGATGTTGA GCTTGTTTAT AAGGTCAAAT CAAATGATAT GTTGGAGAAG 
CTGGCTTTGA TTTCCTCGGA CAAGAGTGAA CAGTCCAAAT GGCAGCAACT TGTAGATGAA 
GCTAAAGAAA ACCTATGCAA AATCCAGGAT GATGACTTCG TGGTGAATTT CTGCCTCAAG 
GCCCAATGGG TAACCTATGA AACCACGCAG GAAATGCTCA GTTATGCCAA AACCAGGCTC 
ATGAAGAAAG AAGACAGAAC TCTACCTGCC TCTTCTGATG CCTTCATGGA GGTGCTAAAA 
GCTCATGCAA AGTTAACTAC ATTTTATGGA GCTTTTGGAC CAGAAAAATT CAGTGGTAGC 
TCTTGGATTG AGTTCCTGAA TAACGAAGAT GACCTCAGGG ATGTTTTTTT GCAGCTAAGT 
GAAGGAAACT TCGCTTGTGC TCAGTATCTT TGGCTTAGAC ATCGGGCTGA CTTTGAAAGC 
AAGTTCGACG TGAAAATGCT GGAGAATTTG CTGAATTCAA TATCTACACC ATTCCCCTTG 
GAAAACCTTT GTTCCTGGTT TAAAAATGAA GTGATCCCTT TTGTGAGGAG GATTGTGCCT 
GAAGGACAAA ACATTCTTGC AAAATGGCTG GAACAAGCAT CAAGGAACCT AGAGTTAACT 
GATAAGGCAA ACTGGCCAGA AAATGGACTT CAGCTGGCAG AGGTGTTCTT CACTGCAGAA 
AAAACAGACC GGTTTGGATT CGCATCTTCT TGGCACTGGA TTTCCTTGGA TTATCAAAAC 
ACAGAGGAAG TCTGCCAGTT ACGGACCCTG GTGAGCAAGT TGCAGGAGCT AATCATTCTG 
CACAGGAAGT ACAGCTGCAA GCTGGCCCTC GAGGACTTTG AGAAGGAAAA TGCCACCACT 
GTGGTGTTCC GCATGTTCGA CAGGGTCTCG GCCCCAGAGC TGATCCCTTC CGTCTTAGAG 
AAGTTTGTGA GAGTTTACAT TCGCGAACAG AATCTGCAGG AGGAGGAGCT ACTGCTGCTC 
TATATAGAGG ACTTACTGAA GAGGTGTAGC TCAAAGTCAA TGACTCTCTT CGACACAGCG 
TGGGAAGCAA AGGCCATGGC CGTGATAAGA TGCTTGTCTG ACACAGATCT CATCTTTGAT 
GCTGTGCTGA AGATAATGTA CAAGGCGGTG GTTCCCTGGA GTGCAGCCGT GGAGCAGCTG 
GTGAAACAGC ACCTGGAAAT GGACCACCCC AAAGTCAAGT TATTGCAGGA AAGCTACAAA 
CTGATGGAGA TGAAGAAACT TTTGCGAGGG TATGGGATAA GAGAGGTGAA TCTCCTGAAC 
AAGGAAATAA TGAGAGTGAT CCGATACATT CTAAAGCAAG ACGTCCCGTC TTCTTTAGAA 
GACGCTCTGA AGGTGGCCCA GGGGTACAGG CTGTCTGATG ACGAAATCTA CAGTCTGAGA 
ATCATCGATC TGATTGACAG GGAGCAGGGG AGAGATTGCC TCCTGCTACT GAAGTCTCTG 
CCTGCCGCTG AAGCCGAGAA GACTGCAGAA AGGGTTAGCA TCTGGGCTCG ACTGGCACTG 
CAGGAGGAGC CTGACGGCTC TGAGGAGGAC AAGGCCTGGA GAATATCTGT GGCGAAGACA 
TCAGTGGATA TTCTCAAGAT CCTGTGTGAT ATTCGAAAAG ACAATCTGCA GAAGAAGGAT 
GAATCTGAAG AATTCCTGAA GCGATTTCAA ATGGTTGCTA GTTTGCAGGA GAACTTTGAG 
GTCTTCCTTC CGTTTGAAGA CTACAGCAAT ACCGCCTTGG TAGCTGGCCT TCGAGAACAG 
TATATTAAGG CACAGGAAGC TGCCCAGGCT GAGCACAAAC ACAGGGGACC CCCCGGGCCC 
ACCCTGGCCA AGGGGACACA CCTGAGCATC AAGTCAAAGC TGCACCGACA GGCACTGGCC 
CTGCAGGTGT CTGAACAGGA GCTGGAGGCA GAGCTGACCT TGAGAGCCTT AAAGGACGGG 
AAGGTGGTGG CCGCCCTGAG CAAATGCAGA GATTTACTTA AGCATTACTG CAATGCCGAC 
ACTGGGAGAT TACTGTTTGT GGTGTGTCAG AAGCTCTGTC AGATGTTGGC TGACGATGTT 
CCAATGGTGG CCCCAGGAGG ACTCAGCCTT CCTTCTGAGA TCCATGACCT CGCATGCCAT 
GCTGTCACCA TCTGCAGTCC AGATTATTTG CTGGATGTTT TAGAACTAAG TAAATACACT 
TTAACTGCTG TGGAGCTTTG CAGACAATGC CAGATGGATG ACTGTGGAAT GCTGATGAAG 
GCCGCTCTTG GAACTCACAA GGATCCCTAT GAAGAGTGGT CCTTTAGTGA CTTCTTCAGT 
GAAGATGGAA TTGTTCTCGA GTCCCAGGTG GTGCTGCCTG TCATCTATGA ATTGATCTCA 
TCAGTGATGC CCCCTGCAGA AAGCAAAAGA CATCCTTTGG ATTCTATAAG TTTGCCATAC 
TGCTCCACTA GTGAAGGAGA AAACCGTATT CTCCCTCTTG TAAGCTCCAT CTCTGCTCTG 
CTCCGGAGCC TCCAGGAATC TAGTCAGTGG GAGCTAGCCC TGAGGTTCGT GGTGGGCTCC 
TTTGGTACCT GCCTGCAGCA CTCTATGTCA AACGTCATGA GTATCAGCTT GAGTAAAAAG 
TTACTTGGCA AGAACACATT GGCGAACTCC AGGCATATCA TTATGGAATT GAAAGAGAAG 
TCCATCACAT TTATCAGAGA AAATGCTACG ACACTTCTGC ATAAAGTGTT TAACTGTCGT 
GTGGTGGATC TGGACCTCGC CTTGGCTTAC TGCACTCTCT TACCTCAAAA GGATGTGTTC 
GACAACCTCT GGAAGTTCAT AGATAAAGCG TGGCAGAATT ACGACAAAAT TCTGGCATTA 
TCTTTGGTGG GCTCTCAGCT GGCAAATCTC TACCAGGATA TTGAAACAGG ACTTCGGTTC 
CATGAGCTCA GTATTGATGC CAAGTGGGGT ATTCGTCTTG GTAAACTTGG TATTTCTTTT 
CAGCCTGCTT TTAGACAAAA TTTTCTCACC AAGAAAGACC TTATTAAAGC TCTTGTGAAT 
AACATAGACA TGGACACCAG CCTCATTCTG GAGTATTGCA GCACATTTCA GCTGGACTCT 
GACGCTGCCC TTCGGCTGTT CATTGAAACT CTGCTCCACA ACACTAGCAG CCAGAGCCAG 
GGAGATGCTG CCCTGGAGTC CACAAAGGAT CAGCATTCCA AACTCCTGGC GAAAGCCACT 
GAGATGGTCC CTTTACTGAA GAACACAAAG GATCTGGTGA TCAGTCTAAG TGAGGTCCTC 
TATAAGCTGG ACCCATATGA TTATGAAATG ATTGAAGTTG TCCTGAAAGT TTTAGAACAA 
GCTAATGAAA AGATAACCAG TGTGAACATC AATCAGGCTC TGAATCTTCT GAAACACTTG 
AAGTCATACA AAAGAATCTC CCCACCAGTG GACCACGAAT ACCAGTACTC GCTGGAGCAC 
ATGATCACTC TGCCGCCCGC TGCTCACACT AGACTGCCCT TTCACCTAAT ACTGTTTGGC 
ACAGCACAGA ACTTCTGGAA AATTCTCTCC TCAGAGCTCA GCGAAGAGTC ACTGCCAACC 
CTGCTCTTAA TCGCGAAGCT CATGAAGTTC TCCCTAGATA CTCTCTATGT GTCTACCGCC 
AAACACTTGT TTGAAAAAAA CCTGAAGCCA AAGCTCCTGA AGTCAGCACA AGCCAGGTCC 
TCCACCCTGA TGAGCAAGGA AGTGGACAAG CTCATGCAGA CGCTGGAGTC GTACCTCCTG 
TCCATCGTCA ACCCTGAGTG GGCCGTTGCC ATTGCCATCA GCCTCACCCA GGAAGTCCCA 
GAAGGCCCCT TCAAGATGTC TAGTTTGAAG TTCTGCCTGT ATTTAGCTGA GCGGTGGCTA 
CAAAACATCC CACCTCAGGA TGAGACGTGT GAAAAGGCCA AGGCCTTGCA GAAGAAGCTC 
TGCCTCCAGG TCCGGCTCTC AGGAACAGAA GCCGTGCTCA TAGCCCACAA GCTGAACGAT 
CAGGAATATT TAAGAGTGAT AGGGAAGCCA GCGCACCTCA TCGTGAGCCT CTACGAACAT 
CCCAGCATAA GCGAAAGGCT TTGTACCACA TCTGGCAAAG ATCATCCCGA TATCCATGCA 
GCCGCTAAAG AAATAGCCGA AGTCAATGAA GTTAATTTGG AAAAAATCTG GGACATGTTG 
TTGGAGAAAT GGCTGTGCCC CTCAACGGTG CCCAGTGAGA AAGCATCGGA GTTCTTTGAG 
TTGGAAGAGG ATGAAGTGCT GCATAGAGTC GTGTATCTCC TCCAGGCTCG CCCTGTTGAT 
TATTGTTCGA GAATGCTGTT TGTATTCGCC ACTTCAGCTA CAAGTATGCT GGGCATGCGC 
CAGCTAACGT TTGCCCACAA AGCACGAGCT CTGCAGTGTC TCCTCTATTT GGCTGACAAG 
GAAACAATAG AATCTCTCTT CAAAAAGCCC ATTAAAGAAA TGAAATCCTA TCTGAAATGT 
ATAACTTTCC TGGCATCATT TGAGACGTTG AATATTCCCA TCACGTATGA ATTATTCTGC 
AACAGTCCCA AAGAAGGCAT GATTAAGGGC TTGTGGAAGA ACCACAGCCA CGAACCTATG 
GCGGTACGAT TGGTGGCAGA GCTTTGCTTA GAATACAAAA TCTACGACCT GCAGCTTTGG 
AATGGGCTCT TGCAGAAGCT TCTGGGCTTC AACATGATTC CTTACCTGAG GAAAGTGTTA 
TCCTGCATTT CTAGCATCCA TTCGTTATGG CAGGTGCCCT ACTTCAGCAA AGCTTGGCAG 
CGTGTGATCC AGATCCCTCT GCTCTCAGCT TCCTGTCCTT TAAGACCCAG TCAGTTAGCA 
GACTGCTGTG ACAGTCTCGT CGCTATCCTT GAATGTCCAG TTTCAGATGA CCTGGACCTG 
ATGGGAGTCG CCAAGCAGTA CGTCCAGTTA GACCTTCCTG CTTTTGCTCT GACCTGCCTG 
ATGCTCATGC CCCACTCTGA AAAAAGACAC CAGCAGATCA AGAATTTTCT GAATTCCTGT 
GATGCTCAGA TCATTTTACA GCAGTTAGAA GAACATATGA ACACTGGCCA GCTAGCAGGG 
TTTTCACATC AGATTAGAAG TCTGGTTCTG AATCATGTTG TAAATAAGAA GGAATTTGGG 
ATCTTGGCAA AGACAAAGTA CTTTCAGTTG TTGAAATGCC ATGTGATAAA CACCGGCAAC 
GTCACTGAAT TGGTAAACTA TTTGGCAAAT GACTTCAGTG TAGATGAAGC ATCAGCGTTG 
ATAAATGAGT ATTCAAAGCA TTGTGGGAAG CCTGTGCCAG CAGATGCAGC TCCCTGTGAG 
ATCCTGCAGA CATTTCTTGG TGGATCGTAG