NCAPD3 cDNA ORF clone, Mustela putorius furo(domestic ferret)

Gene
Clones
gRNAs

Summary

Gene Symbol	NCAPD3
Entrez Gene ID	101674640
Full Name	non-SMC condensin II complex subunit D3
Gene Type	protein-coding
Organism	Mustela putorius furo(domestic ferret)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013062140.1	XP_012917594.1	condensin-2 complex subunit D3

Pathways from BioSystems
Gene Ontology

The following NCAPD3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NCAPD3 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
OMj83457	XM_013062140.1 Latest version!	Mustela putorius furo non-SMC condensin II complex, subunit D3 (NCAPD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

NCAPD3 ( XM_013062140.1 ) cDNA ORF clone, Mustela putorius furo(domestic ferret) -> XP_012917594.1 Mustela putorius furo non-SMC condensin II complex, subunit D3 (NCAPD3), mRNA.

Price & Availability↑

CloneID	OMj83457
Clone ID Related Accession (Same CDS sequence)	XM_013062140.1
Accession Version	XM_013062140.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	2015-06-30
Organism	Mustela putorius furo(domestic ferret)
Product	condensin-2 complex subunit D3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004569242.1) 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 :: Mustela putorius furo Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGGCGC TGCCGGGCCT TGGGAGCGGT CTGCAGCCCT GGTGTCCGCT GGATCTCAGC 
CCTGAATGGG TGGACACAGT ATGGGAACTG GATTTCACAG AGACTGAGCC TTTGGATCCC 
AGCATAGAAG CAGAAATCCT AGAGACTGGG TTGAATGCAT TCACAAAACT ATATGAAAGT 
GTTTTCCCCT TTGCTACTGA AGAACATGGA TCTACAGAGA GCATATGGAC CTTCTTCATT 
GAGAACAGTA TTTCTCACAG GGCACTGGTG GCATTGTTCT ATCACTTTGT TCAAACAGTT 
CATAAGAAAA GTGTCAGCGT GCAGTATCGA CAATATGGCC TTCATGCTGC TGGGCTTTAT 
TTTCTGTTGC TGGAAGTACC AGGCAGTGTA GCCAATCAAG TGTTCCACCA AGTGATGTTT 
GACAAATGTA TTCAGATTCT AAAGAAGAGC TGGCCTCAGG AATCTAACTT GAATCGGAAA 
AGAAAGAAAG AGCAGCCTAA GAATTCTGAG GCAAATCCAA GAGGGAATAG GAAAAGAGGA 
AAGCCACCTA GGAAAGAAGA TATTGAGGTG GATGAAATAG AAGAACAGGA AGATGAAGAA 
AGTATTTGTT TTTCTGCTCG AGACCTTTGT CAAATTCGAA ATACCATCTT TCACCTTTTG 
AAGAATTTTT TAAGGCTGCT GTCTAAATTT TCTCTGAAAG AAAAGCCACA GTGCATACAG 
AATTGCATAG AAGTCTTTGT TGCATTAACT AATTTTGAAC CAGTTCATCA TGAATTTCAT 
GTGACCCAGG CCAGAAACCT TAACCAAGTA AAATATGTAC CAGAACTAGC CTATCATGGA 
TTGTATTTGC TATGCTCCCC CATTCATGGA GAAGGAGATA AGGTTATAGG TTGTGTTTTC 
CATCAAATGC TGAATGTGAT ATTAATGTTA GAAGCAGGTG AAGGAGCCCA TCGTGCTCCC 
CTTAGTATTA CAACATCAGT TATCAACGGT AGAAAGCAGG CGGTCCAGTT CATCAGTTCA 
CTTGTGGATG AACTAAAGGA AAATGTATTC CCAGTTCTTC GCATCTTACT CCAGCACATC 
TGTGCCAAGG TGACTGATAA ATCAGAGTAT CGGACCTATG CGGCCCAGTC CTTGGTCCAG 
CTGCTCAGCA AACTTCCCAG TAGGGAATAT GCTACATTCA TTGCCTGGCT TTACAGATAT 
TCACGAAGTT CCAAGATCCC ACACAGGGTT TTTACTCTAG ATGTTGTCTT AGCTCTATTG 
GAACTGCCTG AAAGAGCGGT AGATAACACT CTCTCGATGG AGCATCAGAA GATCTTAAAG 
CATAAGTTCT TGGTACAGGA AATTATATTT GACCGTTGTG TAGACAAGTC ACCGACTGTC 
CGCAGCAAGG CACTGTCCAG TTTTGCACAT TGCCTGGAGG TATCTGTTAC CACTGCATCA 
GAGAGCATAC TGGAACTTCT GAGTAACAGT ACTGCAATTT CAAGAATAGA GAGCCGTCCT 
GGTATCTTAC CGAGAAATTC ATCAGCTTTT TCCTGTCAGA GGCAAACACT TAACCCTTCT 
GGAGGCTCAG GGGTGACCAA TATAGACAAC AGTGGTGAAA CAGATGGATC TGGGGTGAGA 
TGTATCATGG CAATGCTGAG AAAGAGAATC AGGGAAGAGA AGACAAATGT CAGGAAGTCT 
GCACTGCAGG TACTAGTGAG TATTTTGAAA CACTGTGACA TCTCCAGTAT GAAAGAAGAG 
CTATCACTTC TGCAAGACCA GTGTCGGGAC CCTGCAGTAT CTGTCCGAAA GCAGGCCTTG 
CAGTCTCTTA CGGAACTTCT TGTGGCCCAA CCTGGATGTG TCCAGATACA GAAAGCCTGG 
CTGATAGGGA CCATCCCAGC TGTGATGGAC TGTGAGAGCA CAGTGCAGGA AAAGGCTCTG 
GAATGCCTTG ACCAGCTCCT ATTACAGAAC ATTAAGCATT ACAATAAATT CCATACTGGA 
GACAATAGCC AGGTACTGGC TTGGGCACTT CTTACTCTCC TTAGTACAGA AAACCAGGAA 
CTGAGCCGCT ATTTAAATAA GGCTTTTCAT ATCTGGTCCA AGAAAGAGAA ATTCTCATCC 
AGTTTTATAA ACAATGTGAT ATCCTACACT GGCACAGAAC ATTCTGCACC AGCCTGGATG 
CTGCTCTCCG AGATTGCTTG CTCATCCCCC AAGCTGGACT ACACCAAAAT AATAGAGTCT 
TGGGAGAAAA TCAGCAGTCA ACAGAATCCC AATTCAAACA CCTTAGGACA TATTCTGTGT 
GTTATTGGGC ATATTGCGAA GCATCTTCCT AAGAGTACCC GGGACAAGGT GACCGATGTG 
GTCAAGTGTA AGCTGAATGG ATTCCAGTGG TCTCTAGAGT TGATCAGCTC AGCTGTTGAT 
ACTTTACAAA GACTCTGTAG AGCATCTGCA GAGACACCTA TGGAAGAACA GGAACTACTG 
AAACAGGTGT GTGGGGATAT CCTCTCCACC TGTGTGCAGT CACTCTCTGA CATAGTTCTG 
AAGCAAAGTG GACCTGGGAA TATGGATGAA GACCTATTTG TGAAGTACAT TTTTACCTTA 
GGAGATATAG CCCAGCTTTG TCCAGCCCGA GTGGAGAAGC GAGCATTCCT TCTGATTCAG 
TCCATTCTAG CTTCTTCTGT TGATACAGAT CATCCAACAT CTTCTCAAGG TGGCAGTGAA 
GCCCCAGTCT TCCAGCCACT CTCCCCAGTC AGAAGCTGTG TCATGCCTTC CGTGATTAGA 
GCACATGCCA TCATTACCTT GGGTAAGTTG TGCTTACAGC ATGAGGATCT TGCAAAGAAG 
AGCATCCCGG CCCTTGTGCG AGAGCTGGAA GTGTGTGATG ATGTGGCTGT TCGCAACAAT 
GTCGTCATCG TCATGTGTGA TCTTTGTATC CGGTACACTG TCATGGTGGA CAAGTACATT 
CCCAATATCT CCATGTGTCT AAAGGATTCA AATCCATTTA TCCGAAAGCA AACACTCATC 
TTGCTTACTA ATCTCTTGCA GGAAGAATTT GTGAAATGGA AGGGCTCTCT GTTCTTCAGA 
TTTGTCAGCA CTCTGATAGA TTCACACCCG GACATTGCCA GTTTTGGGGA GTTTTGCCTG 
GCTCATCTGT TACTGAAGAG GAACCCTGTC ATGTTCTTCC AGCACTTCAT TGAATGTATC 
TTCCACTTCA ATAACTACGA GAAGCATGAG AAGTATAACA AGTTTCCCCA GTCAGAGAGA 
GAGAAGCGGC TGTTTTCACT GAAGGGAAAG ACAAATAAGC AGAAACGAAT GAAAATCTAC 
AAATTTCTTC TGGAACACTT CACAGATGAA CAGCGATTCA ATATCACTTC TAAAATCTGT 
CTTAGTATTT TGGCATCCTT TGCTGACGGC ATCCTGCCCC TAGACATGGA AGCCAGTGAA 
TTGCTCTCAG ATACATTTGA GGTGCTCAGC TCAAAGGAGA TCAAGCTTTT GGCCATGAGA 
TCTAAAGCAG ATAAGGACCT TCTTTTAGAA GAAGATGACA CAGCCTTGGC CAGTGCAGTC 
ATGCAGGAAG CTCAAAAGAG GCTCATCTCG CAAGTTCAGA AGAAGAATTT TATAGAAAAT 
ATTATTCCAA TAATCATCTC CCTGAAGACC GTACTAGAGA AAAATAAGAT CCCAGCTTTG 
CGGGAACTCA TGACCTATCT CAGGGAGGTG ATGCAGGATT ACCGTGATGA AATAAAGGAT 
TTCTTTGCAT TAGACAAGCA GCTTGCATCA GAACTTGAAT ACGACATCAA GAAGTACAAC 
GAGCAGCTAG CGCAGGAGCA GGAGCTGGCA GAACAAGCAG ATGTTGCCCC GAGTTCAGAA 
GTTATGCCAT CTTCTGCTGT CCAGGAAGGT GCCACTGTGC CTGCCACTGA TACCCAGCCC 
TCAACACCCA GGACGGCTGC TGGCCAAGCA CCGCCTCTGT CTCCTTCCCT TGAGGCTGGG 
CTATTGAAGA GGTTCATACC CAAAAGCAGG CCCATGTCCT TGAGCACCAT CGCAATCCTG 
AATTCTGTCA AGAAAGCTGT GGAGTCCAAT AGCAGGCACC GGAGTCGGAG CACAGGAGCG 
TTGCCATTCC CATTAAGCTC TCAAAGCCTG GACAAAATGT GCAATCGTGC AAACTCCTAC 
AGCCTGGAGC AGGAGTCCAG TGGAGCTGTG GACCGCGTAA CTAAACGAGC GATCAGTACT 
CCCGAGAGGA CCATCAATGA TGTCACATTT GGAGCAGGAG TCAGCTACAT AGGTACACCA 
CAGACACCTT CAGTCAAAGA GAAAATTGAA GCCCAATGTC AAGGAAATGA CATTTTATGT 
TTATCGCTTC CTGATAAACC GCCGCCACAG CCTCAGCAGT GGAATGTGAA GTCCCCGGCT 
AGAAATAAAG ATAACCCAGC CCCTAGCAGG AGGTCACTCA GAAAGACACC CCTGAAAACA 
GCCAACTGA

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

RefSeq	XP_012917594.1
CDS	106..4554
Translation	MVALPGLGSGLQPWCPLDLSPEWVDTVWELDFTETEPLDPSIEAEILETGLNAFTKLYESVFPFATEEHGSTESIWTFFIENSISHRALVALFYHFVQTVHKKSVSVQYRQYGLHAAGLYFLLLEVPGSVANQVFHQVMFDKCIQILKKSWPQESNLNRKRKKEQPKNSEANPRGNRKRGKPPRKEDIEVDEIEEQEDEESICFSARDLCQIRNTIFHLLKNFLRLLSKFSLKEKPQCIQNCIEVFVALTNFEPVHHEFHVTQARNLNQVKYVPELAYHGLYLLCSPIHGEGDKVIGCVFHQMLNVILMLEAGEGAHRAPLSITTSVINGRKQAVQFISSLVDELKENVFPVLRILLQHICAKVTDKSEYRTYAAQSLVQLLSKLPSREYATFIAWLYRYSRSSKIPHRVFTLDVVLALLELPERAVDNTLSMEHQKILKHKFLVQEIIFDRCVDKSPTVRSKALSSFAHCLEVSVTTASESILELLSNSTAISRIESRPGILPRNSSAFSCQRQTLNPSGGSGVTNIDNSGETDGSGVRCIMAMLRKRIREEKTNVRKSALQVLVSILKHCDISSMKEELSLLQDQCRDPAVSVRKQALQSLTELLVAQPGCVQIQKAWLIGTIPAVMDCESTVQEKALECLDQLLLQNIKHYNKFHTGDNSQVLAWALLTLLSTENQELSRYLNKAFHIWSKKEKFSSSFINNVISYTGTEHSAPAWMLLSEIACSSPKLDYTKIIESWEKISSQQNPNSNTLGHILCVIGHIAKHLPKSTRDKVTDVVKCKLNGFQWSLELISSAVDTLQRLCRASAETPMEEQELLKQVCGDILSTCVQSLSDIVLKQSGPGNMDEDLFVKYIFTLGDIAQLCPARVEKRAFLLIQSILASSVDTDHPTSSQGGSEAPVFQPLSPVRSCVMPSVIRAHAIITLGKLCLQHEDLAKKSIPALVRELEVCDDVAVRNNVVIVMCDLCIRYTVMVDKYIPNISMCLKDSNPFIRKQTLILLTNLLQEEFVKWKGSLFFRFVSTLIDSHPDIASFGEFCLAHLLLKRNPVMFFQHFIECIFHFNNYEKHEKYNKFPQSEREKRLFSLKGKTNKQKRMKIYKFLLEHFTDEQRFNITSKICLSILASFADGILPLDMEASELLSDTFEVLSSKEIKLLAMRSKADKDLLLEEDDTALASAVMQEAQKRLISQVQKKNFIENIIPIIISLKTVLEKNKIPALRELMTYLREVMQDYRDEIKDFFALDKQLASELEYDIKKYNEQLAQEQELAEQADVAPSSEVMPSSAVQEGATVPATDTQPSTPRTAAGQAPPLSPSLEAGLLKRFIPKSRPMSLSTIAILNSVKKAVESNSRHRSRSTGALPFPLSSQSLDKMCNRANSYSLEQESSGAVDRVTKRAISTPERTINDVTFGAGVSYIGTPQTPSVKEKIEAQCQGNDILCLSLPDKPPPQPQQWNVKSPARNKDNPAPSRRSLRKTPLKTAN

Target ORF information:

RefSeq Version	XM_013062140.1
Organism	Mustela putorius furo(domestic ferret)
Definition	Mustela putorius furo non-SMC condensin II complex, subunit D3 (NCAPD3), mRNA.

Target ORF information:

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

XM_013062140.1

ORF Insert Sequence:

ATGGTGGCGC TGCCGGGCCT TGGGAGCGGT CTGCAGCCCT GGTGTCCGCT GGATCTCAGC 
CCTGAATGGG TGGACACAGT ATGGGAACTG GATTTCACAG AGACTGAGCC TTTGGATCCC 
AGCATAGAAG CAGAAATCCT AGAGACTGGG TTGAATGCAT TCACAAAACT ATATGAAAGT 
GTTTTCCCCT TTGCTACTGA AGAACATGGA TCTACAGAGA GCATATGGAC CTTCTTCATT 
GAGAACAGTA TTTCTCACAG GGCACTGGTG GCATTGTTCT ATCACTTTGT TCAAACAGTT 
CATAAGAAAA GTGTCAGCGT GCAGTATCGA CAATATGGCC TTCATGCTGC TGGGCTTTAT 
TTTCTGTTGC TGGAAGTACC AGGCAGTGTA GCCAATCAAG TGTTCCACCA AGTGATGTTT 
GACAAATGTA TTCAGATTCT AAAGAAGAGC TGGCCTCAGG AATCTAACTT GAATCGGAAA 
AGAAAGAAAG AGCAGCCTAA GAATTCTGAG GCAAATCCAA GAGGGAATAG GAAAAGAGGA 
AAGCCACCTA GGAAAGAAGA TATTGAGGTG GATGAAATAG AAGAACAGGA AGATGAAGAA 
AGTATTTGTT TTTCTGCTCG AGACCTTTGT CAAATTCGAA ATACCATCTT TCACCTTTTG 
AAGAATTTTT TAAGGCTGCT GTCTAAATTT TCTCTGAAAG AAAAGCCACA GTGCATACAG 
AATTGCATAG AAGTCTTTGT TGCATTAACT AATTTTGAAC CAGTTCATCA TGAATTTCAT 
GTGACCCAGG CCAGAAACCT TAACCAAGTA AAATATGTAC CAGAACTAGC CTATCATGGA 
TTGTATTTGC TATGCTCCCC CATTCATGGA GAAGGAGATA AGGTTATAGG TTGTGTTTTC 
CATCAAATGC TGAATGTGAT ATTAATGTTA GAAGCAGGTG AAGGAGCCCA TCGTGCTCCC 
CTTAGTATTA CAACATCAGT TATCAACGGT AGAAAGCAGG CGGTCCAGTT CATCAGTTCA 
CTTGTGGATG AACTAAAGGA AAATGTATTC CCAGTTCTTC GCATCTTACT CCAGCACATC 
TGTGCCAAGG TGACTGATAA ATCAGAGTAT CGGACCTATG CGGCCCAGTC CTTGGTCCAG 
CTGCTCAGCA AACTTCCCAG TAGGGAATAT GCTACATTCA TTGCCTGGCT TTACAGATAT 
TCACGAAGTT CCAAGATCCC ACACAGGGTT TTTACTCTAG ATGTTGTCTT AGCTCTATTG 
GAACTGCCTG AAAGAGCGGT AGATAACACT CTCTCGATGG AGCATCAGAA GATCTTAAAG 
CATAAGTTCT TGGTACAGGA AATTATATTT GACCGTTGTG TAGACAAGTC ACCGACTGTC 
CGCAGCAAGG CACTGTCCAG TTTTGCACAT TGCCTGGAGG TATCTGTTAC CACTGCATCA 
GAGAGCATAC TGGAACTTCT GAGTAACAGT ACTGCAATTT CAAGAATAGA GAGCCGTCCT 
GGTATCTTAC CGAGAAATTC ATCAGCTTTT TCCTGTCAGA GGCAAACACT TAACCCTTCT 
GGAGGCTCAG GGGTGACCAA TATAGACAAC AGTGGTGAAA CAGATGGATC TGGGGTGAGA 
TGTATCATGG CAATGCTGAG AAAGAGAATC AGGGAAGAGA AGACAAATGT CAGGAAGTCT 
GCACTGCAGG TACTAGTGAG TATTTTGAAA CACTGTGACA TCTCCAGTAT GAAAGAAGAG 
CTATCACTTC TGCAAGACCA GTGTCGGGAC CCTGCAGTAT CTGTCCGAAA GCAGGCCTTG 
CAGTCTCTTA CGGAACTTCT TGTGGCCCAA CCTGGATGTG TCCAGATACA GAAAGCCTGG 
CTGATAGGGA CCATCCCAGC TGTGATGGAC TGTGAGAGCA CAGTGCAGGA AAAGGCTCTG 
GAATGCCTTG ACCAGCTCCT ATTACAGAAC ATTAAGCATT ACAATAAATT CCATACTGGA 
GACAATAGCC AGGTACTGGC TTGGGCACTT CTTACTCTCC TTAGTACAGA AAACCAGGAA 
CTGAGCCGCT ATTTAAATAA GGCTTTTCAT ATCTGGTCCA AGAAAGAGAA ATTCTCATCC 
AGTTTTATAA ACAATGTGAT ATCCTACACT GGCACAGAAC ATTCTGCACC AGCCTGGATG 
CTGCTCTCCG AGATTGCTTG CTCATCCCCC AAGCTGGACT ACACCAAAAT AATAGAGTCT 
TGGGAGAAAA TCAGCAGTCA ACAGAATCCC AATTCAAACA CCTTAGGACA TATTCTGTGT 
GTTATTGGGC ATATTGCGAA GCATCTTCCT AAGAGTACCC GGGACAAGGT GACCGATGTG 
GTCAAGTGTA AGCTGAATGG ATTCCAGTGG TCTCTAGAGT TGATCAGCTC AGCTGTTGAT 
ACTTTACAAA GACTCTGTAG AGCATCTGCA GAGACACCTA TGGAAGAACA GGAACTACTG 
AAACAGGTGT GTGGGGATAT CCTCTCCACC TGTGTGCAGT CACTCTCTGA CATAGTTCTG 
AAGCAAAGTG GACCTGGGAA TATGGATGAA GACCTATTTG TGAAGTACAT TTTTACCTTA 
GGAGATATAG CCCAGCTTTG TCCAGCCCGA GTGGAGAAGC GAGCATTCCT TCTGATTCAG 
TCCATTCTAG CTTCTTCTGT TGATACAGAT CATCCAACAT CTTCTCAAGG TGGCAGTGAA 
GCCCCAGTCT TCCAGCCACT CTCCCCAGTC AGAAGCTGTG TCATGCCTTC CGTGATTAGA 
GCACATGCCA TCATTACCTT GGGTAAGTTG TGCTTACAGC ATGAGGATCT TGCAAAGAAG 
AGCATCCCGG CCCTTGTGCG AGAGCTGGAA GTGTGTGATG ATGTGGCTGT TCGCAACAAT 
GTCGTCATCG TCATGTGTGA TCTTTGTATC CGGTACACTG TCATGGTGGA CAAGTACATT 
CCCAATATCT CCATGTGTCT AAAGGATTCA AATCCATTTA TCCGAAAGCA AACACTCATC 
TTGCTTACTA ATCTCTTGCA GGAAGAATTT GTGAAATGGA AGGGCTCTCT GTTCTTCAGA 
TTTGTCAGCA CTCTGATAGA TTCACACCCG GACATTGCCA GTTTTGGGGA GTTTTGCCTG 
GCTCATCTGT TACTGAAGAG GAACCCTGTC ATGTTCTTCC AGCACTTCAT TGAATGTATC 
TTCCACTTCA ATAACTACGA GAAGCATGAG AAGTATAACA AGTTTCCCCA GTCAGAGAGA 
GAGAAGCGGC TGTTTTCACT GAAGGGAAAG ACAAATAAGC AGAAACGAAT GAAAATCTAC 
AAATTTCTTC TGGAACACTT CACAGATGAA CAGCGATTCA ATATCACTTC TAAAATCTGT 
CTTAGTATTT TGGCATCCTT TGCTGACGGC ATCCTGCCCC TAGACATGGA AGCCAGTGAA 
TTGCTCTCAG ATACATTTGA GGTGCTCAGC TCAAAGGAGA TCAAGCTTTT GGCCATGAGA 
TCTAAAGCAG ATAAGGACCT TCTTTTAGAA GAAGATGACA CAGCCTTGGC CAGTGCAGTC 
ATGCAGGAAG CTCAAAAGAG GCTCATCTCG CAAGTTCAGA AGAAGAATTT TATAGAAAAT 
ATTATTCCAA TAATCATCTC CCTGAAGACC GTACTAGAGA AAAATAAGAT CCCAGCTTTG 
CGGGAACTCA TGACCTATCT CAGGGAGGTG ATGCAGGATT ACCGTGATGA AATAAAGGAT 
TTCTTTGCAT TAGACAAGCA GCTTGCATCA GAACTTGAAT ACGACATCAA GAAGTACAAC 
GAGCAGCTAG CGCAGGAGCA GGAGCTGGCA GAACAAGCAG ATGTTGCCCC GAGTTCAGAA 
GTTATGCCAT CTTCTGCTGT CCAGGAAGGT GCCACTGTGC CTGCCACTGA TACCCAGCCC 
TCAACACCCA GGACGGCTGC TGGCCAAGCA CCGCCTCTGT CTCCTTCCCT TGAGGCTGGG 
CTATTGAAGA GGTTCATACC CAAAAGCAGG CCCATGTCCT TGAGCACCAT CGCAATCCTG 
AATTCTGTCA AGAAAGCTGT GGAGTCCAAT AGCAGGCACC GGAGTCGGAG CACAGGAGCG 
TTGCCATTCC CATTAAGCTC TCAAAGCCTG GACAAAATGT GCAATCGTGC AAACTCCTAC 
AGCCTGGAGC AGGAGTCCAG TGGAGCTGTG GACCGCGTAA CTAAACGAGC GATCAGTACT 
CCCGAGAGGA CCATCAATGA TGTCACATTT GGAGCAGGAG TCAGCTACAT AGGTACACCA 
CAGACACCTT CAGTCAAAGA GAAAATTGAA GCCCAATGTC AAGGAAATGA CATTTTATGT 
TTATCGCTTC CTGATAAACC GCCGCCACAG CCTCAGCAGT GGAATGTGAA GTCCCCGGCT 
AGAAATAAAG ATAACCCAGC CCCTAGCAGG AGGTCACTCA GAAAGACACC CCTGAAAACA 
GCCAACTGA