ncapd2 cDNA ORF clone, Amphiprion ocellaris(clown anemonefish)

Gene
Clones
gRNAs

Summary

Gene Symbol	ncapd2
Entrez Gene ID	111564286
Full Name	non-SMC condensin I complex subunit D2
Gene Type	protein-coding
Organism	Amphiprion ocellaris(clown anemonefish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023263765.1	XP_023119533.1	condensin complex subunit 1

Pathways from BioSystems
Gene Ontology

The following ncapd2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ncapd2 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
OAm103168	XM_023263765.1 Latest version!	Amphiprion ocellaris non-SMC condensin I complex subunit D2 (ncapd2), 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)

ncapd2 ( XM_023263765.1 ) cDNA ORF clone, Amphiprion ocellaris(clown anemonefish) -> XP_023119533.1 Amphiprion ocellaris non-SMC condensin I complex subunit D2 (ncapd2), mRNA.

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CloneID	OAm103168
Clone ID Related Accession (Same CDS sequence)	XM_023263765.1
Accession Version	XM_023263765.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4194bp) 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	2017-12-12
Organism	Amphiprion ocellaris(clown anemonefish)
Product	condensin complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019376152.1) 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 Name :: Amphiprion ocellaris Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCGTGGG ACTTTCTGGT GCCCGTGTGC GTGGGCGACC TGGTGAAGAC CGGAGGGATC 
AACCAGTACG TGGTTCAGGA TGTGGTTTCC CCAAAACAGC TGCCGTCCAG CCTCAGCAGG 
TTCAGGGCAG CTCTGAGGAG TCAGGGACCT TCATGTATCC TGGAACACTT TGACACAGGC 
TACAGCGTCC TACAGCACTT CAACTCGGTG GATCTGGCTG TAAAAGAGGA CACTTTGGAA 
TTACTCATAC AAGTGGTCGG TAGTCTGGCT GTTTCCCTGC CGGCGCTCCT CGCCTCCACC 
TCCCTGTCGG CTGCAGAACG CAAAGAGAAG CTTAATGCGG TTAAAATGAG CATCTTCCTG 
CTCTGCAAAC TCACAGAGAG TCTTGAGAGC GACTCCTATA GACAGAGTAT CGTCACAGCA 
CCCGGGAAGG GCAGTAAAAA AGGTAAATCT GGTGGAGAAG GACTGATGCA GTGGGACTCG 
GAGAGAGAGA AGGTTCTCCA GGCCCTGATC CAGCTCCTCC AGCTGGACAT CCGAGCCCTC 
TGGAACCTCT CTCTGGTGGA GGAAGAGTTC ATCAGCTGTG TGACCTGCTG CTGCTACAAG 
CTCCTGGAGA ACCCGACCAT CAGCCACGTG AAGAGTAAAC CCACCAGAGA CTGCGTCATC 
CACCTGCTGG GGCTGCTCAT CAAGAAGTAC AGCCACCTCC TGGGAGCCAG TGTGAAGGTG 
ATCCAGCTGC TGCAGCACTT CGAGCAGCTG TCGTCGGTTT TCGCTCAGGC TGTGTTCGTG 
TGGAGCACCG AGTACGAAGT CAGAGCCGTC ATAGGGGAGG TCATCAGGGA GATCGGTCAG 
AAGTCCAGCG AGGAGCTTGC CAGAGAAGGT TCAGGGGTCA AGGCCTTCGC TTCCTTCCTG 
TCTGAACTCA GCGCTCTGGT TCCTGAACTG ATGATCCCCA ATATCAGCGT GCTGATCACT 
CACCTGGAGG GAGAGAGCCA CACCATGCGT GTTGCCGTAT GCGAGGTTCT GGGAGAGATC 
CTCGTTCGGG TTCTGTGTGG CGACGGCCTT GATGAGTCCG GTAAAGCCGA TCGGGACCGA 
TTCTTCGACA CGCTGCAGGA ACATCTGCAC GACACGCACT CCCACGTCAG AGCGCGAGTG 
CTGCAGGTCT TCACTCGCAT CGTCAACAGC AAAGCTCTGC CGCTGTGCAG GTACAGTGAG 
GTGATGGAGC TCGCTGTGGG GCGACTGATG GACAAATCTA TCAATGCGGT GAAGAGCGCC 
ATCCAGCTGT TGGCAGCCTT CATCGCGCAC AATCCCTACA GCTGCAAGTT GAGCAGCGCA 
GATCTGAAGA AACCTCTGGC GAAAGAAACA GCAAAACTCA GAGAGATGAA GGAGAAATTA 
GAAGGGAAAG CACCAGTGGC AGTGATTAAA GCTTCCGAGC TGTGGGCCGC GATGGAGCCC 
GAGCTGCTCG TCACTGTCAG AACCGAGCTG GAGCCCAGGA GCGACGCCGA GAAGGAGCAG 
CAGGAGGAAG AGGAGGAGGC TGAAGAGGAC GACAGAGCGA CGGCGGTGAA GATCGCTCAG 
TACCTCCGAG TCAACAAATA CAGAAACGCT GCTCAGCTCT GCATCAGAGC CCACAGCTGC 
TTCCCACAGT CTGAGATGTT TGCCGCTCTG TCCACGCTCA CCACACAGAC TCTAATGGAC 
ACTCTGGCAC TGATATTTAA AGGCTCTGAT GAAGACGCCC CAGAGCTCAG CCAGAACTTA 
CCTCCGATCT CGCAGAAAGA CGGAGACAAG GAAGGAGAGG ATGGAGAGCT GAAGAAGCAG 
GAGATGCTGG TCCAGTACCT GAGAGACACA GAAACCTTCG CCTTGCAGGT GGAGAGAGCA 
ATCTCCGTCA TCAACACCAT GCTGTACTGG AAAACCACGT CAGTGGTCCA GGAGGCGGTT 
CAGTTCTGCG TGACCGTGTG CGAGTTCAGC GTCGCCAACT CGGTCAGTGG GGTGAGGAAG 
ATGCTGCCGC TGGTCTGGTC CACCGACGCC GCCATTAAAG ACGCCGTGGT TCAGGCCTAC 
AGACGGCTTT ATCTGAACCC TCAGGGCGAC ACCGTCAGGA TGAAAGCCCA GACTCTGGTG 
GACAGTCTGT CTGAGCTGAT GGTTGATGCT TCTCTGGGAA CCATCCAGTG TCTGGAGGAA 
ATTGTTCAGG AGTTCTTCGG CAGCGACAGC AACCTTCAGT CCACCGTGGT TCAGGTTCTG 
TGGGAGAGAT TTACCGGGAA AAGAGAAACG TCGGCTCTAC ACAAGAGAGC TGCAGTGTTA 
CTGCTGGGCA TGGCTGCACG GGCAGAGAGG GAGGTGGTGC TCAGCAACCT GGACACACTC 
TGCTCGGTGG CTCTGGGCGA GAAGGTGACC GAAGACTTCC TGCTGGCCAG AGACACGGTT 
ATCACCATCT GCAGCATCAC CGACCACGTC AGGCAGTCCA AAGCTGCTCC GTTCAGACTT 
CCTCAGGAGC ATCAGCTGTT CACCTGCCTC ACTCAGGCCG TCGCTGAAGG TGTGGTGATG 
GAGGACCCGT ACTGGCAGAG CTTCATGGAG CAGGCCGTCC GCCTCCTCTA CTTCCTGGCC 
GAGTCTCCTG ACCAGCTGTG CTCTCGGCTG CTGCAGCGAA GCGCTCGCCT CGTGCTCGAT 
CAGATCGCAG AAGGCGGCGA AATCAACAAC AAGGACGTCA GCCAGATGCA GGACGGATCC 
CAGGGGTCCG GTGATCAGGG TGAACAAGTG AACTGTGTGA GTCTGGCCCA GCTGCTGGCT 
CTGTGTGGCG CCGTGGCGTT CTGGCAGGTG TCTCACCTGG AACGGAGCGT GAGCGCCGAG 
CTGAGGAGGA GGAGGGGGGA GACAGAGGAG AGGGAGGAGA AGGAGAAAGG TCCGTCCAGC 
AAGGCCAAGC AAACGGCCAA TGAGAGCACC ATGGAGGAGG AGCTGGGGCT GATCGGTGCC 
TCGGCTGATG ATACGGAGGC CGAGCTCATC AGGAAGATCT GTGAGACCGA ACTACTGGCT 
GAGGAGAACC TGCTGAGCGC GTTCCTTCCT CTGCTGGTGA GAGTCTGCAG CTCCCCAGGA 
CGTTATTCCC ACCCTCAGCT CACCACAGCT GCCTGTCTGG CTCTGTCTCA GTACATGATG 
ATCAGCCCGT CGGTGTGTGA AGAGAACATC CGCCTCATGT TCACGGTTCT GGAGCGTTCT 
GCTCTGCCGG TGGTCCGGGC CAACGCCATC ATCGCCCTGG GAGACCTCAC GGTCCGCTTC 
CCAAACATTC TGGAGCCGTG GACCCAGAAC CTCTACGCCA GGCTGAGCGA CGAGGTTCCC 
TCCGTGAGGC AGACGGCTGT GACAGTTCTT ACTCAGCTGG TGCTCAAAGA CGTGCTGAAG 
GTGAAAGGCC AAGTCAGCGA GGTGGCGGTG CTGCTAATTG ACCCCGAGCC TCACATCACC 
AGCCTGGCCC TGAACTTCTT CAACGAGCTG GCCACCAAGG ACAACGCCAT CTACAACCTG 
CTGCCAGACA TCATCAGCCG CCTGTCCGAC CCGGAGAGAG CCATGAGCTC AGAGGACTTC 
AACACCATCA TGAAGCAGCT GTTCTCCTAC ATCACTAAAG AACGACAGAC CGAGTCTCTG 
GTGGAGAAAC TCTGTCAGCG CTTCAGGACG GCAAAGACGG AGCGGCAGTG GTGCGACCTG 
GCCGTCAGTC TGTCCCTGCT GTCCATGTGC GAGCGTGGCT TCAAGAGGCT GCAGGAGTGC 
TGGGAGTGTT ACAGCGACAA GCTGACCGAA CCGGGGGTCT ACCAGCCGCT GCTCTCCATC 
ACCGCCAAGC TGAGGAGGGG CGCCAAAGTC CAGTTCAAGG CTCAGGTGGA AGAGTTCGAG 
AAACGTCTTA CCGCGGTTCA CACTCGAGGG CTTGAGAACG TAGAGAGTCC AGAGATGGAC 
GAGGAGAACC AGAAAGAGGG AGGTTCTTGT GAGAGGACGG TTCTCCAGAC CAACCGACCC 
AGCAGGAGCC GAGCGAAGTC GAAGAGAGGC CAAGCGAAGC CGTCGGTCTC CAGTCAAGGT 
GATGACACTT TTGTGACGCC TCGGAAAACT CGCAAATCCA AGAAACCAGT GATCACCTTC 
AGCAGCGATG AGGAAGAGGA AGACGAAGAG GACGCCGTCA TGGCCGAGAG CGAAACCCCC 
AAAGTGACGA CGCCGATCGC AAGAACATCC CGAAGAGCTC GACTCAGGAA CTGA

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

RefSeq	XP_023119533.1
CDS	152..4345
Translation	MSWDFLVPVCVGDLVKTGGINQYVVQDVVSPKQLPSSLSRFRAALRSQGPSCILEHFDTGYSVLQHFNSVDLAVKEDTLELLIQVVGSLAVSLPALLASTSLSAAERKEKLNAVKMSIFLLCKLTESLESDSYRQSIVTAPGKGSKKGKSGGEGLMQWDSEREKVLQALIQLLQLDIRALWNLSLVEEEFISCVTCCCYKLLENPTISHVKSKPTRDCVIHLLGLLIKKYSHLLGASVKVIQLLQHFEQLSSVFAQAVFVWSTEYEVRAVIGEVIREIGQKSSEELAREGSGVKAFASFLSELSALVPELMIPNISVLITHLEGESHTMRVAVCEVLGEILVRVLCGDGLDESGKADRDRFFDTLQEHLHDTHSHVRARVLQVFTRIVNSKALPLCRYSEVMELAVGRLMDKSINAVKSAIQLLAAFIAHNPYSCKLSSADLKKPLAKETAKLREMKEKLEGKAPVAVIKASELWAAMEPELLVTVRTELEPRSDAEKEQQEEEEEAEEDDRATAVKIAQYLRVNKYRNAAQLCIRAHSCFPQSEMFAALSTLTTQTLMDTLALIFKGSDEDAPELSQNLPPISQKDGDKEGEDGELKKQEMLVQYLRDTETFALQVERAISVINTMLYWKTTSVVQEAVQFCVTVCEFSVANSVSGVRKMLPLVWSTDAAIKDAVVQAYRRLYLNPQGDTVRMKAQTLVDSLSELMVDASLGTIQCLEEIVQEFFGSDSNLQSTVVQVLWERFTGKRETSALHKRAAVLLLGMAARAEREVVLSNLDTLCSVALGEKVTEDFLLARDTVITICSITDHVRQSKAAPFRLPQEHQLFTCLTQAVAEGVVMEDPYWQSFMEQAVRLLYFLAESPDQLCSRLLQRSARLVLDQIAEGGEINNKDVSQMQDGSQGSGDQGEQVNCVSLAQLLALCGAVAFWQVSHLERSVSAELRRRRGETEEREEKEKGPSSKAKQTANESTMEEELGLIGASADDTEAELIRKICETELLAEENLLSAFLPLLVRVCSSPGRYSHPQLTTAACLALSQYMMISPSVCEENIRLMFTVLERSALPVVRANAIIALGDLTVRFPNILEPWTQNLYARLSDEVPSVRQTAVTVLTQLVLKDVLKVKGQVSEVAVLLIDPEPHITSLALNFFNELATKDNAIYNLLPDIISRLSDPERAMSSEDFNTIMKQLFSYITKERQTESLVEKLCQRFRTAKTERQWCDLAVSLSLLSMCERGFKRLQECWECYSDKLTEPGVYQPLLSITAKLRRGAKVQFKAQVEEFEKRLTAVHTRGLENVESPEMDEENQKEGGSCERTVLQTNRPSRSRAKSKRGQAKPSVSSQGDDTFVTPRKTRKSKKPVITFSSDEEEEDEEDAVMAESETPKVTTPIARTSRRARLRN

Target ORF information:

RefSeq Version	XM_023263765.1
Organism	Amphiprion ocellaris(clown anemonefish)
Definition	Amphiprion ocellaris non-SMC condensin I complex subunit D2 (ncapd2), mRNA.

Target ORF information:

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

XM_023263765.1

ORF Insert Sequence:

ATGTCGTGGG ACTTTCTGGT GCCCGTGTGC GTGGGCGACC TGGTGAAGAC CGGAGGGATC 
AACCAGTACG TGGTTCAGGA TGTGGTTTCC CCAAAACAGC TGCCGTCCAG CCTCAGCAGG 
TTCAGGGCAG CTCTGAGGAG TCAGGGACCT TCATGTATCC TGGAACACTT TGACACAGGC 
TACAGCGTCC TACAGCACTT CAACTCGGTG GATCTGGCTG TAAAAGAGGA CACTTTGGAA 
TTACTCATAC AAGTGGTCGG TAGTCTGGCT GTTTCCCTGC CGGCGCTCCT CGCCTCCACC 
TCCCTGTCGG CTGCAGAACG CAAAGAGAAG CTTAATGCGG TTAAAATGAG CATCTTCCTG 
CTCTGCAAAC TCACAGAGAG TCTTGAGAGC GACTCCTATA GACAGAGTAT CGTCACAGCA 
CCCGGGAAGG GCAGTAAAAA AGGTAAATCT GGTGGAGAAG GACTGATGCA GTGGGACTCG 
GAGAGAGAGA AGGTTCTCCA GGCCCTGATC CAGCTCCTCC AGCTGGACAT CCGAGCCCTC 
TGGAACCTCT CTCTGGTGGA GGAAGAGTTC ATCAGCTGTG TGACCTGCTG CTGCTACAAG 
CTCCTGGAGA ACCCGACCAT CAGCCACGTG AAGAGTAAAC CCACCAGAGA CTGCGTCATC 
CACCTGCTGG GGCTGCTCAT CAAGAAGTAC AGCCACCTCC TGGGAGCCAG TGTGAAGGTG 
ATCCAGCTGC TGCAGCACTT CGAGCAGCTG TCGTCGGTTT TCGCTCAGGC TGTGTTCGTG 
TGGAGCACCG AGTACGAAGT CAGAGCCGTC ATAGGGGAGG TCATCAGGGA GATCGGTCAG 
AAGTCCAGCG AGGAGCTTGC CAGAGAAGGT TCAGGGGTCA AGGCCTTCGC TTCCTTCCTG 
TCTGAACTCA GCGCTCTGGT TCCTGAACTG ATGATCCCCA ATATCAGCGT GCTGATCACT 
CACCTGGAGG GAGAGAGCCA CACCATGCGT GTTGCCGTAT GCGAGGTTCT GGGAGAGATC 
CTCGTTCGGG TTCTGTGTGG CGACGGCCTT GATGAGTCCG GTAAAGCCGA TCGGGACCGA 
TTCTTCGACA CGCTGCAGGA ACATCTGCAC GACACGCACT CCCACGTCAG AGCGCGAGTG 
CTGCAGGTCT TCACTCGCAT CGTCAACAGC AAAGCTCTGC CGCTGTGCAG GTACAGTGAG 
GTGATGGAGC TCGCTGTGGG GCGACTGATG GACAAATCTA TCAATGCGGT GAAGAGCGCC 
ATCCAGCTGT TGGCAGCCTT CATCGCGCAC AATCCCTACA GCTGCAAGTT GAGCAGCGCA 
GATCTGAAGA AACCTCTGGC GAAAGAAACA GCAAAACTCA GAGAGATGAA GGAGAAATTA 
GAAGGGAAAG CACCAGTGGC AGTGATTAAA GCTTCCGAGC TGTGGGCCGC GATGGAGCCC 
GAGCTGCTCG TCACTGTCAG AACCGAGCTG GAGCCCAGGA GCGACGCCGA GAAGGAGCAG 
CAGGAGGAAG AGGAGGAGGC TGAAGAGGAC GACAGAGCGA CGGCGGTGAA GATCGCTCAG 
TACCTCCGAG TCAACAAATA CAGAAACGCT GCTCAGCTCT GCATCAGAGC CCACAGCTGC 
TTCCCACAGT CTGAGATGTT TGCCGCTCTG TCCACGCTCA CCACACAGAC TCTAATGGAC 
ACTCTGGCAC TGATATTTAA AGGCTCTGAT GAAGACGCCC CAGAGCTCAG CCAGAACTTA 
CCTCCGATCT CGCAGAAAGA CGGAGACAAG GAAGGAGAGG ATGGAGAGCT GAAGAAGCAG 
GAGATGCTGG TCCAGTACCT GAGAGACACA GAAACCTTCG CCTTGCAGGT GGAGAGAGCA 
ATCTCCGTCA TCAACACCAT GCTGTACTGG AAAACCACGT CAGTGGTCCA GGAGGCGGTT 
CAGTTCTGCG TGACCGTGTG CGAGTTCAGC GTCGCCAACT CGGTCAGTGG GGTGAGGAAG 
ATGCTGCCGC TGGTCTGGTC CACCGACGCC GCCATTAAAG ACGCCGTGGT TCAGGCCTAC 
AGACGGCTTT ATCTGAACCC TCAGGGCGAC ACCGTCAGGA TGAAAGCCCA GACTCTGGTG 
GACAGTCTGT CTGAGCTGAT GGTTGATGCT TCTCTGGGAA CCATCCAGTG TCTGGAGGAA 
ATTGTTCAGG AGTTCTTCGG CAGCGACAGC AACCTTCAGT CCACCGTGGT TCAGGTTCTG 
TGGGAGAGAT TTACCGGGAA AAGAGAAACG TCGGCTCTAC ACAAGAGAGC TGCAGTGTTA 
CTGCTGGGCA TGGCTGCACG GGCAGAGAGG GAGGTGGTGC TCAGCAACCT GGACACACTC 
TGCTCGGTGG CTCTGGGCGA GAAGGTGACC GAAGACTTCC TGCTGGCCAG AGACACGGTT 
ATCACCATCT GCAGCATCAC CGACCACGTC AGGCAGTCCA AAGCTGCTCC GTTCAGACTT 
CCTCAGGAGC ATCAGCTGTT CACCTGCCTC ACTCAGGCCG TCGCTGAAGG TGTGGTGATG 
GAGGACCCGT ACTGGCAGAG CTTCATGGAG CAGGCCGTCC GCCTCCTCTA CTTCCTGGCC 
GAGTCTCCTG ACCAGCTGTG CTCTCGGCTG CTGCAGCGAA GCGCTCGCCT CGTGCTCGAT 
CAGATCGCAG AAGGCGGCGA AATCAACAAC AAGGACGTCA GCCAGATGCA GGACGGATCC 
CAGGGGTCCG GTGATCAGGG TGAACAAGTG AACTGTGTGA GTCTGGCCCA GCTGCTGGCT 
CTGTGTGGCG CCGTGGCGTT CTGGCAGGTG TCTCACCTGG AACGGAGCGT GAGCGCCGAG 
CTGAGGAGGA GGAGGGGGGA GACAGAGGAG AGGGAGGAGA AGGAGAAAGG TCCGTCCAGC 
AAGGCCAAGC AAACGGCCAA TGAGAGCACC ATGGAGGAGG AGCTGGGGCT GATCGGTGCC 
TCGGCTGATG ATACGGAGGC CGAGCTCATC AGGAAGATCT GTGAGACCGA ACTACTGGCT 
GAGGAGAACC TGCTGAGCGC GTTCCTTCCT CTGCTGGTGA GAGTCTGCAG CTCCCCAGGA 
CGTTATTCCC ACCCTCAGCT CACCACAGCT GCCTGTCTGG CTCTGTCTCA GTACATGATG 
ATCAGCCCGT CGGTGTGTGA AGAGAACATC CGCCTCATGT TCACGGTTCT GGAGCGTTCT 
GCTCTGCCGG TGGTCCGGGC CAACGCCATC ATCGCCCTGG GAGACCTCAC GGTCCGCTTC 
CCAAACATTC TGGAGCCGTG GACCCAGAAC CTCTACGCCA GGCTGAGCGA CGAGGTTCCC 
TCCGTGAGGC AGACGGCTGT GACAGTTCTT ACTCAGCTGG TGCTCAAAGA CGTGCTGAAG 
GTGAAAGGCC AAGTCAGCGA GGTGGCGGTG CTGCTAATTG ACCCCGAGCC TCACATCACC 
AGCCTGGCCC TGAACTTCTT CAACGAGCTG GCCACCAAGG ACAACGCCAT CTACAACCTG 
CTGCCAGACA TCATCAGCCG CCTGTCCGAC CCGGAGAGAG CCATGAGCTC AGAGGACTTC 
AACACCATCA TGAAGCAGCT GTTCTCCTAC ATCACTAAAG AACGACAGAC CGAGTCTCTG 
GTGGAGAAAC TCTGTCAGCG CTTCAGGACG GCAAAGACGG AGCGGCAGTG GTGCGACCTG 
GCCGTCAGTC TGTCCCTGCT GTCCATGTGC GAGCGTGGCT TCAAGAGGCT GCAGGAGTGC 
TGGGAGTGTT ACAGCGACAA GCTGACCGAA CCGGGGGTCT ACCAGCCGCT GCTCTCCATC 
ACCGCCAAGC TGAGGAGGGG CGCCAAAGTC CAGTTCAAGG CTCAGGTGGA AGAGTTCGAG 
AAACGTCTTA CCGCGGTTCA CACTCGAGGG CTTGAGAACG TAGAGAGTCC AGAGATGGAC 
GAGGAGAACC AGAAAGAGGG AGGTTCTTGT GAGAGGACGG TTCTCCAGAC CAACCGACCC 
AGCAGGAGCC GAGCGAAGTC GAAGAGAGGC CAAGCGAAGC CGTCGGTCTC CAGTCAAGGT 
GATGACACTT TTGTGACGCC TCGGAAAACT CGCAAATCCA AGAAACCAGT GATCACCTTC 
AGCAGCGATG AGGAAGAGGA AGACGAAGAG GACGCCGTCA TGGCCGAGAG CGAAACCCCC 
AAAGTGACGA CGCCGATCGC AAGAACATCC CGAAGAGCTC GACTCAGGAA CTGA