ncapd3 cDNA ORF clone, Cyprinodon variegatus(sheepshead minnow)

Gene
Clones
gRNAs

Summary

Gene Symbol	ncapd3
Entrez Gene ID	107088924
Full Name	non-SMC condensin II complex subunit D3
Gene Type	protein-coding
Organism	Cyprinodon variegatus(sheepshead minnow)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015381391.1	XP_015236877.1	condensin-2 complex subunit D3 isoform X1
XM_015381392.1	XP_015236878.1	condensin-2 complex subunit D3 isoform X2

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
OCy12847	XM_015381391.1 Latest version!	Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OCy12848	XM_015381392.1 Latest version!	Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X2, 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)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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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)

ncapd3 ( XM_015381391.1 ) cDNA ORF clone, Cyprinodon variegatus(sheepshead minnow) -> XP_015236877.1 Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OCy12847
Clone ID Related Accession (Same CDS sequence)	XM_015381391.1
Accession Version	XM_015381391.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4191bp) 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	2016-01-13
Organism	Cyprinodon variegatus(sheepshead minnow)
Product	condensin-2 complex subunit D3 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015150685.1) 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 :: Cyprinodon variegatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCTGA TAGCTGCGCT GCAATTCCTC AACCTGAACC AAGTCCCACA AGACTGGGTG 
GATGCCGTGT GGGACTTGGA GTTCACCGAG AGGCAACCAC TGGACGCCAT GATGGAGGAT 
GAGCTGGCAG CTGCTGGGGA GAAGTCCTTC AGAACCCTGT ACCGCTGCCT GATGGAGCAG 
GCGGCAGAAC AGCAGCGGTC TTCCGGCCAG GAAGGGGTGT CTCAGGGTGT CTGGGTGGTC 
CTTGGAGACA GCGGAGTGTC TGTGAAGTCC CTGGTGGCGG TTCTGTCACA CTTTATTCTG 
ACGGCAAAGG CCAAAGAGGG GGGTGTTCAG CAGAGGGTCT GTGGACTCTA TGCAGCATCT 
GTCTACTTGC TGCTTCTGGG GGTCCCAGGA AGCATCGCCA ACAAGGTGTT CCACGAGGTT 
CTGTTGGACA CGTGTTCTGA CTTGCCATCC CACTGCTGGC CTCAGGAGCA CGGCAGGAAG 
CGCAAGAAAG ACGCCCTGAA AGCTTCCCAG GCTGACGGCA AGAGGTCCAA GCCTCAGAGG 
AGAGACGCCA TGGAGATGGA CTTAGAAGAG GAAGAGGAAG AAGAAGAGCA GCATTTCTCT 
GGCCAGGACC TGATGAAGAT CAGAGATGCC ATTGCTCTCC TTGTCCAGAG TCTTCTCCGC 
TTGCTGCAGA CGTTTCCCCT CAAAGACCGA ACGCAGAGTG CCAGCAACTG CACACAGATC 
TTCAGTAAAC TGCTGTCCTT CGAGCCTGTC GTGGGGGAGC TAACCTTCTC CCCTCCACGG 
GACCTCAGCG AACTGAAGAG CATCCCAGAA ATGGCCTTCT ACGGCTTGAA GCTGCTCTGC 
TCACCGAAGC ATGGAGACCA GAAAGAATCC CTAAGGAGAG TCTTCTATCG GCTGCTCTAC 
GTCATCCTGA TGATGAATAA AGTCCACGGC AGGAAGCCTT CCCTCCTCGT CCCCAACCAG 
GCCGTCCTCA ACACGCGGGA CCAGGCCATC CACTTCGTCT GTCATCTGGT GGAGGAGCTG 
AAAGATCTGG CTCTACCTTT GCTTCAGATC CTCCTGCAGC ATATCTGCTT CCAGATGGTG 
GAGAAGAGTG AGTATCGCAG CCATGGAGCC CAGGCTGTGG GGATGTTGAC GTCTCAGATG 
GTCAGTGTGG ACTACGCCTG CTTCATTAAG TGGCTGTTCA GCTTCTCCAG TCATTCAAAG 
ATGGTGCACC GGCTGTTCTC CGTGGACGTG GTGATGGTGT TGTTGGCCCA GCCAGAGAGG 
AGCGTGGAGG ACTGTCCGGA CCCGGAGCTG GCCAGGTTCC TGCCTCAAAA GTTCCTGATC 
CAGGAGGTGT TGTTTGCCCG GCGAAACGAT GAGTCTCCCA CCGTCCAGGG TCACGCTCTG 
TCCTGCCTGG CGCAGTGCTT AGAGCTGCCC TCGCTCAATG TGACCCGGGC CGTCCACGAC 
CTCTTCTCTG CCACTGGAAC TCAGACGGTG CTGGAGGAGG AGCTGACCGC AGGAACCTCT 
GGCTCCCAGA AGAGTTACCG AACTCTGCCC TTCAGGACGG TGGAGCTCAG CAGTACCAGC 
AGCTCCAGCT GTGAGGCTAA AGAGAACCTG GCCCTTCTCC TGCGCCGTGT TGGTGACCCA 
AAGACAAACG TGAGGAAGGC GGCTCTGCAG GCTCTGGTGG GTCTCCTGAA GCACGGCGTT 
ATTCCTGCCA CCTGGGAGAA CCTGGAGAGT CTGTCGGAGC GCAGCAGAGA CCCGGCCGTG 
TCCGTGAGGA AGAAGGCCTT GCAGTGCCTG GGGGAGCTGC TGGCTGCCAA ACCGAGCTGC 
AGGGCGGTTC AGAAGGCGTG GCTGCACTGC GTGGTCCCAG CTGTCATGGA CACGGAGAGC 
TCTATGCAGG AAAAGGCACT GGAGCTTCTG GACCAGGTGC TGCTGAGTCA GGTGAAGCCT 
TACAATGAGA GGAGTCTGCT GGACCACAGC CAGAGCCTGA CCTGGGACCT GCTGGGCCTG 
CTGTGTGACG AGAGCCAGAA CCTCAGTCGA TACTTCAGCC GGGCTTTCAG CATCTGGTCC 
AAACAGAACA AATTCAGCCC GGCCTTCATC TCCAGCCTGG TCTCCCACAC GCAGACGGAC 
CACGCCGCAG GAGCCTGGCT GCTGCTCTCC AAGGCCGTCT CCTCAGTGTC CCGAGTCCCC 
CACGGCCAGA TCCTGGACGC CTGGGACACC ATGATCAGAT CGGACAGCGT AAACGTGACC 
AGCTGCTGCC ACATCCTGTC TGTGGTCGGA GACGTTGCTG CTCACCTGAA CGAGGACACC 
AAGGAGCGTA TCATCGCCGA CCTGATGTCC CGACTGAAGA CTTTCCGCCT GCCCCTGGAG 
GTGATCAGCG CCGCCATGGA CACGCTCTAC CAGCTGGGTT GCAGTGAAGA CATCAGACTT 
ACCCAGGCCT TCCTGAACCA GCACTGCGGT GAACTGGTGT CCATCTGCGA GGCTTATCTA 
GCTGGCATCA TCCTGAACGA GAACAAAACT CAGGACCTGA ACGAGGACCT GATGATCAAA 
CACCTCCACA CCCTGGGCGC AGCCTCCCTT CACTGTCCTG CCAAGGTCGG CAGAAGGACG 
GTGTTGCTGG TGGAATCTGT CCTCACATCC CCATCCAAGA AGCTGGCAGA CGGTGAGGAG 
GATCTGCCAA CATCTCAGCC TCTGACCCAG TTCAGGGACA ATGAGTTGCC GTCCAGCGTC 
AAAGCCCATG GAGTCATCAC GTTAGGTAAG CTGTGTCTGC AGCAGGAGAA GCTTGCCCAG 
AGGTACCTGC CAGTGTTCGC CCGGGAGCTG GAGGTGGGCC CAGACGTGGC GGTCCGGAAC 
AACGTGGCGG TGATCATGTG CGACCTGTGC GTCCGCTACA CCAGCATGGT GGACCTGTAC 
ATCCCCAACG TGTCCGCCTG CCTGAGGGAC AACTCCGCCG TGGTCAGGGA GAACGCCCTC 
ATCATGCTAA CCAACCTGCT GCAGGAGGAG TTTGTCAAAT GGAAAGGCTC CCTCTTTTTT 
CGCTTCATGA TGGCACTGGT TGATCCGGTT CCTGCCATTG CCAGCCTGTG TGAGTACTGC 
CTGCTGCACC GGCTGCTGAA GAAGAACCCA GAGATGTTCA GCCAGCACTT CATCGAGTGC 
ATCTTCCACT TCAACTCCTA CGACAAGCAC ACGTCCTACA ACAAGTTCCC CCAGAGCGAC 
AGAGAGAAGG CCCGGTTCTC CCTGAGGGGA GCTCAGAACA GGGAAAAGCG CTTTCGGATT 
TACCGCTTCC TTCTGGAACA CTTCACCGAT GCCCAGCGCT TCAACACCAC CAACAAGATC 
AGCCAGACAG TCTTAGCATG CTTTGCAGAG GAGGAGCTGC CTCTAGATTC AGATGGAGCC 
GAGGTTCTGT CGGAGACCTT CAACGTTTTG AGTCTGAAAG AGTTTAAGCT GCAGGCAGTG 
TCAGCACCAG CAGGGGGAGC TGAGGAGTCA GAGGAGGAGA ACGTGGCCAC CATGACCAAG 
GTTGTCCTGC AGGTTGCCCA GAGGAAGGTG GTCTCTCAGG TCCAGAAGAA GGCCTTCATA 
GAGAACACAG TTCCTCTGAT CATCAGCCTG AAGAACCTTC TGGAGCAGAA ACGCTCCCCT 
GTCCTCAAAG ACCTCATGGC CTACCTCCAG GTAACCATGC AGGACTATAG GAATGAGGTG 
AAGGAGTTCT TCGCTGGAGA TGAGCAGCTG GCGGCTGAAG TGGAGTTTGC TCTGAATACA 
GCAGAAAAGG AGAGAGAGAT GGCAGAGAAG ATGGAGAGCT GCAGCCTTAC GGCGAATGGC 
CCAACGACCC TACCCAAGGG TTCAGAGCTC CTCTCTCCTG CCAGGAGACC CCTGCTGCCC 
TTCAACTTCA CCACACCTCA GCCGCCTCCT CCAAGCTCCG GCCCAACCAG ACTGGCCCAC 
ACCGACCGCA GGCCTGTCCG CCCGTTCAGG AAGGAGGACC ATTGTCGCAC TAAATCGATG 
ACTCCTGACA AGACAGCCAT CGTTAGAGGA GGAGCTAAGG ATAGAGCCGT CAGCACTCCC 
AAAGGTTTTG AGATCAGCCT GACGTTCAAC GAAGGACTCA GCGCCATCCT GAGTGACCCA 
GGAACCAGTT TCAGCGGAGA GTCCAGCATC AGATCAAATG GACAACCAGC TCCTGGGCCG 
AGGCGCTGGA ACGTTCTGTC CCCTCTCCGC CAGAAGAAGA AATCTTCTTG A

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

RefSeq	XP_015236877.1
CDS	39..4229
Translation	MDLIAALQFLNLNQVPQDWVDAVWDLEFTERQPLDAMMEDELAAAGEKSFRTLYRCLMEQAAEQQRSSGQEGVSQGVWVVLGDSGVSVKSLVAVLSHFILTAKAKEGGVQQRVCGLYAASVYLLLLGVPGSIANKVFHEVLLDTCSDLPSHCWPQEHGRKRKKDALKASQADGKRSKPQRRDAMEMDLEEEEEEEEQHFSGQDLMKIRDAIALLVQSLLRLLQTFPLKDRTQSASNCTQIFSKLLSFEPVVGELTFSPPRDLSELKSIPEMAFYGLKLLCSPKHGDQKESLRRVFYRLLYVILMMNKVHGRKPSLLVPNQAVLNTRDQAIHFVCHLVEELKDLALPLLQILLQHICFQMVEKSEYRSHGAQAVGMLTSQMVSVDYACFIKWLFSFSSHSKMVHRLFSVDVVMVLLAQPERSVEDCPDPELARFLPQKFLIQEVLFARRNDESPTVQGHALSCLAQCLELPSLNVTRAVHDLFSATGTQTVLEEELTAGTSGSQKSYRTLPFRTVELSSTSSSSCEAKENLALLLRRVGDPKTNVRKAALQALVGLLKHGVIPATWENLESLSERSRDPAVSVRKKALQCLGELLAAKPSCRAVQKAWLHCVVPAVMDTESSMQEKALELLDQVLLSQVKPYNERSLLDHSQSLTWDLLGLLCDESQNLSRYFSRAFSIWSKQNKFSPAFISSLVSHTQTDHAAGAWLLLSKAVSSVSRVPHGQILDAWDTMIRSDSVNVTSCCHILSVVGDVAAHLNEDTKERIIADLMSRLKTFRLPLEVISAAMDTLYQLGCSEDIRLTQAFLNQHCGELVSICEAYLAGIILNENKTQDLNEDLMIKHLHTLGAASLHCPAKVGRRTVLLVESVLTSPSKKLADGEEDLPTSQPLTQFRDNELPSSVKAHGVITLGKLCLQQEKLAQRYLPVFARELEVGPDVAVRNNVAVIMCDLCVRYTSMVDLYIPNVSACLRDNSAVVRENALIMLTNLLQEEFVKWKGSLFFRFMMALVDPVPAIASLCEYCLLHRLLKKNPEMFSQHFIECIFHFNSYDKHTSYNKFPQSDREKARFSLRGAQNREKRFRIYRFLLEHFTDAQRFNTTNKISQTVLACFAEEELPLDSDGAEVLSETFNVLSLKEFKLQAVSAPAGGAEESEEENVATMTKVVLQVAQRKVVSQVQKKAFIENTVPLIISLKNLLEQKRSPVLKDLMAYLQVTMQDYRNEVKEFFAGDEQLAAEVEFALNTAEKEREMAEKMESCSLTANGPTTLPKGSELLSPARRPLLPFNFTTPQPPPPSSGPTRLAHTDRRPVRPFRKEDHCRTKSMTPDKTAIVRGGAKDRAVSTPKGFEISLTFNEGLSAILSDPGTSFSGESSIRSNGQPAPGPRRWNVLSPLRQKKKSS

Target ORF information:

RefSeq Version	XM_015381391.1
Organism	Cyprinodon variegatus(sheepshead minnow)
Definition	Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X1, mRNA.

Target ORF information:

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

XM_015381391.1

ORF Insert Sequence:

ATGGATCTGA TAGCTGCGCT GCAATTCCTC AACCTGAACC AAGTCCCACA AGACTGGGTG 
GATGCCGTGT GGGACTTGGA GTTCACCGAG AGGCAACCAC TGGACGCCAT GATGGAGGAT 
GAGCTGGCAG CTGCTGGGGA GAAGTCCTTC AGAACCCTGT ACCGCTGCCT GATGGAGCAG 
GCGGCAGAAC AGCAGCGGTC TTCCGGCCAG GAAGGGGTGT CTCAGGGTGT CTGGGTGGTC 
CTTGGAGACA GCGGAGTGTC TGTGAAGTCC CTGGTGGCGG TTCTGTCACA CTTTATTCTG 
ACGGCAAAGG CCAAAGAGGG GGGTGTTCAG CAGAGGGTCT GTGGACTCTA TGCAGCATCT 
GTCTACTTGC TGCTTCTGGG GGTCCCAGGA AGCATCGCCA ACAAGGTGTT CCACGAGGTT 
CTGTTGGACA CGTGTTCTGA CTTGCCATCC CACTGCTGGC CTCAGGAGCA CGGCAGGAAG 
CGCAAGAAAG ACGCCCTGAA AGCTTCCCAG GCTGACGGCA AGAGGTCCAA GCCTCAGAGG 
AGAGACGCCA TGGAGATGGA CTTAGAAGAG GAAGAGGAAG AAGAAGAGCA GCATTTCTCT 
GGCCAGGACC TGATGAAGAT CAGAGATGCC ATTGCTCTCC TTGTCCAGAG TCTTCTCCGC 
TTGCTGCAGA CGTTTCCCCT CAAAGACCGA ACGCAGAGTG CCAGCAACTG CACACAGATC 
TTCAGTAAAC TGCTGTCCTT CGAGCCTGTC GTGGGGGAGC TAACCTTCTC CCCTCCACGG 
GACCTCAGCG AACTGAAGAG CATCCCAGAA ATGGCCTTCT ACGGCTTGAA GCTGCTCTGC 
TCACCGAAGC ATGGAGACCA GAAAGAATCC CTAAGGAGAG TCTTCTATCG GCTGCTCTAC 
GTCATCCTGA TGATGAATAA AGTCCACGGC AGGAAGCCTT CCCTCCTCGT CCCCAACCAG 
GCCGTCCTCA ACACGCGGGA CCAGGCCATC CACTTCGTCT GTCATCTGGT GGAGGAGCTG 
AAAGATCTGG CTCTACCTTT GCTTCAGATC CTCCTGCAGC ATATCTGCTT CCAGATGGTG 
GAGAAGAGTG AGTATCGCAG CCATGGAGCC CAGGCTGTGG GGATGTTGAC GTCTCAGATG 
GTCAGTGTGG ACTACGCCTG CTTCATTAAG TGGCTGTTCA GCTTCTCCAG TCATTCAAAG 
ATGGTGCACC GGCTGTTCTC CGTGGACGTG GTGATGGTGT TGTTGGCCCA GCCAGAGAGG 
AGCGTGGAGG ACTGTCCGGA CCCGGAGCTG GCCAGGTTCC TGCCTCAAAA GTTCCTGATC 
CAGGAGGTGT TGTTTGCCCG GCGAAACGAT GAGTCTCCCA CCGTCCAGGG TCACGCTCTG 
TCCTGCCTGG CGCAGTGCTT AGAGCTGCCC TCGCTCAATG TGACCCGGGC CGTCCACGAC 
CTCTTCTCTG CCACTGGAAC TCAGACGGTG CTGGAGGAGG AGCTGACCGC AGGAACCTCT 
GGCTCCCAGA AGAGTTACCG AACTCTGCCC TTCAGGACGG TGGAGCTCAG CAGTACCAGC 
AGCTCCAGCT GTGAGGCTAA AGAGAACCTG GCCCTTCTCC TGCGCCGTGT TGGTGACCCA 
AAGACAAACG TGAGGAAGGC GGCTCTGCAG GCTCTGGTGG GTCTCCTGAA GCACGGCGTT 
ATTCCTGCCA CCTGGGAGAA CCTGGAGAGT CTGTCGGAGC GCAGCAGAGA CCCGGCCGTG 
TCCGTGAGGA AGAAGGCCTT GCAGTGCCTG GGGGAGCTGC TGGCTGCCAA ACCGAGCTGC 
AGGGCGGTTC AGAAGGCGTG GCTGCACTGC GTGGTCCCAG CTGTCATGGA CACGGAGAGC 
TCTATGCAGG AAAAGGCACT GGAGCTTCTG GACCAGGTGC TGCTGAGTCA GGTGAAGCCT 
TACAATGAGA GGAGTCTGCT GGACCACAGC CAGAGCCTGA CCTGGGACCT GCTGGGCCTG 
CTGTGTGACG AGAGCCAGAA CCTCAGTCGA TACTTCAGCC GGGCTTTCAG CATCTGGTCC 
AAACAGAACA AATTCAGCCC GGCCTTCATC TCCAGCCTGG TCTCCCACAC GCAGACGGAC 
CACGCCGCAG GAGCCTGGCT GCTGCTCTCC AAGGCCGTCT CCTCAGTGTC CCGAGTCCCC 
CACGGCCAGA TCCTGGACGC CTGGGACACC ATGATCAGAT CGGACAGCGT AAACGTGACC 
AGCTGCTGCC ACATCCTGTC TGTGGTCGGA GACGTTGCTG CTCACCTGAA CGAGGACACC 
AAGGAGCGTA TCATCGCCGA CCTGATGTCC CGACTGAAGA CTTTCCGCCT GCCCCTGGAG 
GTGATCAGCG CCGCCATGGA CACGCTCTAC CAGCTGGGTT GCAGTGAAGA CATCAGACTT 
ACCCAGGCCT TCCTGAACCA GCACTGCGGT GAACTGGTGT CCATCTGCGA GGCTTATCTA 
GCTGGCATCA TCCTGAACGA GAACAAAACT CAGGACCTGA ACGAGGACCT GATGATCAAA 
CACCTCCACA CCCTGGGCGC AGCCTCCCTT CACTGTCCTG CCAAGGTCGG CAGAAGGACG 
GTGTTGCTGG TGGAATCTGT CCTCACATCC CCATCCAAGA AGCTGGCAGA CGGTGAGGAG 
GATCTGCCAA CATCTCAGCC TCTGACCCAG TTCAGGGACA ATGAGTTGCC GTCCAGCGTC 
AAAGCCCATG GAGTCATCAC GTTAGGTAAG CTGTGTCTGC AGCAGGAGAA GCTTGCCCAG 
AGGTACCTGC CAGTGTTCGC CCGGGAGCTG GAGGTGGGCC CAGACGTGGC GGTCCGGAAC 
AACGTGGCGG TGATCATGTG CGACCTGTGC GTCCGCTACA CCAGCATGGT GGACCTGTAC 
ATCCCCAACG TGTCCGCCTG CCTGAGGGAC AACTCCGCCG TGGTCAGGGA GAACGCCCTC 
ATCATGCTAA CCAACCTGCT GCAGGAGGAG TTTGTCAAAT GGAAAGGCTC CCTCTTTTTT 
CGCTTCATGA TGGCACTGGT TGATCCGGTT CCTGCCATTG CCAGCCTGTG TGAGTACTGC 
CTGCTGCACC GGCTGCTGAA GAAGAACCCA GAGATGTTCA GCCAGCACTT CATCGAGTGC 
ATCTTCCACT TCAACTCCTA CGACAAGCAC ACGTCCTACA ACAAGTTCCC CCAGAGCGAC 
AGAGAGAAGG CCCGGTTCTC CCTGAGGGGA GCTCAGAACA GGGAAAAGCG CTTTCGGATT 
TACCGCTTCC TTCTGGAACA CTTCACCGAT GCCCAGCGCT TCAACACCAC CAACAAGATC 
AGCCAGACAG TCTTAGCATG CTTTGCAGAG GAGGAGCTGC CTCTAGATTC AGATGGAGCC 
GAGGTTCTGT CGGAGACCTT CAACGTTTTG AGTCTGAAAG AGTTTAAGCT GCAGGCAGTG 
TCAGCACCAG CAGGGGGAGC TGAGGAGTCA GAGGAGGAGA ACGTGGCCAC CATGACCAAG 
GTTGTCCTGC AGGTTGCCCA GAGGAAGGTG GTCTCTCAGG TCCAGAAGAA GGCCTTCATA 
GAGAACACAG TTCCTCTGAT CATCAGCCTG AAGAACCTTC TGGAGCAGAA ACGCTCCCCT 
GTCCTCAAAG ACCTCATGGC CTACCTCCAG GTAACCATGC AGGACTATAG GAATGAGGTG 
AAGGAGTTCT TCGCTGGAGA TGAGCAGCTG GCGGCTGAAG TGGAGTTTGC TCTGAATACA 
GCAGAAAAGG AGAGAGAGAT GGCAGAGAAG ATGGAGAGCT GCAGCCTTAC GGCGAATGGC 
CCAACGACCC TACCCAAGGG TTCAGAGCTC CTCTCTCCTG CCAGGAGACC CCTGCTGCCC 
TTCAACTTCA CCACACCTCA GCCGCCTCCT CCAAGCTCCG GCCCAACCAG ACTGGCCCAC 
ACCGACCGCA GGCCTGTCCG CCCGTTCAGG AAGGAGGACC ATTGTCGCAC TAAATCGATG 
ACTCCTGACA AGACAGCCAT CGTTAGAGGA GGAGCTAAGG ATAGAGCCGT CAGCACTCCC 
AAAGGTTTTG AGATCAGCCT GACGTTCAAC GAAGGACTCA GCGCCATCCT GAGTGACCCA 
GGAACCAGTT TCAGCGGAGA GTCCAGCATC AGATCAAATG GACAACCAGC TCCTGGGCCG 
AGGCGCTGGA ACGTTCTGTC CCCTCTCCGC CAGAAGAAGA AATCTTCTTG A

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

ncapd3 ( XM_015381392.1 ) cDNA ORF clone, Cyprinodon variegatus(sheepshead minnow) -> XP_015236878.1 Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OCy12848
Clone ID Related Accession (Same CDS sequence)	XM_015381392.1
Accession Version	XM_015381392.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4188bp) 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	2016-01-13
Organism	Cyprinodon variegatus(sheepshead minnow)
Product	condensin-2 complex subunit D3 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015150685.1) 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 :: Cyprinodon variegatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATCTGA TAGCTGCGCT GCAATTCCTC AACCTGAACC AAGTCCCACA AGACTGGGTG 
GATGCCGTGT GGGACTTGGA GTTCACCGAG AGGCAACCAC TGGACGCCAT GATGGAGGAT 
GAGCTGGCAG CTGCTGGGGA GAAGTCCTTC AGAACCCTGT ACCGCTGCCT GATGGAGCAG 
GCGGCAGAAC AGCAGCGGTC TTCCGGCCAG GAAGGGGTGT CTCAGGGTGT CTGGGTGGTC 
CTTGGAGACA GCGGAGTGTC TGTGAAGTCC CTGGTGGCGG TTCTGTCACA CTTTATTCTG 
ACGGCAAAGG CCAAAGAGGG GGGTGTTCAG CAGAGGGTCT GTGGACTCTA TGCAGCATCT 
GTCTACTTGC TGCTTCTGGG GGTCCCAGGA AGCATCGCCA ACAAGGTGTT CCACGAGGTT 
CTGTTGGACA CGTGTTCTGA CTTGCCATCC CACTGCTGGC CTCAGGAGCA CGGCAGGAAG 
CGCAAGAAAG ACGCCCTGAA AGCTTCCCAG GCTGACGGCA AGAGGTCCAA GCCTCAGAGG 
AGAGACGCCA TGGAGATGGA CTTAGAAGAG GAAGAGGAAG AAGAAGAGCA GCATTTCTCT 
GGCCAGGACC TGATGAAGAT CAGAGATGCC ATTGCTCTCC TTGTCCAGAG TCTTCTCCGC 
TTGCTGCAGA CGTTTCCCCT CAAAGACCGA ACGCAGAGTG CCAGCAACTG CACACAGATC 
TTCAGTAAAC TGCTGTCCTT CGAGCCTGTC GTGGGGGAGC TAACCTTCTC CCCTCCACGG 
GACCTCAGCG AACTGAAGAG CATCCCAGAA ATGGCCTTCT ACGGCTTGAA GCTGCTCTGC 
TCACCGAAGC ATGGAGACCA GAAAGAATCC CTAAGGAGAG TCTTCTATCG GCTGCTCTAC 
GTCATCCTGA TGATGAATAA AGTCCACGGC AGGAAGCCTT CCCTCCTCGT CCCCAACCAG 
GCCGTCCTCA ACACGCGGGA CCAGGCCATC CACTTCGTCT GTCATCTGGT GGAGGAGCTG 
AAAGATCTGG CTCTACCTTT GCTTCAGATC CTCCTGCAGC ATATCTGCTT CCAGATGGTG 
GAGAAGAGTG AGTATCGCAG CCATGGAGCC CAGGCTGTGG GGATGTTGAC GTCTCAGATG 
GTCAGTGTGG ACTACGCCTG CTTCATTAAG TGGCTGTTCA GCTTCTCCAG TCATTCAAAG 
ATGGTGCACC GGCTGTTCTC CGTGGACGTG GTGATGGTGT TGTTGGCCCA GCCAGAGAGG 
AGCGTGGAGG ACTGTCCGGA CCCGGAGCTG GCCAGGTTCC TGCCTCAAAA GTTCCTGATC 
CAGGAGGTGT TGTTTGCCCG GCGAAACGAT GAGTCTCCCA CCGTCCAGGG TCACGCTCTG 
TCCTGCCTGG CGCAGTGCTT AGAGCTGCCC TCGCTCAATG TGACCCGGGC CGTCCACGAC 
CTCTTCTCTG CCACTGGAAC TCAGACGGTG CTGGAGGAGG AGCTGACCGC AGGAACCTCT 
GGCTCCCAGA AGAGTTACCG AACTCTGCCC TTCAGGACGG TGGAGCTCAG CAGTACCAGC 
AGCTCCAGCT GTGAGGCTAA AGAGAACCTG GCCCTTCTCC TGCGCCGTGT TGGTGACCCA 
AAGACAAACG TGAGGAAGGC GGCTCTGCAG GCTCTGGTGG GTCTCCTGAA GCACGGCGTT 
ATTCCTGCCA CCTGGGAGAA CCTGGAGAGT CTGTCGGAGC GCAGCAGAGA CCCGGCCGTG 
TCCGTGAGGA AGAAGGCCTT GCAGTGCCTG GGGGAGCTGC TGGCTGCCAA ACCGAGCTGC 
AGGGCGGTTC AGAAGGCGTG GCTGCACTGC GTGGTCCCAG CTGTCATGGA CACGGAGAGC 
TCTATGCAGG AAAAGGCACT GGAGCTTCTG GACCAGGTGC TGCTGAGTCA GGTGAAGCCT 
TACAATGAGA GGAGTCTGCT GGACCACAGC CAGAGCCTGA CCTGGGACCT GCTGGGCCTG 
CTGTGTGACG AGAGCCAGAA CCTCAGTCGA TACTTCAGCC GGGCTTTCAG CATCTGGTCC 
AAACAGAACA AATTCAGCCC GGCCTTCATC TCCAGCCTGG TCTCCCACAC GCAGACGGAC 
CACGCCGCAG GAGCCTGGCT GCTGCTCTCC AAGGCCGTCT CCTCAGTGTC CCGAGTCCCC 
CACGGCCAGA TCCTGGACGC CTGGGACACC ATGATCAGAT CGGACAGCGT AAACGTGACC 
AGCTGCTGCC ACATCCTGTC TGTGGTCGGA GACGTTGCTG CTCACCTGAA CGAGGACACC 
AAGGAGCGTA TCATCGCCGA CCTGATGTCC CGACTGAAGA CTTTCCGCCT GCCCCTGGAG 
GTGATCAGCG CCGCCATGGA CACGCTCTAC CAGCTGGGTT GCAGTGAAGA CATCAGACTT 
ACCCAGGCCT TCCTGAACCA GCACTGCGGT GAACTGGTGT CCATCTGCGA GGCTTATCTA 
GCTGGCATCA TCCTGAACGA GAACAAAACT CAGGACCTGA ACGAGGACCT GATGATCAAA 
CACCTCCACA CCCTGGGCGC AGCCTCCCTT CACTGTCCTG CCAAGGTCGG CAGAAGGACG 
GTGTTGCTGG TGGAATCTGT CCTCACATCC CCATCCAAGA AGCTGGCAGA CGGTGAGGAG 
GATCTGCCAA CATCTCAGCC TCTGACCCAG TTCAGGGACA ATGAGTTGCC GTCCAGCGTC 
AAAGCCCATG GAGTCATCAC GTTAGGTAAG CTGTGTCTGC AGCAGGAGAA GCTTGCCCAG 
AGGTACCTGC CAGTGTTCGC CCGGGAGCTG GAGGTGGGCC CAGACGTGGC GGTCCGGAAC 
AACGTGGCGG TGATCATGTG CGACCTGTGC GTCCGCTACA CCAGCATGGT GGACCTGTAC 
ATCCCCAACG TGTCCGCCTG CCTGAGGGAC AACTCCGCCG TGGTCAGGGA GAACGCCCTC 
ATCATGCTAA CCAACCTGCT GCAGGAGGAG TTTGTCAAAT GGAAAGGCTC CCTCTTTTTT 
CGCTTCATGA TGGCACTGGT TGATCCGGTT CCTGCCATTG CCAGCCTGTG TGAGTACTGC 
CTGCTGCACC GGCTGCTGAA GAAGAACCCA GAGATGTTCA GCCAGCACTT CATCGAGTGC 
ATCTTCCACT TCAACTCCTA CGACAAGCAC ACGTCCTACA ACAAGTTCCC CCAGAGCGAC 
AGAGAGAAGG CCCGGTTCTC CCTGAGGGGA GCTCAGAACA GGGAAAAGCG CTTTCGGATT 
TACCGCTTCC TTCTGGAACA CTTCACCGAT GCCCAGCGCT TCAACACCAC CAACAAGATC 
AGCCAGACAG TCTTAGCATG CTTTGCAGAG GAGGAGCTGC CTCTAGATTC AGATGGAGCC 
GAGGTTCTGT CGGAGACCTT CAACGTTTTG AGTCTGAAAG AGTTTAAGCT GCAGGCAGTG 
TCAGCACCAG CAGGGGGAGC TGAGGAGTCA GAGGAGGAGA ACGTGGCCAC CATGACCAAG 
GTTGTCCTGC AGGTTGCCCA GAGGAAGGTG GTCTCTCAGG TCCAGAAGAA GGCCTTCATA 
GAGAACACAG TTCCTCTGAT CATCAGCCTG AAGAACCTTC TGGAGCAGAA ACGCTCCCCT 
GTCCTCAAAG ACCTCATGGC CTACCTCCAG GTAACCATGC AGGACTATAG GAATGAGGTG 
AAGGAGTTCT TCGCTGGAGA TGAGCAGCTG GCGGCTGAAG TGGAGTTTGC TCTGAATACA 
GCAGAAAAGG AGAGAGAGAT GGCAGAGAAG ATGGAGAGCT GCAGCCTTAC GGCGAATGGC 
CCAACGACCC TACCCAAGGG TTCAGAGCTC CTCTCTCCTG CCAGGAGACC CCTGCTGCCC 
TTCAACTTCA CCACACCTCA GCCGCCTCCT CCAAGCTCCG GCCCAACCAG ACTGGCCCAC 
ACCGACCGGC CTGTCCGCCC GTTCAGGAAG GAGGACCATT GTCGCACTAA ATCGATGACT 
CCTGACAAGA CAGCCATCGT TAGAGGAGGA GCTAAGGATA GAGCCGTCAG CACTCCCAAA 
GGTTTTGAGA TCAGCCTGAC GTTCAACGAA GGACTCAGCG CCATCCTGAG TGACCCAGGA 
ACCAGTTTCA GCGGAGAGTC CAGCATCAGA TCAAATGGAC AACCAGCTCC TGGGCCGAGG 
CGCTGGAACG TTCTGTCCCC TCTCCGCCAG AAGAAGAAAT CTTCTTGA

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

RefSeq	XP_015236878.1
CDS	39..4226
Translation	MDLIAALQFLNLNQVPQDWVDAVWDLEFTERQPLDAMMEDELAAAGEKSFRTLYRCLMEQAAEQQRSSGQEGVSQGVWVVLGDSGVSVKSLVAVLSHFILTAKAKEGGVQQRVCGLYAASVYLLLLGVPGSIANKVFHEVLLDTCSDLPSHCWPQEHGRKRKKDALKASQADGKRSKPQRRDAMEMDLEEEEEEEEQHFSGQDLMKIRDAIALLVQSLLRLLQTFPLKDRTQSASNCTQIFSKLLSFEPVVGELTFSPPRDLSELKSIPEMAFYGLKLLCSPKHGDQKESLRRVFYRLLYVILMMNKVHGRKPSLLVPNQAVLNTRDQAIHFVCHLVEELKDLALPLLQILLQHICFQMVEKSEYRSHGAQAVGMLTSQMVSVDYACFIKWLFSFSSHSKMVHRLFSVDVVMVLLAQPERSVEDCPDPELARFLPQKFLIQEVLFARRNDESPTVQGHALSCLAQCLELPSLNVTRAVHDLFSATGTQTVLEEELTAGTSGSQKSYRTLPFRTVELSSTSSSSCEAKENLALLLRRVGDPKTNVRKAALQALVGLLKHGVIPATWENLESLSERSRDPAVSVRKKALQCLGELLAAKPSCRAVQKAWLHCVVPAVMDTESSMQEKALELLDQVLLSQVKPYNERSLLDHSQSLTWDLLGLLCDESQNLSRYFSRAFSIWSKQNKFSPAFISSLVSHTQTDHAAGAWLLLSKAVSSVSRVPHGQILDAWDTMIRSDSVNVTSCCHILSVVGDVAAHLNEDTKERIIADLMSRLKTFRLPLEVISAAMDTLYQLGCSEDIRLTQAFLNQHCGELVSICEAYLAGIILNENKTQDLNEDLMIKHLHTLGAASLHCPAKVGRRTVLLVESVLTSPSKKLADGEEDLPTSQPLTQFRDNELPSSVKAHGVITLGKLCLQQEKLAQRYLPVFARELEVGPDVAVRNNVAVIMCDLCVRYTSMVDLYIPNVSACLRDNSAVVRENALIMLTNLLQEEFVKWKGSLFFRFMMALVDPVPAIASLCEYCLLHRLLKKNPEMFSQHFIECIFHFNSYDKHTSYNKFPQSDREKARFSLRGAQNREKRFRIYRFLLEHFTDAQRFNTTNKISQTVLACFAEEELPLDSDGAEVLSETFNVLSLKEFKLQAVSAPAGGAEESEEENVATMTKVVLQVAQRKVVSQVQKKAFIENTVPLIISLKNLLEQKRSPVLKDLMAYLQVTMQDYRNEVKEFFAGDEQLAAEVEFALNTAEKEREMAEKMESCSLTANGPTTLPKGSELLSPARRPLLPFNFTTPQPPPPSSGPTRLAHTDRPVRPFRKEDHCRTKSMTPDKTAIVRGGAKDRAVSTPKGFEISLTFNEGLSAILSDPGTSFSGESSIRSNGQPAPGPRRWNVLSPLRQKKKSS

Target ORF information:

RefSeq Version	XM_015381392.1
Organism	Cyprinodon variegatus(sheepshead minnow)
Definition	Cyprinodon variegatus non-SMC condensin II complex subunit D3 (ncapd3), transcript variant X2, mRNA.

Target ORF information:

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

XM_015381392.1

ORF Insert Sequence:

ATGGATCTGA TAGCTGCGCT GCAATTCCTC AACCTGAACC AAGTCCCACA AGACTGGGTG 
GATGCCGTGT GGGACTTGGA GTTCACCGAG AGGCAACCAC TGGACGCCAT GATGGAGGAT 
GAGCTGGCAG CTGCTGGGGA GAAGTCCTTC AGAACCCTGT ACCGCTGCCT GATGGAGCAG 
GCGGCAGAAC AGCAGCGGTC TTCCGGCCAG GAAGGGGTGT CTCAGGGTGT CTGGGTGGTC 
CTTGGAGACA GCGGAGTGTC TGTGAAGTCC CTGGTGGCGG TTCTGTCACA CTTTATTCTG 
ACGGCAAAGG CCAAAGAGGG GGGTGTTCAG CAGAGGGTCT GTGGACTCTA TGCAGCATCT 
GTCTACTTGC TGCTTCTGGG GGTCCCAGGA AGCATCGCCA ACAAGGTGTT CCACGAGGTT 
CTGTTGGACA CGTGTTCTGA CTTGCCATCC CACTGCTGGC CTCAGGAGCA CGGCAGGAAG 
CGCAAGAAAG ACGCCCTGAA AGCTTCCCAG GCTGACGGCA AGAGGTCCAA GCCTCAGAGG 
AGAGACGCCA TGGAGATGGA CTTAGAAGAG GAAGAGGAAG AAGAAGAGCA GCATTTCTCT 
GGCCAGGACC TGATGAAGAT CAGAGATGCC ATTGCTCTCC TTGTCCAGAG TCTTCTCCGC 
TTGCTGCAGA CGTTTCCCCT CAAAGACCGA ACGCAGAGTG CCAGCAACTG CACACAGATC 
TTCAGTAAAC TGCTGTCCTT CGAGCCTGTC GTGGGGGAGC TAACCTTCTC CCCTCCACGG 
GACCTCAGCG AACTGAAGAG CATCCCAGAA ATGGCCTTCT ACGGCTTGAA GCTGCTCTGC 
TCACCGAAGC ATGGAGACCA GAAAGAATCC CTAAGGAGAG TCTTCTATCG GCTGCTCTAC 
GTCATCCTGA TGATGAATAA AGTCCACGGC AGGAAGCCTT CCCTCCTCGT CCCCAACCAG 
GCCGTCCTCA ACACGCGGGA CCAGGCCATC CACTTCGTCT GTCATCTGGT GGAGGAGCTG 
AAAGATCTGG CTCTACCTTT GCTTCAGATC CTCCTGCAGC ATATCTGCTT CCAGATGGTG 
GAGAAGAGTG AGTATCGCAG CCATGGAGCC CAGGCTGTGG GGATGTTGAC GTCTCAGATG 
GTCAGTGTGG ACTACGCCTG CTTCATTAAG TGGCTGTTCA GCTTCTCCAG TCATTCAAAG 
ATGGTGCACC GGCTGTTCTC CGTGGACGTG GTGATGGTGT TGTTGGCCCA GCCAGAGAGG 
AGCGTGGAGG ACTGTCCGGA CCCGGAGCTG GCCAGGTTCC TGCCTCAAAA GTTCCTGATC 
CAGGAGGTGT TGTTTGCCCG GCGAAACGAT GAGTCTCCCA CCGTCCAGGG TCACGCTCTG 
TCCTGCCTGG CGCAGTGCTT AGAGCTGCCC TCGCTCAATG TGACCCGGGC CGTCCACGAC 
CTCTTCTCTG CCACTGGAAC TCAGACGGTG CTGGAGGAGG AGCTGACCGC AGGAACCTCT 
GGCTCCCAGA AGAGTTACCG AACTCTGCCC TTCAGGACGG TGGAGCTCAG CAGTACCAGC 
AGCTCCAGCT GTGAGGCTAA AGAGAACCTG GCCCTTCTCC TGCGCCGTGT TGGTGACCCA 
AAGACAAACG TGAGGAAGGC GGCTCTGCAG GCTCTGGTGG GTCTCCTGAA GCACGGCGTT 
ATTCCTGCCA CCTGGGAGAA CCTGGAGAGT CTGTCGGAGC GCAGCAGAGA CCCGGCCGTG 
TCCGTGAGGA AGAAGGCCTT GCAGTGCCTG GGGGAGCTGC TGGCTGCCAA ACCGAGCTGC 
AGGGCGGTTC AGAAGGCGTG GCTGCACTGC GTGGTCCCAG CTGTCATGGA CACGGAGAGC 
TCTATGCAGG AAAAGGCACT GGAGCTTCTG GACCAGGTGC TGCTGAGTCA GGTGAAGCCT 
TACAATGAGA GGAGTCTGCT GGACCACAGC CAGAGCCTGA CCTGGGACCT GCTGGGCCTG 
CTGTGTGACG AGAGCCAGAA CCTCAGTCGA TACTTCAGCC GGGCTTTCAG CATCTGGTCC 
AAACAGAACA AATTCAGCCC GGCCTTCATC TCCAGCCTGG TCTCCCACAC GCAGACGGAC 
CACGCCGCAG GAGCCTGGCT GCTGCTCTCC AAGGCCGTCT CCTCAGTGTC CCGAGTCCCC 
CACGGCCAGA TCCTGGACGC CTGGGACACC ATGATCAGAT CGGACAGCGT AAACGTGACC 
AGCTGCTGCC ACATCCTGTC TGTGGTCGGA GACGTTGCTG CTCACCTGAA CGAGGACACC 
AAGGAGCGTA TCATCGCCGA CCTGATGTCC CGACTGAAGA CTTTCCGCCT GCCCCTGGAG 
GTGATCAGCG CCGCCATGGA CACGCTCTAC CAGCTGGGTT GCAGTGAAGA CATCAGACTT 
ACCCAGGCCT TCCTGAACCA GCACTGCGGT GAACTGGTGT CCATCTGCGA GGCTTATCTA 
GCTGGCATCA TCCTGAACGA GAACAAAACT CAGGACCTGA ACGAGGACCT GATGATCAAA 
CACCTCCACA CCCTGGGCGC AGCCTCCCTT CACTGTCCTG CCAAGGTCGG CAGAAGGACG 
GTGTTGCTGG TGGAATCTGT CCTCACATCC CCATCCAAGA AGCTGGCAGA CGGTGAGGAG 
GATCTGCCAA CATCTCAGCC TCTGACCCAG TTCAGGGACA ATGAGTTGCC GTCCAGCGTC 
AAAGCCCATG GAGTCATCAC GTTAGGTAAG CTGTGTCTGC AGCAGGAGAA GCTTGCCCAG 
AGGTACCTGC CAGTGTTCGC CCGGGAGCTG GAGGTGGGCC CAGACGTGGC GGTCCGGAAC 
AACGTGGCGG TGATCATGTG CGACCTGTGC GTCCGCTACA CCAGCATGGT GGACCTGTAC 
ATCCCCAACG TGTCCGCCTG CCTGAGGGAC AACTCCGCCG TGGTCAGGGA GAACGCCCTC 
ATCATGCTAA CCAACCTGCT GCAGGAGGAG TTTGTCAAAT GGAAAGGCTC CCTCTTTTTT 
CGCTTCATGA TGGCACTGGT TGATCCGGTT CCTGCCATTG CCAGCCTGTG TGAGTACTGC 
CTGCTGCACC GGCTGCTGAA GAAGAACCCA GAGATGTTCA GCCAGCACTT CATCGAGTGC 
ATCTTCCACT TCAACTCCTA CGACAAGCAC ACGTCCTACA ACAAGTTCCC CCAGAGCGAC 
AGAGAGAAGG CCCGGTTCTC CCTGAGGGGA GCTCAGAACA GGGAAAAGCG CTTTCGGATT 
TACCGCTTCC TTCTGGAACA CTTCACCGAT GCCCAGCGCT TCAACACCAC CAACAAGATC 
AGCCAGACAG TCTTAGCATG CTTTGCAGAG GAGGAGCTGC CTCTAGATTC AGATGGAGCC 
GAGGTTCTGT CGGAGACCTT CAACGTTTTG AGTCTGAAAG AGTTTAAGCT GCAGGCAGTG 
TCAGCACCAG CAGGGGGAGC TGAGGAGTCA GAGGAGGAGA ACGTGGCCAC CATGACCAAG 
GTTGTCCTGC AGGTTGCCCA GAGGAAGGTG GTCTCTCAGG TCCAGAAGAA GGCCTTCATA 
GAGAACACAG TTCCTCTGAT CATCAGCCTG AAGAACCTTC TGGAGCAGAA ACGCTCCCCT 
GTCCTCAAAG ACCTCATGGC CTACCTCCAG GTAACCATGC AGGACTATAG GAATGAGGTG 
AAGGAGTTCT TCGCTGGAGA TGAGCAGCTG GCGGCTGAAG TGGAGTTTGC TCTGAATACA 
GCAGAAAAGG AGAGAGAGAT GGCAGAGAAG ATGGAGAGCT GCAGCCTTAC GGCGAATGGC 
CCAACGACCC TACCCAAGGG TTCAGAGCTC CTCTCTCCTG CCAGGAGACC CCTGCTGCCC 
TTCAACTTCA CCACACCTCA GCCGCCTCCT CCAAGCTCCG GCCCAACCAG ACTGGCCCAC 
ACCGACCGGC CTGTCCGCCC GTTCAGGAAG GAGGACCATT GTCGCACTAA ATCGATGACT 
CCTGACAAGA CAGCCATCGT TAGAGGAGGA GCTAAGGATA GAGCCGTCAG CACTCCCAAA 
GGTTTTGAGA TCAGCCTGAC GTTCAACGAA GGACTCAGCG CCATCCTGAG TGACCCAGGA 
ACCAGTTTCA GCGGAGAGTC CAGCATCAGA TCAAATGGAC AACCAGCTCC TGGGCCGAGG 
CGCTGGAACG TTCTGTCCCC TCTCCGCCAG AAGAAGAAAT CTTCTTGA