ncapd3 cDNA ORF clone, Pygocentrus nattereri(red-bellied piranha)

Gene
Clones
gRNAs

Summary

Gene Symbol	ncapd3
Entrez Gene ID	108443986
Full Name	non-SMC condensin II complex subunit D3
Gene Type	protein-coding
Organism	Pygocentrus nattereri(red-bellied piranha)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017724920.1	XP_017580409.1	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
OPy51187	XM_017724920.1 Latest version!	Pygocentrus nattereri 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_017724920.1 ) cDNA ORF clone, Pygocentrus nattereri(red-bellied piranha) -> XP_017580409.1 Pygocentrus nattereri non-SMC condensin II complex subunit D3 (ncapd3), mRNA.

Price & Availability↑

CloneID	OPy51187
Clone ID Related Accession (Same CDS sequence)	XM_017724920.1
Accession Version	XM_017724920.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4293bp) 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	2016-08-01
Organism	Pygocentrus nattereri(red-bellied piranha)
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_016244360.1) 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 :: Pygocentrus nattereri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGTTCA TGCTCGCAGT CCAGCAGCTG AAACTAAATA CCGTTTCTAC AGCTTGGGTG 
GACACAGTCT GGGATTGCGA GTTCACTGAT ATAGAGCCCC TCGACTCTGC CATCGAAGAG 
GACATAAAAG AAGATCCTGA TGTTTTTAAG AAAGTGTACA AGCAGCTACT GCTCTTCTCC 
AGTGACGATG ACGGCACACA GAGTGTCTGG ACAGTGCTGG GAGAGAATGA AGTACCTGTG 
AAGTCGCTGG TGGCTGTGCT CGCCTGCTTT GTGCTCGGTG CAAAAGCCAA ATCTCCCAGT 
GTTGAGCAGA GATGCCACAG TCTGCAAGCA GCCTCCCTTT ACCTCCTGCT TCTTAAAATC 
CCAGGCAGTG TCGCCAACAA AGTGTTTCAT CAGATTCTCT TTGATACATG CCTGGACATC 
ATACTGAAAT GCTGGCCCCA GAGCTCTGGG AAGAAGCGCA AAAAAGATTC TCTGAAGAGC 
TCTCAGGGAG ACCCCAAGAG TGGAAAACGC TCCAAATCTC AGAAGAAGGC TTCAGAAGAG 
ATGGAGATTG ATGAGGATGA TGAGGAAGAA GAGGAGGAGG AGGTGTATTT TTCGGCTCAG 
GATCTGCTGA GAATGAGGGA GGACATGGTG GCTCTGGTCC GAACGCTGCT CAGGCTGCTG 
GAGAAGTTTT CACTGAGGGA CAAACCACAG AGTGCTGATA GCTGCGTGCG GATATTCACT 
GAACTCACCA ACTTTGAGCC AGTAATTGGA GAGCTGTCCT TCACTGAGAA ACGAGATGCT 
GACCGGGTGG AGAGCCTAGC TGAGCTGGCC TATCGTGGCC TTTGGCTGCT CTGTTCCTCC 
AGTCATGGCG AAGGAAATGA GTGCCGCCGT CGCGTCTTCC ACCGGCTGCT GTATGTGATT 
CTGATGATGA GGAAGGAGGA GAGAGCCAAG CCGTGTCCGC TGCCGCCCTC ACAGACTGTG 
TATAAAGCCA GAGACCAGGC TGTTCTCTTT ATAAGTCAAA TTGTGGATGC GCAGACGGAG 
GCCACGTTGC CACTGCTCAG GATCCTTTTG CAGCATATCT GCCACCAGAT GGTGGAAAAG 
GCTGAATACC GTGCCAGCGG CGCTCAAGCT GTTGGGAAGC TGATGACGAA GATGCCGAGT 
CAGGACTATG CTGTTTTTGT CAAGTGGCTA TATAACTACT CCCAGAACAC CAGGGTGGTT 
TTCCGAATGT TTGCTCTGGA CGTGGCCATG GTGCTGCTGG GGCTGGATGA GCGAGAAGCA 
GATGACTCTC TGAGCCCTGA ACTGGCCGTC TACCTGTCCC ACCGTTTCCT GGTGCGCAAC 
ATCGTCTTTG GCCGCCGCTC TGACGTCTCG CCCACCGTCA GAGGCCATGC CCTGCACTGT 
CTAGCGCGGT GCCTGGAGCT GCCCTCCCAC AATGCCACCA AGTGGATCCA CGAGCTCTTC 
TCTTCATCTT CTACTACTGG CGCACAGACT CTGCTAGAGA CTGGCCGTTC AGAACAAACT 
CTGAAAAGGA CCGAGATGGC TCAGAAAACA GCCCTGACGT TCCGCACAAT TGAGCTAAGC 
AAACACAAGA GCCTTGCAGG GGCCAGCCGC CGTAGCGGTG ACGGCAGCGG TGACGGCGGC 
GACGGCGTCA GCCAAAACAC TACTTCCTTA GAGTATCAAG AAACCATGGC ACTGTTCAAA 
CAGCGTGTCA GTGATCCTAA GACCAACGTC AGAAAATGTG CACTTGAGAC GATCGCGAGT 
CTGCTGAAGC ACAGTGTGAT CCCATGCACG CCGGAGAACC TGGCCATTCT TTCGGAGCGC 
TGTCGAGACC CCGCAGTGTC TGTGAAGAAG AAAGCGATGC AGTGTCTCAT GGACCTGCTC 
ACCGTGCTGT CAGACAGCTC TGAGGTACAG GAGGCGTGGC TGCGAGGGGT GGTTCCTGCG 
GTGATTGACT CTGAGAGCTC AGTGCAGGAG AAAGCTCTTG AATGCCTTGA TGACATCATT 
CTTACTCACA TCAAGAGCCA CAGCAGCTAT CGCCATGACA ACACCTCCCA AAAATTGGCC 
TGGGACCTGC TGGGACTGAT CTGTGACAAG TGTCAGGACC TTGGACGTTA CTTCAGTAAA 
GCCTTCAGTG TGTGGGCGAG GCAGCAGAAA TTCTCAGCTG CCTTTGTGAA CAGTCTGATC 
TGGCACACCG AGGGTGAGCG TGCTCCAGGG GCGTGGCTCC TGCTGGCTAA AGTGGCCCGC 
TGCTCCTCCA AACTCAACTA CAGCACCATC CTGGAGGCGT GGGATCGCAC TGTCAGGTCT 
CCTGTGGTCT CCGTGGCAAC AACCTGCCAT ATTCTCACTG TCATTGGTGA CATTGTGTCT 
GGTATTAATG ATGATACCAA AAGCAGGATT GTTGATGACC TGATGGGTTG GCTGAAGGGT 
TTCAGTCTAC CGCTGGAGGT GATCAGCTCT AGCGTAGAAA CCCTCTTCCG TCTCGGCCAA 
TCGGAGAACA CCAAGGACAC CATGGCCTTC TTGAATCAGT TCTGTGGAGA GCTTGTCTCA 
CTCTGTGAAG AATATCTGTC TGGCGTCCTC TTGAACGAGA GAGGAGCAGA GAACCTGAAT 
GAAGAGCTGC TGGCTAAATA TCTGTACACT TTGGGTGTGG CCTCCCTACA CTGTCCTGCC 
AAAGTGCAGA AGAGAGTTTT CCTTCTCGTT CAGTCCATTC TCACTTCCTC TGAGCAGCCA 
GGTTCTGAAG AAGGAGCGGA GCTGCCAGCG AGTCAGCCTC TGTCTCAGTT CAAGTCGTCC 
TCTATGCCTA CTGTGGTCCG AGCTCATGCA GTCATTACTC TAGGAAAGCT GTGTTTGCAG 
CATGAGGAGC TGATGGTGCG GTACCTGCCT GCATTTGCCC GGGAGCTGGA AGTGGGCCGG 
GAGCTGGCAG TGCGCAGTAA CGTGGTGGTG GTGCTGTGTG ACCTGTGCGT GCGCTACCCA 
AACACGCTGA CCCGATACAT CCCAAACATC TCAGCCTGCC TCGAAGACGC AGAGCCCCTC 
ATCAGAGAGC AGACCCTCAT CATGCTCACC AACCTGCTGC AGGAAGAGTT TGTCAAATGG 
AAGGGGTCCC TGTTCTATCG GTTTGCTGCT GCGCTAGTGG ACCCTGATCC CTCAATTGCA 
GATCTCTGTG AGTACTGCCT GGTGGACATC CTCCTGAAGA AGAACCCTCT GATGTTCTCT 
CAGCACTTCA TCGAGTGCAT CTTCTATTTC AACTCCTATG AGAAACATAA GAAATACAAC 
AAATTCCCTG AGACTGAGAG TCAGAAGAAC AAGTTGTCCC TCAAAGGGCA GATGAACCAG 
GGCAAGCGTT TCAGGATCTA CAGATTTCTA CTGAAGAACT TCACTGATGA ACAGCGCTTT 
AACATCACTA CCAGAATCAG TCAAGATATC CTCGCCTACT TTGTGGACTC AGAATTGCCT 
CTGGACGCAG AGGGGGCCGA GCTGTTGGCC GATGTATTCG ACGTTCTGTC TTTGAAAGAG 
GTCAAGCTGA CCGCTATGAG TGGCCCTGCC TCCGGTGATG AGCCCTCTGA GGATGAAATG 
GCTGCAGCTA AAGCAGTCCT GCAGAAGAAG CTTGTCTCAC AGGTGCAGAA GAAGAACTTT 
GTGGAGAATG TGATTCCCAT GGTCATCGCT CTGAAGAACA TACTGGAGCA GCACCGCTCA 
CCTGTCCTCA AACATCTCAT GGCTTACCTG CAGGTGACCA TGCAGGACTA TCGCACAGAG 
GTGAAGGAGC TTTTTGCCGC AGACGAGCAG CTGGCTGCAG AGGTGGAGTT CAACCTGAAG 
ATGTTTGAGA AGCAGAAAGA GCAGGAGCAG CAGGAGTTAG CACAGCAACT TGGCAACTTT 
ACTCTGTCAC CCAGACCTAA AGTTAGTGCT GCTGCCTCTC CAGCTGCTGG CGTTGGCAGC 
AGGCCAGGCA TTGCCACTCC TCTCGCCCCT GGCTCTGCTC AGAGACCCTC AAACAACTGC 
AGGTCTGCCA ACATGCTCAG GCGTCGTACG TTTGCTGGTA TGCTGACTCC TGTGGGAAGA 
CGAGGTTCGC AGAGCATGAT CTGCTCAGGA TCTTCAAAGG GGGTTTTTGA TGGCAGAGCT 
ATCAGCACAC CACAAGAGAG CATCAATGAA GTGACGTTTG GAGAGCAAGT CAGCGCCATT 
CACTACGACG GAGCTTCAGA CAGACATGAC ATACCTGGAG ATGAGAGCGT TTTACATCTT 
ATGTCACCTG AACATCAAGC ACCAGCTCCC AGACAGTGGA ACGTGGAGTC TCCCATCATG 
AGAAAAAGCA GAAGCAAGAA AAGGCAGCTG TGA

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

RefSeq	XP_017580409.1
CDS	27..4319
Translation	MEFMLAVQQLKLNTVSTAWVDTVWDCEFTDIEPLDSAIEEDIKEDPDVFKKVYKQLLLFSSDDDGTQSVWTVLGENEVPVKSLVAVLACFVLGAKAKSPSVEQRCHSLQAASLYLLLLKIPGSVANKVFHQILFDTCLDIILKCWPQSSGKKRKKDSLKSSQGDPKSGKRSKSQKKASEEMEIDEDDEEEEEEEVYFSAQDLLRMREDMVALVRTLLRLLEKFSLRDKPQSADSCVRIFTELTNFEPVIGELSFTEKRDADRVESLAELAYRGLWLLCSSSHGEGNECRRRVFHRLLYVILMMRKEERAKPCPLPPSQTVYKARDQAVLFISQIVDAQTEATLPLLRILLQHICHQMVEKAEYRASGAQAVGKLMTKMPSQDYAVFVKWLYNYSQNTRVVFRMFALDVAMVLLGLDEREADDSLSPELAVYLSHRFLVRNIVFGRRSDVSPTVRGHALHCLARCLELPSHNATKWIHELFSSSSTTGAQTLLETGRSEQTLKRTEMAQKTALTFRTIELSKHKSLAGASRRSGDGSGDGGDGVSQNTTSLEYQETMALFKQRVSDPKTNVRKCALETIASLLKHSVIPCTPENLAILSERCRDPAVSVKKKAMQCLMDLLTVLSDSSEVQEAWLRGVVPAVIDSESSVQEKALECLDDIILTHIKSHSSYRHDNTSQKLAWDLLGLICDKCQDLGRYFSKAFSVWARQQKFSAAFVNSLIWHTEGERAPGAWLLLAKVARCSSKLNYSTILEAWDRTVRSPVVSVATTCHILTVIGDIVSGINDDTKSRIVDDLMGWLKGFSLPLEVISSSVETLFRLGQSENTKDTMAFLNQFCGELVSLCEEYLSGVLLNERGAENLNEELLAKYLYTLGVASLHCPAKVQKRVFLLVQSILTSSEQPGSEEGAELPASQPLSQFKSSSMPTVVRAHAVITLGKLCLQHEELMVRYLPAFARELEVGRELAVRSNVVVVLCDLCVRYPNTLTRYIPNISACLEDAEPLIREQTLIMLTNLLQEEFVKWKGSLFYRFAAALVDPDPSIADLCEYCLVDILLKKNPLMFSQHFIECIFYFNSYEKHKKYNKFPETESQKNKLSLKGQMNQGKRFRIYRFLLKNFTDEQRFNITTRISQDILAYFVDSELPLDAEGAELLADVFDVLSLKEVKLTAMSGPASGDEPSEDEMAAAKAVLQKKLVSQVQKKNFVENVIPMVIALKNILEQHRSPVLKHLMAYLQVTMQDYRTEVKELFAADEQLAAEVEFNLKMFEKQKEQEQQELAQQLGNFTLSPRPKVSAAASPAAGVGSRPGIATPLAPGSAQRPSNNCRSANMLRRRTFAGMLTPVGRRGSQSMICSGSSKGVFDGRAISTPQESINEVTFGEQVSAIHYDGASDRHDIPGDESVLHLMSPEHQAPAPRQWNVESPIMRKSRSKKRQL

Target ORF information:

RefSeq Version	XM_017724920.1
Organism	Pygocentrus nattereri(red-bellied piranha)
Definition	Pygocentrus nattereri 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_017724920.1

ORF Insert Sequence:

ATGGAGTTCA TGCTCGCAGT CCAGCAGCTG AAACTAAATA CCGTTTCTAC AGCTTGGGTG 
GACACAGTCT GGGATTGCGA GTTCACTGAT ATAGAGCCCC TCGACTCTGC CATCGAAGAG 
GACATAAAAG AAGATCCTGA TGTTTTTAAG AAAGTGTACA AGCAGCTACT GCTCTTCTCC 
AGTGACGATG ACGGCACACA GAGTGTCTGG ACAGTGCTGG GAGAGAATGA AGTACCTGTG 
AAGTCGCTGG TGGCTGTGCT CGCCTGCTTT GTGCTCGGTG CAAAAGCCAA ATCTCCCAGT 
GTTGAGCAGA GATGCCACAG TCTGCAAGCA GCCTCCCTTT ACCTCCTGCT TCTTAAAATC 
CCAGGCAGTG TCGCCAACAA AGTGTTTCAT CAGATTCTCT TTGATACATG CCTGGACATC 
ATACTGAAAT GCTGGCCCCA GAGCTCTGGG AAGAAGCGCA AAAAAGATTC TCTGAAGAGC 
TCTCAGGGAG ACCCCAAGAG TGGAAAACGC TCCAAATCTC AGAAGAAGGC TTCAGAAGAG 
ATGGAGATTG ATGAGGATGA TGAGGAAGAA GAGGAGGAGG AGGTGTATTT TTCGGCTCAG 
GATCTGCTGA GAATGAGGGA GGACATGGTG GCTCTGGTCC GAACGCTGCT CAGGCTGCTG 
GAGAAGTTTT CACTGAGGGA CAAACCACAG AGTGCTGATA GCTGCGTGCG GATATTCACT 
GAACTCACCA ACTTTGAGCC AGTAATTGGA GAGCTGTCCT TCACTGAGAA ACGAGATGCT 
GACCGGGTGG AGAGCCTAGC TGAGCTGGCC TATCGTGGCC TTTGGCTGCT CTGTTCCTCC 
AGTCATGGCG AAGGAAATGA GTGCCGCCGT CGCGTCTTCC ACCGGCTGCT GTATGTGATT 
CTGATGATGA GGAAGGAGGA GAGAGCCAAG CCGTGTCCGC TGCCGCCCTC ACAGACTGTG 
TATAAAGCCA GAGACCAGGC TGTTCTCTTT ATAAGTCAAA TTGTGGATGC GCAGACGGAG 
GCCACGTTGC CACTGCTCAG GATCCTTTTG CAGCATATCT GCCACCAGAT GGTGGAAAAG 
GCTGAATACC GTGCCAGCGG CGCTCAAGCT GTTGGGAAGC TGATGACGAA GATGCCGAGT 
CAGGACTATG CTGTTTTTGT CAAGTGGCTA TATAACTACT CCCAGAACAC CAGGGTGGTT 
TTCCGAATGT TTGCTCTGGA CGTGGCCATG GTGCTGCTGG GGCTGGATGA GCGAGAAGCA 
GATGACTCTC TGAGCCCTGA ACTGGCCGTC TACCTGTCCC ACCGTTTCCT GGTGCGCAAC 
ATCGTCTTTG GCCGCCGCTC TGACGTCTCG CCCACCGTCA GAGGCCATGC CCTGCACTGT 
CTAGCGCGGT GCCTGGAGCT GCCCTCCCAC AATGCCACCA AGTGGATCCA CGAGCTCTTC 
TCTTCATCTT CTACTACTGG CGCACAGACT CTGCTAGAGA CTGGCCGTTC AGAACAAACT 
CTGAAAAGGA CCGAGATGGC TCAGAAAACA GCCCTGACGT TCCGCACAAT TGAGCTAAGC 
AAACACAAGA GCCTTGCAGG GGCCAGCCGC CGTAGCGGTG ACGGCAGCGG TGACGGCGGC 
GACGGCGTCA GCCAAAACAC TACTTCCTTA GAGTATCAAG AAACCATGGC ACTGTTCAAA 
CAGCGTGTCA GTGATCCTAA GACCAACGTC AGAAAATGTG CACTTGAGAC GATCGCGAGT 
CTGCTGAAGC ACAGTGTGAT CCCATGCACG CCGGAGAACC TGGCCATTCT TTCGGAGCGC 
TGTCGAGACC CCGCAGTGTC TGTGAAGAAG AAAGCGATGC AGTGTCTCAT GGACCTGCTC 
ACCGTGCTGT CAGACAGCTC TGAGGTACAG GAGGCGTGGC TGCGAGGGGT GGTTCCTGCG 
GTGATTGACT CTGAGAGCTC AGTGCAGGAG AAAGCTCTTG AATGCCTTGA TGACATCATT 
CTTACTCACA TCAAGAGCCA CAGCAGCTAT CGCCATGACA ACACCTCCCA AAAATTGGCC 
TGGGACCTGC TGGGACTGAT CTGTGACAAG TGTCAGGACC TTGGACGTTA CTTCAGTAAA 
GCCTTCAGTG TGTGGGCGAG GCAGCAGAAA TTCTCAGCTG CCTTTGTGAA CAGTCTGATC 
TGGCACACCG AGGGTGAGCG TGCTCCAGGG GCGTGGCTCC TGCTGGCTAA AGTGGCCCGC 
TGCTCCTCCA AACTCAACTA CAGCACCATC CTGGAGGCGT GGGATCGCAC TGTCAGGTCT 
CCTGTGGTCT CCGTGGCAAC AACCTGCCAT ATTCTCACTG TCATTGGTGA CATTGTGTCT 
GGTATTAATG ATGATACCAA AAGCAGGATT GTTGATGACC TGATGGGTTG GCTGAAGGGT 
TTCAGTCTAC CGCTGGAGGT GATCAGCTCT AGCGTAGAAA CCCTCTTCCG TCTCGGCCAA 
TCGGAGAACA CCAAGGACAC CATGGCCTTC TTGAATCAGT TCTGTGGAGA GCTTGTCTCA 
CTCTGTGAAG AATATCTGTC TGGCGTCCTC TTGAACGAGA GAGGAGCAGA GAACCTGAAT 
GAAGAGCTGC TGGCTAAATA TCTGTACACT TTGGGTGTGG CCTCCCTACA CTGTCCTGCC 
AAAGTGCAGA AGAGAGTTTT CCTTCTCGTT CAGTCCATTC TCACTTCCTC TGAGCAGCCA 
GGTTCTGAAG AAGGAGCGGA GCTGCCAGCG AGTCAGCCTC TGTCTCAGTT CAAGTCGTCC 
TCTATGCCTA CTGTGGTCCG AGCTCATGCA GTCATTACTC TAGGAAAGCT GTGTTTGCAG 
CATGAGGAGC TGATGGTGCG GTACCTGCCT GCATTTGCCC GGGAGCTGGA AGTGGGCCGG 
GAGCTGGCAG TGCGCAGTAA CGTGGTGGTG GTGCTGTGTG ACCTGTGCGT GCGCTACCCA 
AACACGCTGA CCCGATACAT CCCAAACATC TCAGCCTGCC TCGAAGACGC AGAGCCCCTC 
ATCAGAGAGC AGACCCTCAT CATGCTCACC AACCTGCTGC AGGAAGAGTT TGTCAAATGG 
AAGGGGTCCC TGTTCTATCG GTTTGCTGCT GCGCTAGTGG ACCCTGATCC CTCAATTGCA 
GATCTCTGTG AGTACTGCCT GGTGGACATC CTCCTGAAGA AGAACCCTCT GATGTTCTCT 
CAGCACTTCA TCGAGTGCAT CTTCTATTTC AACTCCTATG AGAAACATAA GAAATACAAC 
AAATTCCCTG AGACTGAGAG TCAGAAGAAC AAGTTGTCCC TCAAAGGGCA GATGAACCAG 
GGCAAGCGTT TCAGGATCTA CAGATTTCTA CTGAAGAACT TCACTGATGA ACAGCGCTTT 
AACATCACTA CCAGAATCAG TCAAGATATC CTCGCCTACT TTGTGGACTC AGAATTGCCT 
CTGGACGCAG AGGGGGCCGA GCTGTTGGCC GATGTATTCG ACGTTCTGTC TTTGAAAGAG 
GTCAAGCTGA CCGCTATGAG TGGCCCTGCC TCCGGTGATG AGCCCTCTGA GGATGAAATG 
GCTGCAGCTA AAGCAGTCCT GCAGAAGAAG CTTGTCTCAC AGGTGCAGAA GAAGAACTTT 
GTGGAGAATG TGATTCCCAT GGTCATCGCT CTGAAGAACA TACTGGAGCA GCACCGCTCA 
CCTGTCCTCA AACATCTCAT GGCTTACCTG CAGGTGACCA TGCAGGACTA TCGCACAGAG 
GTGAAGGAGC TTTTTGCCGC AGACGAGCAG CTGGCTGCAG AGGTGGAGTT CAACCTGAAG 
ATGTTTGAGA AGCAGAAAGA GCAGGAGCAG CAGGAGTTAG CACAGCAACT TGGCAACTTT 
ACTCTGTCAC CCAGACCTAA AGTTAGTGCT GCTGCCTCTC CAGCTGCTGG CGTTGGCAGC 
AGGCCAGGCA TTGCCACTCC TCTCGCCCCT GGCTCTGCTC AGAGACCCTC AAACAACTGC 
AGGTCTGCCA ACATGCTCAG GCGTCGTACG TTTGCTGGTA TGCTGACTCC TGTGGGAAGA 
CGAGGTTCGC AGAGCATGAT CTGCTCAGGA TCTTCAAAGG GGGTTTTTGA TGGCAGAGCT 
ATCAGCACAC CACAAGAGAG CATCAATGAA GTGACGTTTG GAGAGCAAGT CAGCGCCATT 
CACTACGACG GAGCTTCAGA CAGACATGAC ATACCTGGAG ATGAGAGCGT TTTACATCTT 
ATGTCACCTG AACATCAAGC ACCAGCTCCC AGACAGTGGA ACGTGGAGTC TCCCATCATG 
AGAAAAAGCA GAAGCAAGAA AAGGCAGCTG TGA