ITSN2 cDNA ORF clone, Camelus bactrianus(Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	ITSN2
Entrez Gene ID	105063878
Full Name	intersectin 2
Gene Type	protein-coding
Organism	Camelus bactrianus(Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010948576.1	XP_010946878.1	intersectin-2

Pathways from BioSystems
Gene Ontology

The following ITSN2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ITSN2 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
OCa485669	XM_010948576.1 Latest version!	Camelus bactrianus intersectin 2 (ITSN2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

ITSN2 ( XM_010948576.1 ) cDNA ORF clone, Camelus bactrianus(Bactrian camel) -> XP_010946878.1 Camelus bactrianus intersectin 2 (ITSN2), mRNA.

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CloneID	OCa485669
Clone ID Related Accession (Same CDS sequence)	XM_010948576.1
Accession Version	XM_010948576.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5049bp) 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	2015-01-05
Organism	Camelus bactrianus(Bactrian camel)
Product	intersectin-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011511623.1) 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 Version :: Camelus bactrianus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGGCTC AGTTTCCCAC AGCTATGAAT GGAGGGCCAA ACATGTGGGC TATTACCTCT 
GAAGAACGGA CTAAACATGA CAAGCAGTTT GATAACCTCA AACCCGCAGG AGGTTATATA 
ACAGGTGATC AAGCACGTAC CTTTTTCTTG CAGTCAGGCC TGCCACCTCC TGTTTTAGCT 
GAAATATGGG CTTTATCAGA TCTGAACAAG GATGGGAAGA TGGATCAACA AGAGTTTTCC 
ATAGCTATGA AACTCATCAA ATTAAAGCTT CAAGGCCAAC AGTTGCCCAT GGTTCTTCCT 
CCTATTATGA AACAACCTCC TATGTTCTCT CCATTAATTT CTGCTCGCTT TGGAATGGGA 
AGCATGCCCA ACCTGTCCAT TCCTCAGTCA TTGCCTCCAG TCGCACCTAT AGCAACACCC 
TTGTCCTCTG CGACTTCAGG GACCACCCTT CCTCCCTTAA TGATGCCTGC TCCCCTAGTG 
CCTTCTGTTA GCACTTCATC ATTACCAAAT GGAACCGCCA GTCTCATTCA GCCTTTATCC 
ATTCCTTACT CTTCTTCAAC ATTGCCTCAT ACATCATCTT ACAGTCTGAT GATGGGAGGA 
TTTGGTGGTG CTAGTATACA GAAAGCCCAG TCTCTGATTG ATTTAGGATC TAGTAGCTCA 
ACTTCCTCAA CTGCTTCCCT CCAAGGGAAC TCGCCCAAGA CTGGGACCTC AGAGTGGGCA 
GTTCCTCAGC CTTCAAGATT AAAATATCGG CAAAAATTTA ATAGTCTTGA CAAAAGCATG 
AGTGGATACC TCTCAGGTTT TCAAGCTAGA AATGCCCTTC TTCAGTCAAA TCTTTCTCAA 
ACTCAGCTAG CTACTATTTG GACTCTGGCT GACATTGATG GTGACGGACA GCTAAAAGCT 
GAGGAGTTTA TCCTTGCAAT GCACCTCACT GATATGGCCA AAGCTGGACA GCCATTACCA 
CTGACTTTAC CTCCAGAGCT TGTCCCTCCA TCTTTTAGAG GAGGAAAGCA AATTGATTCC 
ATTAATGGAA CTCTGCCTTC ATATCAGAAA ATTCAAGAAG AGGAACCTCA AAAAAAATTA 
CCAGTTACGT TCGAGGACAA GCGGAAAGCC AACTACGAGC GGGGGAACAT GGAACTGGAG 
AAGCGACGCC AGGCCATGAT GGAGCAGCAG CAGAGGGAGG CAGAACGCAA AGCCCAGAAA 
GAAAAGGAAG AATGGGAACG AAAACAGAGA GAAATACAAG AGCAAGAATG GAAGAAACAA 
CTTGAATTAG AAAAACGCTT GGAGAAGCAG AGGGAATTGG AGAGACAACG GGAGGAAGAA 
AGGAGAAAAG AGATAGAAAG ACGAGAGGCA GCAAAACAGG AACTTGAAAG ACAGCGTCGT 
TTAGAATGGG AGAGAATTCG TAGACAGGAG CTTCTCAATC GAAGGAATAG AGAACAGGAA 
GAAATTGTCA GGTTAAACTC TAAAAAGAAG AGCCTTCATC TTGAGTTGGA AGCACTGAAT 
GGCAAACATC AGCAGATCTC AGGCAGACTT CAAGACATCC GACTCAGAAA GCAAACTCAA 
AAGACTGAGC TGGAAGTTCT GGATAAGCAG TGTGACCTGG AAATTATGGA AATCAAGCAA 
CTTCAACAAG AACTTCAGGA ATATCAGAAT AAGCTTATCT ATTTGGTACC GGAGAAGCAA 
TTATTAAATG AAAGAATTAA AAACATGCAG CTCAGTACTA CACCTGATTT AGGAATTGGT 
TTACTTCATA AAAAATCATT AGAAAAGGAA GAATTATGCC AAAGACTGAA AGAACAATTA 
GATGCTCTTG AAAAGGAAAC TGCATCTAAG CTATCAGAAA TGGATTCATT TAACAATCAA 
CTAAAGTGTG GGAATATGGA TGACTCTGTT CTTCAGTGCC TTTTGTCTCT GCTAAGCTGT 
CTCAACAACC TCTTCCTCTT ACTTAAGGAA CTGAGAGAAA GCTACAATAC ACAGCAGTTA 
GCCCTTGAGC AGCTTTATAA GATCAAACGT GACAAATTGA AGGAAATTGA AAGAAAAAGA 
TCAGAGCTAA TACAGAAAAA GAAACTAGAA GATGAGGCTA CAAGGAAAGC AAAACAAGCA 
AAAGAAAACT TATGGAAAGA AAGTCTTAAA AAGGAGGAAG AAGAAAAACA AAAGCGACTT 
CAAGAAGAAA AAGCACAAGA GAAAGTTCAA GAAGAGGAGC GGAAAGCTGA GGAGAAACAA 
TGTGAGCCAA CTGGTGCTTT GGTGAATTAC AGAGCATTAT ATCACTTTGA AGCAAGGAGC 
CACGATGAAA TGAGTTTTAA TTCTGGGGAT ATAATACAGG TTGATGAAAA AACCGTAGGA 
GAACCTGGTT GGCTTTATGG TAGTTTTCAA GGAAATTTTG GGTGGTTTCC TTGCAACTAT 
GTAGAAAAAA TGACATCAAG TGAAAAATCG GTGTCTCCTA AGAAGGCCTT ACTTCCTCCT 
ACAGTATCTT TATCTGCTAC CTCAACTTCT GAATCACTTT CTTCAAATCA ACCAGCATCA 
GTGACTGATT ATCAAAATGT ATCGTTTTCA AACCTAACTG TTAACACATC ATGGCAGAAA 
AAGTCAGCTT TTACTCGCAC TGTGTCCCCT GTATCTGTAT CACCTATTCA TGGACAGGGA 
CAGGTTGTAG AAAACCTAAA AGCACAGGCC CTTTGTTCCT GGACTGCGAA GAAAGATAAC 
CACTTGAACT TCTCAAAACA CGATGTTATT ACTGTCTTGG AGCAGCAAGA AAATTGGTGG 
TTTGGGGAGG TGCATGGAGG AAGAGGATGG TTTCCAAAAT CCTACGTCAA AATCATCCCT 
GGGAGTGAGG TCAAGCGGGA AGAACCAGAA GCTTTGTATG CAGCTATAAA CAAGAAACCT 
ACCTCTGCAG CCTGTACAGT GGGAGAAGAG TATATTGCAC TTTATCCATA TTCAAGTGTA 
GAACCTGGAG ATTTGACTTT CACTGAAGGT GAAGAAATAT TGGTGACCCA GAAAGATGGA 
GAATGGTGGA CAGGAAGTAT TGGCGATCGA ACTGGAATTT TTCCGTCAAA TTATGTCAAA 
CCAAAAGATC AAGAGAGTTT TGGGAGTGCT AGCAAATCTG GAACATCAAA CAAGAAACCT 
GAGATTGCTC AGGTAACTTC AGCATACGTG GCTTCTGGAT CTGAACAGCT TAGCCTTGCA 
CCAGGACAGT TGATATTAAT TCTAAAGAAA AATACAAGTG GGTGGTGGCA AGGGGAGTTA 
CAGGCCAGAG GAAAAAAGCG ACAGAAAGGA TGGTTTCCTG CCAGCCATGT TAAACTTCTG 
GGTCCAAGTA GTGAAAGAAC TACACCTGCC TTTCATCCTG TGTGTCAGGT GATCGCCATG 
TATGACTATG TAGCGAATAA TGAGGATGAG CTAAATTTCT CCAAGGGACA ACTTATTAAT 
GTTTTGAACA AAGATGATCC TGACTGGTGG CAAGGAGAAA TCAATGGGGT GACTGGTCTT 
TTTCCTTCAA ACTATGTCAA GATGACGACA GACACAGATC CAAGTCAACA GTGGTGTGCT 
GACCTCCACA CCCTGGACAC CATGCAGCCC GTGGAGAGGA AGAGGCAGGG CTACATTCAC 
GAGCTGATTG AGACTGAAGA GCGGCACGTG GACGACCTTC AGCTCGTCGT GGAGGTTTTT 
CAGAAGCGGA TGGCGGAGCC AGGTTTCCTC ACCGAAGGAG AAATGGCCTT GATCTTTGTT 
AACTGGAAGG AGCTCATTAT GTCTAACACG AAGCTGCTGA AGGCCCTGCG GGTACGGAAG 
AAGACCGGGG GTGAGAAGAT GCCCGTGCAG ATGATTGGAG ACATCCTGGC GGCTGAGCTG 
TCCCACATGC AGGCTTACAT CCGGTTCTGC AGCTGTCAGC TGAATGGAGC AGCTCTGTTA 
CAGCAGAAGA CAGATGAACA CGCGGACTTT AAAGAATTTT TAAAGAAGCT AGCATCTGAC 
CCACGATGTA AAGGAATGCC CCTGTCCAGC TTCCTGCTGC AGCCCATGCA GAGGATCACG 
CGCTACCCGC TCCTCATCAG AAGTATTCTG GAGAACACCC CAGAGAATCA CGTAGACCAC 
TCTTCTCTGA AACTGGCCCT CGAACGGGCA GAGGAGCTCT GCTCTCAAGT TAATGAAGGG 
GTTCGGGAGA AGGAGAATTC AGACCGCCTG GAGTGGATCC AGATGCACGT TCAGTGCGAA 
AGTCTGGCAG AGCAACTTGT TTTCAACTCG CTCACCAACT GCCTGGGGCC CCGGAAGCTG 
CTGCACAGTG GGAAGCTGTA CAAGACCAAG AGCAATAAGG AGCTGCACGG GTTCCTCTTC 
AACGACTTCC TGCTTCTTAC CTACATGGTC AAGCAGTTTG CTGTTTCCTC GGGCTCTGAG 
AAACTTTTCA GCTCTAAGTC CAACGCTCAG TTCAAAATGT ATAAAACGCC CATTTTCCTG 
AATGAAGCCT TGGTGAAACT GCCCACAGAC CCTTCCAGCG ATGAGCCTGT CTTCCACATT 
TCTCACATTG ACCGGGTCTA CACTCTCCGA ACAGACAACA TTAACGAGAG GACGGCCTGG 
GTCCAGAAGA TCAAGGCTGC ATCTGAACAG TACATCGACA CCGAAAAGAA GAAACGGGAG 
AAGGCTTATC AAGCTCGCTC TCAAAAGACT TCAGGCATTG GGCGTCTGAT GGTGCATGTC 
ATTGAAGCTA CGGAACTGAA AGCCTGTAAA CCAAATGGAA AGAGCAATCC ATACTGTGAA 
ATCAGCATGG GCTCCCAGAG CTACACCACC AGGACCCTCC AGGACACACT AAATCCCAAG 
TGGAATTTTA ACTGCCAGTT CTTTATTAAG GATCTTTATC AGGATGTGCT GTGTCTCACC 
ATGTTCGACA GAGACCAGTT TTCACCAGAT GATTTCCTGG GTCGCACCGA AGTTGCAGTG 
GCAAAAATTC GAACAGAACA GGAAAGCAAA GGCCCTACAA CCCGCCGACT CCTGCTGCAC 
GAGGTCCCCA CCGGGGAGGT CTGGGTCCGC TTTGACCTGC AGCTTTTTGA GCAAAAAACT 
CTCCTGTAG

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

RefSeq	XP_010946878.1
CDS	31..5079
Translation	MMAQFPTAMNGGPNMWAITSEERTKHDKQFDNLKPAGGYITGDQARTFFLQSGLPPPVLAEIWALSDLNKDGKMDQQEFSIAMKLIKLKLQGQQLPMVLPPIMKQPPMFSPLISARFGMGSMPNLSIPQSLPPVAPIATPLSSATSGTTLPPLMMPAPLVPSVSTSSLPNGTASLIQPLSIPYSSSTLPHTSSYSLMMGGFGGASIQKAQSLIDLGSSSSTSSTASLQGNSPKTGTSEWAVPQPSRLKYRQKFNSLDKSMSGYLSGFQARNALLQSNLSQTQLATIWTLADIDGDGQLKAEEFILAMHLTDMAKAGQPLPLTLPPELVPPSFRGGKQIDSINGTLPSYQKIQEEEPQKKLPVTFEDKRKANYERGNMELEKRRQAMMEQQQREAERKAQKEKEEWERKQREIQEQEWKKQLELEKRLEKQRELERQREEERRKEIERREAAKQELERQRRLEWERIRRQELLNRRNREQEEIVRLNSKKKSLHLELEALNGKHQQISGRLQDIRLRKQTQKTELEVLDKQCDLEIMEIKQLQQELQEYQNKLIYLVPEKQLLNERIKNMQLSTTPDLGIGLLHKKSLEKEELCQRLKEQLDALEKETASKLSEMDSFNNQLKCGNMDDSVLQCLLSLLSCLNNLFLLLKELRESYNTQQLALEQLYKIKRDKLKEIERKRSELIQKKKLEDEATRKAKQAKENLWKESLKKEEEEKQKRLQEEKAQEKVQEEERKAEEKQCEPTGALVNYRALYHFEARSHDEMSFNSGDIIQVDEKTVGEPGWLYGSFQGNFGWFPCNYVEKMTSSEKSVSPKKALLPPTVSLSATSTSESLSSNQPASVTDYQNVSFSNLTVNTSWQKKSAFTRTVSPVSVSPIHGQGQVVENLKAQALCSWTAKKDNHLNFSKHDVITVLEQQENWWFGEVHGGRGWFPKSYVKIIPGSEVKREEPEALYAAINKKPTSAACTVGEEYIALYPYSSVEPGDLTFTEGEEILVTQKDGEWWTGSIGDRTGIFPSNYVKPKDQESFGSASKSGTSNKKPEIAQVTSAYVASGSEQLSLAPGQLILILKKNTSGWWQGELQARGKKRQKGWFPASHVKLLGPSSERTTPAFHPVCQVIAMYDYVANNEDELNFSKGQLINVLNKDDPDWWQGEINGVTGLFPSNYVKMTTDTDPSQQWCADLHTLDTMQPVERKRQGYIHELIETEERHVDDLQLVVEVFQKRMAEPGFLTEGEMALIFVNWKELIMSNTKLLKALRVRKKTGGEKMPVQMIGDILAAELSHMQAYIRFCSCQLNGAALLQQKTDEHADFKEFLKKLASDPRCKGMPLSSFLLQPMQRITRYPLLIRSILENTPENHVDHSSLKLALERAEELCSQVNEGVREKENSDRLEWIQMHVQCESLAEQLVFNSLTNCLGPRKLLHSGKLYKTKSNKELHGFLFNDFLLLTYMVKQFAVSSGSEKLFSSKSNAQFKMYKTPIFLNEALVKLPTDPSSDEPVFHISHIDRVYTLRTDNINERTAWVQKIKAASEQYIDTEKKKREKAYQARSQKTSGIGRLMVHVIEATELKACKPNGKSNPYCEISMGSQSYTTRTLQDTLNPKWNFNCQFFIKDLYQDVLCLTMFDRDQFSPDDFLGRTEVAVAKIRTEQESKGPTTRRLLLHEVPTGEVWVRFDLQLFEQKTLL

Target ORF information:

RefSeq Version	XM_010948576.1
Organism	Camelus bactrianus(Bactrian camel)
Definition	Camelus bactrianus intersectin 2 (ITSN2), mRNA.

Target ORF information:

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

XM_010948576.1

ORF Insert Sequence:

ATGATGGCTC AGTTTCCCAC AGCTATGAAT GGAGGGCCAA ACATGTGGGC TATTACCTCT 
GAAGAACGGA CTAAACATGA CAAGCAGTTT GATAACCTCA AACCCGCAGG AGGTTATATA 
ACAGGTGATC AAGCACGTAC CTTTTTCTTG CAGTCAGGCC TGCCACCTCC TGTTTTAGCT 
GAAATATGGG CTTTATCAGA TCTGAACAAG GATGGGAAGA TGGATCAACA AGAGTTTTCC 
ATAGCTATGA AACTCATCAA ATTAAAGCTT CAAGGCCAAC AGTTGCCCAT GGTTCTTCCT 
CCTATTATGA AACAACCTCC TATGTTCTCT CCATTAATTT CTGCTCGCTT TGGAATGGGA 
AGCATGCCCA ACCTGTCCAT TCCTCAGTCA TTGCCTCCAG TCGCACCTAT AGCAACACCC 
TTGTCCTCTG CGACTTCAGG GACCACCCTT CCTCCCTTAA TGATGCCTGC TCCCCTAGTG 
CCTTCTGTTA GCACTTCATC ATTACCAAAT GGAACCGCCA GTCTCATTCA GCCTTTATCC 
ATTCCTTACT CTTCTTCAAC ATTGCCTCAT ACATCATCTT ACAGTCTGAT GATGGGAGGA 
TTTGGTGGTG CTAGTATACA GAAAGCCCAG TCTCTGATTG ATTTAGGATC TAGTAGCTCA 
ACTTCCTCAA CTGCTTCCCT CCAAGGGAAC TCGCCCAAGA CTGGGACCTC AGAGTGGGCA 
GTTCCTCAGC CTTCAAGATT AAAATATCGG CAAAAATTTA ATAGTCTTGA CAAAAGCATG 
AGTGGATACC TCTCAGGTTT TCAAGCTAGA AATGCCCTTC TTCAGTCAAA TCTTTCTCAA 
ACTCAGCTAG CTACTATTTG GACTCTGGCT GACATTGATG GTGACGGACA GCTAAAAGCT 
GAGGAGTTTA TCCTTGCAAT GCACCTCACT GATATGGCCA AAGCTGGACA GCCATTACCA 
CTGACTTTAC CTCCAGAGCT TGTCCCTCCA TCTTTTAGAG GAGGAAAGCA AATTGATTCC 
ATTAATGGAA CTCTGCCTTC ATATCAGAAA ATTCAAGAAG AGGAACCTCA AAAAAAATTA 
CCAGTTACGT TCGAGGACAA GCGGAAAGCC AACTACGAGC GGGGGAACAT GGAACTGGAG 
AAGCGACGCC AGGCCATGAT GGAGCAGCAG CAGAGGGAGG CAGAACGCAA AGCCCAGAAA 
GAAAAGGAAG AATGGGAACG AAAACAGAGA GAAATACAAG AGCAAGAATG GAAGAAACAA 
CTTGAATTAG AAAAACGCTT GGAGAAGCAG AGGGAATTGG AGAGACAACG GGAGGAAGAA 
AGGAGAAAAG AGATAGAAAG ACGAGAGGCA GCAAAACAGG AACTTGAAAG ACAGCGTCGT 
TTAGAATGGG AGAGAATTCG TAGACAGGAG CTTCTCAATC GAAGGAATAG AGAACAGGAA 
GAAATTGTCA GGTTAAACTC TAAAAAGAAG AGCCTTCATC TTGAGTTGGA AGCACTGAAT 
GGCAAACATC AGCAGATCTC AGGCAGACTT CAAGACATCC GACTCAGAAA GCAAACTCAA 
AAGACTGAGC TGGAAGTTCT GGATAAGCAG TGTGACCTGG AAATTATGGA AATCAAGCAA 
CTTCAACAAG AACTTCAGGA ATATCAGAAT AAGCTTATCT ATTTGGTACC GGAGAAGCAA 
TTATTAAATG AAAGAATTAA AAACATGCAG CTCAGTACTA CACCTGATTT AGGAATTGGT 
TTACTTCATA AAAAATCATT AGAAAAGGAA GAATTATGCC AAAGACTGAA AGAACAATTA 
GATGCTCTTG AAAAGGAAAC TGCATCTAAG CTATCAGAAA TGGATTCATT TAACAATCAA 
CTAAAGTGTG GGAATATGGA TGACTCTGTT CTTCAGTGCC TTTTGTCTCT GCTAAGCTGT 
CTCAACAACC TCTTCCTCTT ACTTAAGGAA CTGAGAGAAA GCTACAATAC ACAGCAGTTA 
GCCCTTGAGC AGCTTTATAA GATCAAACGT GACAAATTGA AGGAAATTGA AAGAAAAAGA 
TCAGAGCTAA TACAGAAAAA GAAACTAGAA GATGAGGCTA CAAGGAAAGC AAAACAAGCA 
AAAGAAAACT TATGGAAAGA AAGTCTTAAA AAGGAGGAAG AAGAAAAACA AAAGCGACTT 
CAAGAAGAAA AAGCACAAGA GAAAGTTCAA GAAGAGGAGC GGAAAGCTGA GGAGAAACAA 
TGTGAGCCAA CTGGTGCTTT GGTGAATTAC AGAGCATTAT ATCACTTTGA AGCAAGGAGC 
CACGATGAAA TGAGTTTTAA TTCTGGGGAT ATAATACAGG TTGATGAAAA AACCGTAGGA 
GAACCTGGTT GGCTTTATGG TAGTTTTCAA GGAAATTTTG GGTGGTTTCC TTGCAACTAT 
GTAGAAAAAA TGACATCAAG TGAAAAATCG GTGTCTCCTA AGAAGGCCTT ACTTCCTCCT 
ACAGTATCTT TATCTGCTAC CTCAACTTCT GAATCACTTT CTTCAAATCA ACCAGCATCA 
GTGACTGATT ATCAAAATGT ATCGTTTTCA AACCTAACTG TTAACACATC ATGGCAGAAA 
AAGTCAGCTT TTACTCGCAC TGTGTCCCCT GTATCTGTAT CACCTATTCA TGGACAGGGA 
CAGGTTGTAG AAAACCTAAA AGCACAGGCC CTTTGTTCCT GGACTGCGAA GAAAGATAAC 
CACTTGAACT TCTCAAAACA CGATGTTATT ACTGTCTTGG AGCAGCAAGA AAATTGGTGG 
TTTGGGGAGG TGCATGGAGG AAGAGGATGG TTTCCAAAAT CCTACGTCAA AATCATCCCT 
GGGAGTGAGG TCAAGCGGGA AGAACCAGAA GCTTTGTATG CAGCTATAAA CAAGAAACCT 
ACCTCTGCAG CCTGTACAGT GGGAGAAGAG TATATTGCAC TTTATCCATA TTCAAGTGTA 
GAACCTGGAG ATTTGACTTT CACTGAAGGT GAAGAAATAT TGGTGACCCA GAAAGATGGA 
GAATGGTGGA CAGGAAGTAT TGGCGATCGA ACTGGAATTT TTCCGTCAAA TTATGTCAAA 
CCAAAAGATC AAGAGAGTTT TGGGAGTGCT AGCAAATCTG GAACATCAAA CAAGAAACCT 
GAGATTGCTC AGGTAACTTC AGCATACGTG GCTTCTGGAT CTGAACAGCT TAGCCTTGCA 
CCAGGACAGT TGATATTAAT TCTAAAGAAA AATACAAGTG GGTGGTGGCA AGGGGAGTTA 
CAGGCCAGAG GAAAAAAGCG ACAGAAAGGA TGGTTTCCTG CCAGCCATGT TAAACTTCTG 
GGTCCAAGTA GTGAAAGAAC TACACCTGCC TTTCATCCTG TGTGTCAGGT GATCGCCATG 
TATGACTATG TAGCGAATAA TGAGGATGAG CTAAATTTCT CCAAGGGACA ACTTATTAAT 
GTTTTGAACA AAGATGATCC TGACTGGTGG CAAGGAGAAA TCAATGGGGT GACTGGTCTT 
TTTCCTTCAA ACTATGTCAA GATGACGACA GACACAGATC CAAGTCAACA GTGGTGTGCT 
GACCTCCACA CCCTGGACAC CATGCAGCCC GTGGAGAGGA AGAGGCAGGG CTACATTCAC 
GAGCTGATTG AGACTGAAGA GCGGCACGTG GACGACCTTC AGCTCGTCGT GGAGGTTTTT 
CAGAAGCGGA TGGCGGAGCC AGGTTTCCTC ACCGAAGGAG AAATGGCCTT GATCTTTGTT 
AACTGGAAGG AGCTCATTAT GTCTAACACG AAGCTGCTGA AGGCCCTGCG GGTACGGAAG 
AAGACCGGGG GTGAGAAGAT GCCCGTGCAG ATGATTGGAG ACATCCTGGC GGCTGAGCTG 
TCCCACATGC AGGCTTACAT CCGGTTCTGC AGCTGTCAGC TGAATGGAGC AGCTCTGTTA 
CAGCAGAAGA CAGATGAACA CGCGGACTTT AAAGAATTTT TAAAGAAGCT AGCATCTGAC 
CCACGATGTA AAGGAATGCC CCTGTCCAGC TTCCTGCTGC AGCCCATGCA GAGGATCACG 
CGCTACCCGC TCCTCATCAG AAGTATTCTG GAGAACACCC CAGAGAATCA CGTAGACCAC 
TCTTCTCTGA AACTGGCCCT CGAACGGGCA GAGGAGCTCT GCTCTCAAGT TAATGAAGGG 
GTTCGGGAGA AGGAGAATTC AGACCGCCTG GAGTGGATCC AGATGCACGT TCAGTGCGAA 
AGTCTGGCAG AGCAACTTGT TTTCAACTCG CTCACCAACT GCCTGGGGCC CCGGAAGCTG 
CTGCACAGTG GGAAGCTGTA CAAGACCAAG AGCAATAAGG AGCTGCACGG GTTCCTCTTC 
AACGACTTCC TGCTTCTTAC CTACATGGTC AAGCAGTTTG CTGTTTCCTC GGGCTCTGAG 
AAACTTTTCA GCTCTAAGTC CAACGCTCAG TTCAAAATGT ATAAAACGCC CATTTTCCTG 
AATGAAGCCT TGGTGAAACT GCCCACAGAC CCTTCCAGCG ATGAGCCTGT CTTCCACATT 
TCTCACATTG ACCGGGTCTA CACTCTCCGA ACAGACAACA TTAACGAGAG GACGGCCTGG 
GTCCAGAAGA TCAAGGCTGC ATCTGAACAG TACATCGACA CCGAAAAGAA GAAACGGGAG 
AAGGCTTATC AAGCTCGCTC TCAAAAGACT TCAGGCATTG GGCGTCTGAT GGTGCATGTC 
ATTGAAGCTA CGGAACTGAA AGCCTGTAAA CCAAATGGAA AGAGCAATCC ATACTGTGAA 
ATCAGCATGG GCTCCCAGAG CTACACCACC AGGACCCTCC AGGACACACT AAATCCCAAG 
TGGAATTTTA ACTGCCAGTT CTTTATTAAG GATCTTTATC AGGATGTGCT GTGTCTCACC 
ATGTTCGACA GAGACCAGTT TTCACCAGAT GATTTCCTGG GTCGCACCGA AGTTGCAGTG 
GCAAAAATTC GAACAGAACA GGAAAGCAAA GGCCCTACAA CCCGCCGACT CCTGCTGCAC 
GAGGTCCCCA CCGGGGAGGT CTGGGTCCGC TTTGACCTGC AGCTTTTTGA GCAAAAAACT 
CTCCTGTAG