EXPH5 cDNA ORF clone, Eptesicus fuscus(big brown bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	EXPH5
Entrez Gene ID	103299244
Full Name	exophilin 5
Gene Type	protein-coding
Organism	Eptesicus fuscus(big brown bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008156089.1	XP_008154311.1	exophilin-5

Pathways from BioSystems
Gene Ontology

The following EXPH5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EXPH5 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
OEp18550	XM_008156089.1 Latest version!	Eptesicus fuscus exophilin 5 (EXPH5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

EXPH5 ( XM_008156089.1 ) cDNA ORF clone, Eptesicus fuscus(big brown bat) -> XP_008154311.1 Eptesicus fuscus exophilin 5 (EXPH5), mRNA.

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CloneID	OEp18550
Clone ID Related Accession (Same CDS sequence)	XM_008156089.1
Accession Version	XM_008156089.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6444bp) 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	2014-05-28
Organism	Eptesicus fuscus(big brown bat)
Product	exophilin-5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007370779.1) 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 :: Eptesicus fuscus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 12% of CDS bases ##RefSeq-Attributes-END##

ATGACGAACG TTCCTCAGGG GTTTGATTTT AGTTTCCTAA ATGACGAAGA AGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG AAATGAGGAG CTGCAGAGGG CAGAGAAGGA CAGAATCAGG 
TACAAAGCAG ATTCTTTCTC TTTTCCCGGG ACCTGCGTCC AGCAGCCGCC CGGGCGTGGG 
GGAGGGAGGC GCGCGGCTTT CCCGGGACAC CTGTCCGGGG TCCTCGGACG CGCAGCATCC 
CTCGTGGGGC GCACCGGCCG GGGGAAATCT GCAATGAGGT TTCCCCTTCA GGACTTTGGG 
GCGCCTGGTT GGGGCTCTTT CTGCACACAG CATCCCAGAA GGGCTCGGGT CCCGCGGGGT 
GGGGAGCGCC CCTGCCCTCA CCTTGCTGGC GCGTACACTC TGGGGCGCTT CTCTCCGAGT 
GGGTCCAGCG CAGCTGCCCC ACCTCCGCCA GGACCCGTGG GTGGGACCCG CCGCTGGGGG 
TCCAGGCTGA TGCGCCCTCT GCCGCGCCTG GCTCGGTTGC CTCCCGTCTG TGTCAGGACG 
TGGGGCCGGC CCGCGGGTGA AATGGGACGA GGGCGCCGCG CCGCGCCGCG CCGCGTGGAG 
CGGAATCCTG GCCCGCACGC ACCCAGGCGC TTACACAGCT CCTCGCCCAA CACTCTCTCG 
GTCGCAGGAA CACCTTTCTC CGCCCCACAC AGACAGTCAG CGAGGCCATG GAGAGCTGAC 
CTCTCACTGG AGGCGAAAGG ATTCCCCACC CCAAGGGCTG GAGCTCCAGG AAGTTGCCAA 
ACTGTCCGGA GTGAACCGGG CTGGGATTGG GATGCGCGAG TAGGCTGGGA GTGGGTGGGG 
CTCCTTGCTG GTGGTGCTGT GGGGAAGCTG CCGTGGAATT TCACCCTTGA CCTTACTATG 
CGGTGCTGTC CTCTGGAATT ACAAACATCC AGATCTAAAA ACACACCTAC TCCAAGAGAC 
CCAACACCCG TTTCCTCCCG GCTGAGCTTC AGATCCTCAT TTGCTTCCCT GTTCTCCTTC 
AGAAAACCCA GGAAGGACAC TTTAAAGCTT CAGTCGCTGG GACCGAAAGG GTGTGACGGC 
CATGCGGGAC CTCCTGTGCC TGTGAGGGGA ACTGCTGTGG TAATTTTAGA TGACTTGGAT 
AGCACTCTGG CTCAGGAGCA GTCTTCAAGC TCAGTGAATA CAAGAACGCC TCTCGACTAT 
GGGTCAAGAA CACAGTTCAG TCATTTTTAC TCCAGTGGGA ACCGACATGG TAATACCACA 
GGAAGGCACA AAAACCGCTC TAATGAAACT TCTAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAGCCC CTAGAGAAGG TTTTAGAACC TTTTCTCCTA GAACAAGGTC AATTTATGAT 
ATGTACAGAA CAAGGGAGCC CAGAGTTTTA AAAGATTATG CGCAAAAGAA TGCTTTTGGC 
AGCACTTCTC TGTGTTTTGA CAGCAGGCAA CGATTAGCCT CCCCAGCTTC AGGGTGTTTC 
ACAACAAGAA GCATACATTT TCCAGCCACT ACTCAGAACA AGAGTGGATT TATACCACCA 
AGCCACCAGC AGAGCCCAAA GAGAACTCCT TTATCGTCCA TCATATGGAA TAGATCAGAT 
TCTTCTAGAG AGAGGCCAAA CCAGGAAGAG TTCCCGAGGG CACCATCACC AATGGAAATT 
GACCCTGCTG ACCAGTATAT GTATCCCAGG TGTTTTCAGG AGAATAGGAG ATATGAATTT 
TATCGTTCAC AGAATATTTA CCAAAATGTA AGTTTAAATT CCCCCATGGA TAGCACAGTG 
AGTCCTGACC CATTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAGA CAACCCATTT 
GCGAGGTCTT TTTTTAGCAA TACCTTTGGA CGAAGCAGGC ATCAGAGATT TAGACAAAGT 
CCTTTCGGGG GCCAACAGGA AGAACATTCT CCCTGGTCTG GCTTTCATCA AAGTAGGAAA 
CCTTTCACTT CTGACAGAGA CTTTGAAATG ACTTCCCCTG AGGCAAATTG TGCCTCAGCT 
GGTCATGGCC ATAATGTTTC TTCCCAACAC TGGGCATCAT TTTCACCTAG CTACAGAACA 
AGTATTTCCA GAGACCAAGA AGAGCCATAT CCCTGGCAGT TTGATCCTCA TACATCTACA 
CTGGAGAGCA TGGAGGTGTC ACAAGGTAAT GGAAACCAGA GGGCTCATTT TGGCACATCA 
AATATTTGCT CCATGGTTGG TTCAAACTAT CACATCAAGT CTAGGGGGTT AGAATGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATGAA AACAAAGAAC CTTACTCATT TGGAACTGCT 
TCGACTCTGG CATCCTCATT CAGAAGTTCC TTCCCCAAAA TTCCTGATGA CAAAGGGAAT 
CGTCAGGGTC CCAACTTTCA GAATCCCACA GTCACTTGGC GGAAAATTAA GCCTGCCTCT 
CTTCTAATAA GAAGCTACAC AGAAGTCACT GTGACCAGCA GCGATTCAGT TGATTCTCCA 
CCTCTTACTC AAAGCCAACC CAATATCTTG GCCACAGAAG TGAATGATGA GCAAGATTTG 
AATGGACCTA TTTTGGAAAA AGACAAACAA CTGAACAAGA TGGACCAGAC AAACACAACC 
AGTGAAATGT CCCAACCTGT TTCAGAGACA GTAATCTCTA ATCCTTTAGC TGATTTTCAA 
AGTCCCCTCT CCCAGGACTC AGCCAAAACC AATGGATTTG TTCTTAATGC ATCTACCACA 
AAAAGTTCAA AAAACTCACC CCAAGTCATT TCTGGGAAAG ATGTCTCCGA AATTCATATA 
TCACAGAGAG GTAAGGCCAA CGAAACAAAG AAAGGTAAGA GTTACACCGA AAACAGAAAA 
CTTGGCCCAG CAACTTCCTT TCCTTTGATT CAGGAGAGCA GAATACCATC ATTGATTCCC 
AGCCCAAGTG AAGGTGGCCA CCAGGAGCTA ACAGGAAGTA ATGAAGATAT TTCAAGTTCT 
ATTGAAAGTA GCCAGTGGAG CCCTGAATCT ACTGGTGATC AAAATACACC GTCACCAGAA 
ATCAGGTCAA CTGCTGGCCA CAATATCCCA TGTGATTCTT TAGGTCTGCC GTCAGGTACA 
GCGCCAGATT CTTCACCATC AAATAATTTT TTCCTTGGTG CTCTGATAGT TCCTTCTACT 
ACAGTGTTCT CTGGGAAAAG TCTTTCAGGC AAAGATGTGT CTCTGGGAGA TAAAGAAAAT 
GAAGACAATA ATAGCAAGCA TCCAAATAAT CAGTTTACCT TGAGCCCTTC AGAAAAGGAA 
TGCAGTGATG CTGGTTTTGT GCCTATACAC AATGAAGAGG TTGGTGTCAA ACGCCATTCA 
CATCCTCCTT TCAGGGCTGG GAAGGGGAAA GGAAAAGTAA GACGGCGTAT ATCCTATATT 
GAACAGTTGA GCAAAACAGA AAGTAAATCA GCACCCACAA GTGGCAGCAG TAGCCTCGCT 
AAGGTGAATT CAAGTGATTC CAAGGCTCCT GAGCTTCATA CAACTTATTG TAGCTTACCA 
AGAACGGCAG CCAGTTCCCT TGTTAGTAGC AGGAAGTCAG AAAGTAAGAT AATGGTGCCT 
TCCTTTAGGA ATAAGCCACT TCCACGCCAA TCTGAAACAA GTGTAGACGG TCCAATAGGA 
AGAGACACAT CCAACAAATT CAGCCCCAGT TCTTCTGAGT CAGAAAGCAG ACGTTCCAAA 
GTAGTTTCAG ACTCAGCCTC AGCTGGGCCT GAAGCCACAG AGGGGATGAC AAACACTGGA 
CCTGCTTGCA TTAGAAAAGG ACCCTTTCCA TTCCTCATCA AGAGGGCTGC GTCATGTCCT 
TTAGGGGTAC CACATGCCTC ACTTGGAAAA GATGAAAGAG AAAAATGCTT GGTCACAGAC 
ATGGATGCTT CTGCTATCAC ACTAAGACCC TGGGAGAAAA CCATTGACCC TCTGGAAAGT 
GACTCATCTG TTAGGGATTG TTCTTTAACC AAAAGACACC ACCAAAAGGA ACACTGTCAT 
GAATGCATTG AAAAGGATGG TAAAATTGCT GCCTCCAAGA CAGGTACATT TTCCCTTTCA 
AATGAAGACC CTTTACCTTT TTCTTCGGAT ATGTCAGGGG GCAAAAGTGG GGAAACATTA 
CATAAAGTTA AGACTACGAG TATGTTTTCT CTTTCTGGTG ATGAAGAGAA TGTCAAGTGT 
CTTGAGATAG TTTCAATATA TTACACTCTA CCAAGGAAAC ACAGCAAAAA GTTCTGTAGT 
CTCCTCCAAA AGTATACTGA AAATATTGAC TCACTTACAG AATCAACTAA AGTGGGATCT 
GAAACATTCC CTAATACTTT AGAAAAAGAG AAACTAAATT ATTCTACACA AGAGCAGTCA 
GGAACAACTT CATCTGAAGA CCTAACGTCA CTGTTCAGCT CTATTCAGGA AAACAGCAAT 
TGCCTTTCTC ACAACACTGA GAATGAGACT GTTTTACAAT TACCAATTAT TGGGCCCTCA 
GAACCTACAC TACAGGAAAT GGCTTCTATT GAGGCAGATG TTTCTCTTCA TAAAGGAGAA 
TCTAAAACTA AAGAGATTTC CCCAGATAAC TTAGCTAAAA CACCTCTACG TGATTCACAA 
AGCAAGAAAA AGAGAGGGGG AAAGTTGCAA AGTGAAACCC TGCATACTTC ATCAATGCTT 
CAGGAGGAAA AAGGTACAGA AGAGAAATCT GAAAATTGTC AGCACTCCAT TAAATCTGCT 
AACAGTGGTC CCTCTAATCC TCCAGCCCAT TCAGAAGGGA ACATCGAAAA TCTGAAAACC 
AGAAGTTCTG GGGAGTGTGC AGGTGGTGGT ATAGCCGTCC CATCTACTGG AAGCGCAAAG 
TGTCTTCAGA AAGCCATCAC AGGCATCCCT AAAGATGACC GCTCCGATGG ATTGCAGCCT 
AGGAGAGCCA GAGGAGCAGA TTTCCAAAAA GAGACTGATA AAGCACTTTC TGACTCAGAA 
GGCCAAGTCT TTGCTCTTAC CCCAGCTTTG CATAAACTAC ATCTTGATGA GGAGACTTAT 
TCAAGTGAGC GAGATTTAGA CAGTTTGCAG TTGGAACCCA GAGAACTACC TCAAAGAAGT 
CAGGAGGTAA CTCTGACAAA GAAGGGGAAG GCTAAAGATG AAACGCAGGG GTTGGCCTGG 
GATCAACTCT CACTTCCTGC AGGAAGCAAT AAAAACAAAA CCAGTTTGGA TGACCCAGAA 
AAAGGGAAAA GCAGATCTTC AGTTAAACAC AGATTGGCAA CCATGTCCAA AGCAAGCAGA 
AAATTTCCAG CTAAAGATGT AAGCCACAGA AGACATATAG CTACTGTCTT CCCCCAAAGT 
GAGACCTGTT CTGGCTTCAG TGGTTTGTCT CTTGGCCCCC CAGACTGCAA CCCACTGTCC 
CCTGAGCCTA CTCCAAAGTC CACAGACTCT AGAGATGAAA ACAAGTTGAA TAATGATGGG 
ATGGATGTGA AGAACTCTGA GGACCCTTTC CAGATTACTA TAATATCCAA CAGAGAAGCT 
CCTACACCCA TAAGCAATCA GAAGTCTAAC AGCATTTCAC AACCACATCA GAATGAGCTT 
AGAAATATCT CAGAATCACC ACCAAAGAAT GAGACTTCTA AAGATGTAAC AGTAGTTCAG 
AGTTTGGAAA GAGAGTCAGG AGCCCTGGCC CAACCCACCT TCACCAGCCT CAGAGAAGCC 
GATTTCTCCA GCCATCCGAG GAAGCTGACC CCTCATCTAC CATTGGAGCC TGCGGAGAAA 
TCTACAGTAA GCATCCCACT GGCCATTTGT CAGCAACGAC AAAGGAGCAC TGCATCTCAG 
GAGTGGGAAC CTGAGCCACA CCCCTATCGT TCAAAGAGTT TAAAAAATAT CCATGTGCAC 
GGCAATCTGC TACGCAAAAG TCATCCTCCG AAAGCCAGGG AGCGCCATTT TTCTGAAAGC 
ACGTCGATTG ACAATGCCCT GAGCCGCCTG ACCCTTGGGA ATGAATTCCC TAACAACAGT 
GAGTGCAGTC GAAGATTCAA ATCTTTTTCT GAACTTTCCT CCCGTGATGA AAATGGAAGC 
TGGGCTTTGC AGAGTGGCAG GACAGAAACA GGTCCCAAGT CAGCAACCTC TATATCCAGA 
CCTATCGACT ACGGGATATT TGGGAAAGAA CAGCAGTTGG CTTTCTTGGA GAATGTAAAG 
AGGTCACTCA CACAAGGAAG GCTCTGGAAA CCAAGTTTTC TGAAGAACCC TGGCTTCCTG 
AAAGATGATA TAGTTCACCC TCCCAACCCA ATGGAGTCAT CGAGCTCAGA TTCTCCTAGC 
AATGTGATGC CAGAAGGTGG CCTATCTCCA GATGTACCAC TTAATATCTA TGAAGAGGAT 
CCAGTGGACT CAGACTGTGA CACTGACACA ACCACAGATG ATGAGTACTA CCTGGATGAA 
AATGACAAAG AATCAGAACT GTGA

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

RefSeq	XP_008154311.1
CDS	1..6444
Translation	MTNVPQGFDFSFLNDEEARKILQVLERNEELQRAEKDRIRYKADSFSFPGTCVQQPPGRGGGRRAAFPGHLSGVLGRAASLVGRTGRGKSAMRFPLQDFGAPGWGSFCTQHPRRARVPRGGERPCPHLAGAYTLGRFSPSGSSAAAPPPPGPVGGTRRWGSRLMRPLPRLARLPPVCVRTWGRPAGEMGRGRRAAPRRVERNPGPHAPRRLHSSSPNTLSVAGTPFSAPHRQSARPWRADLSLEAKGFPTPRAGAPGSCQTVRSEPGWDWDARVGWEWVGLLAGGAVGKLPWNFTLDLTMRCCPLELQTSRSKNTPTPRDPTPVSSRLSFRSSFASLFSFRKPRKDTLKLQSLGPKGCDGHAGPPVPVRGTAVVILDDLDSTLAQEQSSSSVNTRTPLDYGSRTQFSHFYSSGNRHGNTTGRHKNRSNETSNMSIYDILRPGAPREGFRTFSPRTRSIYDMYRTREPRVLKDYAQKNAFGSTSLCFDSRQRLASPASGCFTTRSIHFPATTQNKSGFIPPSHQQSPKRTPLSSIIWNRSDSSRERPNQEEFPRAPSPMEIDPADQYMYPRCFQENRRYEFYRSQNIYQNVSLNSPMDSTVSPDPFENSENMPFYHQDNPFARSFFSNTFGRSRHQRFRQSPFGGQQEEHSPWSGFHQSRKPFTSDRDFEMTSPEANCASAGHGHNVSSQHWASFSPSYRTSISRDQEEPYPWQFDPHTSTLESMEVSQGNGNQRAHFGTSNICSMVGSNYHIKSRGLECQQDSSPVEVHENKEPYSFGTASTLASSFRSSFPKIPDDKGNRQGPNFQNPTVTWRKIKPASLLIRSYTEVTVTSSDSVDSPPLTQSQPNILATEVNDEQDLNGPILEKDKQLNKMDQTNTTSEMSQPVSETVISNPLADFQSPLSQDSAKTNGFVLNASTTKSSKNSPQVISGKDVSEIHISQRGKANETKKGKSYTENRKLGPATSFPLIQESRIPSLIPSPSEGGHQELTGSNEDISSSIESSQWSPESTGDQNTPSPEIRSTAGHNIPCDSLGLPSGTAPDSSPSNNFFLGALIVPSTTVFSGKSLSGKDVSLGDKENEDNNSKHPNNQFTLSPSEKECSDAGFVPIHNEEVGVKRHSHPPFRAGKGKGKVRRRISYIEQLSKTESKSAPTSGSSSLAKVNSSDSKAPELHTTYCSLPRTAASSLVSSRKSESKIMVPSFRNKPLPRQSETSVDGPIGRDTSNKFSPSSSESESRRSKVVSDSASAGPEATEGMTNTGPACIRKGPFPFLIKRAASCPLGVPHASLGKDEREKCLVTDMDASAITLRPWEKTIDPLESDSSVRDCSLTKRHHQKEHCHECIEKDGKIAASKTGTFSLSNEDPLPFSSDMSGGKSGETLHKVKTTSMFSLSGDEENVKCLEIVSIYYTLPRKHSKKFCSLLQKYTENIDSLTESTKVGSETFPNTLEKEKLNYSTQEQSGTTSSEDLTSLFSSIQENSNCLSHNTENETVLQLPIIGPSEPTLQEMASIEADVSLHKGESKTKEISPDNLAKTPLRDSQSKKKRGGKLQSETLHTSSMLQEEKGTEEKSENCQHSIKSANSGPSNPPAHSEGNIENLKTRSSGECAGGGIAVPSTGSAKCLQKAITGIPKDDRSDGLQPRRARGADFQKETDKALSDSEGQVFALTPALHKLHLDEETYSSERDLDSLQLEPRELPQRSQEVTLTKKGKAKDETQGLAWDQLSLPAGSNKNKTSLDDPEKGKSRSSVKHRLATMSKASRKFPAKDVSHRRHIATVFPQSETCSGFSGLSLGPPDCNPLSPEPTPKSTDSRDENKLNNDGMDVKNSEDPFQITIISNREAPTPISNQKSNSISQPHQNELRNISESPPKNETSKDVTVVQSLERESGALAQPTFTSLREADFSSHPRKLTPHLPLEPAEKSTVSIPLAICQQRQRSTASQEWEPEPHPYRSKSLKNIHVHGNLLRKSHPPKARERHFSESTSIDNALSRLTLGNEFPNNSECSRRFKSFSELSSRDENGSWALQSGRTETGPKSATSISRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDDIVHPPNPMESSSSDSPSNVMPEGGLSPDVPLNIYEEDPVDSDCDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_008156089.1
Organism	Eptesicus fuscus(big brown bat)
Definition	Eptesicus fuscus exophilin 5 (EXPH5), mRNA.

Target ORF information:

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

XM_008156089.1

ORF Insert Sequence:

ATGACGAACG TTCCTCAGGG GTTTGATTTT AGTTTCCTAA ATGACGAAGA AGCCAGGAAG 
ATCCTTCAGG TGCTGGAAAG AAATGAGGAG CTGCAGAGGG CAGAGAAGGA CAGAATCAGG 
TACAAAGCAG ATTCTTTCTC TTTTCCCGGG ACCTGCGTCC AGCAGCCGCC CGGGCGTGGG 
GGAGGGAGGC GCGCGGCTTT CCCGGGACAC CTGTCCGGGG TCCTCGGACG CGCAGCATCC 
CTCGTGGGGC GCACCGGCCG GGGGAAATCT GCAATGAGGT TTCCCCTTCA GGACTTTGGG 
GCGCCTGGTT GGGGCTCTTT CTGCACACAG CATCCCAGAA GGGCTCGGGT CCCGCGGGGT 
GGGGAGCGCC CCTGCCCTCA CCTTGCTGGC GCGTACACTC TGGGGCGCTT CTCTCCGAGT 
GGGTCCAGCG CAGCTGCCCC ACCTCCGCCA GGACCCGTGG GTGGGACCCG CCGCTGGGGG 
TCCAGGCTGA TGCGCCCTCT GCCGCGCCTG GCTCGGTTGC CTCCCGTCTG TGTCAGGACG 
TGGGGCCGGC CCGCGGGTGA AATGGGACGA GGGCGCCGCG CCGCGCCGCG CCGCGTGGAG 
CGGAATCCTG GCCCGCACGC ACCCAGGCGC TTACACAGCT CCTCGCCCAA CACTCTCTCG 
GTCGCAGGAA CACCTTTCTC CGCCCCACAC AGACAGTCAG CGAGGCCATG GAGAGCTGAC 
CTCTCACTGG AGGCGAAAGG ATTCCCCACC CCAAGGGCTG GAGCTCCAGG AAGTTGCCAA 
ACTGTCCGGA GTGAACCGGG CTGGGATTGG GATGCGCGAG TAGGCTGGGA GTGGGTGGGG 
CTCCTTGCTG GTGGTGCTGT GGGGAAGCTG CCGTGGAATT TCACCCTTGA CCTTACTATG 
CGGTGCTGTC CTCTGGAATT ACAAACATCC AGATCTAAAA ACACACCTAC TCCAAGAGAC 
CCAACACCCG TTTCCTCCCG GCTGAGCTTC AGATCCTCAT TTGCTTCCCT GTTCTCCTTC 
AGAAAACCCA GGAAGGACAC TTTAAAGCTT CAGTCGCTGG GACCGAAAGG GTGTGACGGC 
CATGCGGGAC CTCCTGTGCC TGTGAGGGGA ACTGCTGTGG TAATTTTAGA TGACTTGGAT 
AGCACTCTGG CTCAGGAGCA GTCTTCAAGC TCAGTGAATA CAAGAACGCC TCTCGACTAT 
GGGTCAAGAA CACAGTTCAG TCATTTTTAC TCCAGTGGGA ACCGACATGG TAATACCACA 
GGAAGGCACA AAAACCGCTC TAATGAAACT TCTAATATGT CTATCTATGA CATCCTAAGA 
CCAGGAGCCC CTAGAGAAGG TTTTAGAACC TTTTCTCCTA GAACAAGGTC AATTTATGAT 
ATGTACAGAA CAAGGGAGCC CAGAGTTTTA AAAGATTATG CGCAAAAGAA TGCTTTTGGC 
AGCACTTCTC TGTGTTTTGA CAGCAGGCAA CGATTAGCCT CCCCAGCTTC AGGGTGTTTC 
ACAACAAGAA GCATACATTT TCCAGCCACT ACTCAGAACA AGAGTGGATT TATACCACCA 
AGCCACCAGC AGAGCCCAAA GAGAACTCCT TTATCGTCCA TCATATGGAA TAGATCAGAT 
TCTTCTAGAG AGAGGCCAAA CCAGGAAGAG TTCCCGAGGG CACCATCACC AATGGAAATT 
GACCCTGCTG ACCAGTATAT GTATCCCAGG TGTTTTCAGG AGAATAGGAG ATATGAATTT 
TATCGTTCAC AGAATATTTA CCAAAATGTA AGTTTAAATT CCCCCATGGA TAGCACAGTG 
AGTCCTGACC CATTTGAGAA CTCAGAGAAC ATGCCATTCT ACCATCAAGA CAACCCATTT 
GCGAGGTCTT TTTTTAGCAA TACCTTTGGA CGAAGCAGGC ATCAGAGATT TAGACAAAGT 
CCTTTCGGGG GCCAACAGGA AGAACATTCT CCCTGGTCTG GCTTTCATCA AAGTAGGAAA 
CCTTTCACTT CTGACAGAGA CTTTGAAATG ACTTCCCCTG AGGCAAATTG TGCCTCAGCT 
GGTCATGGCC ATAATGTTTC TTCCCAACAC TGGGCATCAT TTTCACCTAG CTACAGAACA 
AGTATTTCCA GAGACCAAGA AGAGCCATAT CCCTGGCAGT TTGATCCTCA TACATCTACA 
CTGGAGAGCA TGGAGGTGTC ACAAGGTAAT GGAAACCAGA GGGCTCATTT TGGCACATCA 
AATATTTGCT CCATGGTTGG TTCAAACTAT CACATCAAGT CTAGGGGGTT AGAATGTCAA 
CAGGACAGTT CTCCTGTAGA AGTACATGAA AACAAAGAAC CTTACTCATT TGGAACTGCT 
TCGACTCTGG CATCCTCATT CAGAAGTTCC TTCCCCAAAA TTCCTGATGA CAAAGGGAAT 
CGTCAGGGTC CCAACTTTCA GAATCCCACA GTCACTTGGC GGAAAATTAA GCCTGCCTCT 
CTTCTAATAA GAAGCTACAC AGAAGTCACT GTGACCAGCA GCGATTCAGT TGATTCTCCA 
CCTCTTACTC AAAGCCAACC CAATATCTTG GCCACAGAAG TGAATGATGA GCAAGATTTG 
AATGGACCTA TTTTGGAAAA AGACAAACAA CTGAACAAGA TGGACCAGAC AAACACAACC 
AGTGAAATGT CCCAACCTGT TTCAGAGACA GTAATCTCTA ATCCTTTAGC TGATTTTCAA 
AGTCCCCTCT CCCAGGACTC AGCCAAAACC AATGGATTTG TTCTTAATGC ATCTACCACA 
AAAAGTTCAA AAAACTCACC CCAAGTCATT TCTGGGAAAG ATGTCTCCGA AATTCATATA 
TCACAGAGAG GTAAGGCCAA CGAAACAAAG AAAGGTAAGA GTTACACCGA AAACAGAAAA 
CTTGGCCCAG CAACTTCCTT TCCTTTGATT CAGGAGAGCA GAATACCATC ATTGATTCCC 
AGCCCAAGTG AAGGTGGCCA CCAGGAGCTA ACAGGAAGTA ATGAAGATAT TTCAAGTTCT 
ATTGAAAGTA GCCAGTGGAG CCCTGAATCT ACTGGTGATC AAAATACACC GTCACCAGAA 
ATCAGGTCAA CTGCTGGCCA CAATATCCCA TGTGATTCTT TAGGTCTGCC GTCAGGTACA 
GCGCCAGATT CTTCACCATC AAATAATTTT TTCCTTGGTG CTCTGATAGT TCCTTCTACT 
ACAGTGTTCT CTGGGAAAAG TCTTTCAGGC AAAGATGTGT CTCTGGGAGA TAAAGAAAAT 
GAAGACAATA ATAGCAAGCA TCCAAATAAT CAGTTTACCT TGAGCCCTTC AGAAAAGGAA 
TGCAGTGATG CTGGTTTTGT GCCTATACAC AATGAAGAGG TTGGTGTCAA ACGCCATTCA 
CATCCTCCTT TCAGGGCTGG GAAGGGGAAA GGAAAAGTAA GACGGCGTAT ATCCTATATT 
GAACAGTTGA GCAAAACAGA AAGTAAATCA GCACCCACAA GTGGCAGCAG TAGCCTCGCT 
AAGGTGAATT CAAGTGATTC CAAGGCTCCT GAGCTTCATA CAACTTATTG TAGCTTACCA 
AGAACGGCAG CCAGTTCCCT TGTTAGTAGC AGGAAGTCAG AAAGTAAGAT AATGGTGCCT 
TCCTTTAGGA ATAAGCCACT TCCACGCCAA TCTGAAACAA GTGTAGACGG TCCAATAGGA 
AGAGACACAT CCAACAAATT CAGCCCCAGT TCTTCTGAGT CAGAAAGCAG ACGTTCCAAA 
GTAGTTTCAG ACTCAGCCTC AGCTGGGCCT GAAGCCACAG AGGGGATGAC AAACACTGGA 
CCTGCTTGCA TTAGAAAAGG ACCCTTTCCA TTCCTCATCA AGAGGGCTGC GTCATGTCCT 
TTAGGGGTAC CACATGCCTC ACTTGGAAAA GATGAAAGAG AAAAATGCTT GGTCACAGAC 
ATGGATGCTT CTGCTATCAC ACTAAGACCC TGGGAGAAAA CCATTGACCC TCTGGAAAGT 
GACTCATCTG TTAGGGATTG TTCTTTAACC AAAAGACACC ACCAAAAGGA ACACTGTCAT 
GAATGCATTG AAAAGGATGG TAAAATTGCT GCCTCCAAGA CAGGTACATT TTCCCTTTCA 
AATGAAGACC CTTTACCTTT TTCTTCGGAT ATGTCAGGGG GCAAAAGTGG GGAAACATTA 
CATAAAGTTA AGACTACGAG TATGTTTTCT CTTTCTGGTG ATGAAGAGAA TGTCAAGTGT 
CTTGAGATAG TTTCAATATA TTACACTCTA CCAAGGAAAC ACAGCAAAAA GTTCTGTAGT 
CTCCTCCAAA AGTATACTGA AAATATTGAC TCACTTACAG AATCAACTAA AGTGGGATCT 
GAAACATTCC CTAATACTTT AGAAAAAGAG AAACTAAATT ATTCTACACA AGAGCAGTCA 
GGAACAACTT CATCTGAAGA CCTAACGTCA CTGTTCAGCT CTATTCAGGA AAACAGCAAT 
TGCCTTTCTC ACAACACTGA GAATGAGACT GTTTTACAAT TACCAATTAT TGGGCCCTCA 
GAACCTACAC TACAGGAAAT GGCTTCTATT GAGGCAGATG TTTCTCTTCA TAAAGGAGAA 
TCTAAAACTA AAGAGATTTC CCCAGATAAC TTAGCTAAAA CACCTCTACG TGATTCACAA 
AGCAAGAAAA AGAGAGGGGG AAAGTTGCAA AGTGAAACCC TGCATACTTC ATCAATGCTT 
CAGGAGGAAA AAGGTACAGA AGAGAAATCT GAAAATTGTC AGCACTCCAT TAAATCTGCT 
AACAGTGGTC CCTCTAATCC TCCAGCCCAT TCAGAAGGGA ACATCGAAAA TCTGAAAACC 
AGAAGTTCTG GGGAGTGTGC AGGTGGTGGT ATAGCCGTCC CATCTACTGG AAGCGCAAAG 
TGTCTTCAGA AAGCCATCAC AGGCATCCCT AAAGATGACC GCTCCGATGG ATTGCAGCCT 
AGGAGAGCCA GAGGAGCAGA TTTCCAAAAA GAGACTGATA AAGCACTTTC TGACTCAGAA 
GGCCAAGTCT TTGCTCTTAC CCCAGCTTTG CATAAACTAC ATCTTGATGA GGAGACTTAT 
TCAAGTGAGC GAGATTTAGA CAGTTTGCAG TTGGAACCCA GAGAACTACC TCAAAGAAGT 
CAGGAGGTAA CTCTGACAAA GAAGGGGAAG GCTAAAGATG AAACGCAGGG GTTGGCCTGG 
GATCAACTCT CACTTCCTGC AGGAAGCAAT AAAAACAAAA CCAGTTTGGA TGACCCAGAA 
AAAGGGAAAA GCAGATCTTC AGTTAAACAC AGATTGGCAA CCATGTCCAA AGCAAGCAGA 
AAATTTCCAG CTAAAGATGT AAGCCACAGA AGACATATAG CTACTGTCTT CCCCCAAAGT 
GAGACCTGTT CTGGCTTCAG TGGTTTGTCT CTTGGCCCCC CAGACTGCAA CCCACTGTCC 
CCTGAGCCTA CTCCAAAGTC CACAGACTCT AGAGATGAAA ACAAGTTGAA TAATGATGGG 
ATGGATGTGA AGAACTCTGA GGACCCTTTC CAGATTACTA TAATATCCAA CAGAGAAGCT 
CCTACACCCA TAAGCAATCA GAAGTCTAAC AGCATTTCAC AACCACATCA GAATGAGCTT 
AGAAATATCT CAGAATCACC ACCAAAGAAT GAGACTTCTA AAGATGTAAC AGTAGTTCAG 
AGTTTGGAAA GAGAGTCAGG AGCCCTGGCC CAACCCACCT TCACCAGCCT CAGAGAAGCC 
GATTTCTCCA GCCATCCGAG GAAGCTGACC CCTCATCTAC CATTGGAGCC TGCGGAGAAA 
TCTACAGTAA GCATCCCACT GGCCATTTGT CAGCAACGAC AAAGGAGCAC TGCATCTCAG 
GAGTGGGAAC CTGAGCCACA CCCCTATCGT TCAAAGAGTT TAAAAAATAT CCATGTGCAC 
GGCAATCTGC TACGCAAAAG TCATCCTCCG AAAGCCAGGG AGCGCCATTT TTCTGAAAGC 
ACGTCGATTG ACAATGCCCT GAGCCGCCTG ACCCTTGGGA ATGAATTCCC TAACAACAGT 
GAGTGCAGTC GAAGATTCAA ATCTTTTTCT GAACTTTCCT CCCGTGATGA AAATGGAAGC 
TGGGCTTTGC AGAGTGGCAG GACAGAAACA GGTCCCAAGT CAGCAACCTC TATATCCAGA 
CCTATCGACT ACGGGATATT TGGGAAAGAA CAGCAGTTGG CTTTCTTGGA GAATGTAAAG 
AGGTCACTCA CACAAGGAAG GCTCTGGAAA CCAAGTTTTC TGAAGAACCC TGGCTTCCTG 
AAAGATGATA TAGTTCACCC TCCCAACCCA ATGGAGTCAT CGAGCTCAGA TTCTCCTAGC 
AATGTGATGC CAGAAGGTGG CCTATCTCCA GATGTACCAC TTAATATCTA TGAAGAGGAT 
CCAGTGGACT CAGACTGTGA CACTGACACA ACCACAGATG ATGAGTACTA CCTGGATGAA 
AATGACAAAG AATCAGAACT GTGA