Exph5 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Exph5
Entrez Gene ID	103731344
Full Name	exophilin 5
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017797304.1	XP_017652793.1	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
ONa46398	XM_017797304.1 Latest version!	Nannospalax galili exophilin 5 (Exph5), 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)

Exph5 ( XM_017797304.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017652793.1 Nannospalax galili exophilin 5 (Exph5), mRNA.

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CloneID	ONa46398
Clone ID Related Accession (Same CDS sequence)	XM_017797304.1
Accession Version	XM_017797304.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5745bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	exophilin-5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008334957.1) 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 :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTAAAAC CACCACTTAC CTCCCGGCTG AGGAAGGAGA CGGCAAAAGG CGATCCTATG 
GAATTACAAA CACCAAGATC TAAAAATCTA ACCAATCCAA AACCATCCGT TTCTTCTCGA 
ATGAGCTTTC GGTCATCCTT GGCCTCGCTG TTCTCCTTCA GGAGATATGG GAAGGAGACA 
TCTACGCTTC AGTCACAGAG GCAAAAAGCA TGTGATGGCC ATGGAGGACC TCCTGTGTCT 
ATGAAGGGAC CAACTGCGGC AAAACCATAC GATTCACCTG TGAGGAGTCA ACTGGTTGCC 
AGTGTGTCTG TTCCCAAACC AGCCATCATG AGGGAGGAAA GTGGCATGCC TCCCCCCTGG 
GATGCGTCCA TGCTGGAGAA TGAGTTCTTC CAAGTCTTAG ATGACCTGGA TAGTAAGCTG 
GCTCAGGAGC AATCTGCAAG CTCGGTGAAT CCCAGAATGC CCTTCCACTA CAGATCAAGA 
ACACAGCTCA ACCGTTCTTA CTCCAGCGAG AGCAGGCGTG GTAATATCAC TCAAAGGCAC 
AAAAACCACT GCAATGAAAC TTCCATCTTG TCCATCTATG ACATCCTGAG ACCAGGAACA 
CCTAGAGAGG GTTTTAAAAC CTTTTCTCCT AGGACAAAAA CAATTTATGA TATGTACAGG 
TCAAGGGAGC CCAGAGTTGT AAAAGAAGAT TTCATACAAA AGAATACATT TGGCAGTGCT 
TCTCTGTGCA TTGACAGCCA GCAGAGAACA GCCTCACCAG CCGCGGGACG CTTCACCGTA 
AGGAGCTTAC ACTTTCCAGC CACTCAGAAC AAGAGTAGTT TTACACCAGC AAGCCGCAAG 
CAAAGCCCAA AAAGAACTCC TTTGTCATCC ATCATATGGA ACAGATCAGA TTATTCTAGA 
GAAAGACAGA AGCAGGAAGA ATTCCTGGGG GCGCCATCAC CAATGGACAT TGACCCTGCT 
GACCAGTACA TGTATTCTCA GTGTTTTCAG GAGAGGAAAT ACAAATTGTA CCATTCACAG 
AATGCTTACC AAGGCACACG TTTAAACATC CCCATGGATA ATGCAATGAG TTGTGACACA 
CTGGAGAACT CCGAGAATAT GCCGTTCTAC CATCAGGACA ACCCATTTGC AAGCTCTTTC 
TTCAACAATC CCTTTAGACG AAACAGGGAG CAGAGATTTG GACACAGTTC TTTTTGGCAT 
CAACAAGAAG AATGTTCTTG GTCTGACTTT CCTCAGAGTA GGAAACCATT CACTTCTTCT 
GACAGAGACT TTGGCATGAT TTCCATTGAA GCAAACAGTG AAGCATCTGT TCAAGGCCCT 
GGTGTCCCTT CTCAATACTG GGGGCCATTT TCTCCTTGTT ACGGAACAAA TGTTTTCAGA 
GGCCAAGGAG ATCCACATCA CTGGTGGTCT GATTTTCAGA CATCCCCACC GGAGAGAATG 
GATATGTCCC ATGTTAATGA GAACCAATCT CCACCCCATT TTGGCACACC AGATGTTTTT 
CCCATGACGG CTCCAAGCTG CCACAGCCAC TCTGCTGGGC TGGAATCTCC GCAGGGCCGC 
TCTCCTGTAG AAGTAGCCAT GAACGAGGGG CCTCACTTGT TTGCCAATGC TCAGCCTCTA 
CTATCCTCAT TCAGAGCTTC CTTCCCTCAG ATTCCTGATG ACAGAGGAAA TTCTCAGGGT 
CTCAACTTCC AGAATGCCAC AGTTTCTTTG CAGGAAACTT TTCCTAATAA GCCAGACTCT 
CTTCCAGTAA GAAGCTGTAC AGAAGTTACT ACGGTCAATA ACAGTTCAAC TGAATCTCTG 
TCTCATACTG AAGCTCAACT CAACTTCCAA GTCACAGAAA TGAATAATGA GAAAGACATG 
AGTGACTTTA TTTCAGAAGA CAAACAACTC AACAAGATGG ACCAGAAAAA CAAGACAGGC 
GGAATACCCC AACCTGTTTT TCAGACAGAG ATCTCTAACT CTTTACCTAA ATTTCAAAAT 
CCCCATTCCC AGAACACAGC ACAAAATGAC AGATCTGGTT TTAATGCACC TGTCACAGTA 
AGTTCTAAAA GGTCACCCAG AGTCTTTTCC AGAAAAGACA CCTCCCAAAT TTATATAACA 
CAAAGGGATA AAACCAGTGA ACTAAACAAA GGACAGTGTT TTCCTGGGAA CAGGAAACTT 
GACTCAGAAA CTTCTCTGCC TTTCCTTCAG GAAAGCAGAA CACTGACATC TTTTCCCAGC 
CCAAATCAAG CTTGTTACCA GGAATCAACA GTACATAATG AAGACCGCTT GAACATTATT 
AAAAATAAGC ACTGGTGCTC TGAACCTACT AATCAAGGAA CACAGTCCCC TCAGAGAGAA 
GAGTGTCCAG CCACCAAGTC TACCAACTGC AGCAGGCTGG GTACTGGGGA CAGGATCTCA 
CAGGAGTCTT TAGGTCTGTC ATCAGATGTA CCCCACAGCT CTTCATCATC AAATAGTTCT 
TTCCTTGATG CTCTTCTGGT TCTTTCTACT ACAGCATTCC CCAGAAGCCC TTCAGACAAA 
GAGCTATCTC TAAAACAAAG AGAAGAAAAA GACAATGCCA ACGAAAACCA AAATAATCAT 
TTTTCTGTAA ACTCCTCAGA AAACCAAGAG AGCAAAGACA GTTCTGTACC TCCAGGTGAA 
GTGGCTGATG GTGCCCAGTG CCATCCATAC TCTCCTTTCA GAAGTGGAAG GGGGACAGGA 
AGAGTGAGAC GCCACGTATC CTGTATTGAA AAGTTAAGCA AGATGGAGAA CAGGTTAGCA 
CCCACAAATG AAGGCAGTAG CTCCACTGAG GACCAGAGCA GCTCCAGAGC TTCTGAATGC 
GGCTCAGTCT ATTGCACCCT GCCAAGAAAA TCAGCCAGTT TTCTCACATC TAACAAACAG 
TCAGAAAGTA AGATAACAGC TGCTCCAATT AGGAACGGGC CACTTCCATT CCAAGCACAA 
AGTAAAGTGG ACGCTCCAAT CCACAAGTGC ACATCTAACA AACCAAGCCC CAGTTCTCCT 
CAGTCAGTGA GTGAGTGTTC CCAAATTGCT TCAGATTTGG TCCTGGGACA ACCTGAGGCC 
ACCAAGAAGA TGACAAGTGT GAAAGCCATT AGATCTGCTT CTGTTAGGAA GGGACCACTC 
CCATTTCTCA TCAAAAGGGC GATGTCATGT CCTTCAGGGG AGCCATATAT CTCCTCTGAA 
AGAGATGAAA GAGAAAAGTC ATCGGCTCTA GACACAGATG CTTCTGCTGT AATGCCCAAG 
TCTTGGGAGA AAATCTTTAA CCCTGTAAAA AGTGACTCAT CACTTACAGA GTTCACTTTA 
GCCAAAAGAC GTCATCAAAA GGAATTTTCC CAAGAATGTA TCAGAAAGGA TGCTGAGACC 
ACGGCCCCCA GCATAAGCTC CTTTACCCCT TTAAAGGAAG ACCCTGTACC TTTTTGTGCA 
GACGTGTCAG GAAAAGAAAC TAAGAAAGCA TTACATAAAC TTAAGACTAC TAGTATGTTC 
TCTGTTTCTG GTGATGAAGA GAATATAAAA TGTCTTGAGG TGGTTTCGAT ATATTATACT 
CTACCAAGGA AACCCAGCAA AAAATTCTGT AGCCTCCTTC AGCAGTTCTC ACAAGACACA 
GATTCACTTA GAAAACCTTT TGGAGTAGAG ATGGAAACAT GTCTTAATGC TTTAGAGAGA 
GATGAACTAT ATTGTCCAGC ACAAGAGCAG TCAACAATAC CTTCACCTGG AGATCTAAAG 
ACGCAGGTTG ACTCTGCTCC AGACTGTCTT TCTCACACCA CTGAGAACGT GACTGTCTCC 
CAATTACCAA GTAGTGGGCC CTCCAAATCC ACATTAGAGG AAATGGCTTC TGTGGGGCCA 
GACGCTTCTC TTCGTAAAGG CAAACCTAAA ACCAGGGAGA TTGTCCCTGA TAACTTAGCT 
AAAACACCTC TAGGTGATTC ACAGATCAGG AAAAAGAGCG GGGGGGAATT GTCAAGTCCA 
TCTTTACAGA CTTCCTTAAT GCTTCAGGAA AAATGTGTTA GAAAAGAAAA ACCTAGAAAC 
AGTCTACGGT CTGCTAACAG AGTAAGCAGT GCTTCCTCTG GCCTTCCAGC CCACTCAGAA 
AGTAATGTTG AAAAGTGCCA AACCAAAACA AATTGTGAGG CATGTGCAAG TGGTGCATCA 
ACAGCAAGGG GAAAGTGTCC TTGGAGAGAT CACACAGCTG TCGTGGTAGA TGATAGCTCC 
AGTGGGTCAC AGCCTAGGGA AGCCAATGGA GCAACAGGAT CAAACTGCCA AAACCTGACT 
GAGAAAATGC TTTCTGACTC AGAAAGTGAA GCCTCTGCTC TAACCCCAGT TTTGCATAAG 
CTGCAGCTTG CTGAGGAGGC TGGGTTAGGT GAAGCAGATC TGCCGAATTT GCCCTCTGAA 
CCTAGAGAAT TACTTCAAAG AAGTCAGGAG ATAAATACAA CAGAGATTAG GAAAGTAGAA 
AATGAAACAC AGAAGTTGAT ATGGGATCAA ACTTTGGTAC TTGATGGAAA TAATAAAAAT 
AAAACCGACT TGGATGACTT AGAAAAAAGA GAAGACAGAT ACTCCATTCA TCACAGGGTA 
GCAGCCATGT CTAAAGCAAA CAGAAAATTC CCAGCTAAGG ATTTAAGCCC CAGAAGACAC 
GTGGCTACTA TCTTCCCCCA AAGTGAAAGC AAACGTGGCT TTGGACGTTT ATCTGTTTGC 
AGACTGGAGT GCAACCCACT GTCCCCTGAG CTTATTCCAA AATCCACAGG ATCCACAGAT 
GAAAGCAGCC TGGTTAGTCA TAGAATGAGT GTGGACAAAT CCAAGAAGCT TCTCCAGGTT 
TCTGCAATAC CCAGCAGAGA ACCTTCTGGT CACCCCTGCC ATCAGGAGGC TGATAACTTT 
TCACAGCTAC ATCAGGATGA ATTTCACAGT GTCTCAGAAT CACCACCGGA AAATGAGGAC 
TATAAAAATA GAACAGTAGC TCAAATCTCA GAAGCAGAGT CAGGAACCCC AGCCCAGCTC 
ACTCTCAGCA CCCCCAGGGA ACAAAGCTCT GACCGTCAAT GGAGGCTGAG CCCTCCTTTG 
TCCCAAGAGC CTGCACAGAA CTCTACAACA AACCTCTCAC TGACCCATCA GCAGCTACAA 
CATAGGAGTG TGTCATCTCC AGAATGGGAA CACGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAACA TCAATGTGCA TGGTGACTTG CCACGAACAA ATCATCCTTC CAAAGTCAGG 
GGGCGCCATT TTTCTGAAAG CACCTCTCTT GACAATGCCC TGAGTCAGCT GTCCCTTGGG 
GATGACTTCC CTGACAACAG TGGGTACAGT CGAAGATTCA AATCATTTTC CGAGCTTCCT 
TCCTCTGATG AAAGCGAAAG TTGGACTTTG CCTAGCAATA GGACAAGAAC AGGTCCCAAG 
TCCACATCCT CTATATCCAG GCCTATTGAC TACGGGATTT TTGGGAAGGA GCAACAGTTG 
GCTTTCTTAG AAAATGTAAA GAGGTCACTC ACTCAAGGAA GATTGTGGAA GCCAAGTTTT 
CTCAAGAACC CTGGCTTCCT CAAAGATAAT GTGCTGAACT CCTCCAACCC CTCACAGTCA 
GAGTTGTTCA ATTCTCCTAG CTGTCAGGTG CCAGAAAGTA GCCCATTTCC GAGTGAACCA 
CTTAATATCT ATGAGGAGGA CCTCGTGGAG TCAGACTGGG ACACAGACAC AACCACGGAC 
GATGAATACT ACCTGGATGA AAATGATAAA GAGTCTGAAC TGTGA

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

RefSeq	XP_017652793.1
CDS	355..6099
Translation	MLKPPLTSRLRKETAKGDPMELQTPRSKNLTNPKPSVSSRMSFRSSLASLFSFRRYGKETSTLQSQRQKACDGHGGPPVSMKGPTAAKPYDSPVRSQLVASVSVPKPAIMREESGMPPPWDASMLENEFFQVLDDLDSKLAQEQSASSVNPRMPFHYRSRTQLNRSYSSESRRGNITQRHKNHCNETSILSIYDILRPGTPREGFKTFSPRTKTIYDMYRSREPRVVKEDFIQKNTFGSASLCIDSQQRTASPAAGRFTVRSLHFPATQNKSSFTPASRKQSPKRTPLSSIIWNRSDYSRERQKQEEFLGAPSPMDIDPADQYMYSQCFQERKYKLYHSQNAYQGTRLNIPMDNAMSCDTLENSENMPFYHQDNPFASSFFNNPFRRNREQRFGHSSFWHQQEECSWSDFPQSRKPFTSSDRDFGMISIEANSEASVQGPGVPSQYWGPFSPCYGTNVFRGQGDPHHWWSDFQTSPPERMDMSHVNENQSPPHFGTPDVFPMTAPSCHSHSAGLESPQGRSPVEVAMNEGPHLFANAQPLLSSFRASFPQIPDDRGNSQGLNFQNATVSLQETFPNKPDSLPVRSCTEVTTVNNSSTESLSHTEAQLNFQVTEMNNEKDMSDFISEDKQLNKMDQKNKTGGIPQPVFQTEISNSLPKFQNPHSQNTAQNDRSGFNAPVTVSSKRSPRVFSRKDTSQIYITQRDKTSELNKGQCFPGNRKLDSETSLPFLQESRTLTSFPSPNQACYQESTVHNEDRLNIIKNKHWCSEPTNQGTQSPQREECPATKSTNCSRLGTGDRISQESLGLSSDVPHSSSSSNSSFLDALLVLSTTAFPRSPSDKELSLKQREEKDNANENQNNHFSVNSSENQESKDSSVPPGEVADGAQCHPYSPFRSGRGTGRVRRHVSCIEKLSKMENRLAPTNEGSSSTEDQSSSRASECGSVYCTLPRKSASFLTSNKQSESKITAAPIRNGPLPFQAQSKVDAPIHKCTSNKPSPSSPQSVSECSQIASDLVLGQPEATKKMTSVKAIRSASVRKGPLPFLIKRAMSCPSGEPYISSERDEREKSSALDTDASAVMPKSWEKIFNPVKSDSSLTEFTLAKRRHQKEFSQECIRKDAETTAPSISSFTPLKEDPVPFCADVSGKETKKALHKLKTTSMFSVSGDEENIKCLEVVSIYYTLPRKPSKKFCSLLQQFSQDTDSLRKPFGVEMETCLNALERDELYCPAQEQSTIPSPGDLKTQVDSAPDCLSHTTENVTVSQLPSSGPSKSTLEEMASVGPDASLRKGKPKTREIVPDNLAKTPLGDSQIRKKSGGELSSPSLQTSLMLQEKCVRKEKPRNSLRSANRVSSASSGLPAHSESNVEKCQTKTNCEACASGASTARGKCPWRDHTAVVVDDSSSGSQPREANGATGSNCQNLTEKMLSDSESEASALTPVLHKLQLAEEAGLGEADLPNLPSEPRELLQRSQEINTTEIRKVENETQKLIWDQTLVLDGNNKNKTDLDDLEKREDRYSIHHRVAAMSKANRKFPAKDLSPRRHVATIFPQSESKRGFGRLSVCRLECNPLSPELIPKSTGSTDESSLVSHRMSVDKSKKLLQVSAIPSREPSGHPCHQEADNFSQLHQDEFHSVSESPPENEDYKNRTVAQISEAESGTPAQLTLSTPREQSSDRQWRLSPPLSQEPAQNSTTNLSLTHQQLQHRSVSSPEWEHEPHLYRSKSLKNINVHGDLPRTNHPSKVRGRHFSESTSLDNALSQLSLGDDFPDNSGYSRRFKSFSELPSSDESESWTLPSNRTRTGPKSTSSISRPIDYGIFGKEQQLAFLENVKRSLTQGRLWKPSFLKNPGFLKDNVLNSSNPSQSELFNSPSCQVPESSPFPSEPLNIYEEDLVESDWDTDTTTDDEYYLDENDKESEL

Target ORF information:

RefSeq Version	XM_017797304.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili exophilin 5 (Exph5), mRNA.

Target ORF information:

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

XM_017797304.1

ORF Insert Sequence:

ATGCTAAAAC CACCACTTAC CTCCCGGCTG AGGAAGGAGA CGGCAAAAGG CGATCCTATG 
GAATTACAAA CACCAAGATC TAAAAATCTA ACCAATCCAA AACCATCCGT TTCTTCTCGA 
ATGAGCTTTC GGTCATCCTT GGCCTCGCTG TTCTCCTTCA GGAGATATGG GAAGGAGACA 
TCTACGCTTC AGTCACAGAG GCAAAAAGCA TGTGATGGCC ATGGAGGACC TCCTGTGTCT 
ATGAAGGGAC CAACTGCGGC AAAACCATAC GATTCACCTG TGAGGAGTCA ACTGGTTGCC 
AGTGTGTCTG TTCCCAAACC AGCCATCATG AGGGAGGAAA GTGGCATGCC TCCCCCCTGG 
GATGCGTCCA TGCTGGAGAA TGAGTTCTTC CAAGTCTTAG ATGACCTGGA TAGTAAGCTG 
GCTCAGGAGC AATCTGCAAG CTCGGTGAAT CCCAGAATGC CCTTCCACTA CAGATCAAGA 
ACACAGCTCA ACCGTTCTTA CTCCAGCGAG AGCAGGCGTG GTAATATCAC TCAAAGGCAC 
AAAAACCACT GCAATGAAAC TTCCATCTTG TCCATCTATG ACATCCTGAG ACCAGGAACA 
CCTAGAGAGG GTTTTAAAAC CTTTTCTCCT AGGACAAAAA CAATTTATGA TATGTACAGG 
TCAAGGGAGC CCAGAGTTGT AAAAGAAGAT TTCATACAAA AGAATACATT TGGCAGTGCT 
TCTCTGTGCA TTGACAGCCA GCAGAGAACA GCCTCACCAG CCGCGGGACG CTTCACCGTA 
AGGAGCTTAC ACTTTCCAGC CACTCAGAAC AAGAGTAGTT TTACACCAGC AAGCCGCAAG 
CAAAGCCCAA AAAGAACTCC TTTGTCATCC ATCATATGGA ACAGATCAGA TTATTCTAGA 
GAAAGACAGA AGCAGGAAGA ATTCCTGGGG GCGCCATCAC CAATGGACAT TGACCCTGCT 
GACCAGTACA TGTATTCTCA GTGTTTTCAG GAGAGGAAAT ACAAATTGTA CCATTCACAG 
AATGCTTACC AAGGCACACG TTTAAACATC CCCATGGATA ATGCAATGAG TTGTGACACA 
CTGGAGAACT CCGAGAATAT GCCGTTCTAC CATCAGGACA ACCCATTTGC AAGCTCTTTC 
TTCAACAATC CCTTTAGACG AAACAGGGAG CAGAGATTTG GACACAGTTC TTTTTGGCAT 
CAACAAGAAG AATGTTCTTG GTCTGACTTT CCTCAGAGTA GGAAACCATT CACTTCTTCT 
GACAGAGACT TTGGCATGAT TTCCATTGAA GCAAACAGTG AAGCATCTGT TCAAGGCCCT 
GGTGTCCCTT CTCAATACTG GGGGCCATTT TCTCCTTGTT ACGGAACAAA TGTTTTCAGA 
GGCCAAGGAG ATCCACATCA CTGGTGGTCT GATTTTCAGA CATCCCCACC GGAGAGAATG 
GATATGTCCC ATGTTAATGA GAACCAATCT CCACCCCATT TTGGCACACC AGATGTTTTT 
CCCATGACGG CTCCAAGCTG CCACAGCCAC TCTGCTGGGC TGGAATCTCC GCAGGGCCGC 
TCTCCTGTAG AAGTAGCCAT GAACGAGGGG CCTCACTTGT TTGCCAATGC TCAGCCTCTA 
CTATCCTCAT TCAGAGCTTC CTTCCCTCAG ATTCCTGATG ACAGAGGAAA TTCTCAGGGT 
CTCAACTTCC AGAATGCCAC AGTTTCTTTG CAGGAAACTT TTCCTAATAA GCCAGACTCT 
CTTCCAGTAA GAAGCTGTAC AGAAGTTACT ACGGTCAATA ACAGTTCAAC TGAATCTCTG 
TCTCATACTG AAGCTCAACT CAACTTCCAA GTCACAGAAA TGAATAATGA GAAAGACATG 
AGTGACTTTA TTTCAGAAGA CAAACAACTC AACAAGATGG ACCAGAAAAA CAAGACAGGC 
GGAATACCCC AACCTGTTTT TCAGACAGAG ATCTCTAACT CTTTACCTAA ATTTCAAAAT 
CCCCATTCCC AGAACACAGC ACAAAATGAC AGATCTGGTT TTAATGCACC TGTCACAGTA 
AGTTCTAAAA GGTCACCCAG AGTCTTTTCC AGAAAAGACA CCTCCCAAAT TTATATAACA 
CAAAGGGATA AAACCAGTGA ACTAAACAAA GGACAGTGTT TTCCTGGGAA CAGGAAACTT 
GACTCAGAAA CTTCTCTGCC TTTCCTTCAG GAAAGCAGAA CACTGACATC TTTTCCCAGC 
CCAAATCAAG CTTGTTACCA GGAATCAACA GTACATAATG AAGACCGCTT GAACATTATT 
AAAAATAAGC ACTGGTGCTC TGAACCTACT AATCAAGGAA CACAGTCCCC TCAGAGAGAA 
GAGTGTCCAG CCACCAAGTC TACCAACTGC AGCAGGCTGG GTACTGGGGA CAGGATCTCA 
CAGGAGTCTT TAGGTCTGTC ATCAGATGTA CCCCACAGCT CTTCATCATC AAATAGTTCT 
TTCCTTGATG CTCTTCTGGT TCTTTCTACT ACAGCATTCC CCAGAAGCCC TTCAGACAAA 
GAGCTATCTC TAAAACAAAG AGAAGAAAAA GACAATGCCA ACGAAAACCA AAATAATCAT 
TTTTCTGTAA ACTCCTCAGA AAACCAAGAG AGCAAAGACA GTTCTGTACC TCCAGGTGAA 
GTGGCTGATG GTGCCCAGTG CCATCCATAC TCTCCTTTCA GAAGTGGAAG GGGGACAGGA 
AGAGTGAGAC GCCACGTATC CTGTATTGAA AAGTTAAGCA AGATGGAGAA CAGGTTAGCA 
CCCACAAATG AAGGCAGTAG CTCCACTGAG GACCAGAGCA GCTCCAGAGC TTCTGAATGC 
GGCTCAGTCT ATTGCACCCT GCCAAGAAAA TCAGCCAGTT TTCTCACATC TAACAAACAG 
TCAGAAAGTA AGATAACAGC TGCTCCAATT AGGAACGGGC CACTTCCATT CCAAGCACAA 
AGTAAAGTGG ACGCTCCAAT CCACAAGTGC ACATCTAACA AACCAAGCCC CAGTTCTCCT 
CAGTCAGTGA GTGAGTGTTC CCAAATTGCT TCAGATTTGG TCCTGGGACA ACCTGAGGCC 
ACCAAGAAGA TGACAAGTGT GAAAGCCATT AGATCTGCTT CTGTTAGGAA GGGACCACTC 
CCATTTCTCA TCAAAAGGGC GATGTCATGT CCTTCAGGGG AGCCATATAT CTCCTCTGAA 
AGAGATGAAA GAGAAAAGTC ATCGGCTCTA GACACAGATG CTTCTGCTGT AATGCCCAAG 
TCTTGGGAGA AAATCTTTAA CCCTGTAAAA AGTGACTCAT CACTTACAGA GTTCACTTTA 
GCCAAAAGAC GTCATCAAAA GGAATTTTCC CAAGAATGTA TCAGAAAGGA TGCTGAGACC 
ACGGCCCCCA GCATAAGCTC CTTTACCCCT TTAAAGGAAG ACCCTGTACC TTTTTGTGCA 
GACGTGTCAG GAAAAGAAAC TAAGAAAGCA TTACATAAAC TTAAGACTAC TAGTATGTTC 
TCTGTTTCTG GTGATGAAGA GAATATAAAA TGTCTTGAGG TGGTTTCGAT ATATTATACT 
CTACCAAGGA AACCCAGCAA AAAATTCTGT AGCCTCCTTC AGCAGTTCTC ACAAGACACA 
GATTCACTTA GAAAACCTTT TGGAGTAGAG ATGGAAACAT GTCTTAATGC TTTAGAGAGA 
GATGAACTAT ATTGTCCAGC ACAAGAGCAG TCAACAATAC CTTCACCTGG AGATCTAAAG 
ACGCAGGTTG ACTCTGCTCC AGACTGTCTT TCTCACACCA CTGAGAACGT GACTGTCTCC 
CAATTACCAA GTAGTGGGCC CTCCAAATCC ACATTAGAGG AAATGGCTTC TGTGGGGCCA 
GACGCTTCTC TTCGTAAAGG CAAACCTAAA ACCAGGGAGA TTGTCCCTGA TAACTTAGCT 
AAAACACCTC TAGGTGATTC ACAGATCAGG AAAAAGAGCG GGGGGGAATT GTCAAGTCCA 
TCTTTACAGA CTTCCTTAAT GCTTCAGGAA AAATGTGTTA GAAAAGAAAA ACCTAGAAAC 
AGTCTACGGT CTGCTAACAG AGTAAGCAGT GCTTCCTCTG GCCTTCCAGC CCACTCAGAA 
AGTAATGTTG AAAAGTGCCA AACCAAAACA AATTGTGAGG CATGTGCAAG TGGTGCATCA 
ACAGCAAGGG GAAAGTGTCC TTGGAGAGAT CACACAGCTG TCGTGGTAGA TGATAGCTCC 
AGTGGGTCAC AGCCTAGGGA AGCCAATGGA GCAACAGGAT CAAACTGCCA AAACCTGACT 
GAGAAAATGC TTTCTGACTC AGAAAGTGAA GCCTCTGCTC TAACCCCAGT TTTGCATAAG 
CTGCAGCTTG CTGAGGAGGC TGGGTTAGGT GAAGCAGATC TGCCGAATTT GCCCTCTGAA 
CCTAGAGAAT TACTTCAAAG AAGTCAGGAG ATAAATACAA CAGAGATTAG GAAAGTAGAA 
AATGAAACAC AGAAGTTGAT ATGGGATCAA ACTTTGGTAC TTGATGGAAA TAATAAAAAT 
AAAACCGACT TGGATGACTT AGAAAAAAGA GAAGACAGAT ACTCCATTCA TCACAGGGTA 
GCAGCCATGT CTAAAGCAAA CAGAAAATTC CCAGCTAAGG ATTTAAGCCC CAGAAGACAC 
GTGGCTACTA TCTTCCCCCA AAGTGAAAGC AAACGTGGCT TTGGACGTTT ATCTGTTTGC 
AGACTGGAGT GCAACCCACT GTCCCCTGAG CTTATTCCAA AATCCACAGG ATCCACAGAT 
GAAAGCAGCC TGGTTAGTCA TAGAATGAGT GTGGACAAAT CCAAGAAGCT TCTCCAGGTT 
TCTGCAATAC CCAGCAGAGA ACCTTCTGGT CACCCCTGCC ATCAGGAGGC TGATAACTTT 
TCACAGCTAC ATCAGGATGA ATTTCACAGT GTCTCAGAAT CACCACCGGA AAATGAGGAC 
TATAAAAATA GAACAGTAGC TCAAATCTCA GAAGCAGAGT CAGGAACCCC AGCCCAGCTC 
ACTCTCAGCA CCCCCAGGGA ACAAAGCTCT GACCGTCAAT GGAGGCTGAG CCCTCCTTTG 
TCCCAAGAGC CTGCACAGAA CTCTACAACA AACCTCTCAC TGACCCATCA GCAGCTACAA 
CATAGGAGTG TGTCATCTCC AGAATGGGAA CACGAGCCAC ACCTCTATCG TTCAAAGAGT 
TTAAAAAACA TCAATGTGCA TGGTGACTTG CCACGAACAA ATCATCCTTC CAAAGTCAGG 
GGGCGCCATT TTTCTGAAAG CACCTCTCTT GACAATGCCC TGAGTCAGCT GTCCCTTGGG 
GATGACTTCC CTGACAACAG TGGGTACAGT CGAAGATTCA AATCATTTTC CGAGCTTCCT 
TCCTCTGATG AAAGCGAAAG TTGGACTTTG CCTAGCAATA GGACAAGAAC AGGTCCCAAG 
TCCACATCCT CTATATCCAG GCCTATTGAC TACGGGATTT TTGGGAAGGA GCAACAGTTG 
GCTTTCTTAG AAAATGTAAA GAGGTCACTC ACTCAAGGAA GATTGTGGAA GCCAAGTTTT 
CTCAAGAACC CTGGCTTCCT CAAAGATAAT GTGCTGAACT CCTCCAACCC CTCACAGTCA 
GAGTTGTTCA ATTCTCCTAG CTGTCAGGTG CCAGAAAGTA GCCCATTTCC GAGTGAACCA 
CTTAATATCT ATGAGGAGGA CCTCGTGGAG TCAGACTGGG ACACAGACAC AACCACGGAC 
GATGAATACT ACCTGGATGA AAATGATAAA GAGTCTGAAC TGTGA