cacna1e cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	cacna1e
Entrez Gene ID	103184804
Full Name	calcium voltage-gated channel subunit alpha1 E
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007903013.1	XP_007901204.1	voltage-dependent R-type calcium channel subunit alpha-1E

Pathways from BioSystems
Gene Ontology

The following cacna1e gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cacna1e 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
OCa383094	XM_007903013.1 Latest version!	Callorhinchus milii calcium channel, voltage-dependent, R type, alpha 1E subunit (cacna1e), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$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)

cacna1e ( XM_007903013.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007901204.1 Callorhinchus milii calcium channel, voltage-dependent, R type, alpha 1E subunit (cacna1e), mRNA.

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CloneID	OCa383094
Clone ID Related Accession (Same CDS sequence)	XM_007903013.1
Accession Version	XM_007903013.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6276bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	voltage-dependent R-type calcium channel subunit alpha-1E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890154.1) 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 :: Callorhinchus milii 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##

ATGATTTTAG CCACAATCAT CGCAAACTGT ATCGTTCTGG CACTTGAACA GCATCTGCCC 
AAAGGAGATA AGACCCCCAT GGCTACAAGG CTGGAAGATA CAGAGCCATA CTTTATTGGA 
ATATTTTGCT TTGAAGCTGG AATCAAAATC ATTGCTCTAG GATTTGTATT CCACAAAGGC 
TCGTACCTGC GGAATGGCTG GAATGCCATG GACTTTATAG TGGTGCTGAG TGGGATCCTG 
GCCACGGCTG AGACGCACTT TGACCTGCGG ACACTGCGTG CTGTGCGGGT GCTGAGACCT 
CTGAAGCTGG TGTCTGGCAT TCCCAGCCTG CAGATCGTTT TGAAGTCGAT TATAAAGGCT 
ATGGTGCCAC TGCTGCAGAT CGGACTGCTG CTCTTCTTTG CTATCCTCAT GTTTGCCATC 
ATTGGCTTGG AATTTTACAA CGGCATACTA CATCGCACTT GCTATTCCAA CGACTCTGCC 
AGAGAAGGCC TGGAGCTGCC CTTCCCTTGT GGCACACAGG GACCGGCCCG ACTCTGCCCA 
GATGGTATGG TGTGTGAATA CTGGATTGGA CCCAACAACG GAATCACCCA GTTTGACAAC 
ATCCTCTTTG CTGTGCTCAC CGTCTTCCAG TGCATCACCA TGGAGGGATG GACCACCATC 
CTATACAACA CTAATGATGC CTTGGGCGCT CTGTGGAACT GGCTGTATTT CATTCCCCTC 
ATTATCATCG GCTCCTTCTT TGTGCTGAAC CTGGTTCTTG GGGTGCTCTC TGGGGAGTTT 
GCGAAGGAAC GAGAAAGAGT GGAGAACAGG AGATGCTATC TGAAGTTGCG CCGGCAGCAG 
CAGATTGAGC GAGAGTTGAA TGGTTACCGC GCCTGGATCG ACAAAGCGGA GGAGGTGATG 
CTACTGGAAG AAAATAAGAA TGCTGGCGAC GTGTCTGCTC TGGAAGTCCT TAGAAGAGCC 
ACGATCAAAA GAGGCCGGAT GGAGATGGTG CACACTGAGC CCAGCGATGA GCATTATACT 
GAGATCTCCT CTGTGGGGTC TCCGCTAGCC AGAGCAAGCA TCAAAAGTAT CAAGATGGCT 
GAAGGTTCTT CTTACTGTCA ACGGAAGGAA CGAATGCTGC GTATCTCTGT GCGCCACATG 
ATCAAATCCA ACACGTTCTA CTGGACGGTC CTGGGGCTGG TCGGCTTAAA CACTTTTTGT 
GTTGCTGTCG TCCATTACAA TCAGCCTGTG TGGCTCTCCA CCGTGCTGTA CTATGCAGAG 
TTTACGTTTC TAGGACTCTT CCTATTGGAG ATGTTCCTGA AGATGTATGG TCTGGGGCCT 
CGCCTCTACT TCTACTCTTC CTTCAACTGC TTCGACTGTG GGGTGATTAT TGGCAGCATA 
GTTGAAGTGG TCTGGGCTGC TATTCGTCCA GGAACCTCAT TGGGGATCAG TGTTCTCCGC 
GCATTGAGGC TTTTGAGGAT TTTCAAAATC ACCAAGTATT GGGCTTCGCT ACGCAATCTA 
GTTGTGTCAT TACTCAGCTC CATGAAGTCC ATCATCAGTC TGCTCTTCCT CCTTTTCCTC 
TTCATTGTGG TCTTCGCGCT GCTGGGGATG CAGCTCTTCG GAGGCCACTT CAACTTTGAA 
GACGAGACGC CACCGACCAA TTTTGACACC TTCCCAGCTG CCATAATGAC TGTCTTTCAG 
ATTCTGACGG GTGAAGACTG GAATGAAGTG ATGTACAATG GCATCAGGTC TCAGGGAGGA 
GTGCGGACTG GCATGTGGTC CTCTGTGTAC TTCATTATTT TGACTCTTTT TGGGAACTAC 
ACATTGCTGA ACGTGTTTCT GGCGATCGCT GTTGATAATC TGGCCAATGC GCAGGAGCTC 
ACTAAGGATG AGGAGGAGGC CAATATTCAG AAACTTGCTC TGCAAAAAGC GAAGGAGATC 
AGCCCCATGT CTACCCCCAA CATGCCTATC ACTGAAGGGG AGAAGCGGCG ACGTAAGCAC 
ATGTCCATCT GGGAACAGAG AACCACTCGG CTCAGGCGGC ACATTCAAAA CAGCGGCCGT 
GAGACTCAGT TCCCTGAGGA AGAGGGGCGG CTACCGGCCC GCAGGTATCG CAGGCGCTAT 
GCCAAGATCT TCGAGGCGGA GAGCACTAGC GGGCTGGAAG CACAAGAGGA GGCACAGGAT 
GGAGAGAATG CAAAACGAGA CGGCTTCAAG AGTCAGTCAC TTCGCAATAA CTGGCAAGAC 
ATTCCGGAAA ATAGGAGCAC ATCAGTGAAA GTGAATGGGG ACCAGGAGTA TCGGCAGCGA 
CAGTCATACC GGCGGGCAGT CGAGAACTCT GAGAATCTGA GGGTATATGG ATACCGGAGC 
CGGCGCCGGC ACCGCTCCCT ACACAAAGAG ATCAGGACTG GGCTGGAGAC AGTGGAGCCA 
GGGTTAAACC GCAGGAATGG GAGCCGTGGA ATCGGGAAGG AAGTGGGCCC AGGACAGGGG 
GTCACTGCTG CACAACACAT TAAAGGCCCT GAGGAATACA AGCAGCAATT GTGCAGTGAG 
AACCGGCATG CACGCTGGAG TAACCACAGC CCCAGTGTGC AGGCTCCGAA CGACAGCACC 
GATACAGCAG TCAGTGAGAA CGTGGACAGT GTAAAGAATA GCAGGCTCAT CCGGCAGTCC 
CCAAATGAGG AGACCAGCCT GCTAACCCTC CAGTTGGGCC CAAATAACAG CCAGAGCTCC 
CCAGGCCCAC CAGCAGAGAT GGGGCTGCAA CAGACTGCGA TTGAGATGGA TGCTGCAGAC 
ACACAGACCC CGATGGACTC ACTCGTTGCA TCAGTGAATG ATGTGAATGT GAGGGGCAGA 
AGTGGGGCAA AAGACCCAAG GAGGATCCGA CCCATTGTTC CCTACAACTC CATGTTCATT 
TTCAGCACCA CTAACCCACT TCGTCGGATG TGCCATTACA TAGTGAACAT GCGCTACTTT 
GAGATGTGCA TCCTGCTTGT GATTGCATCG AGCAGCATTG CCTTGGCAGC AGAGGATCCC 
ATCCACAGCG ACTCCAAGAG GAATCAGATT CTGAAGTACT TTGACTATGT TTTCACTGGG 
GTCTTCACTT TCGAGATGGT GATAAAGATG ATAGATTTAG GTTTGATATT CCATGAAGGA 
TCATACTTCC GAGATTTATG GAATAATCTG GATTTCATTG TGGTGAGCGG TGCTCTCGTC 
GCGTTTGCAT TCACGAACAT TGTAGGGGGT ACGAAGGGGA AGGATATCAA TACAATCAAG 
TCGCTGAGGG TACTGCGAGT CCTTCGCCCA CTGAAAACTA TCAAGAGGCT TCCCAAGCTC 
AAGGCGGTGT TTGATTGTGT AGTCACATCT CTGAAGAATG TCTTTAACAT TCTGATTGTC 
TACAAACTCT TCATGTTCAT CTTCGCTGTC ATCGCTGTCC AGCTCTTCAA GGGCAAGTTC 
TTCTACTGTA CTGACAGCAC CAAGATCATC AAGAAAGAAT GCAGGGGACA GTTTGTTGTG 
TATGAGAGAG ACAGAAAGGA GGTACGCGAA CGTGAATGGA AACAATATGA TTTTCATTAC 
GACAATGTGC TCTGGGGATT GCTGACCCTG TTCACCGTTT CCACAGGAGA GGGATGGCCC 
CAGGTGCTGC AGCATTCGGT TGATGTGACA CAGGAAGACC AAGGGCCCAG CCAGGGGAAC 
AAGATGGAGA TGTCCATTTT CTATGTGGTG TATTTTGTAG TCTTCCCTTT CTTCTTTGTT 
AATATCTTCG TGGCTTTGAT CATCATCACG TTCCAGGAGC AGGGTGACAA GATGCTGGAG 
GAAAGCTGTC TGGAGAAGAA TGAGAGAGCC TGTATTGACT TTGCCATCTG TGCCAAGCCA 
CTGACTCGCT ACATGCCCCA GAACAGGCAG AGCTTCCAGT ACCGCGTCTG GCACTTTGTG 
GTGTCACCCT CCTTTGAGAA CACCATCCTG GTCATGATTG CCCTCAACAC TGTAGTTCTT 
ATGATGAAGT ACAACTCGCC ATCACCCACC TATGAGAGTG CTTTAAAGTA CCTGAACATA 
GCTTTCACTA TACTCTTCAC CATGGAGTGC ATTCTAAAGA TCATCGCCTT TGGTTTTCTG 
AATTATTTCC GTGACTCCTG GAATGTTTTT GATTTTGTGA CTGTGGTGGG CAGCGTGACT 
GAGATCATCG TCACTGAGTG TAATTTAAAG TTTGTGAACC TGAGCTTCTT GAAGCTGTTC 
CGTGCCGCAC GACTCATCAA ACTTCTGCGA CAAGGCTACA CAATCCGAAT TTTGCTCTGG 
ACTTTCGTGC AATCCTTCAA GGCCCTTCCT TACGTCTGCC TCCTGATTGC CATGCTCTTC 
TTCATATATG CAATAATTGG CATGCAGGTG TTTGGAAACA TTGGCCAGGA CGACAGCACC 
CCCATCAACC GGCACAACAA TTTCCAGACC TTCTTCAACG CATTAATGCT ACTTTTCAGG 
AGTGCAACAG GCGAGTCTTG GCAGGAGATC ATGCTGGCAT GTCTGAGCCA CAAGTTGTGT 
GAGGGGACCC GCGAGGCTGC CTGTGGCACC GACTTTGCTT ACTTCTACTT TGTGTCCTTC 
ATCTTTCTCT GCTCCTTCCT GATGCTGAAC CTGTTTGTGG CTGTCATCAT GGATAACTTT 
GAGTATCTGA CACGAGATTC ATCCATTCTG GGCCCACATC ACCTGGAGGA GTTTGTGCGT 
GTCTGGGCAG AGTACGACCG CGCTGCCTGT GGTCGAATCC ATTACACTGA CATGTATGAA 
ATGCTGACTC TCATGTCACC ACCACTGGGC TTGGGGAAGA AATGTCCTCC GAAAGTTGCA 
TACAAGAGAT TGGTGCTGAT GAACATGCCG GTAGCTGAGG ATAAAACCGT TCACTTCACT 
TCCACACTTA TGGCATTAAT CAGAACCGCT CTTGAAATCA AAATAGGGAA AGGCGGTGCA 
GACAAACAGC TTCTGGACAC TGAGTTGAGG AGTGAGATTA TGACAATCTG GCCACATCTT 
TCCCAGAAAA CACTTGATGT TGTTGTTCCA CCACATAAAT CGTCAGAACT GACAGTTGGG 
AAGATTTATG CGGCGATGAT GATTATGGAT TATTACAAAC AGAGCAAGAG CCAGAAACAC 
AAGAGTCAAC AGGAGGAGCA GAGCCGCACA CCGATGTTTC AGCGGATGGA AGCTTCATCC 
CTGCCTGAGG AAATCCGTTC CAGTGCCCAG GCTGTGCTGT TTGTCCCAGA AACTGGTAGT 
GATGGAGAGA GTCGCAGTGA GTTTGCCCCC TTAGTACCAC TGCCATCACC ACTGATGGGT 
GAATATCAGT CACACGTGGG TCACGGAAGA GGAGGCACCA AGGAATTACA CATCTATCAG 
CCTCAGGGAT TAGAAACTTT AAAAGTGAAT TATCCTCACA GTGTTCATTA CCTACCTATT 
GAGAGCCAGG GAAGAGCAGT CTCCATGCCT CGACTTGAAA TGGATTCTGA GTCAGCAGAT 
GACCGTAGCC CGATGAGGCG ATCTTTCTCC ACCCTGGCTG ACCAACGATT GGACGGCCAG 
TGTCTTCACC AGTACACGCT GGATCGAGCC GGCCCCGAGC CTGGCAACAA GAGGCAGCAT 
CGGAGCCACA GAACCGGGCA CTCAGACAAC CGCTCAGCAA ATACAGGGCT GAGGACATCT 
CTGCACCTCT CTGGGGAGAT CCCGTATGCA GACCGTGAGA GAGGTCGATC CAAGGAGAGG 
AAGCACCTGC TGTCACCAGA GAGAGTAGTG AGCACCGTAC AGCAACGCCC ACACTACCCA 
TTGTCCCGCA GCCGCCGCAT CTCTCGCTCT CCCAGCGAAG GCCGCACACA AGTTCCCTGC 
TGTGGGAGTG AGAGCCCAGG TCCCAGCAGC CCAGGAGCAT TCAGACAGGC ACGTCGCCAC 
CTTCCACAGA CTCCCAGCAA GGTCCGACCA CACATTTCCT ACTGCCCCAT GTTGCAGACA 
CCCAGCCTGG CCCCAGCTCC CAGTCCGGAG TTATTGGCCA CAGGATGGCG AGTGCAGGGG 
GGCAGCAGGA GCCCGAGCCC ACACTGTGGT CCGCCTCGCT ACATCTCGGA GCCCTCACTG 
GCACTGCATC AGGAGCCGGG CAGCCTGGAC TGCCCGCCGG GGATGGAAAA TCTGACCTTT 
GAAGCTGCCA TAGCCTCCAG CCTGGGCCGG TGCCACACCA TCTCCTCGGC ACCTCCGCTC 
CGGCACAGCC GCCAGCTCCC TCCAGAGCAG CAGCAGGTCT GTGTCGGTGC TGATGCCGAC 
CCAGCCAGCG ACACGGAGCA GGATGATCGC TGCTAG

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

RefSeq	XP_007901204.1
CDS	13..6288
Translation	MILATIIANCIVLALEQHLPKGDKTPMATRLEDTEPYFIGIFCFEAGIKIIALGFVFHKGSYLRNGWNAMDFIVVLSGILATAETHFDLRTLRAVRVLRPLKLVSGIPSLQIVLKSIIKAMVPLLQIGLLLFFAILMFAIIGLEFYNGILHRTCYSNDSAREGLELPFPCGTQGPARLCPDGMVCEYWIGPNNGITQFDNILFAVLTVFQCITMEGWTTILYNTNDALGALWNWLYFIPLIIIGSFFVLNLVLGVLSGEFAKERERVENRRCYLKLRRQQQIERELNGYRAWIDKAEEVMLLEENKNAGDVSALEVLRRATIKRGRMEMVHTEPSDEHYTEISSVGSPLARASIKSIKMAEGSSYCQRKERMLRISVRHMIKSNTFYWTVLGLVGLNTFCVAVVHYNQPVWLSTVLYYAEFTFLGLFLLEMFLKMYGLGPRLYFYSSFNCFDCGVIIGSIVEVVWAAIRPGTSLGISVLRALRLLRIFKITKYWASLRNLVVSLLSSMKSIISLLFLLFLFIVVFALLGMQLFGGHFNFEDETPPTNFDTFPAAIMTVFQILTGEDWNEVMYNGIRSQGGVRTGMWSSVYFIILTLFGNYTLLNVFLAIAVDNLANAQELTKDEEEANIQKLALQKAKEISPMSTPNMPITEGEKRRRKHMSIWEQRTTRLRRHIQNSGRETQFPEEEGRLPARRYRRRYAKIFEAESTSGLEAQEEAQDGENAKRDGFKSQSLRNNWQDIPENRSTSVKVNGDQEYRQRQSYRRAVENSENLRVYGYRSRRRHRSLHKEIRTGLETVEPGLNRRNGSRGIGKEVGPGQGVTAAQHIKGPEEYKQQLCSENRHARWSNHSPSVQAPNDSTDTAVSENVDSVKNSRLIRQSPNEETSLLTLQLGPNNSQSSPGPPAEMGLQQTAIEMDAADTQTPMDSLVASVNDVNVRGRSGAKDPRRIRPIVPYNSMFIFSTTNPLRRMCHYIVNMRYFEMCILLVIASSSIALAAEDPIHSDSKRNQILKYFDYVFTGVFTFEMVIKMIDLGLIFHEGSYFRDLWNNLDFIVVSGALVAFAFTNIVGGTKGKDINTIKSLRVLRVLRPLKTIKRLPKLKAVFDCVVTSLKNVFNILIVYKLFMFIFAVIAVQLFKGKFFYCTDSTKIIKKECRGQFVVYERDRKEVREREWKQYDFHYDNVLWGLLTLFTVSTGEGWPQVLQHSVDVTQEDQGPSQGNKMEMSIFYVVYFVVFPFFFVNIFVALIIITFQEQGDKMLEESCLEKNERACIDFAICAKPLTRYMPQNRQSFQYRVWHFVVSPSFENTILVMIALNTVVLMMKYNSPSPTYESALKYLNIAFTILFTMECILKIIAFGFLNYFRDSWNVFDFVTVVGSVTEIIVTECNLKFVNLSFLKLFRAARLIKLLRQGYTIRILLWTFVQSFKALPYVCLLIAMLFFIYAIIGMQVFGNIGQDDSTPINRHNNFQTFFNALMLLFRSATGESWQEIMLACLSHKLCEGTREAACGTDFAYFYFVSFIFLCSFLMLNLFVAVIMDNFEYLTRDSSILGPHHLEEFVRVWAEYDRAACGRIHYTDMYEMLTLMSPPLGLGKKCPPKVAYKRLVLMNMPVAEDKTVHFTSTLMALIRTALEIKIGKGGADKQLLDTELRSEIMTIWPHLSQKTLDVVVPPHKSSELTVGKIYAAMMIMDYYKQSKSQKHKSQQEEQSRTPMFQRMEASSLPEEIRSSAQAVLFVPETGSDGESRSEFAPLVPLPSPLMGEYQSHVGHGRGGTKELHIYQPQGLETLKVNYPHSVHYLPIESQGRAVSMPRLEMDSESADDRSPMRRSFSTLADQRLDGQCLHQYTLDRAGPEPGNKRQHRSHRTGHSDNRSANTGLRTSLHLSGEIPYADRERGRSKERKHLLSPERVVSTVQQRPHYPLSRSRRISRSPSEGRTQVPCCGSESPGPSSPGAFRQARRHLPQTPSKVRPHISYCPMLQTPSLAPAPSPELLATGWRVQGGSRSPSPHCGPPRYISEPSLALHQEPGSLDCPPGMENLTFEAAIASSLGRCHTISSAPPLRHSRQLPPEQQQVCVGADADPASDTEQDDRC

Target ORF information:

RefSeq Version	XM_007903013.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii calcium channel, voltage-dependent, R type, alpha 1E subunit (cacna1e), mRNA.

Target ORF information:

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

XM_007903013.1

ORF Insert Sequence:

ATGATTTTAG CCACAATCAT CGCAAACTGT ATCGTTCTGG CACTTGAACA GCATCTGCCC 
AAAGGAGATA AGACCCCCAT GGCTACAAGG CTGGAAGATA CAGAGCCATA CTTTATTGGA 
ATATTTTGCT TTGAAGCTGG AATCAAAATC ATTGCTCTAG GATTTGTATT CCACAAAGGC 
TCGTACCTGC GGAATGGCTG GAATGCCATG GACTTTATAG TGGTGCTGAG TGGGATCCTG 
GCCACGGCTG AGACGCACTT TGACCTGCGG ACACTGCGTG CTGTGCGGGT GCTGAGACCT 
CTGAAGCTGG TGTCTGGCAT TCCCAGCCTG CAGATCGTTT TGAAGTCGAT TATAAAGGCT 
ATGGTGCCAC TGCTGCAGAT CGGACTGCTG CTCTTCTTTG CTATCCTCAT GTTTGCCATC 
ATTGGCTTGG AATTTTACAA CGGCATACTA CATCGCACTT GCTATTCCAA CGACTCTGCC 
AGAGAAGGCC TGGAGCTGCC CTTCCCTTGT GGCACACAGG GACCGGCCCG ACTCTGCCCA 
GATGGTATGG TGTGTGAATA CTGGATTGGA CCCAACAACG GAATCACCCA GTTTGACAAC 
ATCCTCTTTG CTGTGCTCAC CGTCTTCCAG TGCATCACCA TGGAGGGATG GACCACCATC 
CTATACAACA CTAATGATGC CTTGGGCGCT CTGTGGAACT GGCTGTATTT CATTCCCCTC 
ATTATCATCG GCTCCTTCTT TGTGCTGAAC CTGGTTCTTG GGGTGCTCTC TGGGGAGTTT 
GCGAAGGAAC GAGAAAGAGT GGAGAACAGG AGATGCTATC TGAAGTTGCG CCGGCAGCAG 
CAGATTGAGC GAGAGTTGAA TGGTTACCGC GCCTGGATCG ACAAAGCGGA GGAGGTGATG 
CTACTGGAAG AAAATAAGAA TGCTGGCGAC GTGTCTGCTC TGGAAGTCCT TAGAAGAGCC 
ACGATCAAAA GAGGCCGGAT GGAGATGGTG CACACTGAGC CCAGCGATGA GCATTATACT 
GAGATCTCCT CTGTGGGGTC TCCGCTAGCC AGAGCAAGCA TCAAAAGTAT CAAGATGGCT 
GAAGGTTCTT CTTACTGTCA ACGGAAGGAA CGAATGCTGC GTATCTCTGT GCGCCACATG 
ATCAAATCCA ACACGTTCTA CTGGACGGTC CTGGGGCTGG TCGGCTTAAA CACTTTTTGT 
GTTGCTGTCG TCCATTACAA TCAGCCTGTG TGGCTCTCCA CCGTGCTGTA CTATGCAGAG 
TTTACGTTTC TAGGACTCTT CCTATTGGAG ATGTTCCTGA AGATGTATGG TCTGGGGCCT 
CGCCTCTACT TCTACTCTTC CTTCAACTGC TTCGACTGTG GGGTGATTAT TGGCAGCATA 
GTTGAAGTGG TCTGGGCTGC TATTCGTCCA GGAACCTCAT TGGGGATCAG TGTTCTCCGC 
GCATTGAGGC TTTTGAGGAT TTTCAAAATC ACCAAGTATT GGGCTTCGCT ACGCAATCTA 
GTTGTGTCAT TACTCAGCTC CATGAAGTCC ATCATCAGTC TGCTCTTCCT CCTTTTCCTC 
TTCATTGTGG TCTTCGCGCT GCTGGGGATG CAGCTCTTCG GAGGCCACTT CAACTTTGAA 
GACGAGACGC CACCGACCAA TTTTGACACC TTCCCAGCTG CCATAATGAC TGTCTTTCAG 
ATTCTGACGG GTGAAGACTG GAATGAAGTG ATGTACAATG GCATCAGGTC TCAGGGAGGA 
GTGCGGACTG GCATGTGGTC CTCTGTGTAC TTCATTATTT TGACTCTTTT TGGGAACTAC 
ACATTGCTGA ACGTGTTTCT GGCGATCGCT GTTGATAATC TGGCCAATGC GCAGGAGCTC 
ACTAAGGATG AGGAGGAGGC CAATATTCAG AAACTTGCTC TGCAAAAAGC GAAGGAGATC 
AGCCCCATGT CTACCCCCAA CATGCCTATC ACTGAAGGGG AGAAGCGGCG ACGTAAGCAC 
ATGTCCATCT GGGAACAGAG AACCACTCGG CTCAGGCGGC ACATTCAAAA CAGCGGCCGT 
GAGACTCAGT TCCCTGAGGA AGAGGGGCGG CTACCGGCCC GCAGGTATCG CAGGCGCTAT 
GCCAAGATCT TCGAGGCGGA GAGCACTAGC GGGCTGGAAG CACAAGAGGA GGCACAGGAT 
GGAGAGAATG CAAAACGAGA CGGCTTCAAG AGTCAGTCAC TTCGCAATAA CTGGCAAGAC 
ATTCCGGAAA ATAGGAGCAC ATCAGTGAAA GTGAATGGGG ACCAGGAGTA TCGGCAGCGA 
CAGTCATACC GGCGGGCAGT CGAGAACTCT GAGAATCTGA GGGTATATGG ATACCGGAGC 
CGGCGCCGGC ACCGCTCCCT ACACAAAGAG ATCAGGACTG GGCTGGAGAC AGTGGAGCCA 
GGGTTAAACC GCAGGAATGG GAGCCGTGGA ATCGGGAAGG AAGTGGGCCC AGGACAGGGG 
GTCACTGCTG CACAACACAT TAAAGGCCCT GAGGAATACA AGCAGCAATT GTGCAGTGAG 
AACCGGCATG CACGCTGGAG TAACCACAGC CCCAGTGTGC AGGCTCCGAA CGACAGCACC 
GATACAGCAG TCAGTGAGAA CGTGGACAGT GTAAAGAATA GCAGGCTCAT CCGGCAGTCC 
CCAAATGAGG AGACCAGCCT GCTAACCCTC CAGTTGGGCC CAAATAACAG CCAGAGCTCC 
CCAGGCCCAC CAGCAGAGAT GGGGCTGCAA CAGACTGCGA TTGAGATGGA TGCTGCAGAC 
ACACAGACCC CGATGGACTC ACTCGTTGCA TCAGTGAATG ATGTGAATGT GAGGGGCAGA 
AGTGGGGCAA AAGACCCAAG GAGGATCCGA CCCATTGTTC CCTACAACTC CATGTTCATT 
TTCAGCACCA CTAACCCACT TCGTCGGATG TGCCATTACA TAGTGAACAT GCGCTACTTT 
GAGATGTGCA TCCTGCTTGT GATTGCATCG AGCAGCATTG CCTTGGCAGC AGAGGATCCC 
ATCCACAGCG ACTCCAAGAG GAATCAGATT CTGAAGTACT TTGACTATGT TTTCACTGGG 
GTCTTCACTT TCGAGATGGT GATAAAGATG ATAGATTTAG GTTTGATATT CCATGAAGGA 
TCATACTTCC GAGATTTATG GAATAATCTG GATTTCATTG TGGTGAGCGG TGCTCTCGTC 
GCGTTTGCAT TCACGAACAT TGTAGGGGGT ACGAAGGGGA AGGATATCAA TACAATCAAG 
TCGCTGAGGG TACTGCGAGT CCTTCGCCCA CTGAAAACTA TCAAGAGGCT TCCCAAGCTC 
AAGGCGGTGT TTGATTGTGT AGTCACATCT CTGAAGAATG TCTTTAACAT TCTGATTGTC 
TACAAACTCT TCATGTTCAT CTTCGCTGTC ATCGCTGTCC AGCTCTTCAA GGGCAAGTTC 
TTCTACTGTA CTGACAGCAC CAAGATCATC AAGAAAGAAT GCAGGGGACA GTTTGTTGTG 
TATGAGAGAG ACAGAAAGGA GGTACGCGAA CGTGAATGGA AACAATATGA TTTTCATTAC 
GACAATGTGC TCTGGGGATT GCTGACCCTG TTCACCGTTT CCACAGGAGA GGGATGGCCC 
CAGGTGCTGC AGCATTCGGT TGATGTGACA CAGGAAGACC AAGGGCCCAG CCAGGGGAAC 
AAGATGGAGA TGTCCATTTT CTATGTGGTG TATTTTGTAG TCTTCCCTTT CTTCTTTGTT 
AATATCTTCG TGGCTTTGAT CATCATCACG TTCCAGGAGC AGGGTGACAA GATGCTGGAG 
GAAAGCTGTC TGGAGAAGAA TGAGAGAGCC TGTATTGACT TTGCCATCTG TGCCAAGCCA 
CTGACTCGCT ACATGCCCCA GAACAGGCAG AGCTTCCAGT ACCGCGTCTG GCACTTTGTG 
GTGTCACCCT CCTTTGAGAA CACCATCCTG GTCATGATTG CCCTCAACAC TGTAGTTCTT 
ATGATGAAGT ACAACTCGCC ATCACCCACC TATGAGAGTG CTTTAAAGTA CCTGAACATA 
GCTTTCACTA TACTCTTCAC CATGGAGTGC ATTCTAAAGA TCATCGCCTT TGGTTTTCTG 
AATTATTTCC GTGACTCCTG GAATGTTTTT GATTTTGTGA CTGTGGTGGG CAGCGTGACT 
GAGATCATCG TCACTGAGTG TAATTTAAAG TTTGTGAACC TGAGCTTCTT GAAGCTGTTC 
CGTGCCGCAC GACTCATCAA ACTTCTGCGA CAAGGCTACA CAATCCGAAT TTTGCTCTGG 
ACTTTCGTGC AATCCTTCAA GGCCCTTCCT TACGTCTGCC TCCTGATTGC CATGCTCTTC 
TTCATATATG CAATAATTGG CATGCAGGTG TTTGGAAACA TTGGCCAGGA CGACAGCACC 
CCCATCAACC GGCACAACAA TTTCCAGACC TTCTTCAACG CATTAATGCT ACTTTTCAGG 
AGTGCAACAG GCGAGTCTTG GCAGGAGATC ATGCTGGCAT GTCTGAGCCA CAAGTTGTGT 
GAGGGGACCC GCGAGGCTGC CTGTGGCACC GACTTTGCTT ACTTCTACTT TGTGTCCTTC 
ATCTTTCTCT GCTCCTTCCT GATGCTGAAC CTGTTTGTGG CTGTCATCAT GGATAACTTT 
GAGTATCTGA CACGAGATTC ATCCATTCTG GGCCCACATC ACCTGGAGGA GTTTGTGCGT 
GTCTGGGCAG AGTACGACCG CGCTGCCTGT GGTCGAATCC ATTACACTGA CATGTATGAA 
ATGCTGACTC TCATGTCACC ACCACTGGGC TTGGGGAAGA AATGTCCTCC GAAAGTTGCA 
TACAAGAGAT TGGTGCTGAT GAACATGCCG GTAGCTGAGG ATAAAACCGT TCACTTCACT 
TCCACACTTA TGGCATTAAT CAGAACCGCT CTTGAAATCA AAATAGGGAA AGGCGGTGCA 
GACAAACAGC TTCTGGACAC TGAGTTGAGG AGTGAGATTA TGACAATCTG GCCACATCTT 
TCCCAGAAAA CACTTGATGT TGTTGTTCCA CCACATAAAT CGTCAGAACT GACAGTTGGG 
AAGATTTATG CGGCGATGAT GATTATGGAT TATTACAAAC AGAGCAAGAG CCAGAAACAC 
AAGAGTCAAC AGGAGGAGCA GAGCCGCACA CCGATGTTTC AGCGGATGGA AGCTTCATCC 
CTGCCTGAGG AAATCCGTTC CAGTGCCCAG GCTGTGCTGT TTGTCCCAGA AACTGGTAGT 
GATGGAGAGA GTCGCAGTGA GTTTGCCCCC TTAGTACCAC TGCCATCACC ACTGATGGGT 
GAATATCAGT CACACGTGGG TCACGGAAGA GGAGGCACCA AGGAATTACA CATCTATCAG 
CCTCAGGGAT TAGAAACTTT AAAAGTGAAT TATCCTCACA GTGTTCATTA CCTACCTATT 
GAGAGCCAGG GAAGAGCAGT CTCCATGCCT CGACTTGAAA TGGATTCTGA GTCAGCAGAT 
GACCGTAGCC CGATGAGGCG ATCTTTCTCC ACCCTGGCTG ACCAACGATT GGACGGCCAG 
TGTCTTCACC AGTACACGCT GGATCGAGCC GGCCCCGAGC CTGGCAACAA GAGGCAGCAT 
CGGAGCCACA GAACCGGGCA CTCAGACAAC CGCTCAGCAA ATACAGGGCT GAGGACATCT 
CTGCACCTCT CTGGGGAGAT CCCGTATGCA GACCGTGAGA GAGGTCGATC CAAGGAGAGG 
AAGCACCTGC TGTCACCAGA GAGAGTAGTG AGCACCGTAC AGCAACGCCC ACACTACCCA 
TTGTCCCGCA GCCGCCGCAT CTCTCGCTCT CCCAGCGAAG GCCGCACACA AGTTCCCTGC 
TGTGGGAGTG AGAGCCCAGG TCCCAGCAGC CCAGGAGCAT TCAGACAGGC ACGTCGCCAC 
CTTCCACAGA CTCCCAGCAA GGTCCGACCA CACATTTCCT ACTGCCCCAT GTTGCAGACA 
CCCAGCCTGG CCCCAGCTCC CAGTCCGGAG TTATTGGCCA CAGGATGGCG AGTGCAGGGG 
GGCAGCAGGA GCCCGAGCCC ACACTGTGGT CCGCCTCGCT ACATCTCGGA GCCCTCACTG 
GCACTGCATC AGGAGCCGGG CAGCCTGGAC TGCCCGCCGG GGATGGAAAA TCTGACCTTT 
GAAGCTGCCA TAGCCTCCAG CCTGGGCCGG TGCCACACCA TCTCCTCGGC ACCTCCGCTC 
CGGCACAGCC GCCAGCTCCC TCCAGAGCAG CAGCAGGTCT GTGTCGGTGC TGATGCCGAC 
CCAGCCAGCG ACACGGAGCA GGATGATCGC TGCTAG