TRPM6 cDNA ORF clone, Calidris pugnax(ruff)

Gene
Clones
gRNAs

Summary

Gene Symbol	TRPM6
Entrez Gene ID	106893570
Full Name	transient receptor potential cation channel subfamily M member 6
Gene Type	protein-coding
Organism	Calidris pugnax(ruff)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014951643.1	XP_014807129.1	transient receptor potential cation channel subfamily M member 6

Pathways from BioSystems
Gene Ontology

The following TRPM6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRPM6 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
OCa72087	XM_014951643.1 Latest version!	Calidris pugnax transient receptor potential cation channel, subfamily M, member 6 (TRPM6), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

TRPM6 ( XM_014951643.1 ) cDNA ORF clone, Calidris pugnax(ruff) -> XP_014807129.1 Calidris pugnax transient receptor potential cation channel, subfamily M, member 6 (TRPM6), mRNA.

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CloneID	OCa72087
Clone ID Related Accession (Same CDS sequence)	XM_014951643.1
Accession Version	XM_014951643.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6516bp) 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	2015-12-08
Organism	Calidris pugnax(ruff)
Product	transient receptor potential cation channel subfamily M member 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015090931.1) 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 :: Calidris pugnax Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGTTGGACT CCTGTATCCC ATCTACAGTG CCCATCAGTG TGGATCTAAT CTGGTTACAT 
CTGCGGAAGC TGAGTGGAAC CTTCCCAGGG GAAAATTCGT TGTCAGTAAT GATGAAACGT 
CGTGGAGGAA CTGTGGATGG GGCAGACGCC TGCCTCCCAG CCTTTGGTGG TTTCAGGTCC 
CAGCTGCCCG GCCCTGGGAA ACCCAAGCCT CTGGAGGTCC CTTTGGCTGC TGTGGCAACC 
TCCAGGGCAA CTAACCAGGT GATAAGGCTG GCGTCTCAGG GTGCATCCTG GCACAGGGGG 
CTGAAGGCAC GGACAGACCT GGCAGAGAGC CCAAGGGTGG CCTCCGTGGC AAAGGGGCAG 
GAGGACATTT CTGTCTGCAG CAGCTGGTCC CAGGCCGTGG CTGGCTCTTC CTCCAGCTGG 
GTTCAGTCTC CCAAATCTTG GATTGAAGGG GTCTTCAGTA AAAGAGAATG TGCACACATC 
GTTCCCAGTT CAAAAGATCC TCACAGGTGT CCTGCAGGAT GTCAGGTGTG CCAGAATTTA 
ATCAGGTGTT GCTGTGGACG GTTGATTGGA GATCACCCAG GAGTAGACTG TAGCTGGCCT 
GTTTATCAGG CTGCTCCACA AAGAGATGAT GGAGAATGGT CTGTGCAAAA ACACACAAAG 
ATGAGTCCAA CGGATGCATT TGGTACAATC AATTTTCAAG ATGGAGATCA CACTTACCAT 
GCCAAGTATA TCAGACTCTC TTATGATAGC AATTTGGATC AGCTGTTGCA CCTGATGGTT 
AAAGAATGGC AGATGGAGTT GCCAAAGCTA GTGATCTCTG TTCATGGGGG CATTCAAAAT 
TTCAAGCTTC CCTCAAAGGT CAAGCAGGTT TTCAGCAAAG GATTGGTGAA GGCTGCTGAG 
ACTACAGGAG CATGGATAAT TACAGAAGGC ATCAACAGCG GAGTGTCCAG GCATGTGGGG 
GATGCGCTGA AGGGCTGTGC CTCACCACAC CTGAGAAAGA TCTGTGCTGT TGGGATTCCT 
CCATGGGGTA TCATTGAGAA CCAGAGGGAT CTCATTGGAA AAGATGTAGT TTGCCTGTAC 
CAGACTCTTG GTAATCCACT CAGCAAGCTA AGTACCCTCA ACAGCATGCA TTCTCATTTT 
CTAATGGCAG ATGATGGGAC AGTAGGCAAG TATGGGAATG AAATGATTCT CAGGAGGAAT 
TTGGAGAAGT ACATATCACT TCAAAAAATA CACACAAGAA TGGGCCAAGG TGTACCTGTA 
GTTGGGTTGG TGGTGGAAGG AGGCCCCAAT GTGATCCTAA TGGTGTGGGA GTACGTGAGG 
GCCAGCCCAG CTGTCCCTGT GGTGGTCTAT GAGGGCACTG GCAGAGCTGC AGACATCCTG 
GCTTTTACTC ACAAGCACAC GGGTGATACG GGGGAGCTGC GCCCTCAAGT GAAGGAGGAG 
ATCTTAGTGA TGATTCAAAA CACATTTAGC TTGGGACAGA AACAATCCAG TCATCTATTT 
CATGTTTTGA TGGAATGTAT GGAGCACAGA GAGTCCATAA CCATATTTGA TGCGGAGTCA 
GAAGATCAGC AGGACATTGA TTTGGCAATT CTGACTGCAC TCTTGAAAGG TACAAATATG 
TCTGCTTCAG ATCAGCTAGA TTTGGCGTTG GCCTGGAACC GGCTTGATAT TGCCAAGAAA 
CACATACTGG TTTATGGACA GCACTGGAAG GTTGGTGCCT TGGAACAGGC GATGCTGGAT 
GCTTTAGTGA TGGACCGTGT GGATTTTGTG AAGCTGTTAA TAGAGCATGG AGTGAACATG 
CACCGTTTTC TTACCATTTC TCGTTTGGAA GAACTCTACA ATACAAAACA AGGACCATCA 
AATCTACTTC TGCATCACCT AGTTCGAGAT GTGAAACAGA ATACCCTTTC ATTTGATTAC 
AAGATATCAC TGATTGATAT TGGACTGGTG ATAGAGTACC TCCTTGGTGG AGCTTATCGG 
AGCAGCTACA CAAGGAAGCA TTTCCGGATT CTCTACAATG ATCTCTACAG AAAACACAAG 
AGAGTGCTCT CCAGCTTTTC TCAGAGCCTG TCTCATTCCC TTCATCAGAG TAATCAGGCG 
AGTAGCAGAA TGGGATCTGC TGAAAATACT TTGCATTCTC AGTTCTTCAG AACAGCACAG 
CCTTACAAAT ACAAGGAAAG ATCCACTGCT TTCCATAAAT ATAAGAAGAA ATCAAAAGAG 
GATGTAAACT TTGCAGAGAA CTATGAATCA TCTGGCTTTA TCTACCCCTA TAACGACCTG 
CTGGTTTGGG CAGTTTTAAT GAAAAGGCAG AAGATGGCAA TGTTCTTCTG GCAGCATGGA 
GAGGAAGCCA TGGTCAAAGC TGTTGTGGCT TGTAAACTCT ACAGGGCGAT GGCACGTGAA 
GCTAAGCAGA GCAACATGGT GGATGACACT TCAGAAGAAC TCAAGAAGTA TTCAAAGGAA 
TTTGGGCAGC TTGCCTTAGA TATCCTGGAG AAAGCGTTCA AACAAAATGA GCAGATGGCC 
ATGAAACTGC TGACCTATGA ACTGAAAAAC TGGAGCAACT CAACGTGCTT AAAACTGGCA 
GTGTCTGTGG GGCTGCGGCC TTTTGTATCC CACACTTGCA CACAGATGCT GCTGACTGAT 
ATGTGGATGG GACGCCTGAA GATGCGGAAG AACTCCTGGT TTAAGGTTGT TATGAGTATT 
CTCTTGCCTC CCACCATCTT GATGCTGGAG TTTAAAAGCA AAGCAGAAAT GTCTCATGTG 
CCTCAGTCTC AAGACTTCCA CCAGTTCACA TGGTATCATG GGGATCAAAG CCCAACCAGC 
AATAAAGATG CTTTGTCTCT GAAGGATTAT GATGTGGAGA AGGTTGCTCA GAAGTCTGAT 
GAAAGCCAAG TAGACGGTGG ACAAGGAAAC CTGCCTGGCA CTCGAAAAAT CTATGAGTTC 
TACAATGCAC CAATTGTCAA GTTCTGGTTT CACACGATGG CATACATGGC GTTTCTCATG 
CTCTTCACTT ACACTGTGTT GGTGAAGATG GAACCAAGAC CAAGTGTGCA AGAGTGGCTT 
GTTATCATTT ATATTTTCAG CACTGCTATT GAAAAAGTCA GGGAGATATT TATCTCAGAA 
CCTGGAAAAT TCCGACAAAA AGTGAAGGTG TGGATTTATG AATACTGGAA TTTTACTGAT 
TCTATAGCTA TCCTCCTGTT TATGATTGGT TTTGGCTTGC GCTGGTCTGA CCCCCCTGTT 
CAAACTGCAG GGAGGCTTCT TTACTGCTTG GATATAATAT TTTGGTATGC TCGGCTCCTT 
GATCTTTTTG CTGTGAATCA GCATGCTGGC CCGTACCTGA CAATGATTGG GAAAATGACA 
GCAAACATGT TCTATATTGT GGTCATGATG GCCATAGTCC TGTTGAGTTT TGGAGTGGCA 
CGAAAGGCAA TCCTTTCACC AGAGGAGCCT CCTTCTTGGA CTCTGGCACG GGATATTGTA 
TTTCAACCCT ATTGGATGAT GTTTGGTGAG GTTTATGCTG GAGAAATAGA TGTCTGTGAA 
ACTAATGAAG ACTGTCCTCC TGGCTCCTTC CTCACACCGT TCCTCCAAGC TGTCTACCTC 
TTTGTGCAGT ACATCATCAT GGTCAACTTG CTTATTGCTT TCTTTAATAA TGTTTATTTT 
GATTTGAAAT CAATATCGAA CAAGCTCTGG AAATACAACC GGTACCGCTA CATTATGACG 
TACCATGAGA AGCCATGGCT GCCCCCACCT TTCATCCTTC TGAGTCACAT TGGGCTTCTG 
ATAAACCGCA TCTTCCACCA TCGGCCCCCA AACGAGCTGG ATCAAGAGGA GGGTGATGTT 
GGACTAAAGC TGTACCTGAG TGATGAAGAG TTAAAGAAAC TCCATGACTT TGAGGAACAG 
TGTGTGGAAA AATATTTTCA TGAGAAGAAT AAAAGCCTGA GTTCCAGTGA CAGTGAAAGG 
ATCCGTCTGA CAACAGAAAG GGTGGAGGAG ATGTTTCTGC AGCTTAAAGA AGTGTATGAG 
AAGGTGTTTT ATATCAAAGA GTCATTACTC TCACTGGACA GCCAGCTAGG ACATTTGCAA 
GACCTGTCTG CCTTGACAGT GGACATCCTG AAAGTGCTTT CAGCTGTAGA CACCTTGCAG 
GTGGAAGAAG CTTTACTGGC TGACACAAAA CATCGAACAT GTAGGAAACT GCCTCATAGC 
TGGAGCAATT CGCTCTATTC CAAAACCTTG AGCAGCCTGG AATGTTTGTA TGACAAGAAG 
TACCACTACT ACAGCATGCC ACCCTCCCTC CTACGGAGCT TAGTGAGGAG TCAGTGGCCA 
TCAGAGTGCA AAGACCGCGC ACTGAGGACC GAGAGTAACA AGGTGGTAGG AGACAGCTCT 
CGGAAGACAG AAATAGAAAG TGACACACTC ACTTCGGGAG TATCTTCTGA GACTAAGTCA 
ACCCCTAGAT ATGGACAATT TTTGCTGGTG CCCCCTGACC ATCAGGGGGG GTCTTTCTCT 
GAGGATGTCA CATTAAATTT GTCCTTTTTG AGCACTCCTG CTAAGTACAG GGATGATGCA 
TCCAGAGATG AACTGCAAAG TAGCATTGTG GTGCAGCAGA ACTTGCAGAG TGTCAGCCTC 
ATTGGAAAGG AGCCAGAAGA TTATAAATGG AGCCAGAGAG ACTTCGTTAT TAATTTGCCA 
TCAGAAAAGA CTAGTACTGT TGATGCTGCT CATCCTCTTG GTCTCCAGCC ATCCCTGGAT 
ATTGAGGAGA GTGCGGCACC CTCCTGCAAT GACAGGGAAG AAGCTGAAGG TGGTTATGTG 
AACTGGGGAT TCTCCGAAGG TGATGAAAAA GGGGTTTTCA GCTCAGGGAA GGAACAAGAG 
AAGGCCCTGT GCATACATTC CGCCTACAAC AGTGACTGCA ATTGCACGGG TAGTCCTCCC 
AGGCACGTCC AAATAAGAGA ATCAAAGTCC TTCTCCTACA ACTCTGACAG ATCACGTCAC 
AGCAGCATCA TCTCTCAGAA AAAGCTGAAG CACAGCACTT CGTTCCGGAT CAGCCCACTC 
TGGAGGGACT GGAGCTTCCG CAGGAGCAAC AGCTTGCAGT CCTCTAAGAA AGAGAAAAGC 
GGGAAAACCT GCAAGGCCAT AGGTGAGTCT TTACGATCCA GTGAGCTACA CCACAGTGAG 
GCAACAAAAG CAAAACAACA AAACAGAGAC AGAAAGTCTG GGAGAGGAAA GAAGAATCAA 
AAGCCCCTTC AGGTGCCGGT GATTAAAGTG GATGATTGTC CCCAGAACAC CCAAGTGAGC 
TCAGAGCCTG CAGAGATCAA TGTCTGGGAT GAGCAAGAGA AACACAGCAA GAACTGGCTC 
ACTGTGTCTA ATTTCAGTCA GCTAAGTTTG GAACGTCTCA GTTACATGCA CCAGAAAATG 
AAAAATCAAG ACATCGGTAG GCATACCATA CCATTCTGTG ATTATCTGAG GCATTCTCGA 
GAGGATTTGA GTAGCATGTT TGGAACCATC AAGAAAAGTA ACCTGAACCG AAACTCCTCG 
TCAAGAACTT CAGAGGAAAC TGACAATATC TTCACCTGCT TGAAAACATC TCAAGATCTG 
CATCATCACT ACTCAGCCGT TGAAAGAAAC AACTTAATGA GACTTGCTCA GACCATACCA 
TTTACGCCAG TCCAGCTCTT TGCTGGAGAG GAAGTGACGG TCTATCAGCT AGAAGAAAGT 
TCACCTATGA ACCTTGACAA AAGCATGTCT TCCTGGTCCC AGCGTGGTAT GGCTGCAATG 
ATCCAAGTCT TGTCACAGGA GGAGATGGAT GGGGGTCTGC GGCGGGCCAT GAAGGTCATT 
TGTACGTGGT CTGAGAATGA TGTGTTGAAG TTGGGACAAG TATTTATTGT GAAGTCTTTT 
CTGCCAGAGG TGGTTCAGAC TTGGCAAAAG ATCTTTCATG ATGGCACGGT GTTACATCTC 
TGCCTGAGGG AGATCCAACA GCAAAGGGCT GCCCAGAAGT TAATCTATAC CTTCAATCAA 
ATCAAGCCTC ATGCTATTCC ATATACTCCA AGGTTTCTGG AAGTTTTCCT CATCTATTGC 
CATTCAGCAA ACCAGTGGCT GACCATTGAG AAATACATGA CTGGCGAGTT TCGGAAATAC 
AACAATAACA ACGGAGATGA GATTACTCCC AGCAGCTTGC TGGAAGAGCT GATGCTGGCC 
TTCTCTCACT GGACCTATGT GTACACCCGT GGGGAGCTCC TTGTCCTGGA TTTGCAAGGT 
GTCGGGGAAA ACCTTACAGA TCCATCTGTG ATTAAACCTG ACGACAAAAA ATCTGGAAAG 
ATGGTATTTG GACCAGCAAA CCTAGGAGAA GGTGCAATAA GAAACTTCAT CACAAAGCAT 
CGTTGTAACT CTTGCTGCAG GAGGCTGAAA CTTCCAGATT TGAGAAGTGA CTACATGCTG 
GAAAGGGTTG GTCCAGCCTT TGAAATAGAA ATGGAGACAA GCACTGGAGG AGCTGATGAT 
GCAGATGAGC CTTTGGAGTA CGACACGCGG CTGTGA

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

RefSeq	XP_014807129.1
CDS	1..6516
Translation	MLDSCIPSTVPISVDLIWLHLRKLSGTFPGENSLSVMMKRRGGTVDGADACLPAFGGFRSQLPGPGKPKPLEVPLAAVATSRATNQVIRLASQGASWHRGLKARTDLAESPRVASVAKGQEDISVCSSWSQAVAGSSSSWVQSPKSWIEGVFSKRECAHIVPSSKDPHRCPAGCQVCQNLIRCCCGRLIGDHPGVDCSWPVYQAAPQRDDGEWSVQKHTKMSPTDAFGTINFQDGDHTYHAKYIRLSYDSNLDQLLHLMVKEWQMELPKLVISVHGGIQNFKLPSKVKQVFSKGLVKAAETTGAWIITEGINSGVSRHVGDALKGCASPHLRKICAVGIPPWGIIENQRDLIGKDVVCLYQTLGNPLSKLSTLNSMHSHFLMADDGTVGKYGNEMILRRNLEKYISLQKIHTRMGQGVPVVGLVVEGGPNVILMVWEYVRASPAVPVVVYEGTGRAADILAFTHKHTGDTGELRPQVKEEILVMIQNTFSLGQKQSSHLFHVLMECMEHRESITIFDAESEDQQDIDLAILTALLKGTNMSASDQLDLALAWNRLDIAKKHILVYGQHWKVGALEQAMLDALVMDRVDFVKLLIEHGVNMHRFLTISRLEELYNTKQGPSNLLLHHLVRDVKQNTLSFDYKISLIDIGLVIEYLLGGAYRSSYTRKHFRILYNDLYRKHKRVLSSFSQSLSHSLHQSNQASSRMGSAENTLHSQFFRTAQPYKYKERSTAFHKYKKKSKEDVNFAENYESSGFIYPYNDLLVWAVLMKRQKMAMFFWQHGEEAMVKAVVACKLYRAMAREAKQSNMVDDTSEELKKYSKEFGQLALDILEKAFKQNEQMAMKLLTYELKNWSNSTCLKLAVSVGLRPFVSHTCTQMLLTDMWMGRLKMRKNSWFKVVMSILLPPTILMLEFKSKAEMSHVPQSQDFHQFTWYHGDQSPTSNKDALSLKDYDVEKVAQKSDESQVDGGQGNLPGTRKIYEFYNAPIVKFWFHTMAYMAFLMLFTYTVLVKMEPRPSVQEWLVIIYIFSTAIEKVREIFISEPGKFRQKVKVWIYEYWNFTDSIAILLFMIGFGLRWSDPPVQTAGRLLYCLDIIFWYARLLDLFAVNQHAGPYLTMIGKMTANMFYIVVMMAIVLLSFGVARKAILSPEEPPSWTLARDIVFQPYWMMFGEVYAGEIDVCETNEDCPPGSFLTPFLQAVYLFVQYIIMVNLLIAFFNNVYFDLKSISNKLWKYNRYRYIMTYHEKPWLPPPFILLSHIGLLINRIFHHRPPNELDQEEGDVGLKLYLSDEELKKLHDFEEQCVEKYFHEKNKSLSSSDSERIRLTTERVEEMFLQLKEVYEKVFYIKESLLSLDSQLGHLQDLSALTVDILKVLSAVDTLQVEEALLADTKHRTCRKLPHSWSNSLYSKTLSSLECLYDKKYHYYSMPPSLLRSLVRSQWPSECKDRALRTESNKVVGDSSRKTEIESDTLTSGVSSETKSTPRYGQFLLVPPDHQGGSFSEDVTLNLSFLSTPAKYRDDASRDELQSSIVVQQNLQSVSLIGKEPEDYKWSQRDFVINLPSEKTSTVDAAHPLGLQPSLDIEESAAPSCNDREEAEGGYVNWGFSEGDEKGVFSSGKEQEKALCIHSAYNSDCNCTGSPPRHVQIRESKSFSYNSDRSRHSSIISQKKLKHSTSFRISPLWRDWSFRRSNSLQSSKKEKSGKTCKAIGESLRSSELHHSEATKAKQQNRDRKSGRGKKNQKPLQVPVIKVDDCPQNTQVSSEPAEINVWDEQEKHSKNWLTVSNFSQLSLERLSYMHQKMKNQDIGRHTIPFCDYLRHSREDLSSMFGTIKKSNLNRNSSSRTSEETDNIFTCLKTSQDLHHHYSAVERNNLMRLAQTIPFTPVQLFAGEEVTVYQLEESSPMNLDKSMSSWSQRGMAAMIQVLSQEEMDGGLRRAMKVICTWSENDVLKLGQVFIVKSFLPEVVQTWQKIFHDGTVLHLCLREIQQQRAAQKLIYTFNQIKPHAIPYTPRFLEVFLIYCHSANQWLTIEKYMTGEFRKYNNNNGDEITPSSLLEELMLAFSHWTYVYTRGELLVLDLQGVGENLTDPSVIKPDDKKSGKMVFGPANLGEGAIRNFITKHRCNSCCRRLKLPDLRSDYMLERVGPAFEIEMETSTGGADDADEPLEYDTRL

Target ORF information:

RefSeq Version	XM_014951643.1
Organism	Calidris pugnax(ruff)
Definition	Calidris pugnax transient receptor potential cation channel, subfamily M, member 6 (TRPM6), mRNA.

Target ORF information:

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

XM_014951643.1

ORF Insert Sequence:

ATGTTGGACT CCTGTATCCC ATCTACAGTG CCCATCAGTG TGGATCTAAT CTGGTTACAT 
CTGCGGAAGC TGAGTGGAAC CTTCCCAGGG GAAAATTCGT TGTCAGTAAT GATGAAACGT 
CGTGGAGGAA CTGTGGATGG GGCAGACGCC TGCCTCCCAG CCTTTGGTGG TTTCAGGTCC 
CAGCTGCCCG GCCCTGGGAA ACCCAAGCCT CTGGAGGTCC CTTTGGCTGC TGTGGCAACC 
TCCAGGGCAA CTAACCAGGT GATAAGGCTG GCGTCTCAGG GTGCATCCTG GCACAGGGGG 
CTGAAGGCAC GGACAGACCT GGCAGAGAGC CCAAGGGTGG CCTCCGTGGC AAAGGGGCAG 
GAGGACATTT CTGTCTGCAG CAGCTGGTCC CAGGCCGTGG CTGGCTCTTC CTCCAGCTGG 
GTTCAGTCTC CCAAATCTTG GATTGAAGGG GTCTTCAGTA AAAGAGAATG TGCACACATC 
GTTCCCAGTT CAAAAGATCC TCACAGGTGT CCTGCAGGAT GTCAGGTGTG CCAGAATTTA 
ATCAGGTGTT GCTGTGGACG GTTGATTGGA GATCACCCAG GAGTAGACTG TAGCTGGCCT 
GTTTATCAGG CTGCTCCACA AAGAGATGAT GGAGAATGGT CTGTGCAAAA ACACACAAAG 
ATGAGTCCAA CGGATGCATT TGGTACAATC AATTTTCAAG ATGGAGATCA CACTTACCAT 
GCCAAGTATA TCAGACTCTC TTATGATAGC AATTTGGATC AGCTGTTGCA CCTGATGGTT 
AAAGAATGGC AGATGGAGTT GCCAAAGCTA GTGATCTCTG TTCATGGGGG CATTCAAAAT 
TTCAAGCTTC CCTCAAAGGT CAAGCAGGTT TTCAGCAAAG GATTGGTGAA GGCTGCTGAG 
ACTACAGGAG CATGGATAAT TACAGAAGGC ATCAACAGCG GAGTGTCCAG GCATGTGGGG 
GATGCGCTGA AGGGCTGTGC CTCACCACAC CTGAGAAAGA TCTGTGCTGT TGGGATTCCT 
CCATGGGGTA TCATTGAGAA CCAGAGGGAT CTCATTGGAA AAGATGTAGT TTGCCTGTAC 
CAGACTCTTG GTAATCCACT CAGCAAGCTA AGTACCCTCA ACAGCATGCA TTCTCATTTT 
CTAATGGCAG ATGATGGGAC AGTAGGCAAG TATGGGAATG AAATGATTCT CAGGAGGAAT 
TTGGAGAAGT ACATATCACT TCAAAAAATA CACACAAGAA TGGGCCAAGG TGTACCTGTA 
GTTGGGTTGG TGGTGGAAGG AGGCCCCAAT GTGATCCTAA TGGTGTGGGA GTACGTGAGG 
GCCAGCCCAG CTGTCCCTGT GGTGGTCTAT GAGGGCACTG GCAGAGCTGC AGACATCCTG 
GCTTTTACTC ACAAGCACAC GGGTGATACG GGGGAGCTGC GCCCTCAAGT GAAGGAGGAG 
ATCTTAGTGA TGATTCAAAA CACATTTAGC TTGGGACAGA AACAATCCAG TCATCTATTT 
CATGTTTTGA TGGAATGTAT GGAGCACAGA GAGTCCATAA CCATATTTGA TGCGGAGTCA 
GAAGATCAGC AGGACATTGA TTTGGCAATT CTGACTGCAC TCTTGAAAGG TACAAATATG 
TCTGCTTCAG ATCAGCTAGA TTTGGCGTTG GCCTGGAACC GGCTTGATAT TGCCAAGAAA 
CACATACTGG TTTATGGACA GCACTGGAAG GTTGGTGCCT TGGAACAGGC GATGCTGGAT 
GCTTTAGTGA TGGACCGTGT GGATTTTGTG AAGCTGTTAA TAGAGCATGG AGTGAACATG 
CACCGTTTTC TTACCATTTC TCGTTTGGAA GAACTCTACA ATACAAAACA AGGACCATCA 
AATCTACTTC TGCATCACCT AGTTCGAGAT GTGAAACAGA ATACCCTTTC ATTTGATTAC 
AAGATATCAC TGATTGATAT TGGACTGGTG ATAGAGTACC TCCTTGGTGG AGCTTATCGG 
AGCAGCTACA CAAGGAAGCA TTTCCGGATT CTCTACAATG ATCTCTACAG AAAACACAAG 
AGAGTGCTCT CCAGCTTTTC TCAGAGCCTG TCTCATTCCC TTCATCAGAG TAATCAGGCG 
AGTAGCAGAA TGGGATCTGC TGAAAATACT TTGCATTCTC AGTTCTTCAG AACAGCACAG 
CCTTACAAAT ACAAGGAAAG ATCCACTGCT TTCCATAAAT ATAAGAAGAA ATCAAAAGAG 
GATGTAAACT TTGCAGAGAA CTATGAATCA TCTGGCTTTA TCTACCCCTA TAACGACCTG 
CTGGTTTGGG CAGTTTTAAT GAAAAGGCAG AAGATGGCAA TGTTCTTCTG GCAGCATGGA 
GAGGAAGCCA TGGTCAAAGC TGTTGTGGCT TGTAAACTCT ACAGGGCGAT GGCACGTGAA 
GCTAAGCAGA GCAACATGGT GGATGACACT TCAGAAGAAC TCAAGAAGTA TTCAAAGGAA 
TTTGGGCAGC TTGCCTTAGA TATCCTGGAG AAAGCGTTCA AACAAAATGA GCAGATGGCC 
ATGAAACTGC TGACCTATGA ACTGAAAAAC TGGAGCAACT CAACGTGCTT AAAACTGGCA 
GTGTCTGTGG GGCTGCGGCC TTTTGTATCC CACACTTGCA CACAGATGCT GCTGACTGAT 
ATGTGGATGG GACGCCTGAA GATGCGGAAG AACTCCTGGT TTAAGGTTGT TATGAGTATT 
CTCTTGCCTC CCACCATCTT GATGCTGGAG TTTAAAAGCA AAGCAGAAAT GTCTCATGTG 
CCTCAGTCTC AAGACTTCCA CCAGTTCACA TGGTATCATG GGGATCAAAG CCCAACCAGC 
AATAAAGATG CTTTGTCTCT GAAGGATTAT GATGTGGAGA AGGTTGCTCA GAAGTCTGAT 
GAAAGCCAAG TAGACGGTGG ACAAGGAAAC CTGCCTGGCA CTCGAAAAAT CTATGAGTTC 
TACAATGCAC CAATTGTCAA GTTCTGGTTT CACACGATGG CATACATGGC GTTTCTCATG 
CTCTTCACTT ACACTGTGTT GGTGAAGATG GAACCAAGAC CAAGTGTGCA AGAGTGGCTT 
GTTATCATTT ATATTTTCAG CACTGCTATT GAAAAAGTCA GGGAGATATT TATCTCAGAA 
CCTGGAAAAT TCCGACAAAA AGTGAAGGTG TGGATTTATG AATACTGGAA TTTTACTGAT 
TCTATAGCTA TCCTCCTGTT TATGATTGGT TTTGGCTTGC GCTGGTCTGA CCCCCCTGTT 
CAAACTGCAG GGAGGCTTCT TTACTGCTTG GATATAATAT TTTGGTATGC TCGGCTCCTT 
GATCTTTTTG CTGTGAATCA GCATGCTGGC CCGTACCTGA CAATGATTGG GAAAATGACA 
GCAAACATGT TCTATATTGT GGTCATGATG GCCATAGTCC TGTTGAGTTT TGGAGTGGCA 
CGAAAGGCAA TCCTTTCACC AGAGGAGCCT CCTTCTTGGA CTCTGGCACG GGATATTGTA 
TTTCAACCCT ATTGGATGAT GTTTGGTGAG GTTTATGCTG GAGAAATAGA TGTCTGTGAA 
ACTAATGAAG ACTGTCCTCC TGGCTCCTTC CTCACACCGT TCCTCCAAGC TGTCTACCTC 
TTTGTGCAGT ACATCATCAT GGTCAACTTG CTTATTGCTT TCTTTAATAA TGTTTATTTT 
GATTTGAAAT CAATATCGAA CAAGCTCTGG AAATACAACC GGTACCGCTA CATTATGACG 
TACCATGAGA AGCCATGGCT GCCCCCACCT TTCATCCTTC TGAGTCACAT TGGGCTTCTG 
ATAAACCGCA TCTTCCACCA TCGGCCCCCA AACGAGCTGG ATCAAGAGGA GGGTGATGTT 
GGACTAAAGC TGTACCTGAG TGATGAAGAG TTAAAGAAAC TCCATGACTT TGAGGAACAG 
TGTGTGGAAA AATATTTTCA TGAGAAGAAT AAAAGCCTGA GTTCCAGTGA CAGTGAAAGG 
ATCCGTCTGA CAACAGAAAG GGTGGAGGAG ATGTTTCTGC AGCTTAAAGA AGTGTATGAG 
AAGGTGTTTT ATATCAAAGA GTCATTACTC TCACTGGACA GCCAGCTAGG ACATTTGCAA 
GACCTGTCTG CCTTGACAGT GGACATCCTG AAAGTGCTTT CAGCTGTAGA CACCTTGCAG 
GTGGAAGAAG CTTTACTGGC TGACACAAAA CATCGAACAT GTAGGAAACT GCCTCATAGC 
TGGAGCAATT CGCTCTATTC CAAAACCTTG AGCAGCCTGG AATGTTTGTA TGACAAGAAG 
TACCACTACT ACAGCATGCC ACCCTCCCTC CTACGGAGCT TAGTGAGGAG TCAGTGGCCA 
TCAGAGTGCA AAGACCGCGC ACTGAGGACC GAGAGTAACA AGGTGGTAGG AGACAGCTCT 
CGGAAGACAG AAATAGAAAG TGACACACTC ACTTCGGGAG TATCTTCTGA GACTAAGTCA 
ACCCCTAGAT ATGGACAATT TTTGCTGGTG CCCCCTGACC ATCAGGGGGG GTCTTTCTCT 
GAGGATGTCA CATTAAATTT GTCCTTTTTG AGCACTCCTG CTAAGTACAG GGATGATGCA 
TCCAGAGATG AACTGCAAAG TAGCATTGTG GTGCAGCAGA ACTTGCAGAG TGTCAGCCTC 
ATTGGAAAGG AGCCAGAAGA TTATAAATGG AGCCAGAGAG ACTTCGTTAT TAATTTGCCA 
TCAGAAAAGA CTAGTACTGT TGATGCTGCT CATCCTCTTG GTCTCCAGCC ATCCCTGGAT 
ATTGAGGAGA GTGCGGCACC CTCCTGCAAT GACAGGGAAG AAGCTGAAGG TGGTTATGTG 
AACTGGGGAT TCTCCGAAGG TGATGAAAAA GGGGTTTTCA GCTCAGGGAA GGAACAAGAG 
AAGGCCCTGT GCATACATTC CGCCTACAAC AGTGACTGCA ATTGCACGGG TAGTCCTCCC 
AGGCACGTCC AAATAAGAGA ATCAAAGTCC TTCTCCTACA ACTCTGACAG ATCACGTCAC 
AGCAGCATCA TCTCTCAGAA AAAGCTGAAG CACAGCACTT CGTTCCGGAT CAGCCCACTC 
TGGAGGGACT GGAGCTTCCG CAGGAGCAAC AGCTTGCAGT CCTCTAAGAA AGAGAAAAGC 
GGGAAAACCT GCAAGGCCAT AGGTGAGTCT TTACGATCCA GTGAGCTACA CCACAGTGAG 
GCAACAAAAG CAAAACAACA AAACAGAGAC AGAAAGTCTG GGAGAGGAAA GAAGAATCAA 
AAGCCCCTTC AGGTGCCGGT GATTAAAGTG GATGATTGTC CCCAGAACAC CCAAGTGAGC 
TCAGAGCCTG CAGAGATCAA TGTCTGGGAT GAGCAAGAGA AACACAGCAA GAACTGGCTC 
ACTGTGTCTA ATTTCAGTCA GCTAAGTTTG GAACGTCTCA GTTACATGCA CCAGAAAATG 
AAAAATCAAG ACATCGGTAG GCATACCATA CCATTCTGTG ATTATCTGAG GCATTCTCGA 
GAGGATTTGA GTAGCATGTT TGGAACCATC AAGAAAAGTA ACCTGAACCG AAACTCCTCG 
TCAAGAACTT CAGAGGAAAC TGACAATATC TTCACCTGCT TGAAAACATC TCAAGATCTG 
CATCATCACT ACTCAGCCGT TGAAAGAAAC AACTTAATGA GACTTGCTCA GACCATACCA 
TTTACGCCAG TCCAGCTCTT TGCTGGAGAG GAAGTGACGG TCTATCAGCT AGAAGAAAGT 
TCACCTATGA ACCTTGACAA AAGCATGTCT TCCTGGTCCC AGCGTGGTAT GGCTGCAATG 
ATCCAAGTCT TGTCACAGGA GGAGATGGAT GGGGGTCTGC GGCGGGCCAT GAAGGTCATT 
TGTACGTGGT CTGAGAATGA TGTGTTGAAG TTGGGACAAG TATTTATTGT GAAGTCTTTT 
CTGCCAGAGG TGGTTCAGAC TTGGCAAAAG ATCTTTCATG ATGGCACGGT GTTACATCTC 
TGCCTGAGGG AGATCCAACA GCAAAGGGCT GCCCAGAAGT TAATCTATAC CTTCAATCAA 
ATCAAGCCTC ATGCTATTCC ATATACTCCA AGGTTTCTGG AAGTTTTCCT CATCTATTGC 
CATTCAGCAA ACCAGTGGCT GACCATTGAG AAATACATGA CTGGCGAGTT TCGGAAATAC 
AACAATAACA ACGGAGATGA GATTACTCCC AGCAGCTTGC TGGAAGAGCT GATGCTGGCC 
TTCTCTCACT GGACCTATGT GTACACCCGT GGGGAGCTCC TTGTCCTGGA TTTGCAAGGT 
GTCGGGGAAA ACCTTACAGA TCCATCTGTG ATTAAACCTG ACGACAAAAA ATCTGGAAAG 
ATGGTATTTG GACCAGCAAA CCTAGGAGAA GGTGCAATAA GAAACTTCAT CACAAAGCAT 
CGTTGTAACT CTTGCTGCAG GAGGCTGAAA CTTCCAGATT TGAGAAGTGA CTACATGCTG 
GAAAGGGTTG GTCCAGCCTT TGAAATAGAA ATGGAGACAA GCACTGGAGG AGCTGATGAT 
GCAGATGAGC CTTTGGAGTA CGACACGCGG CTGTGA