LOC105367513 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105367513
Entrez Gene ID	105367513
Full Name	sodium channel protein para
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011506256.1	XP_011504558.1	sodium channel protein para

Pathways from BioSystems
Gene Ontology

The following LOC105367513 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105367513 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
OCe192919	XM_011506256.1 Latest version!	Ceratosolen solmsi marchali sodium channel protein para (LOC105367513), 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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5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC105367513 ( XM_011506256.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011504558.1 Ceratosolen solmsi marchali sodium channel protein para (LOC105367513), mRNA.

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CloneID	OCe192919
Clone ID Related Accession (Same CDS sequence)	XM_011506256.1
Accession Version	XM_011506256.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6129bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	sodium channel protein para
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948413.1) 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 :: Ceratosolen solmsi marchali 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##

ATGTCCCAAG TTTCTGGCTC TATATCAGAG GAAGAACGAA GTTTGTTCCG TCCGTTCACG 
CGGGAATCAC TAGTAGCGAT TGAAGTTCGC ATAGCCGAGG AACTTGCTAA GCAAAAAGAA 
CTCGAGAAAA AAAGAGCCGA AGGCGAGGTA ATTCGATATG ACGACGAAGA TGAGGATGAG 
GGTCCACAGC CGGATCCGAT GTTCGAGCAA GGAGCGCCAA TTCCGGTCCG ACTGCACAAC 
GAATTTCCCC CTGAGCTGGC CTCCATACCT CTTGAAGATA TTGATAGTTT CTACCATAAT 
CAAAGAACTT TCGTGGTCAT TAGTAAGGGC AAGGACATAT TTAGGTTTTC CGCCACGGAT 
GCATTATGGA TCCTGGATCC ATTCAATCCG ATACGGCGGG TGGCCATCTA CATACTGGTC 
CATCCCTTAT TCTCTCTCTT CATTATCACT ACAATTTTGG GTAACTGTGT GCTTATGATC 
ATGCCGACGA CGCCCACGAT CGAATCTACC GAGGTCATAT TTACGGGCAT ATATACGTTT 
GAGTCTGCTG TTAAAGTCAT GGCGAGGGGT TTCATTTTGC AGCCTTTTAC CTATCTTAGA 
GATGCATGGA ATTGGCTCGA CTTCGTAGTT ATAGCTTTAG CTTATGTGAC GATGGGAATA 
GATCTAGGCA ACCTTGCCGC TCTCAGGACA TTTCGAGTCC TCCGAGCCTT GAAGACTGTC 
GCTATTGTAC CAGGTCTTAA AACTATTGTC GGTGCTGTGA TAGAGTCAGT GAAAAATCTA 
CGCGATGTGA TAATCCTAAC AATGTTCTCC CTTTCCGTAT TCGCGCTGAT GGGCCTTCAG 
ATTTACATGG GTGTACTGAC GCAAAAGTGT ATAAAGAATT TTCCCGACGA CGGTTCATGG 
GGAAACCTCA CTGATGATAA TTGGGAGAGA TTTGTTAGTA ATGATACAAA TTGGTATGGT 
ATGGATGAAG CCGGAAATTA TCCATTATGT GGGAATTCAT CTGGAGCTGG ACAATGTCCA 
CCGGGGTATA CGTGTTTACA AGGTTATGGG GAGAATCCGA ACTACGGCTA TACGAGTTTC 
GATACATTTG GTTGGGCTTT GCTTTCCGCA TTTCGTCTGA TGACCCAAGA CTATTGGGAA 
AATCTTTATC AGCTGGTTCT GAGATCGGCT GGCCCGTGGC ACATGTTATT TTTCATTGTT 
ATTATTTTTC TTGGCTCATT TTATCTCGTG AACTTGATCC TTGCCATTGT TGCGATGTCG 
TATGATGAAT TGCAGAAGAA GGCTGAAGAG GAAGAGCTTG CCGAAGAACA AGCAATAAGG 
GAAGCGGAGG AAGCGGCTTT AGCGAAAGAG AACAAATTGG CGGCTCAAGC GGAGGCTCGA 
GAGGCGGCTG CAGCGGCCGC TGCTGCTGAT CAAATTCTCA AGTCACCCTC GGATTATTCC 
TGTCATAGTT ATGAGCTGTT TGTCGGACAA GAGAAAGGAA ACGATGACAA CAATAAAGAG 
CGCATGAGCA TAAGGTCGGT CGAATCGATT AGCGAGCACA GGGTCAAGAT ATCGAGCAAT 
AATCACAACG TCAACTCAAC TACCACTAAA GTTCGCAAAG TCAGCGCCGC AAGTCTCAGT 
CTACCGGGCT CGCCGTTTAA TTTACGCCGT GGTAGCCGTG GCAGCCATCA ATTCACCATC 
CGTAATGGCC GTGGGCGCTT TGTCGGGACC CCAGGAGGCG ACCGTAAGCC CCTCGTCCTC 
TCGACGTACC TCGACGCCCA GGAGCACCTG CCCTACGCAG ACGACTCGAA CGCCGTGACG 
CCCATGTCCG AGGAGAACGG CGCGATCGTC GTCCCTGTCT ACTACGCGAG CCTCGGCTCT 
CGACACTCCT CCTACACCTC CCACGCATCC CGGCTCTCCT ACACATCCCA TGGCGATCTC 
CTCGGCGGTA TGACCAAGGA GAGTAAGCTG CGCAGCAGAT CCGCGAGGCC GCCCTCCGTC 
AACGGACATC TCGCCCCCGA TAGCCTGCAG AAGCACCATT ACGTCAGTAT AGAGGCTGAA 
GGCGATGCCG ACGATTCATT CGGCAAGACG AAGCAACAGG ACAATCCATT TATAGAACCC 
TCTCAGCAAC ACGCTGTCGT TGACATGAAA GATGTTATGG TGTTGAATGA CATTATCGAA 
CAAGCTGCTG GTCGGCAAAG TCGGACATCC GAACAAGGAG ACGACGATGA AGAAGGTCCT 
ACATTCAAGG AGAAGGCCCT GGCCTTGTTT TTACGTTGCA TCGATATATT TTGTGTTTGG 
GATTGTTGTT CTGTTTGGCT GACATTCCAA AAGTACGTTG CTCTGCTGGT CTTCGATCCG 
TTTGTCGAGC TCTTCATCAC ACTCTGCATC GTCGTCAACA CACTCTTCAT GGCCCTGGAT 
CACCACGACA TGGACAAGGA GATGGAGAGG GTTCTCAAGT CTGGAAACTA TTTTTTCACA 
GCAACATTCG GCATTGAAGC GACGATGAAG CTCATAGCTA TGAGTCCCAA ATATTACTTT 
CAAGAAGGCT GGAATATTTT CGATTTCATC ATCGTGGCCC TATCATTACT AGAACTTGGT 
CTTGAGGGCG TTCAGGGCTT ATCCGTTTTG AGATCCTTCC GACTGCTTCG AGTATTCAAA 
TTGGCAAAAT CGTGGCCAAC CCTGAATTTG CTAATTTCAA TCATGGGCAG AACCGTGGGT 
GCTTTGGGTA ATCTAACCTT CGTCTTGTGT ATTATCATCT TCATTTTTGC CGTGATGGGT 
ATGCAGCTCT TCGGCAAGAA CTACACGGAC AATGTCGACA GGTTCCCGGG CGGCGAACTA 
CCCAGGTGGA ATTTCACCGA CTTCATGCAC TCTTTTATGA TAGTATTTCG AGTACTGTGC 
GGCGAATGGA TCGAGTCTAT GTGGGACTGC ATGCGTGTGG GTGACGTGTC GTGCATTCCA 
TTCTTCTTGG CGACTGTTGT CATCGGTAAC CTGGTCGTTC TAAATCTCTT CTTGGCGTTG 
CTCTTGAGCA ATTTCGGTAG CTCGAACCTA TCGGCCCCCA CAGCGGACAA CGACACCAAC 
AAAATTACAG AAGCTATTGA TCGCATAAGC CGTTTCATCG GATGGATAAA GCGCAGCATT 
CTTAATATCT TTAAGATAAT GCGAGCAAAA TTCACCAACC AGATATCCGA TCAGGCGCCA 
GATGGAATTG ATCGGGACAT AAATATGGAT CTAGCTGAAA GTGAGTTGGA TGCTTATCGA 
GATAAGAAGA GTGTCAAAGA ACTCAACAAT CAGTTTGAAG TTGCTATTGG TGATGGTATG 
GAGTTTACGA TTCATGGAGA CTTGAAAAGT AAAATGAAAG GGAACTTATG TATAAATAAT 
ACGAAAGCTC TCGTAAATTC AATAAATCAT CGAGACTACA GATTGGATCA CGAATACATG 
AATCACAACG AAGATGACAC AATAAGTAAT AAATCGTACG GCAGTCATAA AAATCGTTCA 
TTTAAGGATG AAAGTCATAA AGGCAGTTTA GATTCATTAA ATGGAGAAGA GAAGAAAGAT 
GCTAGTAAGG AGGATCTCGA AGATGACGAG GAGGAGGAGG AAGAGGAGGA GGAGGATGAT 
GATGATGATG AGGAGGAGGA GGAGGAGGAA GCCGAAGGCG ATTTACATGG TGAAGTAATA 
AGGACAGATG AGGAGCTAGA TGGAGACTAT CCTGCCGATT GTTGTCCAGA CAACTGTTAC 
AAAAAGTTCC CTTTCCTCGC TGGAGATGAC GATGCGCCCT TTTGGCAGGG TTGGGCGAAC 
CTAAGACTCA AGACCTTTCA ACTCATTGAG AATAAATACT TTGAAACTGC CGTTATCCTT 
ATGATTCTAA TGAGTAGTTT AGCCCTTGCA CTGGAGGACG TTCATCTTCA ACAAAGACCT 
ATTCTTCAAG ACGTATTATA TTATATGGAT CGAATTTTCA CTGTCATTTT CTTCTTCGAA 
ATGTTAATCA AGTGGTTAGC GTTAGGCTTC AAGAAATACT TTACTAACGC TTGGTGTTGG 
CTTGATTTTA TTATCGTTAT GGTGTCTCTC ATTAACTTCG TAGCGTCGCT CTGTGGCGCA 
GGCGGAATCC AAGCCTTCAA AACAATGCGG ACCCTAAGGG CCCTAAGGCC ACTCAGGGCG 
ATGTCTAGAA TGCAGGGAAT GCGGGTCGTC GTAAACGCGC TGGTCCAAGC TATTCCATCC 
ATCTTCAATG TGCTGCTAGT GTGCCTCATA TTCTGGCTGA TTTTTGCAAT TATGGGTGTT 
CAGTTGTTCG CCGGAAAATA TTTCAAGTGC GTCGACGCGA ATAAAACTAC TCTAAGCTAT 
GAAATTATTC CCGATCGCAA CGCTTGTATA GCTGAAAATT ATACGTGGGA AAATTCGCCG 
ATGAATTTTG ATCACGTGGG CAAAGCTTAC TTGTGTCTAT TTCAAGTGGC TACTTTCAAA 
GGCTGGATTC AAATTATGAA TGATGCCATT GACTCGAGAG AAATAAATAA GCAGCCGATT 
CGCGAAACAA ACATTTACAT GTATCTATAT TTTGTATTTT TCATCATATT TGGATCGTTT 
TTTACTCTCA ATCTGTTTAT CGGAGTTATC ATCGACAACT TCAACGAACA GAAAAAGAAA 
GCCGGTGGCT CCCTCGAGAT GTTCATGACA GAGGACCAGA AAAAATACTA CAATGCTATG 
AAAAAAATGG GCAGTAAAAA GCCATTGAAA GCAATTCCTC GGCCAAGGTG GAGGCCTCAG 
GCGATCGTGT TCGAGATAGT GACGGACAAG AAGTTCGATA TGATAATAAT GTTGTTCATT 
GGGCTGAATA TGCTTACGAT GACGCTCGAC CATTACCAGC AGAGTGACAC ATTCAGTAAC 
GTCCTGGACT ACCTGAACAT GATATTCATT GTGATATTTA CCAGCGAGTG TCTCATGAAG 
ATCTTCGCGC TTCGTTACCA CTACTTCAAG GAGCCCTGGA ACCTCTTTGA TTTTGTTGTC 
GTTATATTAT CAATATTAGG TCTGGTGCTG AGTGACATAA TTGAGAAGTA CTTTGTGTCA 
CCGACACTTC TCAGGGTAGT ACGTGTGGCT AAGGTTGGCC GTGTTCTGCG TCTCGTGAAA 
GGTGCCAAGG GTATAAGAAC TCTTCTCTTC GCATTGGCGA TGTCCTTGCC AGCGCTATTC 
AATATTTGTC TGCTGCTGTT CTTGGTCATG TTTATCTTTG CAATATTTGG CATGTCCTTT 
TTCATGCACG TAAAGGACAA AAGCGGTCTT GACGATGTTT ATAACTTCAA GACCTTTGGC 
CAGTCGATGA TACTGCTTTT TCAAATGTCG ACGTCGGCCG GATGGGATGG CGTCCTCGAC 
GGCATAATTA ACGAAGAGGA CTGCCAGGAG CCGAATAACG AGATCGGCTA CCCGGGTAAT 
TGCGGCTCCT CGACCATTGG CATAGCCTAC TTACTCTCCT ATCTCGTTAT CAGTTTCCTG 
ATCGTCATCA ACATGTACAT TGCGGTCATT CTCGAGAATT ATTCGCAAGC CACTGAGGAC 
GTCCAAGAAG GTCTCACCGA CGACGACTAT GACATGTATT ACGAAATATG GCAGCAGTTC 
GACCCAGACG GCACCCAATA CATACGCTAC GATCAGCTCT CAGATTTTCT CGATGTCCTC 
GAGCCGCCGC TGCAAATTCA CAAGCCTAAC AAATACAAGA TTGTGTCGAT GGATATTCCC 
ATATGTAAGG GGGACCTTAT GTTTTGCGTG GATATCCTCG ATGCTCTCAC CAAAGACTTT 
TTCGCACGAA AGGGCAATGC AATCGAGGAG ACCGGCGAGC TCGCGGAGGT ACAGACGCGA 
CCGGGCGAAG TCGGCTACGA GCCGGTCTCC TCGACATTAT GGCGGCAGCG CGAGGAATAC 
TGCGCGAGAC TCATACAGAA CGCCTGGCGC AAGCATAAGC AGCAGAGGCA CGGCGACAGT 
GACCTCGACG GGGCCGATCA GAGCCACGAC GCCGATGGGG ACGGGGACGG GGACGGGGAC 
GGGGGCGACG GCGTCGTCAT GCAGACGGCA GTCCTCGTCG AGAGCGACGG TTTCGTCACC 
AAGAACGGGC ACCGGGTGGT CATACACAGT CGATCGCCGA GCGTCACCTC GCGCACCGCG 
GACGTCTGA

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

RefSeq	XP_011504558.1
CDS	561..6689
Translation	MSQVSGSISEEERSLFRPFTRESLVAIEVRIAEELAKQKELEKKRAEGEVIRYDDEDEDEGPQPDPMFEQGAPIPVRLHNEFPPELASIPLEDIDSFYHNQRTFVVISKGKDIFRFSATDALWILDPFNPIRRVAIYILVHPLFSLFIITTILGNCVLMIMPTTPTIESTEVIFTGIYTFESAVKVMARGFILQPFTYLRDAWNWLDFVVIALAYVTMGIDLGNLAALRTFRVLRALKTVAIVPGLKTIVGAVIESVKNLRDVIILTMFSLSVFALMGLQIYMGVLTQKCIKNFPDDGSWGNLTDDNWERFVSNDTNWYGMDEAGNYPLCGNSSGAGQCPPGYTCLQGYGENPNYGYTSFDTFGWALLSAFRLMTQDYWENLYQLVLRSAGPWHMLFFIVIIFLGSFYLVNLILAIVAMSYDELQKKAEEEELAEEQAIREAEEAALAKENKLAAQAEAREAAAAAAAADQILKSPSDYSCHSYELFVGQEKGNDDNNKERMSIRSVESISEHRVKISSNNHNVNSTTTKVRKVSAASLSLPGSPFNLRRGSRGSHQFTIRNGRGRFVGTPGGDRKPLVLSTYLDAQEHLPYADDSNAVTPMSEENGAIVVPVYYASLGSRHSSYTSHASRLSYTSHGDLLGGMTKESKLRSRSARPPSVNGHLAPDSLQKHHYVSIEAEGDADDSFGKTKQQDNPFIEPSQQHAVVDMKDVMVLNDIIEQAAGRQSRTSEQGDDDEEGPTFKEKALALFLRCIDIFCVWDCCSVWLTFQKYVALLVFDPFVELFITLCIVVNTLFMALDHHDMDKEMERVLKSGNYFFTATFGIEATMKLIAMSPKYYFQEGWNIFDFIIVALSLLELGLEGVQGLSVLRSFRLLRVFKLAKSWPTLNLLISIMGRTVGALGNLTFVLCIIIFIFAVMGMQLFGKNYTDNVDRFPGGELPRWNFTDFMHSFMIVFRVLCGEWIESMWDCMRVGDVSCIPFFLATVVIGNLVVLNLFLALLLSNFGSSNLSAPTADNDTNKITEAIDRISRFIGWIKRSILNIFKIMRAKFTNQISDQAPDGIDRDINMDLAESELDAYRDKKSVKELNNQFEVAIGDGMEFTIHGDLKSKMKGNLCINNTKALVNSINHRDYRLDHEYMNHNEDDTISNKSYGSHKNRSFKDESHKGSLDSLNGEEKKDASKEDLEDDEEEEEEEEEDDDDDEEEEEEEAEGDLHGEVIRTDEELDGDYPADCCPDNCYKKFPFLAGDDDAPFWQGWANLRLKTFQLIENKYFETAVILMILMSSLALALEDVHLQQRPILQDVLYYMDRIFTVIFFFEMLIKWLALGFKKYFTNAWCWLDFIIVMVSLINFVASLCGAGGIQAFKTMRTLRALRPLRAMSRMQGMRVVVNALVQAIPSIFNVLLVCLIFWLIFAIMGVQLFAGKYFKCVDANKTTLSYEIIPDRNACIAENYTWENSPMNFDHVGKAYLCLFQVATFKGWIQIMNDAIDSREINKQPIRETNIYMYLYFVFFIIFGSFFTLNLFIGVIIDNFNEQKKKAGGSLEMFMTEDQKKYYNAMKKMGSKKPLKAIPRPRWRPQAIVFEIVTDKKFDMIIMLFIGLNMLTMTLDHYQQSDTFSNVLDYLNMIFIVIFTSECLMKIFALRYHYFKEPWNLFDFVVVILSILGLVLSDIIEKYFVSPTLLRVVRVAKVGRVLRLVKGAKGIRTLLFALAMSLPALFNICLLLFLVMFIFAIFGMSFFMHVKDKSGLDDVYNFKTFGQSMILLFQMSTSAGWDGVLDGIINEEDCQEPNNEIGYPGNCGSSTIGIAYLLSYLVISFLIVINMYIAVILENYSQATEDVQEGLTDDDYDMYYEIWQQFDPDGTQYIRYDQLSDFLDVLEPPLQIHKPNKYKIVSMDIPICKGDLMFCVDILDALTKDFFARKGNAIEETGELAEVQTRPGEVGYEPVSSTLWRQREEYCARLIQNAWRKHKQQRHGDSDLDGADQSHDADGDGDGDGDGGDGVVMQTAVLVESDGFVTKNGHRVVIHSRSPSVTSRTADV

Target ORF information:

RefSeq Version	XM_011506256.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali sodium channel protein para (LOC105367513), mRNA.

Target ORF information:

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

XM_011506256.1

ORF Insert Sequence:

ATGTCCCAAG TTTCTGGCTC TATATCAGAG GAAGAACGAA GTTTGTTCCG TCCGTTCACG 
CGGGAATCAC TAGTAGCGAT TGAAGTTCGC ATAGCCGAGG AACTTGCTAA GCAAAAAGAA 
CTCGAGAAAA AAAGAGCCGA AGGCGAGGTA ATTCGATATG ACGACGAAGA TGAGGATGAG 
GGTCCACAGC CGGATCCGAT GTTCGAGCAA GGAGCGCCAA TTCCGGTCCG ACTGCACAAC 
GAATTTCCCC CTGAGCTGGC CTCCATACCT CTTGAAGATA TTGATAGTTT CTACCATAAT 
CAAAGAACTT TCGTGGTCAT TAGTAAGGGC AAGGACATAT TTAGGTTTTC CGCCACGGAT 
GCATTATGGA TCCTGGATCC ATTCAATCCG ATACGGCGGG TGGCCATCTA CATACTGGTC 
CATCCCTTAT TCTCTCTCTT CATTATCACT ACAATTTTGG GTAACTGTGT GCTTATGATC 
ATGCCGACGA CGCCCACGAT CGAATCTACC GAGGTCATAT TTACGGGCAT ATATACGTTT 
GAGTCTGCTG TTAAAGTCAT GGCGAGGGGT TTCATTTTGC AGCCTTTTAC CTATCTTAGA 
GATGCATGGA ATTGGCTCGA CTTCGTAGTT ATAGCTTTAG CTTATGTGAC GATGGGAATA 
GATCTAGGCA ACCTTGCCGC TCTCAGGACA TTTCGAGTCC TCCGAGCCTT GAAGACTGTC 
GCTATTGTAC CAGGTCTTAA AACTATTGTC GGTGCTGTGA TAGAGTCAGT GAAAAATCTA 
CGCGATGTGA TAATCCTAAC AATGTTCTCC CTTTCCGTAT TCGCGCTGAT GGGCCTTCAG 
ATTTACATGG GTGTACTGAC GCAAAAGTGT ATAAAGAATT TTCCCGACGA CGGTTCATGG 
GGAAACCTCA CTGATGATAA TTGGGAGAGA TTTGTTAGTA ATGATACAAA TTGGTATGGT 
ATGGATGAAG CCGGAAATTA TCCATTATGT GGGAATTCAT CTGGAGCTGG ACAATGTCCA 
CCGGGGTATA CGTGTTTACA AGGTTATGGG GAGAATCCGA ACTACGGCTA TACGAGTTTC 
GATACATTTG GTTGGGCTTT GCTTTCCGCA TTTCGTCTGA TGACCCAAGA CTATTGGGAA 
AATCTTTATC AGCTGGTTCT GAGATCGGCT GGCCCGTGGC ACATGTTATT TTTCATTGTT 
ATTATTTTTC TTGGCTCATT TTATCTCGTG AACTTGATCC TTGCCATTGT TGCGATGTCG 
TATGATGAAT TGCAGAAGAA GGCTGAAGAG GAAGAGCTTG CCGAAGAACA AGCAATAAGG 
GAAGCGGAGG AAGCGGCTTT AGCGAAAGAG AACAAATTGG CGGCTCAAGC GGAGGCTCGA 
GAGGCGGCTG CAGCGGCCGC TGCTGCTGAT CAAATTCTCA AGTCACCCTC GGATTATTCC 
TGTCATAGTT ATGAGCTGTT TGTCGGACAA GAGAAAGGAA ACGATGACAA CAATAAAGAG 
CGCATGAGCA TAAGGTCGGT CGAATCGATT AGCGAGCACA GGGTCAAGAT ATCGAGCAAT 
AATCACAACG TCAACTCAAC TACCACTAAA GTTCGCAAAG TCAGCGCCGC AAGTCTCAGT 
CTACCGGGCT CGCCGTTTAA TTTACGCCGT GGTAGCCGTG GCAGCCATCA ATTCACCATC 
CGTAATGGCC GTGGGCGCTT TGTCGGGACC CCAGGAGGCG ACCGTAAGCC CCTCGTCCTC 
TCGACGTACC TCGACGCCCA GGAGCACCTG CCCTACGCAG ACGACTCGAA CGCCGTGACG 
CCCATGTCCG AGGAGAACGG CGCGATCGTC GTCCCTGTCT ACTACGCGAG CCTCGGCTCT 
CGACACTCCT CCTACACCTC CCACGCATCC CGGCTCTCCT ACACATCCCA TGGCGATCTC 
CTCGGCGGTA TGACCAAGGA GAGTAAGCTG CGCAGCAGAT CCGCGAGGCC GCCCTCCGTC 
AACGGACATC TCGCCCCCGA TAGCCTGCAG AAGCACCATT ACGTCAGTAT AGAGGCTGAA 
GGCGATGCCG ACGATTCATT CGGCAAGACG AAGCAACAGG ACAATCCATT TATAGAACCC 
TCTCAGCAAC ACGCTGTCGT TGACATGAAA GATGTTATGG TGTTGAATGA CATTATCGAA 
CAAGCTGCTG GTCGGCAAAG TCGGACATCC GAACAAGGAG ACGACGATGA AGAAGGTCCT 
ACATTCAAGG AGAAGGCCCT GGCCTTGTTT TTACGTTGCA TCGATATATT TTGTGTTTGG 
GATTGTTGTT CTGTTTGGCT GACATTCCAA AAGTACGTTG CTCTGCTGGT CTTCGATCCG 
TTTGTCGAGC TCTTCATCAC ACTCTGCATC GTCGTCAACA CACTCTTCAT GGCCCTGGAT 
CACCACGACA TGGACAAGGA GATGGAGAGG GTTCTCAAGT CTGGAAACTA TTTTTTCACA 
GCAACATTCG GCATTGAAGC GACGATGAAG CTCATAGCTA TGAGTCCCAA ATATTACTTT 
CAAGAAGGCT GGAATATTTT CGATTTCATC ATCGTGGCCC TATCATTACT AGAACTTGGT 
CTTGAGGGCG TTCAGGGCTT ATCCGTTTTG AGATCCTTCC GACTGCTTCG AGTATTCAAA 
TTGGCAAAAT CGTGGCCAAC CCTGAATTTG CTAATTTCAA TCATGGGCAG AACCGTGGGT 
GCTTTGGGTA ATCTAACCTT CGTCTTGTGT ATTATCATCT TCATTTTTGC CGTGATGGGT 
ATGCAGCTCT TCGGCAAGAA CTACACGGAC AATGTCGACA GGTTCCCGGG CGGCGAACTA 
CCCAGGTGGA ATTTCACCGA CTTCATGCAC TCTTTTATGA TAGTATTTCG AGTACTGTGC 
GGCGAATGGA TCGAGTCTAT GTGGGACTGC ATGCGTGTGG GTGACGTGTC GTGCATTCCA 
TTCTTCTTGG CGACTGTTGT CATCGGTAAC CTGGTCGTTC TAAATCTCTT CTTGGCGTTG 
CTCTTGAGCA ATTTCGGTAG CTCGAACCTA TCGGCCCCCA CAGCGGACAA CGACACCAAC 
AAAATTACAG AAGCTATTGA TCGCATAAGC CGTTTCATCG GATGGATAAA GCGCAGCATT 
CTTAATATCT TTAAGATAAT GCGAGCAAAA TTCACCAACC AGATATCCGA TCAGGCGCCA 
GATGGAATTG ATCGGGACAT AAATATGGAT CTAGCTGAAA GTGAGTTGGA TGCTTATCGA 
GATAAGAAGA GTGTCAAAGA ACTCAACAAT CAGTTTGAAG TTGCTATTGG TGATGGTATG 
GAGTTTACGA TTCATGGAGA CTTGAAAAGT AAAATGAAAG GGAACTTATG TATAAATAAT 
ACGAAAGCTC TCGTAAATTC AATAAATCAT CGAGACTACA GATTGGATCA CGAATACATG 
AATCACAACG AAGATGACAC AATAAGTAAT AAATCGTACG GCAGTCATAA AAATCGTTCA 
TTTAAGGATG AAAGTCATAA AGGCAGTTTA GATTCATTAA ATGGAGAAGA GAAGAAAGAT 
GCTAGTAAGG AGGATCTCGA AGATGACGAG GAGGAGGAGG AAGAGGAGGA GGAGGATGAT 
GATGATGATG AGGAGGAGGA GGAGGAGGAA GCCGAAGGCG ATTTACATGG TGAAGTAATA 
AGGACAGATG AGGAGCTAGA TGGAGACTAT CCTGCCGATT GTTGTCCAGA CAACTGTTAC 
AAAAAGTTCC CTTTCCTCGC TGGAGATGAC GATGCGCCCT TTTGGCAGGG TTGGGCGAAC 
CTAAGACTCA AGACCTTTCA ACTCATTGAG AATAAATACT TTGAAACTGC CGTTATCCTT 
ATGATTCTAA TGAGTAGTTT AGCCCTTGCA CTGGAGGACG TTCATCTTCA ACAAAGACCT 
ATTCTTCAAG ACGTATTATA TTATATGGAT CGAATTTTCA CTGTCATTTT CTTCTTCGAA 
ATGTTAATCA AGTGGTTAGC GTTAGGCTTC AAGAAATACT TTACTAACGC TTGGTGTTGG 
CTTGATTTTA TTATCGTTAT GGTGTCTCTC ATTAACTTCG TAGCGTCGCT CTGTGGCGCA 
GGCGGAATCC AAGCCTTCAA AACAATGCGG ACCCTAAGGG CCCTAAGGCC ACTCAGGGCG 
ATGTCTAGAA TGCAGGGAAT GCGGGTCGTC GTAAACGCGC TGGTCCAAGC TATTCCATCC 
ATCTTCAATG TGCTGCTAGT GTGCCTCATA TTCTGGCTGA TTTTTGCAAT TATGGGTGTT 
CAGTTGTTCG CCGGAAAATA TTTCAAGTGC GTCGACGCGA ATAAAACTAC TCTAAGCTAT 
GAAATTATTC CCGATCGCAA CGCTTGTATA GCTGAAAATT ATACGTGGGA AAATTCGCCG 
ATGAATTTTG ATCACGTGGG CAAAGCTTAC TTGTGTCTAT TTCAAGTGGC TACTTTCAAA 
GGCTGGATTC AAATTATGAA TGATGCCATT GACTCGAGAG AAATAAATAA GCAGCCGATT 
CGCGAAACAA ACATTTACAT GTATCTATAT TTTGTATTTT TCATCATATT TGGATCGTTT 
TTTACTCTCA ATCTGTTTAT CGGAGTTATC ATCGACAACT TCAACGAACA GAAAAAGAAA 
GCCGGTGGCT CCCTCGAGAT GTTCATGACA GAGGACCAGA AAAAATACTA CAATGCTATG 
AAAAAAATGG GCAGTAAAAA GCCATTGAAA GCAATTCCTC GGCCAAGGTG GAGGCCTCAG 
GCGATCGTGT TCGAGATAGT GACGGACAAG AAGTTCGATA TGATAATAAT GTTGTTCATT 
GGGCTGAATA TGCTTACGAT GACGCTCGAC CATTACCAGC AGAGTGACAC ATTCAGTAAC 
GTCCTGGACT ACCTGAACAT GATATTCATT GTGATATTTA CCAGCGAGTG TCTCATGAAG 
ATCTTCGCGC TTCGTTACCA CTACTTCAAG GAGCCCTGGA ACCTCTTTGA TTTTGTTGTC 
GTTATATTAT CAATATTAGG TCTGGTGCTG AGTGACATAA TTGAGAAGTA CTTTGTGTCA 
CCGACACTTC TCAGGGTAGT ACGTGTGGCT AAGGTTGGCC GTGTTCTGCG TCTCGTGAAA 
GGTGCCAAGG GTATAAGAAC TCTTCTCTTC GCATTGGCGA TGTCCTTGCC AGCGCTATTC 
AATATTTGTC TGCTGCTGTT CTTGGTCATG TTTATCTTTG CAATATTTGG CATGTCCTTT 
TTCATGCACG TAAAGGACAA AAGCGGTCTT GACGATGTTT ATAACTTCAA GACCTTTGGC 
CAGTCGATGA TACTGCTTTT TCAAATGTCG ACGTCGGCCG GATGGGATGG CGTCCTCGAC 
GGCATAATTA ACGAAGAGGA CTGCCAGGAG CCGAATAACG AGATCGGCTA CCCGGGTAAT 
TGCGGCTCCT CGACCATTGG CATAGCCTAC TTACTCTCCT ATCTCGTTAT CAGTTTCCTG 
ATCGTCATCA ACATGTACAT TGCGGTCATT CTCGAGAATT ATTCGCAAGC CACTGAGGAC 
GTCCAAGAAG GTCTCACCGA CGACGACTAT GACATGTATT ACGAAATATG GCAGCAGTTC 
GACCCAGACG GCACCCAATA CATACGCTAC GATCAGCTCT CAGATTTTCT CGATGTCCTC 
GAGCCGCCGC TGCAAATTCA CAAGCCTAAC AAATACAAGA TTGTGTCGAT GGATATTCCC 
ATATGTAAGG GGGACCTTAT GTTTTGCGTG GATATCCTCG ATGCTCTCAC CAAAGACTTT 
TTCGCACGAA AGGGCAATGC AATCGAGGAG ACCGGCGAGC TCGCGGAGGT ACAGACGCGA 
CCGGGCGAAG TCGGCTACGA GCCGGTCTCC TCGACATTAT GGCGGCAGCG CGAGGAATAC 
TGCGCGAGAC TCATACAGAA CGCCTGGCGC AAGCATAAGC AGCAGAGGCA CGGCGACAGT 
GACCTCGACG GGGCCGATCA GAGCCACGAC GCCGATGGGG ACGGGGACGG GGACGGGGAC 
GGGGGCGACG GCGTCGTCAT GCAGACGGCA GTCCTCGTCG AGAGCGACGG TTTCGTCACC 
AAGAACGGGC ACCGGGTGGT CATACACAGT CGATCGCCGA GCGTCACCTC GCGCACCGCG 
GACGTCTGA