THADA cDNA ORF clone, Camelus ferus(Wild Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	THADA
Entrez Gene ID	102505808
Full Name	THADA, armadillo repeat containing
Gene Type	protein-coding
Organism	Camelus ferus(Wild Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014560974.1	XP_014416460.1	thyroid adenoma-associated protein

Pathways from BioSystems
Gene Ontology

The following THADA gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the THADA 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
OCa47697	XM_014560974.1 Latest version!	Camelus ferus thyroid adenoma associated (THADA), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

THADA ( XM_014560974.1 ) cDNA ORF clone, Camelus ferus(Wild Bactrian camel) -> XP_014416460.1 Camelus ferus thyroid adenoma associated (THADA), mRNA.

Price & Availability↑

CloneID	OCa47697
Clone ID Related Accession (Same CDS sequence)	XM_014560974.1
Accession Version	XM_014560974.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5814bp) 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	2015-11-02
Organism	Camelus ferus(Wild Bactrian camel)
Product	thyroid adenoma-associated protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006211104.1) 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 :: Camelus ferus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGTGTAA AGAAGAAGAA ACAAACGCAA GTTACTTTGT TGACCATTTG TCATCCGGAC 
CTTGAAACTT TGAGATCTTT GGCTGATGTG GAAGGGAAAA ATCTGGCTTC TTTGCTATTA 
CGTTGTGTGC AACTCACTGA TGGAGTGTCA CAGATCCATT ATGTTAAACA GATTGTGCCC 
TTACTGGAGA AGGCAAATAA AAATGGCATG TGTGATCCCA CTGTTCGAAG CTGTTTGGAT 
ATTTTAGCAG GCATTTATCT TTCTTTGAAT CTAAAGAATC CTTTGAAGAA AGTTTTGGCA 
AGCTCACTGA ATGGCCTACC TGAATTTTTT CTAAGTGAAG CTATACAAAG TTTTACTTCT 
CGTCTTCAGG AAGAATTGAA TACTACTGAT TTATACTCTT ATAGGAAAGT TATTGACAAT 
CTATCTTCCT GTATGGAAAA CTTTGACTTA GGTAGAACAA GTGTTAATAA TCTTCTTGAA 
AATGTGCTTC ATTTTCTGCG GAAGAGTTTA ATTGAAATCT CAGAAGAAAA TAGAAAATTG 
GCTGGAAATC ACATTGTTCA AACGCAATTG ATGAATGACT TGTTGGTAGG CATTAGAGTT 
TCAGTGATGT TGGTACAGAA AATACCAGGT TTCCAGAGGA GTCGATTGAA GAGTTCTCCC 
ACATGGCAAA GTATGTGTGA ATTGCTGAGT ATTTTTACCA AGTTTTTAAC TGATGATGAC 
CTCTTACAGA CAATTCAGAG TACATCTGGA TTAGCTGTTA TTCTTTTTAT TAAAACTATG 
TTTCATCCAC CTGAAAAGAT TCCTGATTTG ATTAGTAGTT TGCTTCTCGG TTCAGTGGAC 
TGTGCCAGCG TCCCCGCGTG GCTTTTGAAC TGCTGTGGGG ACCTTTGCTG TCCTGATGTC 
TCCCAGTCAG CTCTCTTATT CCTGTGTCAG GGGACGCTCA CCATGTTGGA CTGGCAGGAT 
GGGAGGATGG GCCCCAGTCG GGAGGCTCTG CTCTTGGATA CTGTGCATGT TTTGTTCACC 
TTGAGTTCAC AGATCAAGGA GTCAACTCTG GAAATGTTTC TGTCTAGAAT TTTGGTGTGT 
TGGACTAATT CTGCCATACA TGTCCTTGAA TCAAGTTCCC CAAGCCTAAA GGACAGTCTG 
AATGGGAATT CAAGCATAGT TAGGAGACTT TTGGAATATG TCTATACCCA CTGGGAACAT 
CCATTGGATG CTTTGAGACA CCAGACCAAA ATCATATTCA GAAATATTCT CCAAATGCAC 
CAGCTCACTA TAGAAGAGCC AGAAAAGTCA GATTTGGCCG CTGATCATTT CATTTTGGAA 
CTGACTGAGA GTCTTCTGCG ATTGGAGTGG CATAGTAAAG GAAAGTACAC ATGCCTTGGT 
TGTTTAGTAG AGTACATAGG AATTGAACAT ATTTTGGCAT TAGCTAAAAC TGTTCCATCG 
CAAATCTTAG AGGTGATGGG GGATCAGTCA TTGGTGCCTT ATGCAAGTGA CCTCTTGGAA 
ACTATGTTTA AAAACCATAA GAGTTGTTTG AAATCCCAGG CTGTCGACAA CACTTGGATT 
GATAAGTGGC ATGAGACTTG GGTTTCTCCT CTACTTTTTA TACTGTGTGA AGGAAATCTG 
GATCAAAAAT CTTATGTGAT TGATTATTAC TTGCCAAAAT TATTGAATTG CAACCCTGAC 
AGCTTAAGCT ACATGGTAAA GATTCTTCAG ACTTCTGCTG ATGCTAAAAC TGGGTCTTAT 
GATAGCAGAG GGGCTCTGGG AGCTCTGATG GCATGTCTGC GAACAGCTAG AGCTCATGGG 
CATCTTCAGT CTGCAACTGA TGCCTGGAGG GACCTTGTGT CCAGTGAAAG AATAAAGCAA 
GGCTTAATTC ATCAGCACTG CCAAGTACGG ATCGATACAT TGGGCTTGCT TTGTGAAAGT 
AATCGAAGCA CAGAAATTGT TTCCACAGAA GAAATGCAGT GGATTCAGTT CTTTATCACA 
TACAACCTTA ACAGTCAGTC TCCAGGAGTG CGGCAGCAGA TTTGTTCTCT TCTTAAAAAG 
TTGTTTTGTA GGATACAGGA AAGTTCGCAG GTACTTTATA AACTGGAGCA AAGTAAATCC 
AAACATGAAC CAGAGAATGA GTTAACCAGA CAGCACCCTT CTGTTTCTTT AGAGCAATAT 
AAGAATTTCA TGTCATCCAT TTGCAGCAGT CTTTTTGAAG CATTATTTCC TGGCTCTTCC 
TACCCAACTA GATTTTCAGC TTTAACCATT TTAGGCTCAG TAGCTGATGT TTTTCCTGTA 
CCAGAAGGTC ATGTCCAAAC AGTGTATCAG CTAAGTCATG ATATTGATGT TGGTCGTTTC 
CAAACACTAA TGGAATGTTT AACTGGCACT TTTGAAGAAG TGAAAATTTT AGCATTTGAT 
CTTCTAATGA AGTTACCAAA AACAGTTGTA CAATTTCAGG ATTCAGAGAA ACTGCAAGGC 
TTATTCCAGG CTGCACTGGA GCTCAGCACC AGCACCAAAC CATATGACTG TGTAACAGCT 
TCCTACCTGC TGAACTTCTT AATCTGGCAG AATGCTCTGC CGTCATCTCT GTCTCCCCAA 
TTAAAAACTC AGCGGGTTGC GTGTGGAGAT GGAGATAAGT CTGCTGCTGT GGTGGAAAAT 
AACACATTAA TGGTTATCAA ATGCTTGTTG GAAAATCTTG AAGAAGAAAT CTCTCAGGCT 
GAAAATTCTT TACTTCAGGC AGCAGCATCA TTTCCAATGT ACGGGCGAGT CCACTGTATA 
ACAGGAGCTT TGCAGAAGCT ATCTCTAAAC AGCCTGCAGC TGGTCAGTGA GTGGAGACCC 
GTGGTGGAGA AGCTCATTGT GATGTCCTAC AGACTTTCCG CCGTGGTGTC ACCAGTGATT 
CAGAGTTCCT CCCCGGAAGG CCTCATCCCA ATGGACACTG ATGCAGAATC AGCAAGCCGC 
TTACAGACGA TTCTGAATGA GATTCAGCCA CGAGATACTA ATGATTATTT CAATCAAGCC 
AAAATATTGA AAGAATGTGA TAGCTTTGAT TTGGAGGACT TGAATGCCAG TATGCCAAGT 
ATTGATGCTT CCACAGAAAT CAAAGGTAAA GAAGGAAAAA CATGTGATGT AACTGCTCAG 
ATGGTGCTGG TATGTTGTTG GAGAAGCATG AAGGAAGTCG CTTTGCTCTT AGGCTCACTG 
TGCCAGCTTC TGCCCATGCA GCCTGTGCCA GGACCTTCTG ATGGATTATT GACAGTGGAG 
CAGGTAAAAG AAATAGGAGC TTACTTTAAA CAACACCTTC TACAGTCCAG GCACAGAGGA 
GCATTTGAAC TGGCTTATAC TGGCTTTGTG AAACTTACTG AAATACTTAA CAGATGCCCT 
AATGTGAGTC TGCAGAAGCT ACCAGAACAG TGGTTATGGA ATGTTTTACA GGAAATTAAA 
TGCAGTGATC CTTCATCTAA ACTCTGTGCT ACAAGACGCA GTGCTGGAAT TCCTTTCTAC 
ATACAGGCAT TGTTGGCATC TGAACCTAAG AAAGGTAAAA TGGATTTATT GAAAATAACA 
ATGAAAGAGT TAATCTCTTT GGCGGGGCCT ACAGATGACT CACAGAGCAC AGTCCCCAAG 
GTTCACGCTT TAAATATCCT TAGAGCCTTA TTCAGAGATA CACGTCTGGG AGAAATTATT 
ATCCCTTATA TTGCTGATGG AGCTAAAGCT GCAATTCTGG GCTTTACATC CCCAGTCTGG 
GCAGTGAGAA ATTCATCTAC ACTTCTTTTT AGTACCTTGA TCACAAGAAT ATTTGGAGTT 
AAAAGGGGAA AGGATGAACT TTCAAAAAAA AATAGAATGA CAGGGAGTGA ATTTTTCTCT 
CGTTTCCCGG AACTCTATCC CTTTCTTCTG AAACAGTTGG AAATGGTAGC CAATACTGTG 
GACAGTGATA CCGGAGAACT GAACTGCCAT CCCAGCATGT TTCTCTTACT CTTGGTGTTG 
GGGAGACTCT ACCCTTCCCC GATGGATGGC ACCTGCTCTG CTCTCAGCAT GTCCCCTTTC 
ATCCCCTTCA TCATGAGATG TGGTTGCTCA CCTGTCTACC GCTCCCGGGA GATGGCAGCT 
CGTGCCCTGG TCCCGTTTGT TATGACAGAT GAAATCCCTG ATACCATCCG AACTCTGCTG 
GCCAAACTCC CCAACTGCAC TGACCAGTGT TTCCGGCAAA ACCATATTCA TGGGACACTT 
CTCCAGGTTT TTCATTTGTT ACAAGCCTTC TCAGACTCCA AATACAGAAT GAATACATAC 
TTTCAGCAGG AGCTGGCTGA CGTCGCAGCT TGTACCAAAG CCAAACTCTG GCTGGCCAAG 
AGGCAAAATC CATGTTTGGT GACCAGAGCT GTGTATATTG ATATTCTCTG CCTGTTGACT 
TCCTGCCTTG ACAAACCCGC AAAAGGCAAC CAGCCAGTTC TGGAGCATCT TGGCCTCTGG 
GAGGAAGTCA GAAGGATCAT CTCAGGATCA GAGTTGATAA CGGGATTCCC CTATACCTTC 
ACAGCACCAG GCCTGCCCCA GTACCTCCAG AGCCTCACCA AACTGGCCAT CGCTGCCATG 
TGGGCCGTGG CCACCCAGGC TGGAGAGCAG ACTAGGGACG TTCCAGTCTC CTTCTCTCAG 
CTTTTAGAGT CTTCCTTCCC TGAAGTCCGC CTGCTGACGC TGGAAGCCCT GTTGGAAAGG 
TTCTCGGCAA CAGCCTCTGG ATTAGGAGAG AAGAGACTGC TGCCCTTGCT GCGGAATATG 
GGAGGGACAT TCTTGACGTT GGTTATGAAG GAAAACCACC CGGAATGCCT CTGCAAGATA 
CTGAGAATTC TCCATTGCAT GGACCCCAGT GAGTGGCTTC CTCAGACAGA GCACTGTGTC 
CATCTAACCC CAAAGGAGTT CTTGATCTGG ACGATGGATA TTGCTTCCAA TGAAAGGTCT 
GAAATTCAAA GTGAAGCTCT GAGACTTGCC TCCAAAGTGA TCGCCTACCA CATGCAGACG 
TGCGAGGAGA CCAGGGACTT GGTGGCCCCC ACCCTGAAGC AGTGGGTTCA GTTGGTCGTC 
ACTTCCTGTG GAGATCATCT TCCCAAGGAG TCCAGGCTGG CCACCGCTGA AGTTCTCACC 
AGCACCACAC CATTTTTCCT CACCCACCCC CGTCCCATTC TTGGACTGCA GGATACACTT 
GCTCTCTGGA AGTGTGTCCT CACCCTCCTG CAGAGTGAGG AGCAAGTCAT CAGAGATGCA 
GCCACAGAAA CTGTCATGAC TGCCTTGTCA CAAGAAAAAA CCTGCCAGTC AACAGAATTT 
GCCTTCTGCC AGGTGGATGC CTCCATTGCT CTGGATCTGG CCCTGGCTGT GCTGTGTGAC 
CTGCTCCAGC AGTGGGACCA GCTGGGCCCT GGACTCCCAG TCCTGCTGGG ATGGCTGCTG 
GGAGAGGGTG ATGACCTCAT GGTCTGTGTG GAGAGTGCGC ATCAGGTGGA AGAAGACTAC 
TTGTTTGAAA AAACAGAAGT CAACTTTTGG GCTGAGACCC TGATCTTCGT GAAATACCTC 
TACAAGCACC TCTCCCACCT CCTCTCCAAG TCTAGCTGGT GTCCCCTCAG CCCCGAGAGG 
CTCCGTCATC TTCAGAGGAC AGCGGCAGAG CAGTGCCACC TCCTTTCCCA GCTCTTCAGA 
GAGCTTCCAC CAGCTGCTGA GTTTTTGAAG ACGGCGGAGT TCACAAGGCT GTGCATCCAG 
GAGGAAAGGA CTTCGGCCTG CCTGAGGCTG CTGGCCCTTC TGGAAGGAAA GCAAGGGGAC 
TCTCCTGCAG CAGCGAATCA GTTAACTCTT CCAGAAACAG AAACAGCTTG TTGA

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

RefSeq	XP_014416460.1
CDS	21..5834
Translation	MGVKKKKQTQVTLLTICHPDLETLRSLADVEGKNLASLLLRCVQLTDGVSQIHYVKQIVPLLEKANKNGMCDPTVRSCLDILAGIYLSLNLKNPLKKVLASSLNGLPEFFLSEAIQSFTSRLQEELNTTDLYSYRKVIDNLSSCMENFDLGRTSVNNLLENVLHFLRKSLIEISEENRKLAGNHIVQTQLMNDLLVGIRVSVMLVQKIPGFQRSRLKSSPTWQSMCELLSIFTKFLTDDDLLQTIQSTSGLAVILFIKTMFHPPEKIPDLISSLLLGSVDCASVPAWLLNCCGDLCCPDVSQSALLFLCQGTLTMLDWQDGRMGPSREALLLDTVHVLFTLSSQIKESTLEMFLSRILVCWTNSAIHVLESSSPSLKDSLNGNSSIVRRLLEYVYTHWEHPLDALRHQTKIIFRNILQMHQLTIEEPEKSDLAADHFILELTESLLRLEWHSKGKYTCLGCLVEYIGIEHILALAKTVPSQILEVMGDQSLVPYASDLLETMFKNHKSCLKSQAVDNTWIDKWHETWVSPLLFILCEGNLDQKSYVIDYYLPKLLNCNPDSLSYMVKILQTSADAKTGSYDSRGALGALMACLRTARAHGHLQSATDAWRDLVSSERIKQGLIHQHCQVRIDTLGLLCESNRSTEIVSTEEMQWIQFFITYNLNSQSPGVRQQICSLLKKLFCRIQESSQVLYKLEQSKSKHEPENELTRQHPSVSLEQYKNFMSSICSSLFEALFPGSSYPTRFSALTILGSVADVFPVPEGHVQTVYQLSHDIDVGRFQTLMECLTGTFEEVKILAFDLLMKLPKTVVQFQDSEKLQGLFQAALELSTSTKPYDCVTASYLLNFLIWQNALPSSLSPQLKTQRVACGDGDKSAAVVENNTLMVIKCLLENLEEEISQAENSLLQAAASFPMYGRVHCITGALQKLSLNSLQLVSEWRPVVEKLIVMSYRLSAVVSPVIQSSSPEGLIPMDTDAESASRLQTILNEIQPRDTNDYFNQAKILKECDSFDLEDLNASMPSIDASTEIKGKEGKTCDVTAQMVLVCCWRSMKEVALLLGSLCQLLPMQPVPGPSDGLLTVEQVKEIGAYFKQHLLQSRHRGAFELAYTGFVKLTEILNRCPNVSLQKLPEQWLWNVLQEIKCSDPSSKLCATRRSAGIPFYIQALLASEPKKGKMDLLKITMKELISLAGPTDDSQSTVPKVHALNILRALFRDTRLGEIIIPYIADGAKAAILGFTSPVWAVRNSSTLLFSTLITRIFGVKRGKDELSKKNRMTGSEFFSRFPELYPFLLKQLEMVANTVDSDTGELNCHPSMFLLLLVLGRLYPSPMDGTCSALSMSPFIPFIMRCGCSPVYRSREMAARALVPFVMTDEIPDTIRTLLAKLPNCTDQCFRQNHIHGTLLQVFHLLQAFSDSKYRMNTYFQQELADVAACTKAKLWLAKRQNPCLVTRAVYIDILCLLTSCLDKPAKGNQPVLEHLGLWEEVRRIISGSELITGFPYTFTAPGLPQYLQSLTKLAIAAMWAVATQAGEQTRDVPVSFSQLLESSFPEVRLLTLEALLERFSATASGLGEKRLLPLLRNMGGTFLTLVMKENHPECLCKILRILHCMDPSEWLPQTEHCVHLTPKEFLIWTMDIASNERSEIQSEALRLASKVIAYHMQTCEETRDLVAPTLKQWVQLVVTSCGDHLPKESRLATAEVLTSTTPFFLTHPRPILGLQDTLALWKCVLTLLQSEEQVIRDAATETVMTALSQEKTCQSTEFAFCQVDASIALDLALAVLCDLLQQWDQLGPGLPVLLGWLLGEGDDLMVCVESAHQVEEDYLFEKTEVNFWAETLIFVKYLYKHLSHLLSKSSWCPLSPERLRHLQRTAAEQCHLLSQLFRELPPAAEFLKTAEFTRLCIQEERTSACLRLLALLEGKQGDSPAAANQLTLPETETAC

Target ORF information:

RefSeq Version	XM_014560974.1
Organism	Camelus ferus(Wild Bactrian camel)
Definition	Camelus ferus thyroid adenoma associated (THADA), mRNA.

Target ORF information:

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

XM_014560974.1

ORF Insert Sequence:

ATGGGTGTAA AGAAGAAGAA ACAAACGCAA GTTACTTTGT TGACCATTTG TCATCCGGAC 
CTTGAAACTT TGAGATCTTT GGCTGATGTG GAAGGGAAAA ATCTGGCTTC TTTGCTATTA 
CGTTGTGTGC AACTCACTGA TGGAGTGTCA CAGATCCATT ATGTTAAACA GATTGTGCCC 
TTACTGGAGA AGGCAAATAA AAATGGCATG TGTGATCCCA CTGTTCGAAG CTGTTTGGAT 
ATTTTAGCAG GCATTTATCT TTCTTTGAAT CTAAAGAATC CTTTGAAGAA AGTTTTGGCA 
AGCTCACTGA ATGGCCTACC TGAATTTTTT CTAAGTGAAG CTATACAAAG TTTTACTTCT 
CGTCTTCAGG AAGAATTGAA TACTACTGAT TTATACTCTT ATAGGAAAGT TATTGACAAT 
CTATCTTCCT GTATGGAAAA CTTTGACTTA GGTAGAACAA GTGTTAATAA TCTTCTTGAA 
AATGTGCTTC ATTTTCTGCG GAAGAGTTTA ATTGAAATCT CAGAAGAAAA TAGAAAATTG 
GCTGGAAATC ACATTGTTCA AACGCAATTG ATGAATGACT TGTTGGTAGG CATTAGAGTT 
TCAGTGATGT TGGTACAGAA AATACCAGGT TTCCAGAGGA GTCGATTGAA GAGTTCTCCC 
ACATGGCAAA GTATGTGTGA ATTGCTGAGT ATTTTTACCA AGTTTTTAAC TGATGATGAC 
CTCTTACAGA CAATTCAGAG TACATCTGGA TTAGCTGTTA TTCTTTTTAT TAAAACTATG 
TTTCATCCAC CTGAAAAGAT TCCTGATTTG ATTAGTAGTT TGCTTCTCGG TTCAGTGGAC 
TGTGCCAGCG TCCCCGCGTG GCTTTTGAAC TGCTGTGGGG ACCTTTGCTG TCCTGATGTC 
TCCCAGTCAG CTCTCTTATT CCTGTGTCAG GGGACGCTCA CCATGTTGGA CTGGCAGGAT 
GGGAGGATGG GCCCCAGTCG GGAGGCTCTG CTCTTGGATA CTGTGCATGT TTTGTTCACC 
TTGAGTTCAC AGATCAAGGA GTCAACTCTG GAAATGTTTC TGTCTAGAAT TTTGGTGTGT 
TGGACTAATT CTGCCATACA TGTCCTTGAA TCAAGTTCCC CAAGCCTAAA GGACAGTCTG 
AATGGGAATT CAAGCATAGT TAGGAGACTT TTGGAATATG TCTATACCCA CTGGGAACAT 
CCATTGGATG CTTTGAGACA CCAGACCAAA ATCATATTCA GAAATATTCT CCAAATGCAC 
CAGCTCACTA TAGAAGAGCC AGAAAAGTCA GATTTGGCCG CTGATCATTT CATTTTGGAA 
CTGACTGAGA GTCTTCTGCG ATTGGAGTGG CATAGTAAAG GAAAGTACAC ATGCCTTGGT 
TGTTTAGTAG AGTACATAGG AATTGAACAT ATTTTGGCAT TAGCTAAAAC TGTTCCATCG 
CAAATCTTAG AGGTGATGGG GGATCAGTCA TTGGTGCCTT ATGCAAGTGA CCTCTTGGAA 
ACTATGTTTA AAAACCATAA GAGTTGTTTG AAATCCCAGG CTGTCGACAA CACTTGGATT 
GATAAGTGGC ATGAGACTTG GGTTTCTCCT CTACTTTTTA TACTGTGTGA AGGAAATCTG 
GATCAAAAAT CTTATGTGAT TGATTATTAC TTGCCAAAAT TATTGAATTG CAACCCTGAC 
AGCTTAAGCT ACATGGTAAA GATTCTTCAG ACTTCTGCTG ATGCTAAAAC TGGGTCTTAT 
GATAGCAGAG GGGCTCTGGG AGCTCTGATG GCATGTCTGC GAACAGCTAG AGCTCATGGG 
CATCTTCAGT CTGCAACTGA TGCCTGGAGG GACCTTGTGT CCAGTGAAAG AATAAAGCAA 
GGCTTAATTC ATCAGCACTG CCAAGTACGG ATCGATACAT TGGGCTTGCT TTGTGAAAGT 
AATCGAAGCA CAGAAATTGT TTCCACAGAA GAAATGCAGT GGATTCAGTT CTTTATCACA 
TACAACCTTA ACAGTCAGTC TCCAGGAGTG CGGCAGCAGA TTTGTTCTCT TCTTAAAAAG 
TTGTTTTGTA GGATACAGGA AAGTTCGCAG GTACTTTATA AACTGGAGCA AAGTAAATCC 
AAACATGAAC CAGAGAATGA GTTAACCAGA CAGCACCCTT CTGTTTCTTT AGAGCAATAT 
AAGAATTTCA TGTCATCCAT TTGCAGCAGT CTTTTTGAAG CATTATTTCC TGGCTCTTCC 
TACCCAACTA GATTTTCAGC TTTAACCATT TTAGGCTCAG TAGCTGATGT TTTTCCTGTA 
CCAGAAGGTC ATGTCCAAAC AGTGTATCAG CTAAGTCATG ATATTGATGT TGGTCGTTTC 
CAAACACTAA TGGAATGTTT AACTGGCACT TTTGAAGAAG TGAAAATTTT AGCATTTGAT 
CTTCTAATGA AGTTACCAAA AACAGTTGTA CAATTTCAGG ATTCAGAGAA ACTGCAAGGC 
TTATTCCAGG CTGCACTGGA GCTCAGCACC AGCACCAAAC CATATGACTG TGTAACAGCT 
TCCTACCTGC TGAACTTCTT AATCTGGCAG AATGCTCTGC CGTCATCTCT GTCTCCCCAA 
TTAAAAACTC AGCGGGTTGC GTGTGGAGAT GGAGATAAGT CTGCTGCTGT GGTGGAAAAT 
AACACATTAA TGGTTATCAA ATGCTTGTTG GAAAATCTTG AAGAAGAAAT CTCTCAGGCT 
GAAAATTCTT TACTTCAGGC AGCAGCATCA TTTCCAATGT ACGGGCGAGT CCACTGTATA 
ACAGGAGCTT TGCAGAAGCT ATCTCTAAAC AGCCTGCAGC TGGTCAGTGA GTGGAGACCC 
GTGGTGGAGA AGCTCATTGT GATGTCCTAC AGACTTTCCG CCGTGGTGTC ACCAGTGATT 
CAGAGTTCCT CCCCGGAAGG CCTCATCCCA ATGGACACTG ATGCAGAATC AGCAAGCCGC 
TTACAGACGA TTCTGAATGA GATTCAGCCA CGAGATACTA ATGATTATTT CAATCAAGCC 
AAAATATTGA AAGAATGTGA TAGCTTTGAT TTGGAGGACT TGAATGCCAG TATGCCAAGT 
ATTGATGCTT CCACAGAAAT CAAAGGTAAA GAAGGAAAAA CATGTGATGT AACTGCTCAG 
ATGGTGCTGG TATGTTGTTG GAGAAGCATG AAGGAAGTCG CTTTGCTCTT AGGCTCACTG 
TGCCAGCTTC TGCCCATGCA GCCTGTGCCA GGACCTTCTG ATGGATTATT GACAGTGGAG 
CAGGTAAAAG AAATAGGAGC TTACTTTAAA CAACACCTTC TACAGTCCAG GCACAGAGGA 
GCATTTGAAC TGGCTTATAC TGGCTTTGTG AAACTTACTG AAATACTTAA CAGATGCCCT 
AATGTGAGTC TGCAGAAGCT ACCAGAACAG TGGTTATGGA ATGTTTTACA GGAAATTAAA 
TGCAGTGATC CTTCATCTAA ACTCTGTGCT ACAAGACGCA GTGCTGGAAT TCCTTTCTAC 
ATACAGGCAT TGTTGGCATC TGAACCTAAG AAAGGTAAAA TGGATTTATT GAAAATAACA 
ATGAAAGAGT TAATCTCTTT GGCGGGGCCT ACAGATGACT CACAGAGCAC AGTCCCCAAG 
GTTCACGCTT TAAATATCCT TAGAGCCTTA TTCAGAGATA CACGTCTGGG AGAAATTATT 
ATCCCTTATA TTGCTGATGG AGCTAAAGCT GCAATTCTGG GCTTTACATC CCCAGTCTGG 
GCAGTGAGAA ATTCATCTAC ACTTCTTTTT AGTACCTTGA TCACAAGAAT ATTTGGAGTT 
AAAAGGGGAA AGGATGAACT TTCAAAAAAA AATAGAATGA CAGGGAGTGA ATTTTTCTCT 
CGTTTCCCGG AACTCTATCC CTTTCTTCTG AAACAGTTGG AAATGGTAGC CAATACTGTG 
GACAGTGATA CCGGAGAACT GAACTGCCAT CCCAGCATGT TTCTCTTACT CTTGGTGTTG 
GGGAGACTCT ACCCTTCCCC GATGGATGGC ACCTGCTCTG CTCTCAGCAT GTCCCCTTTC 
ATCCCCTTCA TCATGAGATG TGGTTGCTCA CCTGTCTACC GCTCCCGGGA GATGGCAGCT 
CGTGCCCTGG TCCCGTTTGT TATGACAGAT GAAATCCCTG ATACCATCCG AACTCTGCTG 
GCCAAACTCC CCAACTGCAC TGACCAGTGT TTCCGGCAAA ACCATATTCA TGGGACACTT 
CTCCAGGTTT TTCATTTGTT ACAAGCCTTC TCAGACTCCA AATACAGAAT GAATACATAC 
TTTCAGCAGG AGCTGGCTGA CGTCGCAGCT TGTACCAAAG CCAAACTCTG GCTGGCCAAG 
AGGCAAAATC CATGTTTGGT GACCAGAGCT GTGTATATTG ATATTCTCTG CCTGTTGACT 
TCCTGCCTTG ACAAACCCGC AAAAGGCAAC CAGCCAGTTC TGGAGCATCT TGGCCTCTGG 
GAGGAAGTCA GAAGGATCAT CTCAGGATCA GAGTTGATAA CGGGATTCCC CTATACCTTC 
ACAGCACCAG GCCTGCCCCA GTACCTCCAG AGCCTCACCA AACTGGCCAT CGCTGCCATG 
TGGGCCGTGG CCACCCAGGC TGGAGAGCAG ACTAGGGACG TTCCAGTCTC CTTCTCTCAG 
CTTTTAGAGT CTTCCTTCCC TGAAGTCCGC CTGCTGACGC TGGAAGCCCT GTTGGAAAGG 
TTCTCGGCAA CAGCCTCTGG ATTAGGAGAG AAGAGACTGC TGCCCTTGCT GCGGAATATG 
GGAGGGACAT TCTTGACGTT GGTTATGAAG GAAAACCACC CGGAATGCCT CTGCAAGATA 
CTGAGAATTC TCCATTGCAT GGACCCCAGT GAGTGGCTTC CTCAGACAGA GCACTGTGTC 
CATCTAACCC CAAAGGAGTT CTTGATCTGG ACGATGGATA TTGCTTCCAA TGAAAGGTCT 
GAAATTCAAA GTGAAGCTCT GAGACTTGCC TCCAAAGTGA TCGCCTACCA CATGCAGACG 
TGCGAGGAGA CCAGGGACTT GGTGGCCCCC ACCCTGAAGC AGTGGGTTCA GTTGGTCGTC 
ACTTCCTGTG GAGATCATCT TCCCAAGGAG TCCAGGCTGG CCACCGCTGA AGTTCTCACC 
AGCACCACAC CATTTTTCCT CACCCACCCC CGTCCCATTC TTGGACTGCA GGATACACTT 
GCTCTCTGGA AGTGTGTCCT CACCCTCCTG CAGAGTGAGG AGCAAGTCAT CAGAGATGCA 
GCCACAGAAA CTGTCATGAC TGCCTTGTCA CAAGAAAAAA CCTGCCAGTC AACAGAATTT 
GCCTTCTGCC AGGTGGATGC CTCCATTGCT CTGGATCTGG CCCTGGCTGT GCTGTGTGAC 
CTGCTCCAGC AGTGGGACCA GCTGGGCCCT GGACTCCCAG TCCTGCTGGG ATGGCTGCTG 
GGAGAGGGTG ATGACCTCAT GGTCTGTGTG GAGAGTGCGC ATCAGGTGGA AGAAGACTAC 
TTGTTTGAAA AAACAGAAGT CAACTTTTGG GCTGAGACCC TGATCTTCGT GAAATACCTC 
TACAAGCACC TCTCCCACCT CCTCTCCAAG TCTAGCTGGT GTCCCCTCAG CCCCGAGAGG 
CTCCGTCATC TTCAGAGGAC AGCGGCAGAG CAGTGCCACC TCCTTTCCCA GCTCTTCAGA 
GAGCTTCCAC CAGCTGCTGA GTTTTTGAAG ACGGCGGAGT TCACAAGGCT GTGCATCCAG 
GAGGAAAGGA CTTCGGCCTG CCTGAGGCTG CTGGCCCTTC TGGAAGGAAA GCAAGGGGAC 
TCTCCTGCAG CAGCGAATCA GTTAACTCTT CCAGAAACAG AAACAGCTTG TTGA