FREM3 cDNA ORF clone, Camelus bactrianus(Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM3
Entrez Gene ID	105068741
Full Name	FRAS1 related extracellular matrix 3
Gene Type	protein-coding
Organism	Camelus bactrianus(Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010954675.1	XP_010952977.1	LOW QUALITY PROTEIN: FRAS1-related extracellular matrix protein 3

Pathways from BioSystems
Gene Ontology

The following FREM3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FREM3 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
OCa489421	XM_010954675.1 Latest version!	Camelus bactrianus FRAS1 related extracellular matrix 3 (FREM3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

FREM3 ( XM_010954675.1 ) cDNA ORF clone, Camelus bactrianus(Bactrian camel) -> XP_010952977.1 Camelus bactrianus FRAS1 related extracellular matrix 3 (FREM3), mRNA.

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CloneID	OCa489421
Clone ID Related Accession (Same CDS sequence)	XM_010954675.1
Accession Version	XM_010954675.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6543bp) 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	2015-01-05
Organism	Camelus bactrianus(Bactrian camel)
Product	LOW QUALITY PROTEIN: FRAS1-related extracellular matrix protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011513508.1) 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 bactrianus 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCAGTGTC TCATAGGCAC AGAGCTGACC CGGTACAGTC ACTGTCAGCC AGCCCTGAGG 
GACAGTCCCG TTGAGCCGCC CGGGGAGGAG AGTTTCCAGA CCAACTGGTC CGAGGCAGGC 
AGCCTAGGGC TGCACGATGG CCGACCAACC CTCCAGCTTG TTGCCGCGCT CGCCTCCCTG 
CTCCTGAACT ACCCCCTGCT ACAAGGACAG GTATCCTCGC CTGGGGCTGA GCCCCACCCG 
GCACTCTACC TGCCCACCTG GGGCTCCCTG GGCCACAGAA GCCCCGACGG CCCCAGGCAC 
AGCGTTCTGA TCGCCAACCC CGGGCTCCGG GTGCCCGTGG GCCGCTCGCT TTGGGTCGAT 
CCTCTCCGGG ACCTGGTGAT TCGAGTGCAG CCGGGAGACC AGTGCGAGGT GACAGTGCTG 
GACGCCCTGC CGCCGTGCCA CGGCGCGCTG TCCCCGCGCC GCTTCCCCTG CCCCTTCGGG 
CCCCGCCAGG TCGTATACTC ACTTCAGTAT ACTCACTTTG GCGCCCACAG TCCCCGGCGC 
GCCCGGGTGC GGCTGCAGCT GCGCTACGAC GCCCCGACTT CCACGCTGGT GCTGCCCTTC 
ACCCTGGCGG TGGAAGTGGT CTTCCCCGAG CTGGAGCTGG TGACGCGCAA CTGGCCCTTG 
GCGGTGGAGA AGCTGCGCGG CTGGAGCCAC GCCATCGACA GGGGAGTGCT GGACTTTGCC 
TCCCCGGAGT CTCGGCCCGC GGACACCCGT AGATGCCGGC TCACCCCTCT TCCTCCCGAG 
GGCGGCCCCC TGCCGAAGTA CGGGCGTTTG GTGGACGCTG TGGGGGCCCC TCTCCCCAGG 
GGCAAAAGCG TAGACTGTGA GGCTTTTGTC CGGGCTGGGG TGCGCTATCA GCACACGGCC 
ACCACGCCCT CGCCCAACCG GGACTACGTG CCCATGGTGG CAGAGCTGCT CAGGCCAGGG 
GACAGAGGCG CCGAGTCAGG GGAGTTGCTG CTCCGAGAAC ACTTCCAGCT GCTGGTGAGC 
ATCCGCGAGG GAGTGGAGAA CACTGCGCCC AGGCCGAGCC TCGGGGCCCT GATGATGATG 
GAAGTCTATC AGTTGGTGCT GACAGCCCTG ACGCCTGACG CGCTGGCTGC CGAGGACATG 
GAGTCCGATG CTGATGACCT CATTTTCAAC ATTCTTAATG CCCCCGCCAC CACGCCGGGG 
CACCTGGGCT ACATGGTCAG TACTGATGAC CCCCTGGGCC TTCCAGTCTC CTTCTTCACC 
CAACGGGAGC TGCGGGAACT GAAAATTGCT TATCAGCCAC CTACAGAGAA ATTGGATGGG 
GAGCGTCTTT TCCAGCTGGA GCTGCAGGTG GTCGACGGAG ATGGCGCCAC CTCAGATCCT 
TTTGCCTTCA CGGTGGTAGT GAAGTCCATG AACACCCTGG CCCCAATGGC TAACTATACC 
CGGGGATTAC TGCTTTTTGA AGGTCAGTCA AAGTCTCTGT CCAGCGCCCA AAGCCTTCAG 
ATCAGTGATA AGGATAACCT GGAAGAGGTG AAAGTAGTTG CAGTCAAGGG CTTGAGACAT 
GGGCAGCTAG TGGTGCCTGG GGCACCTGCC GGGCGCAGGC ACTTCACACC AGTGGACCTG 
GCAGCAGGGC GAGTGGTCTA CCAGCATGAT GGCAGCGACA CCTACAGTGA CAACATCATC 
TTCCACATGG AGGATGGGCA ACACCAGGTG GAGTTCCTCT TCCCTCTCAC AGTCATACCT 
GTTGATGATG AACCCCCGAT GGTCAGTGCC AACACCGGGC TCTCAGTGAC TGAAGGGCAG 
GTGGTCCAGA TCTCCCCCTT TGTCCTGAGT GCTACAGATA TTGACTCTGA GGACTCAACC 
ATCCACTTTG TCCTGGAAGA CCATCTTCTG GACAGAAAAG AAGGAAGAGG GTGGGATCCA 
GCCCCTGGCT CCTCCCACTC AAGTGAGTGT CTGGGGGAGA TGCTGCTGCG GCAGGCTGAA 
CCACCTCTGT TCCCTGAAGA TGAAGATTGG TATTATGTGG AAAAGGAAGG ACTTTATGAG 
AAAGTGGTGA CTGAGTGGCT TCAGCGAGAC ATAAAGGAAG GGAGACTCTT CTACCGCCAT 
CTTGGACTCC ATAGCCCTCA GTCTGTAATG ACCCAGATGA CTTTCCATGT GCAGGACGAC 
CATGATCCAC CCAATCTATC CAACCAACAT TTCTTCACCA TCAAGATCCA ACCAGTGGAT 
CTGCAGAGTC CAGAGCTGTT TCCAGGAACT ACCCTAGAAA TGACTGTGCA GCAATACAAA 
CTCACTCACT TCCAGAAGAA ATTCCTCCAA TATGTAGACT GGAACTCAGA TGACGAGCAC 
CTATGGTACA CCGTACTGAT GCCCCCAACT GACACAGATA GCAACCATCA AGTCCAGGCT 
GGAGAAATTG TGATCACTGA TTCACCAGAC ACCCCCATCA TGCACTTCAC CCAGGCCCAG 
GTAAATCACC ACAAAGTTGC CTACCAGCCC CCCAAGAATA AGTTGGGGAT TGTACCACGG 
GTGGTCCAGT TCACCTACCA GGTGGAGGAT GCTGCTGGCA ATAGTGTACC CGGAACATTC 
ACATTATTCC TGAAGCCTGT CGACAACCAG CCTCCCCAAG TCACCAACAG AGGCTTTACT 
GTCTTAGAAG GAGAAACTTT TATCCTTAGC AGTAATGAGC TGGATGTTAC AGACTCTGAC 
ACAGACATTG ACCAGATTGT CTTCATGTTA GTTTGGGGTC CCCAACATGG ACACTTGCAG 
TACTTAAAAA AATGTATGGT CCCAGGGGAA TTTTTCATGC AAGCTGATAT TGTTAATGGG 
AGTATCTCTT ACCAGCACAG CGGAGACCAG ACCACCAGTG ACACCTTTCG TCTGGAGGTA 
AGCGACGGGG TGCATCACAT ACCCATCACT GTCCAGATTT CTGTGCATCC CACTGTGGCT 
GGCAAAAGTC CCACTATCTC TATTACAGGT AGTCCATTAT TAGAAGTTTC CATAGATGTA 
CTGGAGAATA GAGCCACTGA GATCCCCATG GACATCCTAC AAGGCCAGAA GGACACAGGT 
GACTTGATGC TGTCTTTCAT TGTGGAGGAC AGCCCAAAAC TGGGCACTAT TCTGTTGAAT 
GGTTTCCCCA CAGAACGATT CACCCATGAG GATCTCATCA GTGGGGCAGT AGTCTATGCC 
CACACAGGGG GTGAAGTTGG ATTCCAGAAG CAGCATGATA CCTTCAGCCT TGCCCTCTCC 
AAGGATTCTT ATCAATGGGC AATGGGGGCC AGCACAGTGG AGAGAGTGCA GGTTCAAGTG 
CTCGTGCTGC CGGTGGACAG TGTGGCCCCC AAGGTCTTGG TGGGGGAGTC CTACATTGTC 
TATGAAGGTG AGAAGAGCCC CTTGACCTTA CAACATCTCA GTATTGAAGA TGTGGACACT 
CCCCAGGATA AAATCCTCTG CACGGTGACC AATCAGCCAG CCTCTGGCTA CTTGGAAAAC 
ATCGCATCAG CTCCTGACTC AAAAGAGTCA CAGGCTGGTA TTCCCATCAG TGCTTTTTCC 
ATCAGAGACA TCTGGACGAG ACATATCAAT TACGTACAGA GTATCCACAA AGGGATAGAG 
CCACAGAAAG ATCAATTCAC CTTTCATTGC TCTGATGGCA TCAACTCCTC CCCAAATGTC 
TTCTTCCCTG TAATGATCTT ACCCACCAAT GACGAGCAGC CTGAACTTCT TGTCCACGAG 
TTTGTGGTGT TAGAGGGGAT GAGTCTGGTC ATAGACACCC CACTGCTCAA TGGAGCCGAT 
GCTGACTTGC CACCAAATGA GCTTCACTTT CAGCTCACAG CCCTCCCTCA ACATGGACGA 
ATTATCCAGC AGCTGGCCAC TGGCAGCCAG CCCATCTACA GCTTCACATT GCAGGAGATC 
CAGGAGGCCT CCACCATTGT GTATGAGCAT GATGACTCTG AGACCACAGA GGACAGTTTT 
GAAGTCTGGC TGAGTGACGG CAAGCACACC ACCCACAGGA AGGTACCCAT TGTGGTGATC 
CTGGTGGACG ATGAAGCCCC TCAGCTGACC ATCAACAGTG GGCTGGAAGT AGAGACTGGA 
TGTACTGAGG TCATCACAGG TCGGGTCCTG AAGGCCACAG ATCTTGACTC AGATGATAAA 
AGCCTCAGTT TTGTCCTCCG TTCTGGGCCT CAACAAGGGC TTCTACAGAG ACTGAGGAAA 
CCCAGAGGGG AGGTGAAGGA CAACCTCACC CTGGGAATGA ACTTCACCCA GGATGAGGTT 
GACCGGGGCC TCATCTGTTA CACCCACACA GGCCAAGGAG TTCAGGACCT CATCAAGTTT 
GATGTGACTG ATGGGATTAA CCCTTTGCTA AACCGCTACT TCTACGTCAC CATTGGCAGC 
TCAGACAGGG TCTTCCCTGA GATGGTTCAA AAAAGGGTCA CCCTGACGGA ATGTAGCAGA 
GTAACCCTCA CCATGGATCT GCTTAGCGCC AGTGATATAA ATAGCCCTGA TGAACAACTT 
CACTTCAGCA TCTCACAGGC TCCTAGCCTG GGGCACTTGG AAATCTCGGA CCACCCTGGG 
GAGCCCATTT CCTCTTTCAC TCAGCTTCAG TTGGCTGGCA ACAAGATACT CTATGTCTGC 
ACTTCCAAGG ATAAGATAAA GATAGACAGC TTTGAGTTTC AAGTGACTGA TGGGCACAAT 
CCCATGTTCC GGACCTTCAG GATCTTCATC ACGGACGTGG ATAATAAGAA ACCTATCATG 
ACCGTCCATA AGCTGGTACT GCGGGAAGGG GAGAGCAAAT GGATCACTCC CTTTGAGTTG 
ACAGCAGAAG ATGAGGATAC CCCAGACGAT CTTCTTCTCT TCACTGTCAC CCAGGTCCCC 
ATCCACGGCA GGATTTTGTA TAACGGCAGC CGTCCTGTGG CCACCTTCTC CAAGCGGGAC 
CTGAACGAGA ACCTGATTAG CTACTGGCAT GATGGCAGTG AGACGACCGA AGACAGTCTG 
TCCTTGACTG TTTCTGACGG CACACATGCT GATTTCTCTG TCTTCCCTGA CACTGCCCTG 
GAGACACGCA GACCTCAGGT AATGAGGATT CACATAAGAT CCCTGGACAA CAGGCTCCCC 
CAGATTGCTT TTAACAGGGG CGCCCTGGCC TTAAAGCACC TTCACACTGG ACATATGGGC 
TTCCTAATTA CCAGCAGTCC TCTGAAGGCA GAAGATCAGG ACAGCTCCCA CAGGCTCCTA 
AAGTATAAAG TGACCAGAGG ACCAATGCAT GGCTTCATTA TCAACACTGG CCTTGGAAAT 
GAGAGCACGC AAGTGTTTAC ACAAGCTGAT GTTGATGAGA GGAGGATCTA CTACATCTTG 
CATGAAGGCA GCAAGGCAAC AAACGACATC TTCTTCTTCT CTGTTGAAGA TAATGGAGGA 
AATAAGAGAA TAAATCAACG TTTCCGTCTC TACTGGGCTT GGATCGCTTT GGAGAGAGAG 
TACTACATCG TGGATGAGGA CTCCATGGGC TTAGAAGTGA CTCTCACACG CAGAGGGTAT 
CTTGGAGAAA CATCTTTTGT CAGCATTGTA ACCAAAGAAG AAACTGCAAA AGAAGGTAAA 
GATTTTAAAC AAAAGGCCGA GACACAGGTA CAATTCAATC CTGGACAGAC TACAGCCACG 
TGGAGAGTGA GAATTCTATC TGACAAGGAA TACGAGGCAT CAGAGACCTT CCGGATCATT 
CTGACGAACC CTATCTTGGC TGCAGTAGAG TTTCCAGAAA TGGCAACTAT TGAAATTGTG 
GACCCTGAAG ATGAATCAAC AGTTTATATT CCAGAGGCAG AATACAAAAT AGAGGAGGAC 
ATCGGGGAGC TTTTGATTCC TGTAAGACGG TCGGGAGATG CAAGCCAAGA ACTCACAGTC 
ATTTGCTCTA CACATCGAGG TTCTGCCACA GGCACCCTAC CTCCCACGGT GTTATCTTTC 
TCTGACTACA TCTCACGTCC AAAAGACCAC ACTAGCATCC TCCATTTTGA CAAGGATGAA 
GTTGAGAACA CCTGCCGGGT CCTGATCATC GATGACTCCC TCTATGAAGA GGAGGAATCC 
TTCAGCGTTT CACTGAGCCT GCCAACAGGA GGGCAACTGG GGGCCAGATT CCCCACTACC 
AATGTGGTTA TCCTCGCTGA CCGTGATGAT GAGCCTGCCC TGCACTTTGG GGATGCTGAG 
TATCACGTCT ATGGAAGTGC TGGCTCCGTG GAGGTGTGTG TCTGGAGGAC GGGCACTGAC 
CTTTCCCCAG TGTCCTCTGT CACCGTGCGG TCCAGGAAGA CAGAGCCTGC ATCAGCAGAA 
GCTGGAATAG ACTACGTTGG CATCAGCCGA AATCTGAATT TTGCTCCAGG AGTGCACATG 
CAGATATTCC GAGTGACAAT CCTTGAAGAC CTGGGAGAGC CCATCTTGGA GGGTCCAGAG 
AGGTTTGAAT TATTTCTCGA GATGCCTATA GGTGCGGTGC TTGGAGAACC AAATAAAACC 
ACCATTTTCA TCAGTGACAT CATCACTGAC CGTAAACAAA GTGCTTGTCA TTCCCTTGAG 
TGA

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

RefSeq	XP_010952977.1
CDS	1..6543
Translation	MQCLIGTELTRYSHCQPALRDSPVEPPGEESFQTNWSEAGSLGLHDGRPTLQLVAALASLLLNYPLLQGQVSSPGAEPHPALYLPTWGSLGHRSPDGPRHSVLIANPGLRVPVGRSLWVDPLRDLVIRVQPGDQCEVTVLDALPPCHGALSPRRFPCPFGPRQVVYSLQYTHFGAHSPRRARVRLQLRYDAPTSTLVLPFTLAVEVVFPELELVTRNWPLAVEKLRGWSHAIDRGVLDFASPESRPADTRRCRLTPLPPEGGPLPKYGRLVDAVGAPLPRGKSVDCEAFVRAGVRYQHTATTPSPNRDYVPMVAELLRPGDRGAESGELLLREHFQLLVSIREGVENTAPRPSLGALMMMEVYQLVLTALTPDALAAEDMESDADDLIFNILNAPATTPGHLGYMVSTDDPLGLPVSFFTQRELRELKIAYQPPTEKLDGERLFQLELQVVDGDGATSDPFAFTVVVKSMNTLAPMANYTRGLLLFEGQSKSLSSAQSLQISDKDNLEEVKVVAVKGLRHGQLVVPGAPAGRRHFTPVDLAAGRVVYQHDGSDTYSDNIIFHMEDGQHQVEFLFPLTVIPVDDEPPMVSANTGLSVTEGQVVQISPFVLSATDIDSEDSTIHFVLEDHLLDRKEGRGWDPAPGSSHSSECLGEMLLRQAEPPLFPEDEDWYYVEKEGLYEKVVTEWLQRDIKEGRLFYRHLGLHSPQSVMTQMTFHVQDDHDPPNLSNQHFFTIKIQPVDLQSPELFPGTTLEMTVQQYKLTHFQKKFLQYVDWNSDDEHLWYTVLMPPTDTDSNHQVQAGEIVITDSPDTPIMHFTQAQVNHHKVAYQPPKNKLGIVPRVVQFTYQVEDAAGNSVPGTFTLFLKPVDNQPPQVTNRGFTVLEGETFILSSNELDVTDSDTDIDQIVFMLVWGPQHGHLQYLKKCMVPGEFFMQADIVNGSISYQHSGDQTTSDTFRLEVSDGVHHIPITVQISVHPTVAGKSPTISITGSPLLEVSIDVLENRATEIPMDILQGQKDTGDLMLSFIVEDSPKLGTILLNGFPTERFTHEDLISGAVVYAHTGGEVGFQKQHDTFSLALSKDSYQWAMGASTVERVQVQVLVLPVDSVAPKVLVGESYIVYEGEKSPLTLQHLSIEDVDTPQDKILCTVTNQPASGYLENIASAPDSKESQAGIPISAFSIRDIWTRHINYVQSIHKGIEPQKDQFTFHCSDGINSSPNVFFPVMILPTNDEQPELLVHEFVVLEGMSLVIDTPLLNGADADLPPNELHFQLTALPQHGRIIQQLATGSQPIYSFTLQEIQEASTIVYEHDDSETTEDSFEVWLSDGKHTTHRKVPIVVILVDDEAPQLTINSGLEVETGCTEVITGRVLKATDLDSDDKSLSFVLRSGPQQGLLQRLRKPRGEVKDNLTLGMNFTQDEVDRGLICYTHTGQGVQDLIKFDVTDGINPLLNRYFYVTIGSSDRVFPEMVQKRVTLTECSRVTLTMDLLSASDINSPDEQLHFSISQAPSLGHLEISDHPGEPISSFTQLQLAGNKILYVCTSKDKIKIDSFEFQVTDGHNPMFRTFRIFITDVDNKKPIMTVHKLVLREGESKWITPFELTAEDEDTPDDLLLFTVTQVPIHGRILYNGSRPVATFSKRDLNENLISYWHDGSETTEDSLSLTVSDGTHADFSVFPDTALETRRPQVMRIHIRSLDNRLPQIAFNRGALALKHLHTGHMGFLITSSPLKAEDQDSSHRLLKYKVTRGPMHGFIINTGLGNESTQVFTQADVDERRIYYILHEGSKATNDIFFFSVEDNGGNKRINQRFRLYWAWIALEREYYIVDEDSMGLEVTLTRRGYLGETSFVSIVTKEETAKEGKDFKQKAETQVQFNPGQTTATWRVRILSDKEYEASETFRIILTNPILAAVEFPEMATIEIVDPEDESTVYIPEAEYKIEEDIGELLIPVRRSGDASQELTVICSTHRGSATGTLPPTVLSFSDYISRPKDHTSILHFDKDEVENTCRVLIIDDSLYEEEESFSVSLSLPTGGQLGARFPTTNVVILADRDDEPALHFGDAEYHVYGSAGSVEVCVWRTGTDLSPVSSVTVRSRKTEPASAEAGIDYVGISRNLNFAPGVHMQIFRVTILEDLGEPILEGPERFELFLEMPIGAVLGEPNKTTIFISDIITDRKQSACHSLE

Target ORF information:

RefSeq Version	XM_010954675.1
Organism	Camelus bactrianus(Bactrian camel)
Definition	Camelus bactrianus FRAS1 related extracellular matrix 3 (FREM3), mRNA.

Target ORF information:

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

XM_010954675.1

ORF Insert Sequence:

ATGCAGTGTC TCATAGGCAC AGAGCTGACC CGGTACAGTC ACTGTCAGCC AGCCCTGAGG 
GACAGTCCCG TTGAGCCGCC CGGGGAGGAG AGTTTCCAGA CCAACTGGTC CGAGGCAGGC 
AGCCTAGGGC TGCACGATGG CCGACCAACC CTCCAGCTTG TTGCCGCGCT CGCCTCCCTG 
CTCCTGAACT ACCCCCTGCT ACAAGGACAG GTATCCTCGC CTGGGGCTGA GCCCCACCCG 
GCACTCTACC TGCCCACCTG GGGCTCCCTG GGCCACAGAA GCCCCGACGG CCCCAGGCAC 
AGCGTTCTGA TCGCCAACCC CGGGCTCCGG GTGCCCGTGG GCCGCTCGCT TTGGGTCGAT 
CCTCTCCGGG ACCTGGTGAT TCGAGTGCAG CCGGGAGACC AGTGCGAGGT GACAGTGCTG 
GACGCCCTGC CGCCGTGCCA CGGCGCGCTG TCCCCGCGCC GCTTCCCCTG CCCCTTCGGG 
CCCCGCCAGG TCGTATACTC ACTTCAGTAT ACTCACTTTG GCGCCCACAG TCCCCGGCGC 
GCCCGGGTGC GGCTGCAGCT GCGCTACGAC GCCCCGACTT CCACGCTGGT GCTGCCCTTC 
ACCCTGGCGG TGGAAGTGGT CTTCCCCGAG CTGGAGCTGG TGACGCGCAA CTGGCCCTTG 
GCGGTGGAGA AGCTGCGCGG CTGGAGCCAC GCCATCGACA GGGGAGTGCT GGACTTTGCC 
TCCCCGGAGT CTCGGCCCGC GGACACCCGT AGATGCCGGC TCACCCCTCT TCCTCCCGAG 
GGCGGCCCCC TGCCGAAGTA CGGGCGTTTG GTGGACGCTG TGGGGGCCCC TCTCCCCAGG 
GGCAAAAGCG TAGACTGTGA GGCTTTTGTC CGGGCTGGGG TGCGCTATCA GCACACGGCC 
ACCACGCCCT CGCCCAACCG GGACTACGTG CCCATGGTGG CAGAGCTGCT CAGGCCAGGG 
GACAGAGGCG CCGAGTCAGG GGAGTTGCTG CTCCGAGAAC ACTTCCAGCT GCTGGTGAGC 
ATCCGCGAGG GAGTGGAGAA CACTGCGCCC AGGCCGAGCC TCGGGGCCCT GATGATGATG 
GAAGTCTATC AGTTGGTGCT GACAGCCCTG ACGCCTGACG CGCTGGCTGC CGAGGACATG 
GAGTCCGATG CTGATGACCT CATTTTCAAC ATTCTTAATG CCCCCGCCAC CACGCCGGGG 
CACCTGGGCT ACATGGTCAG TACTGATGAC CCCCTGGGCC TTCCAGTCTC CTTCTTCACC 
CAACGGGAGC TGCGGGAACT GAAAATTGCT TATCAGCCAC CTACAGAGAA ATTGGATGGG 
GAGCGTCTTT TCCAGCTGGA GCTGCAGGTG GTCGACGGAG ATGGCGCCAC CTCAGATCCT 
TTTGCCTTCA CGGTGGTAGT GAAGTCCATG AACACCCTGG CCCCAATGGC TAACTATACC 
CGGGGATTAC TGCTTTTTGA AGGTCAGTCA AAGTCTCTGT CCAGCGCCCA AAGCCTTCAG 
ATCAGTGATA AGGATAACCT GGAAGAGGTG AAAGTAGTTG CAGTCAAGGG CTTGAGACAT 
GGGCAGCTAG TGGTGCCTGG GGCACCTGCC GGGCGCAGGC ACTTCACACC AGTGGACCTG 
GCAGCAGGGC GAGTGGTCTA CCAGCATGAT GGCAGCGACA CCTACAGTGA CAACATCATC 
TTCCACATGG AGGATGGGCA ACACCAGGTG GAGTTCCTCT TCCCTCTCAC AGTCATACCT 
GTTGATGATG AACCCCCGAT GGTCAGTGCC AACACCGGGC TCTCAGTGAC TGAAGGGCAG 
GTGGTCCAGA TCTCCCCCTT TGTCCTGAGT GCTACAGATA TTGACTCTGA GGACTCAACC 
ATCCACTTTG TCCTGGAAGA CCATCTTCTG GACAGAAAAG AAGGAAGAGG GTGGGATCCA 
GCCCCTGGCT CCTCCCACTC AAGTGAGTGT CTGGGGGAGA TGCTGCTGCG GCAGGCTGAA 
CCACCTCTGT TCCCTGAAGA TGAAGATTGG TATTATGTGG AAAAGGAAGG ACTTTATGAG 
AAAGTGGTGA CTGAGTGGCT TCAGCGAGAC ATAAAGGAAG GGAGACTCTT CTACCGCCAT 
CTTGGACTCC ATAGCCCTCA GTCTGTAATG ACCCAGATGA CTTTCCATGT GCAGGACGAC 
CATGATCCAC CCAATCTATC CAACCAACAT TTCTTCACCA TCAAGATCCA ACCAGTGGAT 
CTGCAGAGTC CAGAGCTGTT TCCAGGAACT ACCCTAGAAA TGACTGTGCA GCAATACAAA 
CTCACTCACT TCCAGAAGAA ATTCCTCCAA TATGTAGACT GGAACTCAGA TGACGAGCAC 
CTATGGTACA CCGTACTGAT GCCCCCAACT GACACAGATA GCAACCATCA AGTCCAGGCT 
GGAGAAATTG TGATCACTGA TTCACCAGAC ACCCCCATCA TGCACTTCAC CCAGGCCCAG 
GTAAATCACC ACAAAGTTGC CTACCAGCCC CCCAAGAATA AGTTGGGGAT TGTACCACGG 
GTGGTCCAGT TCACCTACCA GGTGGAGGAT GCTGCTGGCA ATAGTGTACC CGGAACATTC 
ACATTATTCC TGAAGCCTGT CGACAACCAG CCTCCCCAAG TCACCAACAG AGGCTTTACT 
GTCTTAGAAG GAGAAACTTT TATCCTTAGC AGTAATGAGC TGGATGTTAC AGACTCTGAC 
ACAGACATTG ACCAGATTGT CTTCATGTTA GTTTGGGGTC CCCAACATGG ACACTTGCAG 
TACTTAAAAA AATGTATGGT CCCAGGGGAA TTTTTCATGC AAGCTGATAT TGTTAATGGG 
AGTATCTCTT ACCAGCACAG CGGAGACCAG ACCACCAGTG ACACCTTTCG TCTGGAGGTA 
AGCGACGGGG TGCATCACAT ACCCATCACT GTCCAGATTT CTGTGCATCC CACTGTGGCT 
GGCAAAAGTC CCACTATCTC TATTACAGGT AGTCCATTAT TAGAAGTTTC CATAGATGTA 
CTGGAGAATA GAGCCACTGA GATCCCCATG GACATCCTAC AAGGCCAGAA GGACACAGGT 
GACTTGATGC TGTCTTTCAT TGTGGAGGAC AGCCCAAAAC TGGGCACTAT TCTGTTGAAT 
GGTTTCCCCA CAGAACGATT CACCCATGAG GATCTCATCA GTGGGGCAGT AGTCTATGCC 
CACACAGGGG GTGAAGTTGG ATTCCAGAAG CAGCATGATA CCTTCAGCCT TGCCCTCTCC 
AAGGATTCTT ATCAATGGGC AATGGGGGCC AGCACAGTGG AGAGAGTGCA GGTTCAAGTG 
CTCGTGCTGC CGGTGGACAG TGTGGCCCCC AAGGTCTTGG TGGGGGAGTC CTACATTGTC 
TATGAAGGTG AGAAGAGCCC CTTGACCTTA CAACATCTCA GTATTGAAGA TGTGGACACT 
CCCCAGGATA AAATCCTCTG CACGGTGACC AATCAGCCAG CCTCTGGCTA CTTGGAAAAC 
ATCGCATCAG CTCCTGACTC AAAAGAGTCA CAGGCTGGTA TTCCCATCAG TGCTTTTTCC 
ATCAGAGACA TCTGGACGAG ACATATCAAT TACGTACAGA GTATCCACAA AGGGATAGAG 
CCACAGAAAG ATCAATTCAC CTTTCATTGC TCTGATGGCA TCAACTCCTC CCCAAATGTC 
TTCTTCCCTG TAATGATCTT ACCCACCAAT GACGAGCAGC CTGAACTTCT TGTCCACGAG 
TTTGTGGTGT TAGAGGGGAT GAGTCTGGTC ATAGACACCC CACTGCTCAA TGGAGCCGAT 
GCTGACTTGC CACCAAATGA GCTTCACTTT CAGCTCACAG CCCTCCCTCA ACATGGACGA 
ATTATCCAGC AGCTGGCCAC TGGCAGCCAG CCCATCTACA GCTTCACATT GCAGGAGATC 
CAGGAGGCCT CCACCATTGT GTATGAGCAT GATGACTCTG AGACCACAGA GGACAGTTTT 
GAAGTCTGGC TGAGTGACGG CAAGCACACC ACCCACAGGA AGGTACCCAT TGTGGTGATC 
CTGGTGGACG ATGAAGCCCC TCAGCTGACC ATCAACAGTG GGCTGGAAGT AGAGACTGGA 
TGTACTGAGG TCATCACAGG TCGGGTCCTG AAGGCCACAG ATCTTGACTC AGATGATAAA 
AGCCTCAGTT TTGTCCTCCG TTCTGGGCCT CAACAAGGGC TTCTACAGAG ACTGAGGAAA 
CCCAGAGGGG AGGTGAAGGA CAACCTCACC CTGGGAATGA ACTTCACCCA GGATGAGGTT 
GACCGGGGCC TCATCTGTTA CACCCACACA GGCCAAGGAG TTCAGGACCT CATCAAGTTT 
GATGTGACTG ATGGGATTAA CCCTTTGCTA AACCGCTACT TCTACGTCAC CATTGGCAGC 
TCAGACAGGG TCTTCCCTGA GATGGTTCAA AAAAGGGTCA CCCTGACGGA ATGTAGCAGA 
GTAACCCTCA CCATGGATCT GCTTAGCGCC AGTGATATAA ATAGCCCTGA TGAACAACTT 
CACTTCAGCA TCTCACAGGC TCCTAGCCTG GGGCACTTGG AAATCTCGGA CCACCCTGGG 
GAGCCCATTT CCTCTTTCAC TCAGCTTCAG TTGGCTGGCA ACAAGATACT CTATGTCTGC 
ACTTCCAAGG ATAAGATAAA GATAGACAGC TTTGAGTTTC AAGTGACTGA TGGGCACAAT 
CCCATGTTCC GGACCTTCAG GATCTTCATC ACGGACGTGG ATAATAAGAA ACCTATCATG 
ACCGTCCATA AGCTGGTACT GCGGGAAGGG GAGAGCAAAT GGATCACTCC CTTTGAGTTG 
ACAGCAGAAG ATGAGGATAC CCCAGACGAT CTTCTTCTCT TCACTGTCAC CCAGGTCCCC 
ATCCACGGCA GGATTTTGTA TAACGGCAGC CGTCCTGTGG CCACCTTCTC CAAGCGGGAC 
CTGAACGAGA ACCTGATTAG CTACTGGCAT GATGGCAGTG AGACGACCGA AGACAGTCTG 
TCCTTGACTG TTTCTGACGG CACACATGCT GATTTCTCTG TCTTCCCTGA CACTGCCCTG 
GAGACACGCA GACCTCAGGT AATGAGGATT CACATAAGAT CCCTGGACAA CAGGCTCCCC 
CAGATTGCTT TTAACAGGGG CGCCCTGGCC TTAAAGCACC TTCACACTGG ACATATGGGC 
TTCCTAATTA CCAGCAGTCC TCTGAAGGCA GAAGATCAGG ACAGCTCCCA CAGGCTCCTA 
AAGTATAAAG TGACCAGAGG ACCAATGCAT GGCTTCATTA TCAACACTGG CCTTGGAAAT 
GAGAGCACGC AAGTGTTTAC ACAAGCTGAT GTTGATGAGA GGAGGATCTA CTACATCTTG 
CATGAAGGCA GCAAGGCAAC AAACGACATC TTCTTCTTCT CTGTTGAAGA TAATGGAGGA 
AATAAGAGAA TAAATCAACG TTTCCGTCTC TACTGGGCTT GGATCGCTTT GGAGAGAGAG 
TACTACATCG TGGATGAGGA CTCCATGGGC TTAGAAGTGA CTCTCACACG CAGAGGGTAT 
CTTGGAGAAA CATCTTTTGT CAGCATTGTA ACCAAAGAAG AAACTGCAAA AGAAGGTAAA 
GATTTTAAAC AAAAGGCCGA GACACAGGTA CAATTCAATC CTGGACAGAC TACAGCCACG 
TGGAGAGTGA GAATTCTATC TGACAAGGAA TACGAGGCAT CAGAGACCTT CCGGATCATT 
CTGACGAACC CTATCTTGGC TGCAGTAGAG TTTCCAGAAA TGGCAACTAT TGAAATTGTG 
GACCCTGAAG ATGAATCAAC AGTTTATATT CCAGAGGCAG AATACAAAAT AGAGGAGGAC 
ATCGGGGAGC TTTTGATTCC TGTAAGACGG TCGGGAGATG CAAGCCAAGA ACTCACAGTC 
ATTTGCTCTA CACATCGAGG TTCTGCCACA GGCACCCTAC CTCCCACGGT GTTATCTTTC 
TCTGACTACA TCTCACGTCC AAAAGACCAC ACTAGCATCC TCCATTTTGA CAAGGATGAA 
GTTGAGAACA CCTGCCGGGT CCTGATCATC GATGACTCCC TCTATGAAGA GGAGGAATCC 
TTCAGCGTTT CACTGAGCCT GCCAACAGGA GGGCAACTGG GGGCCAGATT CCCCACTACC 
AATGTGGTTA TCCTCGCTGA CCGTGATGAT GAGCCTGCCC TGCACTTTGG GGATGCTGAG 
TATCACGTCT ATGGAAGTGC TGGCTCCGTG GAGGTGTGTG TCTGGAGGAC GGGCACTGAC 
CTTTCCCCAG TGTCCTCTGT CACCGTGCGG TCCAGGAAGA CAGAGCCTGC ATCAGCAGAA 
GCTGGAATAG ACTACGTTGG CATCAGCCGA AATCTGAATT TTGCTCCAGG AGTGCACATG 
CAGATATTCC GAGTGACAAT CCTTGAAGAC CTGGGAGAGC CCATCTTGGA GGGTCCAGAG 
AGGTTTGAAT TATTTCTCGA GATGCCTATA GGTGCGGTGC TTGGAGAACC AAATAAAACC 
ACCATTTTCA TCAGTGACAT CATCACTGAC CGTAAACAAA GTGCTTGTCA TTCCCTTGAG 
TGA