Fam186a cDNA ORF clone, Chinchilla lanigera(long-tailed chinchilla)

Gene
Clones
gRNAs

Summary

Gene Symbol	Fam186a
Entrez Gene ID	102015895
Full Name	family with sequence similarity 186 member A
Gene Type	protein-coding
Organism	Chinchilla lanigera(long-tailed chinchilla)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005411959.1	XP_005412016.1	protein FAM186A

Pathways from BioSystems
Gene Ontology

The following Fam186a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Fam186a 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
OCh233488	XM_005411959.1 Latest version!	Chinchilla lanigera family with sequence similarity 186, member A (Fam186a), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

Fam186a ( XM_005411959.1 ) cDNA ORF clone, Chinchilla lanigera(long-tailed chinchilla) -> XP_005412016.1 Chinchilla lanigera family with sequence similarity 186, member A (Fam186a), mRNA.

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CloneID	OCh233488
Clone ID Related Accession (Same CDS sequence)	XM_005411959.1
Accession Version	XM_005411959.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5829bp) 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	2015-08-18
Organism	Chinchilla lanigera(long-tailed chinchilla)
Product	protein FAM186A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004955547.1) 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 :: Chinchilla lanigera 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTTCTATG AAAGCAGAAG TAAAAGAAAA TCACTGAAAA TGTCTGCCAA AAAGCAAAGT 
GAGATAGGCA GTGACTCCGA ATCAGAAAAA GAGGTTGAGA ATGCCAACAT CAAAGAAAGA 
TGGTCCGGAA CTGCTCTCGA TCTTCCCGTG GTCTCCAAGC TTGAAATCCC ATTCTCTGTA 
CAGGCAGTAA TCTCTCGGAT CGAGCAAGCG CAGCTCCTTC GAGCCAGAGA GGATATTAGT 
GCGCAACTGA ATAACATACT GAACAATGTG CATCGAATAA TAACTCGCTA TACTGCTCTT 
GATCTTAACT CCTCTCCTGG AAGAAGGAGC TCCTATACAG AATCCAAGAA AACACAAAGA 
AATCTTGTTT TGGAGAACAT GTCTTCTTTT GCTAAGGCTG TTGATCTTAA AGAAAAGGCT 
CTGGTCTACA TTCTGTCCTG GTTGGAAGAA TGGAATGCCA TTTTGTCTGA GATAACGCTA 
ATTGACATGG AAGAACACCA CCACTGGATC GCACAAATGG AGATGTTACC AGAGACGTTA 
AAAGCTATCA ACAAGAATGT CATGCTAATG TGTAAAATTT GTAGAGCTTT CCTTGAAGAT 
AAGAAGAAAC AAAAGAAAAA AATGTTATCT AGAGGTACTC TATGGAAAAC TTGGAAAGAA 
AGAGCTTTGA AGCGACCTGC AACGGCCCAT GCTTTAAGAC CAGATCAGAT AATTAGCGAT 
CAACTTGCAA CAAATACAAA GGTGTCAGAA ATTCAAGGTA TGCTACAGGA ACTGATAGGC 
ACAGCAATGT TCAACAAAAT GGAAAGCAAT GCTATTAAAT ATATATCATC AACAATAATA 
AACTTTTCTA AAGCCTTGAA TATGCTAAAT GATGAATTAA AACTTATGAA CTTCCAAAAT 
GTCACTGTAT ATGTAGATGA AGCAAAAGAA GAAGAAAAAG ATCTCCCCAT GAAGATAATC 
CAGGATCTCA GTGAACAAAA TGAAATGCTT ACTCAGAAAC TTAAAGATGC AGAAGACAAA 
TGTGAACAAC TTATTCGATC CAAAGTTGTT TCAGGACACC GAGCATACAT ATCATCACCC 
ACATTCCCAA CCTTGAAAGT ACCACCCGGG CTTTCTCCGC AGTCATCCAT GGCCATGGAG 
GACACTATGG ACAGTATTTT AACCAAAGAA TTTGAGAATA TTCTAGATGA ATCCCAAAGA 
AAAGGGGCCA AAGGCACTGG GGTAAAGTGG GATTCAGCTA TTTCATACAC ACCTCAAGTT 
GAAATGACTC CAGACTTAAC TGACCAGCAA TATATTTTAT CTGAGAAAAA GCGGAAAATT 
TTGTCTCAAG ATACTTCTGG AGATAACATA TCGCTGAAGA AAGACGACAG TGATCAGAAA 
GATGGCACAG GCGGGTATTC ACCACAAAAC AAAAAGCTCA CCAAAGAGCC CCAACCACAG 
GGGGCCTCTG AATCAAGTTT GAGCACTGGC AAAGAGGAAC AAAAAGCCTT AGTGGCCAAA 
CCCGGTCAAT ACGCTGAGCA ACCAGCCCTG GAAAAAAGGA AAAAACGGAG AAAATCATCT 
TCTGAAGCTA AATCAAAGTC ATCTACTGAA TCCAAAGGCC AACACATCTC TTCTATGGCA 
ACCAAGAGCC AAGACCAGAA AAGTGGAAAA GGTACATGGG AGCAACTCCA AAAGCTCCAA 
CCTGAACATC CGCCTAAAAA AGGCCCAACC CCATCGGAGG CTAAGTTAGA ACCCACCTCT 
AAGTCAACGG ACAAAGACAC CAGAAGTGAA CTGACAGGGC CATTCAGGAT GTTCAAGGCT 
GATTTCGCCT CTGAGCCACA GAGAGTTGAA ATGAAAGGAA AGAAACAGCA AGTCATTTCG 
GGAACTACCA CAAGCAAAGA GGACAAAACG GAAGAGAAAG AGATACATGG CCTCGTCAGA 
CAGGTCCAGT CTCTGCAGCT GGCTGACGCA CAGTCAAAGG TCACTAAAGA GACTCTAGCA 
AGCCCAGACG GCAAAAGTGA ACAGAACAAC CTAGAGTTAT TTCAAAAAGC GATCATGGCT 
TTCCTAAAAG AAAAAATTGA TAACACAGGA AAGCCTTCTG ACAAAAAGAG AGCGCTGAAG 
GAGGAAGAGT CACTTATGAA AGCAGAAGTT GAAAAGCTGG GAGTCATACA GGCAAAAATG 
GAGGAATATT TCCAAAAAGT GGCTGAAACT GTGACTAAAA TCTTGAGAAA ATACAAAGAT 
ATAAAAATGG AAGGACAAGC TGGAGAGAAA CGTGTAAAAC AAAAGCAGGC AGTCATGTTT 
ACGCCAGGAT TGCACGTGCA GGAGTCATCA GAGAGTGCGA AGTCTGAAAT CAGCTCCTTC 
CTCTCACACG AGAGCACAGA CCCAGTAATT ACCACTTTAT TACAGATGAT CCTGGCGGAG 
ATGGAACGTG AAAGAGATGT CCCAAAAGTT TTGATAACAG GAAAGGTCCA CAAGGGGAAA 
GGAAAAGGGC AGCAGGAGAA ATATTTGCAA GAAGATCAGG ATCAGATGTC TGGTGTGGAC 
CTCAAACCCC ACCAACTGGA AGTAAAAGGT CTCTGGAAGG AGAGCTTGAA GATAAGAGAG 
CCTTCGCAGG GGAAAAAGGA ACTGCTGCAG AAGAAGGCAA AGCAAGAGCA GCGGGAGGAG 
AAACAGGGGC AAGAAGAAGA CAGGGGGACG GAACAGCAAA AACAGAGGAT TCAAGAGCAA 
GATGAACAAC AAAAGCACTG GGAAAGTGAG ACGGAAAAGC AGCAGAAGCT GAAGAAGCAG 
CAGCTCCAAG CGCGGAAGCA AAAGGTGAAA GGACAAGATG CGCCCTTGGA GGAGAACGAC 
AGGGAGATGA TCCAGCAGAT CCAGAAGGGC ATCTGGCTTA AGAACCTGGA CATGAGCAGG 
GGGAAAGATG AGGCGAGGAA GCGGCTGAGC AGGGAGATGG AGGATCTCAA AAGACAGACG 
CCGAACACAG CGAAGTATCC GAGGGCGAAA AGACCTGAAG AGCTAGCAGA CATGCTCACC 
CAAAGTTCAG TGAAGTTATC CCCAAGGGAG AAGAGCACAT TGAAAAATAA GACCCAGTTA 
TACCAAGCAG AAAAGATGCA AAGGAATCTT AGGACCTTAG AGAGTTCTCT AGATGTAAAG 
CACCCCAAAA CAGTCTCTCC TCCCACCCCC ACCCAGTCCT TCCTGACTGG GACCAGTCTT 
GAGTCTGAGC GTCCTCTCAC AAAATACTTT CCTCTCAGTC CTGGGCAGGC CCTGGCAGTG 
GGCGTCACTC CCATCCCTCA GGAGGTTCAG AAAATGGAGC TCACCACTTC CCCTGTGATA 
TCTCAGACTT CGGGGGTCAC ACTCAGTTCT GAGAGGGCGC AGGCTCCGAG GGCTGCGCTT 
ACTCCTGAAC ACACTTCAAG AATGCAGACC CCTTTCATAA CAGAGCAGGC GCAGGAAGGA 
GGCACTGTAA GAACTCAGGA ACAGGCTCTC GCTTCCAGGG TTCCTCTTAC GCCTGAACAA 
GCACAGACGC TAAAGGAATC GCTCATATCA GAAAAAACTC AGGCAATACA GATCTCATCA 
AAAACTAAAG AGTCACAGAT ATTTAGGGTC CCTATTGCCC AAGGAAAGAC TGAGGCCCTG 
AGGGTTCCTC ACACTCCTCA GGAGGGTCAG GGCCTGCTGA TGACTCTGAC CCCTCAGCAG 
GCCCAGGACC TGGGGATCAC TCTGACCCCT CAGCAGATGC AAGCTCAAGG GGTCACTCTG 
ACCCCTCAGC AGGCCCAAAG GATCACATTC ACCCCTCAGC AGGTTCAGGC ATTTGGCGTC 
CCTCTGACCT GGCAAAAGCT TGCCACATTG GCTCCTTCCA CTCTTAGGCC ATTTCAGGAA 
TCGAAGGCCT CTTTTTCCAT GCAACAGTCC ATTAAATCAA GATCATCTCC AAGGGCTAGG 
CTGCCCCTGA CATTATCAGC TCCTCCTGCT GAGAAGATCT CTATACCTAG TGTTTATTCT 
CCTTTGCAAA AAGTAAGACC TCTTCTCAGC CAAACCCCTT TTACTCCTGG GAAACACTCA 
GGAAAGAACA TTCGTTCTGC CCCTGGAAGG CTACTGGGCC CACAGATCCT TCCTACCTCC 
CAACCAATGC TAGTACTTAA AGGTCAAGCC ATTCCCACGG GGTCTCTGCC ACGGGTTTCT 
CCTGCCCCTG GGCGTCACCC GGTATCTGGG GCCCCTCTCC CTGCAGAGCA GCCCCTTCAC 
CCAGAGGCCC TTAGCTCTTC ACACTTCTTC ACGCGTGGAG GCCCTCTGAC TCCCTGGCCA 
CCTCTGTCTT CCCAGGCCTC TCTCCCCCTC AGGCCTCCTC TTGTATCATG CCCCTCTGGA 
CAGATTCCCA GGCTCTGGAC TCCGCTCTCT CCTGGGCAGT CCTTGGTTCC AGGAGTTTCT 
TCCATCAGTA GGGAGGAGCT GAGGGAATCT GCACCCTTAG CCTTCTCCGA GTGGCCCCAG 
GGATTCCGGC CTCCTGCCAC CCCTGAGCTG CCTCTGCAGA CCCCTGCTAC CTTCGGGCAG 
CCTCTGGCAC CGTGGACCCT TCCTGAGCCA ATTTCCCCGT TATGGCTCCC TCCCACCCCT 
AGGCATCCCT CTATACCATG GGCCCCCCCA ACCCCAGGGA AGCCTCAGAG AGTCTCGTCC 
TCTTCTGTCA CTCAGAAAAG ACTGGCAATT GTTTCTTCTC TAAAATCTAA ATCAGTGGTG 
GTCCAGGCAA GGGCTACAGA TTTCAGGGTA TCCCAAGCAG CTTTCACCAC TAAGAAGCTC 
CAAATATCAG AGCCCCCTGA CACTGACGAA GAAACCCAGA TACTCCAAGA TACTGGTGTC 
ACGGAACCAT TGGAAACACT CCCGTTGTCT CTCACCAGTT ACAGGACACC AGGTTCGCAA 
GCCCCATACA CTGATGAGGC GGTCCTTCCC ACCTCCACGA GGCCAGCAAT ATCATTACCT 
TCCCTTCCTC CTCGGCTACC TAAGATGCCA CAAAGCTCGC CTTCTGAAGG GCTCCAGAAA 
CCCCGATTCC CCTCCACAGA CCAGCCCTGG ACACTGACTT CAGTTTCAGG TACCCAGAAA 
CACAAAATGA TGGTGCCCCC TTCCTCTCCT AAAGAGACTG TAGAGAAGAG GTATTTTGTC 
GACGTGGAGG CTCAGAGGAA GAATCTGATA CTATTAATTC AAGCCACAAA AGATTCCGGA 
CTCCCACCGC AACAACACAC AACAGCTAGG AATCTCATCA TTGGAACACT TCATATGGAC 
ACGATCCGGC TGGGATACCT GGTCCGCAAG TACATTGCCT ATAGGCTGAT CCAACGTGCC 
AGAAACAACA TAATCAAACG ATTAAAGGCC ATCCAGAACA CCGGCAGAGG CCATGAGACC 
CGGAGCCTCT ACACCATGCT GAGCAGAATT GATGCTTATC AGAAAAGGGT GATGGCGGTC 
TGGTCTAAAA AGCAGAAATC TCTCGAGCAG AAACGAAATC AAGGCCTGAA GAAAATGGTG 
CACTTATTTA GCCAGTTCCA GAAGATGTAT AAACTGAATC TTAGTCAGCC TATCCCCTTG 
ATGGCTGCTA AAAAGAAGAC ACCCACCCCT ACCACATTTG CTCCACAACC AGTCCTAGAG 
TTGCTGATTG AAGAGGAAGC AAAAACCGAC ATTTTCAACA AATTTAGACA AAGAGAAGCT 
GTGAGGGAGG CCGTTTGGAA TGCTGACCTG TCCACCTCAA GCTACCCAAT AACAAAGAAG 
ACATCGGTAA CATCACTCTG GGCCCAGCTG GGTGGGTACC CAGATATTCC TAGGCTGCTC 
CAGTTAGATA TTCAATCCAC GTTCAGAAAA TCTCTTGCGT CTGTCCAGTC ACAGAAAGTA 
AAGGACTAG

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

RefSeq	XP_005412016.1
CDS	84..5912
Translation	MFYESRSKRKSLKMSAKKQSEIGSDSESEKEVENANIKERWSGTALDLPVVSKLEIPFSVQAVISRIEQAQLLRAREDISAQLNNILNNVHRIITRYTALDLNSSPGRRSSYTESKKTQRNLVLENMSSFAKAVDLKEKALVYILSWLEEWNAILSEITLIDMEEHHHWIAQMEMLPETLKAINKNVMLMCKICRAFLEDKKKQKKKMLSRGTLWKTWKERALKRPATAHALRPDQIISDQLATNTKVSEIQGMLQELIGTAMFNKMESNAIKYISSTIINFSKALNMLNDELKLMNFQNVTVYVDEAKEEEKDLPMKIIQDLSEQNEMLTQKLKDAEDKCEQLIRSKVVSGHRAYISSPTFPTLKVPPGLSPQSSMAMEDTMDSILTKEFENILDESQRKGAKGTGVKWDSAISYTPQVEMTPDLTDQQYILSEKKRKILSQDTSGDNISLKKDDSDQKDGTGGYSPQNKKLTKEPQPQGASESSLSTGKEEQKALVAKPGQYAEQPALEKRKKRRKSSSEAKSKSSTESKGQHISSMATKSQDQKSGKGTWEQLQKLQPEHPPKKGPTPSEAKLEPTSKSTDKDTRSELTGPFRMFKADFASEPQRVEMKGKKQQVISGTTTSKEDKTEEKEIHGLVRQVQSLQLADAQSKVTKETLASPDGKSEQNNLELFQKAIMAFLKEKIDNTGKPSDKKRALKEEESLMKAEVEKLGVIQAKMEEYFQKVAETVTKILRKYKDIKMEGQAGEKRVKQKQAVMFTPGLHVQESSESAKSEISSFLSHESTDPVITTLLQMILAEMERERDVPKVLITGKVHKGKGKGQQEKYLQEDQDQMSGVDLKPHQLEVKGLWKESLKIREPSQGKKELLQKKAKQEQREEKQGQEEDRGTEQQKQRIQEQDEQQKHWESETEKQQKLKKQQLQARKQKVKGQDAPLEENDREMIQQIQKGIWLKNLDMSRGKDEARKRLSREMEDLKRQTPNTAKYPRAKRPEELADMLTQSSVKLSPREKSTLKNKTQLYQAEKMQRNLRTLESSLDVKHPKTVSPPTPTQSFLTGTSLESERPLTKYFPLSPGQALAVGVTPIPQEVQKMELTTSPVISQTSGVTLSSERAQAPRAALTPEHTSRMQTPFITEQAQEGGTVRTQEQALASRVPLTPEQAQTLKESLISEKTQAIQISSKTKESQIFRVPIAQGKTEALRVPHTPQEGQGLLMTLTPQQAQDLGITLTPQQMQAQGVTLTPQQAQRITFTPQQVQAFGVPLTWQKLATLAPSTLRPFQESKASFSMQQSIKSRSSPRARLPLTLSAPPAEKISIPSVYSPLQKVRPLLSQTPFTPGKHSGKNIRSAPGRLLGPQILPTSQPMLVLKGQAIPTGSLPRVSPAPGRHPVSGAPLPAEQPLHPEALSSSHFFTRGGPLTPWPPLSSQASLPLRPPLVSCPSGQIPRLWTPLSPGQSLVPGVSSISREELRESAPLAFSEWPQGFRPPATPELPLQTPATFGQPLAPWTLPEPISPLWLPPTPRHPSIPWAPPTPGKPQRVSSSSVTQKRLAIVSSLKSKSVVVQARATDFRVSQAAFTTKKLQISEPPDTDEETQILQDTGVTEPLETLPLSLTSYRTPGSQAPYTDEAVLPTSTRPAISLPSLPPRLPKMPQSSPSEGLQKPRFPSTDQPWTLTSVSGTQKHKMMVPPSSPKETVEKRYFVDVEAQRKNLILLIQATKDSGLPPQQHTTARNLIIGTLHMDTIRLGYLVRKYIAYRLIQRARNNIIKRLKAIQNTGRGHETRSLYTMLSRIDAYQKRVMAVWSKKQKSLEQKRNQGLKKMVHLFSQFQKMYKLNLSQPIPLMAAKKKTPTPTTFAPQPVLELLIEEEAKTDIFNKFRQREAVREAVWNADLSTSSYPITKKTSVTSLWAQLGGYPDIPRLLQLDIQSTFRKSLASVQSQKVKD

Target ORF information:

RefSeq Version	XM_005411959.1
Organism	Chinchilla lanigera(long-tailed chinchilla)
Definition	Chinchilla lanigera family with sequence similarity 186, member A (Fam186a), mRNA.

Target ORF information:

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

XM_005411959.1

ORF Insert Sequence:

ATGTTCTATG AAAGCAGAAG TAAAAGAAAA TCACTGAAAA TGTCTGCCAA AAAGCAAAGT 
GAGATAGGCA GTGACTCCGA ATCAGAAAAA GAGGTTGAGA ATGCCAACAT CAAAGAAAGA 
TGGTCCGGAA CTGCTCTCGA TCTTCCCGTG GTCTCCAAGC TTGAAATCCC ATTCTCTGTA 
CAGGCAGTAA TCTCTCGGAT CGAGCAAGCG CAGCTCCTTC GAGCCAGAGA GGATATTAGT 
GCGCAACTGA ATAACATACT GAACAATGTG CATCGAATAA TAACTCGCTA TACTGCTCTT 
GATCTTAACT CCTCTCCTGG AAGAAGGAGC TCCTATACAG AATCCAAGAA AACACAAAGA 
AATCTTGTTT TGGAGAACAT GTCTTCTTTT GCTAAGGCTG TTGATCTTAA AGAAAAGGCT 
CTGGTCTACA TTCTGTCCTG GTTGGAAGAA TGGAATGCCA TTTTGTCTGA GATAACGCTA 
ATTGACATGG AAGAACACCA CCACTGGATC GCACAAATGG AGATGTTACC AGAGACGTTA 
AAAGCTATCA ACAAGAATGT CATGCTAATG TGTAAAATTT GTAGAGCTTT CCTTGAAGAT 
AAGAAGAAAC AAAAGAAAAA AATGTTATCT AGAGGTACTC TATGGAAAAC TTGGAAAGAA 
AGAGCTTTGA AGCGACCTGC AACGGCCCAT GCTTTAAGAC CAGATCAGAT AATTAGCGAT 
CAACTTGCAA CAAATACAAA GGTGTCAGAA ATTCAAGGTA TGCTACAGGA ACTGATAGGC 
ACAGCAATGT TCAACAAAAT GGAAAGCAAT GCTATTAAAT ATATATCATC AACAATAATA 
AACTTTTCTA AAGCCTTGAA TATGCTAAAT GATGAATTAA AACTTATGAA CTTCCAAAAT 
GTCACTGTAT ATGTAGATGA AGCAAAAGAA GAAGAAAAAG ATCTCCCCAT GAAGATAATC 
CAGGATCTCA GTGAACAAAA TGAAATGCTT ACTCAGAAAC TTAAAGATGC AGAAGACAAA 
TGTGAACAAC TTATTCGATC CAAAGTTGTT TCAGGACACC GAGCATACAT ATCATCACCC 
ACATTCCCAA CCTTGAAAGT ACCACCCGGG CTTTCTCCGC AGTCATCCAT GGCCATGGAG 
GACACTATGG ACAGTATTTT AACCAAAGAA TTTGAGAATA TTCTAGATGA ATCCCAAAGA 
AAAGGGGCCA AAGGCACTGG GGTAAAGTGG GATTCAGCTA TTTCATACAC ACCTCAAGTT 
GAAATGACTC CAGACTTAAC TGACCAGCAA TATATTTTAT CTGAGAAAAA GCGGAAAATT 
TTGTCTCAAG ATACTTCTGG AGATAACATA TCGCTGAAGA AAGACGACAG TGATCAGAAA 
GATGGCACAG GCGGGTATTC ACCACAAAAC AAAAAGCTCA CCAAAGAGCC CCAACCACAG 
GGGGCCTCTG AATCAAGTTT GAGCACTGGC AAAGAGGAAC AAAAAGCCTT AGTGGCCAAA 
CCCGGTCAAT ACGCTGAGCA ACCAGCCCTG GAAAAAAGGA AAAAACGGAG AAAATCATCT 
TCTGAAGCTA AATCAAAGTC ATCTACTGAA TCCAAAGGCC AACACATCTC TTCTATGGCA 
ACCAAGAGCC AAGACCAGAA AAGTGGAAAA GGTACATGGG AGCAACTCCA AAAGCTCCAA 
CCTGAACATC CGCCTAAAAA AGGCCCAACC CCATCGGAGG CTAAGTTAGA ACCCACCTCT 
AAGTCAACGG ACAAAGACAC CAGAAGTGAA CTGACAGGGC CATTCAGGAT GTTCAAGGCT 
GATTTCGCCT CTGAGCCACA GAGAGTTGAA ATGAAAGGAA AGAAACAGCA AGTCATTTCG 
GGAACTACCA CAAGCAAAGA GGACAAAACG GAAGAGAAAG AGATACATGG CCTCGTCAGA 
CAGGTCCAGT CTCTGCAGCT GGCTGACGCA CAGTCAAAGG TCACTAAAGA GACTCTAGCA 
AGCCCAGACG GCAAAAGTGA ACAGAACAAC CTAGAGTTAT TTCAAAAAGC GATCATGGCT 
TTCCTAAAAG AAAAAATTGA TAACACAGGA AAGCCTTCTG ACAAAAAGAG AGCGCTGAAG 
GAGGAAGAGT CACTTATGAA AGCAGAAGTT GAAAAGCTGG GAGTCATACA GGCAAAAATG 
GAGGAATATT TCCAAAAAGT GGCTGAAACT GTGACTAAAA TCTTGAGAAA ATACAAAGAT 
ATAAAAATGG AAGGACAAGC TGGAGAGAAA CGTGTAAAAC AAAAGCAGGC AGTCATGTTT 
ACGCCAGGAT TGCACGTGCA GGAGTCATCA GAGAGTGCGA AGTCTGAAAT CAGCTCCTTC 
CTCTCACACG AGAGCACAGA CCCAGTAATT ACCACTTTAT TACAGATGAT CCTGGCGGAG 
ATGGAACGTG AAAGAGATGT CCCAAAAGTT TTGATAACAG GAAAGGTCCA CAAGGGGAAA 
GGAAAAGGGC AGCAGGAGAA ATATTTGCAA GAAGATCAGG ATCAGATGTC TGGTGTGGAC 
CTCAAACCCC ACCAACTGGA AGTAAAAGGT CTCTGGAAGG AGAGCTTGAA GATAAGAGAG 
CCTTCGCAGG GGAAAAAGGA ACTGCTGCAG AAGAAGGCAA AGCAAGAGCA GCGGGAGGAG 
AAACAGGGGC AAGAAGAAGA CAGGGGGACG GAACAGCAAA AACAGAGGAT TCAAGAGCAA 
GATGAACAAC AAAAGCACTG GGAAAGTGAG ACGGAAAAGC AGCAGAAGCT GAAGAAGCAG 
CAGCTCCAAG CGCGGAAGCA AAAGGTGAAA GGACAAGATG CGCCCTTGGA GGAGAACGAC 
AGGGAGATGA TCCAGCAGAT CCAGAAGGGC ATCTGGCTTA AGAACCTGGA CATGAGCAGG 
GGGAAAGATG AGGCGAGGAA GCGGCTGAGC AGGGAGATGG AGGATCTCAA AAGACAGACG 
CCGAACACAG CGAAGTATCC GAGGGCGAAA AGACCTGAAG AGCTAGCAGA CATGCTCACC 
CAAAGTTCAG TGAAGTTATC CCCAAGGGAG AAGAGCACAT TGAAAAATAA GACCCAGTTA 
TACCAAGCAG AAAAGATGCA AAGGAATCTT AGGACCTTAG AGAGTTCTCT AGATGTAAAG 
CACCCCAAAA CAGTCTCTCC TCCCACCCCC ACCCAGTCCT TCCTGACTGG GACCAGTCTT 
GAGTCTGAGC GTCCTCTCAC AAAATACTTT CCTCTCAGTC CTGGGCAGGC CCTGGCAGTG 
GGCGTCACTC CCATCCCTCA GGAGGTTCAG AAAATGGAGC TCACCACTTC CCCTGTGATA 
TCTCAGACTT CGGGGGTCAC ACTCAGTTCT GAGAGGGCGC AGGCTCCGAG GGCTGCGCTT 
ACTCCTGAAC ACACTTCAAG AATGCAGACC CCTTTCATAA CAGAGCAGGC GCAGGAAGGA 
GGCACTGTAA GAACTCAGGA ACAGGCTCTC GCTTCCAGGG TTCCTCTTAC GCCTGAACAA 
GCACAGACGC TAAAGGAATC GCTCATATCA GAAAAAACTC AGGCAATACA GATCTCATCA 
AAAACTAAAG AGTCACAGAT ATTTAGGGTC CCTATTGCCC AAGGAAAGAC TGAGGCCCTG 
AGGGTTCCTC ACACTCCTCA GGAGGGTCAG GGCCTGCTGA TGACTCTGAC CCCTCAGCAG 
GCCCAGGACC TGGGGATCAC TCTGACCCCT CAGCAGATGC AAGCTCAAGG GGTCACTCTG 
ACCCCTCAGC AGGCCCAAAG GATCACATTC ACCCCTCAGC AGGTTCAGGC ATTTGGCGTC 
CCTCTGACCT GGCAAAAGCT TGCCACATTG GCTCCTTCCA CTCTTAGGCC ATTTCAGGAA 
TCGAAGGCCT CTTTTTCCAT GCAACAGTCC ATTAAATCAA GATCATCTCC AAGGGCTAGG 
CTGCCCCTGA CATTATCAGC TCCTCCTGCT GAGAAGATCT CTATACCTAG TGTTTATTCT 
CCTTTGCAAA AAGTAAGACC TCTTCTCAGC CAAACCCCTT TTACTCCTGG GAAACACTCA 
GGAAAGAACA TTCGTTCTGC CCCTGGAAGG CTACTGGGCC CACAGATCCT TCCTACCTCC 
CAACCAATGC TAGTACTTAA AGGTCAAGCC ATTCCCACGG GGTCTCTGCC ACGGGTTTCT 
CCTGCCCCTG GGCGTCACCC GGTATCTGGG GCCCCTCTCC CTGCAGAGCA GCCCCTTCAC 
CCAGAGGCCC TTAGCTCTTC ACACTTCTTC ACGCGTGGAG GCCCTCTGAC TCCCTGGCCA 
CCTCTGTCTT CCCAGGCCTC TCTCCCCCTC AGGCCTCCTC TTGTATCATG CCCCTCTGGA 
CAGATTCCCA GGCTCTGGAC TCCGCTCTCT CCTGGGCAGT CCTTGGTTCC AGGAGTTTCT 
TCCATCAGTA GGGAGGAGCT GAGGGAATCT GCACCCTTAG CCTTCTCCGA GTGGCCCCAG 
GGATTCCGGC CTCCTGCCAC CCCTGAGCTG CCTCTGCAGA CCCCTGCTAC CTTCGGGCAG 
CCTCTGGCAC CGTGGACCCT TCCTGAGCCA ATTTCCCCGT TATGGCTCCC TCCCACCCCT 
AGGCATCCCT CTATACCATG GGCCCCCCCA ACCCCAGGGA AGCCTCAGAG AGTCTCGTCC 
TCTTCTGTCA CTCAGAAAAG ACTGGCAATT GTTTCTTCTC TAAAATCTAA ATCAGTGGTG 
GTCCAGGCAA GGGCTACAGA TTTCAGGGTA TCCCAAGCAG CTTTCACCAC TAAGAAGCTC 
CAAATATCAG AGCCCCCTGA CACTGACGAA GAAACCCAGA TACTCCAAGA TACTGGTGTC 
ACGGAACCAT TGGAAACACT CCCGTTGTCT CTCACCAGTT ACAGGACACC AGGTTCGCAA 
GCCCCATACA CTGATGAGGC GGTCCTTCCC ACCTCCACGA GGCCAGCAAT ATCATTACCT 
TCCCTTCCTC CTCGGCTACC TAAGATGCCA CAAAGCTCGC CTTCTGAAGG GCTCCAGAAA 
CCCCGATTCC CCTCCACAGA CCAGCCCTGG ACACTGACTT CAGTTTCAGG TACCCAGAAA 
CACAAAATGA TGGTGCCCCC TTCCTCTCCT AAAGAGACTG TAGAGAAGAG GTATTTTGTC 
GACGTGGAGG CTCAGAGGAA GAATCTGATA CTATTAATTC AAGCCACAAA AGATTCCGGA 
CTCCCACCGC AACAACACAC AACAGCTAGG AATCTCATCA TTGGAACACT TCATATGGAC 
ACGATCCGGC TGGGATACCT GGTCCGCAAG TACATTGCCT ATAGGCTGAT CCAACGTGCC 
AGAAACAACA TAATCAAACG ATTAAAGGCC ATCCAGAACA CCGGCAGAGG CCATGAGACC 
CGGAGCCTCT ACACCATGCT GAGCAGAATT GATGCTTATC AGAAAAGGGT GATGGCGGTC 
TGGTCTAAAA AGCAGAAATC TCTCGAGCAG AAACGAAATC AAGGCCTGAA GAAAATGGTG 
CACTTATTTA GCCAGTTCCA GAAGATGTAT AAACTGAATC TTAGTCAGCC TATCCCCTTG 
ATGGCTGCTA AAAAGAAGAC ACCCACCCCT ACCACATTTG CTCCACAACC AGTCCTAGAG 
TTGCTGATTG AAGAGGAAGC AAAAACCGAC ATTTTCAACA AATTTAGACA AAGAGAAGCT 
GTGAGGGAGG CCGTTTGGAA TGCTGACCTG TCCACCTCAA GCTACCCAAT AACAAAGAAG 
ACATCGGTAA CATCACTCTG GGCCCAGCTG GGTGGGTACC CAGATATTCC TAGGCTGCTC 
CAGTTAGATA TTCAATCCAC GTTCAGAAAA TCTCTTGCGT CTGTCCAGTC ACAGAAAGTA 
AAGGACTAG