AIM1 cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka)

Gene
Clones
gRNAs

Summary

Gene Symbol	AIM1
Entrez Gene ID	105815945
Full Name	crystallin beta-gamma domain containing 1
Synonyms	AIM1
Gene Type	protein-coding
Organism	Propithecus coquereli(Coquerel's sifaka)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012651229.1	XP_012506683.1	absent in melanoma 1 protein

Pathways from BioSystems
Gene Ontology

The following AIM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AIM1 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
OPr109223	XM_012651229.1 Latest version!	Propithecus coquereli absent in melanoma 1 (AIM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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

AIM1 ( XM_012651229.1 ) cDNA ORF clone, Propithecus coquereli(Coquerel's sifaka) -> XP_012506683.1 Propithecus coquereli absent in melanoma 1 (AIM1), mRNA.

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CloneID	OPr109223
Clone ID Related Accession (Same CDS sequence)	XM_012651229.1
Accession Version	XM_012651229.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5154bp) 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	2015-05-31
Organism	Propithecus coquereli(Coquerel's sifaka)
Product	absent in melanoma 1 protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012149174.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Propithecus coquereli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGAAGA GGTCGAGCGG TCGCAGGTCG GGGAGGCGGA GGAAGTCGCA GAAATCCACC 
GACTCCCCCG GTGCAGACGC CGAGCTACCC GAGAGCACGG CGAGGGACGA CGCGGTGTTC 
GACGACGAGG TGGCGCCAAA CCCGGCCACC GACAGCGTCT CCGGCGAAAA GAAAGTGAAA 
TCTCCGCGGG CGGCCTCCGA CGGGGGCGTT GCCTGCGCCG CGAGCGCGGA GTCCAAACCC 
AGCCCCGGCC CCAGAGGGCA GCTCCGAGGG GAGTCGGAGC GGAGCAAACA GCCGCTCCCG 
ACCTCGTCCC CCACCAAGCG GAAGGGCAGG AGCCGCGCCC CCGAGGCCGT GCCCTCCCCG 
CCCGCCGGCG GCCTGCGGGC TCCGGGCAGG GAGTCCCAAG GCACCAAGGG CGCGGCGGCC 
GAGAGCGGGG AGGAGGCTCG GGTCGCCCCC CGCGAGCTCA CAGTCCGGAG CAGCTCGCTG 
CTGCCGGAGA TCAAGCCCGA GCACAAGCGG GGCCCGCTGC CCAACCACTT CGACGGCCGG 
GCGGAGGGAG GTCGAAGCAA AGAGCTGGGC AGATCGGCAG GAGCCTCTGG AGCTGCTGAC 
GCCGACGGCT GGAAGCCCAG GAACCATTTC GGTGCGGGCA GGTCGACGGT GACTACCAAA 
GTGACCCTCC CTGCCAAGCC CAAACATGTG GAACTAAATC TTAAAACCCC TAAGAATCCT 
GACAGCTTGG GAAGTGAACA TAATCCATTT AGCCAGCCAG TTCATAAAGG AAACACTGCC 
ACTAAAATCT CCTTATTTGA AAACAAACGG GCAAATAATA GCCCAAGACA CACTGACATT 
CGAGGCACAA GGAACACGCC TGCCGCTAAT AAAACATTTG TTGGAAGGGC AAAGCTGAAT 
TTAGCTAAAA AAGCCAAAGA GATGGAGCAA CCTGAGAAGA AAGTAATGCC AAACAGTCAC 
CAGAACAGTG TGCTGGTGAA GGAAACCTCT GCAGAAGCCA AAGTTCCTCT CGCTGAAGAA 
GAGATTCTGC CAGCAACCGG AGGAATGAAA GCAGTGCCTG CTGAGGATCA AGCTCTTGGT 
TCTCAGCCTA ACCAAGGTGA TAAAGCAGAT GTGCAAACAG ATGCTGGCTG TCCTTCAGAA 
CCAGTGGCTA CTGCTCTGAT TCCTGTCAAG GACCATGAGC TCTTAAGAGA GGATGACTCA 
AAGACTGCTG ACAGCAAAAG ACGTGTTCTT GAAAATATGA CTGATATAGC ACAAGATGTC 
TCCACCATCG TTAATACCAA AGATTTACCT CCAACAGCCT TACCAAAGCC ACAGGATGAA 
TTTTCTGACT CACAGCCCCC AGCGGAGTCA TCTAATGGGC CTTCTCTCTC GCTGTCCACA 
CCCATTCCTG TGGATGTTCC CAAAGACTCC TGTGTTCAGT CTCGCATAAG CAATCTTCCA 
TGCACTGATC TAAAAGTGTC AGAAAACCGT GAAGGATGTA TTTTGCCTGT GTCTCATCAG 
AGTAATGAGA AAATGCCACT CTCCAAACCT GGAGGAGAAA CAAGCCTGCC TTTGTCCGCA 
GAGCCCAGTC CGGAGGCTGT GGGAAGTGAG TGTCCATCCA AGGTCCTAGT CCAGGTCAGG 
TCTTTCGTGC TCCCCGTGGA GAGCACCCAG GACGTGAGCT CCCACATCAT CTCAGATAGC 
TCTGAAGTTA GAGAAATGCA GTTGCCAAGT TGTCACAATA ATGAACTTGA GGTGGTTTCC 
GTTGCAAGTT GTGCTCCCCA GCAAGAGGAA GTAGTGGGCC ATAAGAGCAC ATCACCCAAA 
CACACTCATT GCCAAGCAGA ACATGTGGCC AAATCTGCCC TGCAAGTCAT GCCGTCAGAA 
TCAGAGAGAA CTCTGCCCAT TCAGGCGCAA AGTCAGGGCA ACAAAACACC CCTGGCGTCT 
GAATCCAGTC CTGCCAACTC TCCCAACAGC AGAAATCATT TAGAAACTGC TCAAAAGTCA 
GATCAGAATG TTGTGAATGG CCAAGGTAGC CCTGCCAGTC TTTTGAATGT TTCTGCTGAT 
AGTGATGATA GTGTATTCGA TTCTTCTTCT GATATGGAAA AATTCACTGA AATTATAAAA 
AAGATGGATA GCGCAGTTTG TGTGCCCCAG AAGAAAAAGA AGGCCAGGGT GCCCAACTCT 
CCCGCCCCTC ACTTTGCCAT GCCTCCGATT CATGAAGACA ATTTAGAAAA GGTGTTTGAT 
CCCAACGTGT TTACCTTTGG TTTGGGGAAG AAGAAGGAAA GCCAATCAGA AATGTCACCG 
GCTTTACATT TGATACAGAA CCTTGACACA AAATCCAAAC TGAGACCCAA ACGTGCATCT 
ACCGAACAGA GTATTCTCTT CAAGTCCTTG CACACTAACC CTAATGGGAA AAATGAAACT 
GTGGTGACTC CAGAAATAAA TGACAAAGAG AACAGGGACA TCACAAATGG TGGAGTTAAG 
AGATCGAGGC TAGAAAAAAG TGCGCTTTTT TCAAGCTTGT TGTCTTCCCT GCCACAAGAC 
AAAATCTTTT CTCCCTCTGT GACATCAGTC AATACTATGA CCACAACTTT CAGCACTTCT 
CAGAACGGTT CCCTATCTCA GTCTTCAGTG CCACAGCCTA TGGCTGAGGG TGCCCCGCCC 
TGCGGTTCGA ACAAACAACA GCCAAATCTT CCACCCAACA ACTCCTTGAA GGTCTTCAAC 
TTCGACTCAT CAAATACGTC TCATTCAGGT TTGAAAAGTC CAAGCCACAT GGAAAAATCC 
CTGCAAAAAG AGGAAACCAA AGAAGATCTA GATTCACGAA GCAGCCTACT CTTGCCAGAA 
ACTAAATTTT CTGAATTTTC AAAGCTGAAG AATAATGACA ATATGGAAAA GGCTAATCAT 
ATTGAAAGTG TTTTAAAATC AAACTTGCCA AACTATGGAA ATAGCGACAC CGACTTCGTG 
GGTCTTTTCA AATCAAGCCG GTTTGACCCA AGCATTTCTT TTTCTGGAAT GTCATTATCA 
GATACAATGA CTTTTAGAGG AAATGTACAA AATAAACTCA ATCCCCGACC TGGAAAGGTA 
GTGATATACA GTGAACCCGA TGTCTCTGAG GAGTGCATTG AAGTTTTCAG TGACATTCAG 
GATTGCAGTT CTTGGAGCCT CTCTCCAGTG ATACTCATAA AAGTTGTAAG AGGATGTTGG 
ATTTTGTATG AGAAGCCAAA TTTTGAAGGG CACTCTATCC CCTTGGAAGA AGGAGAACTG 
GAACTCTCTG GTCTCTGGGG TATAGAAGAA ATTTTGGAAA AGAATTGGGA AGGAGAGTCT 
GATAAGCCTG TGGTGATTGG TTCAATCAGA CTCATGGTCC AGGATTACAG AATTAGTCAA 
ATCGACTTAT TTACTGAACC AGAAGGGTTA GGACTCCTAA ATTCCTACTT TGATGATACT 
GAAGAAATAC AGGGATTTGG TGTAATGCAG AAGACTTGTT CCATTAAAGT ACATCAGGGC 
ACATGGCTGA TTTACGAAGA ACCTGGATTT CAGGGTATCC CTTTCATCCT GGAACCTGGT 
GAATACCCTG ACTTATCCTT CTGGGATACC GAAGCAGCGT ACATCGGATC CATGCGGCCT 
CTGAAAATGG GTGGCCGTAA AGTTGAATTC CCTACCGATC CAAAGGTAGT TATTTATGAA 
AAGCCTTTCT TTGAAGGAAA ATGTATGGAA CTAGAAGCAG ATGTGTGCAG TTTTATCACA 
GAAGGAGGTG AAACAGAAGA CACAGCTGGA GACGATCGTT TGCCATTTAC GTCAGTGGGG 
TCTATGAAAG TTCTGAGAGG CATCTGGGTT GCGTATGAGA AGCCTGGATT TACTGGTCAT 
CAGTATTTGC TAGAAGAAGG AGAATACAGG GACTGGAAAG ACTGGGGAGG TTACAATGGA 
GAACTTCAGT CTTTACGACC TATATTAGGT GATTTTTCAA ATGCTCACAT GATAATGTAC 
AGTGAAAAAA ACTTTGGATC CAAAGGTTCC AGTATTGATG TATTGGGGAT TGTTGCTAAT 
TTAAAGGAGA CTGGATATGG AGTGAAGACA CAGTCTATTA ATGTACTGAG TGGAGTATGG 
GTAGCCTATG AAAATCCTGA CTTCACAGGA GAACAGTATA TACTGGATAA AGGCTTTTAT 
ACCACTTTTG AGGACTGGGG AGGCAAAAAT TGTAAGATCT CTTCTGTTCA ACCCATATGT 
TTGGATTCTT TCACTGGCCC AAGGAGACGC AATCAGATTC ACTTGTTTTC AGAACCACAG 
TTTCAAGGTT ACAGTCAATG TTTTGAAGAA ACAACAGGTC AAATTGATGA ATCATTTTCT 
ACTAAGTCCT GCAGAGTTTC CGGAGGCAGC TGGGTTGCAT ATGATGGAGA AAACTTCTCT 
GGGAATCAGT ACGTATTGGA GGAAGGCCAT TACCCTTGTC TCTCCGCAAT GGGCTGCCTG 
CCTGGAGCAA CTTTCAAGTC TCTCCGTTTT ATAGATGTTG AATTTTCTGA ACCAACAATT 
ATTCTTTTTG AAAGAGAAGA CTTCAAAGGA AAAAAGGTTG AACTCAATGC AGAAACGGTT 
AATCTCCGAT CCCTGGGATT CAACACGCAA ATACGCTCTC TTCAGGTTAT TGGTGGCATA 
TGGGTTACTT ATGAATATGG CAATTACAGA GGTCGACAGT TCCTACTGTC ACCAGCAGAA 
GTACCTAATT GGTATGAATT CAGTGGCTGT CGCCAAATAG GTTCTCTACG ACCTTTTGCT 
CAGAAACGAA TTTGTTTCAG ACTTCGAAAC AAAGCAACAG GGTTATTCAT GTCAACCAAT 
GGAAACCTAG AGGATCTGAA GCTTCTTAGA ATACAGGTCA TGGAGGATGT TGGTGCTGAT 
GATCAGATTT GGATTTATCA AGAAGGATGC ATCAAATGCA GGATAGCAGA AGACTGCTGT 
CTGACGATTG TGGGCAGCCT GGTGACATCT GGCTCTAAAC TCGGCCTGGC CCTTGACCAG 
AATGCGGACA GTCAGTTCTG GAGCATGAAG TCGGATGGCA GAATCTACAG CAAGTTGAAG 
CCAAATTTAG TTTTAGATGT CAAAGGGGGT ACACAGTATG ATCAAAATCA CATTATCCTC 
AACACCGTCA GCAAAGAGAA GTTAACGCAA GTGTGGGAAG CCATGGTCCT ATAA

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

RefSeq	XP_012506683.1
CDS	545..5698
Translation	MEKRSSGRRSGRRRKSQKSTDSPGADAELPESTARDDAVFDDEVAPNPATDSVSGEKKVKSPRAASDGGVACAASAESKPSPGPRGQLRGESERSKQPLPTSSPTKRKGRSRAPEAVPSPPAGGLRAPGRESQGTKGAAAESGEEARVAPRELTVRSSSLLPEIKPEHKRGPLPNHFDGRAEGGRSKELGRSAGASGAADADGWKPRNHFGAGRSTVTTKVTLPAKPKHVELNLKTPKNPDSLGSEHNPFSQPVHKGNTATKISLFENKRANNSPRHTDIRGTRNTPAANKTFVGRAKLNLAKKAKEMEQPEKKVMPNSHQNSVLVKETSAEAKVPLAEEEILPATGGMKAVPAEDQALGSQPNQGDKADVQTDAGCPSEPVATALIPVKDHELLREDDSKTADSKRRVLENMTDIAQDVSTIVNTKDLPPTALPKPQDEFSDSQPPAESSNGPSLSLSTPIPVDVPKDSCVQSRISNLPCTDLKVSENREGCILPVSHQSNEKMPLSKPGGETSLPLSAEPSPEAVGSECPSKVLVQVRSFVLPVESTQDVSSHIISDSSEVREMQLPSCHNNELEVVSVASCAPQQEEVVGHKSTSPKHTHCQAEHVAKSALQVMPSESERTLPIQAQSQGNKTPLASESSPANSPNSRNHLETAQKSDQNVVNGQGSPASLLNVSADSDDSVFDSSSDMEKFTEIIKKMDSAVCVPQKKKKARVPNSPAPHFAMPPIHEDNLEKVFDPNVFTFGLGKKKESQSEMSPALHLIQNLDTKSKLRPKRASTEQSILFKSLHTNPNGKNETVVTPEINDKENRDITNGGVKRSRLEKSALFSSLLSSLPQDKIFSPSVTSVNTMTTTFSTSQNGSLSQSSVPQPMAEGAPPCGSNKQQPNLPPNNSLKVFNFDSSNTSHSGLKSPSHMEKSLQKEETKEDLDSRSSLLLPETKFSEFSKLKNNDNMEKANHIESVLKSNLPNYGNSDTDFVGLFKSSRFDPSISFSGMSLSDTMTFRGNVQNKLNPRPGKVVIYSEPDVSEECIEVFSDIQDCSSWSLSPVILIKVVRGCWILYEKPNFEGHSIPLEEGELELSGLWGIEEILEKNWEGESDKPVVIGSIRLMVQDYRISQIDLFTEPEGLGLLNSYFDDTEEIQGFGVMQKTCSIKVHQGTWLIYEEPGFQGIPFILEPGEYPDLSFWDTEAAYIGSMRPLKMGGRKVEFPTDPKVVIYEKPFFEGKCMELEADVCSFITEGGETEDTAGDDRLPFTSVGSMKVLRGIWVAYEKPGFTGHQYLLEEGEYRDWKDWGGYNGELQSLRPILGDFSNAHMIMYSEKNFGSKGSSIDVLGIVANLKETGYGVKTQSINVLSGVWVAYENPDFTGEQYILDKGFYTTFEDWGGKNCKISSVQPICLDSFTGPRRRNQIHLFSEPQFQGYSQCFEETTGQIDESFSTKSCRVSGGSWVAYDGENFSGNQYVLEEGHYPCLSAMGCLPGATFKSLRFIDVEFSEPTIILFEREDFKGKKVELNAETVNLRSLGFNTQIRSLQVIGGIWVTYEYGNYRGRQFLLSPAEVPNWYEFSGCRQIGSLRPFAQKRICFRLRNKATGLFMSTNGNLEDLKLLRIQVMEDVGADDQIWIYQEGCIKCRIAEDCCLTIVGSLVTSGSKLGLALDQNADSQFWSMKSDGRIYSKLKPNLVLDVKGGTQYDQNHIILNTVSKEKLTQVWEAMVL

Target ORF information:

RefSeq Version	XM_012651229.1
Organism	Propithecus coquereli(Coquerel's sifaka)
Definition	Propithecus coquereli absent in melanoma 1 (AIM1), mRNA.

Target ORF information:

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

XM_012651229.1

ORF Insert Sequence:

ATGGAGAAGA GGTCGAGCGG TCGCAGGTCG GGGAGGCGGA GGAAGTCGCA GAAATCCACC 
GACTCCCCCG GTGCAGACGC CGAGCTACCC GAGAGCACGG CGAGGGACGA CGCGGTGTTC 
GACGACGAGG TGGCGCCAAA CCCGGCCACC GACAGCGTCT CCGGCGAAAA GAAAGTGAAA 
TCTCCGCGGG CGGCCTCCGA CGGGGGCGTT GCCTGCGCCG CGAGCGCGGA GTCCAAACCC 
AGCCCCGGCC CCAGAGGGCA GCTCCGAGGG GAGTCGGAGC GGAGCAAACA GCCGCTCCCG 
ACCTCGTCCC CCACCAAGCG GAAGGGCAGG AGCCGCGCCC CCGAGGCCGT GCCCTCCCCG 
CCCGCCGGCG GCCTGCGGGC TCCGGGCAGG GAGTCCCAAG GCACCAAGGG CGCGGCGGCC 
GAGAGCGGGG AGGAGGCTCG GGTCGCCCCC CGCGAGCTCA CAGTCCGGAG CAGCTCGCTG 
CTGCCGGAGA TCAAGCCCGA GCACAAGCGG GGCCCGCTGC CCAACCACTT CGACGGCCGG 
GCGGAGGGAG GTCGAAGCAA AGAGCTGGGC AGATCGGCAG GAGCCTCTGG AGCTGCTGAC 
GCCGACGGCT GGAAGCCCAG GAACCATTTC GGTGCGGGCA GGTCGACGGT GACTACCAAA 
GTGACCCTCC CTGCCAAGCC CAAACATGTG GAACTAAATC TTAAAACCCC TAAGAATCCT 
GACAGCTTGG GAAGTGAACA TAATCCATTT AGCCAGCCAG TTCATAAAGG AAACACTGCC 
ACTAAAATCT CCTTATTTGA AAACAAACGG GCAAATAATA GCCCAAGACA CACTGACATT 
CGAGGCACAA GGAACACGCC TGCCGCTAAT AAAACATTTG TTGGAAGGGC AAAGCTGAAT 
TTAGCTAAAA AAGCCAAAGA GATGGAGCAA CCTGAGAAGA AAGTAATGCC AAACAGTCAC 
CAGAACAGTG TGCTGGTGAA GGAAACCTCT GCAGAAGCCA AAGTTCCTCT CGCTGAAGAA 
GAGATTCTGC CAGCAACCGG AGGAATGAAA GCAGTGCCTG CTGAGGATCA AGCTCTTGGT 
TCTCAGCCTA ACCAAGGTGA TAAAGCAGAT GTGCAAACAG ATGCTGGCTG TCCTTCAGAA 
CCAGTGGCTA CTGCTCTGAT TCCTGTCAAG GACCATGAGC TCTTAAGAGA GGATGACTCA 
AAGACTGCTG ACAGCAAAAG ACGTGTTCTT GAAAATATGA CTGATATAGC ACAAGATGTC 
TCCACCATCG TTAATACCAA AGATTTACCT CCAACAGCCT TACCAAAGCC ACAGGATGAA 
TTTTCTGACT CACAGCCCCC AGCGGAGTCA TCTAATGGGC CTTCTCTCTC GCTGTCCACA 
CCCATTCCTG TGGATGTTCC CAAAGACTCC TGTGTTCAGT CTCGCATAAG CAATCTTCCA 
TGCACTGATC TAAAAGTGTC AGAAAACCGT GAAGGATGTA TTTTGCCTGT GTCTCATCAG 
AGTAATGAGA AAATGCCACT CTCCAAACCT GGAGGAGAAA CAAGCCTGCC TTTGTCCGCA 
GAGCCCAGTC CGGAGGCTGT GGGAAGTGAG TGTCCATCCA AGGTCCTAGT CCAGGTCAGG 
TCTTTCGTGC TCCCCGTGGA GAGCACCCAG GACGTGAGCT CCCACATCAT CTCAGATAGC 
TCTGAAGTTA GAGAAATGCA GTTGCCAAGT TGTCACAATA ATGAACTTGA GGTGGTTTCC 
GTTGCAAGTT GTGCTCCCCA GCAAGAGGAA GTAGTGGGCC ATAAGAGCAC ATCACCCAAA 
CACACTCATT GCCAAGCAGA ACATGTGGCC AAATCTGCCC TGCAAGTCAT GCCGTCAGAA 
TCAGAGAGAA CTCTGCCCAT TCAGGCGCAA AGTCAGGGCA ACAAAACACC CCTGGCGTCT 
GAATCCAGTC CTGCCAACTC TCCCAACAGC AGAAATCATT TAGAAACTGC TCAAAAGTCA 
GATCAGAATG TTGTGAATGG CCAAGGTAGC CCTGCCAGTC TTTTGAATGT TTCTGCTGAT 
AGTGATGATA GTGTATTCGA TTCTTCTTCT GATATGGAAA AATTCACTGA AATTATAAAA 
AAGATGGATA GCGCAGTTTG TGTGCCCCAG AAGAAAAAGA AGGCCAGGGT GCCCAACTCT 
CCCGCCCCTC ACTTTGCCAT GCCTCCGATT CATGAAGACA ATTTAGAAAA GGTGTTTGAT 
CCCAACGTGT TTACCTTTGG TTTGGGGAAG AAGAAGGAAA GCCAATCAGA AATGTCACCG 
GCTTTACATT TGATACAGAA CCTTGACACA AAATCCAAAC TGAGACCCAA ACGTGCATCT 
ACCGAACAGA GTATTCTCTT CAAGTCCTTG CACACTAACC CTAATGGGAA AAATGAAACT 
GTGGTGACTC CAGAAATAAA TGACAAAGAG AACAGGGACA TCACAAATGG TGGAGTTAAG 
AGATCGAGGC TAGAAAAAAG TGCGCTTTTT TCAAGCTTGT TGTCTTCCCT GCCACAAGAC 
AAAATCTTTT CTCCCTCTGT GACATCAGTC AATACTATGA CCACAACTTT CAGCACTTCT 
CAGAACGGTT CCCTATCTCA GTCTTCAGTG CCACAGCCTA TGGCTGAGGG TGCCCCGCCC 
TGCGGTTCGA ACAAACAACA GCCAAATCTT CCACCCAACA ACTCCTTGAA GGTCTTCAAC 
TTCGACTCAT CAAATACGTC TCATTCAGGT TTGAAAAGTC CAAGCCACAT GGAAAAATCC 
CTGCAAAAAG AGGAAACCAA AGAAGATCTA GATTCACGAA GCAGCCTACT CTTGCCAGAA 
ACTAAATTTT CTGAATTTTC AAAGCTGAAG AATAATGACA ATATGGAAAA GGCTAATCAT 
ATTGAAAGTG TTTTAAAATC AAACTTGCCA AACTATGGAA ATAGCGACAC CGACTTCGTG 
GGTCTTTTCA AATCAAGCCG GTTTGACCCA AGCATTTCTT TTTCTGGAAT GTCATTATCA 
GATACAATGA CTTTTAGAGG AAATGTACAA AATAAACTCA ATCCCCGACC TGGAAAGGTA 
GTGATATACA GTGAACCCGA TGTCTCTGAG GAGTGCATTG AAGTTTTCAG TGACATTCAG 
GATTGCAGTT CTTGGAGCCT CTCTCCAGTG ATACTCATAA AAGTTGTAAG AGGATGTTGG 
ATTTTGTATG AGAAGCCAAA TTTTGAAGGG CACTCTATCC CCTTGGAAGA AGGAGAACTG 
GAACTCTCTG GTCTCTGGGG TATAGAAGAA ATTTTGGAAA AGAATTGGGA AGGAGAGTCT 
GATAAGCCTG TGGTGATTGG TTCAATCAGA CTCATGGTCC AGGATTACAG AATTAGTCAA 
ATCGACTTAT TTACTGAACC AGAAGGGTTA GGACTCCTAA ATTCCTACTT TGATGATACT 
GAAGAAATAC AGGGATTTGG TGTAATGCAG AAGACTTGTT CCATTAAAGT ACATCAGGGC 
ACATGGCTGA TTTACGAAGA ACCTGGATTT CAGGGTATCC CTTTCATCCT GGAACCTGGT 
GAATACCCTG ACTTATCCTT CTGGGATACC GAAGCAGCGT ACATCGGATC CATGCGGCCT 
CTGAAAATGG GTGGCCGTAA AGTTGAATTC CCTACCGATC CAAAGGTAGT TATTTATGAA 
AAGCCTTTCT TTGAAGGAAA ATGTATGGAA CTAGAAGCAG ATGTGTGCAG TTTTATCACA 
GAAGGAGGTG AAACAGAAGA CACAGCTGGA GACGATCGTT TGCCATTTAC GTCAGTGGGG 
TCTATGAAAG TTCTGAGAGG CATCTGGGTT GCGTATGAGA AGCCTGGATT TACTGGTCAT 
CAGTATTTGC TAGAAGAAGG AGAATACAGG GACTGGAAAG ACTGGGGAGG TTACAATGGA 
GAACTTCAGT CTTTACGACC TATATTAGGT GATTTTTCAA ATGCTCACAT GATAATGTAC 
AGTGAAAAAA ACTTTGGATC CAAAGGTTCC AGTATTGATG TATTGGGGAT TGTTGCTAAT 
TTAAAGGAGA CTGGATATGG AGTGAAGACA CAGTCTATTA ATGTACTGAG TGGAGTATGG 
GTAGCCTATG AAAATCCTGA CTTCACAGGA GAACAGTATA TACTGGATAA AGGCTTTTAT 
ACCACTTTTG AGGACTGGGG AGGCAAAAAT TGTAAGATCT CTTCTGTTCA ACCCATATGT 
TTGGATTCTT TCACTGGCCC AAGGAGACGC AATCAGATTC ACTTGTTTTC AGAACCACAG 
TTTCAAGGTT ACAGTCAATG TTTTGAAGAA ACAACAGGTC AAATTGATGA ATCATTTTCT 
ACTAAGTCCT GCAGAGTTTC CGGAGGCAGC TGGGTTGCAT ATGATGGAGA AAACTTCTCT 
GGGAATCAGT ACGTATTGGA GGAAGGCCAT TACCCTTGTC TCTCCGCAAT GGGCTGCCTG 
CCTGGAGCAA CTTTCAAGTC TCTCCGTTTT ATAGATGTTG AATTTTCTGA ACCAACAATT 
ATTCTTTTTG AAAGAGAAGA CTTCAAAGGA AAAAAGGTTG AACTCAATGC AGAAACGGTT 
AATCTCCGAT CCCTGGGATT CAACACGCAA ATACGCTCTC TTCAGGTTAT TGGTGGCATA 
TGGGTTACTT ATGAATATGG CAATTACAGA GGTCGACAGT TCCTACTGTC ACCAGCAGAA 
GTACCTAATT GGTATGAATT CAGTGGCTGT CGCCAAATAG GTTCTCTACG ACCTTTTGCT 
CAGAAACGAA TTTGTTTCAG ACTTCGAAAC AAAGCAACAG GGTTATTCAT GTCAACCAAT 
GGAAACCTAG AGGATCTGAA GCTTCTTAGA ATACAGGTCA TGGAGGATGT TGGTGCTGAT 
GATCAGATTT GGATTTATCA AGAAGGATGC ATCAAATGCA GGATAGCAGA AGACTGCTGT 
CTGACGATTG TGGGCAGCCT GGTGACATCT GGCTCTAAAC TCGGCCTGGC CCTTGACCAG 
AATGCGGACA GTCAGTTCTG GAGCATGAAG TCGGATGGCA GAATCTACAG CAAGTTGAAG 
CCAAATTTAG TTTTAGATGT CAAAGGGGGT ACACAGTATG ATCAAAATCA CATTATCCTC 
AACACCGTCA GCAAAGAGAA GTTAACGCAA GTGTGGGAAG CCATGGTCCT ATAA