LOC106738261 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106738261
Entrez Gene ID	106738261
Full Name	uncharacterized LOC106738261
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019490085.1	XP_019345630.1	uncharacterized protein LOC106738261

Pathways from BioSystems
Gene Ontology

The following LOC106738261 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106738261 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
OAl59815	XM_019490085.1 Latest version!	Alligator mississippiensis uncharacterized LOC106738261 (LOC106738261), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC106738261 ( XM_019490085.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019345630.1 Alligator mississippiensis uncharacterized LOC106738261 (LOC106738261), mRNA.

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CloneID	OAl59815
Clone ID Related Accession (Same CDS sequence)	XM_019490085.1
Accession Version	XM_019490085.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5310bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	uncharacterized protein LOC106738261
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017710534.1) 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 :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGACAG ACAAGATAGT TTGTGGAGGA GATAGAACCA TGTGGTCTAA ACCAGACTGT 
CAAAGGTTAT TATCCCAGAT AGATGCTGCA AGCAACAAAA TGTCAAGTGC AATTGTAAAG 
GAGAGCCACC GACTGAAGGC ATGGGGTGTC CTGGGAGAAG GAACTGGAGC TCACCTTGTT 
AACAAAGATA AAACCAGGCT GCTCACCAAG GAGGAGCTCA TGGGTCCAGA TGGCTCCATG 
AGGGCACTCG ATGCTGTGTG CGTAGATCCT ACCACTGGGC TCTTAACTCC CGACCCAGAA 
TGCGTCATGC TGCTGGCAAA TCACTGCCTT GTGCCTGTGT CTAGAGATCT CTTTCTGCAC 
CCGGAGACTG GAAAGGTGCT CCCTGTGGCT GGTAACATTG GCTATGATCC CATTAGCTCT 
AAACTAGTCT GTGCTGTTGA CTCTACTTCA GGTGAGCTGC ATAAGTCTGG AGCACCCGTA 
TTCCCCTATG TCCCATATCC CATCTGTCCC AGTACGGGTT TGCCCGTGAA GACTAACCTG 
CCAGTTCTCC ACCCGGAAAA AGTTTTTAAG CTGGGAGGAC TCATGCTAGA TCCAGCCACA 
GAAATAGAGG TGCCAGTGCT TGCAGTTACC ATCCATCCCC AAACAGGGCA AAAGCTGTCC 
TTGGGTGGGA CATACCTAAA TCCCCTTACA GGAACAGTGA CACCACTCGA ACTTGGAGGG 
CCCATGAATG AGCCCAAGGG AGGAAAAATT GTTCCAATCC TTGGAGTCAA TGTGGACAGT 
AACACAGGAG ATGTAATCCC AGTGGGGGGG CTGATGGGAC CGTCAGAGAG CCCGATTCTT 
CTTGGGGACT CCTTCTCTGA GCCTCTGAGT GGGAAGTCTG CACGTGTGCA TGGTGCTTTC 
CTTCAGCAAG ATACAGTGCT GCCTCACGCC GGAGGATACA GGGCCTTGCT GGAAGCCAGC 
ATGCTTGTAG CCCAGATGCA CGTGGTTAAA ACCCTGCGGC AGTACCAGGA TTCAATTTGT 
GAGGATTTGT CTGTCACTGT GGACAGGCAG AGAGTCCTGA AGGCTGCCAT AGAAGACATG 
AAGAAGACAT TATCTATCAG GCTCCATCGT GACATGCACT GGCTGCAAAG TCTGGAGACA 
CAACGAGACA TAGCTTTGAG CCTCCAAAGC AATGGTGGCA AACTGGGGAT GATCAAATAT 
CCTGGCACAG AGATGTGGAT CCCAGCTGTG TTTGGAGTGA AAATCCCAGA CCCCGGTGGC 
TCAGGTTTGA TGGTGCCTGT CTTGGGACTA GAACCTGACT GGAACACCGG GCTCCCAGCC 
CCGCTGGCGG GAACGATGGA AGATGCTGAT GGAAAAGGTC TTGTCCCCAT CACCGTTGGT 
GCCAGAACAA TCGATCCTGT CACAGGGGAG CCTGGCCCGG TTATAGGTGT TCGAACCAAC 
CCTTGGACAA ACACGGTAGT TCCTATAGTT CAGTCATTGG GAGCTTTACC AAGAGGAGCA 
GCAGACCCAG ATCTGCTGAA TCTCCTGGAA AATGAGATAA ATTCCAGACA AAACTATTGG 
CACTGCCAGA GAGAGAAGGA AGAATACCTT CAGAAAGAGC TGAACTTTGT ATTTCTCGAC 
ATCGTTGATA CTGTAGAGGA AAGAAAGGTC AAAAAGATCA GATACAAGGA GAAGTTAAAG 
GACATTGAGG AAATGTGCCA TTTCCTTGAG GAATCCTCTC TGCAGGAAGC TCAGAGGAGA 
ACTGCTCGGG ACTTGAGCAG CTTACTGGGC TTGGAGCTAT CTTTGCAATG GAAAGTCAAC 
AGAGGTGAGA GAGAACAAGA AGTGAAGCTT CTGCTGGTGA TCAGAAAGAT GCTGGAAAAA 
CTGATGGAGT TTATTAAAAA GATGCAGCTG GCAGAAAGCC GGGTGCAAAT TCAGCTTAAG 
GAAAAAGAAC AGCAGAGGAG CAAAAGCCCG AATGCAGAGA CAGCGATGAG CCTCAGACCC 
AGGAAGGCAA CACTCCATCT CCTGGCTGAA TTTCAGGAGC ATATAAAGAA ACAACAGGGC 
AGCGTGGAGT TTGCATACAG CAGGCTGGAG TATCTCAGGG AGCTGTCGAA CATCCAGGCC 
CTGCAGGCAA AGGCTCGTCT CTCTGGGACA CCACAGTGTT TTGAGAGCTA CCCGGGGACC 
AGATTTTACA GTTTTGCAGG TGTCCCCCAG GGCGCAAGTG AAGTTATCCA TCAAAAGCTG 
ATTCCTCTGC TGAAGTCTCT GATTCAGACG CTGGGGGAAA GCAAAAGGAG TCCTATGTCT 
CCTGAGATGC TGGTTCTGGG GTCAGATAAA GGCTATTGCT CACAAAGCAC TTTAAAGGCC 
TCAACAGCTC ATTCGGAGGC ATTCCTGGCT TGCAGCGGCC CCGAAGTCAC TCCACCTACC 
CTGCTTTCAC CTCTCCAGCC CTCTTCATCC CCATCAAAGA TCCCACACAT ACAGCAAGAA 
GTCCAGACAA GGTTTGTCTT GGAGAAACAT GCCAGTGAGT CGGTGCACCT AGAGCTGTCC 
TTAATGACAG AGGAAATAAA CACAATCTGC TCCTTTTATG AATCATCCAA AGCTCTGGAA 
AAGGAAGAGC ATAAAGAAAG CCGGAATGTG AAAAGCAATA AAGAGATGGC GATGGGCAGG 
AAGTGGGACA CTCTTTTGCA AGACCTGGCT GAATGCCACC AGGAGGCTGA ACAAACCCTG 
CGCCAGAAGC ACTGGGAAGA CATCAAGAAT TCAGGGCTCA GTCTGGATGT AGGAACACCC 
AAAGACAGCT TGCATTTCCT AGAAGAAATT CCACATCACT TCTCATTGCT TGATCCTGGG 
TCACGAATTT CTGATTCCCA CATCAGATCA GACGTTGCTA AAGAACAAGA AGCAGCCTAT 
TCATTGGAAG AAAAGTTATT TCCAGACTCA ACTCAAATAT TACAGGCTTC AGCACTCAAA 
ATAGTAAAGC TGGAAGCTAT GAAACAAGTT TGTCTGTATA GAGTGCTGGA TCACTACAGT 
GCTCTCCAGA GGCAGGCCTG CCCAGAGGGT GTGTCAAGGA TCCTAAACCA GTTGGAGTAC 
AGAGCTGCAG GAGAAGCAGT CGCTCAGGAG GTAGCCCAGG CTGTGGAGAA ACAGCAAGTC 
ACAAGAGCCA TGGCTTTTCT CCAAAAGCAC CACCAAGAGA GGGATTTGCT CATTGGATTA 
AAGGAAGAGT CAGAGGGTAA ACTGAGGCAT CTGCAGAAAC AGTTCCAAAT GGAGCTTCAA 
ATGCAAACAG AAGAAAAGCT GCAGGCCAAA GAAATGCAAG TGATCCACAA AGCTGAAAGA 
CAGGAGTTAA GAAACCATAT TGAGCACCTG ATATATTTTA TCCTGTCTCA GAGGCACCTG 
CGGCAAACAG TAATAATGCT ACAAGACTGC TTCAGGCTCC AAACAGTGAA TGAGGGAACG 
CAGAATGAAG ACGGGCATCT GGAGGAGCTG GCCATAGAGG AGCCATTGCT CGATGATGAT 
TTTAAGAGTA TTTTGCATCT CATGAAAGAT CACACGGAGC ACAGATCATC AGTCCTGGAG 
CTGAAACAAG CTGCCAAATT GTTGCAGCTG AGAGAGAAAC AATATAGAGA AGTAGCCCGT 
GGCCTGAAAG ACCATTCTTT GGACAAGGCT GTGGATGATG CTAACACAGC AACTGATGGA 
CTGCGGGAAT TTAGAGAGCA GACAATAAGG AGATTGACAG AACAGCTGAA AATAGCCATG 
GGCAATAGAA AAACTAGGGA AAACACCCCA AGCCTCCTTC ATCCAGTGCA GATCAAAAAA 
CCCACCCTGG AAGCAGAAAA TAAAAGAGGA AAAAGGGAAG AGATATGGGA GATTTTCCAA 
GAGAAGCAGC TGGAGCTGGA AGAATCTGAC AGATGGCAAA TATCAGATGA AGGAGCAAAG 
CTGCAGGATC AGCTGGAGCG TGGAGACCTA AAGAGCTGGA TGATGCATAA ACTGGTCAAA 
GAACACAATG ACACCACGGC CTTCTCGGAA AAGGCTTTCC AACAGGACTT GGAGAAGCTG 
CGAATGAGGC CAGAGCAGGA GGAGAATGAG AAAGAAGGGA AACAACCAGA AAAAGACCCT 
TCTTCATCTT CATCTACCTC CTCACACACC CAAGAGAAAC CTAGCCAGAC GTGTGACCAG 
GTTGTAGCGC TCTTTGCAGA GAGTATCAAA ATACTGAAGC AGACTGAAAA GGTGATGGCC 
TCAAGGATTA GCCTTCTGAA TCCTCAGTTC TTGTGTGATC GCAATAAAGG CAAATGCCTA 
AATACCTCTC CGCTCCTCAC ACTCTTGAGA GATGTGAATG ACCAGCTCCA AACTCATGCA 
AAGGCAGCAG GGCTGCTGGA AAGCCAGCAG GAGAAAGGCA CAGGAAGTTC GTTCCGGGAC 
ATATCGGACG TTCTGATGAC TCATAAAGGG AAACTTAAAC CAGTTCATCC CGAAGCCCTT 
TCTGCAAGAG AGTTTGTCAT ATACCAGTAT GGCATCTCCA TCCTACAATT TCTACGACTT 
CACATCAATG CTCCGGAAAT TAACCTCTGC ATTGCCACCA GCATACCTCG CAGTAATGCT 
GTGGGCAACG CTTTCCAAAA TTCCTTCTTT TACCAGAATT TCGAGAAGAA ATTATTTGTT 
TTAAGAGAGT GTCTGGGCTC TGTGGGCAGC TTCCTTCTGC TGCTGGTGCA TTGTCTGGCT 
CACATCGCTG CCGCTGACCT CAGCCAGGAC TCCAGCCCAG CCTTTCTGAG ACTGTTTTAT 
CAGGCACTAA AGGCCTGTCT CAGTGAAACC TTCTCTCTCA GACTCCGGAT GTCAGCACTT 
CTGCAGGACA ATAAATCCTC TGAGAGGATA AGTGAGATTC TGCTGAAGGG AGAACCACTC 
GTGGAAGGGA ACATAAATCT TCTCTCTCAG CTTTTTGATG CAAAAGTGGA ATCATCCACA 
GAGACTGAGA CCTCTGAGGA GTGTAAGAGG AACCTCTTGC TCCATGCAAA GCTTGAGGAC 
TTGCTGAAGA ATACACTGTC CGGAAAGAAA AGGGAACATT TCATCCCCAG CTCAGCTGAC 
TGCAAAGAGA AGAGCTCTGC TGGGAGGACA AGCTTGCGAG AGGAAAACTG CTCTTCCTTC 
AGTCCTGCAG AAATGGAAGA GAAGCTGGAC ACATTAACAG AAGAGCTGGT GAAAATCATG 
GAAGAGGAGC ATCGCTATTT AAGCAATGCT GCCAATGATG ATTTGCCCTT TGATCGTCTA 
GAAATAATTG GTTTGGAGAA AGACTGTCTG GTAAAGCAAA TAGAAATGTT AGAGGGGAAA 
ATAGCAGAAA GCAGAGGGGG GTTATGGTAA

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

RefSeq	XP_019345630.1
CDS	171..5480
Translation	MLTDKIVCGGDRTMWSKPDCQRLLSQIDAASNKMSSAIVKESHRLKAWGVLGEGTGAHLVNKDKTRLLTKEELMGPDGSMRALDAVCVDPTTGLLTPDPECVMLLANHCLVPVSRDLFLHPETGKVLPVAGNIGYDPISSKLVCAVDSTSGELHKSGAPVFPYVPYPICPSTGLPVKTNLPVLHPEKVFKLGGLMLDPATEIEVPVLAVTIHPQTGQKLSLGGTYLNPLTGTVTPLELGGPMNEPKGGKIVPILGVNVDSNTGDVIPVGGLMGPSESPILLGDSFSEPLSGKSARVHGAFLQQDTVLPHAGGYRALLEASMLVAQMHVVKTLRQYQDSICEDLSVTVDRQRVLKAAIEDMKKTLSIRLHRDMHWLQSLETQRDIALSLQSNGGKLGMIKYPGTEMWIPAVFGVKIPDPGGSGLMVPVLGLEPDWNTGLPAPLAGTMEDADGKGLVPITVGARTIDPVTGEPGPVIGVRTNPWTNTVVPIVQSLGALPRGAADPDLLNLLENEINSRQNYWHCQREKEEYLQKELNFVFLDIVDTVEERKVKKIRYKEKLKDIEEMCHFLEESSLQEAQRRTARDLSSLLGLELSLQWKVNRGEREQEVKLLLVIRKMLEKLMEFIKKMQLAESRVQIQLKEKEQQRSKSPNAETAMSLRPRKATLHLLAEFQEHIKKQQGSVEFAYSRLEYLRELSNIQALQAKARLSGTPQCFESYPGTRFYSFAGVPQGASEVIHQKLIPLLKSLIQTLGESKRSPMSPEMLVLGSDKGYCSQSTLKASTAHSEAFLACSGPEVTPPTLLSPLQPSSSPSKIPHIQQEVQTRFVLEKHASESVHLELSLMTEEINTICSFYESSKALEKEEHKESRNVKSNKEMAMGRKWDTLLQDLAECHQEAEQTLRQKHWEDIKNSGLSLDVGTPKDSLHFLEEIPHHFSLLDPGSRISDSHIRSDVAKEQEAAYSLEEKLFPDSTQILQASALKIVKLEAMKQVCLYRVLDHYSALQRQACPEGVSRILNQLEYRAAGEAVAQEVAQAVEKQQVTRAMAFLQKHHQERDLLIGLKEESEGKLRHLQKQFQMELQMQTEEKLQAKEMQVIHKAERQELRNHIEHLIYFILSQRHLRQTVIMLQDCFRLQTVNEGTQNEDGHLEELAIEEPLLDDDFKSILHLMKDHTEHRSSVLELKQAAKLLQLREKQYREVARGLKDHSLDKAVDDANTATDGLREFREQTIRRLTEQLKIAMGNRKTRENTPSLLHPVQIKKPTLEAENKRGKREEIWEIFQEKQLELEESDRWQISDEGAKLQDQLERGDLKSWMMHKLVKEHNDTTAFSEKAFQQDLEKLRMRPEQEENEKEGKQPEKDPSSSSSTSSHTQEKPSQTCDQVVALFAESIKILKQTEKVMASRISLLNPQFLCDRNKGKCLNTSPLLTLLRDVNDQLQTHAKAAGLLESQQEKGTGSSFRDISDVLMTHKGKLKPVHPEALSAREFVIYQYGISILQFLRLHINAPEINLCIATSIPRSNAVGNAFQNSFFYQNFEKKLFVLRECLGSVGSFLLLLVHCLAHIAAADLSQDSSPAFLRLFYQALKACLSETFSLRLRMSALLQDNKSSERISEILLKGEPLVEGNINLLSQLFDAKVESSTETETSEECKRNLLLHAKLEDLLKNTLSGKKREHFIPSSADCKEKSSAGRTSLREENCSSFSPAEMEEKLDTLTEELVKIMEEEHRYLSNAANDDLPFDRLEIIGLEKDCLVKQIEMLEGKIAESRGGLW

Target ORF information:

RefSeq Version	XM_019490085.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis uncharacterized LOC106738261 (LOC106738261), mRNA.

Target ORF information:

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

XM_019490085.1

ORF Insert Sequence:

ATGCTGACAG ACAAGATAGT TTGTGGAGGA GATAGAACCA TGTGGTCTAA ACCAGACTGT 
CAAAGGTTAT TATCCCAGAT AGATGCTGCA AGCAACAAAA TGTCAAGTGC AATTGTAAAG 
GAGAGCCACC GACTGAAGGC ATGGGGTGTC CTGGGAGAAG GAACTGGAGC TCACCTTGTT 
AACAAAGATA AAACCAGGCT GCTCACCAAG GAGGAGCTCA TGGGTCCAGA TGGCTCCATG 
AGGGCACTCG ATGCTGTGTG CGTAGATCCT ACCACTGGGC TCTTAACTCC CGACCCAGAA 
TGCGTCATGC TGCTGGCAAA TCACTGCCTT GTGCCTGTGT CTAGAGATCT CTTTCTGCAC 
CCGGAGACTG GAAAGGTGCT CCCTGTGGCT GGTAACATTG GCTATGATCC CATTAGCTCT 
AAACTAGTCT GTGCTGTTGA CTCTACTTCA GGTGAGCTGC ATAAGTCTGG AGCACCCGTA 
TTCCCCTATG TCCCATATCC CATCTGTCCC AGTACGGGTT TGCCCGTGAA GACTAACCTG 
CCAGTTCTCC ACCCGGAAAA AGTTTTTAAG CTGGGAGGAC TCATGCTAGA TCCAGCCACA 
GAAATAGAGG TGCCAGTGCT TGCAGTTACC ATCCATCCCC AAACAGGGCA AAAGCTGTCC 
TTGGGTGGGA CATACCTAAA TCCCCTTACA GGAACAGTGA CACCACTCGA ACTTGGAGGG 
CCCATGAATG AGCCCAAGGG AGGAAAAATT GTTCCAATCC TTGGAGTCAA TGTGGACAGT 
AACACAGGAG ATGTAATCCC AGTGGGGGGG CTGATGGGAC CGTCAGAGAG CCCGATTCTT 
CTTGGGGACT CCTTCTCTGA GCCTCTGAGT GGGAAGTCTG CACGTGTGCA TGGTGCTTTC 
CTTCAGCAAG ATACAGTGCT GCCTCACGCC GGAGGATACA GGGCCTTGCT GGAAGCCAGC 
ATGCTTGTAG CCCAGATGCA CGTGGTTAAA ACCCTGCGGC AGTACCAGGA TTCAATTTGT 
GAGGATTTGT CTGTCACTGT GGACAGGCAG AGAGTCCTGA AGGCTGCCAT AGAAGACATG 
AAGAAGACAT TATCTATCAG GCTCCATCGT GACATGCACT GGCTGCAAAG TCTGGAGACA 
CAACGAGACA TAGCTTTGAG CCTCCAAAGC AATGGTGGCA AACTGGGGAT GATCAAATAT 
CCTGGCACAG AGATGTGGAT CCCAGCTGTG TTTGGAGTGA AAATCCCAGA CCCCGGTGGC 
TCAGGTTTGA TGGTGCCTGT CTTGGGACTA GAACCTGACT GGAACACCGG GCTCCCAGCC 
CCGCTGGCGG GAACGATGGA AGATGCTGAT GGAAAAGGTC TTGTCCCCAT CACCGTTGGT 
GCCAGAACAA TCGATCCTGT CACAGGGGAG CCTGGCCCGG TTATAGGTGT TCGAACCAAC 
CCTTGGACAA ACACGGTAGT TCCTATAGTT CAGTCATTGG GAGCTTTACC AAGAGGAGCA 
GCAGACCCAG ATCTGCTGAA TCTCCTGGAA AATGAGATAA ATTCCAGACA AAACTATTGG 
CACTGCCAGA GAGAGAAGGA AGAATACCTT CAGAAAGAGC TGAACTTTGT ATTTCTCGAC 
ATCGTTGATA CTGTAGAGGA AAGAAAGGTC AAAAAGATCA GATACAAGGA GAAGTTAAAG 
GACATTGAGG AAATGTGCCA TTTCCTTGAG GAATCCTCTC TGCAGGAAGC TCAGAGGAGA 
ACTGCTCGGG ACTTGAGCAG CTTACTGGGC TTGGAGCTAT CTTTGCAATG GAAAGTCAAC 
AGAGGTGAGA GAGAACAAGA AGTGAAGCTT CTGCTGGTGA TCAGAAAGAT GCTGGAAAAA 
CTGATGGAGT TTATTAAAAA GATGCAGCTG GCAGAAAGCC GGGTGCAAAT TCAGCTTAAG 
GAAAAAGAAC AGCAGAGGAG CAAAAGCCCG AATGCAGAGA CAGCGATGAG CCTCAGACCC 
AGGAAGGCAA CACTCCATCT CCTGGCTGAA TTTCAGGAGC ATATAAAGAA ACAACAGGGC 
AGCGTGGAGT TTGCATACAG CAGGCTGGAG TATCTCAGGG AGCTGTCGAA CATCCAGGCC 
CTGCAGGCAA AGGCTCGTCT CTCTGGGACA CCACAGTGTT TTGAGAGCTA CCCGGGGACC 
AGATTTTACA GTTTTGCAGG TGTCCCCCAG GGCGCAAGTG AAGTTATCCA TCAAAAGCTG 
ATTCCTCTGC TGAAGTCTCT GATTCAGACG CTGGGGGAAA GCAAAAGGAG TCCTATGTCT 
CCTGAGATGC TGGTTCTGGG GTCAGATAAA GGCTATTGCT CACAAAGCAC TTTAAAGGCC 
TCAACAGCTC ATTCGGAGGC ATTCCTGGCT TGCAGCGGCC CCGAAGTCAC TCCACCTACC 
CTGCTTTCAC CTCTCCAGCC CTCTTCATCC CCATCAAAGA TCCCACACAT ACAGCAAGAA 
GTCCAGACAA GGTTTGTCTT GGAGAAACAT GCCAGTGAGT CGGTGCACCT AGAGCTGTCC 
TTAATGACAG AGGAAATAAA CACAATCTGC TCCTTTTATG AATCATCCAA AGCTCTGGAA 
AAGGAAGAGC ATAAAGAAAG CCGGAATGTG AAAAGCAATA AAGAGATGGC GATGGGCAGG 
AAGTGGGACA CTCTTTTGCA AGACCTGGCT GAATGCCACC AGGAGGCTGA ACAAACCCTG 
CGCCAGAAGC ACTGGGAAGA CATCAAGAAT TCAGGGCTCA GTCTGGATGT AGGAACACCC 
AAAGACAGCT TGCATTTCCT AGAAGAAATT CCACATCACT TCTCATTGCT TGATCCTGGG 
TCACGAATTT CTGATTCCCA CATCAGATCA GACGTTGCTA AAGAACAAGA AGCAGCCTAT 
TCATTGGAAG AAAAGTTATT TCCAGACTCA ACTCAAATAT TACAGGCTTC AGCACTCAAA 
ATAGTAAAGC TGGAAGCTAT GAAACAAGTT TGTCTGTATA GAGTGCTGGA TCACTACAGT 
GCTCTCCAGA GGCAGGCCTG CCCAGAGGGT GTGTCAAGGA TCCTAAACCA GTTGGAGTAC 
AGAGCTGCAG GAGAAGCAGT CGCTCAGGAG GTAGCCCAGG CTGTGGAGAA ACAGCAAGTC 
ACAAGAGCCA TGGCTTTTCT CCAAAAGCAC CACCAAGAGA GGGATTTGCT CATTGGATTA 
AAGGAAGAGT CAGAGGGTAA ACTGAGGCAT CTGCAGAAAC AGTTCCAAAT GGAGCTTCAA 
ATGCAAACAG AAGAAAAGCT GCAGGCCAAA GAAATGCAAG TGATCCACAA AGCTGAAAGA 
CAGGAGTTAA GAAACCATAT TGAGCACCTG ATATATTTTA TCCTGTCTCA GAGGCACCTG 
CGGCAAACAG TAATAATGCT ACAAGACTGC TTCAGGCTCC AAACAGTGAA TGAGGGAACG 
CAGAATGAAG ACGGGCATCT GGAGGAGCTG GCCATAGAGG AGCCATTGCT CGATGATGAT 
TTTAAGAGTA TTTTGCATCT CATGAAAGAT CACACGGAGC ACAGATCATC AGTCCTGGAG 
CTGAAACAAG CTGCCAAATT GTTGCAGCTG AGAGAGAAAC AATATAGAGA AGTAGCCCGT 
GGCCTGAAAG ACCATTCTTT GGACAAGGCT GTGGATGATG CTAACACAGC AACTGATGGA 
CTGCGGGAAT TTAGAGAGCA GACAATAAGG AGATTGACAG AACAGCTGAA AATAGCCATG 
GGCAATAGAA AAACTAGGGA AAACACCCCA AGCCTCCTTC ATCCAGTGCA GATCAAAAAA 
CCCACCCTGG AAGCAGAAAA TAAAAGAGGA AAAAGGGAAG AGATATGGGA GATTTTCCAA 
GAGAAGCAGC TGGAGCTGGA AGAATCTGAC AGATGGCAAA TATCAGATGA AGGAGCAAAG 
CTGCAGGATC AGCTGGAGCG TGGAGACCTA AAGAGCTGGA TGATGCATAA ACTGGTCAAA 
GAACACAATG ACACCACGGC CTTCTCGGAA AAGGCTTTCC AACAGGACTT GGAGAAGCTG 
CGAATGAGGC CAGAGCAGGA GGAGAATGAG AAAGAAGGGA AACAACCAGA AAAAGACCCT 
TCTTCATCTT CATCTACCTC CTCACACACC CAAGAGAAAC CTAGCCAGAC GTGTGACCAG 
GTTGTAGCGC TCTTTGCAGA GAGTATCAAA ATACTGAAGC AGACTGAAAA GGTGATGGCC 
TCAAGGATTA GCCTTCTGAA TCCTCAGTTC TTGTGTGATC GCAATAAAGG CAAATGCCTA 
AATACCTCTC CGCTCCTCAC ACTCTTGAGA GATGTGAATG ACCAGCTCCA AACTCATGCA 
AAGGCAGCAG GGCTGCTGGA AAGCCAGCAG GAGAAAGGCA CAGGAAGTTC GTTCCGGGAC 
ATATCGGACG TTCTGATGAC TCATAAAGGG AAACTTAAAC CAGTTCATCC CGAAGCCCTT 
TCTGCAAGAG AGTTTGTCAT ATACCAGTAT GGCATCTCCA TCCTACAATT TCTACGACTT 
CACATCAATG CTCCGGAAAT TAACCTCTGC ATTGCCACCA GCATACCTCG CAGTAATGCT 
GTGGGCAACG CTTTCCAAAA TTCCTTCTTT TACCAGAATT TCGAGAAGAA ATTATTTGTT 
TTAAGAGAGT GTCTGGGCTC TGTGGGCAGC TTCCTTCTGC TGCTGGTGCA TTGTCTGGCT 
CACATCGCTG CCGCTGACCT CAGCCAGGAC TCCAGCCCAG CCTTTCTGAG ACTGTTTTAT 
CAGGCACTAA AGGCCTGTCT CAGTGAAACC TTCTCTCTCA GACTCCGGAT GTCAGCACTT 
CTGCAGGACA ATAAATCCTC TGAGAGGATA AGTGAGATTC TGCTGAAGGG AGAACCACTC 
GTGGAAGGGA ACATAAATCT TCTCTCTCAG CTTTTTGATG CAAAAGTGGA ATCATCCACA 
GAGACTGAGA CCTCTGAGGA GTGTAAGAGG AACCTCTTGC TCCATGCAAA GCTTGAGGAC 
TTGCTGAAGA ATACACTGTC CGGAAAGAAA AGGGAACATT TCATCCCCAG CTCAGCTGAC 
TGCAAAGAGA AGAGCTCTGC TGGGAGGACA AGCTTGCGAG AGGAAAACTG CTCTTCCTTC 
AGTCCTGCAG AAATGGAAGA GAAGCTGGAC ACATTAACAG AAGAGCTGGT GAAAATCATG 
GAAGAGGAGC ATCGCTATTT AAGCAATGCT GCCAATGATG ATTTGCCCTT TGATCGTCTA 
GAAATAATTG GTTTGGAGAA AGACTGTCTG GTAAAGCAAA TAGAAATGTT AGAGGGGAAA 
ATAGCAGAAA GCAGAGGGGG GTTATGGTAA