PLB1 cDNA ORF clone, Pogona vitticeps(central bearded dragon)

Gene
Clones
gRNAs

Summary

Gene Symbol	PLB1
Entrez Gene ID	110078685
Full Name	phospholipase B1
Gene Type	protein-coding
Organism	Pogona vitticeps(central bearded dragon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020793094.1	XP_020648753.1	phospholipase B1, membrane-associated

Pathways from BioSystems
Gene Ontology

The following PLB1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PLB1 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
OPo242538	XM_020793094.1 Latest version!	Pogona vitticeps phospholipase B1 (PLB1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

PLB1 ( XM_020793094.1 ) cDNA ORF clone, Pogona vitticeps(central bearded dragon) -> XP_020648753.1 Pogona vitticeps phospholipase B1 (PLB1), mRNA.

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CloneID	OPo242538
Clone ID Related Accession (Same CDS sequence)	XM_020793094.1
Accession Version	XM_020793094.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4314bp) 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	2017-04-09
Organism	Pogona vitticeps(central bearded dragon)
Product	phospholipase B1, membrane-associated
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018150849.1) 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 :: Pogona vitticeps Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGCAGA AGACTCTGAC GGATTTTCCG GATTCCTGCA ACACACAAAT GTTTTCTCAC 
TCTGTCTCAT CTTCAGTTCA CACTCTGAGA CCATCAGACA TAAAGGCAAT TGCAAGTATA 
GGAAGCTTGG GAAAGATTGG AGATTCTAGG GTAGACCAGC CAGACTATCT CCTGAGCGCA 
GAGAGTGATC TTGTCCAAGG AAGTATGACA ACACTAAAAG ATATTGTTAG CGGGTTTAAT 
CCTTCCGTGA AGTATTACTT TTCTCTGGGA AACAGCAGTA CCATATCAGG AAGCGGAACC 
ATAGATCTCT TAAGCCAAAC TAAAGAAACT GTGAACAGTA TGAAAGAGAG CCAGTGGATA 
GACTACCAAA ATGACTGGAA GCTAATCACA ATTTTCCTCC CATGTCCTTC CTACTTCTCT 
GGGTTGCAGG AGGCTTTCCT TTTTGACAGC ATTGAAAATC TTGAAGGAGT CTTGGATTTC 
TTATATGAAG AAGTACCTAA AGCCTTTGTG AACCTGGTAG ATTCTACTCT GCTGACCTTT 
CCTCACTTCA ATTTGCATAA TGCCAGTGAC TGTTCCAGTC TTGAAGAAAT TGTATGGAGA 
TGGTCCTTTC AGGATGCTTT GGAAAAGCTG CTAGTGTCTG GGAGGTATGA TCGGAAGAGT 
GATTTCACTG TAGTTCTTCA GACTTCTCTC CATGAAGTAA ACACGACTCC TATACCAAAA 
AGGGTTGGAA GGAACTCTGC CATAAGGAAG ACATCAGCGG AAACCTCAGG GAAGGGACTC 
GCTGGTGCTG CTCTAGGAGT TGGGCTTTGG AACAATATGC TGAAACCAAT TGAGCAGAAG 
GAACCCTACC ATTTCACAGA TGTTCCTGAG GCATGGTGCC CTTCTCAGGA GAGCCCATAC 
TTCTTCACAT ACAGAAATAG TAACTACTCA TCTGTTCCTG TGGAGTCCCA GATGGAAGCA 
GTATCTCAAG AAAGGAGCTA TGGGACTAGT ATTCCATGTT CTAATCGTCT CCCTTCAGAC 
GCTGTTCCTA CCTCAGTTCA TAACTTGAGG CCAGCAGACA TTAAAGTTAT AGTTGCCCTT 
GGGGACTCAC TAACAGCAGG AAATGGGGCA GGTTCTTCAC GATACAATGT TTTAGATGTT 
CTGACACAGT ATCGAGGCCT TTCGTGGAGT ATTGGTGGAA ATGAAGATAT AAGGACAGTC 
ACAACATTAG CGAATATTCT TCGTGAGTTT AATCCATCTG TGGTAGGTTT TTCTACTGGC 
AAAGGATCGC AGAGCACAGC TAATGCTTAC CTGAACCAAG CTGTGGCAGG CGCACGTTCT 
GAGGACCTCT CGTCTCAAGC AACAAGACTA ATAGAATTGA TGAAAAGTGA TCCTAATATA 
AATTTCCAAG AAGACTGGAA GCTCGTAACA CTCTTCATAG GTGGAAATGA CTTGTGTGAT 
CATTGTAAAG ATCCTGTTCG CTATTCCCCT GGGAATTTCA CAAGAAATAT ACAGTCAGCT 
CTGGATATAC TCCATAATGA GGTCCCTCGA GCATTTGTGA ACCTGGTGAC GATCCTCCAC 
ATAGTAACTC TGAGGAAACT CTATCAAGAG AAGAGAGTCT ACTGTCCCAG GCTAATTATG 
AGATCTCTGT GTACTTGTGT TTTGAACCCT GATGATGACT CTGCTGAAAT TGAGCTGCTG 
GAATCTTTCA ACAGAAGATA TCAGGAGGAA ACTCACCGCC TAATTCAGAG TGGAAGATAC 
AACACAAGGG AAGATTTTAC GGTGGTTGTG CAGCCGTTTT TGGAAGAGGC ACAAATGCCT 
ATGACTTCGC AAGGATTGCC TGATTCTTCC TATTTTGCCG CAGACTGCTT CCACTTTCAT 
CAGAAGACTC ACACCCTAGC TGCTCTTGGT CTGTGGAATA ACATGTTGGA ACCTATTGGG 
CAAAAGACAA AACTACAGAA GCTTGAAAAT ACGATAACCC TCAACTGTCC AACTGAGGAC 
CAGCCATATT TAATGACACA CAGAAATAGC AACTACACGT ACGCCAATGT AATCACCTCA 
GTTTACGGAA GCCAGTTGCT GTGTGAGGAT AGAATTCCAT CTGTCAACTA CCCTGCTTCA 
GTGCATGCTT TGAAACCAGC TGATGTGCAA GTAATAGCTG CCTTGGGGGA TTCCTTGACG 
GCTGGTAATG GTATTGGATC AAAACCAAGT GACATGCTTG ATATGAACAC AGAGTATCGG 
GGGCTGGCCT GGAGCATTGG GGGAGATGCA TCATTAAAAA CTGTCACAAC TTTGCCAAAC 
ATCCTTCGAG AGTTCAGTGC TAACCTCACC GGTTATTCAA CAGGCACAGG CGGTGTAAAT 
GAGACAAATG CCTTTCTCAA CCAGGCAGTT CCAGGAGCAA AGGCTGAGGA TTTACCAGAC 
CAAGTAAGGC GACTTGTGAA ATCAATGAAA AATGACTTGA GAATCAAGTT TGAAACTGAC 
TGGAAGATCA TAACTATATA CATTGGAGTT CACGACCTAT GCAACTATTG CAAAGATATT 
AATCACTATT CAGCAGTAAA CTTTTCCAAT TATGTTCAAG AAGCACTTGA CCTTCTTCAT 
GCAGAGGTGC CTAAAGCTTT GATTAATCTG GTGGACATAA TGGACCTTCT TCCTTTGAGA 
CAGTTGTTTC TGGACAGTAG ATTATCATGT CCCACACATC TAGCAGAAGG TCTTTGTAGC 
TGCATTCTTT CAATTCAAGA AGGCTCTTCT CAGCTAGTGG TGATGGAGAA AGCAATCAAA 
GCTTATCAGA GCACCCTACA AAAACTGGTG GAGAATGGCC AGTATGACAC GCGTGAGGAT 
TTCACAGTCG TATTACAGCC TTTCCTCCGA ACCATCACAT TACCTCTTCT ACAGGATGGG 
TATCCAGATA TCACCTTCTT TGCACCTGAT TGTTTTCATC TGAGTCAGAA ATCACATTCA 
CAGCTCTCTA GGGCCCTCTG GAACAATATG CTTCAGCCTT TAGGAAAGAA AGCATTATCC 
TTCAGTTTTG CGGATAATAT AACTCTGATC TGCCCAACTC TGCACCAACC CTTCCTGGGA 
ACCTACAAGA ACAGCAATGG CACACATTCA TCTCTGGATC CCACTGCGAA GCCAAGCCAG 
AGCTGGGGTA GTGACCTGTT ATGTCAAGAA CAGACTGCAT TCAAAAACAT TTCAAAATCT 
GTGCACAGTC TACAGCCGTC TGACATCCAA GTGGTAGCAG CACTGGGAGA CTCCTTGACG 
ACTGCTGTAG GAGTCAAAGC AACTGGTCTG AATGATCTAC AAACAGCATG GCGAGGGCTT 
TCCTGGAGCT CTGGAAGTGA TGGAAACCTG GAGACCCACA CAACTTTGCC TAATATTTTA 
AAAAAGTTTA ACCCAAATCT TACTGGCTTT TCTACTGGAA CCGAGAAGGA GACTGCTGGA 
TTCAACGTAG CAATGGGTGG CGCAGTAGCA CGAGATCTCC CAGACCAAGC TCGTAAATTA 
ATAGAGCTAA TGAAGAGCAA CCCAGACGTT AACTACAAAG AGGACTGGAA GTTAGTCACC 
ATTTTAATTG GAGCCAACGA CCTGTGTCAA TATTGCTTAG ACAAGGAGAC CTATTCAGTG 
GAAAACTATG TAAAACACCT CCAGGATGCT CTTGATATTC TTTACGAGGA GCTCCCTCGG 
GCCTTTGTCA ACATGGTGGA GATAATGGAA CTCATTGAAC TGCGTCAGAT AAAAAGGGAA 
GCATCCGGAT GTGTTCTTTC AGGGGCGATC CTTTGTCCAT GTATTCTGAA CCCTCAGGAA 
AACTCCTCTG AACTGCAAGA AATTGAAAGT ACTAATAGAG ATTTTCAGGA CAGAACTGTC 
ATGTTGATCC AGAGTGGTCG CTACACCCCG CGGGAGGATT TTGCTGTTGT TGTGCAACCA 
TTTTTCCGAA ACACCATCAT GCCATTAGAC AGTGATGGGA AACCGGACCT GAGTTTCTTT 
GCACCTGATT GCTTTCATTT CTCCGAGAGA GGTCACGCAG AGATGGCCAT GGCACTTTGG 
AATAATATGC TACAACCAGT TGCACTTAAA CAGTCATACA ATAACTTCAC ATATGAAAGG 
TCGAAACTCA AGTGTCCAAC ATCAGAGCAC CCCTTTCTAT TCACATCAGA AAACAGCTAC 
CTGAAAACTT TCGGACCTGA AGCAGGGAAC AACAGAGGAT GGGCTGTGAT TATAGCAACT 
ACAACTGGAA TTTTGGTAGG ATCCCTGATT GTTTGTGTTG TGGTGACTCA GAGAGTCAGC 
AAACGCCGAA GGGCAGGAGA CATCACAATG GACGGAAAAA CAACAGCTTT TTAA

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

RefSeq	XP_020648753.1
CDS	67..4380
Translation	MEQKTLTDFPDSCNTQMFSHSVSSSVHTLRPSDIKAIASIGSLGKIGDSRVDQPDYLLSAESDLVQGSMTTLKDIVSGFNPSVKYYFSLGNSSTISGSGTIDLLSQTKETVNSMKESQWIDYQNDWKLITIFLPCPSYFSGLQEAFLFDSIENLEGVLDFLYEEVPKAFVNLVDSTLLTFPHFNLHNASDCSSLEEIVWRWSFQDALEKLLVSGRYDRKSDFTVVLQTSLHEVNTTPIPKRVGRNSAIRKTSAETSGKGLAGAALGVGLWNNMLKPIEQKEPYHFTDVPEAWCPSQESPYFFTYRNSNYSSVPVESQMEAVSQERSYGTSIPCSNRLPSDAVPTSVHNLRPADIKVIVALGDSLTAGNGAGSSRYNVLDVLTQYRGLSWSIGGNEDIRTVTTLANILREFNPSVVGFSTGKGSQSTANAYLNQAVAGARSEDLSSQATRLIELMKSDPNINFQEDWKLVTLFIGGNDLCDHCKDPVRYSPGNFTRNIQSALDILHNEVPRAFVNLVTILHIVTLRKLYQEKRVYCPRLIMRSLCTCVLNPDDDSAEIELLESFNRRYQEETHRLIQSGRYNTREDFTVVVQPFLEEAQMPMTSQGLPDSSYFAADCFHFHQKTHTLAALGLWNNMLEPIGQKTKLQKLENTITLNCPTEDQPYLMTHRNSNYTYANVITSVYGSQLLCEDRIPSVNYPASVHALKPADVQVIAALGDSLTAGNGIGSKPSDMLDMNTEYRGLAWSIGGDASLKTVTTLPNILREFSANLTGYSTGTGGVNETNAFLNQAVPGAKAEDLPDQVRRLVKSMKNDLRIKFETDWKIITIYIGVHDLCNYCKDINHYSAVNFSNYVQEALDLLHAEVPKALINLVDIMDLLPLRQLFLDSRLSCPTHLAEGLCSCILSIQEGSSQLVVMEKAIKAYQSTLQKLVENGQYDTREDFTVVLQPFLRTITLPLLQDGYPDITFFAPDCFHLSQKSHSQLSRALWNNMLQPLGKKALSFSFADNITLICPTLHQPFLGTYKNSNGTHSSLDPTAKPSQSWGSDLLCQEQTAFKNISKSVHSLQPSDIQVVAALGDSLTTAVGVKATGLNDLQTAWRGLSWSSGSDGNLETHTTLPNILKKFNPNLTGFSTGTEKETAGFNVAMGGAVARDLPDQARKLIELMKSNPDVNYKEDWKLVTILIGANDLCQYCLDKETYSVENYVKHLQDALDILYEELPRAFVNMVEIMELIELRQIKREASGCVLSGAILCPCILNPQENSSELQEIESTNRDFQDRTVMLIQSGRYTPREDFAVVVQPFFRNTIMPLDSDGKPDLSFFAPDCFHFSERGHAEMAMALWNNMLQPVALKQSYNNFTYERSKLKCPTSEHPFLFTSENSYLKTFGPEAGNNRGWAVIIATTTGILVGSLIVCVVVTQRVSKRRRAGDITMDGKTTAF

Target ORF information:

RefSeq Version	XM_020793094.1
Organism	Pogona vitticeps(central bearded dragon)
Definition	Pogona vitticeps phospholipase B1 (PLB1), mRNA.

Target ORF information:

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

XM_020793094.1

ORF Insert Sequence:

ATGGAGCAGA AGACTCTGAC GGATTTTCCG GATTCCTGCA ACACACAAAT GTTTTCTCAC 
TCTGTCTCAT CTTCAGTTCA CACTCTGAGA CCATCAGACA TAAAGGCAAT TGCAAGTATA 
GGAAGCTTGG GAAAGATTGG AGATTCTAGG GTAGACCAGC CAGACTATCT CCTGAGCGCA 
GAGAGTGATC TTGTCCAAGG AAGTATGACA ACACTAAAAG ATATTGTTAG CGGGTTTAAT 
CCTTCCGTGA AGTATTACTT TTCTCTGGGA AACAGCAGTA CCATATCAGG AAGCGGAACC 
ATAGATCTCT TAAGCCAAAC TAAAGAAACT GTGAACAGTA TGAAAGAGAG CCAGTGGATA 
GACTACCAAA ATGACTGGAA GCTAATCACA ATTTTCCTCC CATGTCCTTC CTACTTCTCT 
GGGTTGCAGG AGGCTTTCCT TTTTGACAGC ATTGAAAATC TTGAAGGAGT CTTGGATTTC 
TTATATGAAG AAGTACCTAA AGCCTTTGTG AACCTGGTAG ATTCTACTCT GCTGACCTTT 
CCTCACTTCA ATTTGCATAA TGCCAGTGAC TGTTCCAGTC TTGAAGAAAT TGTATGGAGA 
TGGTCCTTTC AGGATGCTTT GGAAAAGCTG CTAGTGTCTG GGAGGTATGA TCGGAAGAGT 
GATTTCACTG TAGTTCTTCA GACTTCTCTC CATGAAGTAA ACACGACTCC TATACCAAAA 
AGGGTTGGAA GGAACTCTGC CATAAGGAAG ACATCAGCGG AAACCTCAGG GAAGGGACTC 
GCTGGTGCTG CTCTAGGAGT TGGGCTTTGG AACAATATGC TGAAACCAAT TGAGCAGAAG 
GAACCCTACC ATTTCACAGA TGTTCCTGAG GCATGGTGCC CTTCTCAGGA GAGCCCATAC 
TTCTTCACAT ACAGAAATAG TAACTACTCA TCTGTTCCTG TGGAGTCCCA GATGGAAGCA 
GTATCTCAAG AAAGGAGCTA TGGGACTAGT ATTCCATGTT CTAATCGTCT CCCTTCAGAC 
GCTGTTCCTA CCTCAGTTCA TAACTTGAGG CCAGCAGACA TTAAAGTTAT AGTTGCCCTT 
GGGGACTCAC TAACAGCAGG AAATGGGGCA GGTTCTTCAC GATACAATGT TTTAGATGTT 
CTGACACAGT ATCGAGGCCT TTCGTGGAGT ATTGGTGGAA ATGAAGATAT AAGGACAGTC 
ACAACATTAG CGAATATTCT TCGTGAGTTT AATCCATCTG TGGTAGGTTT TTCTACTGGC 
AAAGGATCGC AGAGCACAGC TAATGCTTAC CTGAACCAAG CTGTGGCAGG CGCACGTTCT 
GAGGACCTCT CGTCTCAAGC AACAAGACTA ATAGAATTGA TGAAAAGTGA TCCTAATATA 
AATTTCCAAG AAGACTGGAA GCTCGTAACA CTCTTCATAG GTGGAAATGA CTTGTGTGAT 
CATTGTAAAG ATCCTGTTCG CTATTCCCCT GGGAATTTCA CAAGAAATAT ACAGTCAGCT 
CTGGATATAC TCCATAATGA GGTCCCTCGA GCATTTGTGA ACCTGGTGAC GATCCTCCAC 
ATAGTAACTC TGAGGAAACT CTATCAAGAG AAGAGAGTCT ACTGTCCCAG GCTAATTATG 
AGATCTCTGT GTACTTGTGT TTTGAACCCT GATGATGACT CTGCTGAAAT TGAGCTGCTG 
GAATCTTTCA ACAGAAGATA TCAGGAGGAA ACTCACCGCC TAATTCAGAG TGGAAGATAC 
AACACAAGGG AAGATTTTAC GGTGGTTGTG CAGCCGTTTT TGGAAGAGGC ACAAATGCCT 
ATGACTTCGC AAGGATTGCC TGATTCTTCC TATTTTGCCG CAGACTGCTT CCACTTTCAT 
CAGAAGACTC ACACCCTAGC TGCTCTTGGT CTGTGGAATA ACATGTTGGA ACCTATTGGG 
CAAAAGACAA AACTACAGAA GCTTGAAAAT ACGATAACCC TCAACTGTCC AACTGAGGAC 
CAGCCATATT TAATGACACA CAGAAATAGC AACTACACGT ACGCCAATGT AATCACCTCA 
GTTTACGGAA GCCAGTTGCT GTGTGAGGAT AGAATTCCAT CTGTCAACTA CCCTGCTTCA 
GTGCATGCTT TGAAACCAGC TGATGTGCAA GTAATAGCTG CCTTGGGGGA TTCCTTGACG 
GCTGGTAATG GTATTGGATC AAAACCAAGT GACATGCTTG ATATGAACAC AGAGTATCGG 
GGGCTGGCCT GGAGCATTGG GGGAGATGCA TCATTAAAAA CTGTCACAAC TTTGCCAAAC 
ATCCTTCGAG AGTTCAGTGC TAACCTCACC GGTTATTCAA CAGGCACAGG CGGTGTAAAT 
GAGACAAATG CCTTTCTCAA CCAGGCAGTT CCAGGAGCAA AGGCTGAGGA TTTACCAGAC 
CAAGTAAGGC GACTTGTGAA ATCAATGAAA AATGACTTGA GAATCAAGTT TGAAACTGAC 
TGGAAGATCA TAACTATATA CATTGGAGTT CACGACCTAT GCAACTATTG CAAAGATATT 
AATCACTATT CAGCAGTAAA CTTTTCCAAT TATGTTCAAG AAGCACTTGA CCTTCTTCAT 
GCAGAGGTGC CTAAAGCTTT GATTAATCTG GTGGACATAA TGGACCTTCT TCCTTTGAGA 
CAGTTGTTTC TGGACAGTAG ATTATCATGT CCCACACATC TAGCAGAAGG TCTTTGTAGC 
TGCATTCTTT CAATTCAAGA AGGCTCTTCT CAGCTAGTGG TGATGGAGAA AGCAATCAAA 
GCTTATCAGA GCACCCTACA AAAACTGGTG GAGAATGGCC AGTATGACAC GCGTGAGGAT 
TTCACAGTCG TATTACAGCC TTTCCTCCGA ACCATCACAT TACCTCTTCT ACAGGATGGG 
TATCCAGATA TCACCTTCTT TGCACCTGAT TGTTTTCATC TGAGTCAGAA ATCACATTCA 
CAGCTCTCTA GGGCCCTCTG GAACAATATG CTTCAGCCTT TAGGAAAGAA AGCATTATCC 
TTCAGTTTTG CGGATAATAT AACTCTGATC TGCCCAACTC TGCACCAACC CTTCCTGGGA 
ACCTACAAGA ACAGCAATGG CACACATTCA TCTCTGGATC CCACTGCGAA GCCAAGCCAG 
AGCTGGGGTA GTGACCTGTT ATGTCAAGAA CAGACTGCAT TCAAAAACAT TTCAAAATCT 
GTGCACAGTC TACAGCCGTC TGACATCCAA GTGGTAGCAG CACTGGGAGA CTCCTTGACG 
ACTGCTGTAG GAGTCAAAGC AACTGGTCTG AATGATCTAC AAACAGCATG GCGAGGGCTT 
TCCTGGAGCT CTGGAAGTGA TGGAAACCTG GAGACCCACA CAACTTTGCC TAATATTTTA 
AAAAAGTTTA ACCCAAATCT TACTGGCTTT TCTACTGGAA CCGAGAAGGA GACTGCTGGA 
TTCAACGTAG CAATGGGTGG CGCAGTAGCA CGAGATCTCC CAGACCAAGC TCGTAAATTA 
ATAGAGCTAA TGAAGAGCAA CCCAGACGTT AACTACAAAG AGGACTGGAA GTTAGTCACC 
ATTTTAATTG GAGCCAACGA CCTGTGTCAA TATTGCTTAG ACAAGGAGAC CTATTCAGTG 
GAAAACTATG TAAAACACCT CCAGGATGCT CTTGATATTC TTTACGAGGA GCTCCCTCGG 
GCCTTTGTCA ACATGGTGGA GATAATGGAA CTCATTGAAC TGCGTCAGAT AAAAAGGGAA 
GCATCCGGAT GTGTTCTTTC AGGGGCGATC CTTTGTCCAT GTATTCTGAA CCCTCAGGAA 
AACTCCTCTG AACTGCAAGA AATTGAAAGT ACTAATAGAG ATTTTCAGGA CAGAACTGTC 
ATGTTGATCC AGAGTGGTCG CTACACCCCG CGGGAGGATT TTGCTGTTGT TGTGCAACCA 
TTTTTCCGAA ACACCATCAT GCCATTAGAC AGTGATGGGA AACCGGACCT GAGTTTCTTT 
GCACCTGATT GCTTTCATTT CTCCGAGAGA GGTCACGCAG AGATGGCCAT GGCACTTTGG 
AATAATATGC TACAACCAGT TGCACTTAAA CAGTCATACA ATAACTTCAC ATATGAAAGG 
TCGAAACTCA AGTGTCCAAC ATCAGAGCAC CCCTTTCTAT TCACATCAGA AAACAGCTAC 
CTGAAAACTT TCGGACCTGA AGCAGGGAAC AACAGAGGAT GGGCTGTGAT TATAGCAACT 
ACAACTGGAA TTTTGGTAGG ATCCCTGATT GTTTGTGTTG TGGTGACTCA GAGAGTCAGC 
AAACGCCGAA GGGCAGGAGA CATCACAATG GACGGAAAAA CAACAGCTTT TTAA