LOC105151783 cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105151783
Entrez Gene ID	105151783
Full Name	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like
Gene Type	protein-coding
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011065689.1	XP_011063991.1	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like

Pathways from BioSystems
Gene Ontology

The following LOC105151783 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105151783 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
OAc136250	XM_011065689.1 Latest version!	Acromyrmex echinatior 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC105151783), 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)

LOC105151783 ( XM_011065689.1 ) cDNA ORF clone, Acromyrmex echinatior(Panamanian leafcutter ant) -> XP_011063991.1 Acromyrmex echinatior 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC105151783), mRNA.

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CloneID	OAc136250
Clone ID Related Accession (Same CDS sequence)	XM_011065689.1
Accession Version	XM_011065689.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	2015-01-12
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Product	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011627476.1) 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 :: Acromyrmex echinatior 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##

ATGGAGATAA TTGCCGGTCT GAAATCCAAT AAACTGAAGC CGATTTGGCA AGAACGAGGC 
ATGAACGAGC GCTTCCCGGT CATGGAGTAT CTCTCCTCTG CCCTTTTGTC TTCCGAATAT 
GAACATGCGC TTGCTCGCGC TCTCGCGATG CCGGAATGCC CAGTGGTACC ATTCTTCGGG 
GCTTTCCTGC GCGAGCTGCG GGAAGTTATC GCGTGCGATA TAAAGCCTCA GCCCGAGTTC 
AAGGAAAATC GCGAGTCACC ACGTGTTAGC ATTAAGGAGA GCGAACCTCA AGAACACGTG 
CCTTCCTCTG CGCCGGTCGC CAGGATCGCC GTCGAGAGTA ACACAGAGAC GCCATCGGGA 
TGGAGTTCAA GGAGCGGTTC CTTAAACAAA CCGGAGAACC CCATCGCACC AGTCCACGAT 
ACAAATTCCG TTCTCGACAA AGTCGCGCTC TTTCACAAGC ATCGACATGC TCGTGGCAGA 
GACGCGACTA CTGATTCCCT TCATCGCACC CTGAGCGTTC ACACGACTGC AATTGAGCAA 
ACCTACATGG CGGAGGAATG CGACGAGAAT GACTATCATC TTGATTTAGA CTCCTACAAA 
CCCGTGCAGC CGCTCAAGAT CGACCATGGA GTCGCTTTGT TTCCCGTTGC CGCGCCACAC 
ACTGGCATGG ATCTTCATCT TCTGCAGGTG TTACATCATG GCACGACTTT GGTGCATTGG 
GATTGTGAGG GTGGTACCTC GAGAACAGCA TTGGTGTTCG CACGCGTCGA TCGCGCTTGT 
GGCACTTTCG TGTGGGAAAA GCCACCCTGG AGTCCTTTAA AAACGGCGCA AGTTGGAGGT 
GCCGTTCTCA CAGAGGTTTC GCTAACCACG AACCCGGAGG ATGCGATACC AGCGGGCCTA 
GTCGGCAGGT ACACGCAGCA GCAGGCTGAC TGCGCTTCTG TCACTTTGGA GGAGGGATAT 
CTCGACCTGG GATCGGTGAA AGAGATAATG ATCGGCTGTT GCGATCGCGA TCGAGAGGCT 
GATCTCAGGA GCATCTGCAA GAGATACGGC CTACCTGGCT CCGACTGCTG CATCGGCCTT 
ATGTATGGCT CCAATCTTCC GGACAATCGA CTGATCTTCC TACTTTGCCC TCCCGCTCTT 
AGCAAAATAT GGTACATGGG ATTATGCTGG ATATTGCGAG GCCTCAAACG ACAACAACAG 
TTAACAGATC GTAGATCGCG CTGGTTAAAA GAAAAATATC TTCAGTTATA CTTTTCGTAC 
TTGGAACAGC CGATAGAAGG CTTGGAGCAG CCGACGACAG CCGACGCTAT TCGCATTTTT 
GGCGGTCGCG ACTGGTCTAT GACAGAAAGT GTTGGCACGC TGTCTCCAAC GAGCAGCAGC 
ACTTTACGCA GACGAAATGT TAAAGGCAAA AAGACAAAAT CAATCGGCAA CATTCATGCT 
TTGACCAAGG ATCTGAGTAT AAAACAGTAC GACTCCTCGA CCTCGGATGG AGGTCTGTGC 
GTTACACCTC TTCGTCATAT CGCTGGAAGC AGAGAGTCTT TAACGAGGAT CCTACCAGCG 
TCACCGAGAG CAAGCCGAGA TCGAATCCCG CCACGTAGTC CACCCGGTTC CGCCGACCGT 
ATTACTTCCA ACTTGCCTTA CTCCGCTTTT CAAAGTTTGT TATGTGTCGC CAGAGAAAAG 
GACAAGAACG GATCTGGTGG TATATCAGGA GGCTTTGAGG CTCCTTGGCA CATGAAAGGA 
ACGCGCACTA CCTCGATGAT GTACGAGACA CAATTAAACT TTGTGGAGTT CGTCGCACTT 
TTCCGATCGT TCAGCTTACG AGCCAGAAAA GATTTGCGTG ATCTGTTCGG CCAATTAGCA 
ATAACATGTC GTAGCCAGAG TGATGGATCG TTAAGGGACT TTAACATCCG CCCGGTAGTG 
CTCAGACAAA CCAGTGATGC CACTCCACAA AGAATCGGTT TGTTGACGAG AAACAACTCT 
ATTGACTGTC ACGAATACAA GACGGGCAGC AACCTACAAA AAAAGCAAAT CTTTGATGCT 
GTTGCGGCGG CTAGTATAAT CAATAATTGC TCGGGCGTGG ATACGTCGAA ATCCCAAGTA 
ATTACTCTAG CAACATTTAC GAAATTTCTG GAATCTCGGC AGCAGGAAAA GTTGAGTGAC 
GACGAAATCA AGACACTGAT CAAGAGGCAC GAACCGGATC CAGTACTTCG CACACAGTGG 
TGTTTGTCTT TTGAGGGTTT TGCACGGTAT ATGATGGACA AGGACAATTA TGCCTTCCCG 
AACGAGTATG CAACACCGTC CGAAACCGAA ATGCAGCAGC CTCTGTCGCA ATATTACATT 
GCAAGTTCCC ACAACACATA TTTAACCGGA CATCAACTCA AAGGAGAGTC CTCCGTACAG 
TTATATTCGC AGGTACTTTT AACCGGATGT CGCTGTGTAG AGCTCGATTG TTGGGACGGT 
GACGATGGAT CACCATTGAT TTATCATGGT CACACTTTCA CTACAAAAAT ACCATTTCGC 
TCGGTTGTAG AAGCGATAGA TCGAAGCGCC TTTGTCAGTT CCCCTTATCC CGTAATCCTT 
TCCATCGAAA ATCACTGTTC GCCAAGTCAG CAAGCTCGTA TGGCTCAAAT ATTTCAGTCT 
GTTTTTGGCG AGAAATTGGT GACGAAATTT CTCTTCGAGT CCGACTTCAG TGACGATCCT 
CAACTGCCTT CGCCTTCGCA ACTTCGTTAC CGAATTTTGA TAAAAAATAA GAAGCTGGTG 
ATTGATCCTG CCGGCCCCTT ATCGCACACA CCCCTTAGTC ATCGAGGAAA AATGCTTATG 
ACGGATCGCG CATCTTCCAT GAAGCAAATG CGGACTGATG TAAGCAGCAC ATCAGTTGTG 
GAATACTTTA GTGAGGATGA AGACGACGAA GAGGATGACG ATGAGGATGA CAACATCGAT 
GATAATTCGA TTTCGAGCTA CGAGAGATAT CTGGGTGGCG GCCAAGTGCC GCACGGTCGT 
TTAAAATCGG ATCCAGGGAT GGACGACAAG ACGCAAAAGC AAAGTAGCCA GATAGCCAAG 
GAATTGTCGG ATTTGGTAAT TTATCTGCAG GCGATTAAAT TTCGCGGACT AAATACCATG 
CCAGTCGGAT CAGGAAAAAT ACGTCATCAA TCGCATACAG GACCAGTTCA GAGGCATAGC 
ATCGCCGGTA TAGGACCTAG CAGTATAGCT TCCTCATCAG GATCGCCGCA ATCACTTTCG 
ACGTCTGCCT CGATCGCGAG CGGCGGTAGC AACATCGATA ATATCTTCAG ATCCACTCGT 
GGAATGCCGG CTTGTTTCCA ATGTTCATCT TTAAACGAAA GCTCAGCGAA AAAAATCTGT 
AGGAAACAAC CGTTAGGCGT AGTCGCCACA AATTTCAACC CTGTAATATT TTGGGCTTTT 
GGAATCCAAA TGGTTGCGTT GAATTATCAA ACTGATGACG CGGGATTAAA TTTGAACTCA 
GCCATGTTTG AGCAAAGCGG TCAATGCGGA TATGTTAGAA AACCTTCAGT GATGTGGGAT 
AAAGGACATA TGATGTACAG ACGATTCAAC CCTTGGGACA AAGAATTCGA CGGGCTGCAT 
TCTGCACATT TAAGTCTATC AATAGTCTCA GGACAATACG TTTCGGTTAC AAACTTCGTC 
ACCAGCACAT ATGTTGAGGT CGAGTTGGTC GGTATACCGA TCGATTGCGC GAAACACAAA 
ACAAAGGTGA TCCATAACAA TGCCTTGAAT CCCATCTGGA ATGAAAAATT CTGCTTCCAA 
GTGATGTTCA AAGATCTCGC CTTCCTACGT TTCGGTGTTA TCGAAGCAAG CTCTCATCAC 
GTGATCGCGC AACGCGTAAT ACCGCTTAAA TGTCTACGAC CTGGCTATCG ACACGTACGA 
TTACGATCTT GTAAAAACAA GCCATTAGCC CTTTCTACGC TTTTTATCTA TTCCCGCTTG 
GAGGAGGAGA GTTTGGACTA TAACACCTGC TGCCGCGATC ATAAAGAGTC ATCTAAGCGT 
CTCTCGTCGA GCAAAGAACC TGAGAAACTG AGCACCGTTG ATCCCGGATC CCTGGGTGGT 
GTCACCTTGA AGAGACGAAT GTTCTTCCTG ATGGTTTATC ACGTGATACC AGACGAACCG 
TACACCATCC TGAAAGTGAC CCAGGAGAGT ACTACGCAAG AGGTGATGCT GCAGGCGTTA 
CAGAAAGCAG GAATATCGCC GGATCATGTA GATGAGTACA TTTTGGTAGA GGAAGTGTCT 
CGCGGATGGG AGAAAAGAGA CAAGGAAGAG TTACCAACTC AACGTGTGCT GGACCCTACA 
GAACATCCCC TTCAAGCACA GGCCCTGTGG AAAGGGCAAG GCCGCTTCCT GTTGAAGCGA 
GTAGGCGACG ATCCAAGCAG TAGAGCGTGG CTCGCCTCTA TCAGGAGCAC GGCCGGCCAC 
TCGAAGCTCA ACGATTCCAA CACGAGGGAC CAATCCACTC ACATATGGGA CGAGGCAGAC 
ACCTTTCTAG TCTGCATTTA TAACGTCTCG CCGGAGATCC CTTATGCGAT TCTACGTGTG 
CCGATAAGCA GCTCAGCTCA GGACGTGTTA GCGCAAGCTC TGATAAAGGC CAGAAGAATG 
GAGAACCCAA CCAAGTTTGC TCTGGTCGAG GAGCTGGAAT GGGGTGGTGC GGGCGCTGTC 
GGAAGTGGAA ATCGTCAGTT AAGAGTATTG AGTGACGATG AAAATGTTTA TACCACTCAA 
GCCTTTTGGA AAACTCTCGG CAGGTTTATC CTTAGAGAAA GAGAACAAGC CATTCCGAGA 
CGGAACTTGT TGCCAGCGAC CCTCGATAGA CTCAGTAAGG GATTTTCCGT AGGCAGATCG 
GTGTCCCTGC CAGGATCCAG CAAAGAAAAG GTGCCTGTTT CGGAAGCACT GTCGGACCCC 
ACTTCTAGAG GCCTGAGACA TCGGTTAATG ATGTCGGGAC GTAGACGAGA AGTTCATTCT 
GATGGAGAAG ATACGCGTGA ATCTGACATA CTGAATGTTG CTTTTCAACT GAAGAAGGTC 
TCGTTCAGAA AATTGATGAG CTGGAAATCA TAG

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

RefSeq	XP_011063991.1
CDS	976..6048
Translation	MEIIAGLKSNKLKPIWQERGMNERFPVMEYLSSALLSSEYEHALARALAMPECPVVPFFGAFLRELREVIACDIKPQPEFKENRESPRVSIKESEPQEHVPSSAPVARIAVESNTETPSGWSSRSGSLNKPENPIAPVHDTNSVLDKVALFHKHRHARGRDATTDSLHRTLSVHTTAIEQTYMAEECDENDYHLDLDSYKPVQPLKIDHGVALFPVAAPHTGMDLHLLQVLHHGTTLVHWDCEGGTSRTALVFARVDRACGTFVWEKPPWSPLKTAQVGGAVLTEVSLTTNPEDAIPAGLVGRYTQQQADCASVTLEEGYLDLGSVKEIMIGCCDRDREADLRSICKRYGLPGSDCCIGLMYGSNLPDNRLIFLLCPPALSKIWYMGLCWILRGLKRQQQLTDRRSRWLKEKYLQLYFSYLEQPIEGLEQPTTADAIRIFGGRDWSMTESVGTLSPTSSSTLRRRNVKGKKTKSIGNIHALTKDLSIKQYDSSTSDGGLCVTPLRHIAGSRESLTRILPASPRASRDRIPPRSPPGSADRITSNLPYSAFQSLLCVAREKDKNGSGGISGGFEAPWHMKGTRTTSMMYETQLNFVEFVALFRSFSLRARKDLRDLFGQLAITCRSQSDGSLRDFNIRPVVLRQTSDATPQRIGLLTRNNSIDCHEYKTGSNLQKKQIFDAVAAASIINNCSGVDTSKSQVITLATFTKFLESRQQEKLSDDEIKTLIKRHEPDPVLRTQWCLSFEGFARYMMDKDNYAFPNEYATPSETEMQQPLSQYYIASSHNTYLTGHQLKGESSVQLYSQVLLTGCRCVELDCWDGDDGSPLIYHGHTFTTKIPFRSVVEAIDRSAFVSSPYPVILSIENHCSPSQQARMAQIFQSVFGEKLVTKFLFESDFSDDPQLPSPSQLRYRILIKNKKLVIDPAGPLSHTPLSHRGKMLMTDRASSMKQMRTDVSSTSVVEYFSEDEDDEEDDDEDDNIDDNSISSYERYLGGGQVPHGRLKSDPGMDDKTQKQSSQIAKELSDLVIYLQAIKFRGLNTMPVGSGKIRHQSHTGPVQRHSIAGIGPSSIASSSGSPQSLSTSASIASGGSNIDNIFRSTRGMPACFQCSSLNESSAKKICRKQPLGVVATNFNPVIFWAFGIQMVALNYQTDDAGLNLNSAMFEQSGQCGYVRKPSVMWDKGHMMYRRFNPWDKEFDGLHSAHLSLSIVSGQYVSVTNFVTSTYVEVELVGIPIDCAKHKTKVIHNNALNPIWNEKFCFQVMFKDLAFLRFGVIEASSHHVIAQRVIPLKCLRPGYRHVRLRSCKNKPLALSTLFIYSRLEEESLDYNTCCRDHKESSKRLSSSKEPEKLSTVDPGSLGGVTLKRRMFFLMVYHVIPDEPYTILKVTQESTTQEVMLQALQKAGISPDHVDEYILVEEVSRGWEKRDKEELPTQRVLDPTEHPLQAQALWKGQGRFLLKRVGDDPSSRAWLASIRSTAGHSKLNDSNTRDQSTHIWDEADTFLVCIYNVSPEIPYAILRVPISSSAQDVLAQALIKARRMENPTKFALVEELEWGGAGAVGSGNRQLRVLSDDENVYTTQAFWKTLGRFILREREQAIPRRNLLPATLDRLSKGFSVGRSVSLPGSSKEKVPVSEALSDPTSRGLRHRLMMSGRRREVHSDGEDTRESDILNVAFQLKKVSFRKLMSWKS

Target ORF information:

RefSeq Version	XM_011065689.1
Organism	Acromyrmex echinatior(Panamanian leafcutter ant)
Definition	Acromyrmex echinatior 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC105151783), mRNA.

Target ORF information:

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

XM_011065689.1

ORF Insert Sequence:

ATGGAGATAA TTGCCGGTCT GAAATCCAAT AAACTGAAGC CGATTTGGCA AGAACGAGGC 
ATGAACGAGC GCTTCCCGGT CATGGAGTAT CTCTCCTCTG CCCTTTTGTC TTCCGAATAT 
GAACATGCGC TTGCTCGCGC TCTCGCGATG CCGGAATGCC CAGTGGTACC ATTCTTCGGG 
GCTTTCCTGC GCGAGCTGCG GGAAGTTATC GCGTGCGATA TAAAGCCTCA GCCCGAGTTC 
AAGGAAAATC GCGAGTCACC ACGTGTTAGC ATTAAGGAGA GCGAACCTCA AGAACACGTG 
CCTTCCTCTG CGCCGGTCGC CAGGATCGCC GTCGAGAGTA ACACAGAGAC GCCATCGGGA 
TGGAGTTCAA GGAGCGGTTC CTTAAACAAA CCGGAGAACC CCATCGCACC AGTCCACGAT 
ACAAATTCCG TTCTCGACAA AGTCGCGCTC TTTCACAAGC ATCGACATGC TCGTGGCAGA 
GACGCGACTA CTGATTCCCT TCATCGCACC CTGAGCGTTC ACACGACTGC AATTGAGCAA 
ACCTACATGG CGGAGGAATG CGACGAGAAT GACTATCATC TTGATTTAGA CTCCTACAAA 
CCCGTGCAGC CGCTCAAGAT CGACCATGGA GTCGCTTTGT TTCCCGTTGC CGCGCCACAC 
ACTGGCATGG ATCTTCATCT TCTGCAGGTG TTACATCATG GCACGACTTT GGTGCATTGG 
GATTGTGAGG GTGGTACCTC GAGAACAGCA TTGGTGTTCG CACGCGTCGA TCGCGCTTGT 
GGCACTTTCG TGTGGGAAAA GCCACCCTGG AGTCCTTTAA AAACGGCGCA AGTTGGAGGT 
GCCGTTCTCA CAGAGGTTTC GCTAACCACG AACCCGGAGG ATGCGATACC AGCGGGCCTA 
GTCGGCAGGT ACACGCAGCA GCAGGCTGAC TGCGCTTCTG TCACTTTGGA GGAGGGATAT 
CTCGACCTGG GATCGGTGAA AGAGATAATG ATCGGCTGTT GCGATCGCGA TCGAGAGGCT 
GATCTCAGGA GCATCTGCAA GAGATACGGC CTACCTGGCT CCGACTGCTG CATCGGCCTT 
ATGTATGGCT CCAATCTTCC GGACAATCGA CTGATCTTCC TACTTTGCCC TCCCGCTCTT 
AGCAAAATAT GGTACATGGG ATTATGCTGG ATATTGCGAG GCCTCAAACG ACAACAACAG 
TTAACAGATC GTAGATCGCG CTGGTTAAAA GAAAAATATC TTCAGTTATA CTTTTCGTAC 
TTGGAACAGC CGATAGAAGG CTTGGAGCAG CCGACGACAG CCGACGCTAT TCGCATTTTT 
GGCGGTCGCG ACTGGTCTAT GACAGAAAGT GTTGGCACGC TGTCTCCAAC GAGCAGCAGC 
ACTTTACGCA GACGAAATGT TAAAGGCAAA AAGACAAAAT CAATCGGCAA CATTCATGCT 
TTGACCAAGG ATCTGAGTAT AAAACAGTAC GACTCCTCGA CCTCGGATGG AGGTCTGTGC 
GTTACACCTC TTCGTCATAT CGCTGGAAGC AGAGAGTCTT TAACGAGGAT CCTACCAGCG 
TCACCGAGAG CAAGCCGAGA TCGAATCCCG CCACGTAGTC CACCCGGTTC CGCCGACCGT 
ATTACTTCCA ACTTGCCTTA CTCCGCTTTT CAAAGTTTGT TATGTGTCGC CAGAGAAAAG 
GACAAGAACG GATCTGGTGG TATATCAGGA GGCTTTGAGG CTCCTTGGCA CATGAAAGGA 
ACGCGCACTA CCTCGATGAT GTACGAGACA CAATTAAACT TTGTGGAGTT CGTCGCACTT 
TTCCGATCGT TCAGCTTACG AGCCAGAAAA GATTTGCGTG ATCTGTTCGG CCAATTAGCA 
ATAACATGTC GTAGCCAGAG TGATGGATCG TTAAGGGACT TTAACATCCG CCCGGTAGTG 
CTCAGACAAA CCAGTGATGC CACTCCACAA AGAATCGGTT TGTTGACGAG AAACAACTCT 
ATTGACTGTC ACGAATACAA GACGGGCAGC AACCTACAAA AAAAGCAAAT CTTTGATGCT 
GTTGCGGCGG CTAGTATAAT CAATAATTGC TCGGGCGTGG ATACGTCGAA ATCCCAAGTA 
ATTACTCTAG CAACATTTAC GAAATTTCTG GAATCTCGGC AGCAGGAAAA GTTGAGTGAC 
GACGAAATCA AGACACTGAT CAAGAGGCAC GAACCGGATC CAGTACTTCG CACACAGTGG 
TGTTTGTCTT TTGAGGGTTT TGCACGGTAT ATGATGGACA AGGACAATTA TGCCTTCCCG 
AACGAGTATG CAACACCGTC CGAAACCGAA ATGCAGCAGC CTCTGTCGCA ATATTACATT 
GCAAGTTCCC ACAACACATA TTTAACCGGA CATCAACTCA AAGGAGAGTC CTCCGTACAG 
TTATATTCGC AGGTACTTTT AACCGGATGT CGCTGTGTAG AGCTCGATTG TTGGGACGGT 
GACGATGGAT CACCATTGAT TTATCATGGT CACACTTTCA CTACAAAAAT ACCATTTCGC 
TCGGTTGTAG AAGCGATAGA TCGAAGCGCC TTTGTCAGTT CCCCTTATCC CGTAATCCTT 
TCCATCGAAA ATCACTGTTC GCCAAGTCAG CAAGCTCGTA TGGCTCAAAT ATTTCAGTCT 
GTTTTTGGCG AGAAATTGGT GACGAAATTT CTCTTCGAGT CCGACTTCAG TGACGATCCT 
CAACTGCCTT CGCCTTCGCA ACTTCGTTAC CGAATTTTGA TAAAAAATAA GAAGCTGGTG 
ATTGATCCTG CCGGCCCCTT ATCGCACACA CCCCTTAGTC ATCGAGGAAA AATGCTTATG 
ACGGATCGCG CATCTTCCAT GAAGCAAATG CGGACTGATG TAAGCAGCAC ATCAGTTGTG 
GAATACTTTA GTGAGGATGA AGACGACGAA GAGGATGACG ATGAGGATGA CAACATCGAT 
GATAATTCGA TTTCGAGCTA CGAGAGATAT CTGGGTGGCG GCCAAGTGCC GCACGGTCGT 
TTAAAATCGG ATCCAGGGAT GGACGACAAG ACGCAAAAGC AAAGTAGCCA GATAGCCAAG 
GAATTGTCGG ATTTGGTAAT TTATCTGCAG GCGATTAAAT TTCGCGGACT AAATACCATG 
CCAGTCGGAT CAGGAAAAAT ACGTCATCAA TCGCATACAG GACCAGTTCA GAGGCATAGC 
ATCGCCGGTA TAGGACCTAG CAGTATAGCT TCCTCATCAG GATCGCCGCA ATCACTTTCG 
ACGTCTGCCT CGATCGCGAG CGGCGGTAGC AACATCGATA ATATCTTCAG ATCCACTCGT 
GGAATGCCGG CTTGTTTCCA ATGTTCATCT TTAAACGAAA GCTCAGCGAA AAAAATCTGT 
AGGAAACAAC CGTTAGGCGT AGTCGCCACA AATTTCAACC CTGTAATATT TTGGGCTTTT 
GGAATCCAAA TGGTTGCGTT GAATTATCAA ACTGATGACG CGGGATTAAA TTTGAACTCA 
GCCATGTTTG AGCAAAGCGG TCAATGCGGA TATGTTAGAA AACCTTCAGT GATGTGGGAT 
AAAGGACATA TGATGTACAG ACGATTCAAC CCTTGGGACA AAGAATTCGA CGGGCTGCAT 
TCTGCACATT TAAGTCTATC AATAGTCTCA GGACAATACG TTTCGGTTAC AAACTTCGTC 
ACCAGCACAT ATGTTGAGGT CGAGTTGGTC GGTATACCGA TCGATTGCGC GAAACACAAA 
ACAAAGGTGA TCCATAACAA TGCCTTGAAT CCCATCTGGA ATGAAAAATT CTGCTTCCAA 
GTGATGTTCA AAGATCTCGC CTTCCTACGT TTCGGTGTTA TCGAAGCAAG CTCTCATCAC 
GTGATCGCGC AACGCGTAAT ACCGCTTAAA TGTCTACGAC CTGGCTATCG ACACGTACGA 
TTACGATCTT GTAAAAACAA GCCATTAGCC CTTTCTACGC TTTTTATCTA TTCCCGCTTG 
GAGGAGGAGA GTTTGGACTA TAACACCTGC TGCCGCGATC ATAAAGAGTC ATCTAAGCGT 
CTCTCGTCGA GCAAAGAACC TGAGAAACTG AGCACCGTTG ATCCCGGATC CCTGGGTGGT 
GTCACCTTGA AGAGACGAAT GTTCTTCCTG ATGGTTTATC ACGTGATACC AGACGAACCG 
TACACCATCC TGAAAGTGAC CCAGGAGAGT ACTACGCAAG AGGTGATGCT GCAGGCGTTA 
CAGAAAGCAG GAATATCGCC GGATCATGTA GATGAGTACA TTTTGGTAGA GGAAGTGTCT 
CGCGGATGGG AGAAAAGAGA CAAGGAAGAG TTACCAACTC AACGTGTGCT GGACCCTACA 
GAACATCCCC TTCAAGCACA GGCCCTGTGG AAAGGGCAAG GCCGCTTCCT GTTGAAGCGA 
GTAGGCGACG ATCCAAGCAG TAGAGCGTGG CTCGCCTCTA TCAGGAGCAC GGCCGGCCAC 
TCGAAGCTCA ACGATTCCAA CACGAGGGAC CAATCCACTC ACATATGGGA CGAGGCAGAC 
ACCTTTCTAG TCTGCATTTA TAACGTCTCG CCGGAGATCC CTTATGCGAT TCTACGTGTG 
CCGATAAGCA GCTCAGCTCA GGACGTGTTA GCGCAAGCTC TGATAAAGGC CAGAAGAATG 
GAGAACCCAA CCAAGTTTGC TCTGGTCGAG GAGCTGGAAT GGGGTGGTGC GGGCGCTGTC 
GGAAGTGGAA ATCGTCAGTT AAGAGTATTG AGTGACGATG AAAATGTTTA TACCACTCAA 
GCCTTTTGGA AAACTCTCGG CAGGTTTATC CTTAGAGAAA GAGAACAAGC CATTCCGAGA 
CGGAACTTGT TGCCAGCGAC CCTCGATAGA CTCAGTAAGG GATTTTCCGT AGGCAGATCG 
GTGTCCCTGC CAGGATCCAG CAAAGAAAAG GTGCCTGTTT CGGAAGCACT GTCGGACCCC 
ACTTCTAGAG GCCTGAGACA TCGGTTAATG ATGTCGGGAC GTAGACGAGA AGTTCATTCT 
GATGGAGAAG ATACGCGTGA ATCTGACATA CTGAATGTTG CTTTTCAACT GAAGAAGGTC 
TCGTTCAGAA AATTGATGAG CTGGAAATCA TAG