LOC106874430 cDNA ORF clone, Octopus bimaculoides

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106874430
Entrez Gene ID	106874430
Full Name	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like
Gene Type	protein-coding
Organism	Octopus bimaculoides

mRNA and Protein(s)

mRNA	Protein	Name
XM_014922165.1	XP_014777651.1	1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like

Pathways from BioSystems
Gene Ontology

The following LOC106874430 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106874430 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
OOc17748	XM_014922165.1 Latest version!	Octopus bimaculoides 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC106874430), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC106874430 ( XM_014922165.1 ) cDNA ORF clone, Octopus bimaculoides -> XP_014777651.1 Octopus bimaculoides 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC106874430), mRNA.

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CloneID	OOc17748
Clone ID Related Accession (Same CDS sequence)	XM_014922165.1
Accession Version	XM_014922165.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6303bp) 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	2015-12-08
Organism	Octopus bimaculoides
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_014654082.1) 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 :: Octopus bimaculoides Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGTCTTTGG CTTGGATTGA CTTAAAGAAG GTATATGATA TGATGCCGCA TTCTTGGATC 
GTTGGATGCC TACAGATGTT TGGTGTTGCT GACAACATCA CAAATTTTCT GATGCATCGC 
ATGAAAGTTG AAAACCGAAT TGATAAACAG AAAAAGTTGT GGCATACGCC ATATTATGAC 
AATGAAATCA AACTGAAACA ACTTTATATC AAAATCTGCA AAAACCTACC TGCCTATGGA 
TGCAAACTAT ATCAGGTGAA AGAAAATCTC AGAGGGAATA CGCAGAAAAA GGAAACGAAT 
CAGGGCTCAT GTTGTAAGGA TCCTGTATGT TGTCTAATTG TCACAGATGC TGTAGCTAGA 
CAGAATGACA CAAAGGTATC CAGGTTACTG GGTATAACGC ATGAAAAGAT CATTTTACTT 
GACCACAAGA GTAAGGCATT AGTAAAATCA GAATACATCG GTGATTTGCA AGAGTGGTAT 
ACTGGAGAAG ATCGAGCCCA TGGTGGACTA GTACTGGAGT TTCGAGGTGC TAAACCATGG 
ATACTGACAA CACCTTCGGT TGAAAATCTG AAGTATGTAG CTGCAGCTCT TTGGGAAGCC 
ATGGATATTG AGGGCCGTTT CCTTACATCT AGTGGTTTAC GAAGAAACAG TTTAGATTTT 
GATTATAGCC GGCGGCACTT TGTGATGCAA TCAGATATAG GAACAAATTA TATATATACT 
GAAGAACTTC TATTAATCCA AAAAATTCTT CATTTTCCTG AAGAAGTAGC TTTATCGTTA 
ACAGAGACGG AATATGAGTT ATTCAATCGA ATACCTCCTG CACAATACAT ACGTCAAGTT 
AGTCTTGACC TTATCAGACC AATAACAAAT AAAAAACAAG TATCAGTTGA GAATCTTCTT 
CAAAGATTTG GAGAGGTCAG CAGTTGGATT ACCCATTTAA TCATTACCCA ACCAACACAT 
GATGACAGAA AAGCCATACT ATCCTGTATC CTCAGATTAG CTTCATATTG TCTTATTATT 
GGAAACTTCA ACTCTGCCAT TGAAATTGTA ACTGGCCTTA AATCTGATAA GCTGAAACCA 
TTTTGGTTAA ATTTGAGTGA AAATGAAAGG AGGAGTTTCC AATCCTTATC AGAGCTATTA 
TTGTCTGCTG AACCAAGCAG AGAATTTCGG GAAGCAGTCA ACAGGTCCTT AGATATTCCA 
GACTGTAAAG TAGTGCCTTT TATTGGAGGA TTTCTCAGGA ATCTACGAGC TGTATTTGTT 
GGTGTACCGA GTATTATTGT ATTGGCTTCT GAAGAAAATC AACCATTGGA GTTTGCTCCC 
GATTACAATG GGGAAGATCG ATACATGACC AGAATAGGGG TCGGTGGACT TATGAACCTC 
CACAAGTTAA AAGAAGCTCA TACAATCATG AATGACATTT GCCTTTTCCA TCATCATGCA 
ATCGTACAAA AAGCACAAAA CCAAATTTCC AGTGATCATA AATCCAATGT TATGACCAAC 
ACTGCAAATT TAACAAATAA AACCAATGTT GATGAAGCAG AAGAGAAAGT TGCTGAAGAG 
AAGTGTGAGG TTCCCCATGA ATTTAGCCAT GGAAATGAAG ATGATGAAGA CAGTGACAGT 
GATTATGACC TTGATCTTGA TTCTTACCAA CCAATTTGTC CTATCAATAA TGATCATGAG 
GTCAGTTTAC TGACGCCCAA AATCTCTAAT GTCAGTCTGC ATCAGTTACA GTGTATGCAT 
CATGGAAGTA CAATGGTGAG GCATGAACTT GATACAAACC GTTCTGTTGT TGTTTGTCTC 
AAACTTGAAA GTGACAATAG AACACTTACT TGGCAGAAAC CTTCCTGGAG TGCTCTGAGA 
GGGAGCCCTT CTCCACCAGA TTACACTCTG AAATCAGACT TTGATTTATC TTCATCTAAT 
ACAATATCTC TACGTTATAA TACAGACGAT GATGTGATGG AAGGACTTGA AGAAGGTTTC 
ATTGATATAA ATATCATAAA AGATGTGTAT TTGGGTGCTG ATATTGCTGA TTTTGCAGCT 
ATTGGTAAAC GATATGGTTT AGGTAATTTT GTGCCAGAGA AAAATTGCCT TTGTCTAGTT 
TATGGCTATA ATATAACGGA AAACAAACTG ATTTATTTCA TAGCACCAGA TATGGTGGCC 
AAAATATGGT TTCAAGGTTT ACAGAGTCTT GTGAAAGCAG CAACTAAAGT CAAGAACCAA 
ACTGACAAAA GAGGTCAGTG GCTAAAGACA CAGTACCTTC AGCTGTATTA TGAGAATGAT 
AAATGCCAGG GACCAACACC AGCAGAAGCA ATAAGGACAT TCGGTGGCAG GCGATGGTCA 
AGTGGTACCC AGAATGTGAA CAATTCTGTT GAAACTCAAG TAACTTCAAA GAAAGGAACT 
CAAGGATTTG GTGGACCAAT AATTTTCAAA AAAAAACATA GTTCAGGAAT TGCTTCCTCC 
AAAGATATCA GTCCCAAAGG TTCAAGCAGC TCCAGCACAT TTAGTAGTTG TGAGTCAACA 
TCAAAAGCTA CTTACAGCCA TCAGCAAACT CCTAGCCCAA CCCGTAAATC AAAATCTGAA 
CCCAGTAAAA ACTTCTTGAA TGACCCAGTG ATAAACCAAA TTCAAACAAC CAACTATTTG 
CCAGGCTTTA GATCAAGGAA TATTACATAC AGCTTTACAG AGCATTACCA TTCCAGGCGA 
CGGAAACGAT CGCTCAATGC TGGCAGATGT CTTCCCTCTT CTGAAAGTAG ATCAATCGCT 
ATCACACATT CAACACAATT GTCTTTCTTG GATTTTGTGG ATTTATTCAA AGCATTTGAG 
TTACGCTGTC GTAAGGATTT AAAAGATTTA TTTGAACAGT TTGCCATTAC CAAAACACTT 
GCAGAGATTG AAGAAACAGT TTCCTATGAC TATCACATGT ACAAACCATC AACTAAAGAC 
ATGGGTCTTG TAACGAGGGT AAATACATTT GATCTTGGCT TAGAACAACA ACAGCGACGG 
AAAATTTGTG ATGCAATTGC AGCAGCTAGT ATTGTGCATA ATTGTGCAGG AGTTGATACA 
ACTCAGAACA GGTTCATGGG AATGCAACAG TTTCAACATT TCCTGGAAGA TTATCAAGAA 
GAAAGTGTGG ATAATGAAAG AATTTATCAG CTGATTCAGC TTCATGAACC TAATCCAATT 
CCACGAGAAC ATGGATATCT TTCATTTGAA GGCTTTGCCA GGTATCTGAT GGATAAAGAG 
AACTATGCAT ACATAAACGA AAAACTAAAG TGCCGAAAAG AGGATATGGA TCACCCATTG 
TCTCATTACT ATATAGCATC TTCACATAAC ACATACCTAA CTGGTCATCA ACTCAAAGGA 
GAATCATCAG TAGAACTGTA TAGTCAAATA CTCCTAATGG GTTGCCGATG TGTAGAACTT 
GACTGTTGGG ATGGAGATGA TGGAATGCCA ATTATATATC ACGGACATAC ACTCACTACA 
AAGATCTCAT TTAAGGCAGT TGTAGAGGCT ATCAACAGAG CAGCATTTGT TAATTCCCCA 
TATCCTATAA TCTTGTCCAT AGAAAACCAT TGCTCAATAC CACAACAACA AAAAATGGCA 
CAAATATTTG TTTCCACATT CGGTGATAAA CTGGTAACAA AATATCTGTT TGACAGTGAC 
TTCAGTGATG ATCCTCAACT ACCATCTCCA AATCAACTCA AGTACAAAAT TTTAATAAAA 
AACAAAAAAT TAAAAGATTT TGATAATCAA ACTACAATTA AAAAAGTTTG TACCCATTCT 
CGAACAAGCA GTATGATCTC TTCTGAAAGT GCTTCAATTA ATTTTGAAGA GGATGACGAT 
GAAGATGATG ATGAAGATGA TGATGTTGCT GATGGCTGCC AGCTCTATCG GAAACAATTT 
GAGAAAGATA TGCGACGTTC AGTTGACAGC CAAGGAAGTC AAACACCAGA ACAAGATGAA 
AAATCAAAAC ATACTCGGTT AAGAGCTGAT TCTTTTGGAG ATATTTCCAG ACAAGGAATA 
CCTCGAAGTT CGTCATTTGG AGAGAAGAAC CGTCCTAAAA CACAACCTGA CCTTGATTGG 
CCAATTGAGG ACGATATGCC TGAAGCAAAA GTCATATTGA AGTCAAAACA GAAAAAGGAC 
AGTCAAATCG CCAAAGAACT CTCTGATTTA GTCGTCTACA CACAAGCAGT TAAATTTAGA 
AGTTTATCAG TGAGTCCAAG TACGTCCGTA AAACAAAAAA AAATATCATC AAAAAAAGGC 
ATTCTATCTT CCAGTCACAG TGGATCTCCT GGTTCTTCAG CAAGCATGAG CACAGTTACA 
GAGAAATCGG AATTGAACAT TACACCTGCA ATGATGAGGT CACGTCGAGG AGATCAAACG 
CCACCTGCTT ACCTTCTGTC ATCAATGAAT GAGAACAAAT CCAAAGCATT GTGTCGGCGC 
TGTCCAAATG GATTGATTAC TCATACAGAG AAACAACTGA TGAGAACGTA TCCGGCTGGA 
GTAAGAATAG ATTCTTCCAA TTTTAACCCA ATGCAGTTTT GGATATTTGG AATCCAAATG 
GTAGCACTTA ATTACCAAAC TGAAGATACA GCCATGGCAC TGAATACGAC ATTGTTTGAA 
CAGAATAGAA AATGTGGACT AGTATTGAAA CCTGAAGTTA TGTGGGATAA GAATCATGTA 
ATGTACACAC GATTCAGTCC ATTTGATAAA GAATTTGATG GGATTCATGC AACGGTGCTC 
ACACTTCATT TGATCTCAGG TCAGTATGTA AATCCAAGTC TGAGTGCCCA CACACAAGTG 
GAAGTAGAAA TCATTGGTAT TCCTGTTGAC TGTACAAAAC ACAAAACCAA AGTTATACAA 
CGTAATGCCT TAAACCCTAT ATGGAATGAT GTCTTCAATT TTCAGATTAT GTTTGTTGAT 
CTGGCATTCA TCCGTTTCCT CGTCATTGAC ACCAGTACTG GCCATATGGT CCTGCAGCGA 
ATAATTCCAC TCAAACATTT GCGTCCTGGA TATCGACATG TTCGGTTACG CAATCCTCTA 
AATCAGCCAA CTGAACTAGC AACTTTATTC ATTTATTCTA AATTGGAAGA AGACCAACTG 
GATCAGTGCA ACAACATAGA CCTTAATGCT GATATTCTTG GCAAACGGCG GTCGCTTCTA 
GCGAAAGTCA AAGACTTTTC TGATGTCTCC AAAGTTGATG CTGGGAAAGA TTTATCTACG 
AACATTGTCA CTACAGTTGG TAAACAGAAA CGGAGAATGT TTATTGTCAC CATATTCGGC 
CTCAGCACGC CAGATGACTA TGTAATTTTA AAGATCTCCC AAGATACATC CGTCTGTGAT 
GCTATTGCAT TGGCTTTACT AAAGGCAGGG AAAAGTGAAG AAAAAGTTGC AAATTATGTC 
TTGGTTGAAG AAGTTCAAAG TGGTTGGGAG AGAAAAGACC AGGAAAAGCC TTGTACTCAG 
AGAATTCTGG ATATGTCTGA AAAACTACTA GCATCTCAAA ATAAATGGAA GGGATCAGGC 
AAATTTATCC TTCGAAAAAT GAGTGATGAC CCAAGTAGTC GTGCTTGGAT GACCACCATG 
TTAACAAATG AACAAAAGAA AAAAATGGAC TCAACTGATG ATGACTCAGC AGTTTGGGAT 
TCAGAAGAGA ATATGTTTTT AGTATGTGTA TATAATGTCT CACCAGATCA GCCCTATACA 
GTATTTAAAG CGCCAGTATC TAGTACAGCT CAAGATATAA TCACTCAGGC TATGATGAAA 
TCTCGGCGCA TCAATATGTG TGATCCACGG GATTTTGTTC TTGTACAAGA ATTGGAAGTA 
TTGTTCACAT CAGACACAGC TAGCAGTCAG AGAAACAGTC GGACAGTACA GAAATGTGAA 
CGGCACGTAT TAAGCAATGA AGATAATGTA TATCAAGCTC AAAATGAATG GAAAACATTT 
GGGAAATTCA TTCTTCTGCA CAGAAATAAA GTGGATGATG AATTTGAGTT ATGTGATAAT 
AAGAAAAAGA AGGGTTCCAA CTATATGGGA TCACTTTCTA GAGGAACAGC TAATATAGCT 
AAGAAAATTG GTTCTAAACG ATCAGGTCGT GCAGCATCCT CATTTGATCA TTCTTCTCTA 
AACAGTTCTG ATGAATCTCT TCAGAAAATA ACTCGATGGC CATCCCCTTG TACAGGTGAT 
GGGAGCAATT TTGGCGGTGC TGCTGAACTC AGTGGGAGTG GTTCCTCTTT AGAGAAGCGT 
TCAAGCCATT CTGTTTCCCG CTTCAAAAAG ATCTCCAACA AACTCAACTT GAAATTTAAA 
TGA

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

RefSeq	XP_014777651.1
CDS	1..6303
Translation	MSLAWIDLKKVYDMMPHSWIVGCLQMFGVADNITNFLMHRMKVENRIDKQKKLWHTPYYDNEIKLKQLYIKICKNLPAYGCKLYQVKENLRGNTQKKETNQGSCCKDPVCCLIVTDAVARQNDTKVSRLLGITHEKIILLDHKSKALVKSEYIGDLQEWYTGEDRAHGGLVLEFRGAKPWILTTPSVENLKYVAAALWEAMDIEGRFLTSSGLRRNSLDFDYSRRHFVMQSDIGTNYIYTEELLLIQKILHFPEEVALSLTETEYELFNRIPPAQYIRQVSLDLIRPITNKKQVSVENLLQRFGEVSSWITHLIITQPTHDDRKAILSCILRLASYCLIIGNFNSAIEIVTGLKSDKLKPFWLNLSENERRSFQSLSELLLSAEPSREFREAVNRSLDIPDCKVVPFIGGFLRNLRAVFVGVPSIIVLASEENQPLEFAPDYNGEDRYMTRIGVGGLMNLHKLKEAHTIMNDICLFHHHAIVQKAQNQISSDHKSNVMTNTANLTNKTNVDEAEEKVAEEKCEVPHEFSHGNEDDEDSDSDYDLDLDSYQPICPINNDHEVSLLTPKISNVSLHQLQCMHHGSTMVRHELDTNRSVVVCLKLESDNRTLTWQKPSWSALRGSPSPPDYTLKSDFDLSSSNTISLRYNTDDDVMEGLEEGFIDINIIKDVYLGADIADFAAIGKRYGLGNFVPEKNCLCLVYGYNITENKLIYFIAPDMVAKIWFQGLQSLVKAATKVKNQTDKRGQWLKTQYLQLYYENDKCQGPTPAEAIRTFGGRRWSSGTQNVNNSVETQVTSKKGTQGFGGPIIFKKKHSSGIASSKDISPKGSSSSSTFSSCESTSKATYSHQQTPSPTRKSKSEPSKNFLNDPVINQIQTTNYLPGFRSRNITYSFTEHYHSRRRKRSLNAGRCLPSSESRSIAITHSTQLSFLDFVDLFKAFELRCRKDLKDLFEQFAITKTLAEIEETVSYDYHMYKPSTKDMGLVTRVNTFDLGLEQQQRRKICDAIAAASIVHNCAGVDTTQNRFMGMQQFQHFLEDYQEESVDNERIYQLIQLHEPNPIPREHGYLSFEGFARYLMDKENYAYINEKLKCRKEDMDHPLSHYYIASSHNTYLTGHQLKGESSVELYSQILLMGCRCVELDCWDGDDGMPIIYHGHTLTTKISFKAVVEAINRAAFVNSPYPIILSIENHCSIPQQQKMAQIFVSTFGDKLVTKYLFDSDFSDDPQLPSPNQLKYKILIKNKKLKDFDNQTTIKKVCTHSRTSSMISSESASINFEEDDDEDDDEDDDVADGCQLYRKQFEKDMRRSVDSQGSQTPEQDEKSKHTRLRADSFGDISRQGIPRSSSFGEKNRPKTQPDLDWPIEDDMPEAKVILKSKQKKDSQIAKELSDLVVYTQAVKFRSLSVSPSTSVKQKKISSKKGILSSSHSGSPGSSASMSTVTEKSELNITPAMMRSRRGDQTPPAYLLSSMNENKSKALCRRCPNGLITHTEKQLMRTYPAGVRIDSSNFNPMQFWIFGIQMVALNYQTEDTAMALNTTLFEQNRKCGLVLKPEVMWDKNHVMYTRFSPFDKEFDGIHATVLTLHLISGQYVNPSLSAHTQVEVEIIGIPVDCTKHKTKVIQRNALNPIWNDVFNFQIMFVDLAFIRFLVIDTSTGHMVLQRIIPLKHLRPGYRHVRLRNPLNQPTELATLFIYSKLEEDQLDQCNNIDLNADILGKRRSLLAKVKDFSDVSKVDAGKDLSTNIVTTVGKQKRRMFIVTIFGLSTPDDYVILKISQDTSVCDAIALALLKAGKSEEKVANYVLVEEVQSGWERKDQEKPCTQRILDMSEKLLASQNKWKGSGKFILRKMSDDPSSRAWMTTMLTNEQKKKMDSTDDDSAVWDSEENMFLVCVYNVSPDQPYTVFKAPVSSTAQDIITQAMMKSRRINMCDPRDFVLVQELEVLFTSDTASSQRNSRTVQKCERHVLSNEDNVYQAQNEWKTFGKFILLHRNKVDDEFELCDNKKKKGSNYMGSLSRGTANIAKKIGSKRSGRAASSFDHSSLNSSDESLQKITRWPSPCTGDGSNFGGAAELSGSGSSLEKRSSHSVSRFKKISNKLNLKFK

Target ORF information:

RefSeq Version	XM_014922165.1
Organism	Octopus bimaculoides
Definition	Octopus bimaculoides 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase epsilon-1-like (LOC106874430), mRNA.

Target ORF information:

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

XM_014922165.1

ORF Insert Sequence:

ATGTCTTTGG CTTGGATTGA CTTAAAGAAG GTATATGATA TGATGCCGCA TTCTTGGATC 
GTTGGATGCC TACAGATGTT TGGTGTTGCT GACAACATCA CAAATTTTCT GATGCATCGC 
ATGAAAGTTG AAAACCGAAT TGATAAACAG AAAAAGTTGT GGCATACGCC ATATTATGAC 
AATGAAATCA AACTGAAACA ACTTTATATC AAAATCTGCA AAAACCTACC TGCCTATGGA 
TGCAAACTAT ATCAGGTGAA AGAAAATCTC AGAGGGAATA CGCAGAAAAA GGAAACGAAT 
CAGGGCTCAT GTTGTAAGGA TCCTGTATGT TGTCTAATTG TCACAGATGC TGTAGCTAGA 
CAGAATGACA CAAAGGTATC CAGGTTACTG GGTATAACGC ATGAAAAGAT CATTTTACTT 
GACCACAAGA GTAAGGCATT AGTAAAATCA GAATACATCG GTGATTTGCA AGAGTGGTAT 
ACTGGAGAAG ATCGAGCCCA TGGTGGACTA GTACTGGAGT TTCGAGGTGC TAAACCATGG 
ATACTGACAA CACCTTCGGT TGAAAATCTG AAGTATGTAG CTGCAGCTCT TTGGGAAGCC 
ATGGATATTG AGGGCCGTTT CCTTACATCT AGTGGTTTAC GAAGAAACAG TTTAGATTTT 
GATTATAGCC GGCGGCACTT TGTGATGCAA TCAGATATAG GAACAAATTA TATATATACT 
GAAGAACTTC TATTAATCCA AAAAATTCTT CATTTTCCTG AAGAAGTAGC TTTATCGTTA 
ACAGAGACGG AATATGAGTT ATTCAATCGA ATACCTCCTG CACAATACAT ACGTCAAGTT 
AGTCTTGACC TTATCAGACC AATAACAAAT AAAAAACAAG TATCAGTTGA GAATCTTCTT 
CAAAGATTTG GAGAGGTCAG CAGTTGGATT ACCCATTTAA TCATTACCCA ACCAACACAT 
GATGACAGAA AAGCCATACT ATCCTGTATC CTCAGATTAG CTTCATATTG TCTTATTATT 
GGAAACTTCA ACTCTGCCAT TGAAATTGTA ACTGGCCTTA AATCTGATAA GCTGAAACCA 
TTTTGGTTAA ATTTGAGTGA AAATGAAAGG AGGAGTTTCC AATCCTTATC AGAGCTATTA 
TTGTCTGCTG AACCAAGCAG AGAATTTCGG GAAGCAGTCA ACAGGTCCTT AGATATTCCA 
GACTGTAAAG TAGTGCCTTT TATTGGAGGA TTTCTCAGGA ATCTACGAGC TGTATTTGTT 
GGTGTACCGA GTATTATTGT ATTGGCTTCT GAAGAAAATC AACCATTGGA GTTTGCTCCC 
GATTACAATG GGGAAGATCG ATACATGACC AGAATAGGGG TCGGTGGACT TATGAACCTC 
CACAAGTTAA AAGAAGCTCA TACAATCATG AATGACATTT GCCTTTTCCA TCATCATGCA 
ATCGTACAAA AAGCACAAAA CCAAATTTCC AGTGATCATA AATCCAATGT TATGACCAAC 
ACTGCAAATT TAACAAATAA AACCAATGTT GATGAAGCAG AAGAGAAAGT TGCTGAAGAG 
AAGTGTGAGG TTCCCCATGA ATTTAGCCAT GGAAATGAAG ATGATGAAGA CAGTGACAGT 
GATTATGACC TTGATCTTGA TTCTTACCAA CCAATTTGTC CTATCAATAA TGATCATGAG 
GTCAGTTTAC TGACGCCCAA AATCTCTAAT GTCAGTCTGC ATCAGTTACA GTGTATGCAT 
CATGGAAGTA CAATGGTGAG GCATGAACTT GATACAAACC GTTCTGTTGT TGTTTGTCTC 
AAACTTGAAA GTGACAATAG AACACTTACT TGGCAGAAAC CTTCCTGGAG TGCTCTGAGA 
GGGAGCCCTT CTCCACCAGA TTACACTCTG AAATCAGACT TTGATTTATC TTCATCTAAT 
ACAATATCTC TACGTTATAA TACAGACGAT GATGTGATGG AAGGACTTGA AGAAGGTTTC 
ATTGATATAA ATATCATAAA AGATGTGTAT TTGGGTGCTG ATATTGCTGA TTTTGCAGCT 
ATTGGTAAAC GATATGGTTT AGGTAATTTT GTGCCAGAGA AAAATTGCCT TTGTCTAGTT 
TATGGCTATA ATATAACGGA AAACAAACTG ATTTATTTCA TAGCACCAGA TATGGTGGCC 
AAAATATGGT TTCAAGGTTT ACAGAGTCTT GTGAAAGCAG CAACTAAAGT CAAGAACCAA 
ACTGACAAAA GAGGTCAGTG GCTAAAGACA CAGTACCTTC AGCTGTATTA TGAGAATGAT 
AAATGCCAGG GACCAACACC AGCAGAAGCA ATAAGGACAT TCGGTGGCAG GCGATGGTCA 
AGTGGTACCC AGAATGTGAA CAATTCTGTT GAAACTCAAG TAACTTCAAA GAAAGGAACT 
CAAGGATTTG GTGGACCAAT AATTTTCAAA AAAAAACATA GTTCAGGAAT TGCTTCCTCC 
AAAGATATCA GTCCCAAAGG TTCAAGCAGC TCCAGCACAT TTAGTAGTTG TGAGTCAACA 
TCAAAAGCTA CTTACAGCCA TCAGCAAACT CCTAGCCCAA CCCGTAAATC AAAATCTGAA 
CCCAGTAAAA ACTTCTTGAA TGACCCAGTG ATAAACCAAA TTCAAACAAC CAACTATTTG 
CCAGGCTTTA GATCAAGGAA TATTACATAC AGCTTTACAG AGCATTACCA TTCCAGGCGA 
CGGAAACGAT CGCTCAATGC TGGCAGATGT CTTCCCTCTT CTGAAAGTAG ATCAATCGCT 
ATCACACATT CAACACAATT GTCTTTCTTG GATTTTGTGG ATTTATTCAA AGCATTTGAG 
TTACGCTGTC GTAAGGATTT AAAAGATTTA TTTGAACAGT TTGCCATTAC CAAAACACTT 
GCAGAGATTG AAGAAACAGT TTCCTATGAC TATCACATGT ACAAACCATC AACTAAAGAC 
ATGGGTCTTG TAACGAGGGT AAATACATTT GATCTTGGCT TAGAACAACA ACAGCGACGG 
AAAATTTGTG ATGCAATTGC AGCAGCTAGT ATTGTGCATA ATTGTGCAGG AGTTGATACA 
ACTCAGAACA GGTTCATGGG AATGCAACAG TTTCAACATT TCCTGGAAGA TTATCAAGAA 
GAAAGTGTGG ATAATGAAAG AATTTATCAG CTGATTCAGC TTCATGAACC TAATCCAATT 
CCACGAGAAC ATGGATATCT TTCATTTGAA GGCTTTGCCA GGTATCTGAT GGATAAAGAG 
AACTATGCAT ACATAAACGA AAAACTAAAG TGCCGAAAAG AGGATATGGA TCACCCATTG 
TCTCATTACT ATATAGCATC TTCACATAAC ACATACCTAA CTGGTCATCA ACTCAAAGGA 
GAATCATCAG TAGAACTGTA TAGTCAAATA CTCCTAATGG GTTGCCGATG TGTAGAACTT 
GACTGTTGGG ATGGAGATGA TGGAATGCCA ATTATATATC ACGGACATAC ACTCACTACA 
AAGATCTCAT TTAAGGCAGT TGTAGAGGCT ATCAACAGAG CAGCATTTGT TAATTCCCCA 
TATCCTATAA TCTTGTCCAT AGAAAACCAT TGCTCAATAC CACAACAACA AAAAATGGCA 
CAAATATTTG TTTCCACATT CGGTGATAAA CTGGTAACAA AATATCTGTT TGACAGTGAC 
TTCAGTGATG ATCCTCAACT ACCATCTCCA AATCAACTCA AGTACAAAAT TTTAATAAAA 
AACAAAAAAT TAAAAGATTT TGATAATCAA ACTACAATTA AAAAAGTTTG TACCCATTCT 
CGAACAAGCA GTATGATCTC TTCTGAAAGT GCTTCAATTA ATTTTGAAGA GGATGACGAT 
GAAGATGATG ATGAAGATGA TGATGTTGCT GATGGCTGCC AGCTCTATCG GAAACAATTT 
GAGAAAGATA TGCGACGTTC AGTTGACAGC CAAGGAAGTC AAACACCAGA ACAAGATGAA 
AAATCAAAAC ATACTCGGTT AAGAGCTGAT TCTTTTGGAG ATATTTCCAG ACAAGGAATA 
CCTCGAAGTT CGTCATTTGG AGAGAAGAAC CGTCCTAAAA CACAACCTGA CCTTGATTGG 
CCAATTGAGG ACGATATGCC TGAAGCAAAA GTCATATTGA AGTCAAAACA GAAAAAGGAC 
AGTCAAATCG CCAAAGAACT CTCTGATTTA GTCGTCTACA CACAAGCAGT TAAATTTAGA 
AGTTTATCAG TGAGTCCAAG TACGTCCGTA AAACAAAAAA AAATATCATC AAAAAAAGGC 
ATTCTATCTT CCAGTCACAG TGGATCTCCT GGTTCTTCAG CAAGCATGAG CACAGTTACA 
GAGAAATCGG AATTGAACAT TACACCTGCA ATGATGAGGT CACGTCGAGG AGATCAAACG 
CCACCTGCTT ACCTTCTGTC ATCAATGAAT GAGAACAAAT CCAAAGCATT GTGTCGGCGC 
TGTCCAAATG GATTGATTAC TCATACAGAG AAACAACTGA TGAGAACGTA TCCGGCTGGA 
GTAAGAATAG ATTCTTCCAA TTTTAACCCA ATGCAGTTTT GGATATTTGG AATCCAAATG 
GTAGCACTTA ATTACCAAAC TGAAGATACA GCCATGGCAC TGAATACGAC ATTGTTTGAA 
CAGAATAGAA AATGTGGACT AGTATTGAAA CCTGAAGTTA TGTGGGATAA GAATCATGTA 
ATGTACACAC GATTCAGTCC ATTTGATAAA GAATTTGATG GGATTCATGC AACGGTGCTC 
ACACTTCATT TGATCTCAGG TCAGTATGTA AATCCAAGTC TGAGTGCCCA CACACAAGTG 
GAAGTAGAAA TCATTGGTAT TCCTGTTGAC TGTACAAAAC ACAAAACCAA AGTTATACAA 
CGTAATGCCT TAAACCCTAT ATGGAATGAT GTCTTCAATT TTCAGATTAT GTTTGTTGAT 
CTGGCATTCA TCCGTTTCCT CGTCATTGAC ACCAGTACTG GCCATATGGT CCTGCAGCGA 
ATAATTCCAC TCAAACATTT GCGTCCTGGA TATCGACATG TTCGGTTACG CAATCCTCTA 
AATCAGCCAA CTGAACTAGC AACTTTATTC ATTTATTCTA AATTGGAAGA AGACCAACTG 
GATCAGTGCA ACAACATAGA CCTTAATGCT GATATTCTTG GCAAACGGCG GTCGCTTCTA 
GCGAAAGTCA AAGACTTTTC TGATGTCTCC AAAGTTGATG CTGGGAAAGA TTTATCTACG 
AACATTGTCA CTACAGTTGG TAAACAGAAA CGGAGAATGT TTATTGTCAC CATATTCGGC 
CTCAGCACGC CAGATGACTA TGTAATTTTA AAGATCTCCC AAGATACATC CGTCTGTGAT 
GCTATTGCAT TGGCTTTACT AAAGGCAGGG AAAAGTGAAG AAAAAGTTGC AAATTATGTC 
TTGGTTGAAG AAGTTCAAAG TGGTTGGGAG AGAAAAGACC AGGAAAAGCC TTGTACTCAG 
AGAATTCTGG ATATGTCTGA AAAACTACTA GCATCTCAAA ATAAATGGAA GGGATCAGGC 
AAATTTATCC TTCGAAAAAT GAGTGATGAC CCAAGTAGTC GTGCTTGGAT GACCACCATG 
TTAACAAATG AACAAAAGAA AAAAATGGAC TCAACTGATG ATGACTCAGC AGTTTGGGAT 
TCAGAAGAGA ATATGTTTTT AGTATGTGTA TATAATGTCT CACCAGATCA GCCCTATACA 
GTATTTAAAG CGCCAGTATC TAGTACAGCT CAAGATATAA TCACTCAGGC TATGATGAAA 
TCTCGGCGCA TCAATATGTG TGATCCACGG GATTTTGTTC TTGTACAAGA ATTGGAAGTA 
TTGTTCACAT CAGACACAGC TAGCAGTCAG AGAAACAGTC GGACAGTACA GAAATGTGAA 
CGGCACGTAT TAAGCAATGA AGATAATGTA TATCAAGCTC AAAATGAATG GAAAACATTT 
GGGAAATTCA TTCTTCTGCA CAGAAATAAA GTGGATGATG AATTTGAGTT ATGTGATAAT 
AAGAAAAAGA AGGGTTCCAA CTATATGGGA TCACTTTCTA GAGGAACAGC TAATATAGCT 
AAGAAAATTG GTTCTAAACG ATCAGGTCGT GCAGCATCCT CATTTGATCA TTCTTCTCTA 
AACAGTTCTG ATGAATCTCT TCAGAAAATA ACTCGATGGC CATCCCCTTG TACAGGTGAT 
GGGAGCAATT TTGGCGGTGC TGCTGAACTC AGTGGGAGTG GTTCCTCTTT AGAGAAGCGT 
TCAAGCCATT CTGTTTCCCG CTTCAAAAAG ATCTCCAACA AACTCAACTT GAAATTTAAA 
TGA