LOC106640996 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106640996
Entrez Gene ID	106640996
Full Name	ATP-dependent helicase brm
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014355196.1	XP_014210682.1	ATP-dependent helicase brm

Pathways from BioSystems
Gene Ontology

The following LOC106640996 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106640996 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
OCo15150	XM_014355196.1 Latest version!	Copidosoma floridanum ATP-dependent helicase brm (LOC106640996), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC106640996 ( XM_014355196.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014210682.1 Copidosoma floridanum ATP-dependent helicase brm (LOC106640996), mRNA.

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CloneID	OCo15150
Clone ID Related Accession (Same CDS sequence)	XM_014355196.1
Accession Version	XM_014355196.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4752bp) 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	2017-12-25
Organism	Copidosoma floridanum
Product	ATP-dependent helicase brm
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379469.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGACC CCTCGCCGCA GTCATCACCG ATGCCACCAC CAAGCAATCA AATGGGTCCA 
CCGGCCCAGC AGCAGACGAC TACCTCACCT TCGAGCCAAC ACGGCAGTCC CGTGCCTGGT 
TTTTCAGAGG TAGCGGTATC GAAGTCACAG TCACCACAAG CTGTTGGACC TTCGTTGCAA 
ATGTCCCAGC AGCCGGGCTT TGTTGCACCC CAAACAGCAT CTCAACAGGC TGTCCAGGGC 
TACACCCACC CAGTGCAACA ACAGATGCCA CCCAGTATGG GTATTACAGG CCAACACTTT 
CCTCAAAGTC CATCTCAGGG CTTTGAAGCT GCCCAATCCT GTCCACTTGT GCCTCCTCCA 
CAGACTGGAG CTCCTCCTAT GATGCAGCAG ACACAATTGA CTCAGCTACA GCAAGCTTCG 
CCTGGCCATC AGACAAGTGT GCAGCAACGC TACACTGCAC AAGCTTCACA GATGTCAGCT 
AGTATGGGAG TTATGGGTCC AAGTGGACCA TCAGGCCCAG TGGCCACTGC TCAGCCTGTG 
AAAATAACAC CACAACAGAT TGGCCCCATG GGAGCAATAC CAGTTGGTCC TGGACAGACA 
GGTGCTATCG CTTCGTCTCA TTCACCTAAC CCTAGTCATG CTCATGTGCC ACAGATGACG 
CAAAACATAG GTAATCAACC GCAACCTCTA AATGGTACTA TAGCTCCGCT CCCGGTTATA 
CAAGGCCCAG TGCAAAATGG TATATCAGGA TCAGAAATGG GATCAAGTGC CGGAGCTGCT 
CACAATACCC TTATTGGCTT GCAGAAAGCA ATTGATGCGA TGGAAGATAA AGGATTGCAA 
GATGATCCGC GTTACGCTCA ACTCCTTGCA TTGAAAGCTA AACAGCTTGG AACAAGCAAT 
AGTGATAAGC AATCTCTTAG TAATCCACAA GTTCAGCAGC TCCGAGCGCA AATAATGGCC 
TACCGCTCTC TTGCGCGTAA TCAGCCTCTG ACGCAGCAGC AAGTACTCGC TGTGCAAGGT 
CAAAAGTCCT TGGACGTAGT ACAATCTCTA ATGCCACTAA CAGCTCCAGG GGTTCCTGGA 
TTTGTAGGTC CTCCAAAATC GAACCAAGGA CCACAACAGC AAGGACCTCA AGCTGGTTCC 
AAACCCAACA AAGTTACCCC AGTAGGGAAA CCTTCCGGAT TGGATCCGCT GATTCTATTG 
CAAGAGCGAG AGAATCGAGT TGCTGCACGA ATCGCTCTTC GCGTGGAGCA ACTCAATTAC 
ATGCCTACAA ATATGCCGGA AGATTTACGC ATTCATGCTC AAATTGAGCT TGGCATGCTC 
AGGGTATTGA ATTTCCAAAG GCAGCTTAGA ACAGAAATAT TGGCGTGCAC TCGTAAAGAC 
ACTACCCTAG AAACGGCAGT GAACGCCAAA GTTTACAAAC GCACAAAACG ACAAGGGTTG 
CGAGAAGCTC GTGCCACTGA GAAACTCGAG AAGCAGCAAA AATTGGAAGC TGAAAGAAAG 
CGTCGCCAAA AGCATCAAGA ATTCATCAGC TCAGTGTTAC AGCATAGTAA AGATTTTAAA 
GAATTCCATA GGAATAATGT CGCAAGGCTG TCACGTCTTA ATAAAGCTAT ACTCAATCAT 
CACGCCAATG CCGAAAGAGA ACAAAAGAAG GAGCAGGAGA GGATAGAGAA AGAACGTATG 
CGACGCCTCA TGGCAGAGGA CGAGGAGGGT TACAGAAAGC TCATCGATCA AAAGAAAGAT 
AAACGTCTTG CTTTCCTTCT ATCTCAAACT GATGAGTATA TTGGAAATCT CACAGAGATG 
GTCAAACAGC ACAAGATGGA ACAAAAAAAG AAGCAAGTCG AGGAACAAAA GCGCAAGAAG 
AAAAAAAAGA GGTTGTCGAT GGAAGGCGAG AATGGCGAGG GATTCGACGG CGAAGATGTC 
CGAGTCGAGG TGATGGAGAC CGCTACTGGT CGTACTTTAA GTGGTGACGA AGCTCCGTTC 
CTGAGCCAAC TGAATGCATT TCTCGAATCG CATCCGGGCT GGGAGGCTGT AGAGACTGAC 
AGTGAAGAGG ACGACGATGA CGAAGACGAA AATGGCCAAG AGAATGAAAA CGGAAACGAA 
AACGATAGAT CATACGTAGA AGAGTTTAAG CATAAAAAGA CCATACAGAA GACCAAGGTA 
GAGGACGACG AGTACAAGAC TGAAGAGCAG ACGTATTATA GTATCGCTCA TACCGTACAT 
GAGAGCGTCA CGGAGCAGGC ATCTATCATG GTAAATGGTC TGCTAAAAGA ATATCAAGTC 
AAAGGCTTAG AATGGATGGT TTCGTTGTTC AATAACAACC TCAATGGTAT TTTGGCCGAC 
GAGATGGGTC TCGGTAAAAC CATCCAGACT ATATCTCTTA TCACGTATCT AATGGAAAAG 
AAGAAAGTGA ACGGACCTTT CCTCATCATT GTTCCTCTGT CGACGCTCTC GAATTGGATA 
CTTGAATTCG AAAAGTGGGC GCCTAGCGTC GTCGTTGTTT CGTACAAAGG ATCTCCGGCC 
GGTAGGCGAA CAATACAGTC GCAAATGCGT GCCACCAAGT TTAACGTTTT ATTAACCACG 
TACGAATACA TAATCAAAGA CAAAAGTGTC TTAGCTAAGC TCCAGTGGAA GTACATGATC 
ATTGACGAGG GTCACAGAAT GAAAAATCAT CATTGTAAAT TAACCCACGT GTTGAACACT 
CATTATATCG CGCCTCATCG TTTGTTGCTT ACCGGTACGC CCTTGCAAAA TAAGCTTCCC 
GAGTTGTGGG CTTTATTAAA TTTCTTGCTC CCGTCTATCT TCAAATCCTG TAGTACGTTC 
GAACAGTGGT TTAACGCGCC TTTCGCCACT ACCGGTGAGA AAGTTGAACT TAACGAAGAA 
GAAACTATCC TTATTATCCG TCGTCTGCAC AAAGTTTTGC GTCCTTTCTT GCTGAGACGC 
CTCAAGAAGG AAGTTGAGTC TCAGCTGCCT GATAAAGTAG AGTATATTAT TAAATGTGAT 
ATGTCGGGTC TGCAAAAGGT GCTCTACAAG CACATGCAGA GTAAAGGTGT GTTATTAACT 
GACGGCTCGG AAAAAGGTAA ACGCGGCAAG GGAGGTGCGA AAGCTCTCAT GAACACTATT 
GTGCAGCTCC GAAAGCTTTG CAATCATCCC TTCATGTTCC ACCACATTGA AGAAAAATAC 
TGTGAGTATT TAGGTATTCA GGGAAGTGGT GTGATAACCG GGCCTCTCTT GTACCGCGCG 
TCTGGCAAAT TCGAATTGCT GGATCGAATT TTACCCAAGC TGAAAGCCAC GTCTCATAGG 
GTACTATTGT TCTGTCAAAT GACGCAGCTA ATGACGATAA TGGAGGACTA TCTGAATTAT 
CGAGGATTCC TGTATTTAAG ATTAGATGGA ACAACCAAAG CTGAAGATCG GGGTGATCTG 
TTGAAAAAGT TTAACGACCC GGCCTCTAAT TATTTTCTGT TCATTTTGTC GACGCGAGCT 
GGCGGTCTTG GTTTGAATCT CCAGGCGGCA GATACTGTAA TTATTTTTGA CTCCGACTGG 
AATCCCCACC AAGATTTGCA AGCGCAGGAT CGAGCTCACC GTATTGGACA GAAAAACGAA 
GTAAGAGTAC TGCGACTGAT GACCGTAAAC TCTGTGGAGG AGCGAATCTT GGCTGCCGCC 
AGGTACAAGC TCAACATGGA CGAGAAGGTC ATTCAAGCTG GTATGTTTGA CCAAAAGTCT 
ACGGGCTCGG AGAGACAGCA GTTTTTGCAA ACCATATTAC ATCAAGACGA TGCAGACGAC 
GAGGAGGAAA ACGAAGTTCC GGATGACGAA ACGGTAAATC AGATGATCGC CAGAAGTGAA 
ACTGAATTCG AGGAGTTTCA GAAAATGGAC CTGGAAAGGA GGAGAGAAGA ATCAAAAATG 
TGCTTCAACA GGAAATCGAG GTTGTTGGAT GAATCAGAAT TACCGGAATG GCTCATCAAG 
GATGACGAGG AAGTTGAAAA ATGGGCCTAT GAAGAGGATG AGGATAAGTC TGTAATGGGC 
CGAGGTTCAA GACAACGTAA AGAGGTTGAC TACACAAATA GTCTTACCGA AAAAGAATGG 
CTGAAGGTTA TTGGAGAAGA AGGCCTCGAT TTGGAAGAGG AAGAAGAAGA TGATAAAAAA 
AAGAAGACAA CGAGAAAGAG AAGAAGGAAG GGAGATGATG ACGACGACTC GATGCCACGA 
AAGAGGAAAG CACACATTGA TCCAAAGCTA AAGAAAAGAA TGAAGAAAGT TTTGTCTATA 
GTGATCAACT ATACAGACAA TCCAGATGGT CATCGGTTGA GCGAACCGTT TATGGATTTG 
CCACCTCGGC GTGAATTTCC CGACTACTAT GAAATCATCA AAAGACCTCT TGCCATTAAC 
AAATTGATTC AAAAGATCGA CGACGGTAAA TATACCGACT TGGACGATTT GGAGAAAGAC 
TTCATGCAAT TATGTAAAAA TGCACAAATC TATAATGAAG AGGCTTCGCT AATCTACGAA 
AATTCCCGTA CGCTGCAAAC CGTCTTTAGA AATGCACGAC TCAGGATTGA GGCTGAGAGT 
CAAGCTTCAG AGGACGAAAG GGAAATTCGA GAAGTGGAAG AAGGACCTGA TACAGATCCC 
AGTATGAGGA TGAAAATTAA ATTGAAAGGT CGAAAAGGCG AAGGAAGTGG AAGAGGACGA 
AGAAAACGAA TATCCAAAAA GTTTATATCT GACGAAGAAG AGGAGATAAT GATAGTTGAA 
AATAATGTAT AA

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

RefSeq	XP_014210682.1
CDS	581..5332
Translation	MSDPSPQSSPMPPPSNQMGPPAQQQTTTSPSSQHGSPVPGFSEVAVSKSQSPQAVGPSLQMSQQPGFVAPQTASQQAVQGYTHPVQQQMPPSMGITGQHFPQSPSQGFEAAQSCPLVPPPQTGAPPMMQQTQLTQLQQASPGHQTSVQQRYTAQASQMSASMGVMGPSGPSGPVATAQPVKITPQQIGPMGAIPVGPGQTGAIASSHSPNPSHAHVPQMTQNIGNQPQPLNGTIAPLPVIQGPVQNGISGSEMGSSAGAAHNTLIGLQKAIDAMEDKGLQDDPRYAQLLALKAKQLGTSNSDKQSLSNPQVQQLRAQIMAYRSLARNQPLTQQQVLAVQGQKSLDVVQSLMPLTAPGVPGFVGPPKSNQGPQQQGPQAGSKPNKVTPVGKPSGLDPLILLQERENRVAARIALRVEQLNYMPTNMPEDLRIHAQIELGMLRVLNFQRQLRTEILACTRKDTTLETAVNAKVYKRTKRQGLREARATEKLEKQQKLEAERKRRQKHQEFISSVLQHSKDFKEFHRNNVARLSRLNKAILNHHANAEREQKKEQERIEKERMRRLMAEDEEGYRKLIDQKKDKRLAFLLSQTDEYIGNLTEMVKQHKMEQKKKQVEEQKRKKKKKRLSMEGENGEGFDGEDVRVEVMETATGRTLSGDEAPFLSQLNAFLESHPGWEAVETDSEEDDDDEDENGQENENGNENDRSYVEEFKHKKTIQKTKVEDDEYKTEEQTYYSIAHTVHESVTEQASIMVNGLLKEYQVKGLEWMVSLFNNNLNGILADEMGLGKTIQTISLITYLMEKKKVNGPFLIIVPLSTLSNWILEFEKWAPSVVVVSYKGSPAGRRTIQSQMRATKFNVLLTTYEYIIKDKSVLAKLQWKYMIIDEGHRMKNHHCKLTHVLNTHYIAPHRLLLTGTPLQNKLPELWALLNFLLPSIFKSCSTFEQWFNAPFATTGEKVELNEEETILIIRRLHKVLRPFLLRRLKKEVESQLPDKVEYIIKCDMSGLQKVLYKHMQSKGVLLTDGSEKGKRGKGGAKALMNTIVQLRKLCNHPFMFHHIEEKYCEYLGIQGSGVITGPLLYRASGKFELLDRILPKLKATSHRVLLFCQMTQLMTIMEDYLNYRGFLYLRLDGTTKAEDRGDLLKKFNDPASNYFLFILSTRAGGLGLNLQAADTVIIFDSDWNPHQDLQAQDRAHRIGQKNEVRVLRLMTVNSVEERILAAARYKLNMDEKVIQAGMFDQKSTGSERQQFLQTILHQDDADDEEENEVPDDETVNQMIARSETEFEEFQKMDLERRREESKMCFNRKSRLLDESELPEWLIKDDEEVEKWAYEEDEDKSVMGRGSRQRKEVDYTNSLTEKEWLKVIGEEGLDLEEEEEDDKKKKTTRKRRRKGDDDDDSMPRKRKAHIDPKLKKRMKKVLSIVINYTDNPDGHRLSEPFMDLPPRREFPDYYEIIKRPLAINKLIQKIDDGKYTDLDDLEKDFMQLCKNAQIYNEEASLIYENSRTLQTVFRNARLRIEAESQASEDEREIREVEEGPDTDPSMRMKIKLKGRKGEGSGRGRRKRISKKFISDEEEEIMIVENNV

Target ORF information:

RefSeq Version	XM_014355196.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum ATP-dependent helicase brm (LOC106640996), mRNA.

Target ORF information:

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

XM_014355196.1

ORF Insert Sequence:

ATGTCAGACC CCTCGCCGCA GTCATCACCG ATGCCACCAC CAAGCAATCA AATGGGTCCA 
CCGGCCCAGC AGCAGACGAC TACCTCACCT TCGAGCCAAC ACGGCAGTCC CGTGCCTGGT 
TTTTCAGAGG TAGCGGTATC GAAGTCACAG TCACCACAAG CTGTTGGACC TTCGTTGCAA 
ATGTCCCAGC AGCCGGGCTT TGTTGCACCC CAAACAGCAT CTCAACAGGC TGTCCAGGGC 
TACACCCACC CAGTGCAACA ACAGATGCCA CCCAGTATGG GTATTACAGG CCAACACTTT 
CCTCAAAGTC CATCTCAGGG CTTTGAAGCT GCCCAATCCT GTCCACTTGT GCCTCCTCCA 
CAGACTGGAG CTCCTCCTAT GATGCAGCAG ACACAATTGA CTCAGCTACA GCAAGCTTCG 
CCTGGCCATC AGACAAGTGT GCAGCAACGC TACACTGCAC AAGCTTCACA GATGTCAGCT 
AGTATGGGAG TTATGGGTCC AAGTGGACCA TCAGGCCCAG TGGCCACTGC TCAGCCTGTG 
AAAATAACAC CACAACAGAT TGGCCCCATG GGAGCAATAC CAGTTGGTCC TGGACAGACA 
GGTGCTATCG CTTCGTCTCA TTCACCTAAC CCTAGTCATG CTCATGTGCC ACAGATGACG 
CAAAACATAG GTAATCAACC GCAACCTCTA AATGGTACTA TAGCTCCGCT CCCGGTTATA 
CAAGGCCCAG TGCAAAATGG TATATCAGGA TCAGAAATGG GATCAAGTGC CGGAGCTGCT 
CACAATACCC TTATTGGCTT GCAGAAAGCA ATTGATGCGA TGGAAGATAA AGGATTGCAA 
GATGATCCGC GTTACGCTCA ACTCCTTGCA TTGAAAGCTA AACAGCTTGG AACAAGCAAT 
AGTGATAAGC AATCTCTTAG TAATCCACAA GTTCAGCAGC TCCGAGCGCA AATAATGGCC 
TACCGCTCTC TTGCGCGTAA TCAGCCTCTG ACGCAGCAGC AAGTACTCGC TGTGCAAGGT 
CAAAAGTCCT TGGACGTAGT ACAATCTCTA ATGCCACTAA CAGCTCCAGG GGTTCCTGGA 
TTTGTAGGTC CTCCAAAATC GAACCAAGGA CCACAACAGC AAGGACCTCA AGCTGGTTCC 
AAACCCAACA AAGTTACCCC AGTAGGGAAA CCTTCCGGAT TGGATCCGCT GATTCTATTG 
CAAGAGCGAG AGAATCGAGT TGCTGCACGA ATCGCTCTTC GCGTGGAGCA ACTCAATTAC 
ATGCCTACAA ATATGCCGGA AGATTTACGC ATTCATGCTC AAATTGAGCT TGGCATGCTC 
AGGGTATTGA ATTTCCAAAG GCAGCTTAGA ACAGAAATAT TGGCGTGCAC TCGTAAAGAC 
ACTACCCTAG AAACGGCAGT GAACGCCAAA GTTTACAAAC GCACAAAACG ACAAGGGTTG 
CGAGAAGCTC GTGCCACTGA GAAACTCGAG AAGCAGCAAA AATTGGAAGC TGAAAGAAAG 
CGTCGCCAAA AGCATCAAGA ATTCATCAGC TCAGTGTTAC AGCATAGTAA AGATTTTAAA 
GAATTCCATA GGAATAATGT CGCAAGGCTG TCACGTCTTA ATAAAGCTAT ACTCAATCAT 
CACGCCAATG CCGAAAGAGA ACAAAAGAAG GAGCAGGAGA GGATAGAGAA AGAACGTATG 
CGACGCCTCA TGGCAGAGGA CGAGGAGGGT TACAGAAAGC TCATCGATCA AAAGAAAGAT 
AAACGTCTTG CTTTCCTTCT ATCTCAAACT GATGAGTATA TTGGAAATCT CACAGAGATG 
GTCAAACAGC ACAAGATGGA ACAAAAAAAG AAGCAAGTCG AGGAACAAAA GCGCAAGAAG 
AAAAAAAAGA GGTTGTCGAT GGAAGGCGAG AATGGCGAGG GATTCGACGG CGAAGATGTC 
CGAGTCGAGG TGATGGAGAC CGCTACTGGT CGTACTTTAA GTGGTGACGA AGCTCCGTTC 
CTGAGCCAAC TGAATGCATT TCTCGAATCG CATCCGGGCT GGGAGGCTGT AGAGACTGAC 
AGTGAAGAGG ACGACGATGA CGAAGACGAA AATGGCCAAG AGAATGAAAA CGGAAACGAA 
AACGATAGAT CATACGTAGA AGAGTTTAAG CATAAAAAGA CCATACAGAA GACCAAGGTA 
GAGGACGACG AGTACAAGAC TGAAGAGCAG ACGTATTATA GTATCGCTCA TACCGTACAT 
GAGAGCGTCA CGGAGCAGGC ATCTATCATG GTAAATGGTC TGCTAAAAGA ATATCAAGTC 
AAAGGCTTAG AATGGATGGT TTCGTTGTTC AATAACAACC TCAATGGTAT TTTGGCCGAC 
GAGATGGGTC TCGGTAAAAC CATCCAGACT ATATCTCTTA TCACGTATCT AATGGAAAAG 
AAGAAAGTGA ACGGACCTTT CCTCATCATT GTTCCTCTGT CGACGCTCTC GAATTGGATA 
CTTGAATTCG AAAAGTGGGC GCCTAGCGTC GTCGTTGTTT CGTACAAAGG ATCTCCGGCC 
GGTAGGCGAA CAATACAGTC GCAAATGCGT GCCACCAAGT TTAACGTTTT ATTAACCACG 
TACGAATACA TAATCAAAGA CAAAAGTGTC TTAGCTAAGC TCCAGTGGAA GTACATGATC 
ATTGACGAGG GTCACAGAAT GAAAAATCAT CATTGTAAAT TAACCCACGT GTTGAACACT 
CATTATATCG CGCCTCATCG TTTGTTGCTT ACCGGTACGC CCTTGCAAAA TAAGCTTCCC 
GAGTTGTGGG CTTTATTAAA TTTCTTGCTC CCGTCTATCT TCAAATCCTG TAGTACGTTC 
GAACAGTGGT TTAACGCGCC TTTCGCCACT ACCGGTGAGA AAGTTGAACT TAACGAAGAA 
GAAACTATCC TTATTATCCG TCGTCTGCAC AAAGTTTTGC GTCCTTTCTT GCTGAGACGC 
CTCAAGAAGG AAGTTGAGTC TCAGCTGCCT GATAAAGTAG AGTATATTAT TAAATGTGAT 
ATGTCGGGTC TGCAAAAGGT GCTCTACAAG CACATGCAGA GTAAAGGTGT GTTATTAACT 
GACGGCTCGG AAAAAGGTAA ACGCGGCAAG GGAGGTGCGA AAGCTCTCAT GAACACTATT 
GTGCAGCTCC GAAAGCTTTG CAATCATCCC TTCATGTTCC ACCACATTGA AGAAAAATAC 
TGTGAGTATT TAGGTATTCA GGGAAGTGGT GTGATAACCG GGCCTCTCTT GTACCGCGCG 
TCTGGCAAAT TCGAATTGCT GGATCGAATT TTACCCAAGC TGAAAGCCAC GTCTCATAGG 
GTACTATTGT TCTGTCAAAT GACGCAGCTA ATGACGATAA TGGAGGACTA TCTGAATTAT 
CGAGGATTCC TGTATTTAAG ATTAGATGGA ACAACCAAAG CTGAAGATCG GGGTGATCTG 
TTGAAAAAGT TTAACGACCC GGCCTCTAAT TATTTTCTGT TCATTTTGTC GACGCGAGCT 
GGCGGTCTTG GTTTGAATCT CCAGGCGGCA GATACTGTAA TTATTTTTGA CTCCGACTGG 
AATCCCCACC AAGATTTGCA AGCGCAGGAT CGAGCTCACC GTATTGGACA GAAAAACGAA 
GTAAGAGTAC TGCGACTGAT GACCGTAAAC TCTGTGGAGG AGCGAATCTT GGCTGCCGCC 
AGGTACAAGC TCAACATGGA CGAGAAGGTC ATTCAAGCTG GTATGTTTGA CCAAAAGTCT 
ACGGGCTCGG AGAGACAGCA GTTTTTGCAA ACCATATTAC ATCAAGACGA TGCAGACGAC 
GAGGAGGAAA ACGAAGTTCC GGATGACGAA ACGGTAAATC AGATGATCGC CAGAAGTGAA 
ACTGAATTCG AGGAGTTTCA GAAAATGGAC CTGGAAAGGA GGAGAGAAGA ATCAAAAATG 
TGCTTCAACA GGAAATCGAG GTTGTTGGAT GAATCAGAAT TACCGGAATG GCTCATCAAG 
GATGACGAGG AAGTTGAAAA ATGGGCCTAT GAAGAGGATG AGGATAAGTC TGTAATGGGC 
CGAGGTTCAA GACAACGTAA AGAGGTTGAC TACACAAATA GTCTTACCGA AAAAGAATGG 
CTGAAGGTTA TTGGAGAAGA AGGCCTCGAT TTGGAAGAGG AAGAAGAAGA TGATAAAAAA 
AAGAAGACAA CGAGAAAGAG AAGAAGGAAG GGAGATGATG ACGACGACTC GATGCCACGA 
AAGAGGAAAG CACACATTGA TCCAAAGCTA AAGAAAAGAA TGAAGAAAGT TTTGTCTATA 
GTGATCAACT ATACAGACAA TCCAGATGGT CATCGGTTGA GCGAACCGTT TATGGATTTG 
CCACCTCGGC GTGAATTTCC CGACTACTAT GAAATCATCA AAAGACCTCT TGCCATTAAC 
AAATTGATTC AAAAGATCGA CGACGGTAAA TATACCGACT TGGACGATTT GGAGAAAGAC 
TTCATGCAAT TATGTAAAAA TGCACAAATC TATAATGAAG AGGCTTCGCT AATCTACGAA 
AATTCCCGTA CGCTGCAAAC CGTCTTTAGA AATGCACGAC TCAGGATTGA GGCTGAGAGT 
CAAGCTTCAG AGGACGAAAG GGAAATTCGA GAAGTGGAAG AAGGACCTGA TACAGATCCC 
AGTATGAGGA TGAAAATTAA ATTGAAAGGT CGAAAAGGCG AAGGAAGTGG AAGAGGACGA 
AGAAAACGAA TATCCAAAAA GTTTATATCT GACGAAGAAG AGGAGATAAT GATAGTTGAA 
AATAATGTAT AA