LOC106646105 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106646105
Entrez Gene ID	106646105
Full Name	golgin subfamily A member 4
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014362137.1	XP_014217623.1	golgin subfamily A member 4

Pathways from BioSystems
Gene Ontology

The following LOC106646105 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106646105 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
OCo20360	XM_014362137.1 Latest version!	Copidosoma floridanum golgin subfamily A member 4 (LOC106646105), 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)

LOC106646105 ( XM_014362137.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014217623.1 Copidosoma floridanum golgin subfamily A member 4 (LOC106646105), mRNA.

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CloneID	OCo20360
Clone ID Related Accession (Same CDS sequence)	XM_014362137.1
Accession Version	XM_014362137.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4710bp) 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	golgin subfamily A member 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019380056.1) 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##

ATGTTTAAGA AATTTAAAGA TAAGCTCACT GAGGAAATGA AGCAGTCTCC TGCCAGGCTG 
CATGCCAGCA TGCAACAACT AGCACAGGCC GTCTCGCCGT CGTTATCAAA CAGCTCCTTT 
CAAGATTTGT CACTATCCAG GGATAACTTC AGTCTAAGTG ATCAAGCAGA CGAAATACCA 
AAAAACAGTC CGGAGAAACA TGACTTCCAA ACTGTTGATT TGACATCCCC ACCTGTAATT 
TCCAGTACAT CAAGGAGATC ATCTGTTAGT AGCAACGTCA GTGATAGGTC TTTCCTGTTT 
TCCACTTACG AGAGTCCTGG TGTGGTATAC CACACACAGT CAGACATGGA TCAGTCTGCA 
AGTGACATCG ACGAAAGCAT CAGTTCTCAG TTGGATCGTG TTTCCAAGGA ACAATTGTAC 
ACTGCATATC GTAAAGCAAA ATGCAAGTAT GACAAATACA AAGGAAGATA CACAAATCTT 
GTTAATCATC ATGGTGGAAT AGAAAGAGAA AAATCAAAAT TGGAAAGTCT ATTAGTTGAA 
ACCCAAGATA AAGCACTGAG GCGCATAAGT GATTTAAAAG AACAGTGTCA GTTAGAACAA 
CAGGCCAAAT CAAATCTGGA GGATGAATTG AGAAATGATA TTGAGGAAAA AGATCATATT 
ATAAATTCTT TGAAAACTAA AATAAAGTTT TTACAAGAAA AGAGTCCAAA TGTTAAAGGT 
TTAGAAAATG TAGAAATAAA TGAAAATTAC CATCAAAATA GCAAAGAGGA CTCTGCTCTT 
ATCAACCTGT GTAATAATTT AGAGAATGAA AGAAATGGTG AAGTATCTTT ATTGACTACT 
GAAAATACTA AGTTGAAAGA TAAACTACAA AAGATGGATG ACTTTTTAGA AGAGTATAAA 
GAGATGTTAG AAAAAAATGA AGAAAAAATT TTTGAAATTA CAAATGAAAA AAAAATTGTT 
GAAAGGAATT ATAACATTTT ACAAAAATCA AGCCAAGAAA AGCTTGAAAA TATGGAAATT 
GAATTGAATA GTTCAAAGAA AGAACTTGAA CGAGTAAAAC AAGATATTAA TATCTTAAGA 
AAGCGAGAAG AAGAAAGTAC TCTGTCATTG GCAGAAAACA AATTATCCAT TCATAAAGAA 
CTTGAAGGCA AAGAGGAAAA AATTAAAAAG CTTGAATCTG AGGTGAAAAT AATGCACAAG 
TTTAAAAAAT CTTTGGAAGA AACCCTTGAG TTGCAAAAAC AAGAAATAGA GAGAGTAAAA 
ATACTTGCAA ATCAGAAGGC TGAAGAAAGC CAGCAGCATT TAAAAGTAAA ATTAGAAACG 
TTACAACAGA GAGAAGAGTT ACAGCACAAA TTAATTGATG TTGAAAAAGA GTTTAGCTTA 
AAACTTAACG AAGAAGTGAA GCAAAACAAA GAACTATCAT TAAAAGTTAA AGTTTTAAAA 
AAGCAATGTG AAGAACAAAA GTTTAGAGAA AATGAATACA AAACTATGAA TGAAAATTTA 
AAGAGAGAAA TAGCCCAACT TACCACATTT AAAAGGAATA TTGAAATATC CATTAGTGAA 
ATCAAAACTA ACTATGAACA AGAAATAGAA ATATTAAAGG ATGATTTGAT CAACAAAAAC 
AATGTTTGCA ATGATTTAAA TAAAGAAATG CAGGATTACA TCGAAACTAT TGAGCAATTT 
AGGCAAAAAC TACAAAATCA GAATGAAGAA ATAAAAATCT TAGAAATCAG ATCAAGCCGT 
CATGAGGATA TTTTTAAACT TCAGGAAGAG CTTGAAAATA AGAAAACTGA TATTTTGGGA 
TTGTGTAATG AACTCAAGTC AACCTCAATA ACAATAAATG ATCTCAAAAA CGAAATGAGT 
GGTGTAGTTA ATCATAAAAA TAGTTTATAT AAATGTTTGG AAATGTGTAA AAAGTTTGTT 
AAAGATTTAA AACAAGATTG TATAATATTA AAAAAAGATG TAAATAGTAA TTTAAATAAT 
GTGAAGAGTG CAACAACTGA AATTATAGGG GAAATTGTAA TAGTTTTTTC ATTGATAAAT 
GAGAAAAATA ATTGTCTCAG ATTTCAACTG AACGATTTGC ACAAAAAAAC AAGTGCAATG 
CACGAGCTTC AAAACAGTTG TAGCAACAGC AATACGCAAT CGGAAAAAAT ATTTGACGAA 
AAAATAATTT TGAAAAAGGA ATTGGCAGAA AAGCTGAGTG AGATCGGAGA AGTGAAAATA 
AAAATGAGTT ATCTGGACAA ACTCGAAACA AAGAATAAAA GTCTTACATG TGATATTGAA 
AATGTGACTG AGAAGTTGAG TGAAGTAGAC GAGTTTGCTG AAGAAACAGT CAATCTAACG 
AATGCACTGA AATCAGAGAA AAATAATCAC TACACTGTTT TGGAAGACAT CAAGCAACTT 
CAGTCAGAAC TCACTTCTGC AAAAGTGGAA CCAGACAAAA GGTATATTGA AGTCAACAAA 
TTGCAAGTGC AAAATAGGCA ACAAGAGCAA CAATACTCTG TAACAAGAAA TGAACGTATA 
GAATACAAGC ATCTATTTGA AGAAAATAGC CATAAATTGT CTCTGCTGAA CAAAGAATTG 
GGAAATTCGA AGATAGCCAT AGAAAGCTTA ACTACCGAGT GGGAAAAATC CAAAGATTCT 
TTGCAGAACG CCCTTGAAAG TAAAACTCAT TTGCTGCAAA AATTAGAAGC CTTTGAGGAA 
AAATTTCAAA AAACAGTGGA AGAGAAAAAG AAAGCTATGG CCAATTTGGA GCAGGAGAAA 
TTAAAAGTAA AGACTGCTGA GGAACAATGG AACCAGTCTT TGAATTCAAT GGTTGAAGAA 
AACGAACGAC TGAAAAAAAA ACATCAATTC TTTGCAGGAC TAGAAGAGGA GCTGAAGGTA 
GGAAAAATTT TAATAGAAGC ACTAAAAATC GAAAAGGATA AGGTCACTGG TAGATTCGAA 
GAGTTGAAGT TGGAATGCGA GTTGCTATGC AATGAAAATA AAAGTCTTAA GGACAATCAG 
AATGATTTGC TGAAGGTGAA CAATGTTTTT AACCAGACTC AGAGTGACTT AATGAATAGG 
CTTCAAAAGT TAGAGAAAAA AAATAGCGAC TTGATTGAGG AACGAAGTAT AACTCTGCAG 
GAGTTAGAAA CCTGTAGGTA TAAATTGAAA ATTAGCGATA ACGAATTAGA AAAACTCAAG 
TCACAACTGG AAAGAGTGAA ACACAAAAAC AATGAGTTGA GTGCTTTTAT AGATGAAGCT 
AAAGAATTTG AGCTAATCAA TTCGAATCTT CGGGAACAGG TCAAGGCTCT GACAAAAACA 
AATGACTCCC TAAGCTTAAA AATTGATATT TTGACAAAGA AACTATCCAG TTTACAAGAT 
CGTACAGTGG AAAATGAAAA ATTAACGATT GAAGTACATA ATTCCAAAAG TAAAATCGTC 
GAATTAGAAG AATCGTTGTC TTCCAGAGTC CAAGGGTTAA GTGCTCTTAG TAAAAATGCA 
CAGGAAGATA GTCACAACTT TAAAATCGAA CTAGAAGAAA AAAAGAGGTT GTTGAAAGTC 
ATGAAGTCCA AAAACACCGA ACTTTTAGAA GAAATTGAGA AGCTATTATC GCTAAAATCA 
AGAGTTGAAG AGAAATCGAC TCGAGAAATA GAAGAATTGC ACAAAAATTT TATACATTGT 
GAGACAAGAT TAGCTGAAAA AAATTCCTTG ATGGAAGATT TGCAAAAAAA GTGCACAGAA 
TTAGAAAGAG AAATAACAAA CAATATCAAA CATGAATCGA ATTGTGAGGA ATTGTCGAAA 
AACGTGGAAT GCCTCATGCA AGAAAAAATA AAATTAGAAT CCCAGCTGGA CGAGACTCTG 
GTTACATTCC AAGCAAAAGA ATTGCAAATG CAAGCATTCA ATGATGAGTT GCGAAATAAA 
ATTCTTGAAT CAAGGGAGCA GTTGAAAAAC AATGAAGATG AACAGAGTTT GAGATTAAAG 
CAAATTTCAA AAGAATTTCA AGCTCAACTT TATGACAAAG AAAAAGAATT GCAGGCTGCA 
TTAAAAAAAA AATATGATCA TCGAAAAAAT TATGAATCAG ATACTACACA AGAGTACAAA 
AATCAGTTAA AAGATTTTCA AATAGAACTC ACAAAAAAAT CCCAACAAAT TGTGAATTTA 
AAAGTCGAAA ACGAAAAACT CTTAAAGGAG TCACAGGAAG AAGTCAAAAA GCTTTCAGCA 
GTTATCAACC AAATCAAGTC ACAACATATA AAAGAAATGC AAGAAGTTGA TAAGAAGTGG 
AAAAACTTTA TTCACCTCAA GACTAATAAT TTGGAGATCA AACATGAACA ACAAGTTGCA 
GAACTAACCA CTGCGTGGCA AAATGAACGA AAAAGTGATG AAAATAGCGA TGTTACTGAT 
AAGGAACTAG AAAATACGAC TAGGGTTGCA ATGGCAACCG TGCAATCTAA TACTAGCTCG 
TTTCATACAC TCCAACAAAC ATTGTTATCT CAAAAGCGAG AATTGGCTGA GCTTAGGAAG 
TTACTTAAAA TAAGGCAAGA GTCTGTTGAA GACTCAACAG AAGTTAAATA TCTCAGAAAT 
ATACTGTTTA AGTATATGAT GGGAAAGGAG ACTATGGTGC TTGCCAGGGT TATTGCCGCT 
GTTGTTAAAT TTGATCAAGA TCAAACATCA AAAATTTTGA AACGTGAAGA AGACAGACAA 
TCACTGCTGG GATCGCTAGG TTTAACATAA

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

RefSeq	XP_014217623.1
CDS	28..4737
Translation	MFKKFKDKLTEEMKQSPARLHASMQQLAQAVSPSLSNSSFQDLSLSRDNFSLSDQADEIPKNSPEKHDFQTVDLTSPPVISSTSRRSSVSSNVSDRSFLFSTYESPGVVYHTQSDMDQSASDIDESISSQLDRVSKEQLYTAYRKAKCKYDKYKGRYTNLVNHHGGIEREKSKLESLLVETQDKALRRISDLKEQCQLEQQAKSNLEDELRNDIEEKDHIINSLKTKIKFLQEKSPNVKGLENVEINENYHQNSKEDSALINLCNNLENERNGEVSLLTTENTKLKDKLQKMDDFLEEYKEMLEKNEEKIFEITNEKKIVERNYNILQKSSQEKLENMEIELNSSKKELERVKQDINILRKREEESTLSLAENKLSIHKELEGKEEKIKKLESEVKIMHKFKKSLEETLELQKQEIERVKILANQKAEESQQHLKVKLETLQQREELQHKLIDVEKEFSLKLNEEVKQNKELSLKVKVLKKQCEEQKFRENEYKTMNENLKREIAQLTTFKRNIEISISEIKTNYEQEIEILKDDLINKNNVCNDLNKEMQDYIETIEQFRQKLQNQNEEIKILEIRSSRHEDIFKLQEELENKKTDILGLCNELKSTSITINDLKNEMSGVVNHKNSLYKCLEMCKKFVKDLKQDCIILKKDVNSNLNNVKSATTEIIGEIVIVFSLINEKNNCLRFQLNDLHKKTSAMHELQNSCSNSNTQSEKIFDEKIILKKELAEKLSEIGEVKIKMSYLDKLETKNKSLTCDIENVTEKLSEVDEFAEETVNLTNALKSEKNNHYTVLEDIKQLQSELTSAKVEPDKRYIEVNKLQVQNRQQEQQYSVTRNERIEYKHLFEENSHKLSLLNKELGNSKIAIESLTTEWEKSKDSLQNALESKTHLLQKLEAFEEKFQKTVEEKKKAMANLEQEKLKVKTAEEQWNQSLNSMVEENERLKKKHQFFAGLEEELKVGKILIEALKIEKDKVTGRFEELKLECELLCNENKSLKDNQNDLLKVNNVFNQTQSDLMNRLQKLEKKNSDLIEERSITLQELETCRYKLKISDNELEKLKSQLERVKHKNNELSAFIDEAKEFELINSNLREQVKALTKTNDSLSLKIDILTKKLSSLQDRTVENEKLTIEVHNSKSKIVELEESLSSRVQGLSALSKNAQEDSHNFKIELEEKKRLLKVMKSKNTELLEEIEKLLSLKSRVEEKSTREIEELHKNFIHCETRLAEKNSLMEDLQKKCTELEREITNNIKHESNCEELSKNVECLMQEKIKLESQLDETLVTFQAKELQMQAFNDELRNKILESREQLKNNEDEQSLRLKQISKEFQAQLYDKEKELQAALKKKYDHRKNYESDTTQEYKNQLKDFQIELTKKSQQIVNLKVENEKLLKESQEEVKKLSAVINQIKSQHIKEMQEVDKKWKNFIHLKTNNLEIKHEQQVAELTTAWQNERKSDENSDVTDKELENTTRVAMATVQSNTSSFHTLQQTLLSQKRELAELRKLLKIRQESVEDSTEVKYLRNILFKYMMGKETMVLARVIAAVVKFDQDQTSKILKREEDRQSLLGSLGLT

Target ORF information:

RefSeq Version	XM_014362137.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum golgin subfamily A member 4 (LOC106646105), mRNA.

Target ORF information:

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

XM_014362137.1

ORF Insert Sequence:

ATGTTTAAGA AATTTAAAGA TAAGCTCACT GAGGAAATGA AGCAGTCTCC TGCCAGGCTG 
CATGCCAGCA TGCAACAACT AGCACAGGCC GTCTCGCCGT CGTTATCAAA CAGCTCCTTT 
CAAGATTTGT CACTATCCAG GGATAACTTC AGTCTAAGTG ATCAAGCAGA CGAAATACCA 
AAAAACAGTC CGGAGAAACA TGACTTCCAA ACTGTTGATT TGACATCCCC ACCTGTAATT 
TCCAGTACAT CAAGGAGATC ATCTGTTAGT AGCAACGTCA GTGATAGGTC TTTCCTGTTT 
TCCACTTACG AGAGTCCTGG TGTGGTATAC CACACACAGT CAGACATGGA TCAGTCTGCA 
AGTGACATCG ACGAAAGCAT CAGTTCTCAG TTGGATCGTG TTTCCAAGGA ACAATTGTAC 
ACTGCATATC GTAAAGCAAA ATGCAAGTAT GACAAATACA AAGGAAGATA CACAAATCTT 
GTTAATCATC ATGGTGGAAT AGAAAGAGAA AAATCAAAAT TGGAAAGTCT ATTAGTTGAA 
ACCCAAGATA AAGCACTGAG GCGCATAAGT GATTTAAAAG AACAGTGTCA GTTAGAACAA 
CAGGCCAAAT CAAATCTGGA GGATGAATTG AGAAATGATA TTGAGGAAAA AGATCATATT 
ATAAATTCTT TGAAAACTAA AATAAAGTTT TTACAAGAAA AGAGTCCAAA TGTTAAAGGT 
TTAGAAAATG TAGAAATAAA TGAAAATTAC CATCAAAATA GCAAAGAGGA CTCTGCTCTT 
ATCAACCTGT GTAATAATTT AGAGAATGAA AGAAATGGTG AAGTATCTTT ATTGACTACT 
GAAAATACTA AGTTGAAAGA TAAACTACAA AAGATGGATG ACTTTTTAGA AGAGTATAAA 
GAGATGTTAG AAAAAAATGA AGAAAAAATT TTTGAAATTA CAAATGAAAA AAAAATTGTT 
GAAAGGAATT ATAACATTTT ACAAAAATCA AGCCAAGAAA AGCTTGAAAA TATGGAAATT 
GAATTGAATA GTTCAAAGAA AGAACTTGAA CGAGTAAAAC AAGATATTAA TATCTTAAGA 
AAGCGAGAAG AAGAAAGTAC TCTGTCATTG GCAGAAAACA AATTATCCAT TCATAAAGAA 
CTTGAAGGCA AAGAGGAAAA AATTAAAAAG CTTGAATCTG AGGTGAAAAT AATGCACAAG 
TTTAAAAAAT CTTTGGAAGA AACCCTTGAG TTGCAAAAAC AAGAAATAGA GAGAGTAAAA 
ATACTTGCAA ATCAGAAGGC TGAAGAAAGC CAGCAGCATT TAAAAGTAAA ATTAGAAACG 
TTACAACAGA GAGAAGAGTT ACAGCACAAA TTAATTGATG TTGAAAAAGA GTTTAGCTTA 
AAACTTAACG AAGAAGTGAA GCAAAACAAA GAACTATCAT TAAAAGTTAA AGTTTTAAAA 
AAGCAATGTG AAGAACAAAA GTTTAGAGAA AATGAATACA AAACTATGAA TGAAAATTTA 
AAGAGAGAAA TAGCCCAACT TACCACATTT AAAAGGAATA TTGAAATATC CATTAGTGAA 
ATCAAAACTA ACTATGAACA AGAAATAGAA ATATTAAAGG ATGATTTGAT CAACAAAAAC 
AATGTTTGCA ATGATTTAAA TAAAGAAATG CAGGATTACA TCGAAACTAT TGAGCAATTT 
AGGCAAAAAC TACAAAATCA GAATGAAGAA ATAAAAATCT TAGAAATCAG ATCAAGCCGT 
CATGAGGATA TTTTTAAACT TCAGGAAGAG CTTGAAAATA AGAAAACTGA TATTTTGGGA 
TTGTGTAATG AACTCAAGTC AACCTCAATA ACAATAAATG ATCTCAAAAA CGAAATGAGT 
GGTGTAGTTA ATCATAAAAA TAGTTTATAT AAATGTTTGG AAATGTGTAA AAAGTTTGTT 
AAAGATTTAA AACAAGATTG TATAATATTA AAAAAAGATG TAAATAGTAA TTTAAATAAT 
GTGAAGAGTG CAACAACTGA AATTATAGGG GAAATTGTAA TAGTTTTTTC ATTGATAAAT 
GAGAAAAATA ATTGTCTCAG ATTTCAACTG AACGATTTGC ACAAAAAAAC AAGTGCAATG 
CACGAGCTTC AAAACAGTTG TAGCAACAGC AATACGCAAT CGGAAAAAAT ATTTGACGAA 
AAAATAATTT TGAAAAAGGA ATTGGCAGAA AAGCTGAGTG AGATCGGAGA AGTGAAAATA 
AAAATGAGTT ATCTGGACAA ACTCGAAACA AAGAATAAAA GTCTTACATG TGATATTGAA 
AATGTGACTG AGAAGTTGAG TGAAGTAGAC GAGTTTGCTG AAGAAACAGT CAATCTAACG 
AATGCACTGA AATCAGAGAA AAATAATCAC TACACTGTTT TGGAAGACAT CAAGCAACTT 
CAGTCAGAAC TCACTTCTGC AAAAGTGGAA CCAGACAAAA GGTATATTGA AGTCAACAAA 
TTGCAAGTGC AAAATAGGCA ACAAGAGCAA CAATACTCTG TAACAAGAAA TGAACGTATA 
GAATACAAGC ATCTATTTGA AGAAAATAGC CATAAATTGT CTCTGCTGAA CAAAGAATTG 
GGAAATTCGA AGATAGCCAT AGAAAGCTTA ACTACCGAGT GGGAAAAATC CAAAGATTCT 
TTGCAGAACG CCCTTGAAAG TAAAACTCAT TTGCTGCAAA AATTAGAAGC CTTTGAGGAA 
AAATTTCAAA AAACAGTGGA AGAGAAAAAG AAAGCTATGG CCAATTTGGA GCAGGAGAAA 
TTAAAAGTAA AGACTGCTGA GGAACAATGG AACCAGTCTT TGAATTCAAT GGTTGAAGAA 
AACGAACGAC TGAAAAAAAA ACATCAATTC TTTGCAGGAC TAGAAGAGGA GCTGAAGGTA 
GGAAAAATTT TAATAGAAGC ACTAAAAATC GAAAAGGATA AGGTCACTGG TAGATTCGAA 
GAGTTGAAGT TGGAATGCGA GTTGCTATGC AATGAAAATA AAAGTCTTAA GGACAATCAG 
AATGATTTGC TGAAGGTGAA CAATGTTTTT AACCAGACTC AGAGTGACTT AATGAATAGG 
CTTCAAAAGT TAGAGAAAAA AAATAGCGAC TTGATTGAGG AACGAAGTAT AACTCTGCAG 
GAGTTAGAAA CCTGTAGGTA TAAATTGAAA ATTAGCGATA ACGAATTAGA AAAACTCAAG 
TCACAACTGG AAAGAGTGAA ACACAAAAAC AATGAGTTGA GTGCTTTTAT AGATGAAGCT 
AAAGAATTTG AGCTAATCAA TTCGAATCTT CGGGAACAGG TCAAGGCTCT GACAAAAACA 
AATGACTCCC TAAGCTTAAA AATTGATATT TTGACAAAGA AACTATCCAG TTTACAAGAT 
CGTACAGTGG AAAATGAAAA ATTAACGATT GAAGTACATA ATTCCAAAAG TAAAATCGTC 
GAATTAGAAG AATCGTTGTC TTCCAGAGTC CAAGGGTTAA GTGCTCTTAG TAAAAATGCA 
CAGGAAGATA GTCACAACTT TAAAATCGAA CTAGAAGAAA AAAAGAGGTT GTTGAAAGTC 
ATGAAGTCCA AAAACACCGA ACTTTTAGAA GAAATTGAGA AGCTATTATC GCTAAAATCA 
AGAGTTGAAG AGAAATCGAC TCGAGAAATA GAAGAATTGC ACAAAAATTT TATACATTGT 
GAGACAAGAT TAGCTGAAAA AAATTCCTTG ATGGAAGATT TGCAAAAAAA GTGCACAGAA 
TTAGAAAGAG AAATAACAAA CAATATCAAA CATGAATCGA ATTGTGAGGA ATTGTCGAAA 
AACGTGGAAT GCCTCATGCA AGAAAAAATA AAATTAGAAT CCCAGCTGGA CGAGACTCTG 
GTTACATTCC AAGCAAAAGA ATTGCAAATG CAAGCATTCA ATGATGAGTT GCGAAATAAA 
ATTCTTGAAT CAAGGGAGCA GTTGAAAAAC AATGAAGATG AACAGAGTTT GAGATTAAAG 
CAAATTTCAA AAGAATTTCA AGCTCAACTT TATGACAAAG AAAAAGAATT GCAGGCTGCA 
TTAAAAAAAA AATATGATCA TCGAAAAAAT TATGAATCAG ATACTACACA AGAGTACAAA 
AATCAGTTAA AAGATTTTCA AATAGAACTC ACAAAAAAAT CCCAACAAAT TGTGAATTTA 
AAAGTCGAAA ACGAAAAACT CTTAAAGGAG TCACAGGAAG AAGTCAAAAA GCTTTCAGCA 
GTTATCAACC AAATCAAGTC ACAACATATA AAAGAAATGC AAGAAGTTGA TAAGAAGTGG 
AAAAACTTTA TTCACCTCAA GACTAATAAT TTGGAGATCA AACATGAACA ACAAGTTGCA 
GAACTAACCA CTGCGTGGCA AAATGAACGA AAAAGTGATG AAAATAGCGA TGTTACTGAT 
AAGGAACTAG AAAATACGAC TAGGGTTGCA ATGGCAACCG TGCAATCTAA TACTAGCTCG 
TTTCATACAC TCCAACAAAC ATTGTTATCT CAAAAGCGAG AATTGGCTGA GCTTAGGAAG 
TTACTTAAAA TAAGGCAAGA GTCTGTTGAA GACTCAACAG AAGTTAAATA TCTCAGAAAT 
ATACTGTTTA AGTATATGAT GGGAAAGGAG ACTATGGTGC TTGCCAGGGT TATTGCCGCT 
GTTGTTAAAT TTGATCAAGA TCAAACATCA AAAATTTTGA AACGTGAAGA AGACAGACAA 
TCACTGCTGG GATCGCTAGG TTTAACATAA