PV09_09074 cDNA ORF clone, Verruconis gallopava

Gene
Clones
gRNAs

Summary

Gene Symbol	PV09_09074
Entrez Gene ID	27317047
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Verruconis gallopava

mRNA and Protein(s)

mRNA	Protein	Name
XM_016363066.1	XP_016209080.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following PV09_09074 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PV09_09074 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
OVe09870	XM_016363066.1 Latest version!	Verruconis gallopava hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

PV09_09074 ( XM_016363066.1 ) cDNA ORF clone, Verruconis gallopava -> XP_016209080.1 Verruconis gallopava hypothetical protein partial mRNA.

Price & Availability↑

CloneID	OVe09870
Clone ID Related Accession (Same CDS sequence)	XM_016363066.1
Accession Version	XM_016363066.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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	2016-06-23
Organism	Verruconis gallopava
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_015622189). COMPLETENESS: incomplete on the 3' end.

ATGGCGGCTT TCCAGATTAT TACCTCCGTC ATGGGCAACT ACGTCCCAGA CCTCGTCTCT 
GCTGATGCAG TCCAGAGCTC TGAAGGCAAA TTTTCAGCGT GCGACATGTT ATTTAAGTCT 
GGTGACGTAC AGAAAATTGA CGATACCGAT GACGAGTCGG TAGGTGAGGC TGATCAAACA 
TCAAATGCAA TCGATTCCAC GAGGCAGTTT CGGTTGCTTC AGCAGGAACT ATTCAAAGAT 
AAAGTTCTCG AAAGAGCTGC TGATATTGAT TACGAACAAT CAGAGCGAAG AAAACAGAAG 
CTAACAATCG GCGATGGGGG TTCAAGCGTC GGTGATTCAA CGGTACAGCC ATGCAAGTTT 
GCACTCAATG ATCCGCGCGA GTATCAACTA GAACTTTACG AGCGTGCGAA GAAGGAGAAT 
ACAATTGCCG TCCTAGAAAC TGGCTCGGGC AAGACGTTCA TTGCTATTTT ACTGATACGC 
CACATGCTGG ACCAAGAGCT CGAGGATCGT GCCAAAGGTT ACGCCCATCG CACAACTATC 
TTCATGGCTC CAACAAATAC TCTTGTTTAT CAGCAGACTG CTGTGCTTAT GACTAATATC 
GACCAAAACA TTGCGTCAAG ATGTGGAGAC ATGAATGCCA AGAATCTACT GGAGCGTGCC 
GCTTGGGAGA AATGTTTAGC AGAAAACATG ATAATCGTAT GCACACCCAC AATTCTACAT 
CAATGCCTAG GTCACGCCCT CATAAAGATG GAACAAATTA ATCTCCTGGT ATTTGATGAA 
GTGCACCACG CAAAGAAGGA CCATCCGTAT GCCAAGATTG TTGAAGAATT CTATAAATCG 
CCACACAACC GTTCCCTTGA ACGCAGACCT CGCGTGTTTG GCATGACTGC CTCGCCGATT 
GATGCCAAAT CCAACCCTAC ACTTGCTGCT CTTGAACTCG AAAGGCTGTT GGACTCCAAA 
ATTGCGACCT TTCGTCTCTC TCCCCAGTTT CGAAACAAAG CGGAAGAGAT TGTATTATGG 
TTCCAGACTC TTCAGGACCC CTTCAAATCG CCATTGCACC TACAAATTGA ACAGCATCTG 
TGTCACATTC CTGCGTACAA ACGGCTTCTC AGAATTTCAC AGAATTTCAG CTCTGAGCTC 
GGTCATTGGG CCGCTGATAA GTTCTGGGAA ATTACTTTGA GAGAAAGTGA AAAGAATGTA 
GCAGAAGCAC ATCTTTACAT GACTTGGGAG AAATATACGG ATCATGGTAT CGAAATAACA 
GATACTCAGC TTAAAGCTCT ACGGCGTGCA TTTGATGTTG TCCGAGGCCA CCACTTCGGA 
CTTCCAGAGG TTAGATCTCC AGACCTAAGT TCTAAGGTGC TAGAGCTGCA CAGATTCCTG 
ATTGATCACT ACGAGGGGTA TTCTAAAGTT CGGTGTCTCG TATTTGTTGA ACAGAGGGCA 
ACTGCTCGAA TGCTTCTAGA AATTTTCTCG AAGATCGGAG CCACTTACCT AAGACCGGGT 
CTGCTTACTG GTCAAGTTTC GAAAGGTGGC GATGAACATA TATCTTTGCA GAAACAAGTG 
CAAATTATGG CCAAATTTCG AAATGGAGAA GTTAACTGCC TGTTCGCGAC ATCCGTCGCT 
GAGGAGGGAC TTGATATTCC AGATTGTAAC TTGGTGATTC GGTTTGACCT ATATAAGTCT 
GTCATTCAGT ACGTCCAGTC GAAAGGTCGA GCTCGACACA AGAATTCGAA GTTCGTGGAT 
ATGATCGAGC ATGGCAACCA GCTGCATCAA AGCATGAGGA CTCTTGTTCG TCATCAAGAA 
CTCAAACTTC GTCAATGGAT AGAAGCTTTA GATCCTGAGC GACGACTTAC AGGCAATGAT 
GACGGATTAA AGGGCATTGA AAGGCTCGGG AGATATTTCA TCCATCCCAA GTCGCAGGCA 
AAGTTAACTT ACTGGTCTGC ACTTGAGGTT CTGTCGCTCT TTGCATCAAC ATTACAAACA 
GAAGATATAG ATGCTATTAC TGAGCCAAGT TATGTTGTTT CTGCTGAGAG TGGGGGATAC 
TTTTGCGAAG TCGTTATGCC GAAACACTCC CCCATTCATT CAGCATTTGG CCTTCGTTAC 
CCGAGGAAAG CGCTAGCAAA ACGTTCAGCA GCTTTCGAAA TGTGTATCAA ACTCTTAAAG 
GGCAATTTTC TGGATAGTAA TCTCCTACCG AAATCAAGAA AGATTAGGCC TGGAGATGCG 
AATTCACGTC TCGCGGTGAA TAAGAATAAT CCCGGTAAAT ATAAAATGCA ACTGAAGCCA 
TCTCTGTGGG CAGCCGGCCG AGGATCTATT CCAGAAGTCG TACACCTTCT GATAATCGAT 
ATGCTGGAGG GACTTGAACG ACCGCATCGA CCGCTAGGAC TGCTCACGCG AAACCCACTG 
GATGACTTTC CGTCATTCCC GCTATTTTTG AACACATATC AGATATCACA CGTGAAGACA 
ATATCCAAGC CTGGGTTTAG GGTCAATGAT GAAGAAATCA CAACTTTTAC AAAATATTCT 
CTACTTTTAT GGAATCACGT CAACGCAAAA GTCTTCGAAA ACTCTCCTTC CAAAATGTCT 
TACTGGATCG TCCCAATACT GAAGAAATGG ACAACAGTCA GTAATAGTCG CGACTGCATA 
GATTGGGAGG AAATGGAATC TGCAATTCTT GGCCGCTTTC AACAATGGAC ACCTGGCATG 
CCAGTTGAGC TTATTGAGAA CAAATTTATC GTTGACCGTT GGGCAGGCAA CCGTCGGTAC 
TTCAGCCATA GAGTTGAACC GCGCCTAAAG CCACTTGACG AAATACCAGA TCAGACGGCC 
GAATTCAAAG GACATGGTTC CTGCATAAGG CAGAATATTC TACAATATAG CGTGAGCCTA 
TATGGCAAGA AGTTTGATGA AGCGTGGCCT AAATGGGACA AGACACAACC AGTCATGGAG 
TGCACAAAAT TGACGTACCG TCAAAATTTT CTTGCCCCTC CTACTAAGCG TGAGGAAGAT 
GATGCGACAA AACGAAATAA GAAAACATAC TTATGCCCCG AACCTTTGAT TATTTCCGCT 
CTTTCTTCTG ATGTCGTCAC CACGTTTCTT GTTTTTCCGG CCATAATCCA TCGCATTGAA 
GATTACCTGA TAGCTTTAGA GGCGGCCAAT CTCATCGGCA TCGACGTTGG GCCAGCTCTT 
GCGCTTGAAG CAATGACAAA GGATTCGGAG AATAGTGAAG ACCTTGATAC TGAGGACAAG 
TCAAACTTCC GTCCAGGAAT GGGTAACAAT TATGAACGTC TTGAATTCAT GGGAGACTGT 
TTCCTGAAAA CAGCAACATC GATTTCTTTA TACGCTTCAA GGCCACACCA TGATGAGTTC 
GATCTCCATG TCTCGCGGAT GCATATGATC TGTAATCAGA ATTTGATGAA TTCTGCGCTG 
GAGTTTCAGC TCACCGCATA TGTTCGATCA ATGGCTTTCT CTAGGCGTTT ATGGTATCCC 
GAAGCCATTG AGCTTGTTGC GGGTAAAGGT GCGGGTTGCA CAAAAAACAC GGATAACTTC 
AAACATTCCC TAAGTAATAA GACAATTGCC GATATTTGCG AAGCATTGAT AGGAGCGGCA 
TTTGTTCAGC ACAACAATCC CAACCAATGG TTACCACATA CTTGGAATGA TGCTGTTAGA 
GCAGTAAGCA AACTGGTTCG CAATCCGAAC CACACAGCAC AAACATGGGC CGAGTACAAG 
GAGCTTTACG AGCCTCCAGG ATGGCAAATT GCTGAAGCCA CAGCACCTCA GCGCGATTTA 
CAAGAGAGAA TAGCGAGGCA GATGGGGTAT AACTTCCGTT GGCCGCGACT ACTACGTTCA 
GCCTTTTCTC ATCCGTCCAT GCCGCACATT TGGGAAAGAG TGCCATGTTA CCAGCGCCTG 
GAGTTTTTGG GCGATGCACT GCTAGACTTA GTGTGCATCA TGTATCTCTT CTACAATTAT 
CCGAACAAGA ATCCTCAATG GCTTACCGAG CACAAGATGG CTATGGTATC AAATAAGTTC 
TTGGGCGCGC TTTGCGTTAA ACTTGGCTTC CATCGGTATG TACGCCACAG CAGTCCCTCG 
TTAGGAATGC ATATAAAAGC GTATGTCGAA GAAGTGGAGC TAGCCGAAAA TAGCCCTAGT 
GAGAAGGGAG GACTTGACTA TTGGTTGCAT GTTAAAGATC CTCCAAAGTG TTTGCCAGAT 
GTTGTCGAAG CATACATTGG AGCACTTTTT ATTGACTCAG GCTTCAATTT CAGTGAGGTT 
CAGTCTTTTT TTGATATTCA CATCAAGCCA TTCTTTGTGA ATGTAGCGAT CTACGATAGC 
TTCGCCCACG ACCACCCTGT TACGTTACTG CATCATAACC TCTCACAAGT ATATGGATGC 
CAAGCTTACC AAATTCTTTG CAAGCACGTT GAATCCTCAA TTGCAAATGG AAAATCTAAG 
GTTATGGCTG GTCTGATTGT GCACCGGGAG ATTGTAGCAA CTGCAGTGGG AGAGAGTGGG 
CGATATGCGA AGGAACGAGC GAGCAGCCAG GCCAATCACG AATTGCAGGG TCTCACAGTC 
AAGGAATTCA AACGAAAATT TGGATGCAAC TGCAAATCCC CGAGTATTGG TGAGATGGCG 
AAGGAAAAGC CTTGGTCAAT GAGCCTGACC GAAAGAAAAA AAATGTACAA TCACCATTCT 
TTAGCAGTGC TTTGA

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

RefSeq	XP_016209080.1
CDS	340..5034
Translation	MAAFQIITSVMGNYVPDLVSADAVQSSEGKFSACDMLFKSGDVQKIDDTDDESVGEADQTSNAIDSTRQFRLLQQELFKDKVLERAADIDYEQSERRKQKLTIGDGGSSVGDSTVQPCKFALNDPREYQLELYERAKKENTIAVLETGSGKTFIAILLIRHMLDQELEDRAKGYAHRTTIFMAPTNTLVYQQTAVLMTNIDQNIASRCGDMNAKNLLERAAWEKCLAENMIIVCTPTILHQCLGHALIKMEQINLLVFDEVHHAKKDHPYAKIVEEFYKSPHNRSLERRPRVFGMTASPIDAKSNPTLAALELERLLDSKIATFRLSPQFRNKAEEIVLWFQTLQDPFKSPLHLQIEQHLCHIPAYKRLLRISQNFSSELGHWAADKFWEITLRESEKNVAEAHLYMTWEKYTDHGIEITDTQLKALRRAFDVVRGHHFGLPEVRSPDLSSKVLELHRFLIDHYEGYSKVRCLVFVEQRATARMLLEIFSKIGATYLRPGLLTGQVSKGGDEHISLQKQVQIMAKFRNGEVNCLFATSVAEEGLDIPDCNLVIRFDLYKSVIQYVQSKGRARHKNSKFVDMIEHGNQLHQSMRTLVRHQELKLRQWIEALDPERRLTGNDDGLKGIERLGRYFIHPKSQAKLTYWSALEVLSLFASTLQTEDIDAITEPSYVVSAESGGYFCEVVMPKHSPIHSAFGLRYPRKALAKRSAAFEMCIKLLKGNFLDSNLLPKSRKIRPGDANSRLAVNKNNPGKYKMQLKPSLWAAGRGSIPEVVHLLIIDMLEGLERPHRPLGLLTRNPLDDFPSFPLFLNTYQISHVKTISKPGFRVNDEEITTFTKYSLLLWNHVNAKVFENSPSKMSYWIVPILKKWTTVSNSRDCIDWEEMESAILGRFQQWTPGMPVELIENKFIVDRWAGNRRYFSHRVEPRLKPLDEIPDQTAEFKGHGSCIRQNILQYSVSLYGKKFDEAWPKWDKTQPVMECTKLTYRQNFLAPPTKREEDDATKRNKKTYLCPEPLIISALSSDVVTTFLVFPAIIHRIEDYLIALEAANLIGIDVGPALALEAMTKDSENSEDLDTEDKSNFRPGMGNNYERLEFMGDCFLKTATSISLYASRPHHDEFDLHVSRMHMICNQNLMNSALEFQLTAYVRSMAFSRRLWYPEAIELVAGKGAGCTKNTDNFKHSLSNKTIADICEALIGAAFVQHNNPNQWLPHTWNDAVRAVSKLVRNPNHTAQTWAEYKELYEPPGWQIAEATAPQRDLQERIARQMGYNFRWPRLLRSAFSHPSMPHIWERVPCYQRLEFLGDALLDLVCIMYLFYNYPNKNPQWLTEHKMAMVSNKFLGALCVKLGFHRYVRHSSPSLGMHIKAYVEEVELAENSPSEKGGLDYWLHVKDPPKCLPDVVEAYIGALFIDSGFNFSEVQSFFDIHIKPFFVNVAIYDSFAHDHPVTLLHHNLSQVYGCQAYQILCKHVESSIANGKSKVMAGLIVHREIVATAVGESGRYAKERASSQANHELQGLTVKEFKRKFGCNCKSPSIGEMAKEKPWSMSLTERKKMYNHHSLAVL

Target ORF information:

RefSeq Version	XM_016363066.1
Organism	Verruconis gallopava
Definition	Verruconis gallopava hypothetical protein partial mRNA.

Target ORF information:

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

XM_016363066.1

ORF Insert Sequence:

ATGGCGGCTT TCCAGATTAT TACCTCCGTC ATGGGCAACT ACGTCCCAGA CCTCGTCTCT 
GCTGATGCAG TCCAGAGCTC TGAAGGCAAA TTTTCAGCGT GCGACATGTT ATTTAAGTCT 
GGTGACGTAC AGAAAATTGA CGATACCGAT GACGAGTCGG TAGGTGAGGC TGATCAAACA 
TCAAATGCAA TCGATTCCAC GAGGCAGTTT CGGTTGCTTC AGCAGGAACT ATTCAAAGAT 
AAAGTTCTCG AAAGAGCTGC TGATATTGAT TACGAACAAT CAGAGCGAAG AAAACAGAAG 
CTAACAATCG GCGATGGGGG TTCAAGCGTC GGTGATTCAA CGGTACAGCC ATGCAAGTTT 
GCACTCAATG ATCCGCGCGA GTATCAACTA GAACTTTACG AGCGTGCGAA GAAGGAGAAT 
ACAATTGCCG TCCTAGAAAC TGGCTCGGGC AAGACGTTCA TTGCTATTTT ACTGATACGC 
CACATGCTGG ACCAAGAGCT CGAGGATCGT GCCAAAGGTT ACGCCCATCG CACAACTATC 
TTCATGGCTC CAACAAATAC TCTTGTTTAT CAGCAGACTG CTGTGCTTAT GACTAATATC 
GACCAAAACA TTGCGTCAAG ATGTGGAGAC ATGAATGCCA AGAATCTACT GGAGCGTGCC 
GCTTGGGAGA AATGTTTAGC AGAAAACATG ATAATCGTAT GCACACCCAC AATTCTACAT 
CAATGCCTAG GTCACGCCCT CATAAAGATG GAACAAATTA ATCTCCTGGT ATTTGATGAA 
GTGCACCACG CAAAGAAGGA CCATCCGTAT GCCAAGATTG TTGAAGAATT CTATAAATCG 
CCACACAACC GTTCCCTTGA ACGCAGACCT CGCGTGTTTG GCATGACTGC CTCGCCGATT 
GATGCCAAAT CCAACCCTAC ACTTGCTGCT CTTGAACTCG AAAGGCTGTT GGACTCCAAA 
ATTGCGACCT TTCGTCTCTC TCCCCAGTTT CGAAACAAAG CGGAAGAGAT TGTATTATGG 
TTCCAGACTC TTCAGGACCC CTTCAAATCG CCATTGCACC TACAAATTGA ACAGCATCTG 
TGTCACATTC CTGCGTACAA ACGGCTTCTC AGAATTTCAC AGAATTTCAG CTCTGAGCTC 
GGTCATTGGG CCGCTGATAA GTTCTGGGAA ATTACTTTGA GAGAAAGTGA AAAGAATGTA 
GCAGAAGCAC ATCTTTACAT GACTTGGGAG AAATATACGG ATCATGGTAT CGAAATAACA 
GATACTCAGC TTAAAGCTCT ACGGCGTGCA TTTGATGTTG TCCGAGGCCA CCACTTCGGA 
CTTCCAGAGG TTAGATCTCC AGACCTAAGT TCTAAGGTGC TAGAGCTGCA CAGATTCCTG 
ATTGATCACT ACGAGGGGTA TTCTAAAGTT CGGTGTCTCG TATTTGTTGA ACAGAGGGCA 
ACTGCTCGAA TGCTTCTAGA AATTTTCTCG AAGATCGGAG CCACTTACCT AAGACCGGGT 
CTGCTTACTG GTCAAGTTTC GAAAGGTGGC GATGAACATA TATCTTTGCA GAAACAAGTG 
CAAATTATGG CCAAATTTCG AAATGGAGAA GTTAACTGCC TGTTCGCGAC ATCCGTCGCT 
GAGGAGGGAC TTGATATTCC AGATTGTAAC TTGGTGATTC GGTTTGACCT ATATAAGTCT 
GTCATTCAGT ACGTCCAGTC GAAAGGTCGA GCTCGACACA AGAATTCGAA GTTCGTGGAT 
ATGATCGAGC ATGGCAACCA GCTGCATCAA AGCATGAGGA CTCTTGTTCG TCATCAAGAA 
CTCAAACTTC GTCAATGGAT AGAAGCTTTA GATCCTGAGC GACGACTTAC AGGCAATGAT 
GACGGATTAA AGGGCATTGA AAGGCTCGGG AGATATTTCA TCCATCCCAA GTCGCAGGCA 
AAGTTAACTT ACTGGTCTGC ACTTGAGGTT CTGTCGCTCT TTGCATCAAC ATTACAAACA 
GAAGATATAG ATGCTATTAC TGAGCCAAGT TATGTTGTTT CTGCTGAGAG TGGGGGATAC 
TTTTGCGAAG TCGTTATGCC GAAACACTCC CCCATTCATT CAGCATTTGG CCTTCGTTAC 
CCGAGGAAAG CGCTAGCAAA ACGTTCAGCA GCTTTCGAAA TGTGTATCAA ACTCTTAAAG 
GGCAATTTTC TGGATAGTAA TCTCCTACCG AAATCAAGAA AGATTAGGCC TGGAGATGCG 
AATTCACGTC TCGCGGTGAA TAAGAATAAT CCCGGTAAAT ATAAAATGCA ACTGAAGCCA 
TCTCTGTGGG CAGCCGGCCG AGGATCTATT CCAGAAGTCG TACACCTTCT GATAATCGAT 
ATGCTGGAGG GACTTGAACG ACCGCATCGA CCGCTAGGAC TGCTCACGCG AAACCCACTG 
GATGACTTTC CGTCATTCCC GCTATTTTTG AACACATATC AGATATCACA CGTGAAGACA 
ATATCCAAGC CTGGGTTTAG GGTCAATGAT GAAGAAATCA CAACTTTTAC AAAATATTCT 
CTACTTTTAT GGAATCACGT CAACGCAAAA GTCTTCGAAA ACTCTCCTTC CAAAATGTCT 
TACTGGATCG TCCCAATACT GAAGAAATGG ACAACAGTCA GTAATAGTCG CGACTGCATA 
GATTGGGAGG AAATGGAATC TGCAATTCTT GGCCGCTTTC AACAATGGAC ACCTGGCATG 
CCAGTTGAGC TTATTGAGAA CAAATTTATC GTTGACCGTT GGGCAGGCAA CCGTCGGTAC 
TTCAGCCATA GAGTTGAACC GCGCCTAAAG CCACTTGACG AAATACCAGA TCAGACGGCC 
GAATTCAAAG GACATGGTTC CTGCATAAGG CAGAATATTC TACAATATAG CGTGAGCCTA 
TATGGCAAGA AGTTTGATGA AGCGTGGCCT AAATGGGACA AGACACAACC AGTCATGGAG 
TGCACAAAAT TGACGTACCG TCAAAATTTT CTTGCCCCTC CTACTAAGCG TGAGGAAGAT 
GATGCGACAA AACGAAATAA GAAAACATAC TTATGCCCCG AACCTTTGAT TATTTCCGCT 
CTTTCTTCTG ATGTCGTCAC CACGTTTCTT GTTTTTCCGG CCATAATCCA TCGCATTGAA 
GATTACCTGA TAGCTTTAGA GGCGGCCAAT CTCATCGGCA TCGACGTTGG GCCAGCTCTT 
GCGCTTGAAG CAATGACAAA GGATTCGGAG AATAGTGAAG ACCTTGATAC TGAGGACAAG 
TCAAACTTCC GTCCAGGAAT GGGTAACAAT TATGAACGTC TTGAATTCAT GGGAGACTGT 
TTCCTGAAAA CAGCAACATC GATTTCTTTA TACGCTTCAA GGCCACACCA TGATGAGTTC 
GATCTCCATG TCTCGCGGAT GCATATGATC TGTAATCAGA ATTTGATGAA TTCTGCGCTG 
GAGTTTCAGC TCACCGCATA TGTTCGATCA ATGGCTTTCT CTAGGCGTTT ATGGTATCCC 
GAAGCCATTG AGCTTGTTGC GGGTAAAGGT GCGGGTTGCA CAAAAAACAC GGATAACTTC 
AAACATTCCC TAAGTAATAA GACAATTGCC GATATTTGCG AAGCATTGAT AGGAGCGGCA 
TTTGTTCAGC ACAACAATCC CAACCAATGG TTACCACATA CTTGGAATGA TGCTGTTAGA 
GCAGTAAGCA AACTGGTTCG CAATCCGAAC CACACAGCAC AAACATGGGC CGAGTACAAG 
GAGCTTTACG AGCCTCCAGG ATGGCAAATT GCTGAAGCCA CAGCACCTCA GCGCGATTTA 
CAAGAGAGAA TAGCGAGGCA GATGGGGTAT AACTTCCGTT GGCCGCGACT ACTACGTTCA 
GCCTTTTCTC ATCCGTCCAT GCCGCACATT TGGGAAAGAG TGCCATGTTA CCAGCGCCTG 
GAGTTTTTGG GCGATGCACT GCTAGACTTA GTGTGCATCA TGTATCTCTT CTACAATTAT 
CCGAACAAGA ATCCTCAATG GCTTACCGAG CACAAGATGG CTATGGTATC AAATAAGTTC 
TTGGGCGCGC TTTGCGTTAA ACTTGGCTTC CATCGGTATG TACGCCACAG CAGTCCCTCG 
TTAGGAATGC ATATAAAAGC GTATGTCGAA GAAGTGGAGC TAGCCGAAAA TAGCCCTAGT 
GAGAAGGGAG GACTTGACTA TTGGTTGCAT GTTAAAGATC CTCCAAAGTG TTTGCCAGAT 
GTTGTCGAAG CATACATTGG AGCACTTTTT ATTGACTCAG GCTTCAATTT CAGTGAGGTT 
CAGTCTTTTT TTGATATTCA CATCAAGCCA TTCTTTGTGA ATGTAGCGAT CTACGATAGC 
TTCGCCCACG ACCACCCTGT TACGTTACTG CATCATAACC TCTCACAAGT ATATGGATGC 
CAAGCTTACC AAATTCTTTG CAAGCACGTT GAATCCTCAA TTGCAAATGG AAAATCTAAG 
GTTATGGCTG GTCTGATTGT GCACCGGGAG ATTGTAGCAA CTGCAGTGGG AGAGAGTGGG 
CGATATGCGA AGGAACGAGC GAGCAGCCAG GCCAATCACG AATTGCAGGG TCTCACAGTC 
AAGGAATTCA AACGAAAATT TGGATGCAAC TGCAAATCCC CGAGTATTGG TGAGATGGCG 
AAGGAAAAGC CTTGGTCAAT GAGCCTGACC GAAAGAAAAA AAATGTACAA TCACCATTCT 
TTAGCAGTGC TTTGA