GPR64 cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	GPR64
Entrez Gene ID	104407815
Full Name	adhesion G protein-coupled receptor G2
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010017200.1	XP_010015502.1	G-protein coupled receptor 64

Pathways from BioSystems
Gene Ontology

The following GPR64 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GPR64 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
ONe115571	XM_010017200.1 Latest version!	Nestor notabilis G protein-coupled receptor 64 (GPR64), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

GPR64 ( XM_010017200.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010015502.1 Nestor notabilis G protein-coupled receptor 64 (GPR64), mRNA.

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CloneID	ONe115571
Clone ID Related Accession (Same CDS sequence)	XM_010017200.1
Accession Version	XM_010017200.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3999bp) 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	2014-10-30
Organism	Nestor notabilis(Kea)
Product	G-protein coupled receptor 64
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009934178.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nestor notabilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCCT GGGAGAAAGA GCACTGCTGC ATTCGCAGAA TACAGGACAT TTTCTTGAGA 
TTCAGGATTG TTTTAGCAAT CCTTTTACTT CATTTGTTCC TGGCTACAGC AGGCAAAGAT 
CAGGAAGATT TCCTAGGACG ACATAAAGCT GTCTTTAAGA CTGCATGTGA AGATCCTTGG 
ATTATGTCAC CAAGAATTTC TCTGCGTCCC TTGAAAGAAT TCCTTGTCTG TGTGCACCTC 
AAACTGTATT CCTCAAATAG TCCCTGGACA GCATATGTAT ACAGTCAAGA AACACCTCAC 
ACCAATCTCT CTGCAGATAA GTATGATCTT GGACTTACAG GAGATCATGG TAAATTGAGG 
ATATGGTTGT TTGGAAATGA AATAAATACA ACAGTAGAAC TTCATGAAAA CACTTGGAAC 
CAAGTATGTA TCCAGTGGAA AAGTGAAGAT GAGGAGATGA AGTTATTCAT AAATGGAACA 
AAAAAAGAAA ACAAAAAACT AACTGGGAAA TTTAATTTCC CTGGAAAAGG GCAGTTCTTA 
CTTGGCTGTT CAAAGGTGCC AGGCGCAGCT ATGTCACCTA ACCTGGGTGT GGCTGGGGAG 
CTGTACATGT TCAGAATGTG GGATCGAGCA AATATAAAGA AATCTCTGGA CTGCGAAGAC 
AGCGGCGTTA TACGCTGGAG AAAGGAGGAT TGGGTCTATA ATAGGACAGT AGAAGAAGAT 
AACTCTTTGC CATGTGTTGA AACTGCTGCT ACACTGCCTG GCAGAAGAGA TATAACAGAC 
ACCCAGGAAT CGGCTGTAAC AACCATTTCT GATATGACTT CGGAGAAGAC TACACAAACT 
GCAGAAGCTC TTAATGTTAC TGATTATTAC TCCACTGTAA CACCAGCAGG AGAAACCATT 
GTATGCAACA TAACACCCGT TTGTAATTTT TCAGTGTTCT ATGTGGGGAA GGTAAAACTT 
CAGACAAGTG AAGAAAGTAC CACATCACTA ACTGTAGAAA TAATTAATAA CAAAACCAAC 
AATCATGTTA CAAAATTAAT TGCAATTCCA GCCCCTACCC TGCAAGAATT GAGAATTTCA 
GAGTTCAACC AAACCTTGCA AGCAGTAAGT AAGTCCTCTA TTATGGAATG CAGTGCTGAA 
AATCAGAGTA TATACTGCAA TTTCATAATG AAGCTGGCTG AAAGAGAGAA TATAAGCAGT 
TTAACAGACA AAGCAGAAAT AAGCCAACTT GACCGGTGCT GCTGTTCATC CCTGAAGTAT 
TGTTCGTTGA CTGCTGAAGA ATTACAAATG TATACTATAA AAGTGCCACC TCATTCTATA 
TGGGTTCCTT TCCCCCATTT TCCTTCTCTC CCTAAAAAGA CTTCCCCCAA ATCCAGTACT 
CTTATTTCCC CCACTATGCT TTACACCAAA CAAAGCCCTA CAATTAGACC ACTGATCCCA 
CCATTCACGG AAATGTCTTC TGGAAATCTT CCCACATCTC CCACTACAAA TACTCTCTCT 
GAAGCTTCTG TCACATCTAT TACTGAAACT TCCGTGTCTT CCACCACCGG TACCACTACA 
CTTTCATCTT CTGAATCTCT TGCTCAGCCA ACCGTGCCAA CTTTTCCTTC CATAGCTTCT 
AATAAATCTA TCACTATTTC CACACCTGCA GCAAAATCTG TCACTAATGC TGCTTTCTCA 
GTTAAATCTG ATGGTGCGTA TCTTAGCAAG CCTATTACAA TAATTTCTCC TTCTGTAGGT 
TTCACTAAAC ATTCTGCAGT TTCCTCTTCT GAGCTTGTCC GCAAACATTC AGTAACAGTT 
TCCCCCATTG AGGCTACCAC CAAATCTCGT GCAGAAATTC ATCCTGCTAC AGATTCAACC 
CAACCTATTC CTAGTTACAA AAACACTACT ACAGCACCTA TTCTTCCCCT TACTCCTTTC 
ACAATAACTT TGACCCCTAC TGTTAGTCCT ATCAACCATG CTGTCTCAGC TTCTCATCAT 
CATTCTACTG CTGATGCCCA CGGCAGCCCA GGAAAGATAC TATCAGCTAC CACATACATG 
ACTTCTGTAT ATACCACCAT TAGTGTCACC ACAGCTGAAC AAATTGTGTC CAAAATAGAA 
AATGATTTAG CAGCTGGAAA AGTAGAGCCA AAAGATGTAG AAAGGATGGT TAGTGAGGTT 
AGCAAAGTCC TGACTGCTTC TGAACCATTA CCGCCCCGAA TATCTAACAG AATTATAAAA 
CTGGTGGATT ATATTGGCTT AAAGCTGAAC TTCTCTGGGA CATCTGCCGA TTTTGCCTCC 
CCTTCCTTGG TTCTGGCAGT TGTCAAAACC ACCAGCATCC ACTCCAACCA AATGTCTTTT 
GCTGTCCAGG ACTCAGCTGA TCTCCAGATT TCTCTAGGCA GTAATGCAAT TAATGATGTA 
AATAATCTCG GATCAATTAC ACTTCCTTCA TCATTGCTGA CCAGTTTAAC CCCTGATGAG 
TTGAACTTGG CTTCTAGAAT TATATTCAAC TTCTTTAAGA AGACCACTGT GTTCCAGGAT 
CTGTCCTTGA AGAATGCATC TTTAATCAGC AGTGTTATAT CATCAAGTGT TTCTAACCTC 
ACAATTAGAA ACTTAAAGGC AAATGTTACT GTCACTTTAC AGAATATCAA ACCTAATCAG 
GATAATTCAA CAGTTAGATG TGTTTTTTGG GACTTTAATA AAAATGGTGG ACATGGTGGC 
TGGTCATATG AAGGTTGCAT AGTTAAAGAA AGCAGAGTAA ATGAAACAGT CTGTTCATGC 
AACCACCTCA CAAGCTTTGC AGTTTTGATG AACTTGTATG GAAATACTCC TTTGAATCCC 
ACTCAAGAAT TGGTACTGAC TTTTATATCC TATATAGGCT GTGGCCTCTC CGCAATATTT 
CTTTCCATTA CTCTTGTGAC CTACATAGCC TTTGAGAAAA TCCGGAGAGA CTACCCCTCC 
AAAATCCTTA TTCAGCTGTG TGCTGCACTA CTTCTACTCA ACTTAGTTTT CCTTCTTGAC 
TCATGGATTG CACTGTATGA TACACGAGGC CTGTGCATTG CAGTAGCAGT ATTTCTTCAC 
TATTTCCTCT TGGTTTCCTT CACCTGGATG GGTCTAGAAG CTTTCCACAT GTATTTGGCC 
CTTGTGAAAG TCTTTAATAC CTACGTACGG AAATACATTC TTAAATTTTG TGTTGTTGGT 
TGGGGGTTAC CAGCAGTAGT TGTGTCCATT GTGTTGGCAG TGTCACCAGA TAATTATGGA 
CTTATAACCA CTGGAAAAGT TTCAATAAAC AGACCTGAGG AATTCTGCTG GATTAAAAAC 
AGAATTGTCT TCTATATTAC TGCTGTGGGA TACTTTTGTG TGATATTCCT GATCAATATC 
AGCATGTTCA TTGTTGTGCT GATCCAGCTC TGTCGTATCA AAAAGAAAAA ACAACTTGGT 
GCTCAAAGAA AAACCAGTAT TCAAGACCTT AGGAGTGTTG CCGGCCTCAC ATTCCTGTTG 
GGAATTACTT GGGGATTTGC TTTTTTCACA GTAAATGACG TATTTACGTA CCTCTTTACC 
ATTTTCAACA CTTTGCAAGG GTTCTTCATT TTTATCTTCT ATTGTGTAAC GAAGGAGAAT 
GTCCGTAAAC AGTGGAGAAG ATACCTCTGT TGTGGGAAAT TCAGGCTGGC TGAAAACTCT 
GACTGGAGTA GAACTGCTAC TAATGGTTTA AAGAAGCAGA CTGTAAATCA AGGAGTATCC 
AGTTCTTCCA ATTCCTTACA ATCAAACAGC AACTCCACTA ACTCTACAAC ACTCCTAATG 
AATAATGATT ATGCAGTGCA TGCGAATGGA AATGGCCATC TTGCCAGTGA GAAGAATGGT 
GTTTCTTTCA GTGTACAGAA TGGTGATTTG TGTCTCCACA ACTTTTCAGG CAAACAACTT 
GTATTGCAAG AAAAGGATGA TACAGGCAGC CAAAAAATCC ACATCTCGCT CAGAAGGACT 
TCAAAGAGGG GAAGCTTAAC TTTTAATGAG AAAATGTGA

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

RefSeq	XP_010015502.1
CDS	1..3999
Translation	MAAWEKEHCCIRRIQDIFLRFRIVLAILLLHLFLATAGKDQEDFLGRHKAVFKTACEDPWIMSPRISLRPLKEFLVCVHLKLYSSNSPWTAYVYSQETPHTNLSADKYDLGLTGDHGKLRIWLFGNEINTTVELHENTWNQVCIQWKSEDEEMKLFINGTKKENKKLTGKFNFPGKGQFLLGCSKVPGAAMSPNLGVAGELYMFRMWDRANIKKSLDCEDSGVIRWRKEDWVYNRTVEEDNSLPCVETAATLPGRRDITDTQESAVTTISDMTSEKTTQTAEALNVTDYYSTVTPAGETIVCNITPVCNFSVFYVGKVKLQTSEESTTSLTVEIINNKTNNHVTKLIAIPAPTLQELRISEFNQTLQAVSKSSIMECSAENQSIYCNFIMKLAERENISSLTDKAEISQLDRCCCSSLKYCSLTAEELQMYTIKVPPHSIWVPFPHFPSLPKKTSPKSSTLISPTMLYTKQSPTIRPLIPPFTEMSSGNLPTSPTTNTLSEASVTSITETSVSSTTGTTTLSSSESLAQPTVPTFPSIASNKSITISTPAAKSVTNAAFSVKSDGAYLSKPITIISPSVGFTKHSAVSSSELVRKHSVTVSPIEATTKSRAEIHPATDSTQPIPSYKNTTTAPILPLTPFTITLTPTVSPINHAVSASHHHSTADAHGSPGKILSATTYMTSVYTTISVTTAEQIVSKIENDLAAGKVEPKDVERMVSEVSKVLTASEPLPPRISNRIIKLVDYIGLKLNFSGTSADFASPSLVLAVVKTTSIHSNQMSFAVQDSADLQISLGSNAINDVNNLGSITLPSSLLTSLTPDELNLASRIIFNFFKKTTVFQDLSLKNASLISSVISSSVSNLTIRNLKANVTVTLQNIKPNQDNSTVRCVFWDFNKNGGHGGWSYEGCIVKESRVNETVCSCNHLTSFAVLMNLYGNTPLNPTQELVLTFISYIGCGLSAIFLSITLVTYIAFEKIRRDYPSKILIQLCAALLLLNLVFLLDSWIALYDTRGLCIAVAVFLHYFLLVSFTWMGLEAFHMYLALVKVFNTYVRKYILKFCVVGWGLPAVVVSIVLAVSPDNYGLITTGKVSINRPEEFCWIKNRIVFYITAVGYFCVIFLINISMFIVVLIQLCRIKKKKQLGAQRKTSIQDLRSVAGLTFLLGITWGFAFFTVNDVFTYLFTIFNTLQGFFIFIFYCVTKENVRKQWRRYLCCGKFRLAENSDWSRTATNGLKKQTVNQGVSSSSNSLQSNSNSTNSTTLLMNNDYAVHANGNGHLASEKNGVSFSVQNGDLCLHNFSGKQLVLQEKDDTGSQKIHISLRRTSKRGSLTFNEKM

Target ORF information:

RefSeq Version	XM_010017200.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis G protein-coupled receptor 64 (GPR64), mRNA.

Target ORF information:

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

XM_010017200.1

ORF Insert Sequence:

ATGGCTGCCT GGGAGAAAGA GCACTGCTGC ATTCGCAGAA TACAGGACAT TTTCTTGAGA 
TTCAGGATTG TTTTAGCAAT CCTTTTACTT CATTTGTTCC TGGCTACAGC AGGCAAAGAT 
CAGGAAGATT TCCTAGGACG ACATAAAGCT GTCTTTAAGA CTGCATGTGA AGATCCTTGG 
ATTATGTCAC CAAGAATTTC TCTGCGTCCC TTGAAAGAAT TCCTTGTCTG TGTGCACCTC 
AAACTGTATT CCTCAAATAG TCCCTGGACA GCATATGTAT ACAGTCAAGA AACACCTCAC 
ACCAATCTCT CTGCAGATAA GTATGATCTT GGACTTACAG GAGATCATGG TAAATTGAGG 
ATATGGTTGT TTGGAAATGA AATAAATACA ACAGTAGAAC TTCATGAAAA CACTTGGAAC 
CAAGTATGTA TCCAGTGGAA AAGTGAAGAT GAGGAGATGA AGTTATTCAT AAATGGAACA 
AAAAAAGAAA ACAAAAAACT AACTGGGAAA TTTAATTTCC CTGGAAAAGG GCAGTTCTTA 
CTTGGCTGTT CAAAGGTGCC AGGCGCAGCT ATGTCACCTA ACCTGGGTGT GGCTGGGGAG 
CTGTACATGT TCAGAATGTG GGATCGAGCA AATATAAAGA AATCTCTGGA CTGCGAAGAC 
AGCGGCGTTA TACGCTGGAG AAAGGAGGAT TGGGTCTATA ATAGGACAGT AGAAGAAGAT 
AACTCTTTGC CATGTGTTGA AACTGCTGCT ACACTGCCTG GCAGAAGAGA TATAACAGAC 
ACCCAGGAAT CGGCTGTAAC AACCATTTCT GATATGACTT CGGAGAAGAC TACACAAACT 
GCAGAAGCTC TTAATGTTAC TGATTATTAC TCCACTGTAA CACCAGCAGG AGAAACCATT 
GTATGCAACA TAACACCCGT TTGTAATTTT TCAGTGTTCT ATGTGGGGAA GGTAAAACTT 
CAGACAAGTG AAGAAAGTAC CACATCACTA ACTGTAGAAA TAATTAATAA CAAAACCAAC 
AATCATGTTA CAAAATTAAT TGCAATTCCA GCCCCTACCC TGCAAGAATT GAGAATTTCA 
GAGTTCAACC AAACCTTGCA AGCAGTAAGT AAGTCCTCTA TTATGGAATG CAGTGCTGAA 
AATCAGAGTA TATACTGCAA TTTCATAATG AAGCTGGCTG AAAGAGAGAA TATAAGCAGT 
TTAACAGACA AAGCAGAAAT AAGCCAACTT GACCGGTGCT GCTGTTCATC CCTGAAGTAT 
TGTTCGTTGA CTGCTGAAGA ATTACAAATG TATACTATAA AAGTGCCACC TCATTCTATA 
TGGGTTCCTT TCCCCCATTT TCCTTCTCTC CCTAAAAAGA CTTCCCCCAA ATCCAGTACT 
CTTATTTCCC CCACTATGCT TTACACCAAA CAAAGCCCTA CAATTAGACC ACTGATCCCA 
CCATTCACGG AAATGTCTTC TGGAAATCTT CCCACATCTC CCACTACAAA TACTCTCTCT 
GAAGCTTCTG TCACATCTAT TACTGAAACT TCCGTGTCTT CCACCACCGG TACCACTACA 
CTTTCATCTT CTGAATCTCT TGCTCAGCCA ACCGTGCCAA CTTTTCCTTC CATAGCTTCT 
AATAAATCTA TCACTATTTC CACACCTGCA GCAAAATCTG TCACTAATGC TGCTTTCTCA 
GTTAAATCTG ATGGTGCGTA TCTTAGCAAG CCTATTACAA TAATTTCTCC TTCTGTAGGT 
TTCACTAAAC ATTCTGCAGT TTCCTCTTCT GAGCTTGTCC GCAAACATTC AGTAACAGTT 
TCCCCCATTG AGGCTACCAC CAAATCTCGT GCAGAAATTC ATCCTGCTAC AGATTCAACC 
CAACCTATTC CTAGTTACAA AAACACTACT ACAGCACCTA TTCTTCCCCT TACTCCTTTC 
ACAATAACTT TGACCCCTAC TGTTAGTCCT ATCAACCATG CTGTCTCAGC TTCTCATCAT 
CATTCTACTG CTGATGCCCA CGGCAGCCCA GGAAAGATAC TATCAGCTAC CACATACATG 
ACTTCTGTAT ATACCACCAT TAGTGTCACC ACAGCTGAAC AAATTGTGTC CAAAATAGAA 
AATGATTTAG CAGCTGGAAA AGTAGAGCCA AAAGATGTAG AAAGGATGGT TAGTGAGGTT 
AGCAAAGTCC TGACTGCTTC TGAACCATTA CCGCCCCGAA TATCTAACAG AATTATAAAA 
CTGGTGGATT ATATTGGCTT AAAGCTGAAC TTCTCTGGGA CATCTGCCGA TTTTGCCTCC 
CCTTCCTTGG TTCTGGCAGT TGTCAAAACC ACCAGCATCC ACTCCAACCA AATGTCTTTT 
GCTGTCCAGG ACTCAGCTGA TCTCCAGATT TCTCTAGGCA GTAATGCAAT TAATGATGTA 
AATAATCTCG GATCAATTAC ACTTCCTTCA TCATTGCTGA CCAGTTTAAC CCCTGATGAG 
TTGAACTTGG CTTCTAGAAT TATATTCAAC TTCTTTAAGA AGACCACTGT GTTCCAGGAT 
CTGTCCTTGA AGAATGCATC TTTAATCAGC AGTGTTATAT CATCAAGTGT TTCTAACCTC 
ACAATTAGAA ACTTAAAGGC AAATGTTACT GTCACTTTAC AGAATATCAA ACCTAATCAG 
GATAATTCAA CAGTTAGATG TGTTTTTTGG GACTTTAATA AAAATGGTGG ACATGGTGGC 
TGGTCATATG AAGGTTGCAT AGTTAAAGAA AGCAGAGTAA ATGAAACAGT CTGTTCATGC 
AACCACCTCA CAAGCTTTGC AGTTTTGATG AACTTGTATG GAAATACTCC TTTGAATCCC 
ACTCAAGAAT TGGTACTGAC TTTTATATCC TATATAGGCT GTGGCCTCTC CGCAATATTT 
CTTTCCATTA CTCTTGTGAC CTACATAGCC TTTGAGAAAA TCCGGAGAGA CTACCCCTCC 
AAAATCCTTA TTCAGCTGTG TGCTGCACTA CTTCTACTCA ACTTAGTTTT CCTTCTTGAC 
TCATGGATTG CACTGTATGA TACACGAGGC CTGTGCATTG CAGTAGCAGT ATTTCTTCAC 
TATTTCCTCT TGGTTTCCTT CACCTGGATG GGTCTAGAAG CTTTCCACAT GTATTTGGCC 
CTTGTGAAAG TCTTTAATAC CTACGTACGG AAATACATTC TTAAATTTTG TGTTGTTGGT 
TGGGGGTTAC CAGCAGTAGT TGTGTCCATT GTGTTGGCAG TGTCACCAGA TAATTATGGA 
CTTATAACCA CTGGAAAAGT TTCAATAAAC AGACCTGAGG AATTCTGCTG GATTAAAAAC 
AGAATTGTCT TCTATATTAC TGCTGTGGGA TACTTTTGTG TGATATTCCT GATCAATATC 
AGCATGTTCA TTGTTGTGCT GATCCAGCTC TGTCGTATCA AAAAGAAAAA ACAACTTGGT 
GCTCAAAGAA AAACCAGTAT TCAAGACCTT AGGAGTGTTG CCGGCCTCAC ATTCCTGTTG 
GGAATTACTT GGGGATTTGC TTTTTTCACA GTAAATGACG TATTTACGTA CCTCTTTACC 
ATTTTCAACA CTTTGCAAGG GTTCTTCATT TTTATCTTCT ATTGTGTAAC GAAGGAGAAT 
GTCCGTAAAC AGTGGAGAAG ATACCTCTGT TGTGGGAAAT TCAGGCTGGC TGAAAACTCT 
GACTGGAGTA GAACTGCTAC TAATGGTTTA AAGAAGCAGA CTGTAAATCA AGGAGTATCC 
AGTTCTTCCA ATTCCTTACA ATCAAACAGC AACTCCACTA ACTCTACAAC ACTCCTAATG 
AATAATGATT ATGCAGTGCA TGCGAATGGA AATGGCCATC TTGCCAGTGA GAAGAATGGT 
GTTTCTTTCA GTGTACAGAA TGGTGATTTG TGTCTCCACA ACTTTTCAGG CAAACAACTT 
GTATTGCAAG AAAAGGATGA TACAGGCAGC CAAAAAATCC ACATCTCGCT CAGAAGGACT 
TCAAAGAGGG GAAGCTTAAC TTTTAATGAG AAAATGTGA