GPR116 cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	GPR116
Entrez Gene ID	104410191
Full Name	adhesion G protein-coupled receptor F5
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010020287.1	XP_010018589.1	probable G-protein coupled receptor 116

Pathways from BioSystems
Gene Ontology

The following GPR116 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GPR116 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
ONe117045	XM_010020287.1 Latest version!	Nestor notabilis G protein-coupled receptor 116 (GPR116), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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)

GPR116 ( XM_010020287.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010018589.1 Nestor notabilis G protein-coupled receptor 116 (GPR116), mRNA.

Price & Availability↑

CloneID	ONe117045
Clone ID Related Accession (Same CDS sequence)	XM_010020287.1
Accession Version	XM_010020287.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4065bp) 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	probable G-protein coupled receptor 116
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009940348.1) 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##

ATGCCGTCCC CGATTACTGT AAGCCTCCAC TGCCTGTTTC TACTGGTCAC AGCATGTTGC 
CAGACATCAC AGGACTCAAA CTTTGAGCCA TTCATCCGAT ATGTAATTGA CAGTGAGCCA 
GTAGAGCAAA ACTTCCAATC AGAGATGCAA AGGCAGAAGC GAAACATGCT TATTTTTGAC 
CTTCCCCCTC TGGAATACAC TGTTGACATT GAAATAAGCC TTACGGATTC ATCTTTTCTG 
GAGCCAGTCA AAGACTATTT CAAAAACCTT CATCTTCCAG TTTCAACAAA TATTTCGAAT 
GTGGAAATGA CAGTTTCAAA CGTTGACATT TCCACAGTCT GTCTGCCCAG TGGTGAGAAC 
AGTAGCTGTT GTTCCTGTGA AGATGGATAT GCCTGGCCAA GTGCGGTGTG TGGTGACTTG 
ATAACCTGCC CTTCTGTCAG CCTAGCACCT GACCTGCCCT GCGGCTACAT GAAGGAAATG 
CCTTTCTCCG GGCCTTACTG TGAGCCACAG ACTAAAGATT CATGTGGTAT GGGAGAGCCC 
ATTGTAATGA ATATGTCAGT CAGACTTGAC ACAGACTTTT GCGATGATCT CAGGGATTCT 
TCTTCCAAAC TATACAAACA ATACAAAGCT GACCTTGAAA AAGCGTTTAA TGCTAGCTAC 
AGATGTTTAC CAGGCTTTGT ATCGGCAACA GTGACTGGTT TCAGGCCTGG AAGTGTTTTT 
GTGAACTATG AAGTAAAAGC AGGAGCAGTA AGCTTTGAAC AGATAGCAAA TGCCAACAAA 
GTTACACCAC AGTTTCTAGA TTCACTGTAC CGGCTAAACC CAGCTACCTT CACAACAGAA 
ATAACTGATC AGACAAACTT CATTGTGAGT CCTGCAGACA TTTTTGAAGG GGATACAGTA 
ACACTGATTT GTGAGATAAA TTCAACGTCT AAAAATGTGA CCTGGTATCA CTTCGATCAG 
ATTATCTCAA CCTCCATGCG CTATTCAATG GAGAGAAAAG TTACAAAGAA AACCTCAAGG 
TCAACTCTTA AAATTGCCAA CATTATGATG AAGGATTCTG GTTCCTATAA GTGCACTTTC 
ACAAGCAGCG ATCAGTTTAA CACATTGATA TACAAGGCCA CAGAAACAAT AGCCGTGTCT 
CCGCTATACA TCACTCCAAA CTTAAACGAC ATCAATGTTA CATGCAACAG TCCTGAAATG 
CAGGCTAATG GTCCTCTGCT GTCCTGTTGT ATTGACAAAC ACTTACCATC ACTTACTGGT 
GACTGGAAAG TAAATGGAGC AATCAATATT ACAGGAGTCT CCAGTTTCAG TGAAAACTGC 
ACTGAATACA AGCTCAACAT CAGTGAGTCA CTATGCTCAC CTGAAAAGTC AGGTACAGTG 
ACTACATACA CATGTGAGCT GCAGACTGGG CATGGTGCCA GGCACAGTGA AAACATCAGA 
GTGACATACT TCCGGACAGC CCATGTCACA ATATCTTCAA GTGTAAACTC AGCAGTTTCT 
GAGGGATATG CATTCAGTCT AACGTGTGAA AGTGATGTGA GCAATTACGA AAGTATCAGC 
TGGAAAATCC AATCTGGAAA TGCCACAAAA ATAGTAGACT GTGATGGGTG CATCAAAACC 
AGCAAATTTC CAGCCACATC TGTGCTCACA GTGAAGACTG CCACACAGGA CTGGAGCGGC 
ACCTACATCT GCACACTGTC CCAGAAGCAC ACGGAGAGTT CTGCCAATGT GACAATTGAG 
GTTATTTCCT TGCCTCTCAA GCAGAACATC CTGATAGACC CCATTGAAAC ACCTGTGCAG 
TGCAAAATGC AACAAGCCCT CGAGTGCTGC ATCAGTGCTA ACACCAAGGA AGATTACACT 
GTTACATTTG TGGTTCAACA AAATGAATTT CAAGTTGAGA AGAAGAAAAA GGGAAATCTG 
CTTTGCTACA TGTACAATTA CACAGAAACA GAATGCAGCA AGAAGAAAGA GCTCAGTGCA 
CATTGCAAGT TTATTAACCG CATTGGACAG GAAGTCAACA GTGAAAGTAT AAGACTGCAC 
CTAATAGCTG ATAAGGAAGT TTCCTGCTCA GACAGCTTTG GAATTGGACT AGAAGGGTCT 
ACCTTAATAA AGCCATGCTG TGAGTTAGAT AATCCACATG GTTTTACCCG AGGCAGTAAA 
AGGTACAAGT GCTCTGGCAA ATCATGGAAG CTTGAAAGGA ATGACTGCCT ATCTGTATCA 
ATAAGCAACC TGCTGACTAG TGCCGAGTCC TTGGTCAACA GCCCTGAGGA AAAAGCAAAC 
CTACCTAACT ACCTTGCAGA GCTTAAGGAA AAGACAGGAG AGGAGCAAAA CATTATAAAC 
AATTCTCCTG CAAACCTAGG CGCAATCGTT ACCATCCTGG GTATGATCTC CTCTATCCCA 
GCAGATGCAG AAGAGCTCAC TATTCAAAAT TTCCTCTCCA CAGTGGACCT CATTGTTTCT 
GATTCCACAG CTAAAGTTTG GGAGGACCTG AATAAAGAGG AGATACTCAA AAGTTCTTTG 
TTGCTGCATT CAGTAGAAAA TTTTTCCCTG CGTCTCCAAC CAGTTAATAA TACCATTCCT 
CCTGTCTCTG CAAACAGCCT TCAGCTACAA GGTGTAGTTG TCACAGAAAA TAGCAACATG 
GATTATAATA AGAACTTCCG CAGTACAGAA AACCTCACTG TTAATGTGCT CATTGACGAA 
ACTGAAATTC AGACTCTAAC CCAAAATTCA ACCATTGTCA GTGTGATGTA CTCAAAACTT 
GGACATATTT TGCCCCAGAA TGAGTCTGAG TATCTGAACG GCTTACTGCT ATCAACAACT 
GTGAGCAGCA ACAGAAGCCA GAAGTTTGAT ATTAATATGA CCTTTGCAAA GAAAAACTTT 
TCTCTAAAGA TGCCCAGATG TGTCTTTTGG AACTTCACAC TCAACAAAGG TGGGGGGGGC 
TGGGATACTA ATGGTTGCAC CCCCACAGAA GTAGAAGATT ATGTCATTTG TTCCTGCAAT 
CACTTGACAT CATTCTCCAT TCTGATGTCA CCTGATAAAT CCTCCCAGTT AATCTTTGAA 
GATTATATTA CCTACATTGG CCTGGCCATT TCAATCTTGA GTTTGTTGGT CTGCATTATA 
ATTGAATCCT TAGTCTGGAA ATACGTGACA AACAACACAA CCTCCTATAT GCGCCATGTC 
TGTATACTCA ACATAGCTAC ATCGCTCCTG ATTGCTGATA TTTGGTTCAT TGTCACTGCC 
TCCATCAGTG ACCAAAACCA ACAGATGAGC AGAGGTATCT GTTTTGTGGC CACCTTCTTC 
ATCCATTTAT TCTACCTGTG TGTCTTTTTC TGGATGCTCA GCCTGGGCCT CATTCTTTTC 
TACAGACTGG TCTTCATCTT GCATAACACA AGCAAGACCT CCCAGAAAGC AGTGGCATTC 
TGTCTGGGAT ATGGGTGCCC CTTTGCCATT GCAGCCATCA CCATTGCTGT CACACTGCCA 
AGGAACAATT ACACCAGAAA GGATGTCTGC TGGCTCAACT GGAAGGACAG CAAAGCTCTC 
TTGGCCTTCG TCATACCTGC CCTGATCATC GTGGCTATGA ATTTGTTCAT CACCGCAGTT 
GTTATAATAA AAATACTGAG GCCAACTATT GGGGATAGGT CAAACAGGCA GGAGAGGAAC 
TCTTTGTTTC AAATTGGCAA AAGTGTGGCC ATCTTGACAC CCCTGTTAGG TCTCACCTGG 
GGATTTGGCC TTGCCACCAT CATCAAAAAC AGTCATCGAA TTTTCCACAT CCTCTTTGCT 
CTGCTCAATG CTTTGCAGGG ATTATTCATT TTGGTGTTTG GGACTTTCTG GGACAAGAAG 
ATACAAGAAG CCCTGCTGAA AAGGAATTCA ATGTCCAAAT GGAGTTCTCA GCAAACAAAG 
TCAACCTCCC TGATCCTGGT GACACCAATG CTTGCTATGA GCTATCCATT TTCAAGAACC 
TTTAACAACT TATGTGGGAA AACAGGAAAA TACAGAGTAT CTTCTTCAGA GCCATCCAGC 
TCTTCCTCTG AAAACACTTC CAAGTCATAT TCTTTGCTTA ACTGA

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

RefSeq	XP_010018589.1
CDS	1..4065
Translation	MPSPITVSLHCLFLLVTACCQTSQDSNFEPFIRYVIDSEPVEQNFQSEMQRQKRNMLIFDLPPLEYTVDIEISLTDSSFLEPVKDYFKNLHLPVSTNISNVEMTVSNVDISTVCLPSGENSSCCSCEDGYAWPSAVCGDLITCPSVSLAPDLPCGYMKEMPFSGPYCEPQTKDSCGMGEPIVMNMSVRLDTDFCDDLRDSSSKLYKQYKADLEKAFNASYRCLPGFVSATVTGFRPGSVFVNYEVKAGAVSFEQIANANKVTPQFLDSLYRLNPATFTTEITDQTNFIVSPADIFEGDTVTLICEINSTSKNVTWYHFDQIISTSMRYSMERKVTKKTSRSTLKIANIMMKDSGSYKCTFTSSDQFNTLIYKATETIAVSPLYITPNLNDINVTCNSPEMQANGPLLSCCIDKHLPSLTGDWKVNGAINITGVSSFSENCTEYKLNISESLCSPEKSGTVTTYTCELQTGHGARHSENIRVTYFRTAHVTISSSVNSAVSEGYAFSLTCESDVSNYESISWKIQSGNATKIVDCDGCIKTSKFPATSVLTVKTATQDWSGTYICTLSQKHTESSANVTIEVISLPLKQNILIDPIETPVQCKMQQALECCISANTKEDYTVTFVVQQNEFQVEKKKKGNLLCYMYNYTETECSKKKELSAHCKFINRIGQEVNSESIRLHLIADKEVSCSDSFGIGLEGSTLIKPCCELDNPHGFTRGSKRYKCSGKSWKLERNDCLSVSISNLLTSAESLVNSPEEKANLPNYLAELKEKTGEEQNIINNSPANLGAIVTILGMISSIPADAEELTIQNFLSTVDLIVSDSTAKVWEDLNKEEILKSSLLLHSVENFSLRLQPVNNTIPPVSANSLQLQGVVVTENSNMDYNKNFRSTENLTVNVLIDETEIQTLTQNSTIVSVMYSKLGHILPQNESEYLNGLLLSTTVSSNRSQKFDINMTFAKKNFSLKMPRCVFWNFTLNKGGGGWDTNGCTPTEVEDYVICSCNHLTSFSILMSPDKSSQLIFEDYITYIGLAISILSLLVCIIIESLVWKYVTNNTTSYMRHVCILNIATSLLIADIWFIVTASISDQNQQMSRGICFVATFFIHLFYLCVFFWMLSLGLILFYRLVFILHNTSKTSQKAVAFCLGYGCPFAIAAITIAVTLPRNNYTRKDVCWLNWKDSKALLAFVIPALIIVAMNLFITAVVIIKILRPTIGDRSNRQERNSLFQIGKSVAILTPLLGLTWGFGLATIIKNSHRIFHILFALLNALQGLFILVFGTFWDKKIQEALLKRNSMSKWSSQQTKSTSLILVTPMLAMSYPFSRTFNNLCGKTGKYRVSSSEPSSSSSENTSKSYSLLN

Target ORF information:

RefSeq Version	XM_010020287.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis G protein-coupled receptor 116 (GPR116), mRNA.

Target ORF information:

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

XM_010020287.1

ORF Insert Sequence:

ATGCCGTCCC CGATTACTGT AAGCCTCCAC TGCCTGTTTC TACTGGTCAC AGCATGTTGC 
CAGACATCAC AGGACTCAAA CTTTGAGCCA TTCATCCGAT ATGTAATTGA CAGTGAGCCA 
GTAGAGCAAA ACTTCCAATC AGAGATGCAA AGGCAGAAGC GAAACATGCT TATTTTTGAC 
CTTCCCCCTC TGGAATACAC TGTTGACATT GAAATAAGCC TTACGGATTC ATCTTTTCTG 
GAGCCAGTCA AAGACTATTT CAAAAACCTT CATCTTCCAG TTTCAACAAA TATTTCGAAT 
GTGGAAATGA CAGTTTCAAA CGTTGACATT TCCACAGTCT GTCTGCCCAG TGGTGAGAAC 
AGTAGCTGTT GTTCCTGTGA AGATGGATAT GCCTGGCCAA GTGCGGTGTG TGGTGACTTG 
ATAACCTGCC CTTCTGTCAG CCTAGCACCT GACCTGCCCT GCGGCTACAT GAAGGAAATG 
CCTTTCTCCG GGCCTTACTG TGAGCCACAG ACTAAAGATT CATGTGGTAT GGGAGAGCCC 
ATTGTAATGA ATATGTCAGT CAGACTTGAC ACAGACTTTT GCGATGATCT CAGGGATTCT 
TCTTCCAAAC TATACAAACA ATACAAAGCT GACCTTGAAA AAGCGTTTAA TGCTAGCTAC 
AGATGTTTAC CAGGCTTTGT ATCGGCAACA GTGACTGGTT TCAGGCCTGG AAGTGTTTTT 
GTGAACTATG AAGTAAAAGC AGGAGCAGTA AGCTTTGAAC AGATAGCAAA TGCCAACAAA 
GTTACACCAC AGTTTCTAGA TTCACTGTAC CGGCTAAACC CAGCTACCTT CACAACAGAA 
ATAACTGATC AGACAAACTT CATTGTGAGT CCTGCAGACA TTTTTGAAGG GGATACAGTA 
ACACTGATTT GTGAGATAAA TTCAACGTCT AAAAATGTGA CCTGGTATCA CTTCGATCAG 
ATTATCTCAA CCTCCATGCG CTATTCAATG GAGAGAAAAG TTACAAAGAA AACCTCAAGG 
TCAACTCTTA AAATTGCCAA CATTATGATG AAGGATTCTG GTTCCTATAA GTGCACTTTC 
ACAAGCAGCG ATCAGTTTAA CACATTGATA TACAAGGCCA CAGAAACAAT AGCCGTGTCT 
CCGCTATACA TCACTCCAAA CTTAAACGAC ATCAATGTTA CATGCAACAG TCCTGAAATG 
CAGGCTAATG GTCCTCTGCT GTCCTGTTGT ATTGACAAAC ACTTACCATC ACTTACTGGT 
GACTGGAAAG TAAATGGAGC AATCAATATT ACAGGAGTCT CCAGTTTCAG TGAAAACTGC 
ACTGAATACA AGCTCAACAT CAGTGAGTCA CTATGCTCAC CTGAAAAGTC AGGTACAGTG 
ACTACATACA CATGTGAGCT GCAGACTGGG CATGGTGCCA GGCACAGTGA AAACATCAGA 
GTGACATACT TCCGGACAGC CCATGTCACA ATATCTTCAA GTGTAAACTC AGCAGTTTCT 
GAGGGATATG CATTCAGTCT AACGTGTGAA AGTGATGTGA GCAATTACGA AAGTATCAGC 
TGGAAAATCC AATCTGGAAA TGCCACAAAA ATAGTAGACT GTGATGGGTG CATCAAAACC 
AGCAAATTTC CAGCCACATC TGTGCTCACA GTGAAGACTG CCACACAGGA CTGGAGCGGC 
ACCTACATCT GCACACTGTC CCAGAAGCAC ACGGAGAGTT CTGCCAATGT GACAATTGAG 
GTTATTTCCT TGCCTCTCAA GCAGAACATC CTGATAGACC CCATTGAAAC ACCTGTGCAG 
TGCAAAATGC AACAAGCCCT CGAGTGCTGC ATCAGTGCTA ACACCAAGGA AGATTACACT 
GTTACATTTG TGGTTCAACA AAATGAATTT CAAGTTGAGA AGAAGAAAAA GGGAAATCTG 
CTTTGCTACA TGTACAATTA CACAGAAACA GAATGCAGCA AGAAGAAAGA GCTCAGTGCA 
CATTGCAAGT TTATTAACCG CATTGGACAG GAAGTCAACA GTGAAAGTAT AAGACTGCAC 
CTAATAGCTG ATAAGGAAGT TTCCTGCTCA GACAGCTTTG GAATTGGACT AGAAGGGTCT 
ACCTTAATAA AGCCATGCTG TGAGTTAGAT AATCCACATG GTTTTACCCG AGGCAGTAAA 
AGGTACAAGT GCTCTGGCAA ATCATGGAAG CTTGAAAGGA ATGACTGCCT ATCTGTATCA 
ATAAGCAACC TGCTGACTAG TGCCGAGTCC TTGGTCAACA GCCCTGAGGA AAAAGCAAAC 
CTACCTAACT ACCTTGCAGA GCTTAAGGAA AAGACAGGAG AGGAGCAAAA CATTATAAAC 
AATTCTCCTG CAAACCTAGG CGCAATCGTT ACCATCCTGG GTATGATCTC CTCTATCCCA 
GCAGATGCAG AAGAGCTCAC TATTCAAAAT TTCCTCTCCA CAGTGGACCT CATTGTTTCT 
GATTCCACAG CTAAAGTTTG GGAGGACCTG AATAAAGAGG AGATACTCAA AAGTTCTTTG 
TTGCTGCATT CAGTAGAAAA TTTTTCCCTG CGTCTCCAAC CAGTTAATAA TACCATTCCT 
CCTGTCTCTG CAAACAGCCT TCAGCTACAA GGTGTAGTTG TCACAGAAAA TAGCAACATG 
GATTATAATA AGAACTTCCG CAGTACAGAA AACCTCACTG TTAATGTGCT CATTGACGAA 
ACTGAAATTC AGACTCTAAC CCAAAATTCA ACCATTGTCA GTGTGATGTA CTCAAAACTT 
GGACATATTT TGCCCCAGAA TGAGTCTGAG TATCTGAACG GCTTACTGCT ATCAACAACT 
GTGAGCAGCA ACAGAAGCCA GAAGTTTGAT ATTAATATGA CCTTTGCAAA GAAAAACTTT 
TCTCTAAAGA TGCCCAGATG TGTCTTTTGG AACTTCACAC TCAACAAAGG TGGGGGGGGC 
TGGGATACTA ATGGTTGCAC CCCCACAGAA GTAGAAGATT ATGTCATTTG TTCCTGCAAT 
CACTTGACAT CATTCTCCAT TCTGATGTCA CCTGATAAAT CCTCCCAGTT AATCTTTGAA 
GATTATATTA CCTACATTGG CCTGGCCATT TCAATCTTGA GTTTGTTGGT CTGCATTATA 
ATTGAATCCT TAGTCTGGAA ATACGTGACA AACAACACAA CCTCCTATAT GCGCCATGTC 
TGTATACTCA ACATAGCTAC ATCGCTCCTG ATTGCTGATA TTTGGTTCAT TGTCACTGCC 
TCCATCAGTG ACCAAAACCA ACAGATGAGC AGAGGTATCT GTTTTGTGGC CACCTTCTTC 
ATCCATTTAT TCTACCTGTG TGTCTTTTTC TGGATGCTCA GCCTGGGCCT CATTCTTTTC 
TACAGACTGG TCTTCATCTT GCATAACACA AGCAAGACCT CCCAGAAAGC AGTGGCATTC 
TGTCTGGGAT ATGGGTGCCC CTTTGCCATT GCAGCCATCA CCATTGCTGT CACACTGCCA 
AGGAACAATT ACACCAGAAA GGATGTCTGC TGGCTCAACT GGAAGGACAG CAAAGCTCTC 
TTGGCCTTCG TCATACCTGC CCTGATCATC GTGGCTATGA ATTTGTTCAT CACCGCAGTT 
GTTATAATAA AAATACTGAG GCCAACTATT GGGGATAGGT CAAACAGGCA GGAGAGGAAC 
TCTTTGTTTC AAATTGGCAA AAGTGTGGCC ATCTTGACAC CCCTGTTAGG TCTCACCTGG 
GGATTTGGCC TTGCCACCAT CATCAAAAAC AGTCATCGAA TTTTCCACAT CCTCTTTGCT 
CTGCTCAATG CTTTGCAGGG ATTATTCATT TTGGTGTTTG GGACTTTCTG GGACAAGAAG 
ATACAAGAAG CCCTGCTGAA AAGGAATTCA ATGTCCAAAT GGAGTTCTCA GCAAACAAAG 
TCAACCTCCC TGATCCTGGT GACACCAATG CTTGCTATGA GCTATCCATT TTCAAGAACC 
TTTAACAACT TATGTGGGAA AACAGGAAAA TACAGAGTAT CTTCTTCAGA GCCATCCAGC 
TCTTCCTCTG AAAACACTTC CAAGTCATAT TCTTTGCTTA ACTGA