FGD6 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	FGD6
Entrez Gene ID	100471190
Full Name	FYVE, RhoGEF and PH domain containing 6
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019799675.1	XP_019655234.1	FYVE, RhoGEF and PH domain-containing protein 6 isoform X1
XM_002919242.3	XP_002919288.1	FYVE, RhoGEF and PH domain-containing protein 6 isoform X2

Pathways from BioSystems
Gene Ontology

The following FGD6 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FGD6 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
OAc92825	XM_019799675.1 Latest version!	Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAc06737	XM_002919242.3 Latest version!	Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

FGD6 ( XM_019799675.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019655234.1 Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc92825
Clone ID Related Accession (Same CDS sequence)	XM_019799675.1
Accession Version	XM_019799675.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	FYVE, RhoGEF and PH domain-containing protein 6 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217610.1) 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 Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCTG CCGCGGAGAT TAAGAAGCCG CCAGTGGCCC CCAAGCCAAA GTTTGTGGTA 
GCAAGTAATA AGCCAGCTCC ACCTCCTGTT GCACCTAAAC CCGATATTGT GATTTCTAGT 
GTTCCACAGT CAACAAAGAA AACCAAACCA GCAATAGCCC CGAAACCAAA AGTTCTGAAG 
GGCTCTCCTG TTAGAGACAT CAGGCAGTCA CCGTCAAGGA AAATCATTGT GAATGTGGAA 
GAGCACAAAC AGGAGTTACC TGAAAATGCT GACAACTCTA ATTGTAAAAA TGTAGGGCAT 
CAGAGCAGTG ATTATATTTT ACCAGTGTGT TCCTGCAGTT CTCAGTGTAT CCATAAACTT 
GGGAATAGAG AAAATTTGTG TGTAAAGCAA CTTATCTTAG AGCCCCTGGA AATGCATGAA 
AATTTAGAAA ATAGTAAAAT TGATAAGTCC TCTTCAGCTA TAAAAACAAA GAGTAAATGT 
GATTCTAATG TTGAAAACAT CAAGAGCCAG AGTGGAGTAG TTTTAAAGGC AAACATCCTA 
GAAGAGAAGC TCAAAGATGT TTTAACGCAA CGAACATCAC CTTTTATTTC CCTGCAGAAG 
CACAGATCCA CAGACAGCCC AGAAACTAAT GATGGCTATA ATTCCAACAG ACAATTGAGA 
ATTGAATTTG CAGATTTGTC ACCTTCCCTG TCCAGCTTTG AAAAAGTTCC TGATCATCAC 
CATTGCCACC TACAGCTCCC TAGTGATGAA ACTTATCAGC ATAGCAGTGA AAAAAGCAGT 
ACTTGCTTTC ATTCATCTGA GCAAGAAGCT CTGGAAAATG GTAAAAGGAG TACCTTTCTA 
TCTTCAGATG GAGTTAGTAA GAAGTCAGAA GTCAAAGACC TTAGTCCCTT AGAAATTCAC 
TTAGTACCAT ATACCCCAAA ATTTCCAACC CCCAAGCCCA GAAAGACACG GGCTGCTTGT 
CTGTTACGTC AAAAGTATAT AGATGTTCCT AGTGAAAGTA CTGAAGAACC AGAGAGTTTA 
GACAGTAACT CTTCTTGTCT TTTAGAAGCT GGTTTGAAAA ACAATAAAAT CAGTGTTCTT 
CATCAGAATG TTTTGTGTAA CCAGGAACAG GTGGACAAAG TGAAGCCAGG AAATAAAAGT 
GAATTGAATG TGGACTCCGA TGGTGACAGA CAAAATTTAG TCAATCCACA GAAAGCTATG 
TGTCCTGAAG CATCTTCCTT TGAAAAAATG GAAACAGATT CTAATTTAAG TTCTGACAGC 
AAGACGGTAG ATGGTTCTAG TATGTCACTT GCTGTGGACA AAGGGCCCAG TTTTATAAGA 
TGCAGTACTT TATCTATGAG CCTGCCTAAG CAACTCAAAT TAACCTGCAA TGAACATTTG 
CCTGCCACCT GTAACCTGGG AGTGTCTGCC CCTCAAATGC AAAAGGAATC TCCAATAAAA 
GGTGAAAGTT CCTCAAGGAT TGTCCCAAAA AAACCTCAAA GACACAGCTT GCCTGCTGCA 
GGAGTGCTTA AGAAGGCTGC CTCAGAGGAG CTTGTGGAGA AGAGTTCTTA TCCCTCAAAT 
GAAGAAAATA ATTCAGAGAA AGGTCTAGAA AGAAATCACC TTCAGCATTT GTGCGCCCAA 
AACCTCAGTA TGTCATCCTC CTTTGATATG CCTAAACGGG CTACAGAAAA GCCAGTGTGG 
AAATTACCTC ATCCTATTTT ACCCTTTTCA GGGAACCCAG AATCCTTAAA GTCTGTCACT 
ATATCATCAA ATAATGAGCT TTCAACTGCC ATAACTAAGC CTAGAGCAAA ATCGTTATCT 
GCCATGGATG CGGAAAGGTG CAATAAGCCT TGCAAAGACA CTCAAAAGAA AAGCTCTTTA 
AAGAAGTTGC TCAACATGAA ACTGTCCATC TGTTTCATGA AGAGCGACTT CCAGAAATTT 
TGGTCCAAGA ATAGCCAGCT TGGAGACACA ACCGCAGGCA GCCTCTCAGG TGGGGAGAGG 
AAAGGAATGG AGAGTGATTG GCATGGTGTG TTGGTAGAAG AGAAGAGAAG TAAACCTATC 
AAGGCATATT CTGCAGATAA CTACAGCCTG GAATCCCAAA AGAAGAGGAA GAAGTCTCGG 
GGCCAGACCA ATGCAGCTAA CGGACCAAGA GCTGAGTCTT TGGATGATCA AATGCTCTCC 
AGGGAGTCAT CATCTCAGTT GCCTTGCAAA TCTATTACAA GTGTCTGCGC ACCAGAGTAT 
GAAAATGTAC GCCATTATGA GGAAATACCC GAGTATGAGA ACTTGCCATT TATATTGGCC 
ATAGGGAAAA CTCCCGAGTT AGAATGGCAG AATTCCAGAA GCCTGGAGGA CACCGATGCA 
AACGTGTACG AGGTAGAAGA GCCATATGAA GCTCCAGATG GCCGGCTGCA ACTGGGACCC 
AGACATCAGC ATTCCAGCAG TCCTGGAGCA TCCCAGGAGG GACACAACAA TCTTGATCTT 
GGTCTTGGTG AACTTCCTTC GGATGAGGAA GAAGACATCA ACAGTTCTGA TGAAGACGAT 
GTCAGCTCTG ACTCTAGTAA AGGGGACCCT GACCTGGGAG ATAAACAGGA TGAAGATACT 
GGAATGAAAA GTAAAGTCCA TCATATCGCC AAGGAGATCA TGAGCTCAGA GAAGGTGTTT 
GTGGATGTGT TAAAACTGTT GCATATTGAT TTCCGAGATG CAGTGGCCCA TGCTTCCAGG 
CAACTTGGGA AACCGGTGAT TGAGGACCGG ATCCTAAATC AGATCCTGTA CTACTTGCCT 
CAGCTGTATG AGCTCAACCG GGATCTCCTG AAGGAACTGG AGGAAAGGAT GTCAAACTGG 
ACTGAACAAC ATAGAATTGC TGATATCTTT GTAAAGAAGG GACCATATCT AAAAATGTAT 
TCCACGTACA TCAAAGAATT TGATAAAAAT ATAGCTTTGC TGGATGAGCA GTGTAAGAAG 
AACCCAGCTT TTGCTGCTGT TGTTAGAGAT TTTGAGATGA GCCCACGCTG TGCTAATCTG 
GCCCTCAAGC ACTACCTGCT CAAGCCAGTT CAGAGGATCC CCCAGTACAG GCTGCTGCTG 
ACAGATTATT TGAAAAATCT TCTAGAGGAC TCTGGAGATT ACAGAGACAC TCAAGATGCC 
CTTGCTGTCG TTATAGAGGT CGCCAACCAC GCCAATGACA CCATGAAGCA GGGAGACAAC 
TTTCAGAAGC TTATGCAGAT TCAGTACAGC TTAAATGGAC ACCACGAAAT AGTGCAGCCT 
GGACGGGTTT TTCTCAAAGA AGGAACTCTG ATGAAGCTGT CTCGAAAAGT CATGCAGCCC 
CGAGTGTTTT TCCTGTTTAA TGATGCCCTG TTGTATACAA CACCAGTGCA GTCTGGGATG 
TATAAACTGA ACAATATGCT CTCGTTGGCT GGAATGAAGG TCAGAAAACC CACTCAAGAA 
GCATATCAGA ATGAACTAAA GATTGAAAGT GTAGAACGCT CCTTTATCCT CTCAGCCAGT 
TCTGCCACAG AAAGGGATGA ATGGCTAGAA GCGATTTCCA GGTCAATAGA AGAGTATGCC 
AAAAAAAGAA TCACATTCTG TCCTAGTAGG AGTCTTGATG AGGCTGACTC CGAAAATAAA 
GAGGAAGTTA GTCCTCTTGG ATCAAAGGCT CCCATCTGGA TCCCTGATAC CAGAGCCACA 
ATGTGTATGA TCTGCACAAG TGAATTTACT CTGACCTGGA GACGACACCA CTGCCGGGCC 
TGCGGGAAGA TTGTATGCCA AGCTTGTTCA TCAAATAAAT ATGGTTTAGA TTACCTGAAA 
AATCAACCAG CAAGAGTATG TGAACATTGT TTCCAAGAAC TGCAGAAACT AGATCACCAG 
CATTCTCCGA AGATTGGATC TCCCGGAAAT CACAAATCTC CTTCAAGTGC CTTATCATCA 
GTCTTACATA GTATTCCATC AGGGAGGAAA CAGAAAAAAA TCCCAGCTGC TCTCAAAGAA 
GTATCAGCAA ACACAGAAGA TTCTTCCATG AGTGGCTACT TGTACCGATC AAAGGGCAAT 
AAAAAACCTT GGAAACACTT GTGGTTTGTC ATAAAAAATA AAGTGCTGTA TACATATGCT 
GCAAGTGAGG ACGTGGCAGC TTTGGAGAGT CAGCCTCTAC TAGGATTCAC TGTCACTCAA 
GTCAAAGATG AGAATTCAGA GTCTAGAGTG TTTCAGTTAC TACACAAAAA CATGTTATTT 
TATGTGTTCA AAGCAGATGA TGCTCACTCA GCTCAGAAGT GGATAGAAGC ATTTCAGGAA 
GGCACAATAT TGTAG

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

RefSeq	XP_019655234.1
CDS	168..4442
Translation	MTSAAEIKKPPVAPKPKFVVASNKPAPPPVAPKPDIVISSVPQSTKKTKPAIAPKPKVLKGSPVRDIRQSPSRKIIVNVEEHKQELPENADNSNCKNVGHQSSDYILPVCSCSSQCIHKLGNRENLCVKQLILEPLEMHENLENSKIDKSSSAIKTKSKCDSNVENIKSQSGVVLKANILEEKLKDVLTQRTSPFISLQKHRSTDSPETNDGYNSNRQLRIEFADLSPSLSSFEKVPDHHHCHLQLPSDETYQHSSEKSSTCFHSSEQEALENGKRSTFLSSDGVSKKSEVKDLSPLEIHLVPYTPKFPTPKPRKTRAACLLRQKYIDVPSESTEEPESLDSNSSCLLEAGLKNNKISVLHQNVLCNQEQVDKVKPGNKSELNVDSDGDRQNLVNPQKAMCPEASSFEKMETDSNLSSDSKTVDGSSMSLAVDKGPSFIRCSTLSMSLPKQLKLTCNEHLPATCNLGVSAPQMQKESPIKGESSSRIVPKKPQRHSLPAAGVLKKAASEELVEKSSYPSNEENNSEKGLERNHLQHLCAQNLSMSSSFDMPKRATEKPVWKLPHPILPFSGNPESLKSVTISSNNELSTAITKPRAKSLSAMDAERCNKPCKDTQKKSSLKKLLNMKLSICFMKSDFQKFWSKNSQLGDTTAGSLSGGERKGMESDWHGVLVEEKRSKPIKAYSADNYSLESQKKRKKSRGQTNAANGPRAESLDDQMLSRESSSQLPCKSITSVCAPEYENVRHYEEIPEYENLPFILAIGKTPELEWQNSRSLEDTDANVYEVEEPYEAPDGRLQLGPRHQHSSSPGASQEGHNNLDLGLGELPSDEEEDINSSDEDDVSSDSSKGDPDLGDKQDEDTGMKSKVHHIAKEIMSSEKVFVDVLKLLHIDFRDAVAHASRQLGKPVIEDRILNQILYYLPQLYELNRDLLKELEERMSNWTEQHRIADIFVKKGPYLKMYSTYIKEFDKNIALLDEQCKKNPAFAAVVRDFEMSPRCANLALKHYLLKPVQRIPQYRLLLTDYLKNLLEDSGDYRDTQDALAVVIEVANHANDTMKQGDNFQKLMQIQYSLNGHHEIVQPGRVFLKEGTLMKLSRKVMQPRVFFLFNDALLYTTPVQSGMYKLNNMLSLAGMKVRKPTQEAYQNELKIESVERSFILSASSATERDEWLEAISRSIEEYAKKRITFCPSRSLDEADSENKEEVSPLGSKAPIWIPDTRATMCMICTSEFTLTWRRHHCRACGKIVCQACSSNKYGLDYLKNQPARVCEHCFQELQKLDHQHSPKIGSPGNHKSPSSALSSVLHSIPSGRKQKKIPAALKEVSANTEDSSMSGYLYRSKGNKKPWKHLWFVIKNKVLYTYAASEDVAALESQPLLGFTVTQVKDENSESRVFQLLHKNMLFYVFKADDAHSAQKWIEAFQEGTIL

Target ORF information:

RefSeq Version	XM_019799675.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X1, mRNA.

Target ORF information:

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

XM_019799675.1

ORF Insert Sequence:

ATGACTTCTG CCGCGGAGAT TAAGAAGCCG CCAGTGGCCC CCAAGCCAAA GTTTGTGGTA 
GCAAGTAATA AGCCAGCTCC ACCTCCTGTT GCACCTAAAC CCGATATTGT GATTTCTAGT 
GTTCCACAGT CAACAAAGAA AACCAAACCA GCAATAGCCC CGAAACCAAA AGTTCTGAAG 
GGCTCTCCTG TTAGAGACAT CAGGCAGTCA CCGTCAAGGA AAATCATTGT GAATGTGGAA 
GAGCACAAAC AGGAGTTACC TGAAAATGCT GACAACTCTA ATTGTAAAAA TGTAGGGCAT 
CAGAGCAGTG ATTATATTTT ACCAGTGTGT TCCTGCAGTT CTCAGTGTAT CCATAAACTT 
GGGAATAGAG AAAATTTGTG TGTAAAGCAA CTTATCTTAG AGCCCCTGGA AATGCATGAA 
AATTTAGAAA ATAGTAAAAT TGATAAGTCC TCTTCAGCTA TAAAAACAAA GAGTAAATGT 
GATTCTAATG TTGAAAACAT CAAGAGCCAG AGTGGAGTAG TTTTAAAGGC AAACATCCTA 
GAAGAGAAGC TCAAAGATGT TTTAACGCAA CGAACATCAC CTTTTATTTC CCTGCAGAAG 
CACAGATCCA CAGACAGCCC AGAAACTAAT GATGGCTATA ATTCCAACAG ACAATTGAGA 
ATTGAATTTG CAGATTTGTC ACCTTCCCTG TCCAGCTTTG AAAAAGTTCC TGATCATCAC 
CATTGCCACC TACAGCTCCC TAGTGATGAA ACTTATCAGC ATAGCAGTGA AAAAAGCAGT 
ACTTGCTTTC ATTCATCTGA GCAAGAAGCT CTGGAAAATG GTAAAAGGAG TACCTTTCTA 
TCTTCAGATG GAGTTAGTAA GAAGTCAGAA GTCAAAGACC TTAGTCCCTT AGAAATTCAC 
TTAGTACCAT ATACCCCAAA ATTTCCAACC CCCAAGCCCA GAAAGACACG GGCTGCTTGT 
CTGTTACGTC AAAAGTATAT AGATGTTCCT AGTGAAAGTA CTGAAGAACC AGAGAGTTTA 
GACAGTAACT CTTCTTGTCT TTTAGAAGCT GGTTTGAAAA ACAATAAAAT CAGTGTTCTT 
CATCAGAATG TTTTGTGTAA CCAGGAACAG GTGGACAAAG TGAAGCCAGG AAATAAAAGT 
GAATTGAATG TGGACTCCGA TGGTGACAGA CAAAATTTAG TCAATCCACA GAAAGCTATG 
TGTCCTGAAG CATCTTCCTT TGAAAAAATG GAAACAGATT CTAATTTAAG TTCTGACAGC 
AAGACGGTAG ATGGTTCTAG TATGTCACTT GCTGTGGACA AAGGGCCCAG TTTTATAAGA 
TGCAGTACTT TATCTATGAG CCTGCCTAAG CAACTCAAAT TAACCTGCAA TGAACATTTG 
CCTGCCACCT GTAACCTGGG AGTGTCTGCC CCTCAAATGC AAAAGGAATC TCCAATAAAA 
GGTGAAAGTT CCTCAAGGAT TGTCCCAAAA AAACCTCAAA GACACAGCTT GCCTGCTGCA 
GGAGTGCTTA AGAAGGCTGC CTCAGAGGAG CTTGTGGAGA AGAGTTCTTA TCCCTCAAAT 
GAAGAAAATA ATTCAGAGAA AGGTCTAGAA AGAAATCACC TTCAGCATTT GTGCGCCCAA 
AACCTCAGTA TGTCATCCTC CTTTGATATG CCTAAACGGG CTACAGAAAA GCCAGTGTGG 
AAATTACCTC ATCCTATTTT ACCCTTTTCA GGGAACCCAG AATCCTTAAA GTCTGTCACT 
ATATCATCAA ATAATGAGCT TTCAACTGCC ATAACTAAGC CTAGAGCAAA ATCGTTATCT 
GCCATGGATG CGGAAAGGTG CAATAAGCCT TGCAAAGACA CTCAAAAGAA AAGCTCTTTA 
AAGAAGTTGC TCAACATGAA ACTGTCCATC TGTTTCATGA AGAGCGACTT CCAGAAATTT 
TGGTCCAAGA ATAGCCAGCT TGGAGACACA ACCGCAGGCA GCCTCTCAGG TGGGGAGAGG 
AAAGGAATGG AGAGTGATTG GCATGGTGTG TTGGTAGAAG AGAAGAGAAG TAAACCTATC 
AAGGCATATT CTGCAGATAA CTACAGCCTG GAATCCCAAA AGAAGAGGAA GAAGTCTCGG 
GGCCAGACCA ATGCAGCTAA CGGACCAAGA GCTGAGTCTT TGGATGATCA AATGCTCTCC 
AGGGAGTCAT CATCTCAGTT GCCTTGCAAA TCTATTACAA GTGTCTGCGC ACCAGAGTAT 
GAAAATGTAC GCCATTATGA GGAAATACCC GAGTATGAGA ACTTGCCATT TATATTGGCC 
ATAGGGAAAA CTCCCGAGTT AGAATGGCAG AATTCCAGAA GCCTGGAGGA CACCGATGCA 
AACGTGTACG AGGTAGAAGA GCCATATGAA GCTCCAGATG GCCGGCTGCA ACTGGGACCC 
AGACATCAGC ATTCCAGCAG TCCTGGAGCA TCCCAGGAGG GACACAACAA TCTTGATCTT 
GGTCTTGGTG AACTTCCTTC GGATGAGGAA GAAGACATCA ACAGTTCTGA TGAAGACGAT 
GTCAGCTCTG ACTCTAGTAA AGGGGACCCT GACCTGGGAG ATAAACAGGA TGAAGATACT 
GGAATGAAAA GTAAAGTCCA TCATATCGCC AAGGAGATCA TGAGCTCAGA GAAGGTGTTT 
GTGGATGTGT TAAAACTGTT GCATATTGAT TTCCGAGATG CAGTGGCCCA TGCTTCCAGG 
CAACTTGGGA AACCGGTGAT TGAGGACCGG ATCCTAAATC AGATCCTGTA CTACTTGCCT 
CAGCTGTATG AGCTCAACCG GGATCTCCTG AAGGAACTGG AGGAAAGGAT GTCAAACTGG 
ACTGAACAAC ATAGAATTGC TGATATCTTT GTAAAGAAGG GACCATATCT AAAAATGTAT 
TCCACGTACA TCAAAGAATT TGATAAAAAT ATAGCTTTGC TGGATGAGCA GTGTAAGAAG 
AACCCAGCTT TTGCTGCTGT TGTTAGAGAT TTTGAGATGA GCCCACGCTG TGCTAATCTG 
GCCCTCAAGC ACTACCTGCT CAAGCCAGTT CAGAGGATCC CCCAGTACAG GCTGCTGCTG 
ACAGATTATT TGAAAAATCT TCTAGAGGAC TCTGGAGATT ACAGAGACAC TCAAGATGCC 
CTTGCTGTCG TTATAGAGGT CGCCAACCAC GCCAATGACA CCATGAAGCA GGGAGACAAC 
TTTCAGAAGC TTATGCAGAT TCAGTACAGC TTAAATGGAC ACCACGAAAT AGTGCAGCCT 
GGACGGGTTT TTCTCAAAGA AGGAACTCTG ATGAAGCTGT CTCGAAAAGT CATGCAGCCC 
CGAGTGTTTT TCCTGTTTAA TGATGCCCTG TTGTATACAA CACCAGTGCA GTCTGGGATG 
TATAAACTGA ACAATATGCT CTCGTTGGCT GGAATGAAGG TCAGAAAACC CACTCAAGAA 
GCATATCAGA ATGAACTAAA GATTGAAAGT GTAGAACGCT CCTTTATCCT CTCAGCCAGT 
TCTGCCACAG AAAGGGATGA ATGGCTAGAA GCGATTTCCA GGTCAATAGA AGAGTATGCC 
AAAAAAAGAA TCACATTCTG TCCTAGTAGG AGTCTTGATG AGGCTGACTC CGAAAATAAA 
GAGGAAGTTA GTCCTCTTGG ATCAAAGGCT CCCATCTGGA TCCCTGATAC CAGAGCCACA 
ATGTGTATGA TCTGCACAAG TGAATTTACT CTGACCTGGA GACGACACCA CTGCCGGGCC 
TGCGGGAAGA TTGTATGCCA AGCTTGTTCA TCAAATAAAT ATGGTTTAGA TTACCTGAAA 
AATCAACCAG CAAGAGTATG TGAACATTGT TTCCAAGAAC TGCAGAAACT AGATCACCAG 
CATTCTCCGA AGATTGGATC TCCCGGAAAT CACAAATCTC CTTCAAGTGC CTTATCATCA 
GTCTTACATA GTATTCCATC AGGGAGGAAA CAGAAAAAAA TCCCAGCTGC TCTCAAAGAA 
GTATCAGCAA ACACAGAAGA TTCTTCCATG AGTGGCTACT TGTACCGATC AAAGGGCAAT 
AAAAAACCTT GGAAACACTT GTGGTTTGTC ATAAAAAATA AAGTGCTGTA TACATATGCT 
GCAAGTGAGG ACGTGGCAGC TTTGGAGAGT CAGCCTCTAC TAGGATTCAC TGTCACTCAA 
GTCAAAGATG AGAATTCAGA GTCTAGAGTG TTTCAGTTAC TACACAAAAA CATGTTATTT 
TATGTGTTCA AAGCAGATGA TGCTCACTCA GCTCAGAAGT GGATAGAAGC ATTTCAGGAA 
GGCACAATAT TGTAG

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

FGD6 ( XM_002919242.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002919288.1 Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc06737
Clone ID Related Accession (Same CDS sequence)	XM_002919242.3
Accession Version	XM_002919242.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4272bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	FYVE, RhoGEF and PH domain-containing protein 6 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217610.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002919242.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACTTCTG CCGCGGAGAT TAAGAAGCCG CCAGTGGCCC CCAAGCCAAA GTTTGTGGTA 
GCAAGTAATA AGCCAGCTCC ACCTCCTGTT GCACCTAAAC CCGATATTGT GATTTCTAGT 
GTTCCACAGT CAACAAAGAA AACCAAACCA GCAATAGCCC CGAAACCAAA AGTTCTGAAG 
GGCTCTCCTG TTAGAGACAT CAGGCAGTCA CCGTCAAGGA AAATCATTGT GAATGTGGAA 
GAGCACAAAC AGGAGTTACC TGAAAATGCT GACAACTCTA ATTGTAAAAA TGTAGGGCAT 
CAGAGCAGTG ATTATATTTT ACCAGTGTGT TCCTGCAGTT CTCAGTGTAT CCATAAACTT 
GGGAATAGAG AAAATTTGTG TGTAAAGCAA CTTATCTTAG AGCCCCTGGA AATGCATGAA 
AATTTAGAAA ATAGTAAAAT TGATAAGTCC TCTTCAGCTA TAAAAACAAA GAGTAAATGT 
GATTCTAATG TTGAAAACAT CAAGAGCCAG AGTGGAGTAG TTTTAAAGGC AAACATCCTA 
GAAGAGAAGC TCAAAGATGT TTTAACGCAA CGAACATCAC CTTTTATTTC CCTGCAGAAG 
CACAGATCCA CAGACAGCCC AGAAACTAAT GATGGCTATA ATTCCAACAG ACAATTGAGA 
ATTGAATTTG CAGATTTGTC ACCTTCCCTG TCCAGCTTTG AAAAAGTTCC TGATCATCAC 
CATTGCCACC TACAGCTCCC TAGTGATGAA ACTTATCAGC ATAGCAGTGA AAAAAGCAGT 
ACTTGCTTTC ATTCATCTGA GCAAGAAGCT CTGGAAAATG GTAAAAGGAG TACCTTTCTA 
TCTTCAGATG GAGTTAGTAA GAAGTCAGAA GTCAAAGACC TTAGTCCCTT AGAAATTCAC 
TTAGTACCAT ATACCCCAAA ATTTCCAACC CCCAAGCCCA GAAAGACACG GGCTGCTTGT 
CTGTTACGTC AAAAGTATAT AGATGTTCCT AGTGAAAGTA CTGAAGAACC AGAGAGTTTA 
GACAGTAACT CTTCTTGTCT TTTAGAAGCT GGTTTGAAAA ACAATAAAAT CAGTGTTCTT 
CATCAGAATG TTTTGTGTAA CCAGGAACAG GTGGACAAAG TGAAGCCAGG AAATAAAAGT 
GAATTGAATG TGGACTCCGA TGGTGACAGA CAAAATTTAG TCAATCCACA GAAAGCTATG 
TGTCCTGAAG CATCTTCCTT TGAAAAAATG GAAACAGATT CTAATTTAAG TTCTGACAGC 
AAGACGGTAG ATGGTTCTAG TATGTCACTT GCTGTGGACA AAGGGCCCAG TTTTATAAGA 
TGCAGTACTT TATCTATGAG CCTGCCTAAG CAACTCAAAT TAACCTGCAA TGAACATTTG 
CCTGCCACCT GTAACCTGGG AGTGTCTGCC CCTCAAATGC AAAAGGAATC TCCAATAAAA 
GGTGAAAGTT CCTCAAGGAT TGTCCCAAAA AAACCTCAAA GACACAGCTT GCCTGCTGCA 
GGAGTGCTTA AGAAGGCTGC CTCAGAGGAG CTTGTGGAGA AGAGTTCTTA TCCCTCAAAT 
GAAGAAAATA ATTCAGAGAA AGGTCTAGAA AGAAATCACC TTCAGCATTT GTGCGCCCAA 
AACCTCAGTA TGTCATCCTC CTTTGATATG CCTAAACGGG CTACAGAAAA GCCAGTGTGG 
AAATTACCTC ATCCTATTTT ACCCTTTTCA GGGAACCCAG AATCCTTAAA GTCTGTCACT 
ATATCATCAA ATAATGAGCT TTCAACTGCC ATAACTAAGC CTAGAGCAAA ATCGTTATCT 
GCCATGGATG CGGAAAGGTG CAATAAGCCT TGCAAAGACA CTCAAAAGAA AAGCTCTTTA 
AAGAAGTTGC TCAACATGAA ACTGTCCATC TGTTTCATGA AGAGCGACTT CCAGAAATTT 
TGGTCCAAGA ATAGCCAGCT TGGAGACACA ACCGCAGGCA GCCTCTCAGG TGGGGAGAGG 
AAAGGAATGG AGAGTGATTG GCATGGTGTG TTGGTAGAAG AGAAGAGAAG TAAACCTATC 
AAGGCATATT CTGCAGATAA CTACAGCCTG GAATCCCAAA AGAAGAGGAA GAAGTCTCGG 
GGCCAGACCA ATGCAGCTAA CGGACCAAGA GCTGAGTCTT TGGATGATCA AATGCTCTCC 
AGGGAGTCAT CATCTCAGTT GCCTTGCAAA TCTATTACAA GTGTCTGCGC ACCAGAGTAT 
GAAAATGTAC GCCATTATGA GGAAATACCC GAGTATGAGA ACTTGCCATT TATATTGGCC 
ATAGGGAAAA CTCCCGAGTT AGAATGGCAG AATTCCAGAA GCCTGGAGGA CACCGATGCA 
AACGTGTACG AGGTAGAAGA GCCATATGAA GCTCCAGATG GCCGGCTGCA ACTGGGACCC 
AGACATCAGC ATTCCAGTCC TGGAGCATCC CAGGAGGGAC ACAACAATCT TGATCTTGGT 
CTTGGTGAAC TTCCTTCGGA TGAGGAAGAA GACATCAACA GTTCTGATGA AGACGATGTC 
AGCTCTGACT CTAGTAAAGG GGACCCTGAC CTGGGAGATA AACAGGATGA AGATACTGGA 
ATGAAAAGTA AAGTCCATCA TATCGCCAAG GAGATCATGA GCTCAGAGAA GGTGTTTGTG 
GATGTGTTAA AACTGTTGCA TATTGATTTC CGAGATGCAG TGGCCCATGC TTCCAGGCAA 
CTTGGGAAAC CGGTGATTGA GGACCGGATC CTAAATCAGA TCCTGTACTA CTTGCCTCAG 
CTGTATGAGC TCAACCGGGA TCTCCTGAAG GAACTGGAGG AAAGGATGTC AAACTGGACT 
GAACAACATA GAATTGCTGA TATCTTTGTA AAGAAGGGAC CATATCTAAA AATGTATTCC 
ACGTACATCA AAGAATTTGA TAAAAATATA GCTTTGCTGG ATGAGCAGTG TAAGAAGAAC 
CCAGCTTTTG CTGCTGTTGT TAGAGATTTT GAGATGAGCC CACGCTGTGC TAATCTGGCC 
CTCAAGCACT ACCTGCTCAA GCCAGTTCAG AGGATCCCCC AGTACAGGCT GCTGCTGACA 
GATTATTTGA AAAATCTTCT AGAGGACTCT GGAGATTACA GAGACACTCA AGATGCCCTT 
GCTGTCGTTA TAGAGGTCGC CAACCACGCC AATGACACCA TGAAGCAGGG AGACAACTTT 
CAGAAGCTTA TGCAGATTCA GTACAGCTTA AATGGACACC ACGAAATAGT GCAGCCTGGA 
CGGGTTTTTC TCAAAGAAGG AACTCTGATG AAGCTGTCTC GAAAAGTCAT GCAGCCCCGA 
GTGTTTTTCC TGTTTAATGA TGCCCTGTTG TATACAACAC CAGTGCAGTC TGGGATGTAT 
AAACTGAACA ATATGCTCTC GTTGGCTGGA ATGAAGGTCA GAAAACCCAC TCAAGAAGCA 
TATCAGAATG AACTAAAGAT TGAAAGTGTA GAACGCTCCT TTATCCTCTC AGCCAGTTCT 
GCCACAGAAA GGGATGAATG GCTAGAAGCG ATTTCCAGGT CAATAGAAGA GTATGCCAAA 
AAAAGAATCA CATTCTGTCC TAGTAGGAGT CTTGATGAGG CTGACTCCGA AAATAAAGAG 
GAAGTTAGTC CTCTTGGATC AAAGGCTCCC ATCTGGATCC CTGATACCAG AGCCACAATG 
TGTATGATCT GCACAAGTGA ATTTACTCTG ACCTGGAGAC GACACCACTG CCGGGCCTGC 
GGGAAGATTG TATGCCAAGC TTGTTCATCA AATAAATATG GTTTAGATTA CCTGAAAAAT 
CAACCAGCAA GAGTATGTGA ACATTGTTTC CAAGAACTGC AGAAACTAGA TCACCAGCAT 
TCTCCGAAGA TTGGATCTCC CGGAAATCAC AAATCTCCTT CAAGTGCCTT ATCATCAGTC 
TTACATAGTA TTCCATCAGG GAGGAAACAG AAAAAAATCC CAGCTGCTCT CAAAGAAGTA 
TCAGCAAACA CAGAAGATTC TTCCATGAGT GGCTACTTGT ACCGATCAAA GGGCAATAAA 
AAACCTTGGA AACACTTGTG GTTTGTCATA AAAAATAAAG TGCTGTATAC ATATGCTGCA 
AGTGAGGACG TGGCAGCTTT GGAGAGTCAG CCTCTACTAG GATTCACTGT CACTCAAGTC 
AAAGATGAGA ATTCAGAGTC TAGAGTGTTT CAGTTACTAC ACAAAAACAT GTTATTTTAT 
GTGTTCAAAG CAGATGATGC TCACTCAGCT CAGAAGTGGA TAGAAGCATT TCAGGAAGGC 
ACAATATTGT AG

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

RefSeq	XP_002919288.1
CDS	168..4439
Translation	MTSAAEIKKPPVAPKPKFVVASNKPAPPPVAPKPDIVISSVPQSTKKTKPAIAPKPKVLKGSPVRDIRQSPSRKIIVNVEEHKQELPENADNSNCKNVGHQSSDYILPVCSCSSQCIHKLGNRENLCVKQLILEPLEMHENLENSKIDKSSSAIKTKSKCDSNVENIKSQSGVVLKANILEEKLKDVLTQRTSPFISLQKHRSTDSPETNDGYNSNRQLRIEFADLSPSLSSFEKVPDHHHCHLQLPSDETYQHSSEKSSTCFHSSEQEALENGKRSTFLSSDGVSKKSEVKDLSPLEIHLVPYTPKFPTPKPRKTRAACLLRQKYIDVPSESTEEPESLDSNSSCLLEAGLKNNKISVLHQNVLCNQEQVDKVKPGNKSELNVDSDGDRQNLVNPQKAMCPEASSFEKMETDSNLSSDSKTVDGSSMSLAVDKGPSFIRCSTLSMSLPKQLKLTCNEHLPATCNLGVSAPQMQKESPIKGESSSRIVPKKPQRHSLPAAGVLKKAASEELVEKSSYPSNEENNSEKGLERNHLQHLCAQNLSMSSSFDMPKRATEKPVWKLPHPILPFSGNPESLKSVTISSNNELSTAITKPRAKSLSAMDAERCNKPCKDTQKKSSLKKLLNMKLSICFMKSDFQKFWSKNSQLGDTTAGSLSGGERKGMESDWHGVLVEEKRSKPIKAYSADNYSLESQKKRKKSRGQTNAANGPRAESLDDQMLSRESSSQLPCKSITSVCAPEYENVRHYEEIPEYENLPFILAIGKTPELEWQNSRSLEDTDANVYEVEEPYEAPDGRLQLGPRHQHSSPGASQEGHNNLDLGLGELPSDEEEDINSSDEDDVSSDSSKGDPDLGDKQDEDTGMKSKVHHIAKEIMSSEKVFVDVLKLLHIDFRDAVAHASRQLGKPVIEDRILNQILYYLPQLYELNRDLLKELEERMSNWTEQHRIADIFVKKGPYLKMYSTYIKEFDKNIALLDEQCKKNPAFAAVVRDFEMSPRCANLALKHYLLKPVQRIPQYRLLLTDYLKNLLEDSGDYRDTQDALAVVIEVANHANDTMKQGDNFQKLMQIQYSLNGHHEIVQPGRVFLKEGTLMKLSRKVMQPRVFFLFNDALLYTTPVQSGMYKLNNMLSLAGMKVRKPTQEAYQNELKIESVERSFILSASSATERDEWLEAISRSIEEYAKKRITFCPSRSLDEADSENKEEVSPLGSKAPIWIPDTRATMCMICTSEFTLTWRRHHCRACGKIVCQACSSNKYGLDYLKNQPARVCEHCFQELQKLDHQHSPKIGSPGNHKSPSSALSSVLHSIPSGRKQKKIPAALKEVSANTEDSSMSGYLYRSKGNKKPWKHLWFVIKNKVLYTYAASEDVAALESQPLLGFTVTQVKDENSESRVFQLLHKNMLFYVFKADDAHSAQKWIEAFQEGTIL

Target ORF information:

RefSeq Version	XM_002919242.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca FYVE, RhoGEF and PH domain containing 6 (FGD6), transcript variant X2, mRNA.

Target ORF information:

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

XM_002919242.3

ORF Insert Sequence:

ATGACTTCTG CCGCGGAGAT TAAGAAGCCG CCAGTGGCCC CCAAGCCAAA GTTTGTGGTA 
GCAAGTAATA AGCCAGCTCC ACCTCCTGTT GCACCTAAAC CCGATATTGT GATTTCTAGT 
GTTCCACAGT CAACAAAGAA AACCAAACCA GCAATAGCCC CGAAACCAAA AGTTCTGAAG 
GGCTCTCCTG TTAGAGACAT CAGGCAGTCA CCGTCAAGGA AAATCATTGT GAATGTGGAA 
GAGCACAAAC AGGAGTTACC TGAAAATGCT GACAACTCTA ATTGTAAAAA TGTAGGGCAT 
CAGAGCAGTG ATTATATTTT ACCAGTGTGT TCCTGCAGTT CTCAGTGTAT CCATAAACTT 
GGGAATAGAG AAAATTTGTG TGTAAAGCAA CTTATCTTAG AGCCCCTGGA AATGCATGAA 
AATTTAGAAA ATAGTAAAAT TGATAAGTCC TCTTCAGCTA TAAAAACAAA GAGTAAATGT 
GATTCTAATG TTGAAAACAT CAAGAGCCAG AGTGGAGTAG TTTTAAAGGC AAACATCCTA 
GAAGAGAAGC TCAAAGATGT TTTAACGCAA CGAACATCAC CTTTTATTTC CCTGCAGAAG 
CACAGATCCA CAGACAGCCC AGAAACTAAT GATGGCTATA ATTCCAACAG ACAATTGAGA 
ATTGAATTTG CAGATTTGTC ACCTTCCCTG TCCAGCTTTG AAAAAGTTCC TGATCATCAC 
CATTGCCACC TACAGCTCCC TAGTGATGAA ACTTATCAGC ATAGCAGTGA AAAAAGCAGT 
ACTTGCTTTC ATTCATCTGA GCAAGAAGCT CTGGAAAATG GTAAAAGGAG TACCTTTCTA 
TCTTCAGATG GAGTTAGTAA GAAGTCAGAA GTCAAAGACC TTAGTCCCTT AGAAATTCAC 
TTAGTACCAT ATACCCCAAA ATTTCCAACC CCCAAGCCCA GAAAGACACG GGCTGCTTGT 
CTGTTACGTC AAAAGTATAT AGATGTTCCT AGTGAAAGTA CTGAAGAACC AGAGAGTTTA 
GACAGTAACT CTTCTTGTCT TTTAGAAGCT GGTTTGAAAA ACAATAAAAT CAGTGTTCTT 
CATCAGAATG TTTTGTGTAA CCAGGAACAG GTGGACAAAG TGAAGCCAGG AAATAAAAGT 
GAATTGAATG TGGACTCCGA TGGTGACAGA CAAAATTTAG TCAATCCACA GAAAGCTATG 
TGTCCTGAAG CATCTTCCTT TGAAAAAATG GAAACAGATT CTAATTTAAG TTCTGACAGC 
AAGACGGTAG ATGGTTCTAG TATGTCACTT GCTGTGGACA AAGGGCCCAG TTTTATAAGA 
TGCAGTACTT TATCTATGAG CCTGCCTAAG CAACTCAAAT TAACCTGCAA TGAACATTTG 
CCTGCCACCT GTAACCTGGG AGTGTCTGCC CCTCAAATGC AAAAGGAATC TCCAATAAAA 
GGTGAAAGTT CCTCAAGGAT TGTCCCAAAA AAACCTCAAA GACACAGCTT GCCTGCTGCA 
GGAGTGCTTA AGAAGGCTGC CTCAGAGGAG CTTGTGGAGA AGAGTTCTTA TCCCTCAAAT 
GAAGAAAATA ATTCAGAGAA AGGTCTAGAA AGAAATCACC TTCAGCATTT GTGCGCCCAA 
AACCTCAGTA TGTCATCCTC CTTTGATATG CCTAAACGGG CTACAGAAAA GCCAGTGTGG 
AAATTACCTC ATCCTATTTT ACCCTTTTCA GGGAACCCAG AATCCTTAAA GTCTGTCACT 
ATATCATCAA ATAATGAGCT TTCAACTGCC ATAACTAAGC CTAGAGCAAA ATCGTTATCT 
GCCATGGATG CGGAAAGGTG CAATAAGCCT TGCAAAGACA CTCAAAAGAA AAGCTCTTTA 
AAGAAGTTGC TCAACATGAA ACTGTCCATC TGTTTCATGA AGAGCGACTT CCAGAAATTT 
TGGTCCAAGA ATAGCCAGCT TGGAGACACA ACCGCAGGCA GCCTCTCAGG TGGGGAGAGG 
AAAGGAATGG AGAGTGATTG GCATGGTGTG TTGGTAGAAG AGAAGAGAAG TAAACCTATC 
AAGGCATATT CTGCAGATAA CTACAGCCTG GAATCCCAAA AGAAGAGGAA GAAGTCTCGG 
GGCCAGACCA ATGCAGCTAA CGGACCAAGA GCTGAGTCTT TGGATGATCA AATGCTCTCC 
AGGGAGTCAT CATCTCAGTT GCCTTGCAAA TCTATTACAA GTGTCTGCGC ACCAGAGTAT 
GAAAATGTAC GCCATTATGA GGAAATACCC GAGTATGAGA ACTTGCCATT TATATTGGCC 
ATAGGGAAAA CTCCCGAGTT AGAATGGCAG AATTCCAGAA GCCTGGAGGA CACCGATGCA 
AACGTGTACG AGGTAGAAGA GCCATATGAA GCTCCAGATG GCCGGCTGCA ACTGGGACCC 
AGACATCAGC ATTCCAGTCC TGGAGCATCC CAGGAGGGAC ACAACAATCT TGATCTTGGT 
CTTGGTGAAC TTCCTTCGGA TGAGGAAGAA GACATCAACA GTTCTGATGA AGACGATGTC 
AGCTCTGACT CTAGTAAAGG GGACCCTGAC CTGGGAGATA AACAGGATGA AGATACTGGA 
ATGAAAAGTA AAGTCCATCA TATCGCCAAG GAGATCATGA GCTCAGAGAA GGTGTTTGTG 
GATGTGTTAA AACTGTTGCA TATTGATTTC CGAGATGCAG TGGCCCATGC TTCCAGGCAA 
CTTGGGAAAC CGGTGATTGA GGACCGGATC CTAAATCAGA TCCTGTACTA CTTGCCTCAG 
CTGTATGAGC TCAACCGGGA TCTCCTGAAG GAACTGGAGG AAAGGATGTC AAACTGGACT 
GAACAACATA GAATTGCTGA TATCTTTGTA AAGAAGGGAC CATATCTAAA AATGTATTCC 
ACGTACATCA AAGAATTTGA TAAAAATATA GCTTTGCTGG ATGAGCAGTG TAAGAAGAAC 
CCAGCTTTTG CTGCTGTTGT TAGAGATTTT GAGATGAGCC CACGCTGTGC TAATCTGGCC 
CTCAAGCACT ACCTGCTCAA GCCAGTTCAG AGGATCCCCC AGTACAGGCT GCTGCTGACA 
GATTATTTGA AAAATCTTCT AGAGGACTCT GGAGATTACA GAGACACTCA AGATGCCCTT 
GCTGTCGTTA TAGAGGTCGC CAACCACGCC AATGACACCA TGAAGCAGGG AGACAACTTT 
CAGAAGCTTA TGCAGATTCA GTACAGCTTA AATGGACACC ACGAAATAGT GCAGCCTGGA 
CGGGTTTTTC TCAAAGAAGG AACTCTGATG AAGCTGTCTC GAAAAGTCAT GCAGCCCCGA 
GTGTTTTTCC TGTTTAATGA TGCCCTGTTG TATACAACAC CAGTGCAGTC TGGGATGTAT 
AAACTGAACA ATATGCTCTC GTTGGCTGGA ATGAAGGTCA GAAAACCCAC TCAAGAAGCA 
TATCAGAATG AACTAAAGAT TGAAAGTGTA GAACGCTCCT TTATCCTCTC AGCCAGTTCT 
GCCACAGAAA GGGATGAATG GCTAGAAGCG ATTTCCAGGT CAATAGAAGA GTATGCCAAA 
AAAAGAATCA CATTCTGTCC TAGTAGGAGT CTTGATGAGG CTGACTCCGA AAATAAAGAG 
GAAGTTAGTC CTCTTGGATC AAAGGCTCCC ATCTGGATCC CTGATACCAG AGCCACAATG 
TGTATGATCT GCACAAGTGA ATTTACTCTG ACCTGGAGAC GACACCACTG CCGGGCCTGC 
GGGAAGATTG TATGCCAAGC TTGTTCATCA AATAAATATG GTTTAGATTA CCTGAAAAAT 
CAACCAGCAA GAGTATGTGA ACATTGTTTC CAAGAACTGC AGAAACTAGA TCACCAGCAT 
TCTCCGAAGA TTGGATCTCC CGGAAATCAC AAATCTCCTT CAAGTGCCTT ATCATCAGTC 
TTACATAGTA TTCCATCAGG GAGGAAACAG AAAAAAATCC CAGCTGCTCT CAAAGAAGTA 
TCAGCAAACA CAGAAGATTC TTCCATGAGT GGCTACTTGT ACCGATCAAA GGGCAATAAA 
AAACCTTGGA AACACTTGTG GTTTGTCATA AAAAATAAAG TGCTGTATAC ATATGCTGCA 
AGTGAGGACG TGGCAGCTTT GGAGAGTCAG CCTCTACTAG GATTCACTGT CACTCAAGTC 
AAAGATGAGA ATTCAGAGTC TAGAGTGTTT CAGTTACTAC ACAAAAACAT GTTATTTTAT 
GTGTTCAAAG CAGATGATGC TCACTCAGCT CAGAAGTGGA TAGAAGCATT TCAGGAAGGC 
ACAATATTGT AG