RAB3GAP2 cDNA ORF clone, Struthio camelus australis

Gene
Clones
gRNAs

Summary

Gene Symbol	RAB3GAP2
Entrez Gene ID	104140358
Full Name	RAB3 GTPase activating non-catalytic protein subunit 2
Gene Type	protein-coding
Organism	Struthio camelus australis

mRNA and Protein(s)

mRNA	Protein	Name
XM_009669083.1	XP_009667378.1	rab3 GTPase-activating protein non-catalytic subunit

Pathways from BioSystems
Gene Ontology

The following RAB3GAP2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RAB3GAP2 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
OSt69157	XM_009669083.1 Latest version!	Struthio camelus australis RAB3 GTPase activating protein subunit 2 (non-catalytic) (RAB3GAP2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

RAB3GAP2 ( XM_009669083.1 ) cDNA ORF clone, Struthio camelus australis -> XP_009667378.1 Struthio camelus australis RAB3 GTPase activating protein subunit 2 (non-catalytic) (RAB3GAP2), mRNA.

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CloneID	OSt69157
Clone ID Related Accession (Same CDS sequence)	XM_009669083.1
Accession Version	XM_009669083.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4152bp) 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	2014-10-14
Organism	Struthio camelus australis
Product	rab3 GTPase-activating protein non-catalytic subunit
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009270713.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Struthio camelus australis 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGACCACC CCTCTGATTC ACCTGAGGAT GATGATGATG ACAGCAATGA GAATGTAACT 
GTTCAGAAAG AGGCAGCAGG AGTCCTCACA GTGAAAGGTA AATCGGCAAA CTGGGAAGAT 
GATGGCTGGG GAGCCTGGGA TGATGCTGAA ATACAAGAAC CTGAAGAAGA GGAAGCTACT 
TCCAAGAACC AGAGAAATTA CTGGCTTCAA GACTGTGTGT TGTCCTTGTC ACCAACAAAT 
GACCTGATGG TAATAGCTAA TGAACAGAAA GCTGTCTTTT TAGTGTCTAA ATGGAAGCAC 
AGTGACAAGG GAAAAGAGGA AATGCAATAT GCTGTTGGCT GGAGCGGCTC TCTGAATGTT 
GAAGAAGGTG AATGCGTGAG TAGTGTATTA TGTATCCCAT TGGCAAGTCA GAAGAGGAGT 
TCCACAGGCC GTCCTGACTG GACCTGCATT GTGGTTGGCT TCACCTCTGG CTACGTTCGT 
TTCTACACTG AGAGTGGAGT ACTGCTTCTT GCGCAACTTT TAAATGAAGA TCCTGTCCTG 
CAGCTTAAGT GCAGAACCTA TGAAATTCCT AGGCATCCTG GTGTCACAGA ACAGAATGAA 
GAACTCAGTA TCTTGTATCC AGCAGCAATT GTGACAATTG ATGGTTTCAG CCTCTTTCAG 
TCACTTCGTG CATGTCGTAA TCAGGTAGCC CGAGCTGCAG CATCTGGCAA TGAGAATGTT 
CAGCCACCAC CATTAGCTTA TAAGAAGTGG GGCTTGCAGG ATGTGGACAC AATCGTTGAC 
CATGCTAGTA TTGGTATCAC AACACTGTCT CCTTTTGATC AAATGAAGAC TGCCTCCAAT 
ATAGGTGGAT ATAATGCAGC TATAAAAAAT AGCCCACCTG CTATGTCTCA GTATGTTACT 
GTTGGATCCA ATCCTTTTAC TGGTTTCTTT TTTGCTCTAG AGGGTAGCTC ACAGCCACTC 
TTGTCTCATG TTGCCTTAGC AGTTGCAAGT AAATTGACTT CAGCGTTATT TAATGCTGCC 
AGTGGCTGGC TTGGTTGGAA GAGCAAACAT GAAGAAGAAA CTGCCCAAAA ACAGAAACCA 
AAAGTTGAAC CTGCCACCCC ATTGGCAGTC AGGTTTGGAC TTCCAGATTC CCGTCGCCAT 
GGCGAAAGAA TATGTCTTTC TCCGTGTAAC ACTCTGGCAG CAGTAACAGA TGACTTTGGA 
AGAGTTATTT TACTGGATGT TACAAGAGGA CTTGCAGTTC GCATGTGGAA AGGATACCGC 
GATGCAGAAA TTGGTTGGAT ACAAACTGTA GAGGACCTTC ATGAGAGGGA AACTGAGAAG 
ATGGATTTTT CTCCTTTTGG ACATGCACAG GGTCCAAGCA GAGTGGCTCA GTTTCTTGTG 
ATCTACGCTC CAAGGAGAGG AATCCTGGAA GTGTGGAGCA CTCAGCAGGG GCCTCGGGTC 
GGGGCCTTCA ATGTGGGGAA GTACTGTAGA TTATTGTATC CTGGTTATAA AATAATGGGT 
TTAAACAATG TGACTAGTCA GGGATGGCAG CCTCAGACCT ACCAGATATG TCTTCTTGAT 
CCAGTCTCTG GAAGTGTGAA AACTATCCAT GTACCTTTTC ATTTAGCACT GAGTGATAAA 
AAGAGTGAGC GAGCCAAGGA TATGCATCTA GTGAAGAAGT TAAATGCATT ACTCAAAGCC 
AAAACCTCAG ATCCAGACTT GGTTGAAGCT GAAGCAAAGG AATTAATACT TGATATTAAA 
TACCCTGCTA CAAAGAAACA GGCTCTGGAA AGTATATTGA CAAGTGAACG CTTGCCACTC 
TTATCTCTTA CAAACATCAC TCAGACGTTA ATGGATAATT TAAAAAAACA AGAGCTCGAG 
TGTGTGGATG AAGCACTACT ACAGTTCTGT GCAAATAAGT TGAAACTGTT ACATCTTTAT 
GAACTAGTAA GCAAACTAAA TTCTCAGAGA ATACAGGAAG ACACTCCACC CACAGATAAT 
GACTTGGCTA AGCTACTTCG GCTGGATGAA AAGGATTTTC ATAGGCTTCA AATGTTACTG 
GAGAACTACA AGCAAGAAAA CCCTCAAACT GCTGTTTGGG TTGCTGATGA GAGAGATTGT 
ATGCTGCCTG TAAAAACGTT CTTAGAGTAT TTAGAATACG AAAAGGATGT GATTAATGTG 
AAAAATATGG AAGATGGAGA ATATGTGGCT TTGGGCAGCT TTTTCTTCTG GAAATGTTTG 
CATGGAGAGA GTTCCACTGA AGAAATGTGT CATACATTGG AATCAGCAGG TTTTAGCCCT 
CAAATCTTGT TGTCACTCCT CCTCAATTTG TGGCTTTCCA TGGAAAAGGA TATTCTAGAT 
AAACCAGACT GTATCGGCTG TCTTCACGCT ATGCTGTTGC TTCTGAGCAA AATGAAAGTT 
GCCATAGATG AGTCGTGGGA CACTCAGTCA GTTTCCCCCT GGTGGCAACA GATGCGTACA 
GCTTGTATTC AGTCTGAAAA TAATGCCGCA GCCCTGGTGT CTGCTCATGT GGGAAATTCT 
GTTACTGCAG AGATAATTGA CAGTGCGGCA CAGAAAAGGT TTTCCCAAAT AATTGTAGGT 
TCGGACACGG AGTCATGGGA AGCACTTTCT CTTGATACTG AATATTGGAA TCTTTTGCTG 
AAACAGTTAG AGGATTGTCT GATTCTTCAA ACACTCCTGC ATAGCAAAGT GAGCAAGAGG 
ACAAAGAGAG TTTCCTCTCT ACAGACTGAG CCTTTGGGCA GGCTTTCTGT AAAGAAATTG 
CTTGAAGGTG GAAAAGGAGG AGTCGCTGAC ACTGTAGCGA AGTGGGTTTT TAAGCAAGGC 
TTCAGTCCTG CTGTACTGAA TTTGGCAAAA TGCAAAAAAG ATACTGATAG TACTGAAGAA 
TCAGTAGAAA TGCATAATAA CATCTTTCTT GAGGAACCAG AAGCAGACGC AGGCTTGGAA 
ACAATCTTAG AGCTGCTGCA ACTAGCCTAT GAGCAATTTC CTTGCAGTCT TGAACTGGAT 
GTACTCCATG CACATTGCTG TTGGGAATAT GTAGTGCAAT GGAATAAGGA CCCAGAGGAA 
GCATGTTTTC TCATTAGGTC TATAGATCAC CTTAGATGTA TCGTTAATGC TCACGTTCAA 
CACGGTATCG CTCTGATGAT GTGGAATACG TTCATAGTAA AAAGACTTTC TTCTGCTACT 
TATCTAATGG ACAAAGTTGG AAAAGCTCCT AAGGACAGAT TATGCAGAAG GGATGTAGGT 
ATGGGTGACA CTGCAATGAC ATCTTTTCTT GGCTGCTGTT CAGATCTTCT GCAAACGTTA 
CTAGAGGCTG ATGTTAGCAG TGATGAAATG CAGGCTCCTG TCCTGGATAC TGAAGATGCT 
TGGTTGTCGG TAGAAGGACC AATATCGATA GTAGAACTAG CCCTTGAGCA GAAACGCATT 
CACTACCCGC TTGTGGAACA TCAGTTTGTA TTATGTACTG TATTGTACGT AATCATGAGG 
TTTTCTCTGA AGAGTGTGAA GCCCCTCTCC CTTTTTGATA GTAAGGGCAA AAATGCGTTT 
TTCAAAGACT TGACTTCAAT TCAGCTGTTA CCCAGTGGGG ATATGGATCC AAATGTGTTA 
TCCATACGAC AACAGTTCTT GGTGAAAGTT GTGAGTGCAG TGGTTCAAAC CCTATGTTCA 
TCACAAAAGG CCAAAGGAGT CTCAGAAGAG GGATTGTTTC CTTTTGAAAA GGAGAAGGAC 
TGGCCTACTT TAGCTGTGGA TCTGGCTCAG CATCTTCAAA TCTGTGAAGA TGCAGTTAGA 
AGGCATTATG TCTGTGAACT TTATAGTTAT GGCATGGATC ATCTTGGTGA AGAGGCCTTT 
CTTCAGGTGA CTGACAAAGA AGTGCTTGCA TCACAACTAC TTATACTGAC TGGACAGAGA 
CTGGCCTTTG CTTTACTTCA TATGCAGACG AAGGAGGGTA TGGAACTCCT TGCTAGACTT 
CCTCCAACAC TATGTACTTG GCTTAAAGCT ATGGACCCCC AGGACCTTCA AAATCCAGAA 
GTGCCAATTG CAACAACAGC TAAACTGGTT AACAAAGTAA TAGAGCACTT ACCAGAGAAT 
CACGGGCAGT ATAGCCTTGC CTTGAATCTG ATAGAGGCTG TAGAAGCAAT CTCATCATTA 
TGTTCTTGTT GA

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

RefSeq	XP_009667378.1
CDS	1..4152
Translation	MDHPSDSPEDDDDDSNENVTVQKEAAGVLTVKGKSANWEDDGWGAWDDAEIQEPEEEEATSKNQRNYWLQDCVLSLSPTNDLMVIANEQKAVFLVSKWKHSDKGKEEMQYAVGWSGSLNVEEGECVSSVLCIPLASQKRSSTGRPDWTCIVVGFTSGYVRFYTESGVLLLAQLLNEDPVLQLKCRTYEIPRHPGVTEQNEELSILYPAAIVTIDGFSLFQSLRACRNQVARAAASGNENVQPPPLAYKKWGLQDVDTIVDHASIGITTLSPFDQMKTASNIGGYNAAIKNSPPAMSQYVTVGSNPFTGFFFALEGSSQPLLSHVALAVASKLTSALFNAASGWLGWKSKHEEETAQKQKPKVEPATPLAVRFGLPDSRRHGERICLSPCNTLAAVTDDFGRVILLDVTRGLAVRMWKGYRDAEIGWIQTVEDLHERETEKMDFSPFGHAQGPSRVAQFLVIYAPRRGILEVWSTQQGPRVGAFNVGKYCRLLYPGYKIMGLNNVTSQGWQPQTYQICLLDPVSGSVKTIHVPFHLALSDKKSERAKDMHLVKKLNALLKAKTSDPDLVEAEAKELILDIKYPATKKQALESILTSERLPLLSLTNITQTLMDNLKKQELECVDEALLQFCANKLKLLHLYELVSKLNSQRIQEDTPPTDNDLAKLLRLDEKDFHRLQMLLENYKQENPQTAVWVADERDCMLPVKTFLEYLEYEKDVINVKNMEDGEYVALGSFFFWKCLHGESSTEEMCHTLESAGFSPQILLSLLLNLWLSMEKDILDKPDCIGCLHAMLLLLSKMKVAIDESWDTQSVSPWWQQMRTACIQSENNAAALVSAHVGNSVTAEIIDSAAQKRFSQIIVGSDTESWEALSLDTEYWNLLLKQLEDCLILQTLLHSKVSKRTKRVSSLQTEPLGRLSVKKLLEGGKGGVADTVAKWVFKQGFSPAVLNLAKCKKDTDSTEESVEMHNNIFLEEPEADAGLETILELLQLAYEQFPCSLELDVLHAHCCWEYVVQWNKDPEEACFLIRSIDHLRCIVNAHVQHGIALMMWNTFIVKRLSSATYLMDKVGKAPKDRLCRRDVGMGDTAMTSFLGCCSDLLQTLLEADVSSDEMQAPVLDTEDAWLSVEGPISIVELALEQKRIHYPLVEHQFVLCTVLYVIMRFSLKSVKPLSLFDSKGKNAFFKDLTSIQLLPSGDMDPNVLSIRQQFLVKVVSAVVQTLCSSQKAKGVSEEGLFPFEKEKDWPTLAVDLAQHLQICEDAVRRHYVCELYSYGMDHLGEEAFLQVTDKEVLASQLLILTGQRLAFALLHMQTKEGMELLARLPPTLCTWLKAMDPQDLQNPEVPIATTAKLVNKVIEHLPENHGQYSLALNLIEAVEAISSLCSC

Target ORF information:

RefSeq Version	XM_009669083.1
Organism	Struthio camelus australis
Definition	Struthio camelus australis RAB3 GTPase activating protein subunit 2 (non-catalytic) (RAB3GAP2), mRNA.

Target ORF information:

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

XM_009669083.1

ORF Insert Sequence:

ATGGACCACC CCTCTGATTC ACCTGAGGAT GATGATGATG ACAGCAATGA GAATGTAACT 
GTTCAGAAAG AGGCAGCAGG AGTCCTCACA GTGAAAGGTA AATCGGCAAA CTGGGAAGAT 
GATGGCTGGG GAGCCTGGGA TGATGCTGAA ATACAAGAAC CTGAAGAAGA GGAAGCTACT 
TCCAAGAACC AGAGAAATTA CTGGCTTCAA GACTGTGTGT TGTCCTTGTC ACCAACAAAT 
GACCTGATGG TAATAGCTAA TGAACAGAAA GCTGTCTTTT TAGTGTCTAA ATGGAAGCAC 
AGTGACAAGG GAAAAGAGGA AATGCAATAT GCTGTTGGCT GGAGCGGCTC TCTGAATGTT 
GAAGAAGGTG AATGCGTGAG TAGTGTATTA TGTATCCCAT TGGCAAGTCA GAAGAGGAGT 
TCCACAGGCC GTCCTGACTG GACCTGCATT GTGGTTGGCT TCACCTCTGG CTACGTTCGT 
TTCTACACTG AGAGTGGAGT ACTGCTTCTT GCGCAACTTT TAAATGAAGA TCCTGTCCTG 
CAGCTTAAGT GCAGAACCTA TGAAATTCCT AGGCATCCTG GTGTCACAGA ACAGAATGAA 
GAACTCAGTA TCTTGTATCC AGCAGCAATT GTGACAATTG ATGGTTTCAG CCTCTTTCAG 
TCACTTCGTG CATGTCGTAA TCAGGTAGCC CGAGCTGCAG CATCTGGCAA TGAGAATGTT 
CAGCCACCAC CATTAGCTTA TAAGAAGTGG GGCTTGCAGG ATGTGGACAC AATCGTTGAC 
CATGCTAGTA TTGGTATCAC AACACTGTCT CCTTTTGATC AAATGAAGAC TGCCTCCAAT 
ATAGGTGGAT ATAATGCAGC TATAAAAAAT AGCCCACCTG CTATGTCTCA GTATGTTACT 
GTTGGATCCA ATCCTTTTAC TGGTTTCTTT TTTGCTCTAG AGGGTAGCTC ACAGCCACTC 
TTGTCTCATG TTGCCTTAGC AGTTGCAAGT AAATTGACTT CAGCGTTATT TAATGCTGCC 
AGTGGCTGGC TTGGTTGGAA GAGCAAACAT GAAGAAGAAA CTGCCCAAAA ACAGAAACCA 
AAAGTTGAAC CTGCCACCCC ATTGGCAGTC AGGTTTGGAC TTCCAGATTC CCGTCGCCAT 
GGCGAAAGAA TATGTCTTTC TCCGTGTAAC ACTCTGGCAG CAGTAACAGA TGACTTTGGA 
AGAGTTATTT TACTGGATGT TACAAGAGGA CTTGCAGTTC GCATGTGGAA AGGATACCGC 
GATGCAGAAA TTGGTTGGAT ACAAACTGTA GAGGACCTTC ATGAGAGGGA AACTGAGAAG 
ATGGATTTTT CTCCTTTTGG ACATGCACAG GGTCCAAGCA GAGTGGCTCA GTTTCTTGTG 
ATCTACGCTC CAAGGAGAGG AATCCTGGAA GTGTGGAGCA CTCAGCAGGG GCCTCGGGTC 
GGGGCCTTCA ATGTGGGGAA GTACTGTAGA TTATTGTATC CTGGTTATAA AATAATGGGT 
TTAAACAATG TGACTAGTCA GGGATGGCAG CCTCAGACCT ACCAGATATG TCTTCTTGAT 
CCAGTCTCTG GAAGTGTGAA AACTATCCAT GTACCTTTTC ATTTAGCACT GAGTGATAAA 
AAGAGTGAGC GAGCCAAGGA TATGCATCTA GTGAAGAAGT TAAATGCATT ACTCAAAGCC 
AAAACCTCAG ATCCAGACTT GGTTGAAGCT GAAGCAAAGG AATTAATACT TGATATTAAA 
TACCCTGCTA CAAAGAAACA GGCTCTGGAA AGTATATTGA CAAGTGAACG CTTGCCACTC 
TTATCTCTTA CAAACATCAC TCAGACGTTA ATGGATAATT TAAAAAAACA AGAGCTCGAG 
TGTGTGGATG AAGCACTACT ACAGTTCTGT GCAAATAAGT TGAAACTGTT ACATCTTTAT 
GAACTAGTAA GCAAACTAAA TTCTCAGAGA ATACAGGAAG ACACTCCACC CACAGATAAT 
GACTTGGCTA AGCTACTTCG GCTGGATGAA AAGGATTTTC ATAGGCTTCA AATGTTACTG 
GAGAACTACA AGCAAGAAAA CCCTCAAACT GCTGTTTGGG TTGCTGATGA GAGAGATTGT 
ATGCTGCCTG TAAAAACGTT CTTAGAGTAT TTAGAATACG AAAAGGATGT GATTAATGTG 
AAAAATATGG AAGATGGAGA ATATGTGGCT TTGGGCAGCT TTTTCTTCTG GAAATGTTTG 
CATGGAGAGA GTTCCACTGA AGAAATGTGT CATACATTGG AATCAGCAGG TTTTAGCCCT 
CAAATCTTGT TGTCACTCCT CCTCAATTTG TGGCTTTCCA TGGAAAAGGA TATTCTAGAT 
AAACCAGACT GTATCGGCTG TCTTCACGCT ATGCTGTTGC TTCTGAGCAA AATGAAAGTT 
GCCATAGATG AGTCGTGGGA CACTCAGTCA GTTTCCCCCT GGTGGCAACA GATGCGTACA 
GCTTGTATTC AGTCTGAAAA TAATGCCGCA GCCCTGGTGT CTGCTCATGT GGGAAATTCT 
GTTACTGCAG AGATAATTGA CAGTGCGGCA CAGAAAAGGT TTTCCCAAAT AATTGTAGGT 
TCGGACACGG AGTCATGGGA AGCACTTTCT CTTGATACTG AATATTGGAA TCTTTTGCTG 
AAACAGTTAG AGGATTGTCT GATTCTTCAA ACACTCCTGC ATAGCAAAGT GAGCAAGAGG 
ACAAAGAGAG TTTCCTCTCT ACAGACTGAG CCTTTGGGCA GGCTTTCTGT AAAGAAATTG 
CTTGAAGGTG GAAAAGGAGG AGTCGCTGAC ACTGTAGCGA AGTGGGTTTT TAAGCAAGGC 
TTCAGTCCTG CTGTACTGAA TTTGGCAAAA TGCAAAAAAG ATACTGATAG TACTGAAGAA 
TCAGTAGAAA TGCATAATAA CATCTTTCTT GAGGAACCAG AAGCAGACGC AGGCTTGGAA 
ACAATCTTAG AGCTGCTGCA ACTAGCCTAT GAGCAATTTC CTTGCAGTCT TGAACTGGAT 
GTACTCCATG CACATTGCTG TTGGGAATAT GTAGTGCAAT GGAATAAGGA CCCAGAGGAA 
GCATGTTTTC TCATTAGGTC TATAGATCAC CTTAGATGTA TCGTTAATGC TCACGTTCAA 
CACGGTATCG CTCTGATGAT GTGGAATACG TTCATAGTAA AAAGACTTTC TTCTGCTACT 
TATCTAATGG ACAAAGTTGG AAAAGCTCCT AAGGACAGAT TATGCAGAAG GGATGTAGGT 
ATGGGTGACA CTGCAATGAC ATCTTTTCTT GGCTGCTGTT CAGATCTTCT GCAAACGTTA 
CTAGAGGCTG ATGTTAGCAG TGATGAAATG CAGGCTCCTG TCCTGGATAC TGAAGATGCT 
TGGTTGTCGG TAGAAGGACC AATATCGATA GTAGAACTAG CCCTTGAGCA GAAACGCATT 
CACTACCCGC TTGTGGAACA TCAGTTTGTA TTATGTACTG TATTGTACGT AATCATGAGG 
TTTTCTCTGA AGAGTGTGAA GCCCCTCTCC CTTTTTGATA GTAAGGGCAA AAATGCGTTT 
TTCAAAGACT TGACTTCAAT TCAGCTGTTA CCCAGTGGGG ATATGGATCC AAATGTGTTA 
TCCATACGAC AACAGTTCTT GGTGAAAGTT GTGAGTGCAG TGGTTCAAAC CCTATGTTCA 
TCACAAAAGG CCAAAGGAGT CTCAGAAGAG GGATTGTTTC CTTTTGAAAA GGAGAAGGAC 
TGGCCTACTT TAGCTGTGGA TCTGGCTCAG CATCTTCAAA TCTGTGAAGA TGCAGTTAGA 
AGGCATTATG TCTGTGAACT TTATAGTTAT GGCATGGATC ATCTTGGTGA AGAGGCCTTT 
CTTCAGGTGA CTGACAAAGA AGTGCTTGCA TCACAACTAC TTATACTGAC TGGACAGAGA 
CTGGCCTTTG CTTTACTTCA TATGCAGACG AAGGAGGGTA TGGAACTCCT TGCTAGACTT 
CCTCCAACAC TATGTACTTG GCTTAAAGCT ATGGACCCCC AGGACCTTCA AAATCCAGAA 
GTGCCAATTG CAACAACAGC TAAACTGGTT AACAAAGTAA TAGAGCACTT ACCAGAGAAT 
CACGGGCAGT ATAGCCTTGC CTTGAATCTG ATAGAGGCTG TAGAAGCAAT CTCATCATTA 
TGTTCTTGTT GA