ARHGAP29 cDNA ORF clone, Chaetura pelagica(chimney swift)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGAP29
Entrez Gene ID	104396751
Full Name	Rho GTPase activating protein 29
Gene Type	protein-coding
Organism	Chaetura pelagica(chimney swift)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010006634.1	XP_010004936.1	rho GTPase-activating protein 29

Pathways from BioSystems
Gene Ontology

The following ARHGAP29 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGAP29 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
OCh191746	XM_010006634.1 Latest version!	Chaetura pelagica Rho GTPase activating protein 29 (ARHGAP29), 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)

ARHGAP29 ( XM_010006634.1 ) cDNA ORF clone, Chaetura pelagica(chimney swift) -> XP_010004936.1 Chaetura pelagica Rho GTPase activating protein 29 (ARHGAP29), mRNA.

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CloneID	OCh191746
Clone ID Related Accession (Same CDS sequence)	XM_010006634.1
Accession Version	XM_010006634.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4092bp) 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	Chaetura pelagica(chimney swift)
Product	rho GTPase-activating protein 29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009970724.1) 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 :: Chaetura pelagica 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##

ATGTTGCGGC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAGTACATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTACTTA 
AAGGAAGCCA TTCTTTCGGA AGAAAATCAA GATGGTCTGC ATCAGGTAGT ACATGAACGC 
CTGGGAGAGT TGTTGCGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTGAACTCA 
GTTGATATTC TAAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAATAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC TATTGAAACA 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTCT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAG 
TCTGGGGGCT CACTGCATGA AAGGGATGAT ATTCCAGGAC ATCTTCAAGC AGAGGAGGTG 
GACAACATGC TCCTAAGAAA TGACAGCGGA ATTGAATCAG CTCTGTCGTA TGCTAAAGCG 
TGGTCAAAAT ATACCAAGGA TGTGGTTGGA TGGGTAGAAA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACTTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACAGCAG 
GATTACATGC CATTCCAATC TATATTCATT AATGCTTTCC AAAATGATAT TGAGAGCAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAGTTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAAAAAA TGCAAGAGCT GGAAGCTGCT TTACGAAAGG CGAAGTTGCT GTATACACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCC TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAGC TGGAAAAAAA AAGAAGGTTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATCTGGAA AGATTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AGTCCCTTTG TGAGAGTGCC 
AAACTTTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AACCAGGTTT TGAAATCCAG AGTTCCCAAG TTGATGGGGT TTTTAATAAG 
CAGTCAACCA ACAGTGTCCA TATGTCACAT GGTAACTTGT CTCAGTGTTC CGGAGATTTT 
CCTGCTCAGA CATTAGATGA TGTGGGAAGC CCAGTGTATC ATCGTTCACA AAAGATGGGA 
GAGAAGAGAT CTTCCAGCAG CACAGATATC CAAGCAATAC GAGGGCCACC ACCATTCAGA 
TCATGGTCAG TTGGCAACCA GAGTGGAGGA ATGTGCAGTG ATTCTGAAAG TGCAGGGGGA 
AGCAGCGAGT CACGATCCAT GGACTCTCCA TCAGCTAGCC CAGGGGATTT TAAAAGACGA 
CTTCCCCGAA CACCTTCCAC TGGTACTATG TCATCTGCAG ATGATCTTGA TGAAAGAGAG 
CCACCATCTC CTTCAGACTG TGGTTTAAAT GATCTGACAT CTGAAACTGC AAATTCTCCA 
GGACCTTTTA GAAATGCTAA TATGTCCAAA GCAGCACAGA CACACAAACT ACGGAAGCTG 
AGAGCTCCAT CTAAATGCAG AGAATGTGAC AGCTTAGTGG TATTTCATGG AGCTGAATGT 
GAGGAGTGTT CACTCGCATG CCATAAAAAA TGTTTGGAGA CTTTAGCTAT TCAATGTGGG 
CACAAAAAAC TTCATGGAAG GCTTCACTTG ATTGGAGTGG AATTTGCCCA AGCTGCTAAA 
AATGCTCCTG ATGGCATTCC TTTCATCATC AAAAAGTGTA CCTCAGAAAT TGAAAACAGA 
GCACTGAATG TCAAGGGCAT CTATCGTGTG AATGGAGCCA AATCAAGAGT TGAAAAGCTT 
TGTCAAGCTT TTGAAAATGG AAAGGATTTG GTCGAGCTCT CAGAACTCTA TGCACATGAT 
ATCAGCAATG TTCTCAAGTT GTATCTCCGC CAGCTTCCAG AACCCTTGAT TTTGTTTCGG 
CTCTACAATG AGTTCATTGG ACTTGCAAAA GAAAGCCAGA ATATTACTGA GGAATTGGAC 
ACTAAGCAAG CTAGCCCCAA ATCAAAGAAA AGACAGTCAA TCTGTATTGA ACTGAATAGG 
ATCATCATTA AAATTAAAGA TCTTCTGAAA CAACTGCCTG TACCAAACTA TAACACTCTT 
CAGTACCTTA TTGGACACCT TCACAGGGTT ACAGAACAGT CTGATGAAAA CAAAATGTCA 
GCCAGCAACC TTGGCATAAT ATTTGGTCCA ACTCTGATCA GGCCACGTCA ATCAGATGCT 
ACAGTTTCTT TGTCATCACT TGTGGATTAC CCTTATCAGG CCCGGGTAGT GGAGCTGCTC 
ATAACATACT ATGAAAAAAT ATTTGATGTT CCATTGAATC CACTTCTGAG CACGTCTCTA 
TCTCAAGAAA ATGCCATTAC AGTCAGAGTT GCTTTGTCAG CAGAAGAGAG AGAGCCACAG 
CAGCAGAGGA AGTCATTTGT GGCTGCAAAG GAAGGTATTC TGATAGCTCC GAGTGAAAGC 
AGAGCTTCAG AAACAACTGC ATTGATTTTG GAATCAAACA ATAACAGGAA CACAAAAGAA 
CGAGTAGATA CATCTGTAAC TGAATTTGTG TCATTGCCAC ACACTGGAAA TACACAAGAA 
GGCTCTGGGA GGAGTAATTC TCTGACAGAA TCATCAGCTA CCAGCATTTT GGATTCTAAT 
ATTTCTGCTT CCAAAAAGCC AGGTGATGCC ATGAGTCCAG CTTCAGAGAG AGATAGTGAA 
TCGTTTGTGG GTGAAGAAAG CTGTAAAGTT AACTTACTTC CTGTGAAACC CGACCGTCAG 
ATTAACAAGG TCGCACTGCG GGTTCCAAGG ACAAAACCAG CTGCTCGCCC TGTGAGCCTC 
CCTGTAGACA GAATACTTCC TCCCTGTGTT TTGAATGATA GAAATTCACG CAATGTGGGT 
GCAGTAAGTC CAGAGAAGCT GGGCAGGAGC CCTACCATTG AAGAAGTTTC AGAGGTGAAG 
GCACTCCCTG CTGTTAACAC CTGCTGCGGA CCTCCTTGTT ACAATACCCA GATGCTGCGA 
AAAACTTGGG ACAAGCAATA TAAACAGTAT GGTATCACAG AAAGGACAGC AATGATCGTG 
ACTAATGTGC CCCAGGAGAA CCGAACTCTT GAGACTGGAA CTGCAAGTGC CTTATCTTCA 
TGCAGCATTG GTAACAATTC ACCTAATGCC ATTCTTCCTA GTAAGCCATA CTCTGCTTCT 
GCCAGGTCAG GAAGGACAGG AACAGAAGGG AATGGTCCTG ATGCTAATCC TCTTGCTGCC 
TTCAGGGCAC CAAGAACATT GCAGCCACCC CCAGGGACAT TTTATAAACC ACCCTCTAAC 
AAATCAAAAA ATGAAGAGGT TTCTTTTGCT AAAGCTTGTG TACCAGCCAG TGTTAGCTCT 
GTGATTCACC AGGATAATAC TGTGAAGCTG GCTGGGAGTT CTGCACTTGC ATCAGGTGAT 
TCTGAACAAA ACACAAATGA ACAAAAAACT AGCTCAGAGG ATATTCATGC CACAGATGTG 
AAGCCTGCTT ACCAGAGACT GAGACCAAAA AGGATTCAAG AACTGGAACA TAGGGAAGCT 
CACTTTGTAT AG

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

RefSeq	XP_010004936.1
CDS	86..4177
Translation	MLRQNGGSNKRGLGLARLSTSNFFTISNSGNWGMGRSTKSSSLSSISSNSDCYDNPVVDPEYIMQLVNDVRKFADVLLYLKEAILSEENQDGLHQVVHERLGELLRVLKAVINKHQTLNSVDILSAAGTVIAKVKAVNFKEVNEENKRELFSEIFSSIETLAFTFGNVVSDFLMGDVDNGSSLGLPLSRRSRSFENLSVESGGSLHERDDIPGHLQAEEVDNMLLRNDSGIESALSYAKAWSKYTKDVVGWVEKKLSLEVECAKNLAKMAETAKAVVGQQDYMPFQSIFINAFQNDIESNQLWQQTAAALQSNKFVQPLLGRKNELDRQRKDIKELWQREQKKMQELEAALRKAKLLYTQRQDEYEKAKSCTARAEEEHLSSSGSFVKDFSKQLEKKRRLEEEALQKAEEANEHYKASMAEVEEKRNDLERFKSDVLTQLRELIYQCDLTLKAATVNLFQLQHAQVVSLPVNCQSLCESAKLYDPGQQYSEFVKSLPKEGVPIEPGFEIQSSQVDGVFNKQSTNSVHMSHGNLSQCSGDFPAQTLDDVGSPVYHRSQKMGEKRSSSSTDIQAIRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGDFKRRLPRTPSTGTMSSADDLDEREPPSPSDCGLNDLTSETANSPGPFRNANMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLIGVEFAQAAKNAPDGIPFIIKKCTSEIENRALNVKGIYRVNGAKSRVEKLCQAFENGKDLVELSELYAHDISNVLKLYLRQLPEPLILFRLYNEFIGLAKESQNITEELDTKQASPKSKKRQSICIELNRIIIKIKDLLKQLPVPNYNTLQYLIGHLHRVTEQSDENKMSASNLGIIFGPTLIRPRQSDATVSLSSLVDYPYQARVVELLITYYEKIFDVPLNPLLSTSLSQENAITVRVALSAEEREPQQQRKSFVAAKEGILIAPSESRASETTALILESNNNRNTKERVDTSVTEFVSLPHTGNTQEGSGRSNSLTESSATSILDSNISASKKPGDAMSPASERDSESFVGEESCKVNLLPVKPDRQINKVALRVPRTKPAARPVSLPVDRILPPCVLNDRNSRNVGAVSPEKLGRSPTIEEVSEVKALPAVNTCCGPPCYNTQMLRKTWDKQYKQYGITERTAMIVTNVPQENRTLETGTASALSSCSIGNNSPNAILPSKPYSASARSGRTGTEGNGPDANPLAAFRAPRTLQPPPGTFYKPPSNKSKNEEVSFAKACVPASVSSVIHQDNTVKLAGSSALASGDSEQNTNEQKTSSEDIHATDVKPAYQRLRPKRIQELEHREAHFV

Target ORF information:

RefSeq Version	XM_010006634.1
Organism	Chaetura pelagica(chimney swift)
Definition	Chaetura pelagica Rho GTPase activating protein 29 (ARHGAP29), mRNA.

Target ORF information:

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

XM_010006634.1

ORF Insert Sequence:

ATGTTGCGGC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAGTACATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTACTTA 
AAGGAAGCCA TTCTTTCGGA AGAAAATCAA GATGGTCTGC ATCAGGTAGT ACATGAACGC 
CTGGGAGAGT TGTTGCGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTGAACTCA 
GTTGATATTC TAAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAATAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC TATTGAAACA 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTCT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAG 
TCTGGGGGCT CACTGCATGA AAGGGATGAT ATTCCAGGAC ATCTTCAAGC AGAGGAGGTG 
GACAACATGC TCCTAAGAAA TGACAGCGGA ATTGAATCAG CTCTGTCGTA TGCTAAAGCG 
TGGTCAAAAT ATACCAAGGA TGTGGTTGGA TGGGTAGAAA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACTTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACAGCAG 
GATTACATGC CATTCCAATC TATATTCATT AATGCTTTCC AAAATGATAT TGAGAGCAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAGTTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAAAAAA TGCAAGAGCT GGAAGCTGCT TTACGAAAGG CGAAGTTGCT GTATACACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCC TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAGC TGGAAAAAAA AAGAAGGTTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATCTGGAA AGATTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AGTCCCTTTG TGAGAGTGCC 
AAACTTTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AACCAGGTTT TGAAATCCAG AGTTCCCAAG TTGATGGGGT TTTTAATAAG 
CAGTCAACCA ACAGTGTCCA TATGTCACAT GGTAACTTGT CTCAGTGTTC CGGAGATTTT 
CCTGCTCAGA CATTAGATGA TGTGGGAAGC CCAGTGTATC ATCGTTCACA AAAGATGGGA 
GAGAAGAGAT CTTCCAGCAG CACAGATATC CAAGCAATAC GAGGGCCACC ACCATTCAGA 
TCATGGTCAG TTGGCAACCA GAGTGGAGGA ATGTGCAGTG ATTCTGAAAG TGCAGGGGGA 
AGCAGCGAGT CACGATCCAT GGACTCTCCA TCAGCTAGCC CAGGGGATTT TAAAAGACGA 
CTTCCCCGAA CACCTTCCAC TGGTACTATG TCATCTGCAG ATGATCTTGA TGAAAGAGAG 
CCACCATCTC CTTCAGACTG TGGTTTAAAT GATCTGACAT CTGAAACTGC AAATTCTCCA 
GGACCTTTTA GAAATGCTAA TATGTCCAAA GCAGCACAGA CACACAAACT ACGGAAGCTG 
AGAGCTCCAT CTAAATGCAG AGAATGTGAC AGCTTAGTGG TATTTCATGG AGCTGAATGT 
GAGGAGTGTT CACTCGCATG CCATAAAAAA TGTTTGGAGA CTTTAGCTAT TCAATGTGGG 
CACAAAAAAC TTCATGGAAG GCTTCACTTG ATTGGAGTGG AATTTGCCCA AGCTGCTAAA 
AATGCTCCTG ATGGCATTCC TTTCATCATC AAAAAGTGTA CCTCAGAAAT TGAAAACAGA 
GCACTGAATG TCAAGGGCAT CTATCGTGTG AATGGAGCCA AATCAAGAGT TGAAAAGCTT 
TGTCAAGCTT TTGAAAATGG AAAGGATTTG GTCGAGCTCT CAGAACTCTA TGCACATGAT 
ATCAGCAATG TTCTCAAGTT GTATCTCCGC CAGCTTCCAG AACCCTTGAT TTTGTTTCGG 
CTCTACAATG AGTTCATTGG ACTTGCAAAA GAAAGCCAGA ATATTACTGA GGAATTGGAC 
ACTAAGCAAG CTAGCCCCAA ATCAAAGAAA AGACAGTCAA TCTGTATTGA ACTGAATAGG 
ATCATCATTA AAATTAAAGA TCTTCTGAAA CAACTGCCTG TACCAAACTA TAACACTCTT 
CAGTACCTTA TTGGACACCT TCACAGGGTT ACAGAACAGT CTGATGAAAA CAAAATGTCA 
GCCAGCAACC TTGGCATAAT ATTTGGTCCA ACTCTGATCA GGCCACGTCA ATCAGATGCT 
ACAGTTTCTT TGTCATCACT TGTGGATTAC CCTTATCAGG CCCGGGTAGT GGAGCTGCTC 
ATAACATACT ATGAAAAAAT ATTTGATGTT CCATTGAATC CACTTCTGAG CACGTCTCTA 
TCTCAAGAAA ATGCCATTAC AGTCAGAGTT GCTTTGTCAG CAGAAGAGAG AGAGCCACAG 
CAGCAGAGGA AGTCATTTGT GGCTGCAAAG GAAGGTATTC TGATAGCTCC GAGTGAAAGC 
AGAGCTTCAG AAACAACTGC ATTGATTTTG GAATCAAACA ATAACAGGAA CACAAAAGAA 
CGAGTAGATA CATCTGTAAC TGAATTTGTG TCATTGCCAC ACACTGGAAA TACACAAGAA 
GGCTCTGGGA GGAGTAATTC TCTGACAGAA TCATCAGCTA CCAGCATTTT GGATTCTAAT 
ATTTCTGCTT CCAAAAAGCC AGGTGATGCC ATGAGTCCAG CTTCAGAGAG AGATAGTGAA 
TCGTTTGTGG GTGAAGAAAG CTGTAAAGTT AACTTACTTC CTGTGAAACC CGACCGTCAG 
ATTAACAAGG TCGCACTGCG GGTTCCAAGG ACAAAACCAG CTGCTCGCCC TGTGAGCCTC 
CCTGTAGACA GAATACTTCC TCCCTGTGTT TTGAATGATA GAAATTCACG CAATGTGGGT 
GCAGTAAGTC CAGAGAAGCT GGGCAGGAGC CCTACCATTG AAGAAGTTTC AGAGGTGAAG 
GCACTCCCTG CTGTTAACAC CTGCTGCGGA CCTCCTTGTT ACAATACCCA GATGCTGCGA 
AAAACTTGGG ACAAGCAATA TAAACAGTAT GGTATCACAG AAAGGACAGC AATGATCGTG 
ACTAATGTGC CCCAGGAGAA CCGAACTCTT GAGACTGGAA CTGCAAGTGC CTTATCTTCA 
TGCAGCATTG GTAACAATTC ACCTAATGCC ATTCTTCCTA GTAAGCCATA CTCTGCTTCT 
GCCAGGTCAG GAAGGACAGG AACAGAAGGG AATGGTCCTG ATGCTAATCC TCTTGCTGCC 
TTCAGGGCAC CAAGAACATT GCAGCCACCC CCAGGGACAT TTTATAAACC ACCCTCTAAC 
AAATCAAAAA ATGAAGAGGT TTCTTTTGCT AAAGCTTGTG TACCAGCCAG TGTTAGCTCT 
GTGATTCACC AGGATAATAC TGTGAAGCTG GCTGGGAGTT CTGCACTTGC ATCAGGTGAT 
TCTGAACAAA ACACAAATGA ACAAAAAACT AGCTCAGAGG ATATTCATGC CACAGATGTG 
AAGCCTGCTT ACCAGAGACT GAGACCAAAA AGGATTCAAG AACTGGAACA TAGGGAAGCT 
CACTTTGTAT AG