ARHGAP29 cDNA ORF clone, Haliaeetus leucocephalus(bald eagle)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGAP29
Entrez Gene ID	104841161
Full Name	Rho GTPase activating protein 29
Gene Type	protein-coding
Organism	Haliaeetus leucocephalus(bald eagle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010582661.1	XP_010580963.1	rho GTPase-activating protein 29 isoform X2
XM_010582660.1	XP_010580962.1	rho GTPase-activating protein 29 isoform X1

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
OHa123688	XM_010582660.1 Latest version!	Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OHa123689	XM_010582661.1 Latest version!	Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X2, 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)
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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_010582660.1 ) cDNA ORF clone, Haliaeetus leucocephalus(bald eagle) -> XP_010580962.1 Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHa123688
Clone ID Related Accession (Same CDS sequence)	XM_010582660.1
Accession Version	XM_010582660.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4107bp) 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	2014-12-05
Organism	Haliaeetus leucocephalus(bald eagle)
Product	rho GTPase-activating protein 29 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010973284.1) 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 :: Haliaeetus leucocephalus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGCGAC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAATATATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTATTTG 
AAGGAAGCCA TTCTTTCAGA AGAAAATCAA GATGGCCTGC ATCAGGTAGT ACACGAACGC 
CTGGGGGAGT TGCTACGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTAAACTCA 
GTTGATATTC TTAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAACAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC CATTGAAACG 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTGT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAA 
TCTGGGGGCT CACTGCATGA GAGGGATGAT ATTCAAGGAC ATCTTCGAGC CGAGGAGGTT 
GATAGCATGC TCCTAAGAAA TGACAGTGGA ATTGAATCGG CTCTGTCCTA TGCTAAAGCA 
TGGTCAAAAT ATACCAAGGA TGTAGTCGCG TGGGTAGAGA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACCTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACACCAG 
GATTATATGC CATTCCAATC AATATTCATT AATGCTTTTC AAAATGATAT TGAGAACAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAATTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAGAAAA TGCAAGAGCT GGAAGCTGCT CTAAGAAAAG CAAAATTGCT ATATGCACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCA TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAAC TGGAAAAAAA ACGAAGGCTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATTTGGAA AGCTTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AATCCCTCTG TGAGAGTGCC 
AAACTCTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AATCAGGTTC TTTTGAAACC CAGAGTTCCC AGGTTGATGG GGTTTTTAAT 
AAGCAATCAA CCAACAGTGT CCATACGTCA CATGGTAACT TATCTCAGTG TTCAGGAGAC 
TTTCCTCCTC AGACCTTAGA TGATGTGGGA AGCCCAATTT ATCATCGTTC ACAAAAGATT 
GGAGAGAAGA GATCTTCCAG CAGCACAGAT ATCCAAGCAA TGCGAGGGCC ACCACCGTTC 
AGATCATGGT CAGTTGGCAA CCAGAGTGGA GGAATGTGCA GTGATTCTGA AAGTGCGGGG 
GGAAGCAGTG AGTCACGATC CATGGATTCT CCATCTGCTA GCCCAGGGGA TTTTAAAAGA 
CGACTTCCCC GAACACCTTC CACTGGTACT ATGTCATCTG CAGATGATCT TGATGAAAGA 
GAGCCACCAT CTCCTTCAGA GTGCGGTTTA AATGATCTGA CATCTGAAAC TGCAAATTCT 
CCAGGACCTT TTAGAAATGC TAATATGTCC AAAGCAGCAC AAACACACAA ACTACGGAAG 
CTGAGAGCTC CATCTAAATG CAGAGAATGT GACAGCTTAG TGGTATTTCA CGGAGCTGAA 
TGTGAGGAGT GTTCACTTGC ATGCCATAAA AAATGTTTAG AGACTTTAGC TATTCAATGT 
GGGCACAAAA AACTTCATGG AAGGCTTCAC TTGTTTGGAG TGGAATTTGC CCAAGCTGCT 
AAAAATGTTC CCGATGGCAT TCCTTTCATC ATCAAAAAGT GTACGTCAGA AATTGAAAGC 
AGAGCGCTGA ATGTCAAGGG CATCTATCGT GTGAATGGAG CCAAATCAAG AGTTGAAAAG 
CTTTGTCAAG CTTTTGAAAA TGGAAAGGAT TTAGTTGAGC TCTCAGAACT CTATGCACAT 
GATATCAGTA ATGTTCTCAA GTTGTATCTC CGCCAGCTTC CGGAACCCTT GATTTTGTTT 
CGACTTTACA ATGAGTTCAT TGGACTTGCA AAAGAAAGCC AGACTGTTAA TGAGGAATTG 
GATGCTAAAC AAGCTAGCCC CAAATCAAAG ACAAGACAGT CAATCTGTAT TGAACTGAAT 
AGGATCGTCA TTAAAATTAA AGATCTTCTG AAACAACTGC CTGTACCAAA CTATAACACT 
CTTCAGTACC TTATTGGACA CCTTCACAGG GTTACAGAAC AGTCTGATGA AAATAAAATG 
TCAGCCAGCA ACCTTGGCAT AATATTTGGC CCAACTCTGA TCAGGCCACG TCAAACAGAT 
GCTACAGTTT CTTTGTCGTC ACTTGTGGAT TACCCTTATC AGGCGCGGGT AGTGGAGCTG 
CTCATAACAT ACTATGAAAA GATATTTGAT GTTTCATTGA AACCACTTCT GAGCACATCT 
CAGTCTGAAG AAACTGCCAT TACAGTCAGT GTTGCTTTAT CACCAGAAGA GAGGGAGCCA 
CAGCAGCAGA GGAAGTCATT TGTTGCTGTA AAGGAAGGTA TTCTGATAGC TCCAAGTGAA 
AGCAGAGCTT CAGGAACAGC TGCATTGTTT TTGGAATCGA ACAATAGCAA GAATACAAAA 
GAACAAGTAG ATACATCTGT AACTGAATGT GTATCATTGC CATTCACTGG AACTAAACCA 
GAAGGCTCTG GAAAGAGTAA TTCTGTGACA GAATCATCAG CTACCAGCAT TTTGGATATT 
AATATTTCTG CTCCAAAAAA GCCAGGTGAT GCTGTGAGTC CAGCTTCAGA GAGAGACTAT 
GATTCATTTG CTTCTCTAGG TGAAGACAGC TGTAAAATTA ACTTATTTCC TGCAAAACCT 
AACCGTCAGA TTACCAAAGT TCCATTGCGG GTTCCAAGGA CAAAACCAGC TAGTCGCCCT 
GTGAGCCTAC CTGTAGACCG AATACTTCCT CCATGTGTTT TGAATGAAAG AAATTCACGA 
AATGCAGGAG CAGTAAGTCC AGAGAAACTT GGCAGAAGCC CTACTATTGA AGAAGTTTCA 
GAGGTGAAGG CACTCCCTGC TGTTAATACC TGCAGCAGAT TTCCTTGTTA CGACACCCAA 
ATGCTGCGAA AAACTTGGGA CAAGCAATAT AAGCAGTATG ATATCACAGC AAGGACAGCA 
ATGATCGTGA CTAATGTCCC ACAGGAGAAC CGAGCACTTG AGAGTGGAAC TGCAGGTGCC 
TTATCTTCAT CGTGCAGCAT TGGTAACAAT TCAGCTAATG CCGTTCTTCC TAGTAAGCCA 
TATTCTGTTT CTGTCAGGTC AGGAAGGACA GCAACAGAAG GGAATGGTCC TGATGCCAAT 
CCTCTTGCTG CCTTCAGGGC ACCAAGAACA TTACAGCCAC CTCCAGGGAC ATTTTATAAA 
CCACCCTCTA ACAAATCAAA ACAAAATGAA GAGGGTTCTT TTGCTAAAGC TTGTGCACCA 
ACCAGTGCTA GCTCTGTGCT TCACCAGGAT AATACTGTGA AACTGGCTAG GAGCTCTGCA 
CTTCCATCAG GTGATCCTGA ACAAAACACA AACGAACAAA AAACTAGCTC AGAGGATATT 
CACCCCACAG ATCTGAAGCC TGCTTACCAG AGACTGAGAC CAAAAAGGAT CCAAGAACTG 
GAACACAGGG AAGCTCATTT TGTATAG

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

RefSeq	XP_010580962.1
CDS	85..4191
Translation	MLRQNGGSNKRGLGLARLSTSNFFTISNSGNWGMGRSTKSSSLSSISSNSDCYDNPVVDPEYIMQLVNDVRKFADVLLYLKEAILSEENQDGLHQVVHERLGELLRVLKAVINKHQTLNSVDILSAAGTVIAKVKAVNFKEVNEENKRELFSEIFSSIETLAFTFGNVVSDFLMGDVDNGSSLGLPVSRRSRSFENLSVESGGSLHERDDIQGHLRAEEVDSMLLRNDSGIESALSYAKAWSKYTKDVVAWVEKKLSLEVECAKNLAKMAETAKAVVGHQDYMPFQSIFINAFQNDIENNQLWQQTAAALQSNKFVQPLLGRKNELDRQRKDIKELWQREQKKMQELEAALRKAKLLYAQRQDEYEKAKSCTARAEEEHLSSSGSFVKDFSKQLEKKRRLEEEALQKAEEANEHYKASMAEVEEKRNDLESFKSDVLTQLRELIYQCDLTLKAATVNLFQLQHAQVVSLPVNCQSLCESAKLYDPGQQYSEFVKSLPKEGVPIESGSFETQSSQVDGVFNKQSTNSVHTSHGNLSQCSGDFPPQTLDDVGSPIYHRSQKIGEKRSSSSTDIQAMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGDFKRRLPRTPSTGTMSSADDLDEREPPSPSECGLNDLTSETANSPGPFRNANMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFAQAAKNVPDGIPFIIKKCTSEIESRALNVKGIYRVNGAKSRVEKLCQAFENGKDLVELSELYAHDISNVLKLYLRQLPEPLILFRLYNEFIGLAKESQTVNEELDAKQASPKSKTRQSICIELNRIVIKIKDLLKQLPVPNYNTLQYLIGHLHRVTEQSDENKMSASNLGIIFGPTLIRPRQTDATVSLSSLVDYPYQARVVELLITYYEKIFDVSLKPLLSTSQSEETAITVSVALSPEEREPQQQRKSFVAVKEGILIAPSESRASGTAALFLESNNSKNTKEQVDTSVTECVSLPFTGTKPEGSGKSNSVTESSATSILDINISAPKKPGDAVSPASERDYDSFASLGEDSCKINLFPAKPNRQITKVPLRVPRTKPASRPVSLPVDRILPPCVLNERNSRNAGAVSPEKLGRSPTIEEVSEVKALPAVNTCSRFPCYDTQMLRKTWDKQYKQYDITARTAMIVTNVPQENRALESGTAGALSSSCSIGNNSANAVLPSKPYSVSVRSGRTATEGNGPDANPLAAFRAPRTLQPPPGTFYKPPSNKSKQNEEGSFAKACAPTSASSVLHQDNTVKLARSSALPSGDPEQNTNEQKTSSEDIHPTDLKPAYQRLRPKRIQELEHREAHFV

Target ORF information:

RefSeq Version	XM_010582660.1
Organism	Haliaeetus leucocephalus(bald eagle)
Definition	Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X1, mRNA.

Target ORF information:

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

XM_010582660.1

ORF Insert Sequence:

ATGTTGCGAC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAATATATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTATTTG 
AAGGAAGCCA TTCTTTCAGA AGAAAATCAA GATGGCCTGC ATCAGGTAGT ACACGAACGC 
CTGGGGGAGT TGCTACGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTAAACTCA 
GTTGATATTC TTAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAACAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC CATTGAAACG 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTGT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAA 
TCTGGGGGCT CACTGCATGA GAGGGATGAT ATTCAAGGAC ATCTTCGAGC CGAGGAGGTT 
GATAGCATGC TCCTAAGAAA TGACAGTGGA ATTGAATCGG CTCTGTCCTA TGCTAAAGCA 
TGGTCAAAAT ATACCAAGGA TGTAGTCGCG TGGGTAGAGA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACCTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACACCAG 
GATTATATGC CATTCCAATC AATATTCATT AATGCTTTTC AAAATGATAT TGAGAACAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAATTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAGAAAA TGCAAGAGCT GGAAGCTGCT CTAAGAAAAG CAAAATTGCT ATATGCACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCA TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAAC TGGAAAAAAA ACGAAGGCTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATTTGGAA AGCTTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AATCCCTCTG TGAGAGTGCC 
AAACTCTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AATCAGGTTC TTTTGAAACC CAGAGTTCCC AGGTTGATGG GGTTTTTAAT 
AAGCAATCAA CCAACAGTGT CCATACGTCA CATGGTAACT TATCTCAGTG TTCAGGAGAC 
TTTCCTCCTC AGACCTTAGA TGATGTGGGA AGCCCAATTT ATCATCGTTC ACAAAAGATT 
GGAGAGAAGA GATCTTCCAG CAGCACAGAT ATCCAAGCAA TGCGAGGGCC ACCACCGTTC 
AGATCATGGT CAGTTGGCAA CCAGAGTGGA GGAATGTGCA GTGATTCTGA AAGTGCGGGG 
GGAAGCAGTG AGTCACGATC CATGGATTCT CCATCTGCTA GCCCAGGGGA TTTTAAAAGA 
CGACTTCCCC GAACACCTTC CACTGGTACT ATGTCATCTG CAGATGATCT TGATGAAAGA 
GAGCCACCAT CTCCTTCAGA GTGCGGTTTA AATGATCTGA CATCTGAAAC TGCAAATTCT 
CCAGGACCTT TTAGAAATGC TAATATGTCC AAAGCAGCAC AAACACACAA ACTACGGAAG 
CTGAGAGCTC CATCTAAATG CAGAGAATGT GACAGCTTAG TGGTATTTCA CGGAGCTGAA 
TGTGAGGAGT GTTCACTTGC ATGCCATAAA AAATGTTTAG AGACTTTAGC TATTCAATGT 
GGGCACAAAA AACTTCATGG AAGGCTTCAC TTGTTTGGAG TGGAATTTGC CCAAGCTGCT 
AAAAATGTTC CCGATGGCAT TCCTTTCATC ATCAAAAAGT GTACGTCAGA AATTGAAAGC 
AGAGCGCTGA ATGTCAAGGG CATCTATCGT GTGAATGGAG CCAAATCAAG AGTTGAAAAG 
CTTTGTCAAG CTTTTGAAAA TGGAAAGGAT TTAGTTGAGC TCTCAGAACT CTATGCACAT 
GATATCAGTA ATGTTCTCAA GTTGTATCTC CGCCAGCTTC CGGAACCCTT GATTTTGTTT 
CGACTTTACA ATGAGTTCAT TGGACTTGCA AAAGAAAGCC AGACTGTTAA TGAGGAATTG 
GATGCTAAAC AAGCTAGCCC CAAATCAAAG ACAAGACAGT CAATCTGTAT TGAACTGAAT 
AGGATCGTCA TTAAAATTAA AGATCTTCTG AAACAACTGC CTGTACCAAA CTATAACACT 
CTTCAGTACC TTATTGGACA CCTTCACAGG GTTACAGAAC AGTCTGATGA AAATAAAATG 
TCAGCCAGCA ACCTTGGCAT AATATTTGGC CCAACTCTGA TCAGGCCACG TCAAACAGAT 
GCTACAGTTT CTTTGTCGTC ACTTGTGGAT TACCCTTATC AGGCGCGGGT AGTGGAGCTG 
CTCATAACAT ACTATGAAAA GATATTTGAT GTTTCATTGA AACCACTTCT GAGCACATCT 
CAGTCTGAAG AAACTGCCAT TACAGTCAGT GTTGCTTTAT CACCAGAAGA GAGGGAGCCA 
CAGCAGCAGA GGAAGTCATT TGTTGCTGTA AAGGAAGGTA TTCTGATAGC TCCAAGTGAA 
AGCAGAGCTT CAGGAACAGC TGCATTGTTT TTGGAATCGA ACAATAGCAA GAATACAAAA 
GAACAAGTAG ATACATCTGT AACTGAATGT GTATCATTGC CATTCACTGG AACTAAACCA 
GAAGGCTCTG GAAAGAGTAA TTCTGTGACA GAATCATCAG CTACCAGCAT TTTGGATATT 
AATATTTCTG CTCCAAAAAA GCCAGGTGAT GCTGTGAGTC CAGCTTCAGA GAGAGACTAT 
GATTCATTTG CTTCTCTAGG TGAAGACAGC TGTAAAATTA ACTTATTTCC TGCAAAACCT 
AACCGTCAGA TTACCAAAGT TCCATTGCGG GTTCCAAGGA CAAAACCAGC TAGTCGCCCT 
GTGAGCCTAC CTGTAGACCG AATACTTCCT CCATGTGTTT TGAATGAAAG AAATTCACGA 
AATGCAGGAG CAGTAAGTCC AGAGAAACTT GGCAGAAGCC CTACTATTGA AGAAGTTTCA 
GAGGTGAAGG CACTCCCTGC TGTTAATACC TGCAGCAGAT TTCCTTGTTA CGACACCCAA 
ATGCTGCGAA AAACTTGGGA CAAGCAATAT AAGCAGTATG ATATCACAGC AAGGACAGCA 
ATGATCGTGA CTAATGTCCC ACAGGAGAAC CGAGCACTTG AGAGTGGAAC TGCAGGTGCC 
TTATCTTCAT CGTGCAGCAT TGGTAACAAT TCAGCTAATG CCGTTCTTCC TAGTAAGCCA 
TATTCTGTTT CTGTCAGGTC AGGAAGGACA GCAACAGAAG GGAATGGTCC TGATGCCAAT 
CCTCTTGCTG CCTTCAGGGC ACCAAGAACA TTACAGCCAC CTCCAGGGAC ATTTTATAAA 
CCACCCTCTA ACAAATCAAA ACAAAATGAA GAGGGTTCTT TTGCTAAAGC TTGTGCACCA 
ACCAGTGCTA GCTCTGTGCT TCACCAGGAT AATACTGTGA AACTGGCTAG GAGCTCTGCA 
CTTCCATCAG GTGATCCTGA ACAAAACACA AACGAACAAA AAACTAGCTC AGAGGATATT 
CACCCCACAG ATCTGAAGCC TGCTTACCAG AGACTGAGAC CAAAAAGGAT CCAAGAACTG 
GAACACAGGG AAGCTCATTT TGTATAG

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

ARHGAP29 ( XM_010582661.1 ) cDNA ORF clone, Haliaeetus leucocephalus(bald eagle) -> XP_010580963.1 Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHa123689
Clone ID Related Accession (Same CDS sequence)	XM_010582661.1
Accession Version	XM_010582661.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4053bp) 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	2014-12-05
Organism	Haliaeetus leucocephalus(bald eagle)
Product	rho GTPase-activating protein 29 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010973284.1) 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 :: Haliaeetus leucocephalus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGCGAC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAATATATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTATTTG 
AAGGAAGCCA TTCTTTCAGA AGAAAATCAA GATGGCCTGC ATCAGGTAGT ACACGAACGC 
CTGGGGGAGT TGCTACGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTAAACTCA 
GTTGATATTC TTAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAACAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC CATTGAAACG 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTGT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAA 
TCTGGGGGCT CACTGCATGA GAGGGATGAT ATTCAAGGAC ATCTTCGAGC CGAGGAGGTT 
GATAGCATGC TCCTAAGAAA TGACAGTGGA ATTGAATCGG CTCTGTCCTA TGCTAAAGCA 
TGGTCAAAAT ATACCAAGGA TGTAGTCGCG TGGGTAGAGA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACCTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACACCAG 
GATTATATGC CATTCCAATC AATATTCATT AATGCTTTTC AAAATGATAT TGAGAACAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAATTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAGAAAA TGCAAGAGCT GGAAGCTGCT CTAAGAAAAG CAAAATTGCT ATATGCACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCA TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAAC TGGAAAAAAA ACGAAGGCTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATTTGGAA AGCTTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AATCCCTCTG TGAGAGTGCC 
AAACTCTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AATCAGGTTC TTTTGAAACC CAGAGTTCCC AGGTTGATGG GGTTTTTAAT 
AAGCAATCAA CCAACAGTGT CCATACGTCA CATGGTAACT TATCTCAGTG TTCAGGAGAC 
TTTCCTCCTC AGACCTTAGA TGATGTGGGA AGCCCAATTT ATCATCGTTC ACAAAAGATT 
GGAGAGAAGA GATCTTCCAG CAGCACAGAT ATCCAAGCAA TGCGAGGGCC ACCACCGTTC 
AGATCATGGT CAGTTGGCAA CCAGAGTGGA GGAATGTGCA GTGATTCTGA AAGTGCGGGG 
GGAAGCAGTG AGTCACGATC CATGGATTCT CCATCTGCTA GCCCAGGGGA TTTTAAAAGA 
CGACTTCCCC GAACACCTTC CACTGGTACT ATGTCATCTG CAGATGATCT TGATGAAAGA 
GAGCCACCAT CTCCTTCAGA GTGCGGTTTA AATGATCTGA CATCTGAAAC TGCAAATTCT 
CCAGGACCTT TTAGAAATGC TAATATGTCC AAAGCAGCAC AAACACACAA ACTACGGAAG 
CTGAGAGCTC CATCTAAATG CAGAGAATGT GACAGCTTAG TGGTATTTCA CGGAGCTGAA 
TGTGAGGAGT GTTCACTTGC ATGCCATAAA AAATGTTTAG AGACTTTAGC TATTCAATGT 
GGGCACAAAA AACTTCATGG AAGGCTTCAC TTGTTTGGAG TGGAATTTGC CCAAGCTGCT 
AAAAATGTTC CCGATGGCAT TCCTTTCATC ATCAAAAAGT GTACGTCAGA AATTGAAAGC 
AGAGCGCTGA ATGTCAAGGG CATCTATCGT GTGAATGGAG CCAAATCAAG AGTTGAAAAG 
CTTTGTCAAG CTTTTGAAAA TGGAAAGGAT TTAGTTGAGC TCTCAGAACT CTATGCACAT 
GATATCAGTA ATGTTCTCAA GTTGTATCTC CGCCAGCTTC CGGAACCCTT GATTTTGTTT 
CGACTTTACA ATGAGTTCAT TGGACTTGCA AAAGAAAGCC AGACTGTTAA TGAGGAATTG 
GATGCTAAAC AAGCTAGCCC CAAATCAAAG ACAAGACAGT CAATCTGTAT TGAACTGAAT 
AGGATCGTCA TTAAAATTAA AGATCTTCTG AAACAACTGC CTGTACCAAA CTATAACACT 
CTTCAGTACC TTATTGGACA CCTTCACAGG GTTACAGAAC AGTCTGATGA AAATAAAATG 
TCAGCCAGCA ACCTTGGCAT AATATTTGGC CCAACTCTGA TCAGGCCACG TCAAACAGAT 
GCTACAGTTT CTTTGTCGTC ACTTGTGGAT TACCCTTATC AGGCGCGGGT AGTGGAGCTG 
CTCATAACAT ACTATGAAAA GATATTTGAT GTTTCATTGA AACCACTTCT GAGCACATCT 
CAGTCTGAAG AAACTGCCAT TACAGTCAGT GTTGCTTTAT CACCAGAAGA GAGGGAGCCA 
CAGCAGCAGA GGAAGTCATT TGTTGCTGTA AAGGAAGGTA TTCTGATAGC TCCAAGTGAA 
AGCAGAGCTT CAGGAACAGC TGCATTGTTT TTGGAATCGA ACAATAGCAA GAATACAAAA 
GAACAAGTAG ATACATCTGT AACTGAATGT GTATCATTGC CATTCACTGG AACTAAACCA 
GAAGGCTCTG GAAAGAGTAA TTCTGTGACA GAATCATCAG CTACCAGCAT TTTGGATATT 
AATATTTCTG CTCCAAAAAA GCCAGGTGAA GACAGCTGTA AAATTAACTT ATTTCCTGCA 
AAACCTAACC GTCAGATTAC CAAAGTTCCA TTGCGGGTTC CAAGGACAAA ACCAGCTAGT 
CGCCCTGTGA GCCTACCTGT AGACCGAATA CTTCCTCCAT GTGTTTTGAA TGAAAGAAAT 
TCACGAAATG CAGGAGCAGT AAGTCCAGAG AAACTTGGCA GAAGCCCTAC TATTGAAGAA 
GTTTCAGAGG TGAAGGCACT CCCTGCTGTT AATACCTGCA GCAGATTTCC TTGTTACGAC 
ACCCAAATGC TGCGAAAAAC TTGGGACAAG CAATATAAGC AGTATGATAT CACAGCAAGG 
ACAGCAATGA TCGTGACTAA TGTCCCACAG GAGAACCGAG CACTTGAGAG TGGAACTGCA 
GGTGCCTTAT CTTCATCGTG CAGCATTGGT AACAATTCAG CTAATGCCGT TCTTCCTAGT 
AAGCCATATT CTGTTTCTGT CAGGTCAGGA AGGACAGCAA CAGAAGGGAA TGGTCCTGAT 
GCCAATCCTC TTGCTGCCTT CAGGGCACCA AGAACATTAC AGCCACCTCC AGGGACATTT 
TATAAACCAC CCTCTAACAA ATCAAAACAA AATGAAGAGG GTTCTTTTGC TAAAGCTTGT 
GCACCAACCA GTGCTAGCTC TGTGCTTCAC CAGGATAATA CTGTGAAACT GGCTAGGAGC 
TCTGCACTTC CATCAGGTGA TCCTGAACAA AACACAAACG AACAAAAAAC TAGCTCAGAG 
GATATTCACC CCACAGATCT GAAGCCTGCT TACCAGAGAC TGAGACCAAA AAGGATCCAA 
GAACTGGAAC ACAGGGAAGC TCATTTTGTA TAG

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

RefSeq	XP_010580963.1
CDS	85..4137
Translation	MLRQNGGSNKRGLGLARLSTSNFFTISNSGNWGMGRSTKSSSLSSISSNSDCYDNPVVDPEYIMQLVNDVRKFADVLLYLKEAILSEENQDGLHQVVHERLGELLRVLKAVINKHQTLNSVDILSAAGTVIAKVKAVNFKEVNEENKRELFSEIFSSIETLAFTFGNVVSDFLMGDVDNGSSLGLPVSRRSRSFENLSVESGGSLHERDDIQGHLRAEEVDSMLLRNDSGIESALSYAKAWSKYTKDVVAWVEKKLSLEVECAKNLAKMAETAKAVVGHQDYMPFQSIFINAFQNDIENNQLWQQTAAALQSNKFVQPLLGRKNELDRQRKDIKELWQREQKKMQELEAALRKAKLLYAQRQDEYEKAKSCTARAEEEHLSSSGSFVKDFSKQLEKKRRLEEEALQKAEEANEHYKASMAEVEEKRNDLESFKSDVLTQLRELIYQCDLTLKAATVNLFQLQHAQVVSLPVNCQSLCESAKLYDPGQQYSEFVKSLPKEGVPIESGSFETQSSQVDGVFNKQSTNSVHTSHGNLSQCSGDFPPQTLDDVGSPIYHRSQKIGEKRSSSSTDIQAMRGPPPFRSWSVGNQSGGMCSDSESAGGSSESRSMDSPSASPGDFKRRLPRTPSTGTMSSADDLDEREPPSPSECGLNDLTSETANSPGPFRNANMSKAAQTHKLRKLRAPSKCRECDSLVVFHGAECEECSLACHKKCLETLAIQCGHKKLHGRLHLFGVEFAQAAKNVPDGIPFIIKKCTSEIESRALNVKGIYRVNGAKSRVEKLCQAFENGKDLVELSELYAHDISNVLKLYLRQLPEPLILFRLYNEFIGLAKESQTVNEELDAKQASPKSKTRQSICIELNRIVIKIKDLLKQLPVPNYNTLQYLIGHLHRVTEQSDENKMSASNLGIIFGPTLIRPRQTDATVSLSSLVDYPYQARVVELLITYYEKIFDVSLKPLLSTSQSEETAITVSVALSPEEREPQQQRKSFVAVKEGILIAPSESRASGTAALFLESNNSKNTKEQVDTSVTECVSLPFTGTKPEGSGKSNSVTESSATSILDINISAPKKPGEDSCKINLFPAKPNRQITKVPLRVPRTKPASRPVSLPVDRILPPCVLNERNSRNAGAVSPEKLGRSPTIEEVSEVKALPAVNTCSRFPCYDTQMLRKTWDKQYKQYDITARTAMIVTNVPQENRALESGTAGALSSSCSIGNNSANAVLPSKPYSVSVRSGRTATEGNGPDANPLAAFRAPRTLQPPPGTFYKPPSNKSKQNEEGSFAKACAPTSASSVLHQDNTVKLARSSALPSGDPEQNTNEQKTSSEDIHPTDLKPAYQRLRPKRIQELEHREAHFV

Target ORF information:

RefSeq Version	XM_010582661.1
Organism	Haliaeetus leucocephalus(bald eagle)
Definition	Haliaeetus leucocephalus Rho GTPase activating protein 29 (ARHGAP29), transcript variant X2, mRNA.

Target ORF information:

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

XM_010582661.1

ORF Insert Sequence:

ATGTTGCGAC AGAACGGTGG AAGTAACAAG CGTGGTTTGG GATTAGCCCG ACTGTCTACC 
TCCAACTTCT TCACCATCTC TAATTCAGGA AATTGGGGAA TGGGGCGCAG CACCAAGAGC 
AGCTCTCTGA GCAGCATTAG CTCCAACTCT GACTGCTATG ATAATCCTGT TGTGGATCCA 
GAATATATCA TGCAACTGGT GAATGATGTC AGAAAATTTG CAGATGTGCT ACTCTATTTG 
AAGGAAGCCA TTCTTTCAGA AGAAAATCAA GATGGCCTGC ATCAGGTAGT ACACGAACGC 
CTGGGGGAGT TGCTACGTGT TTTAAAAGCA GTGATAAATA AACATCAGAC TCTAAACTCA 
GTTGATATTC TTAGTGCTGC AGGAACAGTT ATTGCAAAAG TAAAAGCGGT GAACTTCAAA 
GAAGTTAACG AAGAAAACAA GAGAGAACTC TTCAGTGAAA TATTTTCTTC CATTGAAACG 
TTGGCATTCA CCTTTGGAAA CGTTGTTTCA GACTTCCTTA TGGGAGATGT AGACAATGGC 
TCGTCATTGG GACTTCCTGT ATCTCGGAGA AGTCGGTCTT TTGAGAATCT TTCTGTGGAA 
TCTGGGGGCT CACTGCATGA GAGGGATGAT ATTCAAGGAC ATCTTCGAGC CGAGGAGGTT 
GATAGCATGC TCCTAAGAAA TGACAGTGGA ATTGAATCGG CTCTGTCCTA TGCTAAAGCA 
TGGTCAAAAT ATACCAAGGA TGTAGTCGCG TGGGTAGAGA AAAAGCTTAG CTTGGAAGTG 
GAGTGTGCTA AAAACCTAGC AAAAATGGCT GAAACTGCTA AAGCTGTTGT TGGACACCAG 
GATTATATGC CATTCCAATC AATATTCATT AATGCTTTTC AAAATGATAT TGAGAACAAT 
CAACTTTGGC AACAAACAGC TGCTGCTCTC CAGTCTAACA AATTTGTGCA GCCTCTTCTT 
GGAAGGAAAA ATGAATTGGA TAGACAAAGG AAAGATATCA AGGAGCTTTG GCAGCGAGAA 
CAGAAGAAAA TGCAAGAGCT GGAAGCTGCT CTAAGAAAAG CAAAATTGCT ATATGCACAG 
CGTCAAGATG AGTATGAAAA GGCAAAATCA TGCACTGCTC GTGCTGAGGA GGAACATCTT 
AGCTCAAGTG GAAGCTTTGT GAAAGATTTC AGCAAGCAAC TGGAAAAAAA ACGAAGGCTA 
GAAGAGGAAG CTCTTCAAAA AGCTGAAGAG GCCAATGAAC ACTATAAAGC AAGCATGGCA 
GAGGTTGAAG AAAAAAGAAA TGATTTGGAA AGCTTTAAAA GTGATGTCTT AACACAGCTT 
CGGGAGCTTA TTTACCAGTG TGATCTTACT CTTAAAGCTG CAACAGTTAA CCTGTTCCAG 
CTGCAGCATG CTCAGGTTGT ATCTCTTCCA GTTAACTGCC AATCCCTCTG TGAGAGTGCC 
AAACTCTATG ACCCTGGTCA GCAGTATTCA GAGTTTGTGA AAAGTTTGCC AAAGGAAGGT 
GTTCCTATTG AATCAGGTTC TTTTGAAACC CAGAGTTCCC AGGTTGATGG GGTTTTTAAT 
AAGCAATCAA CCAACAGTGT CCATACGTCA CATGGTAACT TATCTCAGTG TTCAGGAGAC 
TTTCCTCCTC AGACCTTAGA TGATGTGGGA AGCCCAATTT ATCATCGTTC ACAAAAGATT 
GGAGAGAAGA GATCTTCCAG CAGCACAGAT ATCCAAGCAA TGCGAGGGCC ACCACCGTTC 
AGATCATGGT CAGTTGGCAA CCAGAGTGGA GGAATGTGCA GTGATTCTGA AAGTGCGGGG 
GGAAGCAGTG AGTCACGATC CATGGATTCT CCATCTGCTA GCCCAGGGGA TTTTAAAAGA 
CGACTTCCCC GAACACCTTC CACTGGTACT ATGTCATCTG CAGATGATCT TGATGAAAGA 
GAGCCACCAT CTCCTTCAGA GTGCGGTTTA AATGATCTGA CATCTGAAAC TGCAAATTCT 
CCAGGACCTT TTAGAAATGC TAATATGTCC AAAGCAGCAC AAACACACAA ACTACGGAAG 
CTGAGAGCTC CATCTAAATG CAGAGAATGT GACAGCTTAG TGGTATTTCA CGGAGCTGAA 
TGTGAGGAGT GTTCACTTGC ATGCCATAAA AAATGTTTAG AGACTTTAGC TATTCAATGT 
GGGCACAAAA AACTTCATGG AAGGCTTCAC TTGTTTGGAG TGGAATTTGC CCAAGCTGCT 
AAAAATGTTC CCGATGGCAT TCCTTTCATC ATCAAAAAGT GTACGTCAGA AATTGAAAGC 
AGAGCGCTGA ATGTCAAGGG CATCTATCGT GTGAATGGAG CCAAATCAAG AGTTGAAAAG 
CTTTGTCAAG CTTTTGAAAA TGGAAAGGAT TTAGTTGAGC TCTCAGAACT CTATGCACAT 
GATATCAGTA ATGTTCTCAA GTTGTATCTC CGCCAGCTTC CGGAACCCTT GATTTTGTTT 
CGACTTTACA ATGAGTTCAT TGGACTTGCA AAAGAAAGCC AGACTGTTAA TGAGGAATTG 
GATGCTAAAC AAGCTAGCCC CAAATCAAAG ACAAGACAGT CAATCTGTAT TGAACTGAAT 
AGGATCGTCA TTAAAATTAA AGATCTTCTG AAACAACTGC CTGTACCAAA CTATAACACT 
CTTCAGTACC TTATTGGACA CCTTCACAGG GTTACAGAAC AGTCTGATGA AAATAAAATG 
TCAGCCAGCA ACCTTGGCAT AATATTTGGC CCAACTCTGA TCAGGCCACG TCAAACAGAT 
GCTACAGTTT CTTTGTCGTC ACTTGTGGAT TACCCTTATC AGGCGCGGGT AGTGGAGCTG 
CTCATAACAT ACTATGAAAA GATATTTGAT GTTTCATTGA AACCACTTCT GAGCACATCT 
CAGTCTGAAG AAACTGCCAT TACAGTCAGT GTTGCTTTAT CACCAGAAGA GAGGGAGCCA 
CAGCAGCAGA GGAAGTCATT TGTTGCTGTA AAGGAAGGTA TTCTGATAGC TCCAAGTGAA 
AGCAGAGCTT CAGGAACAGC TGCATTGTTT TTGGAATCGA ACAATAGCAA GAATACAAAA 
GAACAAGTAG ATACATCTGT AACTGAATGT GTATCATTGC CATTCACTGG AACTAAACCA 
GAAGGCTCTG GAAAGAGTAA TTCTGTGACA GAATCATCAG CTACCAGCAT TTTGGATATT 
AATATTTCTG CTCCAAAAAA GCCAGGTGAA GACAGCTGTA AAATTAACTT ATTTCCTGCA 
AAACCTAACC GTCAGATTAC CAAAGTTCCA TTGCGGGTTC CAAGGACAAA ACCAGCTAGT 
CGCCCTGTGA GCCTACCTGT AGACCGAATA CTTCCTCCAT GTGTTTTGAA TGAAAGAAAT 
TCACGAAATG CAGGAGCAGT AAGTCCAGAG AAACTTGGCA GAAGCCCTAC TATTGAAGAA 
GTTTCAGAGG TGAAGGCACT CCCTGCTGTT AATACCTGCA GCAGATTTCC TTGTTACGAC 
ACCCAAATGC TGCGAAAAAC TTGGGACAAG CAATATAAGC AGTATGATAT CACAGCAAGG 
ACAGCAATGA TCGTGACTAA TGTCCCACAG GAGAACCGAG CACTTGAGAG TGGAACTGCA 
GGTGCCTTAT CTTCATCGTG CAGCATTGGT AACAATTCAG CTAATGCCGT TCTTCCTAGT 
AAGCCATATT CTGTTTCTGT CAGGTCAGGA AGGACAGCAA CAGAAGGGAA TGGTCCTGAT 
GCCAATCCTC TTGCTGCCTT CAGGGCACCA AGAACATTAC AGCCACCTCC AGGGACATTT 
TATAAACCAC CCTCTAACAA ATCAAAACAA AATGAAGAGG GTTCTTTTGC TAAAGCTTGT 
GCACCAACCA GTGCTAGCTC TGTGCTTCAC CAGGATAATA CTGTGAAACT GGCTAGGAGC 
TCTGCACTTC CATCAGGTGA TCCTGAACAA AACACAAACG AACAAAAAAC TAGCTCAGAG 
GATATTCACC CCACAGATCT GAAGCCTGCT TACCAGAGAC TGAGACCAAA AAGGATCCAA 
GAACTGGAAC ACAGGGAAGC TCATTTTGTA TAG