ARHGAP21 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	ARHGAP21
Entrez Gene ID	100231539
Full Name	Rho GTPase activating protein 21
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012571427.1	XP_012426881.1	LOW QUALITY PROTEIN: rho GTPase-activating protein 21
XM_030264516.1	XP_030120376.1	rho GTPase-activating protein 21 isoform X2
XM_030264514.1	XP_030120374.1	rho GTPase-activating protein 21 isoform X1
XM_030264517.1	XP_030120377.1	rho GTPase-activating protein 21 isoform X3

Pathways from BioSystems
Gene Ontology

The following ARHGAP21 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ARHGAP21 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)
OTd34499	XM_030264517.1 Latest version!	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd20095	XM_012571427.1 Latest version!	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OTd34497	XM_030264514.1 Latest version!	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OTd34498	XM_030264516.1 Latest version!	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

ARHGAP21 ( XM_030264517.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030120377.1 Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X3, mRNA.

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CloneID	OTd34499
Clone ID Related Accession (Same CDS sequence)	XM_030264517.1
Accession Version	XM_030264517.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5982bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	rho GTPase-activating protein 21 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044213.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCC GGTGGGCAGC GGGGCCACCC GACGGAGATG GAGACAACGA GCCCCCCCCG 
GGCGGCGGCA GCGGTGTCGG CGGCCAGGCA TCAAAAAATA AAGATGGAAA AGAGCAGAGT 
GAAGCTATAT CGCCATCGGA GGAGGAAGAA ACTTTCTCTT GGCCTGGTCC TAAAACTGTC 
GTGCTAAGGA GGACATCTCA GGGTTTTGGC TTCACCTTAA GACACTTCAT AGTCTACCCT 
CCAGAATCTG CAGTTCAGTT TTCTTTCAAA GATGAAGAGA ATGGGAATAG ACAAGGAAAA 
CAAAGAAATA GACTGGAGCC AATGGATACC ATATTCGTTA AACAAGTTAA AGAGGGTGGA 
CCTGCTTTTG AAGCTGGGCT GTGCACAGGT GACAGAATTA TAAAAGTCAA TGGAGAAAGT 
GTTATTGGAA AGACGTATTC TCAAGTCATT GCTTTAATAC AGAACAGTGA CAGCATATTG 
GAACTTAGTG TTATGCCAAA AGATGAGGAC ATCCTTCAAT TGGCATATTC CCAAGATGCC 
TACCTAAAAG GCAATGAAGC CTACAGTGGT AATGCCCACA ACATACCTGA ACCACCACCA 
GTATGTTACC CACGCCTGAC ATCCACAGCC TCTGTTAAGG CACAAGCCGG AGACAAGCTC 
CCTTCTGACT TCTCGCTGGG GAAGCAGCAA GTCAGTAGAC CAGTCCGAGC ATTGACACAG 
CCAGAGAGGG CTTACAGAAT GGAAATACAA GTGCCTCCAT CTCCAACAGA CATTGCAAAA 
TCAAATACAG CCGTGTGTGT TTGCAATGAA ACTGTAAGGA CTGTTATTGT GCCTTCTGAG 
AAGGCTGTAG ATTTGCCGTC TTGCAGAAAT AACCATGCTG GTCCATCACA CAGGACAGAG 
GAAGTAAGAT ACGGCATAAA AGATCAAACC AGTCTAAAAG CATGGACCAC CACATCACCA 
CCATCTTTAG TGTCCACTGC CATTGTACTT CCCCAGACTC CAATAACAAG ACCAGTTGAT 
ACAACTGTAA CAGTAAGTAA AGCTTCAAAT TATGTAGTAT GTCCAGAAGG CATCCCAAAC 
ACTAGGCCTT CTACTCAAGC CACAGACTCG CCCTCAGTCG CTACTAATCA CTACAGTTCT 
CCAACCTCCC ACCAGCATAT AGACTGGAAG ACCTACAAAA CTTACAAGGA GTACATTGAT 
AATAGGCGCA TGCACATGTA TGGCTCCAGA ACAATACAGG AAAGGTTAGA TAGCTTAAGG 
GCAGCTTCTC AGAACACAAC TGAGTATAAT CAGGTGGTGC CAAATCGCAC TGCTTCTCAG 
GTACGGCGCA GGAGCACCTC TCACGACAGG GTTCCGCAGT CTGTCCAGAT CCGGCAGAGA 
AGTGTATCCC AGGAAAGGCT TGAAGATCCC GTGTTGATGA AAGAATGGCC CCGAAGTGCT 
TCACAAGATG CTCTAACTTC GCCTTCAGTC AATGCTAGAA ATCACAGGGC TCGGTCGTGG 
GATTATCTCA GCAAACAGGG TGAAGTGCTA GAAAATTTTC ATTCTGAGAA TATGATTGCC 
GATGCAAATG GAGATAGGAG AAAGACTTAC AAATGGACAG GGTTTACTGA ACAAGATGAT 
CGGCGAGGGA TTTATGAGAG ATCTAGACAG CATGCATTTC ATATGTCCCT TCGAGGTCAA 
AACTTTCCTA TTGCTCCGAA TACTTACATT TCAGACAACA GGAGAACTGG TAGTAGAGCT 
TCTCTGCCTG GTTCTCACTT TCAGAAAGTT TCACCAGATA TCAAAGTCTT ACAGCCTTCT 
CGCGATTTGC AAACTCCTGG GGGAGTTTCA AAATCTGCAG GTGTTTCACA AGAAAGGTTG 
TGTCTCACAT CAGCCAGAAG TTCTAAAAGT AGCTCTCTGA AGAACTCAGC TCCCTATGCA 
GCAAAACCGT CGATTCCCCT TAACCAGGGC CTGGATGCTA TTGCCAGCAA AGACCAAAGA 
ACAGTAAATA ATTTGCATCA AAGCAGTCTG TTAAACCAAC AGTCAAGGAT CCGAGCTGAA 
GGTGCCCCAG ATCACAAAAC AGAAACTGGT AAAACCATCC AGCCCTCTTC TCTGGCTCCA 
GCTTCTACCA AACTTGTTCA CCCAACAAGT GAGTGTTTAA CTACCTCTGA CAACATAGAT 
GGTTCCATCA GACAAAAGAT TCATGGTATT GAAAGGGAAG ATGTTCATGA GTCTGAAAGT 
CTGCAAATGG ATGTTCAGGG AAATGACAAA GACACAGTGG TCATGCGGGA CAAATCCCCT 
TCTGGCCACC AAACTCCCCA GCCTTTGAGG CATCAGTCCT ACATTCTTGC TGTTAATGAC 
CAAGAGGCAG CCTCGGACAC TACCTGTTGG TTACCTAACG ATGCTCGGAG AGAAGTCCAC 
ATAAAAAGAA TAGAGGAAAG GAAAGCGTCG AGTTCCAGCC CACCTGGTGA CTCTTTGGCT 
TCAATTCCGT TTATTGATGA ACCGACTAGT CCTAGTATTG ACCATGATAT TGCACACATT 
CCTGCTTCTG CTGTTATTTC TGCATCTGCT TCTCAAGCAC CAGCTATAAC AGCTGTTCCT 
TCCAGTCCTA CATCTCCAAT CCCTTTAATT CGGCGACAAC TTTCACATGA TCATGAATCC 
ATCCGGCCTA GTGTCCTGGA TAGCCAACCT GCTGCAAAAA CTGAGAGATC AAAGTCATAT 
GATGAAGGAC TGGACGACTA CAGAGAAGAG GGAAAATCAT CCATTAAACA TGTATCTAGT 
TTAAAGGGGA TTAAGGTCCC AGACAGCCAG AAATCTTCAG AAGACTCTGG TTCCCGAAAA 
GATTCTTCTT CAGAAGTGTT TGGTGATGCC TCCAAAGAAG GATGGCTCCA TTTTCGACAG 
CTTTTTACAG ACAAAGGAAA GCGAGTTGGT GGGAGCATTC GGCCGTGGAA GCAACTGTAT 
GTTGTTCTTC GAGGTCATTC ACTTTATTTG TACAAGGACA AAAAGGAACA AGTGACCCTC 
TCTGAGGAAG AACAACCTAT AAGCATCAAT GCTTGCTTGA TAGACATCTC GTACTGTGAA 
ACCAAGAGGA AAAATGTATT TAGACTCACC ACTTCAGACC GCGAGTATCT GTTTCAAGCT 
GAGGACAGAG ATAATATGTT AGCATGGATT AAAGCAATAC AAGACAACAG CAACTTAAAT 
GATGAGGATA CTGGTGTCAC TAGTAGAGAT CTAATTAGTC GAAGGATTAA AGAGTACAGT 
ACAATGATGA GTTCTTCAAG CAGCAAAACA GAACCATCTC CCAAAACACC TCGCCAGAGT 
CTGAGTATCA GACAGACTCT ACTTGGAACT AAAGCAGAAC AGAGGACTCA GAGTCCACAT 
TCTCCTAAGG ATGAGACAGA AAGGAAGCTT CTCACTAAAG ATGAGACAAG CCCACCAAAA 
GACAAAGGGA CATGGAGAAA AGGCATTCCA AGCATTATGA GGAAGACATT TGAAAAGAAG 
CCCTCTGCTG TTGGAACTTT TGGTGTTAGA CTAGATGACT GCCCTCCAGC TCATACCAAC 
AAATATATTC CACTGATTGT TGATATATGT TGCAAACTGG TTGAAGAAAG AGGTCTTGAG 
TACACAGGTA TTTACAGAGT GCCTGGGAAT AATGCTGCCA TCTCAAGTAT GCAAGAAGAG 
CTCAATAAAG GAATGACTGA CATTGATGTT CATGATGATA AATGGCGTGA CCTGAACGTG 
ATCAGCAGTC TGCTGAAATC CTTCTTCCGA AAGCTCCCGG AACCCCTCTT CACCAACGAC 
AAATATGCAG ATTTTATAGA TGCCAATAGA AAAGAAGATC CTGTTGAGCG TCTGAAAACA 
CTGAAGAGAC TGATTCATGA TTTACCTGAA CACCATTATG AGACCCTCAA GTTTCTTTCT 
GCACACCTGA AGACAGTAGC AGAGAACTCA GAAAAGAACA AGATGGAACC GAGAAACCTG 
GCAATAGTAT TTGGTCCAAC ACTTGTGAGG ACATCTGATG ATAACATGAC ACACATGGTT 
ACCCACATGC CAGACCAATA TAAAATTGTA GAAACACTCA TCCAAAAACA TGACTGGTTT 
TTCACAGAAG ATGATGCTGA AGAACCTCTT ACAGCAGTTC AGGAGGAAAA CACTGTAGAA 
TCTCAGCCAG TGCCAAACAT AGATCATTTA CTCACCAACA TTGGAAGAAC GGGAGTATCT 
CCTGGAGACG TATCAGATTC AGCTACTAGT GACTCAGCAA AATCTAAGGG TTCTTGGGGT 
TCTGGAAAAG ATCAGTATAG CAAGGAACTG CTTGTGTCCT CCATTTTTGC AGCAGCTAGT 
CGCAAGCGGA AAAAAACTAA AGAGAAACCA CAGCCAAGTA GCTCAGAGGA TGAGTTGGAT 
AATGTGTTTT TCAAGAAGGA GCTTGCAGAA CAATCTCGTG GTGACACAGC AAAAGAGAAC 
ACAGCTAAAG GGGAATATGA AAGAGAGAGA GAGATAGGGA GAAAACAAAG GATGTTTGTC 
CTGAAGGAAA AAGAGAACAG CAGTAAAAAA GATGTGAATG TTGTAAAGGA TGAAAAGAAG 
TCATTAAAGA AAGAAAATAT CCTGACAGAG GAACCTTCAC TGCCTTACGA TGAAAAATGT 
ACAAAATCAT CAAATATCAA CTGTCTGCAA ACCATGCAGA AGAATAACCC AAAAATGCCT 
ATTTCACAAT CTTCTTCCCA GGTTGAGGAG ACAGTGTCTG ACTCTGGCAC TGTGCTAAGC 
ACATCCTCCC AGGCTTCCCA GCACAGATAC GCATGCAAAA AAGTAGCCAG CCCTGAAATT 
AAACACAATG AGTTTTTAGC AGCTGATGTC AGCTCCATCA CCTCAGATTA CTCAACGACT 
TCATCTACAA TGTATCTGAC TGGTTTAGAT GCCAGTATGC TGAGCCCTGA GGTGCAGTCA 
GTGACAGAAA GCAAGGGAGA AGATGCAGAT GATGAAAGAA GTGAATTGAT CAGCGAAGGG 
CGTCCTATGG AGACAGACAG TGAAAGTGAC TTCCCTGTCT TTGCCACCAG CGCTGCTGCC 
GAAAGGCTGT CCAAAGGGAA AGTTCCAGAA GTGGTAAAGA CCAGTCGGAG GAACTCTGAA 
GAAAGTGAAG TAAGTTGTAC TGAGGGAAGT TCCACGCCAA AGTTGGAGAG TCGCAGACTT 
TTTAGCTCGC ACAAACTTAT TGAATGTGAT ACACTCTCCA GGAAAAAGTC TGCACGGCAC 
AAAACGGACA GTGAGGGGTC AGGGGATGCC AAGAGTGAGA AGGACTTGCC TACTGTGACC 
AAAATGTTCG ACATCATGAA AAAAGGAAGA TCCACAAGCA GTTTAGCTAC ATCGGCCAAA 
AGCGAGGCTG ACAAACAAGA ACCTACGTGG AGACTTAAGA TTACAGACAG GTTAAAGCTG 
CGCCTCAAAT CATCTGCTGA TGATATGTTT GGAGTTGGGA ATCAAAAAGC TAACTCTGCA 
GAGACTGCAA AGAGAAAGAA TATCAGGCGA AGGCATACAC TTGGAGGGCA GAGGGATTTT 
GCTGAAATAA GTGTCCTGAA TGCTTGGAAA GCTCAAGAAC CAAGTCAAAA TAGAGAGAGA 
GAATCTGAGC TTTCAGCTGT GACTCGGTTG AAGCCAAAAT GTCCAGCCCA GGACCTCTCG 
ATCTCGGACT GGCTTGCACG AGAACGTTTA CGCACTAGCA CAACTGACCT TAATACGGGT 
GAAACTGGAA AGCCCAGACT TGAGAACACT AACTTAGCAG AGGTATCAAA GGTAGAGCTG 
CCCTCATCTG CAGAGATGCA GGCCGATGAA GGCAGCTCTT CCAGCAGCTT GACTTTAATT 
AATAGAACAC CACCTTCGGG ACCATTTCAG CCACCAGACC AGGTAAATGG TGAAAATTAT 
CAGAACATGA ACAAAAACAA CTTCAGCCCA GCAGTTGATG CCCATCCTCA TAAACTGTCT 
GGGACCCAAG TGGTTAGATC TCGATTTTAC CAGTATCTTT GA

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

RefSeq	XP_030120377.1
CDS	787..6768
Translation	MATRWAAGPPDGDGDNEPPPGGGSGVGGQASKNKDGKEQSEAISPSEEEETFSWPGPKTVVLRRTSQGFGFTLRHFIVYPPESAVQFSFKDEENGNRQGKQRNRLEPMDTIFVKQVKEGGPAFEAGLCTGDRIIKVNGESVIGKTYSQVIALIQNSDSILELSVMPKDEDILQLAYSQDAYLKGNEAYSGNAHNIPEPPPVCYPRLTSTASVKAQAGDKLPSDFSLGKQQVSRPVRALTQPERAYRMEIQVPPSPTDIAKSNTAVCVCNETVRTVIVPSEKAVDLPSCRNNHAGPSHRTEEVRYGIKDQTSLKAWTTTSPPSLVSTAIVLPQTPITRPVDTTVTVSKASNYVVCPEGIPNTRPSTQATDSPSVATNHYSSPTSHQHIDWKTYKTYKEYIDNRRMHMYGSRTIQERLDSLRAASQNTTEYNQVVPNRTASQVRRRSTSHDRVPQSVQIRQRSVSQERLEDPVLMKEWPRSASQDALTSPSVNARNHRARSWDYLSKQGEVLENFHSENMIADANGDRRKTYKWTGFTEQDDRRGIYERSRQHAFHMSLRGQNFPIAPNTYISDNRRTGSRASLPGSHFQKVSPDIKVLQPSRDLQTPGGVSKSAGVSQERLCLTSARSSKSSSLKNSAPYAAKPSIPLNQGLDAIASKDQRTVNNLHQSSLLNQQSRIRAEGAPDHKTETGKTIQPSSLAPASTKLVHPTSECLTTSDNIDGSIRQKIHGIEREDVHESESLQMDVQGNDKDTVVMRDKSPSGHQTPQPLRHQSYILAVNDQEAASDTTCWLPNDARREVHIKRIEERKASSSSPPGDSLASIPFIDEPTSPSIDHDIAHIPASAVISASASQAPAITAVPSSPTSPIPLIRRQLSHDHESIRPSVLDSQPAAKTERSKSYDEGLDDYREEGKSSIKHVSSLKGIKVPDSQKSSEDSGSRKDSSSEVFGDASKEGWLHFRQLFTDKGKRVGGSIRPWKQLYVVLRGHSLYLYKDKKEQVTLSEEEQPISINACLIDISYCETKRKNVFRLTTSDREYLFQAEDRDNMLAWIKAIQDNSNLNDEDTGVTSRDLISRRIKEYSTMMSSSSSKTEPSPKTPRQSLSIRQTLLGTKAEQRTQSPHSPKDETERKLLTKDETSPPKDKGTWRKGIPSIMRKTFEKKPSAVGTFGVRLDDCPPAHTNKYIPLIVDICCKLVEERGLEYTGIYRVPGNNAAISSMQEELNKGMTDIDVHDDKWRDLNVISSLLKSFFRKLPEPLFTNDKYADFIDANRKEDPVERLKTLKRLIHDLPEHHYETLKFLSAHLKTVAENSEKNKMEPRNLAIVFGPTLVRTSDDNMTHMVTHMPDQYKIVETLIQKHDWFFTEDDAEEPLTAVQEENTVESQPVPNIDHLLTNIGRTGVSPGDVSDSATSDSAKSKGSWGSGKDQYSKELLVSSIFAAASRKRKKTKEKPQPSSSEDELDNVFFKKELAEQSRGDTAKENTAKGEYEREREIGRKQRMFVLKEKENSSKKDVNVVKDEKKSLKKENILTEEPSLPYDEKCTKSSNINCLQTMQKNNPKMPISQSSSQVEETVSDSGTVLSTSSQASQHRYACKKVASPEIKHNEFLAADVSSITSDYSTTSSTMYLTGLDASMLSPEVQSVTESKGEDADDERSELISEGRPMETDSESDFPVFATSAAAERLSKGKVPEVVKTSRRNSEESEVSCTEGSSTPKLESRRLFSSHKLIECDTLSRKKSARHKTDSEGSGDAKSEKDLPTVTKMFDIMKKGRSTSSLATSAKSEADKQEPTWRLKITDRLKLRLKSSADDMFGVGNQKANSAETAKRKNIRRRHTLGGQRDFAEISVLNAWKAQEPSQNRERESELSAVTRLKPKCPAQDLSISDWLARERLRTSTTDLNTGETGKPRLENTNLAEVSKVELPSSAEMQADEGSSSSSLTLINRTPPSGPFQPPDQVNGENYQNMNKNNFSPAVDAHPHKLSGTQVVRSRFYQYL

Target ORF information:

RefSeq Version	XM_030264517.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X3, mRNA.

Target ORF information:

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

XM_030264517.1

ORF Insert Sequence:

ATGGCGACCC GGTGGGCAGC GGGGCCACCC GACGGAGATG GAGACAACGA GCCCCCCCCG 
GGCGGCGGCA GCGGTGTCGG CGGCCAGGCA TCAAAAAATA AAGATGGAAA AGAGCAGAGT 
GAAGCTATAT CGCCATCGGA GGAGGAAGAA ACTTTCTCTT GGCCTGGTCC TAAAACTGTC 
GTGCTAAGGA GGACATCTCA GGGTTTTGGC TTCACCTTAA GACACTTCAT AGTCTACCCT 
CCAGAATCTG CAGTTCAGTT TTCTTTCAAA GATGAAGAGA ATGGGAATAG ACAAGGAAAA 
CAAAGAAATA GACTGGAGCC AATGGATACC ATATTCGTTA AACAAGTTAA AGAGGGTGGA 
CCTGCTTTTG AAGCTGGGCT GTGCACAGGT GACAGAATTA TAAAAGTCAA TGGAGAAAGT 
GTTATTGGAA AGACGTATTC TCAAGTCATT GCTTTAATAC AGAACAGTGA CAGCATATTG 
GAACTTAGTG TTATGCCAAA AGATGAGGAC ATCCTTCAAT TGGCATATTC CCAAGATGCC 
TACCTAAAAG GCAATGAAGC CTACAGTGGT AATGCCCACA ACATACCTGA ACCACCACCA 
GTATGTTACC CACGCCTGAC ATCCACAGCC TCTGTTAAGG CACAAGCCGG AGACAAGCTC 
CCTTCTGACT TCTCGCTGGG GAAGCAGCAA GTCAGTAGAC CAGTCCGAGC ATTGACACAG 
CCAGAGAGGG CTTACAGAAT GGAAATACAA GTGCCTCCAT CTCCAACAGA CATTGCAAAA 
TCAAATACAG CCGTGTGTGT TTGCAATGAA ACTGTAAGGA CTGTTATTGT GCCTTCTGAG 
AAGGCTGTAG ATTTGCCGTC TTGCAGAAAT AACCATGCTG GTCCATCACA CAGGACAGAG 
GAAGTAAGAT ACGGCATAAA AGATCAAACC AGTCTAAAAG CATGGACCAC CACATCACCA 
CCATCTTTAG TGTCCACTGC CATTGTACTT CCCCAGACTC CAATAACAAG ACCAGTTGAT 
ACAACTGTAA CAGTAAGTAA AGCTTCAAAT TATGTAGTAT GTCCAGAAGG CATCCCAAAC 
ACTAGGCCTT CTACTCAAGC CACAGACTCG CCCTCAGTCG CTACTAATCA CTACAGTTCT 
CCAACCTCCC ACCAGCATAT AGACTGGAAG ACCTACAAAA CTTACAAGGA GTACATTGAT 
AATAGGCGCA TGCACATGTA TGGCTCCAGA ACAATACAGG AAAGGTTAGA TAGCTTAAGG 
GCAGCTTCTC AGAACACAAC TGAGTATAAT CAGGTGGTGC CAAATCGCAC TGCTTCTCAG 
GTACGGCGCA GGAGCACCTC TCACGACAGG GTTCCGCAGT CTGTCCAGAT CCGGCAGAGA 
AGTGTATCCC AGGAAAGGCT TGAAGATCCC GTGTTGATGA AAGAATGGCC CCGAAGTGCT 
TCACAAGATG CTCTAACTTC GCCTTCAGTC AATGCTAGAA ATCACAGGGC TCGGTCGTGG 
GATTATCTCA GCAAACAGGG TGAAGTGCTA GAAAATTTTC ATTCTGAGAA TATGATTGCC 
GATGCAAATG GAGATAGGAG AAAGACTTAC AAATGGACAG GGTTTACTGA ACAAGATGAT 
CGGCGAGGGA TTTATGAGAG ATCTAGACAG CATGCATTTC ATATGTCCCT TCGAGGTCAA 
AACTTTCCTA TTGCTCCGAA TACTTACATT TCAGACAACA GGAGAACTGG TAGTAGAGCT 
TCTCTGCCTG GTTCTCACTT TCAGAAAGTT TCACCAGATA TCAAAGTCTT ACAGCCTTCT 
CGCGATTTGC AAACTCCTGG GGGAGTTTCA AAATCTGCAG GTGTTTCACA AGAAAGGTTG 
TGTCTCACAT CAGCCAGAAG TTCTAAAAGT AGCTCTCTGA AGAACTCAGC TCCCTATGCA 
GCAAAACCGT CGATTCCCCT TAACCAGGGC CTGGATGCTA TTGCCAGCAA AGACCAAAGA 
ACAGTAAATA ATTTGCATCA AAGCAGTCTG TTAAACCAAC AGTCAAGGAT CCGAGCTGAA 
GGTGCCCCAG ATCACAAAAC AGAAACTGGT AAAACCATCC AGCCCTCTTC TCTGGCTCCA 
GCTTCTACCA AACTTGTTCA CCCAACAAGT GAGTGTTTAA CTACCTCTGA CAACATAGAT 
GGTTCCATCA GACAAAAGAT TCATGGTATT GAAAGGGAAG ATGTTCATGA GTCTGAAAGT 
CTGCAAATGG ATGTTCAGGG AAATGACAAA GACACAGTGG TCATGCGGGA CAAATCCCCT 
TCTGGCCACC AAACTCCCCA GCCTTTGAGG CATCAGTCCT ACATTCTTGC TGTTAATGAC 
CAAGAGGCAG CCTCGGACAC TACCTGTTGG TTACCTAACG ATGCTCGGAG AGAAGTCCAC 
ATAAAAAGAA TAGAGGAAAG GAAAGCGTCG AGTTCCAGCC CACCTGGTGA CTCTTTGGCT 
TCAATTCCGT TTATTGATGA ACCGACTAGT CCTAGTATTG ACCATGATAT TGCACACATT 
CCTGCTTCTG CTGTTATTTC TGCATCTGCT TCTCAAGCAC CAGCTATAAC AGCTGTTCCT 
TCCAGTCCTA CATCTCCAAT CCCTTTAATT CGGCGACAAC TTTCACATGA TCATGAATCC 
ATCCGGCCTA GTGTCCTGGA TAGCCAACCT GCTGCAAAAA CTGAGAGATC AAAGTCATAT 
GATGAAGGAC TGGACGACTA CAGAGAAGAG GGAAAATCAT CCATTAAACA TGTATCTAGT 
TTAAAGGGGA TTAAGGTCCC AGACAGCCAG AAATCTTCAG AAGACTCTGG TTCCCGAAAA 
GATTCTTCTT CAGAAGTGTT TGGTGATGCC TCCAAAGAAG GATGGCTCCA TTTTCGACAG 
CTTTTTACAG ACAAAGGAAA GCGAGTTGGT GGGAGCATTC GGCCGTGGAA GCAACTGTAT 
GTTGTTCTTC GAGGTCATTC ACTTTATTTG TACAAGGACA AAAAGGAACA AGTGACCCTC 
TCTGAGGAAG AACAACCTAT AAGCATCAAT GCTTGCTTGA TAGACATCTC GTACTGTGAA 
ACCAAGAGGA AAAATGTATT TAGACTCACC ACTTCAGACC GCGAGTATCT GTTTCAAGCT 
GAGGACAGAG ATAATATGTT AGCATGGATT AAAGCAATAC AAGACAACAG CAACTTAAAT 
GATGAGGATA CTGGTGTCAC TAGTAGAGAT CTAATTAGTC GAAGGATTAA AGAGTACAGT 
ACAATGATGA GTTCTTCAAG CAGCAAAACA GAACCATCTC CCAAAACACC TCGCCAGAGT 
CTGAGTATCA GACAGACTCT ACTTGGAACT AAAGCAGAAC AGAGGACTCA GAGTCCACAT 
TCTCCTAAGG ATGAGACAGA AAGGAAGCTT CTCACTAAAG ATGAGACAAG CCCACCAAAA 
GACAAAGGGA CATGGAGAAA AGGCATTCCA AGCATTATGA GGAAGACATT TGAAAAGAAG 
CCCTCTGCTG TTGGAACTTT TGGTGTTAGA CTAGATGACT GCCCTCCAGC TCATACCAAC 
AAATATATTC CACTGATTGT TGATATATGT TGCAAACTGG TTGAAGAAAG AGGTCTTGAG 
TACACAGGTA TTTACAGAGT GCCTGGGAAT AATGCTGCCA TCTCAAGTAT GCAAGAAGAG 
CTCAATAAAG GAATGACTGA CATTGATGTT CATGATGATA AATGGCGTGA CCTGAACGTG 
ATCAGCAGTC TGCTGAAATC CTTCTTCCGA AAGCTCCCGG AACCCCTCTT CACCAACGAC 
AAATATGCAG ATTTTATAGA TGCCAATAGA AAAGAAGATC CTGTTGAGCG TCTGAAAACA 
CTGAAGAGAC TGATTCATGA TTTACCTGAA CACCATTATG AGACCCTCAA GTTTCTTTCT 
GCACACCTGA AGACAGTAGC AGAGAACTCA GAAAAGAACA AGATGGAACC GAGAAACCTG 
GCAATAGTAT TTGGTCCAAC ACTTGTGAGG ACATCTGATG ATAACATGAC ACACATGGTT 
ACCCACATGC CAGACCAATA TAAAATTGTA GAAACACTCA TCCAAAAACA TGACTGGTTT 
TTCACAGAAG ATGATGCTGA AGAACCTCTT ACAGCAGTTC AGGAGGAAAA CACTGTAGAA 
TCTCAGCCAG TGCCAAACAT AGATCATTTA CTCACCAACA TTGGAAGAAC GGGAGTATCT 
CCTGGAGACG TATCAGATTC AGCTACTAGT GACTCAGCAA AATCTAAGGG TTCTTGGGGT 
TCTGGAAAAG ATCAGTATAG CAAGGAACTG CTTGTGTCCT CCATTTTTGC AGCAGCTAGT 
CGCAAGCGGA AAAAAACTAA AGAGAAACCA CAGCCAAGTA GCTCAGAGGA TGAGTTGGAT 
AATGTGTTTT TCAAGAAGGA GCTTGCAGAA CAATCTCGTG GTGACACAGC AAAAGAGAAC 
ACAGCTAAAG GGGAATATGA AAGAGAGAGA GAGATAGGGA GAAAACAAAG GATGTTTGTC 
CTGAAGGAAA AAGAGAACAG CAGTAAAAAA GATGTGAATG TTGTAAAGGA TGAAAAGAAG 
TCATTAAAGA AAGAAAATAT CCTGACAGAG GAACCTTCAC TGCCTTACGA TGAAAAATGT 
ACAAAATCAT CAAATATCAA CTGTCTGCAA ACCATGCAGA AGAATAACCC AAAAATGCCT 
ATTTCACAAT CTTCTTCCCA GGTTGAGGAG ACAGTGTCTG ACTCTGGCAC TGTGCTAAGC 
ACATCCTCCC AGGCTTCCCA GCACAGATAC GCATGCAAAA AAGTAGCCAG CCCTGAAATT 
AAACACAATG AGTTTTTAGC AGCTGATGTC AGCTCCATCA CCTCAGATTA CTCAACGACT 
TCATCTACAA TGTATCTGAC TGGTTTAGAT GCCAGTATGC TGAGCCCTGA GGTGCAGTCA 
GTGACAGAAA GCAAGGGAGA AGATGCAGAT GATGAAAGAA GTGAATTGAT CAGCGAAGGG 
CGTCCTATGG AGACAGACAG TGAAAGTGAC TTCCCTGTCT TTGCCACCAG CGCTGCTGCC 
GAAAGGCTGT CCAAAGGGAA AGTTCCAGAA GTGGTAAAGA CCAGTCGGAG GAACTCTGAA 
GAAAGTGAAG TAAGTTGTAC TGAGGGAAGT TCCACGCCAA AGTTGGAGAG TCGCAGACTT 
TTTAGCTCGC ACAAACTTAT TGAATGTGAT ACACTCTCCA GGAAAAAGTC TGCACGGCAC 
AAAACGGACA GTGAGGGGTC AGGGGATGCC AAGAGTGAGA AGGACTTGCC TACTGTGACC 
AAAATGTTCG ACATCATGAA AAAAGGAAGA TCCACAAGCA GTTTAGCTAC ATCGGCCAAA 
AGCGAGGCTG ACAAACAAGA ACCTACGTGG AGACTTAAGA TTACAGACAG GTTAAAGCTG 
CGCCTCAAAT CATCTGCTGA TGATATGTTT GGAGTTGGGA ATCAAAAAGC TAACTCTGCA 
GAGACTGCAA AGAGAAAGAA TATCAGGCGA AGGCATACAC TTGGAGGGCA GAGGGATTTT 
GCTGAAATAA GTGTCCTGAA TGCTTGGAAA GCTCAAGAAC CAAGTCAAAA TAGAGAGAGA 
GAATCTGAGC TTTCAGCTGT GACTCGGTTG AAGCCAAAAT GTCCAGCCCA GGACCTCTCG 
ATCTCGGACT GGCTTGCACG AGAACGTTTA CGCACTAGCA CAACTGACCT TAATACGGGT 
GAAACTGGAA AGCCCAGACT TGAGAACACT AACTTAGCAG AGGTATCAAA GGTAGAGCTG 
CCCTCATCTG CAGAGATGCA GGCCGATGAA GGCAGCTCTT CCAGCAGCTT GACTTTAATT 
AATAGAACAC CACCTTCGGG ACCATTTCAG CCACCAGACC AGGTAAATGG TGAAAATTAT 
CAGAACATGA ACAAAAACAA CTTCAGCCCA GCAGTTGATG CCCATCCTCA TAAACTGTCT 
GGGACCCAAG TGGTTAGATC TCGATTTTAC CAGTATCTTT GA

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

ARHGAP21 ( XM_012571427.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012426881.1 Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), mRNA.

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CloneID	OTd20095
Clone ID Related Accession (Same CDS sequence)	XM_012571427.1
Accession Version	XM_012571427.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6270bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	LOW QUALITY PROTEIN: rho GTPase-activating protein 21
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198269.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 6% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGCCCCAG CGCCGAGACT CCTTAATTGC CGCCGGCGCG GCTGCAGTGG CCGCCGGCTC 
CCGCTGTCGA AGCAAAGCGA CGTCTCTACC ACACAACGAA GTTCGCCCCC GCCTCTGGCC 
CAGGACTTCG GCCGAGCCCG TCCAAAGCCA GCCCAGGGGC GGTCGCGGTC CCGGTCCTCC 
CGAAGCCAGG TGCAGGTGGA GCTGGCTGCA GAAGCACCAA ATCCTGCGCT AGGGGCGGAA 
AGTCTGAGAT CGCTGCTGTG TGATCACCCC CGCAAACGCC CAGGGAAGCA GCAGCAAACG 
CCGCCGCCCC AGGCCGCGCT GGCGGGCGGG GGCCGGCGGG GCTCTGCGCT CCCCAGCCGC 
AGGGCATCAA AAAATAAAGA TGGAAAAGAG CAGAGTGAAG CTATATCGCC ATCGGAGGAG 
GAAGAAACTT TCTCTTGGCC TGGTCCTAAA ACTGTCGTGC TAAGGAGGAC ATCTCAGGGT 
TTTGGCTTCA CCTTAAGACA CTTCATAGTC TACCCTCCAG AATCTGCAGT TCAGTTTTCT 
TTCAAAGATG AAGAGAATGG GAATAGACAA GGAAAACAAA GAAATAGACT GGAGCCAATG 
GATACCATAT TCGTTAAACA AGTTAAAGAG GGTGGACCTG CTTTTGAAGC TGGGCTGTGC 
ACAGGTGACA GAATTATAAA AGTCAATGGA GAAAGTGTTA TTGGAAAGAC ATATTCTCAA 
GTCATTGCTT TAATACAGAA CAGTGACAGC ATATTGGAAC TTAGTGTTAT GCCAAAAGAT 
GAGGACATCC TTCAATTGCT GCAGTTTACA AAGGATGTCA CAGCACTGGC ATATTCCCAA 
GATGCCTACC TGAAAGGCAA TGAAGCCTAC AGTGGTAATG CCCACAACAT ACCTGAACCA 
CCACCAGTAT GTTACCCACG CCTGACATCC ACAGCCTCTG TTAAGGCACA AGCCGGAGAC 
AAGCTCCCTT CTGACTTCTC GCTGGGGAAG CAGCAAGTCA GTAGACCAGT CCGAGCATTG 
ACACAGCCAG AGAGGGCTTA CAGAATGGAA ATACAAGTGC CTCCATCTCC AACAGACATT 
GCAAAATCAA ATACAGCCGT GTGCGTTTGC AATGAAACTG TAAGGACTGT TATTGTGCCT 
TCTGAGAAGG CTGTAGATTT GCCGTCTTGC AGAAATAACC ATGCTGGTCC ATCACACAGG 
ACAGAGGAAG TAAGATACGG CATAAAAGAT CAAACCAGTC TAAAAGCATG GACCACCACA 
TCACCACCAT CTTTAGTGTC CACTGCCATT GTACTTCCCC AGACTCCAAT AACAAGACCA 
GTTGATACAA CTGTAACAGT AAGTAAAGCT TCAAATTATG TAGTATGTCC AGAAGGCATC 
CCAAACACTA GACCTTCTAC TCAAGCCACA GACTCGCCCT CAGTCGCTAC TAATCACTAC 
AGTTCTCCAA CCTCCCACCA GCATATAGAC TGGAAGACCT ACAAAACTTA CAAGGAGTAC 
ATTGATAATA GGCGCATGCA CATGTATGGC TCCAGAACAA TACAGGAAAG GTTAGATAGC 
TTAAGGGCAG CTTCTCAGAA CACAACTGAG TATAATCAGG TGGTGCCAAA TCGCACTGCT 
TCTCAGGTAC GGCGCAGGAG CACCTCTCAT GACAGGGTTC CGCAGTCTGT CCAGATCCGG 
CAGAGAAGTG TATCCCAGGA AAGGCTTGAA GATCCCGTGT TGATGAAAGA ATGGCCCCGA 
AGTGCTTCAC AAGATGCTCT AACTTCGCCT TCAGTCAATG CTAGAAATCA CAGGGCTCGG 
TCGTGGGATT ATCTCAGCAA ACAGGGTGAA GTGCTAGAAA ATTTTCATTC TGAGAATATG 
ATTGCCGATG CAAATGGAGA TAGGAGAAAG ACTTACAAAT GGACAGGGTT TACTGAACAA 
GATGATCGGC GAGGGATTTA TGAGAGATCT AGACAGCATG CATTTCATAT GTCCCTTCGA 
GGTCAAAACT TTCCTATTGC TCCGAATACT TACATTTCAG ACAACAGGAG AACTGGTAGT 
AGAGCTTCTC TGCCTGGTTC TCACTTTCAG AAAGTTTCAC CAGATATCAA AGTCTTACAG 
CCTTCTCGCG ATTTGCAAAC TCCTGGGGGA GTTTCAAAAT CTGCAGGTGT TTCACAAGAA 
AGGTTGTGTC TCACATCAGC CAGAAGTTCT AAAAGTAGCT CTCTGAAGAA CTCAGCTCCC 
TATGCAGCAA AACCGTCGAC TCCCCTTAAC CAGGGCCTGG ATGCTATTGC CAGCAAAGAC 
CAAAGAACAG TAAATAATTT GCATCAAAGC AGTCTGTTAA ACCAACAGTC AAGGATCCGA 
GCCGAAGGTG CCCCAGATCA CAAAACAGAA ACTGGTAAAA CCATCCAGCC CTCTTCTCTG 
GCTCCAGCTT CTACCAAACT TGTTCACCCA GCAAGTGAGT GTTTAACTAC CTCTGACAAC 
ATAGATGGTT CCATCAGACA AAAGATTCAT GGTATTGAAA GGGAAGATGT TCATGAGTCT 
GAAAGTCTGC AAATGGATGT TCAGGGAAAT GACAAAGACA CAGTGGTCAT GCGGGACAAA 
TCCCCTTCTG GCCACCAAAC TCCCCAGCCT TTGAGGCATC AGTCCTACAT TCTTGCTGTT 
AATGACCAAG AGGCAGCCTC GGACACTACC TGTTGGTTAC CTAACGATGC TCGGAGAGAA 
GTCCACATAA AAAGAATAGA GGAAAGGAAA GCGTCGAGTT CCAGCCCACC TGGTGACTCT 
TTGGCTTCAA TTCCGTTTAT TGATGAACCG ACTAGTCCTA GTATTGACCA TGATATTGCA 
CACATTCCTG CTTCTGCTGT TATTTCTGCA TCTGCTTCTC AAGCACCAGC TATAACAGCT 
GTTCCTTCCA GTCCTACATC TCCAATCCCT TTAATTCGGC GACAACTTTC ACATGATCAT 
GAATCCATCC CGGCCTATGC TGCAAAAACT GAGAGAATCA AGTCATATGA TGAAGGACTG 
GACGACTACA GAAGAAGAGG GAAAAGATCC ATTAAACATG TATCTAGTTT AAAGGGGATT 
AAGGTCCCAG ACAGCCAGAA ATCTTCAGAA GACTCTGGTT CCCGAAAAGA TTCTTCTTCA 
GAAGTGTTTG GTGATGCCTC CAAAGAAGGA TGGCTCCATT TTCGACAGCT TTTTACAGAC 
AAAGGAAAGC GAGTTGGTGG GAGCATTCGG CCGTGGAAGC AACTGTATGT TGTTCTTCGA 
GGTCATTCAC TTTATTTGTA CAAGGACAAA AAGGAACAAG TGACCCTCTC TGAGGAAGAA 
CAACCTATAA GCATCAATGC TTGCTTGATA GACATCTCGT ACTGTGAAAC CAAGAGGAAA 
AATGTATTTA GACTCACCAC TTCAGACCGC GAGTATCTGT TTCAAGCTGA GGACAGAGAT 
AATATGTTAG CATGGATTAA AGCAATACAA GACAACAGCA ACTTAAATGA CGAGGATACT 
GGTGTCACTA GTAGAGATCT AATTAGTCGA AGGATTAAAG AGTACAGTAC AATGATGAGT 
TCTTCAAGCA GCAAAACAGA ACCATCTCCC AAAACACCTC GCCAGAGTCT GAGTATCAGA 
CAGACTCTAC TTGGAACTAA AGCAGAACAG AGGACTCAGA GTCCACATTC TCCTAAGGAT 
GAGACAGAAA GGAAGCTTCT CACTAAAGAT GAGACAAGCC CACCAAAAGA CAAAGGGACA 
TGGAGAAAAG GCATTCCAAG CATTATGAGG AAGACATTTG AAAAGAAGCC CTCTGCTGTT 
GGAACTTTTG GTGTTAGACT AGATGACTGC CCTCCAGCTC ATACCAACAA ATATATTCCA 
CTGATTGTTG ATATATGTTG CAAACTGGTT GAAGAAAGAG GTCTTGAGTA CACAGGTATT 
TACAGAGTGC CTGGAAATAA TGCTGCCATC TCAAGTATGC AAGAAGAGCT CAATAAAGGA 
ATGACTGACA TTGATGTTCA TGATGATAAA TGGCGTGACC TGAACGTGAT CAGCAGTCTG 
CTGAAATCCT TCTTCCGAAA GCTCCCGGAA CCCCTCTTCA CCAACGACAA ATATGCAGAT 
TTTATAGATG CCAATAGAAA AGAAGATCCT GTTGAGCGTC TGAAAACACT GAAGAGACTG 
ATTCATGATT TACCTGAACA CCATTATGAG ACCCTCAAGT TTCTTTCTGC ACACCTGAAG 
ACAGTAGCAG AGAACTCAGA AAAGAACAAG ATGGAACCGA GAAACCTGGC AATAGTATTT 
GGTCCAACAC TTGTGAGGAC ATCTGATGAT AACATGACAC ACATGGTTAC CCACATGCCA 
GACCAATATA AAATTGTAGA AACACTCATC CAAAAACATG ACTGGTTTTT CACAGAAGAT 
GATGCTGAAG AACCTCTTAC AGCAGTTCAG GAGGAAAACA CTGTAGAATC TCAGCCAGTG 
CCAAACATAG ATCATTTACT CACCAACATT GGAAGAACGG GAGTATCTCC TGGAGACGTA 
TCAGATTCAG CTACTAGTGA CTCAGCAAAA TCTAAGGGTT CTTGGGGTTC TGGAAAAGAT 
CAGTATAGCA AGGAACTGCT TGTGTCCTCC ATTTTTGCAG CAGCTAGTCG CAAGCGGAAA 
AAAACTAAAG AGAAACCACA GCCAAGTAGC TCAGAGGATG AGTTGGATAA TGTGTTTTTC 
AAGAAGGAGC TTGCAGAACA ATCTCGTGGT GACACAGCAA AAGAGAACAC AGCTAAAGGG 
GAATATGAAA GAGAGAGAGA GATAGGGAGA AAACAAAGGA TGTTTGTCCT GAAGGAAAAA 
GAGAACAGCA GTAAAAAAGA TGTGAATGTT GTAAAGGATG AAAAGAAGTC ATTAAAGAAA 
GAAAATATCC TGACAGAGGA ACCTTCACTG CCTTACGATG AAAAATGTAC AAAATCATCA 
AATATCAACT GTCTGCAAAC CATGCAGAAG AATAACCCAA AAATGCCTAT TTCACAATCT 
TCTTCCCAGG TTGAGGAGAC AGTGTCTGAC TCTGGCACTG TGCTAAGCAC ATCCTCCCAG 
GCTTCCCAGC ACAGATACGC ATGCAAAAAA GTAGCCAGCC CTGAAATTAA ACACAATGAG 
TTTTTAGCAG CTGATGTCAG CTCCATCACC TCAGATTACT CAACGACTTC ATCTACAATG 
TATCTGACTG GTTTAGATGC CAGTATGCTG AGCCCTGAGG TGCAGTCAGT GACAGAAAGC 
AAGGGAGAAG ATGCAGATGA TGAAAGAAGT GAATTGATCA GCGAAGGGCG TCCTATGGAG 
ACAGACAGTG AAAGTGACTT CCCTGTCTTT GCCACCAGCG CTGCCGCCGA AAGGCTGTCC 
AAAGGGAAAG TTCCAGAAGT GGTAAAGACC AGTCGGAGGA ACTCTGAAGA AAGTGAAGTA 
AGTTGTACTG AGGGAAGTTC CACGCCAAAG TTAGAGAGTC GCAGACTTTT TAGCTCGCAC 
AAACTTATTG AATGTGATAC ACTCTCCAGG AAAAAGTCTG CACGGCACAA AACGGACAGT 
GAGGGGTCAG GGGATGCCAA GAGTGAGAAG GACTTGCCTA CTGTGACCAA AATGTTCGAC 
ATCATGAAAA AAGGAAGATC CACAAGCAGT TTAGCTACAT CGGCCAAAAG CGAGGCTGAC 
AAACAAGAAC CTACGTGGAG ACTTAAGATT ACAGACAGGT TAAAGCTGCG ACTCAAATCA 
TCTGCTGATG ATATGTTTGG AGTTGGGAAT CAAAAAGCTA ACTCTGCAGA GACTGCAAAG 
AGAAAGAATA TCAGGCGAAG GCACACACTT GGAGGGCAGA GGGATTTTGC TGAAATAAGT 
GTCCTGAATG CTTGGAAAGC TCAAGAACCA AGTCAAAATA GAGAGAGAGA ATCTGAGCTT 
TCAGCTGTGA CTCGGTTGAA GCCAAAATGT CCAGCCCAGG ACCTCTCGAT CTCGGACTGG 
CTTGCACGAG AGCGTTTACG CACTAGCACA ACTGACCTTA ATACGGGTGA AACTGGAAAG 
CCCAGACTTG AGAACACTNA ACTAGCAGAG GTATCAAAGG TAGAGCTGCC CTCATCTGCA 
GAGATGCAGG CCGATGAAGG CAGCTCTTCC AGCAGCTTGA CTTTAATTAA TAGAACACCA 
CCTTCGGGAC CATTTCAGCC ACCAGACCAG GTAAATGGTG AAAATTATCA GAACATGAAC 
AAAAACAACT TCAGCCCAGC AGTTGATGCC CATCCTCATA AACTGTCTGG GACCCAAGTG 
GTTAGATCTC GATTTTACCA GTATCTTTGA

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

RefSeq	XP_012426881.1
CDS	1..6270
Translation	MAPAPRLLNCRRRGCSGRRLPLSKQSDVSTTQRSSPPPLAQDFGRARPKPAQGRSRSRSSRSQVQVELAAEAPNPALGAESLRSLLCDHPRKRPGKQQQTPPPQAALAGGGRRGSALPSRRASKNKDGKEQSEAISPSEEEETFSWPGPKTVVLRRTSQGFGFTLRHFIVYPPESAVQFSFKDEENGNRQGKQRNRLEPMDTIFVKQVKEGGPAFEAGLCTGDRIIKVNGESVIGKTYSQVIALIQNSDSILELSVMPKDEDILQLLQFTKDVTALAYSQDAYLKGNEAYSGNAHNIPEPPPVCYPRLTSTASVKAQAGDKLPSDFSLGKQQVSRPVRALTQPERAYRMEIQVPPSPTDIAKSNTAVCVCNETVRTVIVPSEKAVDLPSCRNNHAGPSHRTEEVRYGIKDQTSLKAWTTTSPPSLVSTAIVLPQTPITRPVDTTVTVSKASNYVVCPEGIPNTRPSTQATDSPSVATNHYSSPTSHQHIDWKTYKTYKEYIDNRRMHMYGSRTIQERLDSLRAASQNTTEYNQVVPNRTASQVRRRSTSHDRVPQSVQIRQRSVSQERLEDPVLMKEWPRSASQDALTSPSVNARNHRARSWDYLSKQGEVLENFHSENMIADANGDRRKTYKWTGFTEQDDRRGIYERSRQHAFHMSLRGQNFPIAPNTYISDNRRTGSRASLPGSHFQKVSPDIKVLQPSRDLQTPGGVSKSAGVSQERLCLTSARSSKSSSLKNSAPYAAKPSTPLNQGLDAIASKDQRTVNNLHQSSLLNQQSRIRAEGAPDHKTETGKTIQPSSLAPASTKLVHPASECLTTSDNIDGSIRQKIHGIEREDVHESESLQMDVQGNDKDTVVMRDKSPSGHQTPQPLRHQSYILAVNDQEAASDTTCWLPNDARREVHIKRIEERKASSSSPPGDSLASIPFIDEPTSPSIDHDIAHIPASAVISASASQAPAITAVPSSPTSPIPLIRRQLSHDHESIPAYAAKTERIKSYDEGLDDYRRRGKRSIKHVSSLKGIKVPDSQKSSEDSGSRKDSSSEVFGDASKEGWLHFRQLFTDKGKRVGGSIRPWKQLYVVLRGHSLYLYKDKKEQVTLSEEEQPISINACLIDISYCETKRKNVFRLTTSDREYLFQAEDRDNMLAWIKAIQDNSNLNDEDTGVTSRDLISRRIKEYSTMMSSSSSKTEPSPKTPRQSLSIRQTLLGTKAEQRTQSPHSPKDETERKLLTKDETSPPKDKGTWRKGIPSIMRKTFEKKPSAVGTFGVRLDDCPPAHTNKYIPLIVDICCKLVEERGLEYTGIYRVPGNNAAISSMQEELNKGMTDIDVHDDKWRDLNVISSLLKSFFRKLPEPLFTNDKYADFIDANRKEDPVERLKTLKRLIHDLPEHHYETLKFLSAHLKTVAENSEKNKMEPRNLAIVFGPTLVRTSDDNMTHMVTHMPDQYKIVETLIQKHDWFFTEDDAEEPLTAVQEENTVESQPVPNIDHLLTNIGRTGVSPGDVSDSATSDSAKSKGSWGSGKDQYSKELLVSSIFAAASRKRKKTKEKPQPSSSEDELDNVFFKKELAEQSRGDTAKENTAKGEYEREREIGRKQRMFVLKEKENSSKKDVNVVKDEKKSLKKENILTEEPSLPYDEKCTKSSNINCLQTMQKNNPKMPISQSSSQVEETVSDSGTVLSTSSQASQHRYACKKVASPEIKHNEFLAADVSSITSDYSTTSSTMYLTGLDASMLSPEVQSVTESKGEDADDERSELISEGRPMETDSESDFPVFATSAAAERLSKGKVPEVVKTSRRNSEESEVSCTEGSSTPKLESRRLFSSHKLIECDTLSRKKSARHKTDSEGSGDAKSEKDLPTVTKMFDIMKKGRSTSSLATSAKSEADKQEPTWRLKITDRLKLRLKSSADDMFGVGNQKANSAETAKRKNIRRRHTLGGQRDFAEISVLNAWKAQEPSQNRERESELSAVTRLKPKCPAQDLSISDWLARERLRTSTTDLNTGETGKPRLENTnullLAEVSKVELPSSAEMQADEGSSSSSLTLINRTPPSGPFQPPDQVNGENYQNMNKNNFSPAVDAHPHKLSGTQVVRSRFYQYL

Target ORF information:

RefSeq Version	XM_012571427.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), mRNA.

Target ORF information:

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

XM_012571427.1

ORF Insert Sequence:

ATGGCCCCAG CGCCGAGACT CCTTAATTGC CGCCGGCGCG GCTGCAGTGG CCGCCGGCTC 
CCGCTGTCGA AGCAAAGCGA CGTCTCTACC ACACAACGAA GTTCGCCCCC GCCTCTGGCC 
CAGGACTTCG GCCGAGCCCG TCCAAAGCCA GCCCAGGGGC GGTCGCGGTC CCGGTCCTCC 
CGAAGCCAGG TGCAGGTGGA GCTGGCTGCA GAAGCACCAA ATCCTGCGCT AGGGGCGGAA 
AGTCTGAGAT CGCTGCTGTG TGATCACCCC CGCAAACGCC CAGGGAAGCA GCAGCAAACG 
CCGCCGCCCC AGGCCGCGCT GGCGGGCGGG GGCCGGCGGG GCTCTGCGCT CCCCAGCCGC 
AGGGCATCAA AAAATAAAGA TGGAAAAGAG CAGAGTGAAG CTATATCGCC ATCGGAGGAG 
GAAGAAACTT TCTCTTGGCC TGGTCCTAAA ACTGTCGTGC TAAGGAGGAC ATCTCAGGGT 
TTTGGCTTCA CCTTAAGACA CTTCATAGTC TACCCTCCAG AATCTGCAGT TCAGTTTTCT 
TTCAAAGATG AAGAGAATGG GAATAGACAA GGAAAACAAA GAAATAGACT GGAGCCAATG 
GATACCATAT TCGTTAAACA AGTTAAAGAG GGTGGACCTG CTTTTGAAGC TGGGCTGTGC 
ACAGGTGACA GAATTATAAA AGTCAATGGA GAAAGTGTTA TTGGAAAGAC ATATTCTCAA 
GTCATTGCTT TAATACAGAA CAGTGACAGC ATATTGGAAC TTAGTGTTAT GCCAAAAGAT 
GAGGACATCC TTCAATTGCT GCAGTTTACA AAGGATGTCA CAGCACTGGC ATATTCCCAA 
GATGCCTACC TGAAAGGCAA TGAAGCCTAC AGTGGTAATG CCCACAACAT ACCTGAACCA 
CCACCAGTAT GTTACCCACG CCTGACATCC ACAGCCTCTG TTAAGGCACA AGCCGGAGAC 
AAGCTCCCTT CTGACTTCTC GCTGGGGAAG CAGCAAGTCA GTAGACCAGT CCGAGCATTG 
ACACAGCCAG AGAGGGCTTA CAGAATGGAA ATACAAGTGC CTCCATCTCC AACAGACATT 
GCAAAATCAA ATACAGCCGT GTGCGTTTGC AATGAAACTG TAAGGACTGT TATTGTGCCT 
TCTGAGAAGG CTGTAGATTT GCCGTCTTGC AGAAATAACC ATGCTGGTCC ATCACACAGG 
ACAGAGGAAG TAAGATACGG CATAAAAGAT CAAACCAGTC TAAAAGCATG GACCACCACA 
TCACCACCAT CTTTAGTGTC CACTGCCATT GTACTTCCCC AGACTCCAAT AACAAGACCA 
GTTGATACAA CTGTAACAGT AAGTAAAGCT TCAAATTATG TAGTATGTCC AGAAGGCATC 
CCAAACACTA GACCTTCTAC TCAAGCCACA GACTCGCCCT CAGTCGCTAC TAATCACTAC 
AGTTCTCCAA CCTCCCACCA GCATATAGAC TGGAAGACCT ACAAAACTTA CAAGGAGTAC 
ATTGATAATA GGCGCATGCA CATGTATGGC TCCAGAACAA TACAGGAAAG GTTAGATAGC 
TTAAGGGCAG CTTCTCAGAA CACAACTGAG TATAATCAGG TGGTGCCAAA TCGCACTGCT 
TCTCAGGTAC GGCGCAGGAG CACCTCTCAT GACAGGGTTC CGCAGTCTGT CCAGATCCGG 
CAGAGAAGTG TATCCCAGGA AAGGCTTGAA GATCCCGTGT TGATGAAAGA ATGGCCCCGA 
AGTGCTTCAC AAGATGCTCT AACTTCGCCT TCAGTCAATG CTAGAAATCA CAGGGCTCGG 
TCGTGGGATT ATCTCAGCAA ACAGGGTGAA GTGCTAGAAA ATTTTCATTC TGAGAATATG 
ATTGCCGATG CAAATGGAGA TAGGAGAAAG ACTTACAAAT GGACAGGGTT TACTGAACAA 
GATGATCGGC GAGGGATTTA TGAGAGATCT AGACAGCATG CATTTCATAT GTCCCTTCGA 
GGTCAAAACT TTCCTATTGC TCCGAATACT TACATTTCAG ACAACAGGAG AACTGGTAGT 
AGAGCTTCTC TGCCTGGTTC TCACTTTCAG AAAGTTTCAC CAGATATCAA AGTCTTACAG 
CCTTCTCGCG ATTTGCAAAC TCCTGGGGGA GTTTCAAAAT CTGCAGGTGT TTCACAAGAA 
AGGTTGTGTC TCACATCAGC CAGAAGTTCT AAAAGTAGCT CTCTGAAGAA CTCAGCTCCC 
TATGCAGCAA AACCGTCGAC TCCCCTTAAC CAGGGCCTGG ATGCTATTGC CAGCAAAGAC 
CAAAGAACAG TAAATAATTT GCATCAAAGC AGTCTGTTAA ACCAACAGTC AAGGATCCGA 
GCCGAAGGTG CCCCAGATCA CAAAACAGAA ACTGGTAAAA CCATCCAGCC CTCTTCTCTG 
GCTCCAGCTT CTACCAAACT TGTTCACCCA GCAAGTGAGT GTTTAACTAC CTCTGACAAC 
ATAGATGGTT CCATCAGACA AAAGATTCAT GGTATTGAAA GGGAAGATGT TCATGAGTCT 
GAAAGTCTGC AAATGGATGT TCAGGGAAAT GACAAAGACA CAGTGGTCAT GCGGGACAAA 
TCCCCTTCTG GCCACCAAAC TCCCCAGCCT TTGAGGCATC AGTCCTACAT TCTTGCTGTT 
AATGACCAAG AGGCAGCCTC GGACACTACC TGTTGGTTAC CTAACGATGC TCGGAGAGAA 
GTCCACATAA AAAGAATAGA GGAAAGGAAA GCGTCGAGTT CCAGCCCACC TGGTGACTCT 
TTGGCTTCAA TTCCGTTTAT TGATGAACCG ACTAGTCCTA GTATTGACCA TGATATTGCA 
CACATTCCTG CTTCTGCTGT TATTTCTGCA TCTGCTTCTC AAGCACCAGC TATAACAGCT 
GTTCCTTCCA GTCCTACATC TCCAATCCCT TTAATTCGGC GACAACTTTC ACATGATCAT 
GAATCCATCC CGGCCTATGC TGCAAAAACT GAGAGAATCA AGTCATATGA TGAAGGACTG 
GACGACTACA GAAGAAGAGG GAAAAGATCC ATTAAACATG TATCTAGTTT AAAGGGGATT 
AAGGTCCCAG ACAGCCAGAA ATCTTCAGAA GACTCTGGTT CCCGAAAAGA TTCTTCTTCA 
GAAGTGTTTG GTGATGCCTC CAAAGAAGGA TGGCTCCATT TTCGACAGCT TTTTACAGAC 
AAAGGAAAGC GAGTTGGTGG GAGCATTCGG CCGTGGAAGC AACTGTATGT TGTTCTTCGA 
GGTCATTCAC TTTATTTGTA CAAGGACAAA AAGGAACAAG TGACCCTCTC TGAGGAAGAA 
CAACCTATAA GCATCAATGC TTGCTTGATA GACATCTCGT ACTGTGAAAC CAAGAGGAAA 
AATGTATTTA GACTCACCAC TTCAGACCGC GAGTATCTGT TTCAAGCTGA GGACAGAGAT 
AATATGTTAG CATGGATTAA AGCAATACAA GACAACAGCA ACTTAAATGA CGAGGATACT 
GGTGTCACTA GTAGAGATCT AATTAGTCGA AGGATTAAAG AGTACAGTAC AATGATGAGT 
TCTTCAAGCA GCAAAACAGA ACCATCTCCC AAAACACCTC GCCAGAGTCT GAGTATCAGA 
CAGACTCTAC TTGGAACTAA AGCAGAACAG AGGACTCAGA GTCCACATTC TCCTAAGGAT 
GAGACAGAAA GGAAGCTTCT CACTAAAGAT GAGACAAGCC CACCAAAAGA CAAAGGGACA 
TGGAGAAAAG GCATTCCAAG CATTATGAGG AAGACATTTG AAAAGAAGCC CTCTGCTGTT 
GGAACTTTTG GTGTTAGACT AGATGACTGC CCTCCAGCTC ATACCAACAA ATATATTCCA 
CTGATTGTTG ATATATGTTG CAAACTGGTT GAAGAAAGAG GTCTTGAGTA CACAGGTATT 
TACAGAGTGC CTGGAAATAA TGCTGCCATC TCAAGTATGC AAGAAGAGCT CAATAAAGGA 
ATGACTGACA TTGATGTTCA TGATGATAAA TGGCGTGACC TGAACGTGAT CAGCAGTCTG 
CTGAAATCCT TCTTCCGAAA GCTCCCGGAA CCCCTCTTCA CCAACGACAA ATATGCAGAT 
TTTATAGATG CCAATAGAAA AGAAGATCCT GTTGAGCGTC TGAAAACACT GAAGAGACTG 
ATTCATGATT TACCTGAACA CCATTATGAG ACCCTCAAGT TTCTTTCTGC ACACCTGAAG 
ACAGTAGCAG AGAACTCAGA AAAGAACAAG ATGGAACCGA GAAACCTGGC AATAGTATTT 
GGTCCAACAC TTGTGAGGAC ATCTGATGAT AACATGACAC ACATGGTTAC CCACATGCCA 
GACCAATATA AAATTGTAGA AACACTCATC CAAAAACATG ACTGGTTTTT CACAGAAGAT 
GATGCTGAAG AACCTCTTAC AGCAGTTCAG GAGGAAAACA CTGTAGAATC TCAGCCAGTG 
CCAAACATAG ATCATTTACT CACCAACATT GGAAGAACGG GAGTATCTCC TGGAGACGTA 
TCAGATTCAG CTACTAGTGA CTCAGCAAAA TCTAAGGGTT CTTGGGGTTC TGGAAAAGAT 
CAGTATAGCA AGGAACTGCT TGTGTCCTCC ATTTTTGCAG CAGCTAGTCG CAAGCGGAAA 
AAAACTAAAG AGAAACCACA GCCAAGTAGC TCAGAGGATG AGTTGGATAA TGTGTTTTTC 
AAGAAGGAGC TTGCAGAACA ATCTCGTGGT GACACAGCAA AAGAGAACAC AGCTAAAGGG 
GAATATGAAA GAGAGAGAGA GATAGGGAGA AAACAAAGGA TGTTTGTCCT GAAGGAAAAA 
GAGAACAGCA GTAAAAAAGA TGTGAATGTT GTAAAGGATG AAAAGAAGTC ATTAAAGAAA 
GAAAATATCC TGACAGAGGA ACCTTCACTG CCTTACGATG AAAAATGTAC AAAATCATCA 
AATATCAACT GTCTGCAAAC CATGCAGAAG AATAACCCAA AAATGCCTAT TTCACAATCT 
TCTTCCCAGG TTGAGGAGAC AGTGTCTGAC TCTGGCACTG TGCTAAGCAC ATCCTCCCAG 
GCTTCCCAGC ACAGATACGC ATGCAAAAAA GTAGCCAGCC CTGAAATTAA ACACAATGAG 
TTTTTAGCAG CTGATGTCAG CTCCATCACC TCAGATTACT CAACGACTTC ATCTACAATG 
TATCTGACTG GTTTAGATGC CAGTATGCTG AGCCCTGAGG TGCAGTCAGT GACAGAAAGC 
AAGGGAGAAG ATGCAGATGA TGAAAGAAGT GAATTGATCA GCGAAGGGCG TCCTATGGAG 
ACAGACAGTG AAAGTGACTT CCCTGTCTTT GCCACCAGCG CTGCCGCCGA AAGGCTGTCC 
AAAGGGAAAG TTCCAGAAGT GGTAAAGACC AGTCGGAGGA ACTCTGAAGA AAGTGAAGTA 
AGTTGTACTG AGGGAAGTTC CACGCCAAAG TTAGAGAGTC GCAGACTTTT TAGCTCGCAC 
AAACTTATTG AATGTGATAC ACTCTCCAGG AAAAAGTCTG CACGGCACAA AACGGACAGT 
GAGGGGTCAG GGGATGCCAA GAGTGAGAAG GACTTGCCTA CTGTGACCAA AATGTTCGAC 
ATCATGAAAA AAGGAAGATC CACAAGCAGT TTAGCTACAT CGGCCAAAAG CGAGGCTGAC 
AAACAAGAAC CTACGTGGAG ACTTAAGATT ACAGACAGGT TAAAGCTGCG ACTCAAATCA 
TCTGCTGATG ATATGTTTGG AGTTGGGAAT CAAAAAGCTA ACTCTGCAGA GACTGCAAAG 
AGAAAGAATA TCAGGCGAAG GCACACACTT GGAGGGCAGA GGGATTTTGC TGAAATAAGT 
GTCCTGAATG CTTGGAAAGC TCAAGAACCA AGTCAAAATA GAGAGAGAGA ATCTGAGCTT 
TCAGCTGTGA CTCGGTTGAA GCCAAAATGT CCAGCCCAGG ACCTCTCGAT CTCGGACTGG 
CTTGCACGAG AGCGTTTACG CACTAGCACA ACTGACCTTA ATACGGGTGA AACTGGAAAG 
CCCAGACTTG AGAACACTNA ACTAGCAGAG GTATCAAAGG TAGAGCTGCC CTCATCTGCA 
GAGATGCAGG CCGATGAAGG CAGCTCTTCC AGCAGCTTGA CTTTAATTAA TAGAACACCA 
CCTTCGGGAC CATTTCAGCC ACCAGACCAG GTAAATGGTG AAAATTATCA GAACATGAAC 
AAAAACAACT TCAGCCCAGC AGTTGATGCC CATCCTCATA AACTGTCTGG GACCCAAGTG 
GTTAGATCTC GATTTTACCA GTATCTTTGA

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

ARHGAP21 ( XM_030264514.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030120374.1 Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X1, mRNA.

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CloneID	OTd34497
Clone ID Related Accession (Same CDS sequence)	XM_030264514.1
Accession Version	XM_030264514.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6012bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	rho GTPase-activating protein 21 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044213.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCC GGTGGGCAGC GGGGCCACCC GACGGAGATG GAGACAACGA GCCCCCCCCG 
GGCGGCGGCA GCGGTGTCGG CGGCCAGGCA TCAAAAAATA AAGATGGAAA AGAGCAGAGT 
GAAGCTATAT CGCCATCGGA GGAGGAAGAA ACTTTCTCTT GGCCTGGTCC TAAAACTGTC 
GTGCTAAGGA GGACATCTCA GGGTTTTGGC TTCACCTTAA GACACTTCAT AGTCTACCCT 
CCAGAATCTG CAGTTCAGTT TTCTTTCAAA GATGAAGAGA ATGGGAATAG ACAAGGAAAA 
CAAAGAAATA GACTGGAGCC AATGGATACC ATATTCGTTA AACAAGTTAA AGAGGGTGGA 
CCTGCTTTTG AAGCTGGGCT GTGCACAGGT GACAGAATTA TAAAAGTCAA TGGAGAAAGT 
GTTATTGGAA AGACGTATTC TCAAGTCATT GCTTTAATAC AGAACAGTGA CAGCATATTG 
GAACTTAGTG TTATGCCAAA AGATGAGGAC ATCCTTCAAT TGCTGCAGTT TACAAAGGAT 
GTCACAGCAC TGGCATATTC CCAAGATGCC TACCTAAAAG GCAATGAAGC CTACAGTGGT 
AATGCCCACA ACATACCTGA ACCACCACCA GTATGTTACC CACGCCTGAC ATCCACAGCC 
TCTGTTAAGG CACAAGCCGG AGACAAGCTC CCTTCTGACT TCTCGCTGGG GAAGCAGCAA 
GTCAGTAGAC CAGTCCGAGC ATTGACACAG CCAGAGAGGG CTTACAGAAT GGAAATACAA 
GTGCCTCCAT CTCCAACAGA CATTGCAAAA TCAAATACAG CCGTGTGTGT TTGCAATGAA 
ACTGTAAGGA CTGTTATTGT GCCTTCTGAG AAGGCTGTAG ATTTGCCGTC TTGCAGAAAT 
AACCATGCTG GTCCATCACA CAGGACAGAG GAAGTAAGAT ACGGCATAAA AGATCAAACC 
AGTCTAAAAG CATGGACCAC CACATCACCA CCATCTTTAG TGTCCACTGC CATTGTACTT 
CCCCAGACTC CAATAACAAG ACCAGTTGAT ACAACTGTAA CAGTAAGTAA AGCTTCAAAT 
TATGTAGTAT GTCCAGAAGG CATCCCAAAC ACTAGGCCTT CTACTCAAGC CACAGACTCG 
CCCTCAGTCG CTACTAATCA CTACAGTTCT CCAACCTCCC ACCAGCATAT AGACTGGAAG 
ACCTACAAAA CTTACAAGGA GTACATTGAT AATAGGCGCA TGCACATGTA TGGCTCCAGA 
ACAATACAGG AAAGGTTAGA TAGCTTAAGG GCAGCTTCTC AGAACACAAC TGAGTATAAT 
CAGGTGGTGC CAAATCGCAC TGCTTCTCAG GTACGGCGCA GGAGCACCTC TCACGACAGG 
GTTCCGCAGT CTGTCCAGAT CCGGCAGAGA AGTGTATCCC AGGAAAGGCT TGAAGATCCC 
GTGTTGATGA AAGAATGGCC CCGAAGTGCT TCACAAGATG CTCTAACTTC GCCTTCAGTC 
AATGCTAGAA ATCACAGGGC TCGGTCGTGG GATTATCTCA GCAAACAGGG TGAAGTGCTA 
GAAAATTTTC ATTCTGAGAA TATGATTGCC GATGCAAATG GAGATAGGAG AAAGACTTAC 
AAATGGACAG GGTTTACTGA ACAAGATGAT CGGCGAGGGA TTTATGAGAG ATCTAGACAG 
CATGCATTTC ATATGTCCCT TCGAGGTCAA AACTTTCCTA TTGCTCCGAA TACTTACATT 
TCAGACAACA GGAGAACTGG TAGTAGAGCT TCTCTGCCTG GTTCTCACTT TCAGAAAGTT 
TCACCAGATA TCAAAGTCTT ACAGCCTTCT CGCGATTTGC AAACTCCTGG GGGAGTTTCA 
AAATCTGCAG GTGTTTCACA AGAAAGGTTG TGTCTCACAT CAGCCAGAAG TTCTAAAAGT 
AGCTCTCTGA AGAACTCAGC TCCCTATGCA GCAAAACCGT CGATTCCCCT TAACCAGGGC 
CTGGATGCTA TTGCCAGCAA AGACCAAAGA ACAGTAAATA ATTTGCATCA AAGCAGTCTG 
TTAAACCAAC AGTCAAGGAT CCGAGCTGAA GGTGCCCCAG ATCACAAAAC AGAAACTGGT 
AAAACCATCC AGCCCTCTTC TCTGGCTCCA GCTTCTACCA AACTTGTTCA CCCAACAAGT 
GAGTGTTTAA CTACCTCTGA CAACATAGAT GGTTCCATCA GACAAAAGAT TCATGGTATT 
GAAAGGGAAG ATGTTCATGA GTCTGAAAGT CTGCAAATGG ATGTTCAGGG AAATGACAAA 
GACACAGTGG TCATGCGGGA CAAATCCCCT TCTGGCCACC AAACTCCCCA GCCTTTGAGG 
CATCAGTCCT ACATTCTTGC TGTTAATGAC CAAGAGGCAG CCTCGGACAC TACCTGTTGG 
TTACCTAACG ATGCTCGGAG AGAAGTCCAC ATAAAAAGAA TAGAGGAAAG GAAAGCGTCG 
AGTTCCAGCC CACCTGGTGA CTCTTTGGCT TCAATTCCGT TTATTGATGA ACCGACTAGT 
CCTAGTATTG ACCATGATAT TGCACACATT CCTGCTTCTG CTGTTATTTC TGCATCTGCT 
TCTCAAGCAC CAGCTATAAC AGCTGTTCCT TCCAGTCCTA CATCTCCAAT CCCTTTAATT 
CGGCGACAAC TTTCACATGA TCATGAATCC ATCCGGCCTA GTGTCCTGGA TAGCCAACCT 
GCTGCAAAAA CTGAGAGATC AAAGTCATAT GATGAAGGAC TGGACGACTA CAGAGAAGAG 
GGAAAATCAT CCATTAAACA TGTATCTAGT TTAAAGGGGA TTAAGGTCCC AGACAGCCAG 
AAATCTTCAG AAGACTCTGG TTCCCGAAAA GATTCTTCTT CAGAAGTGTT TGGTGATGCC 
TCCAAAGAAG GATGGCTCCA TTTTCGACAG CTTTTTACAG ACAAAGGAAA GCGAGTTGGT 
GGGAGCATTC GGCCGTGGAA GCAACTGTAT GTTGTTCTTC GAGGTCATTC ACTTTATTTG 
TACAAGGACA AAAAGGAACA AGTGACCCTC TCTGAGGAAG AACAACCTAT AAGCATCAAT 
GCTTGCTTGA TAGACATCTC GTACTGTGAA ACCAAGAGGA AAAATGTATT TAGACTCACC 
ACTTCAGACC GCGAGTATCT GTTTCAAGCT GAGGACAGAG ATAATATGTT AGCATGGATT 
AAAGCAATAC AAGACAACAG CAACTTAAAT GATGAGGATA CTGGTGTCAC TAGTAGAGAT 
CTAATTAGTC GAAGGATTAA AGAGTACAGT ACAATGATGA GTTCTTCAAG CAGCAAAACA 
GAACCATCTC CCAAAACACC TCGCCAGAGT CTGAGTATCA GACAGACTCT ACTTGGAACT 
AAAGCAGAAC AGAGGACTCA GAGTCCACAT TCTCCTAAGG ATGAGACAGA AAGGAAGCTT 
CTCACTAAAG ATGAGACAAG CCCACCAAAA GACAAAGGGA CATGGAGAAA AGGCATTCCA 
AGCATTATGA GGAAGACATT TGAAAAGAAG CCCTCTGCTG TTGGAACTTT TGGTGTTAGA 
CTAGATGACT GCCCTCCAGC TCATACCAAC AAATATATTC CACTGATTGT TGATATATGT 
TGCAAACTGG TTGAAGAAAG AGGTCTTGAG TACACAGGTA TTTACAGAGT GCCTGGGAAT 
AATGCTGCCA TCTCAAGTAT GCAAGAAGAG CTCAATAAAG GAATGACTGA CATTGATGTT 
CATGATGATA AATGGCGTGA CCTGAACGTG ATCAGCAGTC TGCTGAAATC CTTCTTCCGA 
AAGCTCCCGG AACCCCTCTT CACCAACGAC AAATATGCAG ATTTTATAGA TGCCAATAGA 
AAAGAAGATC CTGTTGAGCG TCTGAAAACA CTGAAGAGAC TGATTCATGA TTTACCTGAA 
CACCATTATG AGACCCTCAA GTTTCTTTCT GCACACCTGA AGACAGTAGC AGAGAACTCA 
GAAAAGAACA AGATGGAACC GAGAAACCTG GCAATAGTAT TTGGTCCAAC ACTTGTGAGG 
ACATCTGATG ATAACATGAC ACACATGGTT ACCCACATGC CAGACCAATA TAAAATTGTA 
GAAACACTCA TCCAAAAACA TGACTGGTTT TTCACAGAAG ATGATGCTGA AGAACCTCTT 
ACAGCAGTTC AGGAGGAAAA CACTGTAGAA TCTCAGCCAG TGCCAAACAT AGATCATTTA 
CTCACCAACA TTGGAAGAAC GGGAGTATCT CCTGGAGACG TATCAGATTC AGCTACTAGT 
GACTCAGCAA AATCTAAGGG TTCTTGGGGT TCTGGAAAAG ATCAGTATAG CAAGGAACTG 
CTTGTGTCCT CCATTTTTGC AGCAGCTAGT CGCAAGCGGA AAAAAACTAA AGAGAAACCA 
CAGCCAAGTA GCTCAGAGGA TGAGTTGGAT AATGTGTTTT TCAAGAAGGA GCTTGCAGAA 
CAATCTCGTG GTGACACAGC AAAAGAGAAC ACAGCTAAAG GGGAATATGA AAGAGAGAGA 
GAGATAGGGA GAAAACAAAG GATGTTTGTC CTGAAGGAAA AAGAGAACAG CAGTAAAAAA 
GATGTGAATG TTGTAAAGGA TGAAAAGAAG TCATTAAAGA AAGAAAATAT CCTGACAGAG 
GAACCTTCAC TGCCTTACGA TGAAAAATGT ACAAAATCAT CAAATATCAA CTGTCTGCAA 
ACCATGCAGA AGAATAACCC AAAAATGCCT ATTTCACAAT CTTCTTCCCA GGTTGAGGAG 
ACAGTGTCTG ACTCTGGCAC TGTGCTAAGC ACATCCTCCC AGGCTTCCCA GCACAGATAC 
GCATGCAAAA AAGTAGCCAG CCCTGAAATT AAACACAATG AGTTTTTAGC AGCTGATGTC 
AGCTCCATCA CCTCAGATTA CTCAACGACT TCATCTACAA TGTATCTGAC TGGTTTAGAT 
GCCAGTATGC TGAGCCCTGA GGTGCAGTCA GTGACAGAAA GCAAGGGAGA AGATGCAGAT 
GATGAAAGAA GTGAATTGAT CAGCGAAGGG CGTCCTATGG AGACAGACAG TGAAAGTGAC 
TTCCCTGTCT TTGCCACCAG CGCTGCTGCC GAAAGGCTGT CCAAAGGGAA AGTTCCAGAA 
GTGGTAAAGA CCAGTCGGAG GAACTCTGAA GAAAGTGAAG TAAGTTGTAC TGAGGGAAGT 
TCCACGCCAA AGTTGGAGAG TCGCAGACTT TTTAGCTCGC ACAAACTTAT TGAATGTGAT 
ACACTCTCCA GGAAAAAGTC TGCACGGCAC AAAACGGACA GTGAGGGGTC AGGGGATGCC 
AAGAGTGAGA AGGACTTGCC TACTGTGACC AAAATGTTCG ACATCATGAA AAAAGGAAGA 
TCCACAAGCA GTTTAGCTAC ATCGGCCAAA AGCGAGGCTG ACAAACAAGA ACCTACGTGG 
AGACTTAAGA TTACAGACAG GTTAAAGCTG CGCCTCAAAT CATCTGCTGA TGATATGTTT 
GGAGTTGGGA ATCAAAAAGC TAACTCTGCA GAGACTGCAA AGAGAAAGAA TATCAGGCGA 
AGGCATACAC TTGGAGGGCA GAGGGATTTT GCTGAAATAA GTGTCCTGAA TGCTTGGAAA 
GCTCAAGAAC CAAGTCAAAA TAGAGAGAGA GAATCTGAGC TTTCAGCTGT GACTCGGTTG 
AAGCCAAAAT GTCCAGCCCA GGACCTCTCG ATCTCGGACT GGCTTGCACG AGAACGTTTA 
CGCACTAGCA CAACTGACCT TAATACGGGT GAAACTGGAA AGCCCAGACT TGAGAACACT 
AACTTAGCAG AGGTATCAAA GGTAGAGCTG CCCTCATCTG CAGAGATGCA GGCCGATGAA 
GGCAGCTCTT CCAGCAGCTT GACTTTAATT AATAGAACAC CACCTTCGGG ACCATTTCAG 
CCACCAGACC AGGTAAATGG TGAAAATTAT CAGAACATGA ACAAAAACAA CTTCAGCCCA 
GCAGTTGATG CCCATCCTCA TAAACTGTCT GGGACCCAAG TGGTTAGATC TCGATTTTAC 
CAGTATCTTT GA

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

RefSeq	XP_030120374.1
CDS	322..6333
Translation	MATRWAAGPPDGDGDNEPPPGGGSGVGGQASKNKDGKEQSEAISPSEEEETFSWPGPKTVVLRRTSQGFGFTLRHFIVYPPESAVQFSFKDEENGNRQGKQRNRLEPMDTIFVKQVKEGGPAFEAGLCTGDRIIKVNGESVIGKTYSQVIALIQNSDSILELSVMPKDEDILQLLQFTKDVTALAYSQDAYLKGNEAYSGNAHNIPEPPPVCYPRLTSTASVKAQAGDKLPSDFSLGKQQVSRPVRALTQPERAYRMEIQVPPSPTDIAKSNTAVCVCNETVRTVIVPSEKAVDLPSCRNNHAGPSHRTEEVRYGIKDQTSLKAWTTTSPPSLVSTAIVLPQTPITRPVDTTVTVSKASNYVVCPEGIPNTRPSTQATDSPSVATNHYSSPTSHQHIDWKTYKTYKEYIDNRRMHMYGSRTIQERLDSLRAASQNTTEYNQVVPNRTASQVRRRSTSHDRVPQSVQIRQRSVSQERLEDPVLMKEWPRSASQDALTSPSVNARNHRARSWDYLSKQGEVLENFHSENMIADANGDRRKTYKWTGFTEQDDRRGIYERSRQHAFHMSLRGQNFPIAPNTYISDNRRTGSRASLPGSHFQKVSPDIKVLQPSRDLQTPGGVSKSAGVSQERLCLTSARSSKSSSLKNSAPYAAKPSIPLNQGLDAIASKDQRTVNNLHQSSLLNQQSRIRAEGAPDHKTETGKTIQPSSLAPASTKLVHPTSECLTTSDNIDGSIRQKIHGIEREDVHESESLQMDVQGNDKDTVVMRDKSPSGHQTPQPLRHQSYILAVNDQEAASDTTCWLPNDARREVHIKRIEERKASSSSPPGDSLASIPFIDEPTSPSIDHDIAHIPASAVISASASQAPAITAVPSSPTSPIPLIRRQLSHDHESIRPSVLDSQPAAKTERSKSYDEGLDDYREEGKSSIKHVSSLKGIKVPDSQKSSEDSGSRKDSSSEVFGDASKEGWLHFRQLFTDKGKRVGGSIRPWKQLYVVLRGHSLYLYKDKKEQVTLSEEEQPISINACLIDISYCETKRKNVFRLTTSDREYLFQAEDRDNMLAWIKAIQDNSNLNDEDTGVTSRDLISRRIKEYSTMMSSSSSKTEPSPKTPRQSLSIRQTLLGTKAEQRTQSPHSPKDETERKLLTKDETSPPKDKGTWRKGIPSIMRKTFEKKPSAVGTFGVRLDDCPPAHTNKYIPLIVDICCKLVEERGLEYTGIYRVPGNNAAISSMQEELNKGMTDIDVHDDKWRDLNVISSLLKSFFRKLPEPLFTNDKYADFIDANRKEDPVERLKTLKRLIHDLPEHHYETLKFLSAHLKTVAENSEKNKMEPRNLAIVFGPTLVRTSDDNMTHMVTHMPDQYKIVETLIQKHDWFFTEDDAEEPLTAVQEENTVESQPVPNIDHLLTNIGRTGVSPGDVSDSATSDSAKSKGSWGSGKDQYSKELLVSSIFAAASRKRKKTKEKPQPSSSEDELDNVFFKKELAEQSRGDTAKENTAKGEYEREREIGRKQRMFVLKEKENSSKKDVNVVKDEKKSLKKENILTEEPSLPYDEKCTKSSNINCLQTMQKNNPKMPISQSSSQVEETVSDSGTVLSTSSQASQHRYACKKVASPEIKHNEFLAADVSSITSDYSTTSSTMYLTGLDASMLSPEVQSVTESKGEDADDERSELISEGRPMETDSESDFPVFATSAAAERLSKGKVPEVVKTSRRNSEESEVSCTEGSSTPKLESRRLFSSHKLIECDTLSRKKSARHKTDSEGSGDAKSEKDLPTVTKMFDIMKKGRSTSSLATSAKSEADKQEPTWRLKITDRLKLRLKSSADDMFGVGNQKANSAETAKRKNIRRRHTLGGQRDFAEISVLNAWKAQEPSQNRERESELSAVTRLKPKCPAQDLSISDWLARERLRTSTTDLNTGETGKPRLENTNLAEVSKVELPSSAEMQADEGSSSSSLTLINRTPPSGPFQPPDQVNGENYQNMNKNNFSPAVDAHPHKLSGTQVVRSRFYQYL

Target ORF information:

RefSeq Version	XM_030264514.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X1, mRNA.

Target ORF information:

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

XM_030264514.1

ORF Insert Sequence:

ATGGCGACCC GGTGGGCAGC GGGGCCACCC GACGGAGATG GAGACAACGA GCCCCCCCCG 
GGCGGCGGCA GCGGTGTCGG CGGCCAGGCA TCAAAAAATA AAGATGGAAA AGAGCAGAGT 
GAAGCTATAT CGCCATCGGA GGAGGAAGAA ACTTTCTCTT GGCCTGGTCC TAAAACTGTC 
GTGCTAAGGA GGACATCTCA GGGTTTTGGC TTCACCTTAA GACACTTCAT AGTCTACCCT 
CCAGAATCTG CAGTTCAGTT TTCTTTCAAA GATGAAGAGA ATGGGAATAG ACAAGGAAAA 
CAAAGAAATA GACTGGAGCC AATGGATACC ATATTCGTTA AACAAGTTAA AGAGGGTGGA 
CCTGCTTTTG AAGCTGGGCT GTGCACAGGT GACAGAATTA TAAAAGTCAA TGGAGAAAGT 
GTTATTGGAA AGACGTATTC TCAAGTCATT GCTTTAATAC AGAACAGTGA CAGCATATTG 
GAACTTAGTG TTATGCCAAA AGATGAGGAC ATCCTTCAAT TGCTGCAGTT TACAAAGGAT 
GTCACAGCAC TGGCATATTC CCAAGATGCC TACCTAAAAG GCAATGAAGC CTACAGTGGT 
AATGCCCACA ACATACCTGA ACCACCACCA GTATGTTACC CACGCCTGAC ATCCACAGCC 
TCTGTTAAGG CACAAGCCGG AGACAAGCTC CCTTCTGACT TCTCGCTGGG GAAGCAGCAA 
GTCAGTAGAC CAGTCCGAGC ATTGACACAG CCAGAGAGGG CTTACAGAAT GGAAATACAA 
GTGCCTCCAT CTCCAACAGA CATTGCAAAA TCAAATACAG CCGTGTGTGT TTGCAATGAA 
ACTGTAAGGA CTGTTATTGT GCCTTCTGAG AAGGCTGTAG ATTTGCCGTC TTGCAGAAAT 
AACCATGCTG GTCCATCACA CAGGACAGAG GAAGTAAGAT ACGGCATAAA AGATCAAACC 
AGTCTAAAAG CATGGACCAC CACATCACCA CCATCTTTAG TGTCCACTGC CATTGTACTT 
CCCCAGACTC CAATAACAAG ACCAGTTGAT ACAACTGTAA CAGTAAGTAA AGCTTCAAAT 
TATGTAGTAT GTCCAGAAGG CATCCCAAAC ACTAGGCCTT CTACTCAAGC CACAGACTCG 
CCCTCAGTCG CTACTAATCA CTACAGTTCT CCAACCTCCC ACCAGCATAT AGACTGGAAG 
ACCTACAAAA CTTACAAGGA GTACATTGAT AATAGGCGCA TGCACATGTA TGGCTCCAGA 
ACAATACAGG AAAGGTTAGA TAGCTTAAGG GCAGCTTCTC AGAACACAAC TGAGTATAAT 
CAGGTGGTGC CAAATCGCAC TGCTTCTCAG GTACGGCGCA GGAGCACCTC TCACGACAGG 
GTTCCGCAGT CTGTCCAGAT CCGGCAGAGA AGTGTATCCC AGGAAAGGCT TGAAGATCCC 
GTGTTGATGA AAGAATGGCC CCGAAGTGCT TCACAAGATG CTCTAACTTC GCCTTCAGTC 
AATGCTAGAA ATCACAGGGC TCGGTCGTGG GATTATCTCA GCAAACAGGG TGAAGTGCTA 
GAAAATTTTC ATTCTGAGAA TATGATTGCC GATGCAAATG GAGATAGGAG AAAGACTTAC 
AAATGGACAG GGTTTACTGA ACAAGATGAT CGGCGAGGGA TTTATGAGAG ATCTAGACAG 
CATGCATTTC ATATGTCCCT TCGAGGTCAA AACTTTCCTA TTGCTCCGAA TACTTACATT 
TCAGACAACA GGAGAACTGG TAGTAGAGCT TCTCTGCCTG GTTCTCACTT TCAGAAAGTT 
TCACCAGATA TCAAAGTCTT ACAGCCTTCT CGCGATTTGC AAACTCCTGG GGGAGTTTCA 
AAATCTGCAG GTGTTTCACA AGAAAGGTTG TGTCTCACAT CAGCCAGAAG TTCTAAAAGT 
AGCTCTCTGA AGAACTCAGC TCCCTATGCA GCAAAACCGT CGATTCCCCT TAACCAGGGC 
CTGGATGCTA TTGCCAGCAA AGACCAAAGA ACAGTAAATA ATTTGCATCA AAGCAGTCTG 
TTAAACCAAC AGTCAAGGAT CCGAGCTGAA GGTGCCCCAG ATCACAAAAC AGAAACTGGT 
AAAACCATCC AGCCCTCTTC TCTGGCTCCA GCTTCTACCA AACTTGTTCA CCCAACAAGT 
GAGTGTTTAA CTACCTCTGA CAACATAGAT GGTTCCATCA GACAAAAGAT TCATGGTATT 
GAAAGGGAAG ATGTTCATGA GTCTGAAAGT CTGCAAATGG ATGTTCAGGG AAATGACAAA 
GACACAGTGG TCATGCGGGA CAAATCCCCT TCTGGCCACC AAACTCCCCA GCCTTTGAGG 
CATCAGTCCT ACATTCTTGC TGTTAATGAC CAAGAGGCAG CCTCGGACAC TACCTGTTGG 
TTACCTAACG ATGCTCGGAG AGAAGTCCAC ATAAAAAGAA TAGAGGAAAG GAAAGCGTCG 
AGTTCCAGCC CACCTGGTGA CTCTTTGGCT TCAATTCCGT TTATTGATGA ACCGACTAGT 
CCTAGTATTG ACCATGATAT TGCACACATT CCTGCTTCTG CTGTTATTTC TGCATCTGCT 
TCTCAAGCAC CAGCTATAAC AGCTGTTCCT TCCAGTCCTA CATCTCCAAT CCCTTTAATT 
CGGCGACAAC TTTCACATGA TCATGAATCC ATCCGGCCTA GTGTCCTGGA TAGCCAACCT 
GCTGCAAAAA CTGAGAGATC AAAGTCATAT GATGAAGGAC TGGACGACTA CAGAGAAGAG 
GGAAAATCAT CCATTAAACA TGTATCTAGT TTAAAGGGGA TTAAGGTCCC AGACAGCCAG 
AAATCTTCAG AAGACTCTGG TTCCCGAAAA GATTCTTCTT CAGAAGTGTT TGGTGATGCC 
TCCAAAGAAG GATGGCTCCA TTTTCGACAG CTTTTTACAG ACAAAGGAAA GCGAGTTGGT 
GGGAGCATTC GGCCGTGGAA GCAACTGTAT GTTGTTCTTC GAGGTCATTC ACTTTATTTG 
TACAAGGACA AAAAGGAACA AGTGACCCTC TCTGAGGAAG AACAACCTAT AAGCATCAAT 
GCTTGCTTGA TAGACATCTC GTACTGTGAA ACCAAGAGGA AAAATGTATT TAGACTCACC 
ACTTCAGACC GCGAGTATCT GTTTCAAGCT GAGGACAGAG ATAATATGTT AGCATGGATT 
AAAGCAATAC AAGACAACAG CAACTTAAAT GATGAGGATA CTGGTGTCAC TAGTAGAGAT 
CTAATTAGTC GAAGGATTAA AGAGTACAGT ACAATGATGA GTTCTTCAAG CAGCAAAACA 
GAACCATCTC CCAAAACACC TCGCCAGAGT CTGAGTATCA GACAGACTCT ACTTGGAACT 
AAAGCAGAAC AGAGGACTCA GAGTCCACAT TCTCCTAAGG ATGAGACAGA AAGGAAGCTT 
CTCACTAAAG ATGAGACAAG CCCACCAAAA GACAAAGGGA CATGGAGAAA AGGCATTCCA 
AGCATTATGA GGAAGACATT TGAAAAGAAG CCCTCTGCTG TTGGAACTTT TGGTGTTAGA 
CTAGATGACT GCCCTCCAGC TCATACCAAC AAATATATTC CACTGATTGT TGATATATGT 
TGCAAACTGG TTGAAGAAAG AGGTCTTGAG TACACAGGTA TTTACAGAGT GCCTGGGAAT 
AATGCTGCCA TCTCAAGTAT GCAAGAAGAG CTCAATAAAG GAATGACTGA CATTGATGTT 
CATGATGATA AATGGCGTGA CCTGAACGTG ATCAGCAGTC TGCTGAAATC CTTCTTCCGA 
AAGCTCCCGG AACCCCTCTT CACCAACGAC AAATATGCAG ATTTTATAGA TGCCAATAGA 
AAAGAAGATC CTGTTGAGCG TCTGAAAACA CTGAAGAGAC TGATTCATGA TTTACCTGAA 
CACCATTATG AGACCCTCAA GTTTCTTTCT GCACACCTGA AGACAGTAGC AGAGAACTCA 
GAAAAGAACA AGATGGAACC GAGAAACCTG GCAATAGTAT TTGGTCCAAC ACTTGTGAGG 
ACATCTGATG ATAACATGAC ACACATGGTT ACCCACATGC CAGACCAATA TAAAATTGTA 
GAAACACTCA TCCAAAAACA TGACTGGTTT TTCACAGAAG ATGATGCTGA AGAACCTCTT 
ACAGCAGTTC AGGAGGAAAA CACTGTAGAA TCTCAGCCAG TGCCAAACAT AGATCATTTA 
CTCACCAACA TTGGAAGAAC GGGAGTATCT CCTGGAGACG TATCAGATTC AGCTACTAGT 
GACTCAGCAA AATCTAAGGG TTCTTGGGGT TCTGGAAAAG ATCAGTATAG CAAGGAACTG 
CTTGTGTCCT CCATTTTTGC AGCAGCTAGT CGCAAGCGGA AAAAAACTAA AGAGAAACCA 
CAGCCAAGTA GCTCAGAGGA TGAGTTGGAT AATGTGTTTT TCAAGAAGGA GCTTGCAGAA 
CAATCTCGTG GTGACACAGC AAAAGAGAAC ACAGCTAAAG GGGAATATGA AAGAGAGAGA 
GAGATAGGGA GAAAACAAAG GATGTTTGTC CTGAAGGAAA AAGAGAACAG CAGTAAAAAA 
GATGTGAATG TTGTAAAGGA TGAAAAGAAG TCATTAAAGA AAGAAAATAT CCTGACAGAG 
GAACCTTCAC TGCCTTACGA TGAAAAATGT ACAAAATCAT CAAATATCAA CTGTCTGCAA 
ACCATGCAGA AGAATAACCC AAAAATGCCT ATTTCACAAT CTTCTTCCCA GGTTGAGGAG 
ACAGTGTCTG ACTCTGGCAC TGTGCTAAGC ACATCCTCCC AGGCTTCCCA GCACAGATAC 
GCATGCAAAA AAGTAGCCAG CCCTGAAATT AAACACAATG AGTTTTTAGC AGCTGATGTC 
AGCTCCATCA CCTCAGATTA CTCAACGACT TCATCTACAA TGTATCTGAC TGGTTTAGAT 
GCCAGTATGC TGAGCCCTGA GGTGCAGTCA GTGACAGAAA GCAAGGGAGA AGATGCAGAT 
GATGAAAGAA GTGAATTGAT CAGCGAAGGG CGTCCTATGG AGACAGACAG TGAAAGTGAC 
TTCCCTGTCT TTGCCACCAG CGCTGCTGCC GAAAGGCTGT CCAAAGGGAA AGTTCCAGAA 
GTGGTAAAGA CCAGTCGGAG GAACTCTGAA GAAAGTGAAG TAAGTTGTAC TGAGGGAAGT 
TCCACGCCAA AGTTGGAGAG TCGCAGACTT TTTAGCTCGC ACAAACTTAT TGAATGTGAT 
ACACTCTCCA GGAAAAAGTC TGCACGGCAC AAAACGGACA GTGAGGGGTC AGGGGATGCC 
AAGAGTGAGA AGGACTTGCC TACTGTGACC AAAATGTTCG ACATCATGAA AAAAGGAAGA 
TCCACAAGCA GTTTAGCTAC ATCGGCCAAA AGCGAGGCTG ACAAACAAGA ACCTACGTGG 
AGACTTAAGA TTACAGACAG GTTAAAGCTG CGCCTCAAAT CATCTGCTGA TGATATGTTT 
GGAGTTGGGA ATCAAAAAGC TAACTCTGCA GAGACTGCAA AGAGAAAGAA TATCAGGCGA 
AGGCATACAC TTGGAGGGCA GAGGGATTTT GCTGAAATAA GTGTCCTGAA TGCTTGGAAA 
GCTCAAGAAC CAAGTCAAAA TAGAGAGAGA GAATCTGAGC TTTCAGCTGT GACTCGGTTG 
AAGCCAAAAT GTCCAGCCCA GGACCTCTCG ATCTCGGACT GGCTTGCACG AGAACGTTTA 
CGCACTAGCA CAACTGACCT TAATACGGGT GAAACTGGAA AGCCCAGACT TGAGAACACT 
AACTTAGCAG AGGTATCAAA GGTAGAGCTG CCCTCATCTG CAGAGATGCA GGCCGATGAA 
GGCAGCTCTT CCAGCAGCTT GACTTTAATT AATAGAACAC CACCTTCGGG ACCATTTCAG 
CCACCAGACC AGGTAAATGG TGAAAATTAT CAGAACATGA ACAAAAACAA CTTCAGCCCA 
GCAGTTGATG CCCATCCTCA TAAACTGTCT GGGACCCAAG TGGTTAGATC TCGATTTTAC 
CAGTATCTTT GA

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

ARHGAP21 ( XM_030264516.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030120376.1 Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X2, mRNA.

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CloneID	OTd34498
Clone ID Related Accession (Same CDS sequence)	XM_030264516.1
Accession Version	XM_030264516.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6009bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	rho GTPase-activating protein 21 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044213.1) 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 Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCAGT TCAGGATTTT GGACTGCGTG ATCAATCACA ACTGGAATTT CATATGTAAC 
CTGTACTGTG CGTGGAGTGA TCAGGCATCA AAAAATAAAG ATGGAAAAGA GCAGAGTGAA 
GCTATATCGC CATCGGAGGA GGAAGAAACT TTCTCTTGGC CTGGTCCTAA AACTGTCGTG 
CTAAGGAGGA CATCTCAGGG TTTTGGCTTC ACCTTAAGAC ACTTCATAGT CTACCCTCCA 
GAATCTGCAG TTCAGTTTTC TTTCAAAGAT GAAGAGAATG GGAATAGACA AGGAAAACAA 
AGAAATAGAC TGGAGCCAAT GGATACCATA TTCGTTAAAC AAGTTAAAGA GGGTGGACCT 
GCTTTTGAAG CTGGGCTGTG CACAGGTGAC AGAATTATAA AAGTCAATGG AGAAAGTGTT 
ATTGGAAAGA CGTATTCTCA AGTCATTGCT TTAATACAGA ACAGTGACAG CATATTGGAA 
CTTAGTGTTA TGCCAAAAGA TGAGGACATC CTTCAATTGC TGCAGTTTAC AAAGGATGTC 
ACAGCACTGG CATATTCCCA AGATGCCTAC CTAAAAGGCA ATGAAGCCTA CAGTGGTAAT 
GCCCACAACA TACCTGAACC ACCACCAGTA TGTTACCCAC GCCTGACATC CACAGCCTCT 
GTTAAGGCAC AAGCCGGAGA CAAGCTCCCT TCTGACTTCT CGCTGGGGAA GCAGCAAGTC 
AGTAGACCAG TCCGAGCATT GACACAGCCA GAGAGGGCTT ACAGAATGGA AATACAAGTG 
CCTCCATCTC CAACAGACAT TGCAAAATCA AATACAGCCG TGTGTGTTTG CAATGAAACT 
GTAAGGACTG TTATTGTGCC TTCTGAGAAG GCTGTAGATT TGCCGTCTTG CAGAAATAAC 
CATGCTGGTC CATCACACAG GACAGAGGAA GTAAGATACG GCATAAAAGA TCAAACCAGT 
CTAAAAGCAT GGACCACCAC ATCACCACCA TCTTTAGTGT CCACTGCCAT TGTACTTCCC 
CAGACTCCAA TAACAAGACC AGTTGATACA ACTGTAACAG TAAGTAAAGC TTCAAATTAT 
GTAGTATGTC CAGAAGGCAT CCCAAACACT AGGCCTTCTA CTCAAGCCAC AGACTCGCCC 
TCAGTCGCTA CTAATCACTA CAGTTCTCCA ACCTCCCACC AGCATATAGA CTGGAAGACC 
TACAAAACTT ACAAGGAGTA CATTGATAAT AGGCGCATGC ACATGTATGG CTCCAGAACA 
ATACAGGAAA GGTTAGATAG CTTAAGGGCA GCTTCTCAGA ACACAACTGA GTATAATCAG 
GTGGTGCCAA ATCGCACTGC TTCTCAGGTA CGGCGCAGGA GCACCTCTCA CGACAGGGTT 
CCGCAGTCTG TCCAGATCCG GCAGAGAAGT GTATCCCAGG AAAGGCTTGA AGATCCCGTG 
TTGATGAAAG AATGGCCCCG AAGTGCTTCA CAAGATGCTC TAACTTCGCC TTCAGTCAAT 
GCTAGAAATC ACAGGGCTCG GTCGTGGGAT TATCTCAGCA AACAGGGTGA AGTGCTAGAA 
AATTTTCATT CTGAGAATAT GATTGCCGAT GCAAATGGAG ATAGGAGAAA GACTTACAAA 
TGGACAGGGT TTACTGAACA AGATGATCGG CGAGGGATTT ATGAGAGATC TAGACAGCAT 
GCATTTCATA TGTCCCTTCG AGGTCAAAAC TTTCCTATTG CTCCGAATAC TTACATTTCA 
GACAACAGGA GAACTGGTAG TAGAGCTTCT CTGCCTGGTT CTCACTTTCA GAAAGTTTCA 
CCAGATATCA AAGTCTTACA GCCTTCTCGC GATTTGCAAA CTCCTGGGGG AGTTTCAAAA 
TCTGCAGGTG TTTCACAAGA AAGGTTGTGT CTCACATCAG CCAGAAGTTC TAAAAGTAGC 
TCTCTGAAGA ACTCAGCTCC CTATGCAGCA AAACCGTCGA TTCCCCTTAA CCAGGGCCTG 
GATGCTATTG CCAGCAAAGA CCAAAGAACA GTAAATAATT TGCATCAAAG CAGTCTGTTA 
AACCAACAGT CAAGGATCCG AGCTGAAGGT GCCCCAGATC ACAAAACAGA AACTGGTAAA 
ACCATCCAGC CCTCTTCTCT GGCTCCAGCT TCTACCAAAC TTGTTCACCC AACAAGTGAG 
TGTTTAACTA CCTCTGACAA CATAGATGGT TCCATCAGAC AAAAGATTCA TGGTATTGAA 
AGGGAAGATG TTCATGAGTC TGAAAGTCTG CAAATGGATG TTCAGGGAAA TGACAAAGAC 
ACAGTGGTCA TGCGGGACAA ATCCCCTTCT GGCCACCAAA CTCCCCAGCC TTTGAGGCAT 
CAGTCCTACA TTCTTGCTGT TAATGACCAA GAGGCAGCCT CGGACACTAC CTGTTGGTTA 
CCTAACGATG CTCGGAGAGA AGTCCACATA AAAAGAATAG AGGAAAGGAA AGCGTCGAGT 
TCCAGCCCAC CTGGTGACTC TTTGGCTTCA ATTCCGTTTA TTGATGAACC GACTAGTCCT 
AGTATTGACC ATGATATTGC ACACATTCCT GCTTCTGCTG TTATTTCTGC ATCTGCTTCT 
CAAGCACCAG CTATAACAGC TGTTCCTTCC AGTCCTACAT CTCCAATCCC TTTAATTCGG 
CGACAACTTT CACATGATCA TGAATCCATC CGGCCTAGTG TCCTGGATAG CCAACCTGCT 
GCAAAAACTG AGAGATCAAA GTCATATGAT GAAGGACTGG ACGACTACAG AGAAGAGGGA 
AAATCATCCA TTAAACATGT ATCTAGTTTA AAGGGGATTA AGGTCCCAGA CAGCCAGAAA 
TCTTCAGAAG ACTCTGGTTC CCGAAAAGAT TCTTCTTCAG AAGTGTTTGG TGATGCCTCC 
AAAGAAGGAT GGCTCCATTT TCGACAGCTT TTTACAGACA AAGGAAAGCG AGTTGGTGGG 
AGCATTCGGC CGTGGAAGCA ACTGTATGTT GTTCTTCGAG GTCATTCACT TTATTTGTAC 
AAGGACAAAA AGGAACAAGT GACCCTCTCT GAGGAAGAAC AACCTATAAG CATCAATGCT 
TGCTTGATAG ACATCTCGTA CTGTGAAACC AAGAGGAAAA ATGTATTTAG ACTCACCACT 
TCAGACCGCG AGTATCTGTT TCAAGCTGAG GACAGAGATA ATATGTTAGC ATGGATTAAA 
GCAATACAAG ACAACAGCAA CTTAAATGAT GAGGATACTG GTGTCACTAG TAGAGATCTA 
ATTAGTCGAA GGATTAAAGA GTACAGTACA ATGATGAGTT CTTCAAGCAG CAAAACAGAA 
CCATCTCCCA AAACACCTCG CCAGAGTCTG AGTATCAGAC AGACTCTACT TGGAACTAAA 
GCAGAACAGA GGACTCAGAG TCCACATTCT CCTAAGGATG AGACAGAAAG GAAGCTTCTC 
ACTAAAGATG AGACAAGCCC ACCAAAAGAC AAAGGGACAT GGAGAAAAGG CATTCCAAGC 
ATTATGAGGA AGACATTTGA AAAGAAGCCC TCTGCTGTTG GAACTTTTGG TGTTAGACTA 
GATGACTGCC CTCCAGCTCA TACCAACAAA TATATTCCAC TGATTGTTGA TATATGTTGC 
AAACTGGTTG AAGAAAGAGG TCTTGAGTAC ACAGGTATTT ACAGAGTGCC TGGGAATAAT 
GCTGCCATCT CAAGTATGCA AGAAGAGCTC AATAAAGGAA TGACTGACAT TGATGTTCAT 
GATGATAAAT GGCGTGACCT GAACGTGATC AGCAGTCTGC TGAAATCCTT CTTCCGAAAG 
CTCCCGGAAC CCCTCTTCAC CAACGACAAA TATGCAGATT TTATAGATGC CAATAGAAAA 
GAAGATCCTG TTGAGCGTCT GAAAACACTG AAGAGACTGA TTCATGATTT ACCTGAACAC 
CATTATGAGA CCCTCAAGTT TCTTTCTGCA CACCTGAAGA CAGTAGCAGA GAACTCAGAA 
AAGAACAAGA TGGAACCGAG AAACCTGGCA ATAGTATTTG GTCCAACACT TGTGAGGACA 
TCTGATGATA ACATGACACA CATGGTTACC CACATGCCAG ACCAATATAA AATTGTAGAA 
ACACTCATCC AAAAACATGA CTGGTTTTTC ACAGAAGATG ATGCTGAAGA ACCTCTTACA 
GCAGTTCAGG AGGAAAACAC TGTAGAATCT CAGCCAGTGC CAAACATAGA TCATTTACTC 
ACCAACATTG GAAGAACGGG AGTATCTCCT GGAGACGTAT CAGATTCAGC TACTAGTGAC 
TCAGCAAAAT CTAAGGGTTC TTGGGGTTCT GGAAAAGATC AGTATAGCAA GGAACTGCTT 
GTGTCCTCCA TTTTTGCAGC AGCTAGTCGC AAGCGGAAAA AAACTAAAGA GAAACCACAG 
CCAAGTAGCT CAGAGGATGA GTTGGATAAT GTGTTTTTCA AGAAGGAGCT TGCAGAACAA 
TCTCGTGGTG ACACAGCAAA AGAGAACACA GCTAAAGGGG AATATGAAAG AGAGAGAGAG 
ATAGGGAGAA AACAAAGGAT GTTTGTCCTG AAGGAAAAAG AGAACAGCAG TAAAAAAGAT 
GTGAATGTTG TAAAGGATGA AAAGAAGTCA TTAAAGAAAG AAAATATCCT GACAGAGGAA 
CCTTCACTGC CTTACGATGA AAAATGTACA AAATCATCAA ATATCAACTG TCTGCAAACC 
ATGCAGAAGA ATAACCCAAA AATGCCTATT TCACAATCTT CTTCCCAGGT TGAGGAGACA 
GTGTCTGACT CTGGCACTGT GCTAAGCACA TCCTCCCAGG CTTCCCAGCA CAGATACGCA 
TGCAAAAAAG TAGCCAGCCC TGAAATTAAA CACAATGAGT TTTTAGCAGC TGATGTCAGC 
TCCATCACCT CAGATTACTC AACGACTTCA TCTACAATGT ATCTGACTGG TTTAGATGCC 
AGTATGCTGA GCCCTGAGGT GCAGTCAGTG ACAGAAAGCA AGGGAGAAGA TGCAGATGAT 
GAAAGAAGTG AATTGATCAG CGAAGGGCGT CCTATGGAGA CAGACAGTGA AAGTGACTTC 
CCTGTCTTTG CCACCAGCGC TGCTGCCGAA AGGCTGTCCA AAGGGAAAGT TCCAGAAGTG 
GTAAAGACCA GTCGGAGGAA CTCTGAAGAA AGTGAAGTAA GTTGTACTGA GGGAAGTTCC 
ACGCCAAAGT TGGAGAGTCG CAGACTTTTT AGCTCGCACA AACTTATTGA ATGTGATACA 
CTCTCCAGGA AAAAGTCTGC ACGGCACAAA ACGGACAGTG AGGGGTCAGG GGATGCCAAG 
AGTGAGAAGG ACTTGCCTAC TGTGACCAAA ATGTTCGACA TCATGAAAAA AGGAAGATCC 
ACAAGCAGTT TAGCTACATC GGCCAAAAGC GAGGCTGACA AACAAGAACC TACGTGGAGA 
CTTAAGATTA CAGACAGGTT AAAGCTGCGC CTCAAATCAT CTGCTGATGA TATGTTTGGA 
GTTGGGAATC AAAAAGCTAA CTCTGCAGAG ACTGCAAAGA GAAAGAATAT CAGGCGAAGG 
CATACACTTG GAGGGCAGAG GGATTTTGCT GAAATAAGTG TCCTGAATGC TTGGAAAGCT 
CAAGAACCAA GTCAAAATAG AGAGAGAGAA TCTGAGCTTT CAGCTGTGAC TCGGTTGAAG 
CCAAAATGTC CAGCCCAGGA CCTCTCGATC TCGGACTGGC TTGCACGAGA ACGTTTACGC 
ACTAGCACAA CTGACCTTAA TACGGGTGAA ACTGGAAAGC CCAGACTTGA GAACACTAAC 
TTAGCAGAGG TATCAAAGGT AGAGCTGCCC TCATCTGCAG AGATGCAGGC CGATGAAGGC 
AGCTCTTCCA GCAGCTTGAC TTTAATTAAT AGAACACCAC CTTCGGGACC ATTTCAGCCA 
CCAGACCAGG TAAATGGTGA AAATTATCAG AACATGAACA AAAACAACTT CAGCCCAGCA 
GTTGATGCCC ATCCTCATAA ACTGTCTGGG ACCCAAGTGG TTAGATCTCG ATTTTACCAG 
TATCTTTGA

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

RefSeq	XP_030120376.1
CDS	65..6073
Translation	MAQFRILDCVINHNWNFICNLYCAWSDQASKNKDGKEQSEAISPSEEEETFSWPGPKTVVLRRTSQGFGFTLRHFIVYPPESAVQFSFKDEENGNRQGKQRNRLEPMDTIFVKQVKEGGPAFEAGLCTGDRIIKVNGESVIGKTYSQVIALIQNSDSILELSVMPKDEDILQLLQFTKDVTALAYSQDAYLKGNEAYSGNAHNIPEPPPVCYPRLTSTASVKAQAGDKLPSDFSLGKQQVSRPVRALTQPERAYRMEIQVPPSPTDIAKSNTAVCVCNETVRTVIVPSEKAVDLPSCRNNHAGPSHRTEEVRYGIKDQTSLKAWTTTSPPSLVSTAIVLPQTPITRPVDTTVTVSKASNYVVCPEGIPNTRPSTQATDSPSVATNHYSSPTSHQHIDWKTYKTYKEYIDNRRMHMYGSRTIQERLDSLRAASQNTTEYNQVVPNRTASQVRRRSTSHDRVPQSVQIRQRSVSQERLEDPVLMKEWPRSASQDALTSPSVNARNHRARSWDYLSKQGEVLENFHSENMIADANGDRRKTYKWTGFTEQDDRRGIYERSRQHAFHMSLRGQNFPIAPNTYISDNRRTGSRASLPGSHFQKVSPDIKVLQPSRDLQTPGGVSKSAGVSQERLCLTSARSSKSSSLKNSAPYAAKPSIPLNQGLDAIASKDQRTVNNLHQSSLLNQQSRIRAEGAPDHKTETGKTIQPSSLAPASTKLVHPTSECLTTSDNIDGSIRQKIHGIEREDVHESESLQMDVQGNDKDTVVMRDKSPSGHQTPQPLRHQSYILAVNDQEAASDTTCWLPNDARREVHIKRIEERKASSSSPPGDSLASIPFIDEPTSPSIDHDIAHIPASAVISASASQAPAITAVPSSPTSPIPLIRRQLSHDHESIRPSVLDSQPAAKTERSKSYDEGLDDYREEGKSSIKHVSSLKGIKVPDSQKSSEDSGSRKDSSSEVFGDASKEGWLHFRQLFTDKGKRVGGSIRPWKQLYVVLRGHSLYLYKDKKEQVTLSEEEQPISINACLIDISYCETKRKNVFRLTTSDREYLFQAEDRDNMLAWIKAIQDNSNLNDEDTGVTSRDLISRRIKEYSTMMSSSSSKTEPSPKTPRQSLSIRQTLLGTKAEQRTQSPHSPKDETERKLLTKDETSPPKDKGTWRKGIPSIMRKTFEKKPSAVGTFGVRLDDCPPAHTNKYIPLIVDICCKLVEERGLEYTGIYRVPGNNAAISSMQEELNKGMTDIDVHDDKWRDLNVISSLLKSFFRKLPEPLFTNDKYADFIDANRKEDPVERLKTLKRLIHDLPEHHYETLKFLSAHLKTVAENSEKNKMEPRNLAIVFGPTLVRTSDDNMTHMVTHMPDQYKIVETLIQKHDWFFTEDDAEEPLTAVQEENTVESQPVPNIDHLLTNIGRTGVSPGDVSDSATSDSAKSKGSWGSGKDQYSKELLVSSIFAAASRKRKKTKEKPQPSSSEDELDNVFFKKELAEQSRGDTAKENTAKGEYEREREIGRKQRMFVLKEKENSSKKDVNVVKDEKKSLKKENILTEEPSLPYDEKCTKSSNINCLQTMQKNNPKMPISQSSSQVEETVSDSGTVLSTSSQASQHRYACKKVASPEIKHNEFLAADVSSITSDYSTTSSTMYLTGLDASMLSPEVQSVTESKGEDADDERSELISEGRPMETDSESDFPVFATSAAAERLSKGKVPEVVKTSRRNSEESEVSCTEGSSTPKLESRRLFSSHKLIECDTLSRKKSARHKTDSEGSGDAKSEKDLPTVTKMFDIMKKGRSTSSLATSAKSEADKQEPTWRLKITDRLKLRLKSSADDMFGVGNQKANSAETAKRKNIRRRHTLGGQRDFAEISVLNAWKAQEPSQNRERESELSAVTRLKPKCPAQDLSISDWLARERLRTSTTDLNTGETGKPRLENTNLAEVSKVELPSSAEMQADEGSSSSSLTLINRTPPSGPFQPPDQVNGENYQNMNKNNFSPAVDAHPHKLSGTQVVRSRFYQYL

Target ORF information:

RefSeq Version	XM_030264516.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata Rho GTPase activating protein 21 (ARHGAP21), transcript variant X2, mRNA.

Target ORF information:

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

XM_030264516.1

ORF Insert Sequence:

ATGGCCCAGT TCAGGATTTT GGACTGCGTG ATCAATCACA ACTGGAATTT CATATGTAAC 
CTGTACTGTG CGTGGAGTGA TCAGGCATCA AAAAATAAAG ATGGAAAAGA GCAGAGTGAA 
GCTATATCGC CATCGGAGGA GGAAGAAACT TTCTCTTGGC CTGGTCCTAA AACTGTCGTG 
CTAAGGAGGA CATCTCAGGG TTTTGGCTTC ACCTTAAGAC ACTTCATAGT CTACCCTCCA 
GAATCTGCAG TTCAGTTTTC TTTCAAAGAT GAAGAGAATG GGAATAGACA AGGAAAACAA 
AGAAATAGAC TGGAGCCAAT GGATACCATA TTCGTTAAAC AAGTTAAAGA GGGTGGACCT 
GCTTTTGAAG CTGGGCTGTG CACAGGTGAC AGAATTATAA AAGTCAATGG AGAAAGTGTT 
ATTGGAAAGA CGTATTCTCA AGTCATTGCT TTAATACAGA ACAGTGACAG CATATTGGAA 
CTTAGTGTTA TGCCAAAAGA TGAGGACATC CTTCAATTGC TGCAGTTTAC AAAGGATGTC 
ACAGCACTGG CATATTCCCA AGATGCCTAC CTAAAAGGCA ATGAAGCCTA CAGTGGTAAT 
GCCCACAACA TACCTGAACC ACCACCAGTA TGTTACCCAC GCCTGACATC CACAGCCTCT 
GTTAAGGCAC AAGCCGGAGA CAAGCTCCCT TCTGACTTCT CGCTGGGGAA GCAGCAAGTC 
AGTAGACCAG TCCGAGCATT GACACAGCCA GAGAGGGCTT ACAGAATGGA AATACAAGTG 
CCTCCATCTC CAACAGACAT TGCAAAATCA AATACAGCCG TGTGTGTTTG CAATGAAACT 
GTAAGGACTG TTATTGTGCC TTCTGAGAAG GCTGTAGATT TGCCGTCTTG CAGAAATAAC 
CATGCTGGTC CATCACACAG GACAGAGGAA GTAAGATACG GCATAAAAGA TCAAACCAGT 
CTAAAAGCAT GGACCACCAC ATCACCACCA TCTTTAGTGT CCACTGCCAT TGTACTTCCC 
CAGACTCCAA TAACAAGACC AGTTGATACA ACTGTAACAG TAAGTAAAGC TTCAAATTAT 
GTAGTATGTC CAGAAGGCAT CCCAAACACT AGGCCTTCTA CTCAAGCCAC AGACTCGCCC 
TCAGTCGCTA CTAATCACTA CAGTTCTCCA ACCTCCCACC AGCATATAGA CTGGAAGACC 
TACAAAACTT ACAAGGAGTA CATTGATAAT AGGCGCATGC ACATGTATGG CTCCAGAACA 
ATACAGGAAA GGTTAGATAG CTTAAGGGCA GCTTCTCAGA ACACAACTGA GTATAATCAG 
GTGGTGCCAA ATCGCACTGC TTCTCAGGTA CGGCGCAGGA GCACCTCTCA CGACAGGGTT 
CCGCAGTCTG TCCAGATCCG GCAGAGAAGT GTATCCCAGG AAAGGCTTGA AGATCCCGTG 
TTGATGAAAG AATGGCCCCG AAGTGCTTCA CAAGATGCTC TAACTTCGCC TTCAGTCAAT 
GCTAGAAATC ACAGGGCTCG GTCGTGGGAT TATCTCAGCA AACAGGGTGA AGTGCTAGAA 
AATTTTCATT CTGAGAATAT GATTGCCGAT GCAAATGGAG ATAGGAGAAA GACTTACAAA 
TGGACAGGGT TTACTGAACA AGATGATCGG CGAGGGATTT ATGAGAGATC TAGACAGCAT 
GCATTTCATA TGTCCCTTCG AGGTCAAAAC TTTCCTATTG CTCCGAATAC TTACATTTCA 
GACAACAGGA GAACTGGTAG TAGAGCTTCT CTGCCTGGTT CTCACTTTCA GAAAGTTTCA 
CCAGATATCA AAGTCTTACA GCCTTCTCGC GATTTGCAAA CTCCTGGGGG AGTTTCAAAA 
TCTGCAGGTG TTTCACAAGA AAGGTTGTGT CTCACATCAG CCAGAAGTTC TAAAAGTAGC 
TCTCTGAAGA ACTCAGCTCC CTATGCAGCA AAACCGTCGA TTCCCCTTAA CCAGGGCCTG 
GATGCTATTG CCAGCAAAGA CCAAAGAACA GTAAATAATT TGCATCAAAG CAGTCTGTTA 
AACCAACAGT CAAGGATCCG AGCTGAAGGT GCCCCAGATC ACAAAACAGA AACTGGTAAA 
ACCATCCAGC CCTCTTCTCT GGCTCCAGCT TCTACCAAAC TTGTTCACCC AACAAGTGAG 
TGTTTAACTA CCTCTGACAA CATAGATGGT TCCATCAGAC AAAAGATTCA TGGTATTGAA 
AGGGAAGATG TTCATGAGTC TGAAAGTCTG CAAATGGATG TTCAGGGAAA TGACAAAGAC 
ACAGTGGTCA TGCGGGACAA ATCCCCTTCT GGCCACCAAA CTCCCCAGCC TTTGAGGCAT 
CAGTCCTACA TTCTTGCTGT TAATGACCAA GAGGCAGCCT CGGACACTAC CTGTTGGTTA 
CCTAACGATG CTCGGAGAGA AGTCCACATA AAAAGAATAG AGGAAAGGAA AGCGTCGAGT 
TCCAGCCCAC CTGGTGACTC TTTGGCTTCA ATTCCGTTTA TTGATGAACC GACTAGTCCT 
AGTATTGACC ATGATATTGC ACACATTCCT GCTTCTGCTG TTATTTCTGC ATCTGCTTCT 
CAAGCACCAG CTATAACAGC TGTTCCTTCC AGTCCTACAT CTCCAATCCC TTTAATTCGG 
CGACAACTTT CACATGATCA TGAATCCATC CGGCCTAGTG TCCTGGATAG CCAACCTGCT 
GCAAAAACTG AGAGATCAAA GTCATATGAT GAAGGACTGG ACGACTACAG AGAAGAGGGA 
AAATCATCCA TTAAACATGT ATCTAGTTTA AAGGGGATTA AGGTCCCAGA CAGCCAGAAA 
TCTTCAGAAG ACTCTGGTTC CCGAAAAGAT TCTTCTTCAG AAGTGTTTGG TGATGCCTCC 
AAAGAAGGAT GGCTCCATTT TCGACAGCTT TTTACAGACA AAGGAAAGCG AGTTGGTGGG 
AGCATTCGGC CGTGGAAGCA ACTGTATGTT GTTCTTCGAG GTCATTCACT TTATTTGTAC 
AAGGACAAAA AGGAACAAGT GACCCTCTCT GAGGAAGAAC AACCTATAAG CATCAATGCT 
TGCTTGATAG ACATCTCGTA CTGTGAAACC AAGAGGAAAA ATGTATTTAG ACTCACCACT 
TCAGACCGCG AGTATCTGTT TCAAGCTGAG GACAGAGATA ATATGTTAGC ATGGATTAAA 
GCAATACAAG ACAACAGCAA CTTAAATGAT GAGGATACTG GTGTCACTAG TAGAGATCTA 
ATTAGTCGAA GGATTAAAGA GTACAGTACA ATGATGAGTT CTTCAAGCAG CAAAACAGAA 
CCATCTCCCA AAACACCTCG CCAGAGTCTG AGTATCAGAC AGACTCTACT TGGAACTAAA 
GCAGAACAGA GGACTCAGAG TCCACATTCT CCTAAGGATG AGACAGAAAG GAAGCTTCTC 
ACTAAAGATG AGACAAGCCC ACCAAAAGAC AAAGGGACAT GGAGAAAAGG CATTCCAAGC 
ATTATGAGGA AGACATTTGA AAAGAAGCCC TCTGCTGTTG GAACTTTTGG TGTTAGACTA 
GATGACTGCC CTCCAGCTCA TACCAACAAA TATATTCCAC TGATTGTTGA TATATGTTGC 
AAACTGGTTG AAGAAAGAGG TCTTGAGTAC ACAGGTATTT ACAGAGTGCC TGGGAATAAT 
GCTGCCATCT CAAGTATGCA AGAAGAGCTC AATAAAGGAA TGACTGACAT TGATGTTCAT 
GATGATAAAT GGCGTGACCT GAACGTGATC AGCAGTCTGC TGAAATCCTT CTTCCGAAAG 
CTCCCGGAAC CCCTCTTCAC CAACGACAAA TATGCAGATT TTATAGATGC CAATAGAAAA 
GAAGATCCTG TTGAGCGTCT GAAAACACTG AAGAGACTGA TTCATGATTT ACCTGAACAC 
CATTATGAGA CCCTCAAGTT TCTTTCTGCA CACCTGAAGA CAGTAGCAGA GAACTCAGAA 
AAGAACAAGA TGGAACCGAG AAACCTGGCA ATAGTATTTG GTCCAACACT TGTGAGGACA 
TCTGATGATA ACATGACACA CATGGTTACC CACATGCCAG ACCAATATAA AATTGTAGAA 
ACACTCATCC AAAAACATGA CTGGTTTTTC ACAGAAGATG ATGCTGAAGA ACCTCTTACA 
GCAGTTCAGG AGGAAAACAC TGTAGAATCT CAGCCAGTGC CAAACATAGA TCATTTACTC 
ACCAACATTG GAAGAACGGG AGTATCTCCT GGAGACGTAT CAGATTCAGC TACTAGTGAC 
TCAGCAAAAT CTAAGGGTTC TTGGGGTTCT GGAAAAGATC AGTATAGCAA GGAACTGCTT 
GTGTCCTCCA TTTTTGCAGC AGCTAGTCGC AAGCGGAAAA AAACTAAAGA GAAACCACAG 
CCAAGTAGCT CAGAGGATGA GTTGGATAAT GTGTTTTTCA AGAAGGAGCT TGCAGAACAA 
TCTCGTGGTG ACACAGCAAA AGAGAACACA GCTAAAGGGG AATATGAAAG AGAGAGAGAG 
ATAGGGAGAA AACAAAGGAT GTTTGTCCTG AAGGAAAAAG AGAACAGCAG TAAAAAAGAT 
GTGAATGTTG TAAAGGATGA AAAGAAGTCA TTAAAGAAAG AAAATATCCT GACAGAGGAA 
CCTTCACTGC CTTACGATGA AAAATGTACA AAATCATCAA ATATCAACTG TCTGCAAACC 
ATGCAGAAGA ATAACCCAAA AATGCCTATT TCACAATCTT CTTCCCAGGT TGAGGAGACA 
GTGTCTGACT CTGGCACTGT GCTAAGCACA TCCTCCCAGG CTTCCCAGCA CAGATACGCA 
TGCAAAAAAG TAGCCAGCCC TGAAATTAAA CACAATGAGT TTTTAGCAGC TGATGTCAGC 
TCCATCACCT CAGATTACTC AACGACTTCA TCTACAATGT ATCTGACTGG TTTAGATGCC 
AGTATGCTGA GCCCTGAGGT GCAGTCAGTG ACAGAAAGCA AGGGAGAAGA TGCAGATGAT 
GAAAGAAGTG AATTGATCAG CGAAGGGCGT CCTATGGAGA CAGACAGTGA AAGTGACTTC 
CCTGTCTTTG CCACCAGCGC TGCTGCCGAA AGGCTGTCCA AAGGGAAAGT TCCAGAAGTG 
GTAAAGACCA GTCGGAGGAA CTCTGAAGAA AGTGAAGTAA GTTGTACTGA GGGAAGTTCC 
ACGCCAAAGT TGGAGAGTCG CAGACTTTTT AGCTCGCACA AACTTATTGA ATGTGATACA 
CTCTCCAGGA AAAAGTCTGC ACGGCACAAA ACGGACAGTG AGGGGTCAGG GGATGCCAAG 
AGTGAGAAGG ACTTGCCTAC TGTGACCAAA ATGTTCGACA TCATGAAAAA AGGAAGATCC 
ACAAGCAGTT TAGCTACATC GGCCAAAAGC GAGGCTGACA AACAAGAACC TACGTGGAGA 
CTTAAGATTA CAGACAGGTT AAAGCTGCGC CTCAAATCAT CTGCTGATGA TATGTTTGGA 
GTTGGGAATC AAAAAGCTAA CTCTGCAGAG ACTGCAAAGA GAAAGAATAT CAGGCGAAGG 
CATACACTTG GAGGGCAGAG GGATTTTGCT GAAATAAGTG TCCTGAATGC TTGGAAAGCT 
CAAGAACCAA GTCAAAATAG AGAGAGAGAA TCTGAGCTTT CAGCTGTGAC TCGGTTGAAG 
CCAAAATGTC CAGCCCAGGA CCTCTCGATC TCGGACTGGC TTGCACGAGA ACGTTTACGC 
ACTAGCACAA CTGACCTTAA TACGGGTGAA ACTGGAAAGC CCAGACTTGA GAACACTAAC 
TTAGCAGAGG TATCAAAGGT AGAGCTGCCC TCATCTGCAG AGATGCAGGC CGATGAAGGC 
AGCTCTTCCA GCAGCTTGAC TTTAATTAAT AGAACACCAC CTTCGGGACC ATTTCAGCCA 
CCAGACCAGG TAAATGGTGA AAATTATCAG AACATGAACA AAAACAACTT CAGCCCAGCA 
GTTGATGCCC ATCCTCATAA ACTGTCTGGG ACCCAAGTGG TTAGATCTCG ATTTTACCAG 
TATCTTTGA

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

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ARHGAP21 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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