ACE cDNA ORF clone, Acanthisitta chloris(rifleman)

Gene
Clones
gRNAs

Summary

Gene Symbol	ACE
Entrez Gene ID	103811065
Full Name	angiotensin I converting enzyme
Gene Type	protein-coding
Organism	Acanthisitta chloris(rifleman)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009084011.1	XP_009082259.1	angiotensin-converting enzyme

Pathways from BioSystems
Gene Ontology

The following ACE gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ACE 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
OAc115970	XM_009084011.1 Latest version!	Acanthisitta chloris angiotensin I converting enzyme (ACE), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

ACE ( XM_009084011.1 ) cDNA ORF clone, Acanthisitta chloris(rifleman) -> XP_009082259.1 Acanthisitta chloris angiotensin I converting enzyme (ACE), mRNA.

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CloneID	OAc115970
Clone ID Related Accession (Same CDS sequence)	XM_009084011.1
Accession Version	XM_009084011.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3837bp) 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	2014-09-04
Organism	Acanthisitta chloris(rifleman)
Product	angiotensin-converting enzyme
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008655656.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acanthisitta chloris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCGCGG CGCTGGGGAT GCTGCTCTGG CTGAGCTCGG CAGGTGCTCT CCAGCCCGGC 
CTCGAGCCCC CCGAGCACGA CCCCACCGAG CAAGGGGCTA CCCCCAGCAA CTACAGCTCC 
GCGGCCGAGA TCGTCTTTTT TGCCAGCGTC GAGGCCAGCT GGAATTACAA CACCAACCTG 
ACGGCCGAGA ACGCTGCGCT GCAGGTCAAG GCTTCGCTGG AGGAGCAAAA CTTCACAGAG 
CTGTGGGGGA AGAAAGCCAA AGAGCTCTAT AGCAACATCT GGAATGAGTT CACTGACCCA 
CAGCTGAAGA AAATCATTGG CTCCATTCAG ACCCTGGGAC CCTCCAACCT GCCCCTGGAG 
ATGAGAGAGA GGTACAACAC CATCCTGAGC GACATGGACA AAATCTACTC CACGGCCAAG 
GTGTGCCTGC CCAACGGTAC CTGCTGGGAT CTGGAGCCAC ACCTCTCAGA AATCATGGCC 
ACCTCCCGCA GCTACAAGAA GCTGCTCTAT GCCTGGGAGG GTTGGCACAA CGCGGCGGGA 
AACCCTCTGC GCCCCAAGTA CGAGGAGTTC GTCAGGCTGA GCAACGATGC CTATGGGATG 
GATGGATTTG AGGACACAGG CAGCTACTGG CGCTCCTGGT ATGACTCAGA GTCCTTTGAG 
GATGACCTGG AGGCTATCTA CAAACAGCTG GAGCCACTCT ACCTCAACCT TCACGCCTTC 
GTCCGGAGGA AGCTCTATGA CCGCTATGGC CCCAAATACA TCAACCTGAA GGGTCCCATC 
CCTGCTCACC TCCTAGGGAA TATGTGGGCT CAGCAGTGGA ACAACATCTA TGACTTGATG 
GTCCCCTACC CTGAGAAGCC CAACCTTGAT GTCACAAGCA CGATGGTGAA GCAGGGCTGG 
AATGCCACCC ACATGTTCCG GGTCTCAGAG GAGTTCTTCA CCTCCCTGGG GCTGCTGGAG 
ATGCCTCCTG AATTCTGGGA GAAGTCCATG CTGGAGAAGC CAAAGGATGG ACGGGAGGTG 
GTGTGCCATG CCTCAGCCTG GGACTTCTAC AACCGCAAGG ACTTCAGGAT CAAGCAGTGC 
ACGACAGTGA CCATGGAGCA GCTGTTCACC GTGCACCACG AGATGGGCCA CATCCAGTAC 
TACCTGCAGT ACAAGGACCA GCCTGTCTCC TTCCGCAGCG GGGCCAACCC TGGATTCCAC 
GAGGCCATTG GTGATGTCCT CTCCCTGTCT GTCTCTACCC CAAGCCACCT CCAGAAGATT 
GGGCTCCTCA GCAATGCCAC TGAGGATAAT GAAAGCAACA TCAACTACCT GCTGAAGATG 
GCCCTGGAGA AGATTGCCTT CCTGCCCTTT GGCTACCTCA TCGACCAGTG GCGCTGGAAC 
GTGTTCAGTG GCCGCACACC CCCGAACCGC TACAACTACG ACTGGTGGTA CCTGAGAACC 
AAATACCAGG GTATCTGTGC TCCGATTGCA AGGACTGAAA CCAACTTTGA CCCTGGAGCA 
AAGTACCACA TCCCTGGGAA CACCCCGTAC ATCAGGTACT TTGTGAGCTT CATCCTCCAG 
TTCCAGTTTC ACAAGGCACT GTGCCAGGCA GCCAACCACA ATGGTCCCCT GCACACCTGT 
GACATCTACA AGTCCAAAGA GGCTGGAGAC AAACTCAGGG AAGTGTTGAA AGCTGGGTCT 
TCCATATCAT GGCAGGAAAT CCTGCTCAAA CTCACTAACG CAGAAAAGAT GGATGCTGGG 
CCCCTCCTGG AGTACTTCAA GCCTGTCACC GAGTGGCTTC AGGAGCAGAA CAAAAAGACC 
AACGAGGTGC TGGGCTGGCC TGAGTTTGAC TGGCATCCTC CTGTCCCTGA AGGCTACCCT 
GAAGGCATTG ACAAAATAGC AGATGAAGCC CAAGCTAAAG AGTTCCTGTC TGAGTACAAC 
AGCACAGCTG AGGCAGTGTG GAATGCCTAC ACTGAGGCAT CTTGGGTCTA CAACACCAAC 
ATCACCGACC ACAACAAGGA GATCATGCTG GAGAAGAACT TGGCCATGTC CAAGCATACC 
CTTGAGTATG GCATGAGGGC CAGGCAGTTT GACACCTCAG ACTTCCAGGA CCAAAGTGTC 
ACCCGCATCC TCAAGAAGCT GAGTATCATT GAGAAGGCAG CCCTGCCTGA GAACGAGCTG 
AAGGAGTATA ACAACCTCCT CTCAGATATG GAAACCACAT ACAGTGTGGC CAAGGTCTGC 
AGAGAGAACA AAACCTGTCA CCCACTGGAT CCTGACCTCA CAGACATCAT GGCCACCCGT 
CGGGACTATG ATGAGCTCCT CTTCGCCTGG AAGGGCTGGC GAGATGTTTC TGGGAAGAAG 
ATGAGGAACA ACTACAAGAG ATATGTGGAA CTGAGCAACA AGGCAGCTGT GCTCAATGGC 
TACACAGACA ATGGGGCCTA CTGGAGATCC CTGTATGAGA CACCCACCTT TGAGGAAGAT 
CTGGAGAGGT TGTGGTTGCA ACTGCAGCCC CTGTACCTCA ACCTGCACGC CTACGTACGT 
CGAGCCCTCC ACAAGAAGTA CGGTGCAGAG CACATAAACC TGAAGGGTCC CATCCCTGCT 
CATCTGCTAG GTAACATGTG GGCTCAGTCG TGGTCCAACA TTTTCGACCT GGTCGTACCT 
TACCCGGATG CCACCAAGGT GGATGCCACC CCAGCCATGA AAAAACAGGG CTGGACACCC 
AAGAGAATGT TTGAAGAGTC AGATCGTTTC TTCACCTCTC TGGGCCTCAT CCCCATGCCA 
GAGGAGTTCT GGAACAAGTC CATGATTGAG AAGCCATCAG ATGGGAGGGA GGTGGTGTGT 
CACGCCTCGG CCTGGGACTT CTACAACCGC AAGGACTTCA GGATCAAGCA GTGCACTGTG 
GTGAACATGG AGGACCTCAT CACAGTGCAC CATGAGATGG GCCACGTCCA GTACTTCCTG 
CAGTACAAGG ACCAGCCCAT CTCCTTCCGT GATGGAGCCA ACCCTGGATT CCACGAGGCC 
GTCGGGGATG TCATGGCCTT GTCTGTCTCC ACCCCCAAAC ACCTGCACAG CATCAATCTG 
CTGGACCAAG TCACAGAAAA CAAAGAGAGT GACATCAACT ACCTGATGAG CATCGCCCTG 
GATAAAATTG CCTTCCTGCC CTTCGGGTAC CTCATGGACC AGTGGCGCTG GAAGGTGTTT 
GATGGGCGGA TCAAGGAGGA TGAGTACAAC AAGGAGTGGT GGAACCTCAG GATGAAGTAC 
CAGGGATTGT GCCCACCAGC ACCGAGGTCT GAAGATGACT TTGATCCCGG GGCAAAGTTT 
CACATCCCTT CCAACGTCCC CTACATCAGG TACTTCGTCA GCTTCGTGAT CCAGTTCCAG 
TTCCACCAGG CTCTCTGTGA TGCAGCTGGG CACAAAGGTG CCCTGCACAC CTGTGACATC 
TACCAGTCCA AGGAGGCTGG GAGAATCCTG GGGGAGGCCC TGAAGCTGGG TTTCAGCAAG 
CCATGGCCTG AAGCCATGCA GCTCATCACA GGACAGCCCA ACATGTCAGC AGAAGCCCTG 
ATGAAGTACT TCGAGCCCCT CATGACGTGG CTGGAGGCAG AGAACAAGAA GAACGGGGAG 
GTCCTGGGCT GGCCAGAGTA CAGCTGGACT CCTTACTCAG CCACTTCACC CCAAGATGAT 
TCTGGCAATA CTGATTTTCT TGGAATGTCC CTGACCAAAA GTCAAGCCAC AGCAGGTGGC 
TGGGTCCTGC TTGCCCTGGC ACTCATCTTC CTGGTCACCA CCATCTTCTT GGGCATCAAG 
TTCTCCTCAT CCAGGAGAAA AGCCTTCAAA TCCAGCTCAG AAATGGAACT GAAATAA

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

RefSeq	XP_009082259.1
CDS	1..3837
Translation	MLAALGMLLWLSSAGALQPGLEPPEHDPTEQGATPSNYSSAAEIVFFASVEASWNYNTNLTAENAALQVKASLEEQNFTELWGKKAKELYSNIWNEFTDPQLKKIIGSIQTLGPSNLPLEMRERYNTILSDMDKIYSTAKVCLPNGTCWDLEPHLSEIMATSRSYKKLLYAWEGWHNAAGNPLRPKYEEFVRLSNDAYGMDGFEDTGSYWRSWYDSESFEDDLEAIYKQLEPLYLNLHAFVRRKLYDRYGPKYINLKGPIPAHLLGNMWAQQWNNIYDLMVPYPEKPNLDVTSTMVKQGWNATHMFRVSEEFFTSLGLLEMPPEFWEKSMLEKPKDGREVVCHASAWDFYNRKDFRIKQCTTVTMEQLFTVHHEMGHIQYYLQYKDQPVSFRSGANPGFHEAIGDVLSLSVSTPSHLQKIGLLSNATEDNESNINYLLKMALEKIAFLPFGYLIDQWRWNVFSGRTPPNRYNYDWWYLRTKYQGICAPIARTETNFDPGAKYHIPGNTPYIRYFVSFILQFQFHKALCQAANHNGPLHTCDIYKSKEAGDKLREVLKAGSSISWQEILLKLTNAEKMDAGPLLEYFKPVTEWLQEQNKKTNEVLGWPEFDWHPPVPEGYPEGIDKIADEAQAKEFLSEYNSTAEAVWNAYTEASWVYNTNITDHNKEIMLEKNLAMSKHTLEYGMRARQFDTSDFQDQSVTRILKKLSIIEKAALPENELKEYNNLLSDMETTYSVAKVCRENKTCHPLDPDLTDIMATRRDYDELLFAWKGWRDVSGKKMRNNYKRYVELSNKAAVLNGYTDNGAYWRSLYETPTFEEDLERLWLQLQPLYLNLHAYVRRALHKKYGAEHINLKGPIPAHLLGNMWAQSWSNIFDLVVPYPDATKVDATPAMKKQGWTPKRMFEESDRFFTSLGLIPMPEEFWNKSMIEKPSDGREVVCHASAWDFYNRKDFRIKQCTVVNMEDLITVHHEMGHVQYFLQYKDQPISFRDGANPGFHEAVGDVMALSVSTPKHLHSINLLDQVTENKESDINYLMSIALDKIAFLPFGYLMDQWRWKVFDGRIKEDEYNKEWWNLRMKYQGLCPPAPRSEDDFDPGAKFHIPSNVPYIRYFVSFVIQFQFHQALCDAAGHKGALHTCDIYQSKEAGRILGEALKLGFSKPWPEAMQLITGQPNMSAEALMKYFEPLMTWLEAENKKNGEVLGWPEYSWTPYSATSPQDDSGNTDFLGMSLTKSQATAGGWVLLALALIFLVTTIFLGIKFSSSRRKAFKSSSEMELK

Target ORF information:

RefSeq Version	XM_009084011.1
Organism	Acanthisitta chloris(rifleman)
Definition	Acanthisitta chloris angiotensin I converting enzyme (ACE), mRNA.

Target ORF information:

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

XM_009084011.1

ORF Insert Sequence:

ATGCTCGCGG CGCTGGGGAT GCTGCTCTGG CTGAGCTCGG CAGGTGCTCT CCAGCCCGGC 
CTCGAGCCCC CCGAGCACGA CCCCACCGAG CAAGGGGCTA CCCCCAGCAA CTACAGCTCC 
GCGGCCGAGA TCGTCTTTTT TGCCAGCGTC GAGGCCAGCT GGAATTACAA CACCAACCTG 
ACGGCCGAGA ACGCTGCGCT GCAGGTCAAG GCTTCGCTGG AGGAGCAAAA CTTCACAGAG 
CTGTGGGGGA AGAAAGCCAA AGAGCTCTAT AGCAACATCT GGAATGAGTT CACTGACCCA 
CAGCTGAAGA AAATCATTGG CTCCATTCAG ACCCTGGGAC CCTCCAACCT GCCCCTGGAG 
ATGAGAGAGA GGTACAACAC CATCCTGAGC GACATGGACA AAATCTACTC CACGGCCAAG 
GTGTGCCTGC CCAACGGTAC CTGCTGGGAT CTGGAGCCAC ACCTCTCAGA AATCATGGCC 
ACCTCCCGCA GCTACAAGAA GCTGCTCTAT GCCTGGGAGG GTTGGCACAA CGCGGCGGGA 
AACCCTCTGC GCCCCAAGTA CGAGGAGTTC GTCAGGCTGA GCAACGATGC CTATGGGATG 
GATGGATTTG AGGACACAGG CAGCTACTGG CGCTCCTGGT ATGACTCAGA GTCCTTTGAG 
GATGACCTGG AGGCTATCTA CAAACAGCTG GAGCCACTCT ACCTCAACCT TCACGCCTTC 
GTCCGGAGGA AGCTCTATGA CCGCTATGGC CCCAAATACA TCAACCTGAA GGGTCCCATC 
CCTGCTCACC TCCTAGGGAA TATGTGGGCT CAGCAGTGGA ACAACATCTA TGACTTGATG 
GTCCCCTACC CTGAGAAGCC CAACCTTGAT GTCACAAGCA CGATGGTGAA GCAGGGCTGG 
AATGCCACCC ACATGTTCCG GGTCTCAGAG GAGTTCTTCA CCTCCCTGGG GCTGCTGGAG 
ATGCCTCCTG AATTCTGGGA GAAGTCCATG CTGGAGAAGC CAAAGGATGG ACGGGAGGTG 
GTGTGCCATG CCTCAGCCTG GGACTTCTAC AACCGCAAGG ACTTCAGGAT CAAGCAGTGC 
ACGACAGTGA CCATGGAGCA GCTGTTCACC GTGCACCACG AGATGGGCCA CATCCAGTAC 
TACCTGCAGT ACAAGGACCA GCCTGTCTCC TTCCGCAGCG GGGCCAACCC TGGATTCCAC 
GAGGCCATTG GTGATGTCCT CTCCCTGTCT GTCTCTACCC CAAGCCACCT CCAGAAGATT 
GGGCTCCTCA GCAATGCCAC TGAGGATAAT GAAAGCAACA TCAACTACCT GCTGAAGATG 
GCCCTGGAGA AGATTGCCTT CCTGCCCTTT GGCTACCTCA TCGACCAGTG GCGCTGGAAC 
GTGTTCAGTG GCCGCACACC CCCGAACCGC TACAACTACG ACTGGTGGTA CCTGAGAACC 
AAATACCAGG GTATCTGTGC TCCGATTGCA AGGACTGAAA CCAACTTTGA CCCTGGAGCA 
AAGTACCACA TCCCTGGGAA CACCCCGTAC ATCAGGTACT TTGTGAGCTT CATCCTCCAG 
TTCCAGTTTC ACAAGGCACT GTGCCAGGCA GCCAACCACA ATGGTCCCCT GCACACCTGT 
GACATCTACA AGTCCAAAGA GGCTGGAGAC AAACTCAGGG AAGTGTTGAA AGCTGGGTCT 
TCCATATCAT GGCAGGAAAT CCTGCTCAAA CTCACTAACG CAGAAAAGAT GGATGCTGGG 
CCCCTCCTGG AGTACTTCAA GCCTGTCACC GAGTGGCTTC AGGAGCAGAA CAAAAAGACC 
AACGAGGTGC TGGGCTGGCC TGAGTTTGAC TGGCATCCTC CTGTCCCTGA AGGCTACCCT 
GAAGGCATTG ACAAAATAGC AGATGAAGCC CAAGCTAAAG AGTTCCTGTC TGAGTACAAC 
AGCACAGCTG AGGCAGTGTG GAATGCCTAC ACTGAGGCAT CTTGGGTCTA CAACACCAAC 
ATCACCGACC ACAACAAGGA GATCATGCTG GAGAAGAACT TGGCCATGTC CAAGCATACC 
CTTGAGTATG GCATGAGGGC CAGGCAGTTT GACACCTCAG ACTTCCAGGA CCAAAGTGTC 
ACCCGCATCC TCAAGAAGCT GAGTATCATT GAGAAGGCAG CCCTGCCTGA GAACGAGCTG 
AAGGAGTATA ACAACCTCCT CTCAGATATG GAAACCACAT ACAGTGTGGC CAAGGTCTGC 
AGAGAGAACA AAACCTGTCA CCCACTGGAT CCTGACCTCA CAGACATCAT GGCCACCCGT 
CGGGACTATG ATGAGCTCCT CTTCGCCTGG AAGGGCTGGC GAGATGTTTC TGGGAAGAAG 
ATGAGGAACA ACTACAAGAG ATATGTGGAA CTGAGCAACA AGGCAGCTGT GCTCAATGGC 
TACACAGACA ATGGGGCCTA CTGGAGATCC CTGTATGAGA CACCCACCTT TGAGGAAGAT 
CTGGAGAGGT TGTGGTTGCA ACTGCAGCCC CTGTACCTCA ACCTGCACGC CTACGTACGT 
CGAGCCCTCC ACAAGAAGTA CGGTGCAGAG CACATAAACC TGAAGGGTCC CATCCCTGCT 
CATCTGCTAG GTAACATGTG GGCTCAGTCG TGGTCCAACA TTTTCGACCT GGTCGTACCT 
TACCCGGATG CCACCAAGGT GGATGCCACC CCAGCCATGA AAAAACAGGG CTGGACACCC 
AAGAGAATGT TTGAAGAGTC AGATCGTTTC TTCACCTCTC TGGGCCTCAT CCCCATGCCA 
GAGGAGTTCT GGAACAAGTC CATGATTGAG AAGCCATCAG ATGGGAGGGA GGTGGTGTGT 
CACGCCTCGG CCTGGGACTT CTACAACCGC AAGGACTTCA GGATCAAGCA GTGCACTGTG 
GTGAACATGG AGGACCTCAT CACAGTGCAC CATGAGATGG GCCACGTCCA GTACTTCCTG 
CAGTACAAGG ACCAGCCCAT CTCCTTCCGT GATGGAGCCA ACCCTGGATT CCACGAGGCC 
GTCGGGGATG TCATGGCCTT GTCTGTCTCC ACCCCCAAAC ACCTGCACAG CATCAATCTG 
CTGGACCAAG TCACAGAAAA CAAAGAGAGT GACATCAACT ACCTGATGAG CATCGCCCTG 
GATAAAATTG CCTTCCTGCC CTTCGGGTAC CTCATGGACC AGTGGCGCTG GAAGGTGTTT 
GATGGGCGGA TCAAGGAGGA TGAGTACAAC AAGGAGTGGT GGAACCTCAG GATGAAGTAC 
CAGGGATTGT GCCCACCAGC ACCGAGGTCT GAAGATGACT TTGATCCCGG GGCAAAGTTT 
CACATCCCTT CCAACGTCCC CTACATCAGG TACTTCGTCA GCTTCGTGAT CCAGTTCCAG 
TTCCACCAGG CTCTCTGTGA TGCAGCTGGG CACAAAGGTG CCCTGCACAC CTGTGACATC 
TACCAGTCCA AGGAGGCTGG GAGAATCCTG GGGGAGGCCC TGAAGCTGGG TTTCAGCAAG 
CCATGGCCTG AAGCCATGCA GCTCATCACA GGACAGCCCA ACATGTCAGC AGAAGCCCTG 
ATGAAGTACT TCGAGCCCCT CATGACGTGG CTGGAGGCAG AGAACAAGAA GAACGGGGAG 
GTCCTGGGCT GGCCAGAGTA CAGCTGGACT CCTTACTCAG CCACTTCACC CCAAGATGAT 
TCTGGCAATA CTGATTTTCT TGGAATGTCC CTGACCAAAA GTCAAGCCAC AGCAGGTGGC 
TGGGTCCTGC TTGCCCTGGC ACTCATCTTC CTGGTCACCA CCATCTTCTT GGGCATCAAG 
TTCTCCTCAT CCAGGAGAAA AGCCTTCAAA TCCAGCTCAG AAATGGAACT GAAATAA