ACE cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	ACE
Entrez Gene ID	104405844
Full Name	angiotensin I converting enzyme
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010014681.1	XP_010012983.1	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
ONe114358	XM_010014681.1 Latest version!	Nestor notabilis angiotensin I converting enzyme (ACE), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$629.30 $899.00

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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_010014681.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010012983.1 Nestor notabilis angiotensin I converting enzyme (ACE), mRNA.

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CloneID	ONe114358
Clone ID Related Accession (Same CDS sequence)	XM_010014681.1
Accession Version	XM_010014681.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3480bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2014-10-30
Organism	Nestor notabilis(Kea)
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_009928807.1) 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 :: Nestor notabilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 5% of CDS bases ##RefSeq-Attributes-END##

ATGGAGGTGT GGGGGAAGAA AGCCAAGGAG CTCTATGGCA GCATCTGGAG CAACTTCAGT 
GACACACAGC TGAGGAAAAT CATCAGCTCC ATCCAGACCC TGGGACCCTC CAACCTGCCC 
CTGGACAAGA GAGAGCAGTA CAACACCATC CTGAGCGACA TGGACAAAAT CTACTCCACA 
GCCAAGGTGT GTCTGGCCAA CAGTACCTGC TGGGAGCTGG AGCCAGACAT CTCGGACATC 
ATGGCCACCT CCCGCAGCTA CAAGAAGCTG CTCTACGCCT GGGAGGGGTG GCACAACGCC 
GCAGGCAACC CTCTGCGCGC CAAGTACGAG GAGTTCGTGC AGCTGAGCAA CGAGGCCTAT 
CAGATGGATG GATTTGAGGA CACAGGCAGC TACTGGCGCT CCTGGTACGA CTCAGCCTCC 
TTTGAGGATG ACCTGGAGCA CCTCTACAAC CAGGTGGAGC CTCTCTACCT CAACCTGCAC 
GCCTTCGTCC GGAGGAAGCT GTACGACCGC TATGGCTCCA AATACATCAA CCTGAAGGGC 
CCCATCCCTG CTCACCTCCT GGGCAACATG TGGGCTCAGC AGTGGAACAA CATCTATGAC 
TTGATGATCC CCTACCCTGA CAAGCCCAAC CTCGATGTCA CAAGCACCAT GGTGCAGCAG 
GGCTGGAACG CCACGCACAT GTTCCGGGTC TCGGAGGAGT TCTTCACCTC CCTGGGGCTG 
CTGGAGATGC CCCCTGAATT CTGGGACAAG TCCATGCTGG AGAAGCCAGC GGACGGGCGG 
GAGGTGGTGT GTCACGCCTC GGCCTGGGAC TTCTACAACC GCAAGGACTT CAGGATCAAG 
CAGTGCACGA CAGTGACCAT GGAGCAGCTG TTCACGGTGC ACCATGAGAT GGGCCACATC 
CAGTACTACC TGCAGTACAA GGACCAGCCA GTCTCCTTCC GCAGCGGGGC CAATCCCGGC 
TTCCATGAGG CCATCGGCGA TGTCATGTCC CTGTCTGTGT CCACCCCCAG CCACCTCAAG 
GAAATCGGTC TCCTCAACAG TGCCGCTGAG GACACAGAGA GCAACATCAA CTACCTGCTG 
AAGATGGCCT TGGAGAAGAT CGCCTTCCTG CCCTTCGGCT ACCTCATCGA CCAGTGGCGC 
TGGAACGTGT TCAGTGGCCG CACACCCCCG AGCCGCTACA ACTACGACTG GTGGTATCTG 
AGAACCAAAT ACCAGGGTAT CTGTGCTCCG ATTTCAAGGA ACGAAAGCAA CTTTGACCCT 
GGAGCAAAGT ATCACATCCC TGGGAATACC CCTTACATCA GGGAAGTGTT GAAAGCTGGG 
TCTTCCAAGT CATGGCAGGA AATCCTGTTC AACCTCACTG GCACGGATAA GATGGATGCT 
GGGGCCCTCC TGGAGTACTT CAGCCCTGTC ACTGAGTGGC TTCAGGAGCA GAACAACAAG 
ACCAATGAGG TGCTGGGCTG GCCTGAGTTT GACTGGCGTC CCCCTATCCC TGAAGGCTAC 
CCTGAGGGCA TTGACAAAAT ATCAGACGAA GCACAAGCTA AAGAGTTCCT GGCCGAGTAC 
AACAGCACAG CTGAGGCAGT GTGGAATGCC TACACCGAGG CATCCTGGGC CTACAACACC 
AACATTACCG ACCACAACAA GGAGATCATG CTGGAGAAGA ACTTGGCCAT GTCCAGGCAC 
ACACTTGAGT ACGGCATGAG GGCCAGGCAG TTCGACCCCT CCGACTTCCA GGACCAGAGT 
GTCACACGCA TCCTCAGGAA GCTGAGTGTC ATTGAGAGGG CAGCCCTGCC CGAGGATGAG 
CTGAAGGAGT ATAACACCCT CCTCTCAGAT ATGGAGACCA CATACAGCAT AGCCAAGGTC 
TGCAGAGAGA ACAAAACCTG TCACCCACTG GATCCTGACC TCACAGACAT CATGGCCACC 
TCACGGGACT ATGATGAGCT CCTCTTTGTC TGGAAGGGCT GGCGGGATGC TTCTGGGAAG 
CAGATCAAGA ACAACTACAA GCGATACGTG GAACTGAGCA ACAAGGCAGC CGTGCTCAAC 
GGCTACTCAG ATAATGGGGC CTTCTGGAGA TCCCTGTATG AGACATCCAC CTTCGAGGAA 
GACCTAGAGA GGTTGTACCT GCAGCTGCAG CCCCTGTACC TCAATCTACA TGCCTACGTA 
CGCCGAGCCT TGTACAGAAA GTATGGTGGA GAGCACATAA ACCTGAAGGG TCCCATCCCT 
GCTCATCTGC TAGGCAACAT GTGGGCGCAG TCATGGTCCA ACATTTTCGA CCTGGTGATG 
CCTTTCCCAG ATGCCACCAA GGTGGATGCC ACCCCGGCCA TGAAACAACA GGGCTGGACT 
CCCAAGAGGA TGTTTGAAGA GTCGGACCGT TTCTTCACCT CTCTGGGCCT CATCCCTATG 
CCAGAGGAGT TCTGGGACAA GTCCATGATC GAGAAGCCAG CAGATGGGCG GGAGGTGGTG 
TGTCATGCCT CAGCCTGGGA CTTCTACAAC CGCAAGGACT TCAGGATCAA GCAGTGCACC 
GTGGTGAACA TGGACGACCT GATCACGGTG CACCATGAGA TGGGCCACGT CCAGTACTTC 
CTGCAGTACA TGGACCAGCC CATCTCCTTC CGTGACGGGG CCAACCCTGG CTTCCATGAG 
GCTGTTGGGG ATGTCATGGC CTTGTCTGTC TCCACCCCAA AACACTTGCA CAGCATCAAC 
CTGCTGGACC AAGTCACAGA CAACACAGAG AGTGACATTA ACTACCTGAT GAGCATCGCC 
CTGGACAAAA TCGCCTTCCT GCCCTTCGGG TACCTCATGG ACCAGTGGCG CTGGAAGGTC 
TTTGATGGGC GGATCAAGGA GGATGAGTAC AACCAGGAGT GGTGGAACCT CAGGTTGAAG 
TACCAGGGCT TGTGCCCACC AACACCAAGG TCTGAAGATG ACTTTGACCC CGGTGCAAAG 
TTTCACATCC CTGCCAATGT TCCCTACATC AGGTACTTCG TCAGCTTCGT GATCCAGTTC 
CAGTTCCACC AGGCACTGTG TGCGGCAGCC AAGCACACAG GTCCCCTGCA CACGTGTGAC 
ATCTACCAGT CCAAGGAGGC TGGGAACATC CTGGGGGAGG CCCTGAAGCT GGGATTCAGC 
AAGCCATGGC CCGAAGCCAT GGAGCTCATC ACGGGGCAGC CCAATATGTC AGCTGATGCT 
CTGATGAGCT ACTTTGAGCC GCTCATGACA TGGCTGGTGA ATGAGAATGA GAAGAATGAG 
GAGGTCCTGG GCTGGCCTGA GTACAGCTGG ACTCCCTACA CAGCCACTAC AGCCCAAGCC 
GGCTCCAGCC GAACTGATTT CCTGGGCATG TCCCTGGCCA GCAATCAAGC CACAGCAGGC 
AGCTGGGTCC TGCTCGCCCT GGCACTCGTC TTCCTCATCA CCACCATCTA CTTGGGTGTC 
AAGTTCTCCT CAGCCAGGAG AAAGACCTTC AAATCCAGCT CAGAAATGGA ACTGAAATAA

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

RefSeq	XP_010012983.1
CDS	28..3507
Translation	MEVWGKKAKELYGSIWSNFSDTQLRKIISSIQTLGPSNLPLDKREQYNTILSDMDKIYSTAKVCLANSTCWELEPDISDIMATSRSYKKLLYAWEGWHNAAGNPLRAKYEEFVQLSNEAYQMDGFEDTGSYWRSWYDSASFEDDLEHLYNQVEPLYLNLHAFVRRKLYDRYGSKYINLKGPIPAHLLGNMWAQQWNNIYDLMIPYPDKPNLDVTSTMVQQGWNATHMFRVSEEFFTSLGLLEMPPEFWDKSMLEKPADGREVVCHASAWDFYNRKDFRIKQCTTVTMEQLFTVHHEMGHIQYYLQYKDQPVSFRSGANPGFHEAIGDVMSLSVSTPSHLKEIGLLNSAAEDTESNINYLLKMALEKIAFLPFGYLIDQWRWNVFSGRTPPSRYNYDWWYLRTKYQGICAPISRNESNFDPGAKYHIPGNTPYIREVLKAGSSKSWQEILFNLTGTDKMDAGALLEYFSPVTEWLQEQNNKTNEVLGWPEFDWRPPIPEGYPEGIDKISDEAQAKEFLAEYNSTAEAVWNAYTEASWAYNTNITDHNKEIMLEKNLAMSRHTLEYGMRARQFDPSDFQDQSVTRILRKLSVIERAALPEDELKEYNTLLSDMETTYSIAKVCRENKTCHPLDPDLTDIMATSRDYDELLFVWKGWRDASGKQIKNNYKRYVELSNKAAVLNGYSDNGAFWRSLYETSTFEEDLERLYLQLQPLYLNLHAYVRRALYRKYGGEHINLKGPIPAHLLGNMWAQSWSNIFDLVMPFPDATKVDATPAMKQQGWTPKRMFEESDRFFTSLGLIPMPEEFWDKSMIEKPADGREVVCHASAWDFYNRKDFRIKQCTVVNMDDLITVHHEMGHVQYFLQYMDQPISFRDGANPGFHEAVGDVMALSVSTPKHLHSINLLDQVTDNTESDINYLMSIALDKIAFLPFGYLMDQWRWKVFDGRIKEDEYNQEWWNLRLKYQGLCPPTPRSEDDFDPGAKFHIPANVPYIRYFVSFVIQFQFHQALCAAAKHTGPLHTCDIYQSKEAGNILGEALKLGFSKPWPEAMELITGQPNMSADALMSYFEPLMTWLVNENEKNEEVLGWPEYSWTPYTATTAQAGSSRTDFLGMSLASNQATAGSWVLLALALVFLITTIYLGVKFSSARRKTFKSSSEMELK

Target ORF information:

RefSeq Version	XM_010014681.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis 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_010014681.1

ORF Insert Sequence:

ATGGAGGTGT GGGGGAAGAA AGCCAAGGAG CTCTATGGCA GCATCTGGAG CAACTTCAGT 
GACACACAGC TGAGGAAAAT CATCAGCTCC ATCCAGACCC TGGGACCCTC CAACCTGCCC 
CTGGACAAGA GAGAGCAGTA CAACACCATC CTGAGCGACA TGGACAAAAT CTACTCCACA 
GCCAAGGTGT GTCTGGCCAA CAGTACCTGC TGGGAGCTGG AGCCAGACAT CTCGGACATC 
ATGGCCACCT CCCGCAGCTA CAAGAAGCTG CTCTACGCCT GGGAGGGGTG GCACAACGCC 
GCAGGCAACC CTCTGCGCGC CAAGTACGAG GAGTTCGTGC AGCTGAGCAA CGAGGCCTAT 
CAGATGGATG GATTTGAGGA CACAGGCAGC TACTGGCGCT CCTGGTACGA CTCAGCCTCC 
TTTGAGGATG ACCTGGAGCA CCTCTACAAC CAGGTGGAGC CTCTCTACCT CAACCTGCAC 
GCCTTCGTCC GGAGGAAGCT GTACGACCGC TATGGCTCCA AATACATCAA CCTGAAGGGC 
CCCATCCCTG CTCACCTCCT GGGCAACATG TGGGCTCAGC AGTGGAACAA CATCTATGAC 
TTGATGATCC CCTACCCTGA CAAGCCCAAC CTCGATGTCA CAAGCACCAT GGTGCAGCAG 
GGCTGGAACG CCACGCACAT GTTCCGGGTC TCGGAGGAGT TCTTCACCTC CCTGGGGCTG 
CTGGAGATGC CCCCTGAATT CTGGGACAAG TCCATGCTGG AGAAGCCAGC GGACGGGCGG 
GAGGTGGTGT GTCACGCCTC GGCCTGGGAC TTCTACAACC GCAAGGACTT CAGGATCAAG 
CAGTGCACGA CAGTGACCAT GGAGCAGCTG TTCACGGTGC ACCATGAGAT GGGCCACATC 
CAGTACTACC TGCAGTACAA GGACCAGCCA GTCTCCTTCC GCAGCGGGGC CAATCCCGGC 
TTCCATGAGG CCATCGGCGA TGTCATGTCC CTGTCTGTGT CCACCCCCAG CCACCTCAAG 
GAAATCGGTC TCCTCAACAG TGCCGCTGAG GACACAGAGA GCAACATCAA CTACCTGCTG 
AAGATGGCCT TGGAGAAGAT CGCCTTCCTG CCCTTCGGCT ACCTCATCGA CCAGTGGCGC 
TGGAACGTGT TCAGTGGCCG CACACCCCCG AGCCGCTACA ACTACGACTG GTGGTATCTG 
AGAACCAAAT ACCAGGGTAT CTGTGCTCCG ATTTCAAGGA ACGAAAGCAA CTTTGACCCT 
GGAGCAAAGT ATCACATCCC TGGGAATACC CCTTACATCA GGGAAGTGTT GAAAGCTGGG 
TCTTCCAAGT CATGGCAGGA AATCCTGTTC AACCTCACTG GCACGGATAA GATGGATGCT 
GGGGCCCTCC TGGAGTACTT CAGCCCTGTC ACTGAGTGGC TTCAGGAGCA GAACAACAAG 
ACCAATGAGG TGCTGGGCTG GCCTGAGTTT GACTGGCGTC CCCCTATCCC TGAAGGCTAC 
CCTGAGGGCA TTGACAAAAT ATCAGACGAA GCACAAGCTA AAGAGTTCCT GGCCGAGTAC 
AACAGCACAG CTGAGGCAGT GTGGAATGCC TACACCGAGG CATCCTGGGC CTACAACACC 
AACATTACCG ACCACAACAA GGAGATCATG CTGGAGAAGA ACTTGGCCAT GTCCAGGCAC 
ACACTTGAGT ACGGCATGAG GGCCAGGCAG TTCGACCCCT CCGACTTCCA GGACCAGAGT 
GTCACACGCA TCCTCAGGAA GCTGAGTGTC ATTGAGAGGG CAGCCCTGCC CGAGGATGAG 
CTGAAGGAGT ATAACACCCT CCTCTCAGAT ATGGAGACCA CATACAGCAT AGCCAAGGTC 
TGCAGAGAGA ACAAAACCTG TCACCCACTG GATCCTGACC TCACAGACAT CATGGCCACC 
TCACGGGACT ATGATGAGCT CCTCTTTGTC TGGAAGGGCT GGCGGGATGC TTCTGGGAAG 
CAGATCAAGA ACAACTACAA GCGATACGTG GAACTGAGCA ACAAGGCAGC CGTGCTCAAC 
GGCTACTCAG ATAATGGGGC CTTCTGGAGA TCCCTGTATG AGACATCCAC CTTCGAGGAA 
GACCTAGAGA GGTTGTACCT GCAGCTGCAG CCCCTGTACC TCAATCTACA TGCCTACGTA 
CGCCGAGCCT TGTACAGAAA GTATGGTGGA GAGCACATAA ACCTGAAGGG TCCCATCCCT 
GCTCATCTGC TAGGCAACAT GTGGGCGCAG TCATGGTCCA ACATTTTCGA CCTGGTGATG 
CCTTTCCCAG ATGCCACCAA GGTGGATGCC ACCCCGGCCA TGAAACAACA GGGCTGGACT 
CCCAAGAGGA TGTTTGAAGA GTCGGACCGT TTCTTCACCT CTCTGGGCCT CATCCCTATG 
CCAGAGGAGT TCTGGGACAA GTCCATGATC GAGAAGCCAG CAGATGGGCG GGAGGTGGTG 
TGTCATGCCT CAGCCTGGGA CTTCTACAAC CGCAAGGACT TCAGGATCAA GCAGTGCACC 
GTGGTGAACA TGGACGACCT GATCACGGTG CACCATGAGA TGGGCCACGT CCAGTACTTC 
CTGCAGTACA TGGACCAGCC CATCTCCTTC CGTGACGGGG CCAACCCTGG CTTCCATGAG 
GCTGTTGGGG ATGTCATGGC CTTGTCTGTC TCCACCCCAA AACACTTGCA CAGCATCAAC 
CTGCTGGACC AAGTCACAGA CAACACAGAG AGTGACATTA ACTACCTGAT GAGCATCGCC 
CTGGACAAAA TCGCCTTCCT GCCCTTCGGG TACCTCATGG ACCAGTGGCG CTGGAAGGTC 
TTTGATGGGC GGATCAAGGA GGATGAGTAC AACCAGGAGT GGTGGAACCT CAGGTTGAAG 
TACCAGGGCT TGTGCCCACC AACACCAAGG TCTGAAGATG ACTTTGACCC CGGTGCAAAG 
TTTCACATCC CTGCCAATGT TCCCTACATC AGGTACTTCG TCAGCTTCGT GATCCAGTTC 
CAGTTCCACC AGGCACTGTG TGCGGCAGCC AAGCACACAG GTCCCCTGCA CACGTGTGAC 
ATCTACCAGT CCAAGGAGGC TGGGAACATC CTGGGGGAGG CCCTGAAGCT GGGATTCAGC 
AAGCCATGGC CCGAAGCCAT GGAGCTCATC ACGGGGCAGC CCAATATGTC AGCTGATGCT 
CTGATGAGCT ACTTTGAGCC GCTCATGACA TGGCTGGTGA ATGAGAATGA GAAGAATGAG 
GAGGTCCTGG GCTGGCCTGA GTACAGCTGG ACTCCCTACA CAGCCACTAC AGCCCAAGCC 
GGCTCCAGCC GAACTGATTT CCTGGGCATG TCCCTGGCCA GCAATCAAGC CACAGCAGGC 
AGCTGGGTCC TGCTCGCCCT GGCACTCGTC TTCCTCATCA CCACCATCTA CTTGGGTGTC 
AAGTTCTCCT CAGCCAGGAG AAAGACCTTC AAATCCAGCT CAGAAATGGA ACTGAAATAA