ANKRD28 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	ANKRD28
Entrez Gene ID	100223592
Full Name	ankyrin repeat domain 28
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012571687.1	XP_012427141.1	serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A
XM_030264928.1	XP_030120788.1	serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A

Pathways from BioSystems
Gene Ontology

The following ANKRD28 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD28 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
OTd34826	XM_030264928.1 Latest version!	Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd16648	XM_012571687.1 Latest version!	Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

ANKRD28 ( XM_030264928.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030120788.1 Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd34826
Clone ID Related Accession (Same CDS sequence)	XM_030264928.1
Accession Version	XM_030264928.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3252bp) 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	2019-08-08
Organism	Taeniopygia guttata(zebra finch)
Product	serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A
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##

ATGAGTCGAG TCTGTATTGT TGTTTTGGAG GAGGAGGAAG ATGATTCTCC TACATTTATT 
TCCAATTTAC CTCAGGAAAA TGTATCTGTA CATCCATCAC CCTCTGGAAA CGTGCTGCCA 
CCACTGGTTC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG 
AAAGAAGATG TTAATTTTCA GGATAATGAG AAAAGGACCC CTTTACATGC TGCTGCCTAT 
CTGGGAGATG CAGAAATTAT TGAGCTACTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA 
GACAGCAAAT GGTTGACTCC TTTACACAGA GCTGTAGCAT CTTGTAGTGA GGATGCAGTT 
CAGGTGTTGT TAAAGCATTC AGCAGATGTG AATGCTCGTG ATAAAAACTG GCAGACACCC 
CTGCACATAG CAGCTGCAAA CAAAGCTGTG AAGTGTGCTG AAGCTTTGGT GCCTCTCCTA 
AGCAATGTAA ATGTGTCTGA TCGAGCAGGC AGAACTGCAC TGCATCATGC AGCCTTCAGT 
GGACATGTTG AGATGGTCAG CTTACTGTTG TCTAGAGGGG CCAATATTAA TGCATTTGAT 
AAGAAAGACA GACGAGCTAT ACATTGGGCA GCATATATGG GTCATATTGA TGTTGTGAAA 
TTACTTGTGA CCCATACAGC TGAAGTGACA TGCAAAGACA AGAAATCATA TACACCCTTA 
CATGCTGCAG CATCTAGTGG GATGATTAGT GTAGTCAAAT ATCTTCTGGA TCTTGGAGTT 
GATATGAATG AGCCAAATGC CTATGGAAAT ACTCCTCTCC ATGTAGCTTG TTACAATGGG 
CAAGATGTTG TAGTGAATGA ACTCATAGAC TGTGGTGCTA ATGTAAACCA AGTGAATGAG 
AAGGGGTTTA CACCTTTGCA CTTTGCTGCT GCATCGACAC ATGGAGCATT GTGTTTAGAG 
CTCTTGGTCT GCAATGGAGC AGATGTAAAT ATAAAGAGTA AAGATGGGAA AACACCTTTG 
CACATGACAG CGATACATGG TAGATTTTCA AGATCCCAAA CCATCATTCA AAATGGAGCT 
GAAATAGACT GTGAAGATAA GAATGGAAAT ACCCCTTTGC ACATAGCAGC TAGATATGGC 
CACGAGCTAT TAATCAACAC TCTGATTACG AGTGGACCTG ATTACGAGTG GCGGGGTATA 
CATGGGATGT TTCCTCTCCA TTTGGCAGCA TTAAGTGGAT TTTCAGACTG CTGCAGAAAG 
CTCCTCTCAT CAGGTTTTGA CATTGACACA CCAGATGACT TTGGCAGGAC TTGTCTTCAT 
GCAGCTGCTG CTGGAGGGAA TTTGGAGTGC CTAAATCTTC TGCTAAATAC CGGTGCAGAC 
TTCAACAAAA AGGACAGATT TGGAAGAACT CCACTCCATT ATGCTGCTGC CAATTGTAAT 
TATCAGTGCC TGTTTGCCCT TGTGGGATCT GGAGCTAGTG TGAATGACCT TGATGAGAGG 
GGTTGTACAC CTCTGCACTA TGCAGCTGCA TCAGACACAG ATGGGAAGTG CCTGGAATAC 
TTGCTAAGAA ACGATGCCAA CCCTGGGATT CGAGACAAAC AAGGATACAA TGCAGTTCAT 
TATTCAGCTG CTTACGGTCA TCGCTTGTGT CTTGAATTGA TTGCAAGTGA AACGCCTCTA 
GATGTTCTGA TGGAAACGTC AGGCACTGAC ATGCTGAATG ACTCAGAAAA CAGAGCACCC 
ATAAGTCCAC TGCATTTAGC TGCCTATCAT GGCCATCATC AAGCTCTGGA AGTGCTGGTT 
CAGTCACTGC TGGACCTTGA TGTGAGGAAT AACAATGGAA GGACACCACT GGATCTTGCT 
GCCTTTAAGG GACACGTGGA ATGTGTAGAT GTGCTCATTA ATCAGGGAGC ATCAATCTTG 
GTGAAAGATT ATGTTGTAAA GAGGACCCCA ATTCATGCTG CAGCTACAAA TGGTCATTCA 
GAATGTTTGC GGCTATTGAT AGGAAATGCA GAGCCGCAGA ACGCAGTGGA CATTCAAGAT 
GGAAATGGAC AGACTCCTCT GATGTTGTCA GTTCTCAATG GGCACACTGA CTGTGTTTAT 
TCACTCCTTA ACAAAGGAGC AAATGTAGAC GCCAAAGATA AGTGGGGAAG GACAGCATTA 
CATAGAGGGG CAGTTACTGG GCATGAGGAA TGTGTGGAAG CATTGCTTCA ACATGGTGCT 
AAGTCCTTGC TACGGGACTG TAGGGGACGG ACCCCCATCC ACTTGTCAGC TGCCTGTGGC 
CATATAGGTG TCCTGGGAGC TCTGCTGCAG TCAGCTGCTT CTGTGGATGC AGCACCTGCC 
ATGGCTGACA ATCACGGCTA CACATCACTG CACTGGGCCT GCTATAATGG TCACGACAGT 
TGTGTAGAGC TGCTCCTGGA ACAGGAAGTT TTTCAGAAAA TGGAAGGAAA TTCTTTCAGT 
CCCTTGCATT GTGCTGTGAT AAATGACAAT GAAGGTGCTG CAGAAATGTT AATTGATACA 
CTAGGTGGTG GTATTGTAAA TTCAACAGAT TCAAAAGGAA GAACACCTCT GCATGCAGCA 
GCTTTTACAG ATCACGTTGA GTGTCTACAG CTTCTGCTTG GTCACAGTGC TCAAGTAAAT 
GCTGTAGATT CTTCTGGGAA AACACCTTTA ATGATGGCTG CAGAAAATGG ACAGACGAAT 
ACAGTTGAGG TGCTGGTTAG CAGTGCTAAG GCTGATCTGA CTTTGCAAGA CAATTCTAAG 
AACACAGCAC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATCCTG 
GAGAAGATTA CGGATAGAAA CCTCATCAAC GCCACCAACG CAGCCTTGCA AACACCTCTG 
CATGTTGCTG CTCGAAATGG ACTAACGGTT GTAGTTCAAG AGCTTTTAGG GAAGGGAGCA 
AGTGTACTTG CTGTAGATGA AAATGGTTAC ACGCCGGCTT TGGCCTGCGC GCCCAACAAG 
GACGTGGCCG ATTGCCTGGC TCTCATCCTG GCCACCATGA TGCCTGTGTC ATCGAGCAGC 
ACATTGCCCT CCCTCACCTT CAATGCCATT AATCATTACA CCAACACCTC AAAAACTGTC 
ACCTTCGATT CCTTGCCAAT CATGAGGAGT GACCACAGCT CCTACTGTAC TTTCAACAAC 
ATTGGCAGGG AAGGTGGCTA CCCCTACACA GAAGAAGACG AGCTCAATGA CTCAGATTCC 
GAGACCTATT AG

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

RefSeq	XP_030120788.1
CDS	1398..4649
Translation	MSRVCIVVLEEEEDDSPTFISNLPQENVSVHPSPSGNVLPPLVQAIFNGDPDEVRALIFKKEDVNFQDNEKRTPLHAAAYLGDAEIIELLILSGARVNAKDSKWLTPLHRAVASCSEDAVQVLLKHSADVNARDKNWQTPLHIAAANKAVKCAEALVPLLSNVNVSDRAGRTALHHAAFSGHVEMVSLLLSRGANINAFDKKDRRAIHWAAYMGHIDVVKLLVTHTAEVTCKDKKSYTPLHAAASSGMISVVKYLLDLGVDMNEPNAYGNTPLHVACYNGQDVVVNELIDCGANVNQVNEKGFTPLHFAAASTHGALCLELLVCNGADVNIKSKDGKTPLHMTAIHGRFSRSQTIIQNGAEIDCEDKNGNTPLHIAARYGHELLINTLITSGPDYEWRGIHGMFPLHLAALSGFSDCCRKLLSSGFDIDTPDDFGRTCLHAAAAGGNLECLNLLLNTGADFNKKDRFGRTPLHYAAANCNYQCLFALVGSGASVNDLDERGCTPLHYAAASDTDGKCLEYLLRNDANPGIRDKQGYNAVHYSAAYGHRLCLELIASETPLDVLMETSGTDMLNDSENRAPISPLHLAAYHGHHQALEVLVQSLLDLDVRNNNGRTPLDLAAFKGHVECVDVLINQGASILVKDYVVKRTPIHAAATNGHSECLRLLIGNAEPQNAVDIQDGNGQTPLMLSVLNGHTDCVYSLLNKGANVDAKDKWGRTALHRGAVTGHEECVEALLQHGAKSLLRDCRGRTPIHLSAACGHIGVLGALLQSAASVDAAPAMADNHGYTSLHWACYNGHDSCVELLLEQEVFQKMEGNSFSPLHCAVINDNEGAAEMLIDTLGGGIVNSTDSKGRTPLHAAAFTDHVECLQLLLGHSAQVNAVDSSGKTPLMMAAENGQTNTVEVLVSSAKADLTLQDNSKNTALHLACSKGHETSALLILEKITDRNLINATNAALQTPLHVAARNGLTVVVQELLGKGASVLAVDENGYTPALACAPNKDVADCLALILATMMPVSSSSTLPSLTFNAINHYTNTSKTVTFDSLPIMRSDHSSYCTFNNIGREGGYPYTEEDELNDSDSETY

Target ORF information:

RefSeq Version	XM_030264928.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X2, mRNA.

Target ORF information:

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

XM_030264928.1

ORF Insert Sequence:

ATGAGTCGAG TCTGTATTGT TGTTTTGGAG GAGGAGGAAG ATGATTCTCC TACATTTATT 
TCCAATTTAC CTCAGGAAAA TGTATCTGTA CATCCATCAC CCTCTGGAAA CGTGCTGCCA 
CCACTGGTTC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG 
AAAGAAGATG TTAATTTTCA GGATAATGAG AAAAGGACCC CTTTACATGC TGCTGCCTAT 
CTGGGAGATG CAGAAATTAT TGAGCTACTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA 
GACAGCAAAT GGTTGACTCC TTTACACAGA GCTGTAGCAT CTTGTAGTGA GGATGCAGTT 
CAGGTGTTGT TAAAGCATTC AGCAGATGTG AATGCTCGTG ATAAAAACTG GCAGACACCC 
CTGCACATAG CAGCTGCAAA CAAAGCTGTG AAGTGTGCTG AAGCTTTGGT GCCTCTCCTA 
AGCAATGTAA ATGTGTCTGA TCGAGCAGGC AGAACTGCAC TGCATCATGC AGCCTTCAGT 
GGACATGTTG AGATGGTCAG CTTACTGTTG TCTAGAGGGG CCAATATTAA TGCATTTGAT 
AAGAAAGACA GACGAGCTAT ACATTGGGCA GCATATATGG GTCATATTGA TGTTGTGAAA 
TTACTTGTGA CCCATACAGC TGAAGTGACA TGCAAAGACA AGAAATCATA TACACCCTTA 
CATGCTGCAG CATCTAGTGG GATGATTAGT GTAGTCAAAT ATCTTCTGGA TCTTGGAGTT 
GATATGAATG AGCCAAATGC CTATGGAAAT ACTCCTCTCC ATGTAGCTTG TTACAATGGG 
CAAGATGTTG TAGTGAATGA ACTCATAGAC TGTGGTGCTA ATGTAAACCA AGTGAATGAG 
AAGGGGTTTA CACCTTTGCA CTTTGCTGCT GCATCGACAC ATGGAGCATT GTGTTTAGAG 
CTCTTGGTCT GCAATGGAGC AGATGTAAAT ATAAAGAGTA AAGATGGGAA AACACCTTTG 
CACATGACAG CGATACATGG TAGATTTTCA AGATCCCAAA CCATCATTCA AAATGGAGCT 
GAAATAGACT GTGAAGATAA GAATGGAAAT ACCCCTTTGC ACATAGCAGC TAGATATGGC 
CACGAGCTAT TAATCAACAC TCTGATTACG AGTGGACCTG ATTACGAGTG GCGGGGTATA 
CATGGGATGT TTCCTCTCCA TTTGGCAGCA TTAAGTGGAT TTTCAGACTG CTGCAGAAAG 
CTCCTCTCAT CAGGTTTTGA CATTGACACA CCAGATGACT TTGGCAGGAC TTGTCTTCAT 
GCAGCTGCTG CTGGAGGGAA TTTGGAGTGC CTAAATCTTC TGCTAAATAC CGGTGCAGAC 
TTCAACAAAA AGGACAGATT TGGAAGAACT CCACTCCATT ATGCTGCTGC CAATTGTAAT 
TATCAGTGCC TGTTTGCCCT TGTGGGATCT GGAGCTAGTG TGAATGACCT TGATGAGAGG 
GGTTGTACAC CTCTGCACTA TGCAGCTGCA TCAGACACAG ATGGGAAGTG CCTGGAATAC 
TTGCTAAGAA ACGATGCCAA CCCTGGGATT CGAGACAAAC AAGGATACAA TGCAGTTCAT 
TATTCAGCTG CTTACGGTCA TCGCTTGTGT CTTGAATTGA TTGCAAGTGA AACGCCTCTA 
GATGTTCTGA TGGAAACGTC AGGCACTGAC ATGCTGAATG ACTCAGAAAA CAGAGCACCC 
ATAAGTCCAC TGCATTTAGC TGCCTATCAT GGCCATCATC AAGCTCTGGA AGTGCTGGTT 
CAGTCACTGC TGGACCTTGA TGTGAGGAAT AACAATGGAA GGACACCACT GGATCTTGCT 
GCCTTTAAGG GACACGTGGA ATGTGTAGAT GTGCTCATTA ATCAGGGAGC ATCAATCTTG 
GTGAAAGATT ATGTTGTAAA GAGGACCCCA ATTCATGCTG CAGCTACAAA TGGTCATTCA 
GAATGTTTGC GGCTATTGAT AGGAAATGCA GAGCCGCAGA ACGCAGTGGA CATTCAAGAT 
GGAAATGGAC AGACTCCTCT GATGTTGTCA GTTCTCAATG GGCACACTGA CTGTGTTTAT 
TCACTCCTTA ACAAAGGAGC AAATGTAGAC GCCAAAGATA AGTGGGGAAG GACAGCATTA 
CATAGAGGGG CAGTTACTGG GCATGAGGAA TGTGTGGAAG CATTGCTTCA ACATGGTGCT 
AAGTCCTTGC TACGGGACTG TAGGGGACGG ACCCCCATCC ACTTGTCAGC TGCCTGTGGC 
CATATAGGTG TCCTGGGAGC TCTGCTGCAG TCAGCTGCTT CTGTGGATGC AGCACCTGCC 
ATGGCTGACA ATCACGGCTA CACATCACTG CACTGGGCCT GCTATAATGG TCACGACAGT 
TGTGTAGAGC TGCTCCTGGA ACAGGAAGTT TTTCAGAAAA TGGAAGGAAA TTCTTTCAGT 
CCCTTGCATT GTGCTGTGAT AAATGACAAT GAAGGTGCTG CAGAAATGTT AATTGATACA 
CTAGGTGGTG GTATTGTAAA TTCAACAGAT TCAAAAGGAA GAACACCTCT GCATGCAGCA 
GCTTTTACAG ATCACGTTGA GTGTCTACAG CTTCTGCTTG GTCACAGTGC TCAAGTAAAT 
GCTGTAGATT CTTCTGGGAA AACACCTTTA ATGATGGCTG CAGAAAATGG ACAGACGAAT 
ACAGTTGAGG TGCTGGTTAG CAGTGCTAAG GCTGATCTGA CTTTGCAAGA CAATTCTAAG 
AACACAGCAC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATCCTG 
GAGAAGATTA CGGATAGAAA CCTCATCAAC GCCACCAACG CAGCCTTGCA AACACCTCTG 
CATGTTGCTG CTCGAAATGG ACTAACGGTT GTAGTTCAAG AGCTTTTAGG GAAGGGAGCA 
AGTGTACTTG CTGTAGATGA AAATGGTTAC ACGCCGGCTT TGGCCTGCGC GCCCAACAAG 
GACGTGGCCG ATTGCCTGGC TCTCATCCTG GCCACCATGA TGCCTGTGTC ATCGAGCAGC 
ACATTGCCCT CCCTCACCTT CAATGCCATT AATCATTACA CCAACACCTC AAAAACTGTC 
ACCTTCGATT CCTTGCCAAT CATGAGGAGT GACCACAGCT CCTACTGTAC TTTCAACAAC 
ATTGGCAGGG AAGGTGGCTA CCCCTACACA GAAGAAGACG AGCTCAATGA CTCAGATTCC 
GAGACCTATT AG

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

ANKRD28 ( XM_012571687.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012427141.1 Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd16648
Clone ID Related Accession (Same CDS sequence)	XM_012571687.1
Accession Version	XM_012571687.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3252bp) 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	2015-05-25
Organism	Taeniopygia guttata(zebra finch)
Product	serine/threonine-protein phosphatase 6 regulatory ankyrin repeat subunit A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198270.1) 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##

ATGAGTCGAG TCTGTATTGT TGTTTTGGAG GAGGAGGAAG ATGATTCTCC TACATTTATT 
TCCAATTTAC CTCAGGAAAA TGTATCTGTA CATCCATCAC CCTCTGGAAA CGTGCTGCCA 
CCATTGGTTC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG 
AAAGAAGATG TTAATTTTCA GGATAATGAG AAAAGGACCC CTTTACATGC TGCTGCCTAT 
CTGGGAGATG CAGAAATTAT TGAGCTACTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA 
GACAGCAAAT GGTTGACTCC TTTACACAGA GCTGTAGCAT CTTGTAGTGA GGATGCAGTT 
CAGGTGTTGT TAAAGCATTC AGCAGATGTG AATGCTCGTG ATAAAAACTG GCAGACACCC 
CTGCACATAG CAGCTGCAAA CAAAGCTGTG AAGTGTGCTG AAGCTTTGGT GCCTCTCCTA 
AGCAATGTAA ATGTGTCTGA TCGAGCAGGC AGAACTGCAC TGCATCATGC AGCCTTCAGT 
GGACATGTTG AGATGGTCAG CTTACTGTTG TCTAGAGGGG CCAATATTAA TGCATTTGAT 
AAGAAAGACA GACGAGCTAT ACATTGGGCA GCATATATGG GTCATATTGA TGTTGTGAAA 
TTACTTGTGA CCCATACAGC TGAAGTGACA TGCAAAGACA AGAAATCATA TACACCCTTA 
CATGCTGCAG CATCTAGTGG GATGATTAGT GTAGTCAAAT ATCTTCTGGA TCTTGGAGTT 
GATATGAATG AGCCAAATGC CTATGGAAAT ACTCCTCTCC ATGTAGCTTG TTACAATGGG 
CAAGATGTTG TAGTGAATGA ACTCATAGAC TGTGGTGCTA ATGTAAACCA AGTGAATGAA 
AAGGGGTTTA CACCTTTGCA CTTTGCTGCT GCATCGACAC ATGGAGCATT GTGTTTAGAG 
CTCTTGGTCT GCAATGGAGC AGATGTAAAT ATAAAGAGTA AAGATGGGAA AACACCTTTG 
CACATGACAG CGATACATGG TAGATTTTCA AGATCCCAAA CCATCATTCA AAATGGAGCT 
GAAATAGACT GTGAAGATAA GAATGGAAAT ACCCCTTTGC ACATAGCAGC TAGATATGGC 
CACGAGCTAT TAATCAACAC TCTGATTACG AGTGGTGCTG ACACTGCAAA GCGGGGTATA 
CATGGGATGT TTCCTCTCCA TTTGGCAGCA TTAAGTGGAT TTTCAGACTG CTGCAGAAAG 
CTCCTCTCAT CAGGTTTTGA CATTGACACA CCAGATGACT TTGGCAGGAC TTGTCTTCAT 
GCAGCTGCTG CTGGAGGGAA TTTGGAGTGC CTAAATCTTC TGCTAAATAC CGGTGCAGAC 
TTCAACAAAA AGGACAGATT TGGAAGAACT CCACTCCATT ATGCTGCTGC CAATTGTAAT 
TATCAGTGCC TGTTTGCCCT TGTGGGATCT GGAGCTAGTG TGAATGACCT TGATGAGAGG 
GGTTGTACAC CTCTGCACTA TGCAGCTGCA TCAGACACAG ATGGGAAGTG CCTGGAATAC 
TTGCTAAGAA ACGATGCCAA CCCTGGGATC CGAGACAAAC AAGGATACAA TGCAGTTCAT 
TATTCAGCTG CTTACGGTCA TCGCTTGTGT CTTGAATTGA TTGCAAGTGA AACGCCTCTA 
GATGTTCTGA TGGAAACGTC AGGCACTGAC ATGCTGAATG ACTCAGAAAA CAGAGCACCC 
ATAAGTCCAC TGCATTTAGC TGCCTATCAT GGCCATCATC AAGCTCTGGA AGTGCTGGTT 
CAGTCACTGC TGGACCTTGA TGTGAGGAAT AACAATGGAA GGACACCACT GGATCTTGCT 
GCCTTTAAGG GACACGTGGA ATGTGTAGAT GTGCTCATTA ATCAGGGAGC ATCAATCTTG 
GTGAAAGATT ATGTTGTAAA GAGGACCCCA ATTCATGCTG CAGCTACAAA TGGTCATTCA 
GAATGTTTGC GGCTATTGAT AGGAAATGCA GAGCCGCAGA ACGCAGTGGA CATTCAAGAT 
GGAAATGGAC AGACTCCTCT GATGTTGTCA GTTCTCAATG GGCACACTGA CTGTGTTTAT 
TCACTCCTTA ATAAAGGAGC AAATGTAGAC GCCAAAGATA AGTGGGGAAG GACAGCATTA 
CATAGAGGGG CAGTTACTGG GCATGAGGAA TGTGTGGAAG CATTGCTTCA ACATGGTGCT 
AAGTCCTTGC TACGGGACTG TAGGGGACGG ACCCCCATCC ACTTGTCAGC TGCCTGTGGC 
CATATAGGTG TCCTGGGAGC TCTGCTGCAG TCAGCTGCTT CTGTGGATGC AGCACCTGCC 
ATGGCTGACA ATCACGGCTA CACATCACTG CACTGGGCCT GCTATAATGG TCACGACAGT 
TGTGTAGAGC TGCTCCTGGA ACAGGAAGTT TTTCAGAAAA TGGAAGGAAA TTCTTTCAGT 
CCCTTGCATT GTGCTGTGAT AAATGACAAT GAAGGTGCTG CAGAAATGTT AATTGATACA 
CTAGGTGGTG GTATTGTAAA TTCAACAGAT TCAAAAGGAA GAACACCTCT GCATGCAGCA 
GCTTTTACAG ATCACGTTGA GTGTCTACAG CTTCTGCTTG GTCACAGTGC TCAAGTAAAT 
GCTGTAGATT CTTCTGGGAA AACACCTTTA ATGATGGCTG CAGAAAATGG ACAGACGAAT 
ACAGTTGAGG TGCTGGTTAG CAGTGCTAAG GCTGATCTGA CTTTGCAAGA CAATTCTAAG 
AACACAGCAC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATCCTG 
GAGAAGATTA CGGATAGAAA CCTCATCAAC GCCACCAACG CAGCCTTGCA AACACCTCTG 
CATGTTGCTG CTCGAAATGG ACTAACGGTT GTAGTTCAAG AGCTTTTAGG GAAGGGAGCA 
AGTGTACTTG CTGTAGATGA AAATGGTTAC ACGCCGGCTT TGGCCTGCGC GCCCAACAAG 
GACGTGGCCG ATTGCCTGGC TCTCATCCTG GCCACCATGA TGCCTGTGTC ATCGAGCAGC 
ACATTGCCCT CCCTCACCTT CAATGCCATT AATCATTACA CCAACACCTC AAAAACTGTC 
ACCTTCGATT CCTTGCCAAT CATGAGGAGT GACCACAGCT CCTACTGTAC TTTCAACAAC 
ATTGGCAGGG AAGGTGGCTA CCCCTACACA GAAGAAGACG AGCTCAATGA CTCAGATTCC 
GAGACCTATT AG

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

RefSeq	XP_012427141.1
CDS	1028..4279
Translation	MSRVCIVVLEEEEDDSPTFISNLPQENVSVHPSPSGNVLPPLVQAIFNGDPDEVRALIFKKEDVNFQDNEKRTPLHAAAYLGDAEIIELLILSGARVNAKDSKWLTPLHRAVASCSEDAVQVLLKHSADVNARDKNWQTPLHIAAANKAVKCAEALVPLLSNVNVSDRAGRTALHHAAFSGHVEMVSLLLSRGANINAFDKKDRRAIHWAAYMGHIDVVKLLVTHTAEVTCKDKKSYTPLHAAASSGMISVVKYLLDLGVDMNEPNAYGNTPLHVACYNGQDVVVNELIDCGANVNQVNEKGFTPLHFAAASTHGALCLELLVCNGADVNIKSKDGKTPLHMTAIHGRFSRSQTIIQNGAEIDCEDKNGNTPLHIAARYGHELLINTLITSGADTAKRGIHGMFPLHLAALSGFSDCCRKLLSSGFDIDTPDDFGRTCLHAAAAGGNLECLNLLLNTGADFNKKDRFGRTPLHYAAANCNYQCLFALVGSGASVNDLDERGCTPLHYAAASDTDGKCLEYLLRNDANPGIRDKQGYNAVHYSAAYGHRLCLELIASETPLDVLMETSGTDMLNDSENRAPISPLHLAAYHGHHQALEVLVQSLLDLDVRNNNGRTPLDLAAFKGHVECVDVLINQGASILVKDYVVKRTPIHAAATNGHSECLRLLIGNAEPQNAVDIQDGNGQTPLMLSVLNGHTDCVYSLLNKGANVDAKDKWGRTALHRGAVTGHEECVEALLQHGAKSLLRDCRGRTPIHLSAACGHIGVLGALLQSAASVDAAPAMADNHGYTSLHWACYNGHDSCVELLLEQEVFQKMEGNSFSPLHCAVINDNEGAAEMLIDTLGGGIVNSTDSKGRTPLHAAAFTDHVECLQLLLGHSAQVNAVDSSGKTPLMMAAENGQTNTVEVLVSSAKADLTLQDNSKNTALHLACSKGHETSALLILEKITDRNLINATNAALQTPLHVAARNGLTVVVQELLGKGASVLAVDENGYTPALACAPNKDVADCLALILATMMPVSSSSTLPSLTFNAINHYTNTSKTVTFDSLPIMRSDHSSYCTFNNIGREGGYPYTEEDELNDSDSETY

Target ORF information:

RefSeq Version	XM_012571687.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ankyrin repeat domain 28 (ANKRD28), transcript variant X1, mRNA.

Target ORF information:

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

XM_012571687.1

ORF Insert Sequence:

ATGAGTCGAG TCTGTATTGT TGTTTTGGAG GAGGAGGAAG ATGATTCTCC TACATTTATT 
TCCAATTTAC CTCAGGAAAA TGTATCTGTA CATCCATCAC CCTCTGGAAA CGTGCTGCCA 
CCATTGGTTC AAGCTATATT TAATGGAGAT CCTGATGAAG TTCGAGCACT AATATTTAAG 
AAAGAAGATG TTAATTTTCA GGATAATGAG AAAAGGACCC CTTTACATGC TGCTGCCTAT 
CTGGGAGATG CAGAAATTAT TGAGCTACTT ATTTTATCTG GAGCTAGAGT TAATGCCAAA 
GACAGCAAAT GGTTGACTCC TTTACACAGA GCTGTAGCAT CTTGTAGTGA GGATGCAGTT 
CAGGTGTTGT TAAAGCATTC AGCAGATGTG AATGCTCGTG ATAAAAACTG GCAGACACCC 
CTGCACATAG CAGCTGCAAA CAAAGCTGTG AAGTGTGCTG AAGCTTTGGT GCCTCTCCTA 
AGCAATGTAA ATGTGTCTGA TCGAGCAGGC AGAACTGCAC TGCATCATGC AGCCTTCAGT 
GGACATGTTG AGATGGTCAG CTTACTGTTG TCTAGAGGGG CCAATATTAA TGCATTTGAT 
AAGAAAGACA GACGAGCTAT ACATTGGGCA GCATATATGG GTCATATTGA TGTTGTGAAA 
TTACTTGTGA CCCATACAGC TGAAGTGACA TGCAAAGACA AGAAATCATA TACACCCTTA 
CATGCTGCAG CATCTAGTGG GATGATTAGT GTAGTCAAAT ATCTTCTGGA TCTTGGAGTT 
GATATGAATG AGCCAAATGC CTATGGAAAT ACTCCTCTCC ATGTAGCTTG TTACAATGGG 
CAAGATGTTG TAGTGAATGA ACTCATAGAC TGTGGTGCTA ATGTAAACCA AGTGAATGAA 
AAGGGGTTTA CACCTTTGCA CTTTGCTGCT GCATCGACAC ATGGAGCATT GTGTTTAGAG 
CTCTTGGTCT GCAATGGAGC AGATGTAAAT ATAAAGAGTA AAGATGGGAA AACACCTTTG 
CACATGACAG CGATACATGG TAGATTTTCA AGATCCCAAA CCATCATTCA AAATGGAGCT 
GAAATAGACT GTGAAGATAA GAATGGAAAT ACCCCTTTGC ACATAGCAGC TAGATATGGC 
CACGAGCTAT TAATCAACAC TCTGATTACG AGTGGTGCTG ACACTGCAAA GCGGGGTATA 
CATGGGATGT TTCCTCTCCA TTTGGCAGCA TTAAGTGGAT TTTCAGACTG CTGCAGAAAG 
CTCCTCTCAT CAGGTTTTGA CATTGACACA CCAGATGACT TTGGCAGGAC TTGTCTTCAT 
GCAGCTGCTG CTGGAGGGAA TTTGGAGTGC CTAAATCTTC TGCTAAATAC CGGTGCAGAC 
TTCAACAAAA AGGACAGATT TGGAAGAACT CCACTCCATT ATGCTGCTGC CAATTGTAAT 
TATCAGTGCC TGTTTGCCCT TGTGGGATCT GGAGCTAGTG TGAATGACCT TGATGAGAGG 
GGTTGTACAC CTCTGCACTA TGCAGCTGCA TCAGACACAG ATGGGAAGTG CCTGGAATAC 
TTGCTAAGAA ACGATGCCAA CCCTGGGATC CGAGACAAAC AAGGATACAA TGCAGTTCAT 
TATTCAGCTG CTTACGGTCA TCGCTTGTGT CTTGAATTGA TTGCAAGTGA AACGCCTCTA 
GATGTTCTGA TGGAAACGTC AGGCACTGAC ATGCTGAATG ACTCAGAAAA CAGAGCACCC 
ATAAGTCCAC TGCATTTAGC TGCCTATCAT GGCCATCATC AAGCTCTGGA AGTGCTGGTT 
CAGTCACTGC TGGACCTTGA TGTGAGGAAT AACAATGGAA GGACACCACT GGATCTTGCT 
GCCTTTAAGG GACACGTGGA ATGTGTAGAT GTGCTCATTA ATCAGGGAGC ATCAATCTTG 
GTGAAAGATT ATGTTGTAAA GAGGACCCCA ATTCATGCTG CAGCTACAAA TGGTCATTCA 
GAATGTTTGC GGCTATTGAT AGGAAATGCA GAGCCGCAGA ACGCAGTGGA CATTCAAGAT 
GGAAATGGAC AGACTCCTCT GATGTTGTCA GTTCTCAATG GGCACACTGA CTGTGTTTAT 
TCACTCCTTA ATAAAGGAGC AAATGTAGAC GCCAAAGATA AGTGGGGAAG GACAGCATTA 
CATAGAGGGG CAGTTACTGG GCATGAGGAA TGTGTGGAAG CATTGCTTCA ACATGGTGCT 
AAGTCCTTGC TACGGGACTG TAGGGGACGG ACCCCCATCC ACTTGTCAGC TGCCTGTGGC 
CATATAGGTG TCCTGGGAGC TCTGCTGCAG TCAGCTGCTT CTGTGGATGC AGCACCTGCC 
ATGGCTGACA ATCACGGCTA CACATCACTG CACTGGGCCT GCTATAATGG TCACGACAGT 
TGTGTAGAGC TGCTCCTGGA ACAGGAAGTT TTTCAGAAAA TGGAAGGAAA TTCTTTCAGT 
CCCTTGCATT GTGCTGTGAT AAATGACAAT GAAGGTGCTG CAGAAATGTT AATTGATACA 
CTAGGTGGTG GTATTGTAAA TTCAACAGAT TCAAAAGGAA GAACACCTCT GCATGCAGCA 
GCTTTTACAG ATCACGTTGA GTGTCTACAG CTTCTGCTTG GTCACAGTGC TCAAGTAAAT 
GCTGTAGATT CTTCTGGGAA AACACCTTTA ATGATGGCTG CAGAAAATGG ACAGACGAAT 
ACAGTTGAGG TGCTGGTTAG CAGTGCTAAG GCTGATCTGA CTTTGCAAGA CAATTCTAAG 
AACACAGCAC TCCATTTGGC TTGCAGCAAG GGTCATGAAA CTAGTGCCTT GTTAATCCTG 
GAGAAGATTA CGGATAGAAA CCTCATCAAC GCCACCAACG CAGCCTTGCA AACACCTCTG 
CATGTTGCTG CTCGAAATGG ACTAACGGTT GTAGTTCAAG AGCTTTTAGG GAAGGGAGCA 
AGTGTACTTG CTGTAGATGA AAATGGTTAC ACGCCGGCTT TGGCCTGCGC GCCCAACAAG 
GACGTGGCCG ATTGCCTGGC TCTCATCCTG GCCACCATGA TGCCTGTGTC ATCGAGCAGC 
ACATTGCCCT CCCTCACCTT CAATGCCATT AATCATTACA CCAACACCTC AAAAACTGTC 
ACCTTCGATT CCTTGCCAAT CATGAGGAGT GACCACAGCT CCTACTGTAC TTTCAACAAC 
ATTGGCAGGG AAGGTGGCTA CCCCTACACA GAAGAAGACG AGCTCAATGA CTCAGATTCC 
GAGACCTATT AG