KIDINS220 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	KIDINS220
Entrez Gene ID	106494749
Full Name	kinase D interacting substrate 220
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013955058.1	XP_013810512.1	kinase D-interacting substrate of 220 kDa isoform X4
XM_013955057.1	XP_013810511.1	kinase D-interacting substrate of 220 kDa isoform X3
XM_013955055.1	XP_013810509.1	kinase D-interacting substrate of 220 kDa isoform X1
XM_013955056.1	XP_013810510.1	kinase D-interacting substrate of 220 kDa isoform X2

Pathways from BioSystems
Gene Ontology

The following KIDINS220 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIDINS220 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)
OAp23373	XM_013955055.1 Latest version!	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAp23374	XM_013955056.1 Latest version!	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAp23375	XM_013955057.1 Latest version!	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAp23376	XM_013955058.1 Latest version!	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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
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*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)

KIDINS220 ( XM_013955055.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013810509.1 Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAp23373
Clone ID Related Accession (Same CDS sequence)	XM_013955055.1
Accession Version	XM_013955055.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4347bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	kinase D-interacting substrate of 220 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014003927.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAGGG ATATCTTGCA ATGCAACCCT GATACTGAAA CATGTACGAA GGATGGAGAA 
ACACCACTTA TAAAGGCAAC CAAGATGAGA AATATTGAGA TAGTAGAGCT CCTTCTGGAC 
AAAGGAGCTA AGGTTTCTGC TGTAGACAAG AGAGGAGATA CTCCACTTCA TATTGCCATT 
CGTGGAAGAA GCCGTAAACT TGCTGAACTA CTCTTAAGGA ATCCAAAAGA TGGTAGATTG 
CTTTATAGAC CCAACAAAAC AGGAGAAACA CCTTACAATA TTGACTGTAG CCACCAGAAA 
AGTATTTTAA CACAGATATT TGGAGCCCGG CACTTGTCTC CCACGGAATC TGATGGTGAC 
ATGCTGGGGT ATGATCTCTA CAGCAGTGCT TTGGCTGATA TTCTTAGCGA ACCAACCATG 
CAGCCACCTA TCTGTGTAGG GTTGTATGCA CAGTGGGGAA GTGGAAAATC TTTTCTTCTC 
AAGAAACTGG AAGATGAAAT GAAAACTTTT GCAGGACAGC AAATTGAGCC TCTGTTCCAG 
TTCTCCTGGC TTATTGTATT CCTCACGCTT TTGCTGTGTG GAGGTTTGGG TTTATTGCTT 
GCTTTCACAG TGGATGCAAA GCTTGGAATA GCAGTGTCAC TCAGCTTATT AGCAGTTCTC 
TATATATTCT TTGCTGTAAT TTACTTTGGT GGCCGAAGAG AAGGTGAGAG CTGGAACTGG 
GCCTGGGTAT TAAGTGCAAG GCTGGCAAGA CATATTGGGT ATTTAGAGTT GCTTCTCAAA 
CTCATGTTTG TGAACCCACC AGAATTACCA GAACAAACCA CTAAAGCTTT ACCGGTCAGA 
TTTTTGTTTA CTGACTACAA TAGACTGTCC AGTGTAGGTG GAGAAACTTC ATTGGCTGAG 
ATGATTGCTA CCCTCTCCGA TGCATGTGAA AGGGAATTTG GTTTCTTAGC AACAAGGTTA 
TTTCGAGTTT TCAAGACAGA AGATACACAA GGTAAAAAGA AATGGAAGAA AACTTGCTGT 
CTCCCATCCT TTGTGATTTT CCTATTCATA TTGTCTTGCA TAGTTTCTGG GATTGCTCTG 
CTGGCAATTT TTAACGTAGA ACCAACAAAC ATGACAGTGA ATGCTGTTCT TATATCAGTT 
GCATGTGTTG TTGGTTTGGC CTTTATCTTG AACTGTCGCA CCTGGTGGCA AGTGATGGAT 
TCAGTTTTAA ATTCTCAAAG AAAACGTCTT CACAATGCAG CCTCCAAGCT TCACAAGTTA 
AAAAGTGAGG GGTTCATGAA GGTTCTGAAA TGTGAAGTGG AACTGATGGC CAAAATGGCA 
AAAACCATTG ACAGCTTCAC TCAGAATCAG ACAAGGCTTG TTGTAATTAT TGATGGATTG 
GATGCTTGTG AACAGGACAA AGTTTTACAG ATGCTTGATA CGGTGCGAGT CTTGTTTTCG 
AAAGGCCCAT TTATTGCTAT TTTTGCAAGT GACCCACACA TTATTATAAA GGCTATTAAC 
CAAAATCTTA ATAGTGTTCT ACGTGATTCA AACATAAATG GACATGATTA CATGCGAAAT 
ATAGTCCATT TGCCTGTTTT TCTGAATAGC CGTGGGCTTA GTAACGCAAA AAAGCTGATG 
GTAGCTTCAA CAACCAATGG AGATGTTCCT TATGCAGATA GTGCAGGATT ACACGAAGAA 
GTTGACAGGA GAGTTTCTCA GAACAGTCTT GGAGAGATGA CCAAGCTTGG TAGCAAAACT 
GCTCTTAATA GACGGGATAC TTACCGAAGA CGACAAATGC AACGTACCAT TACTCGCCAG 
ATGTCTTTTG ATTTGACCAA GCTTTTGGTT ACAGAGGATT GGTTCAGTGA TATCAGTCCT 
CAGACCATGA GAAGATTGCT TAATATTGTT TCTGTGACAG GTCGTTTATT GAGAGCTAAT 
CAGATCACAT TCAATTGGGA TAGACTGGCT AGTTGGATCA ATCTCACAGA GCAGTGGCCA 
TACAGAACAT CGTGGCTCAT ACTACATCTT GAAGAGACTG AAGGTGTTCC AGATCAGCTG 
ACTTTAAAAA CCATTTATGA GAGAATTTCA AAGAATATTC CTACAACGAA AGATGTTGAA 
CCTCTACTGG AAATTGATGG AGACATACGG AACTTTGAAG TATTTTTATC TTCGCGAACG 
CCTGTTCTAA TAGCACGTGA TGTAAAAACC TTTTTGCCAT GTACTGTAAA TTTAGATCCC 
AAGCTACGAG AAATCATTGC AGATGTTCGT GCTGCAAGAG ATCAAATAAA TATTGGAGGA 
CTTCCTTATC CCACATTGCC TCTACATGAG GCCCCTGCTA GAGGAACATC TCTGTTCAGC 
CAGCCTTCTT CAGCTTGCTC TTCAACAACC TCTTTTAATG GACCTTTCAA TAATGGAGTT 
TTATCACCGC AACCTCATAG CAGTTACTAT AGTGGTATGA CAGGACCTCA GCATCCATTC 
TACAATCGGC CATTCTTTGC CCCATATCTT TACATGCCAA GGTATTACCC TGGCAGTTCT 
CATCTCATCT CACGTCCACC ACTAAAAACG AGTTTGTCCA GAGATCAGAA CAATGGCCTA 
GGAGCAGGAG TGGGCACAGG GTCGACCACA GGAGTAGCAC ATGTGCCTCT GAGCACAATG 
AGTGTGGAAG CTGTATGCGA GAAACTAAAG CAAATAGATG GTCTGGACCA GACTATGCTA 
CCTCAGTACT CTGCAACTAT AAGAAAGGCA AATATAAATG GCCGTGTCTT GGCTCAGTGC 
AACACTGATG AACTGAAAAG GGAAATGAAT ATGAATTTTG GTGACTGGCA TCTGTTCAGG 
AGCATGATAC TTGAAATGAG AAATTCAGAA AATCAGGCTG CTCAGGAAGA TCCTCGTGGA 
ACAACTGAGC ACGTTACCAC TGCGATTTCT CATAGTGAAC TTACTCGTCG TCCTGGGCAT 
AACACTGAGT TGCCTCACAC TGAGCTTACG GGTCTTTCTG GTCAAGCTCC CTACACACTT 
AACTTCAGCT TTGAAGAACT GAACACAATT GGTCTTGATG AAGCTCCTCC GCGTCATAGT 
AACTTAAGTT GGCAGTCACA GACTCGTAGA ACTCCAAGTC TTTCAAGTCT TAACTCTCAA 
GATTCTAGTA TCGAAATATC AAAGCTAACT GATAAGGTTC AGGCAGAATA TAGAGATGCG 
TATAGAGAAT ATATTGCTCA AATGTCACAG TTAGAAGGGG GTGCCAATTC TACTACGGTA 
AGTGGCAGGT CCTCCCCCCA TAGCTCATCT GCTTTCTATA TGGGGCAGAG CACATCAGGA 
GGCTCCCTGC ATTCAAGCGC AGAACAAGAA AAAGGAAAAG ATGGTGAACA GAAACAAGAT 
GATGGAAGAA AGTCCTTCTT GCTGAAGAGG AATGATGTTG TTGATTACAG TACGTCAGGT 
GTTTCTACTA ATGATGCATC TCCTTTGGAT CCTATTACTG AAGAAGATGA AAAATCTGAT 
CAGTCTGGTT CCAAGCTTCT CCCAGGAAAG AAGTCTTCAG AAAGAACAAG CATTTTCCAG 
GCTGCAGATA TAAAACTTAA GGGAGTTACT CTCCGGTATC AGAAACTTCC AAGTGATGAA 
GATGAGTCAG GAACTGAAGA ATCAGATAAT ACTCCACTTC TTAAGGAAGG TAAAGACAAG 
AAAGCAGATG GAAAAACAGA TAAACAGCCC AAATCCCCAG AACATGGATC TGAACCGATT 
AGAACATTCA TCAAAGCAAA GGAGTATTTG ACAGATGCCC TTTTGGATAA AAAAGATTCT 
TCTGATTCTG GTGTAAGATC CAATGAAAGT TCTCCAAATC ATTCCCTCCA TAATGAAGGA 
GCAGATGATT CACAGCTTGA AAAGGCAAAT CTCATTGAGC TTGAAGATGA CAGTCACAGT 
GGAAAACGAG GAATTCCGCA CAGCCTTAGT GGCCTTCAGG ATCCAGCTGT GGTTCGCATG 
TCTATTTGCT CAGAAGATAA GAAAAGCCCA TCTGAAAGCA GCTTGATAGC GAGCAGTCCA 
GAAGAGAACT GGCCTGCTTG CCAGAAAGTC TATAATTTAA ATAGAACCCC TAGTACAGTA 
ACACTAAATA ATAACAGTGC TCCAACCAAT AGAGCTAATC AAAATTTTGA AGAAATAGAA 
GGTATTAGAG ATTCATCTCA AATTATCCTG CGCCCTGGCA CAAGTTCCAA TTCAACTGCA 
GTTCAGAATG AGAACCTGAA GAGTGCCACT CACAAGCGGA GCCAGCGATC AAGTTATACC 
AGGCTTTCCA AAGATTCTTC AGAGCTCCAC ACTGTTGCTG CTTCAGATGG AGCTGGTTTT 
GGAGAAGAAA GAGAGAGTAT CCTATGA

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

RefSeq	XP_013810509.1
CDS	53..4399
Translation	MVRDILQCNPDTETCTKDGETPLIKATKMRNIEIVELLLDKGAKVSAVDKRGDTPLHIAIRGRSRKLAELLLRNPKDGRLLYRPNKTGETPYNIDCSHQKSILTQIFGARHLSPTESDGDMLGYDLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLIVFLTLLLCGGLGLLLAFTVDAKLGIAVSLSLLAVLYIFFAVIYFGGRREGESWNWAWVLSARLARHIGYLELLLKLMFVNPPELPEQTTKALPVRFLFTDYNRLSSVGGETSLAEMIATLSDACEREFGFLATRLFRVFKTEDTQGKKKWKKTCCLPSFVIFLFILSCIVSGIALLAIFNVEPTNMTVNAVLISVACVVGLAFILNCRTWWQVMDSVLNSQRKRLHNAASKLHKLKSEGFMKVLKCEVELMAKMAKTIDSFTQNQTRLVVIIDGLDACEQDKVLQMLDTVRVLFSKGPFIAIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLNSRGLSNAKKLMVASTTNGDVPYADSAGLHEEVDRRVSQNSLGEMTKLGSKTALNRRDTYRRRQMQRTITRQMSFDLTKLLVTEDWFSDISPQTMRRLLNIVSVTGRLLRANQITFNWDRLASWINLTEQWPYRTSWLILHLEETEGVPDQLTLKTIYERISKNIPTTKDVEPLLEIDGDIRNFEVFLSSRTPVLIARDVKTFLPCTVNLDPKLREIIADVRAARDQINIGGLPYPTLPLHEAPARGTSLFSQPSSACSSTTSFNGPFNNGVLSPQPHSSYYSGMTGPQHPFYNRPFFAPYLYMPRYYPGSSHLISRPPLKTSLSRDQNNGLGAGVGTGSTTGVAHVPLSTMSVEAVCEKLKQIDGLDQTMLPQYSATIRKANINGRVLAQCNTDELKREMNMNFGDWHLFRSMILEMRNSENQAAQEDPRGTTEHVTTAISHSELTRRPGHNTELPHTELTGLSGQAPYTLNFSFEELNTIGLDEAPPRHSNLSWQSQTRRTPSLSSLNSQDSSIEISKLTDKVQAEYRDAYREYIAQMSQLEGGANSTTVSGRSSPHSSSAFYMGQSTSGGSLHSSAEQEKGKDGEQKQDDGRKSFLLKRNDVVDYSTSGVSTNDASPLDPITEEDEKSDQSGSKLLPGKKSSERTSIFQAADIKLKGVTLRYQKLPSDEDESGTEESDNTPLLKEGKDKKADGKTDKQPKSPEHGSEPIRTFIKAKEYLTDALLDKKDSSDSGVRSNESSPNHSLHNEGADDSQLEKANLIELEDDSHSGKRGIPHSLSGLQDPAVVRMSICSEDKKSPSESSLIASSPEENWPACQKVYNLNRTPSTVTLNNNSAPTNRANQNFEEIEGIRDSSQIILRPGTSSNSTAVQNENLKSATHKRSQRSSYTRLSKDSSELHTVAASDGAGFGEERESIL

Target ORF information:

RefSeq Version	XM_013955055.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X1, mRNA.

Target ORF information:

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

XM_013955055.1

ORF Insert Sequence:

ATGGTGAGGG ATATCTTGCA ATGCAACCCT GATACTGAAA CATGTACGAA GGATGGAGAA 
ACACCACTTA TAAAGGCAAC CAAGATGAGA AATATTGAGA TAGTAGAGCT CCTTCTGGAC 
AAAGGAGCTA AGGTTTCTGC TGTAGACAAG AGAGGAGATA CTCCACTTCA TATTGCCATT 
CGTGGAAGAA GCCGTAAACT TGCTGAACTA CTCTTAAGGA ATCCAAAAGA TGGTAGATTG 
CTTTATAGAC CCAACAAAAC AGGAGAAACA CCTTACAATA TTGACTGTAG CCACCAGAAA 
AGTATTTTAA CACAGATATT TGGAGCCCGG CACTTGTCTC CCACGGAATC TGATGGTGAC 
ATGCTGGGGT ATGATCTCTA CAGCAGTGCT TTGGCTGATA TTCTTAGCGA ACCAACCATG 
CAGCCACCTA TCTGTGTAGG GTTGTATGCA CAGTGGGGAA GTGGAAAATC TTTTCTTCTC 
AAGAAACTGG AAGATGAAAT GAAAACTTTT GCAGGACAGC AAATTGAGCC TCTGTTCCAG 
TTCTCCTGGC TTATTGTATT CCTCACGCTT TTGCTGTGTG GAGGTTTGGG TTTATTGCTT 
GCTTTCACAG TGGATGCAAA GCTTGGAATA GCAGTGTCAC TCAGCTTATT AGCAGTTCTC 
TATATATTCT TTGCTGTAAT TTACTTTGGT GGCCGAAGAG AAGGTGAGAG CTGGAACTGG 
GCCTGGGTAT TAAGTGCAAG GCTGGCAAGA CATATTGGGT ATTTAGAGTT GCTTCTCAAA 
CTCATGTTTG TGAACCCACC AGAATTACCA GAACAAACCA CTAAAGCTTT ACCGGTCAGA 
TTTTTGTTTA CTGACTACAA TAGACTGTCC AGTGTAGGTG GAGAAACTTC ATTGGCTGAG 
ATGATTGCTA CCCTCTCCGA TGCATGTGAA AGGGAATTTG GTTTCTTAGC AACAAGGTTA 
TTTCGAGTTT TCAAGACAGA AGATACACAA GGTAAAAAGA AATGGAAGAA AACTTGCTGT 
CTCCCATCCT TTGTGATTTT CCTATTCATA TTGTCTTGCA TAGTTTCTGG GATTGCTCTG 
CTGGCAATTT TTAACGTAGA ACCAACAAAC ATGACAGTGA ATGCTGTTCT TATATCAGTT 
GCATGTGTTG TTGGTTTGGC CTTTATCTTG AACTGTCGCA CCTGGTGGCA AGTGATGGAT 
TCAGTTTTAA ATTCTCAAAG AAAACGTCTT CACAATGCAG CCTCCAAGCT TCACAAGTTA 
AAAAGTGAGG GGTTCATGAA GGTTCTGAAA TGTGAAGTGG AACTGATGGC CAAAATGGCA 
AAAACCATTG ACAGCTTCAC TCAGAATCAG ACAAGGCTTG TTGTAATTAT TGATGGATTG 
GATGCTTGTG AACAGGACAA AGTTTTACAG ATGCTTGATA CGGTGCGAGT CTTGTTTTCG 
AAAGGCCCAT TTATTGCTAT TTTTGCAAGT GACCCACACA TTATTATAAA GGCTATTAAC 
CAAAATCTTA ATAGTGTTCT ACGTGATTCA AACATAAATG GACATGATTA CATGCGAAAT 
ATAGTCCATT TGCCTGTTTT TCTGAATAGC CGTGGGCTTA GTAACGCAAA AAAGCTGATG 
GTAGCTTCAA CAACCAATGG AGATGTTCCT TATGCAGATA GTGCAGGATT ACACGAAGAA 
GTTGACAGGA GAGTTTCTCA GAACAGTCTT GGAGAGATGA CCAAGCTTGG TAGCAAAACT 
GCTCTTAATA GACGGGATAC TTACCGAAGA CGACAAATGC AACGTACCAT TACTCGCCAG 
ATGTCTTTTG ATTTGACCAA GCTTTTGGTT ACAGAGGATT GGTTCAGTGA TATCAGTCCT 
CAGACCATGA GAAGATTGCT TAATATTGTT TCTGTGACAG GTCGTTTATT GAGAGCTAAT 
CAGATCACAT TCAATTGGGA TAGACTGGCT AGTTGGATCA ATCTCACAGA GCAGTGGCCA 
TACAGAACAT CGTGGCTCAT ACTACATCTT GAAGAGACTG AAGGTGTTCC AGATCAGCTG 
ACTTTAAAAA CCATTTATGA GAGAATTTCA AAGAATATTC CTACAACGAA AGATGTTGAA 
CCTCTACTGG AAATTGATGG AGACATACGG AACTTTGAAG TATTTTTATC TTCGCGAACG 
CCTGTTCTAA TAGCACGTGA TGTAAAAACC TTTTTGCCAT GTACTGTAAA TTTAGATCCC 
AAGCTACGAG AAATCATTGC AGATGTTCGT GCTGCAAGAG ATCAAATAAA TATTGGAGGA 
CTTCCTTATC CCACATTGCC TCTACATGAG GCCCCTGCTA GAGGAACATC TCTGTTCAGC 
CAGCCTTCTT CAGCTTGCTC TTCAACAACC TCTTTTAATG GACCTTTCAA TAATGGAGTT 
TTATCACCGC AACCTCATAG CAGTTACTAT AGTGGTATGA CAGGACCTCA GCATCCATTC 
TACAATCGGC CATTCTTTGC CCCATATCTT TACATGCCAA GGTATTACCC TGGCAGTTCT 
CATCTCATCT CACGTCCACC ACTAAAAACG AGTTTGTCCA GAGATCAGAA CAATGGCCTA 
GGAGCAGGAG TGGGCACAGG GTCGACCACA GGAGTAGCAC ATGTGCCTCT GAGCACAATG 
AGTGTGGAAG CTGTATGCGA GAAACTAAAG CAAATAGATG GTCTGGACCA GACTATGCTA 
CCTCAGTACT CTGCAACTAT AAGAAAGGCA AATATAAATG GCCGTGTCTT GGCTCAGTGC 
AACACTGATG AACTGAAAAG GGAAATGAAT ATGAATTTTG GTGACTGGCA TCTGTTCAGG 
AGCATGATAC TTGAAATGAG AAATTCAGAA AATCAGGCTG CTCAGGAAGA TCCTCGTGGA 
ACAACTGAGC ACGTTACCAC TGCGATTTCT CATAGTGAAC TTACTCGTCG TCCTGGGCAT 
AACACTGAGT TGCCTCACAC TGAGCTTACG GGTCTTTCTG GTCAAGCTCC CTACACACTT 
AACTTCAGCT TTGAAGAACT GAACACAATT GGTCTTGATG AAGCTCCTCC GCGTCATAGT 
AACTTAAGTT GGCAGTCACA GACTCGTAGA ACTCCAAGTC TTTCAAGTCT TAACTCTCAA 
GATTCTAGTA TCGAAATATC AAAGCTAACT GATAAGGTTC AGGCAGAATA TAGAGATGCG 
TATAGAGAAT ATATTGCTCA AATGTCACAG TTAGAAGGGG GTGCCAATTC TACTACGGTA 
AGTGGCAGGT CCTCCCCCCA TAGCTCATCT GCTTTCTATA TGGGGCAGAG CACATCAGGA 
GGCTCCCTGC ATTCAAGCGC AGAACAAGAA AAAGGAAAAG ATGGTGAACA GAAACAAGAT 
GATGGAAGAA AGTCCTTCTT GCTGAAGAGG AATGATGTTG TTGATTACAG TACGTCAGGT 
GTTTCTACTA ATGATGCATC TCCTTTGGAT CCTATTACTG AAGAAGATGA AAAATCTGAT 
CAGTCTGGTT CCAAGCTTCT CCCAGGAAAG AAGTCTTCAG AAAGAACAAG CATTTTCCAG 
GCTGCAGATA TAAAACTTAA GGGAGTTACT CTCCGGTATC AGAAACTTCC AAGTGATGAA 
GATGAGTCAG GAACTGAAGA ATCAGATAAT ACTCCACTTC TTAAGGAAGG TAAAGACAAG 
AAAGCAGATG GAAAAACAGA TAAACAGCCC AAATCCCCAG AACATGGATC TGAACCGATT 
AGAACATTCA TCAAAGCAAA GGAGTATTTG ACAGATGCCC TTTTGGATAA AAAAGATTCT 
TCTGATTCTG GTGTAAGATC CAATGAAAGT TCTCCAAATC ATTCCCTCCA TAATGAAGGA 
GCAGATGATT CACAGCTTGA AAAGGCAAAT CTCATTGAGC TTGAAGATGA CAGTCACAGT 
GGAAAACGAG GAATTCCGCA CAGCCTTAGT GGCCTTCAGG ATCCAGCTGT GGTTCGCATG 
TCTATTTGCT CAGAAGATAA GAAAAGCCCA TCTGAAAGCA GCTTGATAGC GAGCAGTCCA 
GAAGAGAACT GGCCTGCTTG CCAGAAAGTC TATAATTTAA ATAGAACCCC TAGTACAGTA 
ACACTAAATA ATAACAGTGC TCCAACCAAT AGAGCTAATC AAAATTTTGA AGAAATAGAA 
GGTATTAGAG ATTCATCTCA AATTATCCTG CGCCCTGGCA CAAGTTCCAA TTCAACTGCA 
GTTCAGAATG AGAACCTGAA GAGTGCCACT CACAAGCGGA GCCAGCGATC AAGTTATACC 
AGGCTTTCCA AAGATTCTTC AGAGCTCCAC ACTGTTGCTG CTTCAGATGG AGCTGGTTTT 
GGAGAAGAAA GAGAGAGTAT CCTATGA

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

KIDINS220 ( XM_013955056.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013810510.1 Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAp23374
Clone ID Related Accession (Same CDS sequence)	XM_013955056.1
Accession Version	XM_013955056.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	kinase D-interacting substrate of 220 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014003927.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGAGGG ATATCTTGCA ATGCAACCCT GATACTGAAA CATGTACGAA GGATGGAGAA 
ACACCACTTA TAAAGGCAAC CAAGATGAGA AATATTGAGA TAGTAGAGCT CCTTCTGGAC 
AAAGGAGCTA AGGTTTCTGC TGTAGACAAG AGAGGAGATA CTCCACTTCA TATTGCCATT 
CGTGGAAGAA GCCGTAAACT TGCTGAACTA CTCTTAAGGA ATCCAAAAGA TGGTAGATTG 
CTTTATAGAC CCAACAAAAC AGGAGAAACA CCTTACAATA TTGACTGTAG CCACCAGAAA 
AGTATTTTAA CACAGATATT TGGAGCCCGG CACTTGTCTC CCACGGAATC TGATGGTGAC 
ATGCTGGGGT ATGATCTCTA CAGCAGTGCT TTGGCTGATA TTCTTAGCGA ACCAACCATG 
CAGCCACCTA TCTGTGTAGG GTTGTATGCA CAGTGGGGAA GTGGAAAATC TTTTCTTCTC 
AAGAAACTGG AAGATGAAAT GAAAACTTTT GCAGGACAGC AAATTGAGCC TCTGTTCCAG 
TTCTCCTGGC TTATTGTATT CCTCACGCTT TTGCTGTGTG GAGGTTTGGG TTTATTGCTT 
GCTTTCACAG TGGATGCAAA GCTTGGAATA GCAGTGTCAC TCAGCTTATT AGCAGTTCTC 
TATATATTCT TTGCTGTAAT TTACTTTGGT GGCCGAAGAG AAGGTGAGAG CTGGAACTGG 
GCCTGGGTAT TAAGTGCAAG GCTGGCAAGA CATATTGGGT ATTTAGAGTT GCTTCTCAAA 
CTCATGTTTG TGAACCCACC AGAATTACCA GAACAAACCA CTAAAGCTTT ACCGGTCAGA 
TTTTTGTTTA CTGACTACAA TAGACTGTCC AGTGTAGGTG GAGAAACTTC ATTGGCTGAG 
ATGATTGCTA CCCTCTCCGA TGCATGTGAA AGGGAATTTG GTTTCTTAGC AACAAGGTTA 
TTTCGAGTTT TCAAGACAGA AGATACACAA GTTTCTGGGA TTGCTCTGCT GGCAATTTTT 
AACGTAGAAC CAACAAACAT GACAGTGAAT GCTGTTCTTA TATCAGTTGC ATGTGTTGTT 
GGTTTGGCCT TTATCTTGAA CTGTCGCACC TGGTGGCAAG TGATGGATTC AGTTTTAAAT 
TCTCAAAGAA AACGTCTTCA CAATGCAGCC TCCAAGCTTC ACAAGTTAAA AAGTGAGGGG 
TTCATGAAGG TTCTGAAATG TGAAGTGGAA CTGATGGCCA AAATGGCAAA AACCATTGAC 
AGCTTCACTC AGAATCAGAC AAGGCTTGTT GTAATTATTG ATGGATTGGA TGCTTGTGAA 
CAGGACAAAG TTTTACAGAT GCTTGATACG GTGCGAGTCT TGTTTTCGAA AGGCCCATTT 
ATTGCTATTT TTGCAAGTGA CCCACACATT ATTATAAAGG CTATTAACCA AAATCTTAAT 
AGTGTTCTAC GTGATTCAAA CATAAATGGA CATGATTACA TGCGAAATAT AGTCCATTTG 
CCTGTTTTTC TGAATAGCCG TGGGCTTAGT AACGCAAAAA AGCTGATGGT AGCTTCAACA 
ACCAATGGAG ATGTTCCTTA TGCAGATAGT GCAGGATTAC ACGAAGAAGT TGACAGGAGA 
GTTTCTCAGA ACAGTCTTGG AGAGATGACC AAGCTTGGTA GCAAAACTGC TCTTAATAGA 
CGGGATACTT ACCGAAGACG ACAAATGCAA CGTACCATTA CTCGCCAGAT GTCTTTTGAT 
TTGACCAAGC TTTTGGTTAC AGAGGATTGG TTCAGTGATA TCAGTCCTCA GACCATGAGA 
AGATTGCTTA ATATTGTTTC TGTGACAGGT CGTTTATTGA GAGCTAATCA GATCACATTC 
AATTGGGATA GACTGGCTAG TTGGATCAAT CTCACAGAGC AGTGGCCATA CAGAACATCG 
TGGCTCATAC TACATCTTGA AGAGACTGAA GGTGTTCCAG ATCAGCTGAC TTTAAAAACC 
ATTTATGAGA GAATTTCAAA GAATATTCCT ACAACGAAAG ATGTTGAACC TCTACTGGAA 
ATTGATGGAG ACATACGGAA CTTTGAAGTA TTTTTATCTT CGCGAACGCC TGTTCTAATA 
GCACGTGATG TAAAAACCTT TTTGCCATGT ACTGTAAATT TAGATCCCAA GCTACGAGAA 
ATCATTGCAG ATGTTCGTGC TGCAAGAGAT CAAATAAATA TTGGAGGACT TCCTTATCCC 
ACATTGCCTC TACATGAGGC CCCTGCTAGA GGAACATCTC TGTTCAGCCA GCCTTCTTCA 
GCTTGCTCTT CAACAACCTC TTTTAATGGA CCTTTCAATA ATGGAGTTTT ATCACCGCAA 
CCTCATAGCA GTTACTATAG TGGTATGACA GGACCTCAGC ATCCATTCTA CAATCGGCCA 
TTCTTTGCCC CATATCTTTA CATGCCAAGG TATTACCCTG GCAGTTCTCA TCTCATCTCA 
CGTCCACCAC TAAAAACGAG TTTGTCCAGA GATCAGAACA ATGGCCTAGG AGCAGGAGTG 
GGCACAGGGT CGACCACAGG AGTAGCACAT GTGCCTCTGA GCACAATGAG TGTGGAAGCT 
GTATGCGAGA AACTAAAGCA AATAGATGGT CTGGACCAGA CTATGCTACC TCAGTACTCT 
GCAACTATAA GAAAGGCAAA TATAAATGGC CGTGTCTTGG CTCAGTGCAA CACTGATGAA 
CTGAAAAGGG AAATGAATAT GAATTTTGGT GACTGGCATC TGTTCAGGAG CATGATACTT 
GAAATGAGAA ATTCAGAAAA TCAGGCTGCT CAGGAAGATC CTCGTGGAAC AACTGAGCAC 
GTTACCACTG CGATTTCTCA TAGTGAACTT ACTCGTCGTC CTGGGCATAA CACTGAGTTG 
CCTCACACTG AGCTTACGGG TCTTTCTGGT CAAGCTCCCT ACACACTTAA CTTCAGCTTT 
GAAGAACTGA ACACAATTGG TCTTGATGAA GCTCCTCCGC GTCATAGTAA CTTAAGTTGG 
CAGTCACAGA CTCGTAGAAC TCCAAGTCTT TCAAGTCTTA ACTCTCAAGA TTCTAGTATC 
GAAATATCAA AGCTAACTGA TAAGGTTCAG GCAGAATATA GAGATGCGTA TAGAGAATAT 
ATTGCTCAAA TGTCACAGTT AGAAGGGGGT GCCAATTCTA CTACGGTAAG TGGCAGGTCC 
TCCCCCCATA GCTCATCTGC TTTCTATATG GGGCAGAGCA CATCAGGAGG CTCCCTGCAT 
TCAAGCGCAG AACAAGAAAA AGGAAAAGAT GGTGAACAGA AACAAGATGA TGGAAGAAAG 
TCCTTCTTGC TGAAGAGGAA TGATGTTGTT GATTACAGTA CGTCAGGTGT TTCTACTAAT 
GATGCATCTC CTTTGGATCC TATTACTGAA GAAGATGAAA AATCTGATCA GTCTGGTTCC 
AAGCTTCTCC CAGGAAAGAA GTCTTCAGAA AGAACAAGCA TTTTCCAGGC TGCAGATATA 
AAACTTAAGG GAGTTACTCT CCGGTATCAG AAACTTCCAA GTGATGAAGA TGAGTCAGGA 
ACTGAAGAAT CAGATAATAC TCCACTTCTT AAGGAAGGTA AAGACAAGAA AGCAGATGGA 
AAAACAGATA AACAGCCCAA ATCCCCAGAA CATGGATCTG AACCGATTAG AACATTCATC 
AAAGCAAAGG AGTATTTGAC AGATGCCCTT TTGGATAAAA AAGATTCTTC TGATTCTGGT 
GTAAGATCCA ATGAAAGTTC TCCAAATCAT TCCCTCCATA ATGAAGGAGC AGATGATTCA 
CAGCTTGAAA AGGCAAATCT CATTGAGCTT GAAGATGACA GTCACAGTGG AAAACGAGGA 
ATTCCGCACA GCCTTAGTGG CCTTCAGGAT CCAGCTGTGG TTCGCATGTC TATTTGCTCA 
GAAGATAAGA AAAGCCCATC TGAAAGCAGC TTGATAGCGA GCAGTCCAGA AGAGAACTGG 
CCTGCTTGCC AGAAAGTCTA TAATTTAAAT AGAACCCCTA GTACAGTAAC ACTAAATAAT 
AACAGTGCTC CAACCAATAG AGCTAATCAA AATTTTGAAG AAATAGAAGG TATTAGAGAT 
TCATCTCAAA TTATCCTGCG CCCTGGCACA AGTTCCAATT CAACTGCAGT TCAGAATGAG 
AACCTGAAGA GTGCCACTCA CAAGCGGAGC CAGCGATCAA GTTATACCAG GCTTTCCAAA 
GATTCTTCAG AGCTCCACAC TGTTGCTGCT TCAGATGGAG CTGGTTTTGG AGAAGAAAGA 
GAGAGTATCC TATGA

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

RefSeq	XP_013810510.1
CDS	53..4327
Translation	MVRDILQCNPDTETCTKDGETPLIKATKMRNIEIVELLLDKGAKVSAVDKRGDTPLHIAIRGRSRKLAELLLRNPKDGRLLYRPNKTGETPYNIDCSHQKSILTQIFGARHLSPTESDGDMLGYDLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLIVFLTLLLCGGLGLLLAFTVDAKLGIAVSLSLLAVLYIFFAVIYFGGRREGESWNWAWVLSARLARHIGYLELLLKLMFVNPPELPEQTTKALPVRFLFTDYNRLSSVGGETSLAEMIATLSDACEREFGFLATRLFRVFKTEDTQVSGIALLAIFNVEPTNMTVNAVLISVACVVGLAFILNCRTWWQVMDSVLNSQRKRLHNAASKLHKLKSEGFMKVLKCEVELMAKMAKTIDSFTQNQTRLVVIIDGLDACEQDKVLQMLDTVRVLFSKGPFIAIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLNSRGLSNAKKLMVASTTNGDVPYADSAGLHEEVDRRVSQNSLGEMTKLGSKTALNRRDTYRRRQMQRTITRQMSFDLTKLLVTEDWFSDISPQTMRRLLNIVSVTGRLLRANQITFNWDRLASWINLTEQWPYRTSWLILHLEETEGVPDQLTLKTIYERISKNIPTTKDVEPLLEIDGDIRNFEVFLSSRTPVLIARDVKTFLPCTVNLDPKLREIIADVRAARDQINIGGLPYPTLPLHEAPARGTSLFSQPSSACSSTTSFNGPFNNGVLSPQPHSSYYSGMTGPQHPFYNRPFFAPYLYMPRYYPGSSHLISRPPLKTSLSRDQNNGLGAGVGTGSTTGVAHVPLSTMSVEAVCEKLKQIDGLDQTMLPQYSATIRKANINGRVLAQCNTDELKREMNMNFGDWHLFRSMILEMRNSENQAAQEDPRGTTEHVTTAISHSELTRRPGHNTELPHTELTGLSGQAPYTLNFSFEELNTIGLDEAPPRHSNLSWQSQTRRTPSLSSLNSQDSSIEISKLTDKVQAEYRDAYREYIAQMSQLEGGANSTTVSGRSSPHSSSAFYMGQSTSGGSLHSSAEQEKGKDGEQKQDDGRKSFLLKRNDVVDYSTSGVSTNDASPLDPITEEDEKSDQSGSKLLPGKKSSERTSIFQAADIKLKGVTLRYQKLPSDEDESGTEESDNTPLLKEGKDKKADGKTDKQPKSPEHGSEPIRTFIKAKEYLTDALLDKKDSSDSGVRSNESSPNHSLHNEGADDSQLEKANLIELEDDSHSGKRGIPHSLSGLQDPAVVRMSICSEDKKSPSESSLIASSPEENWPACQKVYNLNRTPSTVTLNNNSAPTNRANQNFEEIEGIRDSSQIILRPGTSSNSTAVQNENLKSATHKRSQRSSYTRLSKDSSELHTVAASDGAGFGEERESIL

Target ORF information:

RefSeq Version	XM_013955056.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X2, mRNA.

Target ORF information:

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

XM_013955056.1

ORF Insert Sequence:

ATGGTGAGGG ATATCTTGCA ATGCAACCCT GATACTGAAA CATGTACGAA GGATGGAGAA 
ACACCACTTA TAAAGGCAAC CAAGATGAGA AATATTGAGA TAGTAGAGCT CCTTCTGGAC 
AAAGGAGCTA AGGTTTCTGC TGTAGACAAG AGAGGAGATA CTCCACTTCA TATTGCCATT 
CGTGGAAGAA GCCGTAAACT TGCTGAACTA CTCTTAAGGA ATCCAAAAGA TGGTAGATTG 
CTTTATAGAC CCAACAAAAC AGGAGAAACA CCTTACAATA TTGACTGTAG CCACCAGAAA 
AGTATTTTAA CACAGATATT TGGAGCCCGG CACTTGTCTC CCACGGAATC TGATGGTGAC 
ATGCTGGGGT ATGATCTCTA CAGCAGTGCT TTGGCTGATA TTCTTAGCGA ACCAACCATG 
CAGCCACCTA TCTGTGTAGG GTTGTATGCA CAGTGGGGAA GTGGAAAATC TTTTCTTCTC 
AAGAAACTGG AAGATGAAAT GAAAACTTTT GCAGGACAGC AAATTGAGCC TCTGTTCCAG 
TTCTCCTGGC TTATTGTATT CCTCACGCTT TTGCTGTGTG GAGGTTTGGG TTTATTGCTT 
GCTTTCACAG TGGATGCAAA GCTTGGAATA GCAGTGTCAC TCAGCTTATT AGCAGTTCTC 
TATATATTCT TTGCTGTAAT TTACTTTGGT GGCCGAAGAG AAGGTGAGAG CTGGAACTGG 
GCCTGGGTAT TAAGTGCAAG GCTGGCAAGA CATATTGGGT ATTTAGAGTT GCTTCTCAAA 
CTCATGTTTG TGAACCCACC AGAATTACCA GAACAAACCA CTAAAGCTTT ACCGGTCAGA 
TTTTTGTTTA CTGACTACAA TAGACTGTCC AGTGTAGGTG GAGAAACTTC ATTGGCTGAG 
ATGATTGCTA CCCTCTCCGA TGCATGTGAA AGGGAATTTG GTTTCTTAGC AACAAGGTTA 
TTTCGAGTTT TCAAGACAGA AGATACACAA GTTTCTGGGA TTGCTCTGCT GGCAATTTTT 
AACGTAGAAC CAACAAACAT GACAGTGAAT GCTGTTCTTA TATCAGTTGC ATGTGTTGTT 
GGTTTGGCCT TTATCTTGAA CTGTCGCACC TGGTGGCAAG TGATGGATTC AGTTTTAAAT 
TCTCAAAGAA AACGTCTTCA CAATGCAGCC TCCAAGCTTC ACAAGTTAAA AAGTGAGGGG 
TTCATGAAGG TTCTGAAATG TGAAGTGGAA CTGATGGCCA AAATGGCAAA AACCATTGAC 
AGCTTCACTC AGAATCAGAC AAGGCTTGTT GTAATTATTG ATGGATTGGA TGCTTGTGAA 
CAGGACAAAG TTTTACAGAT GCTTGATACG GTGCGAGTCT TGTTTTCGAA AGGCCCATTT 
ATTGCTATTT TTGCAAGTGA CCCACACATT ATTATAAAGG CTATTAACCA AAATCTTAAT 
AGTGTTCTAC GTGATTCAAA CATAAATGGA CATGATTACA TGCGAAATAT AGTCCATTTG 
CCTGTTTTTC TGAATAGCCG TGGGCTTAGT AACGCAAAAA AGCTGATGGT AGCTTCAACA 
ACCAATGGAG ATGTTCCTTA TGCAGATAGT GCAGGATTAC ACGAAGAAGT TGACAGGAGA 
GTTTCTCAGA ACAGTCTTGG AGAGATGACC AAGCTTGGTA GCAAAACTGC TCTTAATAGA 
CGGGATACTT ACCGAAGACG ACAAATGCAA CGTACCATTA CTCGCCAGAT GTCTTTTGAT 
TTGACCAAGC TTTTGGTTAC AGAGGATTGG TTCAGTGATA TCAGTCCTCA GACCATGAGA 
AGATTGCTTA ATATTGTTTC TGTGACAGGT CGTTTATTGA GAGCTAATCA GATCACATTC 
AATTGGGATA GACTGGCTAG TTGGATCAAT CTCACAGAGC AGTGGCCATA CAGAACATCG 
TGGCTCATAC TACATCTTGA AGAGACTGAA GGTGTTCCAG ATCAGCTGAC TTTAAAAACC 
ATTTATGAGA GAATTTCAAA GAATATTCCT ACAACGAAAG ATGTTGAACC TCTACTGGAA 
ATTGATGGAG ACATACGGAA CTTTGAAGTA TTTTTATCTT CGCGAACGCC TGTTCTAATA 
GCACGTGATG TAAAAACCTT TTTGCCATGT ACTGTAAATT TAGATCCCAA GCTACGAGAA 
ATCATTGCAG ATGTTCGTGC TGCAAGAGAT CAAATAAATA TTGGAGGACT TCCTTATCCC 
ACATTGCCTC TACATGAGGC CCCTGCTAGA GGAACATCTC TGTTCAGCCA GCCTTCTTCA 
GCTTGCTCTT CAACAACCTC TTTTAATGGA CCTTTCAATA ATGGAGTTTT ATCACCGCAA 
CCTCATAGCA GTTACTATAG TGGTATGACA GGACCTCAGC ATCCATTCTA CAATCGGCCA 
TTCTTTGCCC CATATCTTTA CATGCCAAGG TATTACCCTG GCAGTTCTCA TCTCATCTCA 
CGTCCACCAC TAAAAACGAG TTTGTCCAGA GATCAGAACA ATGGCCTAGG AGCAGGAGTG 
GGCACAGGGT CGACCACAGG AGTAGCACAT GTGCCTCTGA GCACAATGAG TGTGGAAGCT 
GTATGCGAGA AACTAAAGCA AATAGATGGT CTGGACCAGA CTATGCTACC TCAGTACTCT 
GCAACTATAA GAAAGGCAAA TATAAATGGC CGTGTCTTGG CTCAGTGCAA CACTGATGAA 
CTGAAAAGGG AAATGAATAT GAATTTTGGT GACTGGCATC TGTTCAGGAG CATGATACTT 
GAAATGAGAA ATTCAGAAAA TCAGGCTGCT CAGGAAGATC CTCGTGGAAC AACTGAGCAC 
GTTACCACTG CGATTTCTCA TAGTGAACTT ACTCGTCGTC CTGGGCATAA CACTGAGTTG 
CCTCACACTG AGCTTACGGG TCTTTCTGGT CAAGCTCCCT ACACACTTAA CTTCAGCTTT 
GAAGAACTGA ACACAATTGG TCTTGATGAA GCTCCTCCGC GTCATAGTAA CTTAAGTTGG 
CAGTCACAGA CTCGTAGAAC TCCAAGTCTT TCAAGTCTTA ACTCTCAAGA TTCTAGTATC 
GAAATATCAA AGCTAACTGA TAAGGTTCAG GCAGAATATA GAGATGCGTA TAGAGAATAT 
ATTGCTCAAA TGTCACAGTT AGAAGGGGGT GCCAATTCTA CTACGGTAAG TGGCAGGTCC 
TCCCCCCATA GCTCATCTGC TTTCTATATG GGGCAGAGCA CATCAGGAGG CTCCCTGCAT 
TCAAGCGCAG AACAAGAAAA AGGAAAAGAT GGTGAACAGA AACAAGATGA TGGAAGAAAG 
TCCTTCTTGC TGAAGAGGAA TGATGTTGTT GATTACAGTA CGTCAGGTGT TTCTACTAAT 
GATGCATCTC CTTTGGATCC TATTACTGAA GAAGATGAAA AATCTGATCA GTCTGGTTCC 
AAGCTTCTCC CAGGAAAGAA GTCTTCAGAA AGAACAAGCA TTTTCCAGGC TGCAGATATA 
AAACTTAAGG GAGTTACTCT CCGGTATCAG AAACTTCCAA GTGATGAAGA TGAGTCAGGA 
ACTGAAGAAT CAGATAATAC TCCACTTCTT AAGGAAGGTA AAGACAAGAA AGCAGATGGA 
AAAACAGATA AACAGCCCAA ATCCCCAGAA CATGGATCTG AACCGATTAG AACATTCATC 
AAAGCAAAGG AGTATTTGAC AGATGCCCTT TTGGATAAAA AAGATTCTTC TGATTCTGGT 
GTAAGATCCA ATGAAAGTTC TCCAAATCAT TCCCTCCATA ATGAAGGAGC AGATGATTCA 
CAGCTTGAAA AGGCAAATCT CATTGAGCTT GAAGATGACA GTCACAGTGG AAAACGAGGA 
ATTCCGCACA GCCTTAGTGG CCTTCAGGAT CCAGCTGTGG TTCGCATGTC TATTTGCTCA 
GAAGATAAGA AAAGCCCATC TGAAAGCAGC TTGATAGCGA GCAGTCCAGA AGAGAACTGG 
CCTGCTTGCC AGAAAGTCTA TAATTTAAAT AGAACCCCTA GTACAGTAAC ACTAAATAAT 
AACAGTGCTC CAACCAATAG AGCTAATCAA AATTTTGAAG AAATAGAAGG TATTAGAGAT 
TCATCTCAAA TTATCCTGCG CCCTGGCACA AGTTCCAATT CAACTGCAGT TCAGAATGAG 
AACCTGAAGA GTGCCACTCA CAAGCGGAGC CAGCGATCAA GTTATACCAG GCTTTCCAAA 
GATTCTTCAG AGCTCCACAC TGTTGCTGCT TCAGATGGAG CTGGTTTTGG AGAAGAAAGA 
GAGAGTATCC TATGA

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

KIDINS220 ( XM_013955057.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013810511.1 Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X3, mRNA.

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CloneID	OAp23375
Clone ID Related Accession (Same CDS sequence)	XM_013955057.1
Accession Version	XM_013955057.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5295bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	kinase D-interacting substrate of 220 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014003927.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAGTC TGATGAGTCA GAGTCTGTTG ACCTATGTAG AAGAAGGAAA TGTTCCTGCT 
CTGAAAGCAC TTCTTGAGAA GTGCAAGGAT GTGGATGAGA GAAATGAGAA TGGCCAGACT 
CCACTGATGT TGGCTGCTGA GCAAGGCAAT TTAGAAATTG TCCAAGAGCT TCTTAAGAAG 
GGAGCTAATT GCAACTTGGA AGATGCAGAT AATTGGACAG CTCTTATTTC AGCGGCTAAA 
GAAGGACATG TAGATATCGT AGCAGAGTTA CTCAATTATA ATGTCAGTTT GGAGCATCGG 
GATTTGGGAG GATGGACCGC TCTGATGTGG GCATCCTATA AAGGTCGTAC GGAAGTAGCT 
GAGCTGCTCC TTGAAAAAGG AGCAAATCCA AACATCACAG GATTGGTAAG TGTTTATCCA 
ATTATTTGGG CAGCAGGACG AGGCCATTCA GATATAGTAC ATCTCTTACT GCAACATGGA 
GCTAAAGTGA ACTGCTCTGA CAAATATGGA ACCACCCCCC TTGTTTGGGC AGCTAGGAAA 
GGTCACTTGG AGTGTGTGAA GTACCTGCTG CAAATGGGAG CTGATGTTGA TCAAGAAGGA 
GCTAATTCTA TGACTGCACT TATTGTAGCA GTGAAGGGTG GCTATACTGA CTCAGTTAAA 
GAAATACTGA AAAGGAACCC AAATGTAAAT TTAACAGATA AAGATGGAAA TACAGCTTTG 
ATGATTGCAT CAAAGGAGGG ACATACTGAA ATTGTTCAGG ATCTTCTTGA TGCTGGAACT 
TATGTGAACA TTCCTGATAG AAGTGGAGAC ACTGTGCTGA TTGGAGCTGT TAGAGGAGGT 
CATGTTGAAA TTGTGAGGGC CCTGCTCCAT AAATATGCTG ATATAGACAT TAGAGGTCAG 
GATAATAAGA CTGCTTTGTA TTGGGCAGTT GAGAAAGGAA ATGCCACAAT GGTGAGGGAT 
ATCTTGCAAT GCAACCCTGA TACTGAAACA TGTACGAAGG ATGGAGAAAC ACCACTTATA 
AAGGCAACCA AGATGAGAAA TATTGAGATA GTAGAGCTCC TTCTGGACAA AGGAGCTAAG 
GTTTCTGCTG TAGACAAGAG AGGAGATACT CCACTTCATA TTGCCATTCG TGGAAGAAGC 
CGTAAACTTG CTGAACTACT CTTAAGGAAT CCAAAAGATG GTAGATTGCT TTATAGACCC 
AACAAAACAG GAGAAACACC TTACAATATT GACTGTAGCC ACCAGAAAAG TATTTTAACA 
CAGATATTTG GAGCCCGGCA CTTGTCTCCC ACGGAATCTG ATGGTGACAT GCTGGGGTAT 
GATCTCTACA GCAGTGCTTT GGCTGATATT CTTAGCGAAC CAACCATGCA GCCACCTATC 
TGTGTAGGGT TGTATGCACA GTGGGGAAGT GGAAAATCTT TTCTTCTCAA GAAACTGGAA 
GATGAAATGA AAACTTTTGC AGGACAGCAA ATTGAGCCTC TGTTCCAGTT CTCCTGGCTT 
ATTGTATTCC TCACGCTTTT GCTGTGTGGA GGTTTGGGTT TATTGCTTGC TTTCACAGTG 
GATGCAAAGC TTGGAATAGC AGTGTCACTC AGCTTATTAG CAGTTCTCTA TATATTCTTT 
GCTGTAATTT ACTTTGGTGG CCGAAGAGAA GGTGAGAGCT GGAACTGGGC CTGGGTATTA 
AGTGCAAGGC TGGCAAGACA TATTGGGTAT TTAGAGTTGC TTCTCAAACT CATGTTTGTG 
AACCCACCAG AATTACCAGA ACAAACCACT AAAGCTTTAC CGGTCAGATT TTTGTTTACT 
GACTACAATA GACTGTCCAG TGTAGGTGGA GAAACTTCAT TGGCTGAGAT GATTGCTACC 
CTCTCCGATG CATGTGAAAG GGAATTTGGT TTCTTAGCAA CAAGGTTATT TCGAGTTTTC 
AAGACAGAAG ATACACAAGG TAAAAAGAAA TGGAAGAAAA CTTGCTGTCT CCCATCCTTT 
GTGATTTTCC TATTCATATT GTCTTGCATA GTTTCTGGGA TTGCTCTGCT GGCAATTTTT 
AACGTAGAAC CAACAAACAT GACAGTGAAT GCTGTTCTTA TATCAGTTGC ATGTGTTGTT 
GGTTTGGCCT TTATCTTGAA CTGTCGCACC TGGTGGCAAG TGATGGATTC AGTTTTAAAT 
TCTCAAAGAA AACGTCTTCA CAATGCAGCC TCCAAGCTTC ACAAGTTAAA AAGTGAGGGG 
TTCATGAAGG TTCTGAAATG TGAAGTGGAA CTGATGGCCA AAATGGCAAA AACCATTGAC 
AGCTTCACTC AGAATCAGAC AAGGCTTGTT GTAATTATTG ATGGATTGGA TGCTTGTGAA 
CAGGACAAAG TTTTACAGAT GCTTGATACG GTGCGAGTCT TGTTTTCGAA AGGCCCATTT 
ATTGCTATTT TTGCAAGTGA CCCACACATT ATTATAAAGG CTATTAACCA AAATCTTAAT 
AGTGTTCTAC GTGATTCAAA CATAAATGGA CATGATTACA TGCGAAATAT AGTCCATTTG 
CCTGTTTTTC TGAATAGCCG TGGGCTTAGT AACGCAAAAA AGCTGATGGT AGCTTCAACA 
ACCAATGGAG ATGTTCCTTA TGCAGATAGT GCAGGATTAC ACGAAGAAGT TGACAGGAGA 
GTTTCTCAGA ACAGTCTTGG AGAGATGACC AAGCTTGGTA GCAAAACTGC TCTTAATAGA 
CGGGATACTT ACCGAAGACG ACAAATGCAA CGTACCATTA CTCGCCAGAT GTCTTTTGAT 
TTGACCAAGC TTTTGGTTAC AGAGGATTGG TTCAGTGATA TCAGTCCTCA GACCATGAGA 
AGATTGCTTA ATATTGTTTC TGTGACAGGT CGTTTATTGA GAGCTAATCA GATCACATTC 
AATTGGGATA GACTGGCTAG TTGGATCAAT CTCACAGAGC AGTGGCCATA CAGAACATCG 
TGGCTCATAC TACATCTTGA AGAGACTGAA GGTGTTCCAG ATCAGCTGAC TTTAAAAACC 
ATTTATGAGA GAATTTCAAA GAATATTCCT ACAACGAAAG ATGTTGAACC TCTACTGGAA 
ATTGATGGAG ACATACGGAA CTTTGAAGTA TTTTTATCTT CGCGAACGCC TGTTCTAATA 
GCACGTGATG TAAAAACCTT TTTGCCATGT ACTGTAAATT TAGATCCCAA GCTACGAGAA 
ATCATTGCAG ATGTTCGTGC TGCAAGAGAT CAAATAAATA TTGGAGGACT TCCTTATCCC 
ACATTGCCTC TACATGAGGC CCCTGCTAGA GGAACATCTC TGTTCAGCCA GCCTTCTTCA 
GCTTGCTCTT CAACAACCTC TTTTAATGGA CCTTTCAATA ATGGAGTTTT ATCACCGCAA 
CCTCATAGCA GTTACTATAG TGGTATGACA GGACCTCAGC ATCCATTCTA CAATCGGCCA 
TTCTTTGCCC CATATCTTTA CATGCCAAGG TATTACCCTG GCAGTTCTCA TCTCATCTCA 
CGTCCACCAC TAAAAACGAG TTTGTCCAGA GATCAGAACA ATGGCCTAGG AGCAGGAGTG 
GGCACAGGGT CGACCACAGG AGTAGCACAT GTGCCTCTGA GCACAATGAG TGTGGAAGCT 
GTATGCGAGA AACTAAAGCA AATAGATGGT CTGGACCAGA CTATGCTACC TCAGTACTCT 
GCAACTATAA GAAAGGCAAA TATAAATGGC CGTGTCTTGG CTCAGTGCAA CACTGATGAA 
CTGAAAAGGG AAATGAATAT GAATTTTGGT GACTGGCATC TGTTCAGGAG CATGATACTT 
GAAATGAGAA ATTCAGAAAA TCAGGCTGCT CAGGAAGATC CTCGTGGAAC AACTGAGCAC 
GTTACCACTG CGATTTCTCA TAGTGAACTT ACTCGTCGTC CTGGGCATAA CACTGAGTTG 
CCTCACACTG AGCTTACGGG TCTTTCTGGT CAAGCTCCCT ACACACTTAA CTTCAGCTTT 
GAAGAACTGA ACACAATTGG TCTTGATGAA GCTCCTCCGC GTCATAGTAA CTTAAGTTGG 
CAGTCACAGA CTCGTAGAAC TCCAAGTCTT TCAAGTCTTA ACTCTCAAGA TTCTAGTATC 
GAAATATCAA AGCTAACTGA TAAGGTTCAG GCAGAATATA GAGATGCGTA TAGAGAATAT 
ATTGCTCAAA TGTCACAGTT AGAAGGGGGT GCCAATTCTA CTACGGTAAG TGGCAGGTCC 
TCCCCCCATA GCTCATCTGC TTTCTATATG GGGCAGAGCA CATCAGGAGG CTCCCTGCAT 
TCAAGCGCAG AACAAGAAAA AGGAAAAGAT GGTGAACAGA AACAAGATGA TGGAAGAAAG 
TCCTTCTTGC TGAAGAGGAA TGATGTTGTT GATTACAGTA CGTCAGGTGT TTCTACTAAT 
GATGCATCTC CTTTGGATCC TATTACTGAA GAAGATGAAA AATCTGATCA GTCTGGTTCC 
AAGCTTCTCC CAGGAAAGAA GTCTTCAGAA AGAACAAGCA TTTTCCAGGC TGCAGATATA 
AAACTTAAGG GAGTTACTCT CCGGTATCAG AAACTTCCAA GTGATGAAGA TGAGTCAGGA 
ACTGAAGAAT CAGATAATAC TCCACTTCTT AAGGAAGGTA AAGACAAGAA AGCAGATGGA 
AAAACAGATA AACAGCCCAA ATCCCCAGAA CATGGATCTG AACCGATTAG AACATTCATC 
AAAGCAAAGG AGTATTTGAC AGATGCCCTT TTGGATAAAA AAGATTCTTC TGATTCTGGT 
GTAAGATCCA ATGAAAGTTC TCCAAATCAT TCCCTCCATA ATGAAGGAGC AGATGATTCA 
CAGCTTGAAA AGGCAAATCT CATTGAGCTT GAAGATGACA GTCACAGTGG AAAACGAGGA 
ATTCCGCACA GCCTTAGTGG CCTTCAGGAT CCAGCTGTGG TTCGCATGTC TATTTGCTCA 
GAAGATAAGA AAAGCCCATC TGAAAGCAGC TTGATAGCGA GCAGTCCAGA AGAGAACTGG 
CCTGCTTGCC AGAAAGTCTA TAATTTAAAT AGAACCCCTA GTACAGTAAC ACTAAATAAT 
AACAGTGCTC CAACCAATAG AGCTAATCAA AATTTTGAAG AAATAGAAGG TATTAGAGAT 
TCATCTCAAA TTATCCTGCG CCCTGGCACA AGTTCCAATT CAACTGCAGT TCAGAATGAG 
AACCTGAAGA GTGCCACTCA CAAGCGGAGC CAGCGATCAA GTTATACCAG GCTTTCCAAA 
GATTCTTCAG AGCTCCACAC TGTTGCTGCT TCAGATGGAG CTGGTTTTGG AGAAGAAAGA 
GAGAGTATCC TATGA

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

RefSeq	XP_013810511.1
CDS	164..5458
Translation	MASLMSQSLLTYVEEGNVPALKALLEKCKDVDERNENGQTPLMLAAEQGNLEIVQELLKKGANCNLEDADNWTALISAAKEGHVDIVAELLNYNVSLEHRDLGGWTALMWASYKGRTEVAELLLEKGANPNITGLVSVYPIIWAAGRGHSDIVHLLLQHGAKVNCSDKYGTTPLVWAARKGHLECVKYLLQMGADVDQEGANSMTALIVAVKGGYTDSVKEILKRNPNVNLTDKDGNTALMIASKEGHTEIVQDLLDAGTYVNIPDRSGDTVLIGAVRGGHVEIVRALLHKYADIDIRGQDNKTALYWAVEKGNATMVRDILQCNPDTETCTKDGETPLIKATKMRNIEIVELLLDKGAKVSAVDKRGDTPLHIAIRGRSRKLAELLLRNPKDGRLLYRPNKTGETPYNIDCSHQKSILTQIFGARHLSPTESDGDMLGYDLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLIVFLTLLLCGGLGLLLAFTVDAKLGIAVSLSLLAVLYIFFAVIYFGGRREGESWNWAWVLSARLARHIGYLELLLKLMFVNPPELPEQTTKALPVRFLFTDYNRLSSVGGETSLAEMIATLSDACEREFGFLATRLFRVFKTEDTQGKKKWKKTCCLPSFVIFLFILSCIVSGIALLAIFNVEPTNMTVNAVLISVACVVGLAFILNCRTWWQVMDSVLNSQRKRLHNAASKLHKLKSEGFMKVLKCEVELMAKMAKTIDSFTQNQTRLVVIIDGLDACEQDKVLQMLDTVRVLFSKGPFIAIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLNSRGLSNAKKLMVASTTNGDVPYADSAGLHEEVDRRVSQNSLGEMTKLGSKTALNRRDTYRRRQMQRTITRQMSFDLTKLLVTEDWFSDISPQTMRRLLNIVSVTGRLLRANQITFNWDRLASWINLTEQWPYRTSWLILHLEETEGVPDQLTLKTIYERISKNIPTTKDVEPLLEIDGDIRNFEVFLSSRTPVLIARDVKTFLPCTVNLDPKLREIIADVRAARDQINIGGLPYPTLPLHEAPARGTSLFSQPSSACSSTTSFNGPFNNGVLSPQPHSSYYSGMTGPQHPFYNRPFFAPYLYMPRYYPGSSHLISRPPLKTSLSRDQNNGLGAGVGTGSTTGVAHVPLSTMSVEAVCEKLKQIDGLDQTMLPQYSATIRKANINGRVLAQCNTDELKREMNMNFGDWHLFRSMILEMRNSENQAAQEDPRGTTEHVTTAISHSELTRRPGHNTELPHTELTGLSGQAPYTLNFSFEELNTIGLDEAPPRHSNLSWQSQTRRTPSLSSLNSQDSSIEISKLTDKVQAEYRDAYREYIAQMSQLEGGANSTTVSGRSSPHSSSAFYMGQSTSGGSLHSSAEQEKGKDGEQKQDDGRKSFLLKRNDVVDYSTSGVSTNDASPLDPITEEDEKSDQSGSKLLPGKKSSERTSIFQAADIKLKGVTLRYQKLPSDEDESGTEESDNTPLLKEGKDKKADGKTDKQPKSPEHGSEPIRTFIKAKEYLTDALLDKKDSSDSGVRSNESSPNHSLHNEGADDSQLEKANLIELEDDSHSGKRGIPHSLSGLQDPAVVRMSICSEDKKSPSESSLIASSPEENWPACQKVYNLNRTPSTVTLNNNSAPTNRANQNFEEIEGIRDSSQIILRPGTSSNSTAVQNENLKSATHKRSQRSSYTRLSKDSSELHTVAASDGAGFGEERESIL

Target ORF information:

RefSeq Version	XM_013955057.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X3, mRNA.

Target ORF information:

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

XM_013955057.1

ORF Insert Sequence:

ATGGCAAGTC TGATGAGTCA GAGTCTGTTG ACCTATGTAG AAGAAGGAAA TGTTCCTGCT 
CTGAAAGCAC TTCTTGAGAA GTGCAAGGAT GTGGATGAGA GAAATGAGAA TGGCCAGACT 
CCACTGATGT TGGCTGCTGA GCAAGGCAAT TTAGAAATTG TCCAAGAGCT TCTTAAGAAG 
GGAGCTAATT GCAACTTGGA AGATGCAGAT AATTGGACAG CTCTTATTTC AGCGGCTAAA 
GAAGGACATG TAGATATCGT AGCAGAGTTA CTCAATTATA ATGTCAGTTT GGAGCATCGG 
GATTTGGGAG GATGGACCGC TCTGATGTGG GCATCCTATA AAGGTCGTAC GGAAGTAGCT 
GAGCTGCTCC TTGAAAAAGG AGCAAATCCA AACATCACAG GATTGGTAAG TGTTTATCCA 
ATTATTTGGG CAGCAGGACG AGGCCATTCA GATATAGTAC ATCTCTTACT GCAACATGGA 
GCTAAAGTGA ACTGCTCTGA CAAATATGGA ACCACCCCCC TTGTTTGGGC AGCTAGGAAA 
GGTCACTTGG AGTGTGTGAA GTACCTGCTG CAAATGGGAG CTGATGTTGA TCAAGAAGGA 
GCTAATTCTA TGACTGCACT TATTGTAGCA GTGAAGGGTG GCTATACTGA CTCAGTTAAA 
GAAATACTGA AAAGGAACCC AAATGTAAAT TTAACAGATA AAGATGGAAA TACAGCTTTG 
ATGATTGCAT CAAAGGAGGG ACATACTGAA ATTGTTCAGG ATCTTCTTGA TGCTGGAACT 
TATGTGAACA TTCCTGATAG AAGTGGAGAC ACTGTGCTGA TTGGAGCTGT TAGAGGAGGT 
CATGTTGAAA TTGTGAGGGC CCTGCTCCAT AAATATGCTG ATATAGACAT TAGAGGTCAG 
GATAATAAGA CTGCTTTGTA TTGGGCAGTT GAGAAAGGAA ATGCCACAAT GGTGAGGGAT 
ATCTTGCAAT GCAACCCTGA TACTGAAACA TGTACGAAGG ATGGAGAAAC ACCACTTATA 
AAGGCAACCA AGATGAGAAA TATTGAGATA GTAGAGCTCC TTCTGGACAA AGGAGCTAAG 
GTTTCTGCTG TAGACAAGAG AGGAGATACT CCACTTCATA TTGCCATTCG TGGAAGAAGC 
CGTAAACTTG CTGAACTACT CTTAAGGAAT CCAAAAGATG GTAGATTGCT TTATAGACCC 
AACAAAACAG GAGAAACACC TTACAATATT GACTGTAGCC ACCAGAAAAG TATTTTAACA 
CAGATATTTG GAGCCCGGCA CTTGTCTCCC ACGGAATCTG ATGGTGACAT GCTGGGGTAT 
GATCTCTACA GCAGTGCTTT GGCTGATATT CTTAGCGAAC CAACCATGCA GCCACCTATC 
TGTGTAGGGT TGTATGCACA GTGGGGAAGT GGAAAATCTT TTCTTCTCAA GAAACTGGAA 
GATGAAATGA AAACTTTTGC AGGACAGCAA ATTGAGCCTC TGTTCCAGTT CTCCTGGCTT 
ATTGTATTCC TCACGCTTTT GCTGTGTGGA GGTTTGGGTT TATTGCTTGC TTTCACAGTG 
GATGCAAAGC TTGGAATAGC AGTGTCACTC AGCTTATTAG CAGTTCTCTA TATATTCTTT 
GCTGTAATTT ACTTTGGTGG CCGAAGAGAA GGTGAGAGCT GGAACTGGGC CTGGGTATTA 
AGTGCAAGGC TGGCAAGACA TATTGGGTAT TTAGAGTTGC TTCTCAAACT CATGTTTGTG 
AACCCACCAG AATTACCAGA ACAAACCACT AAAGCTTTAC CGGTCAGATT TTTGTTTACT 
GACTACAATA GACTGTCCAG TGTAGGTGGA GAAACTTCAT TGGCTGAGAT GATTGCTACC 
CTCTCCGATG CATGTGAAAG GGAATTTGGT TTCTTAGCAA CAAGGTTATT TCGAGTTTTC 
AAGACAGAAG ATACACAAGG TAAAAAGAAA TGGAAGAAAA CTTGCTGTCT CCCATCCTTT 
GTGATTTTCC TATTCATATT GTCTTGCATA GTTTCTGGGA TTGCTCTGCT GGCAATTTTT 
AACGTAGAAC CAACAAACAT GACAGTGAAT GCTGTTCTTA TATCAGTTGC ATGTGTTGTT 
GGTTTGGCCT TTATCTTGAA CTGTCGCACC TGGTGGCAAG TGATGGATTC AGTTTTAAAT 
TCTCAAAGAA AACGTCTTCA CAATGCAGCC TCCAAGCTTC ACAAGTTAAA AAGTGAGGGG 
TTCATGAAGG TTCTGAAATG TGAAGTGGAA CTGATGGCCA AAATGGCAAA AACCATTGAC 
AGCTTCACTC AGAATCAGAC AAGGCTTGTT GTAATTATTG ATGGATTGGA TGCTTGTGAA 
CAGGACAAAG TTTTACAGAT GCTTGATACG GTGCGAGTCT TGTTTTCGAA AGGCCCATTT 
ATTGCTATTT TTGCAAGTGA CCCACACATT ATTATAAAGG CTATTAACCA AAATCTTAAT 
AGTGTTCTAC GTGATTCAAA CATAAATGGA CATGATTACA TGCGAAATAT AGTCCATTTG 
CCTGTTTTTC TGAATAGCCG TGGGCTTAGT AACGCAAAAA AGCTGATGGT AGCTTCAACA 
ACCAATGGAG ATGTTCCTTA TGCAGATAGT GCAGGATTAC ACGAAGAAGT TGACAGGAGA 
GTTTCTCAGA ACAGTCTTGG AGAGATGACC AAGCTTGGTA GCAAAACTGC TCTTAATAGA 
CGGGATACTT ACCGAAGACG ACAAATGCAA CGTACCATTA CTCGCCAGAT GTCTTTTGAT 
TTGACCAAGC TTTTGGTTAC AGAGGATTGG TTCAGTGATA TCAGTCCTCA GACCATGAGA 
AGATTGCTTA ATATTGTTTC TGTGACAGGT CGTTTATTGA GAGCTAATCA GATCACATTC 
AATTGGGATA GACTGGCTAG TTGGATCAAT CTCACAGAGC AGTGGCCATA CAGAACATCG 
TGGCTCATAC TACATCTTGA AGAGACTGAA GGTGTTCCAG ATCAGCTGAC TTTAAAAACC 
ATTTATGAGA GAATTTCAAA GAATATTCCT ACAACGAAAG ATGTTGAACC TCTACTGGAA 
ATTGATGGAG ACATACGGAA CTTTGAAGTA TTTTTATCTT CGCGAACGCC TGTTCTAATA 
GCACGTGATG TAAAAACCTT TTTGCCATGT ACTGTAAATT TAGATCCCAA GCTACGAGAA 
ATCATTGCAG ATGTTCGTGC TGCAAGAGAT CAAATAAATA TTGGAGGACT TCCTTATCCC 
ACATTGCCTC TACATGAGGC CCCTGCTAGA GGAACATCTC TGTTCAGCCA GCCTTCTTCA 
GCTTGCTCTT CAACAACCTC TTTTAATGGA CCTTTCAATA ATGGAGTTTT ATCACCGCAA 
CCTCATAGCA GTTACTATAG TGGTATGACA GGACCTCAGC ATCCATTCTA CAATCGGCCA 
TTCTTTGCCC CATATCTTTA CATGCCAAGG TATTACCCTG GCAGTTCTCA TCTCATCTCA 
CGTCCACCAC TAAAAACGAG TTTGTCCAGA GATCAGAACA ATGGCCTAGG AGCAGGAGTG 
GGCACAGGGT CGACCACAGG AGTAGCACAT GTGCCTCTGA GCACAATGAG TGTGGAAGCT 
GTATGCGAGA AACTAAAGCA AATAGATGGT CTGGACCAGA CTATGCTACC TCAGTACTCT 
GCAACTATAA GAAAGGCAAA TATAAATGGC CGTGTCTTGG CTCAGTGCAA CACTGATGAA 
CTGAAAAGGG AAATGAATAT GAATTTTGGT GACTGGCATC TGTTCAGGAG CATGATACTT 
GAAATGAGAA ATTCAGAAAA TCAGGCTGCT CAGGAAGATC CTCGTGGAAC AACTGAGCAC 
GTTACCACTG CGATTTCTCA TAGTGAACTT ACTCGTCGTC CTGGGCATAA CACTGAGTTG 
CCTCACACTG AGCTTACGGG TCTTTCTGGT CAAGCTCCCT ACACACTTAA CTTCAGCTTT 
GAAGAACTGA ACACAATTGG TCTTGATGAA GCTCCTCCGC GTCATAGTAA CTTAAGTTGG 
CAGTCACAGA CTCGTAGAAC TCCAAGTCTT TCAAGTCTTA ACTCTCAAGA TTCTAGTATC 
GAAATATCAA AGCTAACTGA TAAGGTTCAG GCAGAATATA GAGATGCGTA TAGAGAATAT 
ATTGCTCAAA TGTCACAGTT AGAAGGGGGT GCCAATTCTA CTACGGTAAG TGGCAGGTCC 
TCCCCCCATA GCTCATCTGC TTTCTATATG GGGCAGAGCA CATCAGGAGG CTCCCTGCAT 
TCAAGCGCAG AACAAGAAAA AGGAAAAGAT GGTGAACAGA AACAAGATGA TGGAAGAAAG 
TCCTTCTTGC TGAAGAGGAA TGATGTTGTT GATTACAGTA CGTCAGGTGT TTCTACTAAT 
GATGCATCTC CTTTGGATCC TATTACTGAA GAAGATGAAA AATCTGATCA GTCTGGTTCC 
AAGCTTCTCC CAGGAAAGAA GTCTTCAGAA AGAACAAGCA TTTTCCAGGC TGCAGATATA 
AAACTTAAGG GAGTTACTCT CCGGTATCAG AAACTTCCAA GTGATGAAGA TGAGTCAGGA 
ACTGAAGAAT CAGATAATAC TCCACTTCTT AAGGAAGGTA AAGACAAGAA AGCAGATGGA 
AAAACAGATA AACAGCCCAA ATCCCCAGAA CATGGATCTG AACCGATTAG AACATTCATC 
AAAGCAAAGG AGTATTTGAC AGATGCCCTT TTGGATAAAA AAGATTCTTC TGATTCTGGT 
GTAAGATCCA ATGAAAGTTC TCCAAATCAT TCCCTCCATA ATGAAGGAGC AGATGATTCA 
CAGCTTGAAA AGGCAAATCT CATTGAGCTT GAAGATGACA GTCACAGTGG AAAACGAGGA 
ATTCCGCACA GCCTTAGTGG CCTTCAGGAT CCAGCTGTGG TTCGCATGTC TATTTGCTCA 
GAAGATAAGA AAAGCCCATC TGAAAGCAGC TTGATAGCGA GCAGTCCAGA AGAGAACTGG 
CCTGCTTGCC AGAAAGTCTA TAATTTAAAT AGAACCCCTA GTACAGTAAC ACTAAATAAT 
AACAGTGCTC CAACCAATAG AGCTAATCAA AATTTTGAAG AAATAGAAGG TATTAGAGAT 
TCATCTCAAA TTATCCTGCG CCCTGGCACA AGTTCCAATT CAACTGCAGT TCAGAATGAG 
AACCTGAAGA GTGCCACTCA CAAGCGGAGC CAGCGATCAA GTTATACCAG GCTTTCCAAA 
GATTCTTCAG AGCTCCACAC TGTTGCTGCT TCAGATGGAG CTGGTTTTGG AGAAGAAAGA 
GAGAGTATCC TATGA

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

KIDINS220 ( XM_013955058.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013810512.1 Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X4, mRNA.

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CloneID	OAp23376
Clone ID Related Accession (Same CDS sequence)	XM_013955058.1
Accession Version	XM_013955058.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4974bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	kinase D-interacting substrate of 220 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014003927.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGGCAT CCTATAAAGG TCGTACGGAA GTAGCTGAGC TGCTCCTTGA AAAAGGAGCA 
AATCCAAACA TCACAGGATT GCAATACAGT GTTTATCCAA TTATTTGGGC AGCAGGACGA 
GGCCATTCAG ATATAGTACA TCTCTTACTG CAACATGGAG CTAAAGTGAA CTGCTCTGAC 
AAATATGGAA CCACCCCCCT TGTTTGGGCA GCTAGGAAAG GTCACTTGGA GTGTGTGAAG 
TACCTGCTGC AAATGGGAGC TGATGTTGAT CAAGAAGGAG CTAATTCTAT GACTGCACTT 
ATTGTAGCAG TGAAGGGTGG CTATACTGAC TCAGTTAAAG AAATACTGAA AAGGAACCCA 
AATGTAAATT TAACAGATAA AGATGGAAAT ACAGCTTTGA TGATTGCATC AAAGGAGGGA 
CATACTGAAA TTGTTCAGGA TCTTCTTGAT GCTGGAACTT ATGTGAACAT TCCTGATAGA 
AGTGGAGACA CTGTGCTGAT TGGAGCTGTT AGAGGAGGTC ATGTTGAAAT TGTGAGGGCC 
CTGCTCCATA AATATGCTGA TATAGACATT AGAGGTCAGG ATAATAAGAC TGCTTTGTAT 
TGGGCAGTTG AGAAAGGAAA TGCCACAATG GTGAGGGATA TCTTGCAATG CAACCCTGAT 
ACTGAAACAT GTACGAAGGA TGGAGAAACA CCACTTATAA AGGCAACCAA GATGAGAAAT 
ATTGAGATAG TAGAGCTCCT TCTGGACAAA GGAGCTAAGG TTTCTGCTGT AGACAAGAGA 
GGAGATACTC CACTTCATAT TGCCATTCGT GGAAGAAGCC GTAAACTTGC TGAACTACTC 
TTAAGGAATC CAAAAGATGG TAGATTGCTT TATAGACCCA ACAAAACAGG AGAAACACCT 
TACAATATTG ACTGTAGCCA CCAGAAAAGT ATTTTAACAC AGATATTTGG AGCCCGGCAC 
TTGTCTCCCA CGGAATCTGA TGGTGACATG CTGGGGTATG ATCTCTACAG CAGTGCTTTG 
GCTGATATTC TTAGCGAACC AACCATGCAG CCACCTATCT GTGTAGGGTT GTATGCACAG 
TGGGGAAGTG GAAAATCTTT TCTTCTCAAG AAACTGGAAG ATGAAATGAA AACTTTTGCA 
GGACAGCAAA TTGAGCCTCT GTTCCAGTTC TCCTGGCTTA TTGTATTCCT CACGCTTTTG 
CTGTGTGGAG GTTTGGGTTT ATTGCTTGCT TTCACAGTGG ATGCAAAGCT TGGAATAGCA 
GTGTCACTCA GCTTATTAGC AGTTCTCTAT ATATTCTTTG CTGTAATTTA CTTTGGTGGC 
CGAAGAGAAG GTGAGAGCTG GAACTGGGCC TGGGTATTAA GTGCAAGGCT GGCAAGACAT 
ATTGGGTATT TAGAGTTGCT TCTCAAACTC ATGTTTGTGA ACCCACCAGA ATTACCAGAA 
CAAACCACTA AAGCTTTACC GGTCAGATTT TTGTTTACTG ACTACAATAG ACTGTCCAGT 
GTAGGTGGAG AAACTTCATT GGCTGAGATG ATTGCTACCC TCTCCGATGC ATGTGAAAGG 
GAATTTGGTT TCTTAGCAAC AAGGTTATTT CGAGTTTTCA AGACAGAAGA TACACAAGGT 
AAAAAGAAAT GGAAGAAAAC TTGCTGTCTC CCATCCTTTG TGATTTTCCT ATTCATATTG 
TCTTGCATAG TTTCTGGGAT TGCTCTGCTG GCAATTTTTA ACGTAGAACC AACAAACATG 
ACAGTGAATG CTGTTCTTAT ATCAGTTGCA TGTGTTGTTG GTTTGGCCTT TATCTTGAAC 
TGTCGCACCT GGTGGCAAGT GATGGATTCA GTTTTAAATT CTCAAAGAAA ACGTCTTCAC 
AATGCAGCCT CCAAGCTTCA CAAGTTAAAA AGTGAGGGGT TCATGAAGGT TCTGAAATGT 
GAAGTGGAAC TGATGGCCAA AATGGCAAAA ACCATTGACA GCTTCACTCA GAATCAGACA 
AGGCTTGTTG TAATTATTGA TGGATTGGAT GCTTGTGAAC AGGACAAAGT TTTACAGATG 
CTTGATACGG TGCGAGTCTT GTTTTCGAAA GGCCCATTTA TTGCTATTTT TGCAAGTGAC 
CCACACATTA TTATAAAGGC TATTAACCAA AATCTTAATA GTGTTCTACG TGATTCAAAC 
ATAAATGGAC ATGATTACAT GCGAAATATA GTCCATTTGC CTGTTTTTCT GAATAGCCGT 
GGGCTTAGTA ACGCAAAAAA GCTGATGGTA GCTTCAACAA CCAATGGAGA TGTTCCTTAT 
GCAGATAGTG CAGGATTACA CGAAGAAGTT GACAGGAGAG TTTCTCAGAA CAGTCTTGGA 
GAGATGACCA AGCTTGGTAG CAAAACTGCT CTTAATAGAC GGGATACTTA CCGAAGACGA 
CAAATGCAAC GTACCATTAC TCGCCAGATG TCTTTTGATT TGACCAAGCT TTTGGTTACA 
GAGGATTGGT TCAGTGATAT CAGTCCTCAG ACCATGAGAA GATTGCTTAA TATTGTTTCT 
GTGACAGGTC GTTTATTGAG AGCTAATCAG ATCACATTCA ATTGGGATAG ACTGGCTAGT 
TGGATCAATC TCACAGAGCA GTGGCCATAC AGAACATCGT GGCTCATACT ACATCTTGAA 
GAGACTGAAG GTGTTCCAGA TCAGCTGACT TTAAAAACCA TTTATGAGAG AATTTCAAAG 
AATATTCCTA CAACGAAAGA TGTTGAACCT CTACTGGAAA TTGATGGAGA CATACGGAAC 
TTTGAAGTAT TTTTATCTTC GCGAACGCCT GTTCTAATAG CACGTGATGT AAAAACCTTT 
TTGCCATGTA CTGTAAATTT AGATCCCAAG CTACGAGAAA TCATTGCAGA TGTTCGTGCT 
GCAAGAGATC AAATAAATAT TGGAGGACTT CCTTATCCCA CATTGCCTCT ACATGAGGCC 
CCTGCTAGAG GAACATCTCT GTTCAGCCAG CCTTCTTCAG CTTGCTCTTC AACAACCTCT 
TTTAATGGAC CTTTCAATAA TGGAGTTTTA TCACCGCAAC CTCATAGCAG TTACTATAGT 
GGTATGACAG GACCTCAGCA TCCATTCTAC AATCGGCCAT TCTTTGCCCC ATATCTTTAC 
ATGCCAAGGT ATTACCCTGG CAGTTCTCAT CTCATCTCAC GTCCACCACT AAAAACGAGT 
TTGTCCAGAG ATCAGAACAA TGGCCTAGGA GCAGGAGTGG GCACAGGGTC GACCACAGGA 
GTAGCACATG TGCCTCTGAG CACAATGAGT GTGGAAGCTG TATGCGAGAA ACTAAAGCAA 
ATAGATGGTC TGGACCAGAC TATGCTACCT CAGTACTCTG CAACTATAAG AAAGGCAAAT 
ATAAATGGCC GTGTCTTGGC TCAGTGCAAC ACTGATGAAC TGAAAAGGGA AATGAATATG 
AATTTTGGTG ACTGGCATCT GTTCAGGAGC ATGATACTTG AAATGAGAAA TTCAGAAAAT 
CAGGCTGCTC AGGAAGATCC TCGTGGAACA ACTGAGCACG TTACCACTGC GATTTCTCAT 
AGTGAACTTA CTCGTCGTCC TGGGCATAAC ACTGAGTTGC CTCACACTGA GCTTACGGGT 
CTTTCTGGTC AAGCTCCCTA CACACTTAAC TTCAGCTTTG AAGAACTGAA CACAATTGGT 
CTTGATGAAG CTCCTCCGCG TCATAGTAAC TTAAGTTGGC AGTCACAGAC TCGTAGAACT 
CCAAGTCTTT CAAGTCTTAA CTCTCAAGAT TCTAGTATCG AAATATCAAA GCTAACTGAT 
AAGGTTCAGG CAGAATATAG AGATGCGTAT AGAGAATATA TTGCTCAAAT GTCACAGTTA 
GAAGGGGGTG CCAATTCTAC TACGGTAAGT GGCAGGTCCT CCCCCCATAG CTCATCTGCT 
TTCTATATGG GGCAGAGCAC ATCAGGAGGC TCCCTGCATT CAAGCGCAGA ACAAGAAAAA 
GGAAAAGATG GTGAACAGAA ACAAGATGAT GGAAGAAAGT CCTTCTTGCT GAAGAGGAAT 
GATGTTGTTG ATTACAGTAC GTCAGGTGTT TCTACTAATG ATGCATCTCC TTTGGATCCT 
ATTACTGAAG AAGATGAAAA ATCTGATCAG TCTGGTTCCA AGCTTCTCCC AGGAAAGAAG 
TCTTCAGAAA GAACAAGCAT TTTCCAGGCT GCAGATATAA AACTTAAGGG AGTTACTCTC 
CGGTATCAGA AACTTCCAAG TGATGAAGAT GAGTCAGGAA CTGAAGAATC AGATAATACT 
CCACTTCTTA AGGAAGGTAA AGACAAGAAA GCAGATGGAA AAACAGATAA ACAGCCCAAA 
TCCCCAGAAC ATGGATCTGA ACCGATTAGA ACATTCATCA AAGCAAAGGA GTATTTGACA 
GATGCCCTTT TGGATAAAAA AGATTCTTCT GATTCTGGTG TAAGATCCAA TGAAAGTTCT 
CCAAATCATT CCCTCCATAA TGAAGGAGCA GATGATTCAC AGCTTGAAAA GGCAAATCTC 
ATTGAGCTTG AAGATGACAG TCACAGTGGA AAACGAGGAA TTCCGCACAG CCTTAGTGGC 
CTTCAGGATC CAGCTGTGGT TCGCATGTCT ATTTGCTCAG AAGATAAGAA AAGCCCATCT 
GAAAGCAGCT TGATAGCGAG CAGTCCAGAA GAGAACTGGC CTGCTTGCCA GAAAGTCTAT 
AATTTAAATA GAACCCCTAG TACAGTAACA CTAAATAATA ACAGTGCTCC AACCAATAGA 
GCTAATCAAA ATTTTGAAGA AATAGAAGGT ATTAGAGATT CATCTCAAAT TATCCTGCGC 
CCTGGCACAA GTTCCAATTC AACTGCAGTT CAGAATGAGA ACCTGAAGAG TGCCACTCAC 
AAGCGGAGCC AGCGATCAAG TTATACCAGG CTTTCCAAAG ATTCTTCAGA GCTCCACACT 
GTTGCTGCTT CAGATGGAGC TGGTTTTGGA GAAGAAAGAG AGAGTATCCT ATGA

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

RefSeq	XP_013810512.1
CDS	1..4974
Translation	MWASYKGRTEVAELLLEKGANPNITGLQYSVYPIIWAAGRGHSDIVHLLLQHGAKVNCSDKYGTTPLVWAARKGHLECVKYLLQMGADVDQEGANSMTALIVAVKGGYTDSVKEILKRNPNVNLTDKDGNTALMIASKEGHTEIVQDLLDAGTYVNIPDRSGDTVLIGAVRGGHVEIVRALLHKYADIDIRGQDNKTALYWAVEKGNATMVRDILQCNPDTETCTKDGETPLIKATKMRNIEIVELLLDKGAKVSAVDKRGDTPLHIAIRGRSRKLAELLLRNPKDGRLLYRPNKTGETPYNIDCSHQKSILTQIFGARHLSPTESDGDMLGYDLYSSALADILSEPTMQPPICVGLYAQWGSGKSFLLKKLEDEMKTFAGQQIEPLFQFSWLIVFLTLLLCGGLGLLLAFTVDAKLGIAVSLSLLAVLYIFFAVIYFGGRREGESWNWAWVLSARLARHIGYLELLLKLMFVNPPELPEQTTKALPVRFLFTDYNRLSSVGGETSLAEMIATLSDACEREFGFLATRLFRVFKTEDTQGKKKWKKTCCLPSFVIFLFILSCIVSGIALLAIFNVEPTNMTVNAVLISVACVVGLAFILNCRTWWQVMDSVLNSQRKRLHNAASKLHKLKSEGFMKVLKCEVELMAKMAKTIDSFTQNQTRLVVIIDGLDACEQDKVLQMLDTVRVLFSKGPFIAIFASDPHIIIKAINQNLNSVLRDSNINGHDYMRNIVHLPVFLNSRGLSNAKKLMVASTTNGDVPYADSAGLHEEVDRRVSQNSLGEMTKLGSKTALNRRDTYRRRQMQRTITRQMSFDLTKLLVTEDWFSDISPQTMRRLLNIVSVTGRLLRANQITFNWDRLASWINLTEQWPYRTSWLILHLEETEGVPDQLTLKTIYERISKNIPTTKDVEPLLEIDGDIRNFEVFLSSRTPVLIARDVKTFLPCTVNLDPKLREIIADVRAARDQINIGGLPYPTLPLHEAPARGTSLFSQPSSACSSTTSFNGPFNNGVLSPQPHSSYYSGMTGPQHPFYNRPFFAPYLYMPRYYPGSSHLISRPPLKTSLSRDQNNGLGAGVGTGSTTGVAHVPLSTMSVEAVCEKLKQIDGLDQTMLPQYSATIRKANINGRVLAQCNTDELKREMNMNFGDWHLFRSMILEMRNSENQAAQEDPRGTTEHVTTAISHSELTRRPGHNTELPHTELTGLSGQAPYTLNFSFEELNTIGLDEAPPRHSNLSWQSQTRRTPSLSSLNSQDSSIEISKLTDKVQAEYRDAYREYIAQMSQLEGGANSTTVSGRSSPHSSSAFYMGQSTSGGSLHSSAEQEKGKDGEQKQDDGRKSFLLKRNDVVDYSTSGVSTNDASPLDPITEEDEKSDQSGSKLLPGKKSSERTSIFQAADIKLKGVTLRYQKLPSDEDESGTEESDNTPLLKEGKDKKADGKTDKQPKSPEHGSEPIRTFIKAKEYLTDALLDKKDSSDSGVRSNESSPNHSLHNEGADDSQLEKANLIELEDDSHSGKRGIPHSLSGLQDPAVVRMSICSEDKKSPSESSLIASSPEENWPACQKVYNLNRTPSTVTLNNNSAPTNRANQNFEEIEGIRDSSQIILRPGTSSNSTAVQNENLKSATHKRSQRSSYTRLSKDSSELHTVAASDGAGFGEERESIL

Target ORF information:

RefSeq Version	XM_013955058.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli kinase D-interacting substrate, 220kDa (KIDINS220), transcript variant X4, mRNA.

Target ORF information:

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

XM_013955058.1

ORF Insert Sequence:

ATGTGGGCAT CCTATAAAGG TCGTACGGAA GTAGCTGAGC TGCTCCTTGA AAAAGGAGCA 
AATCCAAACA TCACAGGATT GCAATACAGT GTTTATCCAA TTATTTGGGC AGCAGGACGA 
GGCCATTCAG ATATAGTACA TCTCTTACTG CAACATGGAG CTAAAGTGAA CTGCTCTGAC 
AAATATGGAA CCACCCCCCT TGTTTGGGCA GCTAGGAAAG GTCACTTGGA GTGTGTGAAG 
TACCTGCTGC AAATGGGAGC TGATGTTGAT CAAGAAGGAG CTAATTCTAT GACTGCACTT 
ATTGTAGCAG TGAAGGGTGG CTATACTGAC TCAGTTAAAG AAATACTGAA AAGGAACCCA 
AATGTAAATT TAACAGATAA AGATGGAAAT ACAGCTTTGA TGATTGCATC AAAGGAGGGA 
CATACTGAAA TTGTTCAGGA TCTTCTTGAT GCTGGAACTT ATGTGAACAT TCCTGATAGA 
AGTGGAGACA CTGTGCTGAT TGGAGCTGTT AGAGGAGGTC ATGTTGAAAT TGTGAGGGCC 
CTGCTCCATA AATATGCTGA TATAGACATT AGAGGTCAGG ATAATAAGAC TGCTTTGTAT 
TGGGCAGTTG AGAAAGGAAA TGCCACAATG GTGAGGGATA TCTTGCAATG CAACCCTGAT 
ACTGAAACAT GTACGAAGGA TGGAGAAACA CCACTTATAA AGGCAACCAA GATGAGAAAT 
ATTGAGATAG TAGAGCTCCT TCTGGACAAA GGAGCTAAGG TTTCTGCTGT AGACAAGAGA 
GGAGATACTC CACTTCATAT TGCCATTCGT GGAAGAAGCC GTAAACTTGC TGAACTACTC 
TTAAGGAATC CAAAAGATGG TAGATTGCTT TATAGACCCA ACAAAACAGG AGAAACACCT 
TACAATATTG ACTGTAGCCA CCAGAAAAGT ATTTTAACAC AGATATTTGG AGCCCGGCAC 
TTGTCTCCCA CGGAATCTGA TGGTGACATG CTGGGGTATG ATCTCTACAG CAGTGCTTTG 
GCTGATATTC TTAGCGAACC AACCATGCAG CCACCTATCT GTGTAGGGTT GTATGCACAG 
TGGGGAAGTG GAAAATCTTT TCTTCTCAAG AAACTGGAAG ATGAAATGAA AACTTTTGCA 
GGACAGCAAA TTGAGCCTCT GTTCCAGTTC TCCTGGCTTA TTGTATTCCT CACGCTTTTG 
CTGTGTGGAG GTTTGGGTTT ATTGCTTGCT TTCACAGTGG ATGCAAAGCT TGGAATAGCA 
GTGTCACTCA GCTTATTAGC AGTTCTCTAT ATATTCTTTG CTGTAATTTA CTTTGGTGGC 
CGAAGAGAAG GTGAGAGCTG GAACTGGGCC TGGGTATTAA GTGCAAGGCT GGCAAGACAT 
ATTGGGTATT TAGAGTTGCT TCTCAAACTC ATGTTTGTGA ACCCACCAGA ATTACCAGAA 
CAAACCACTA AAGCTTTACC GGTCAGATTT TTGTTTACTG ACTACAATAG ACTGTCCAGT 
GTAGGTGGAG AAACTTCATT GGCTGAGATG ATTGCTACCC TCTCCGATGC ATGTGAAAGG 
GAATTTGGTT TCTTAGCAAC AAGGTTATTT CGAGTTTTCA AGACAGAAGA TACACAAGGT 
AAAAAGAAAT GGAAGAAAAC TTGCTGTCTC CCATCCTTTG TGATTTTCCT ATTCATATTG 
TCTTGCATAG TTTCTGGGAT TGCTCTGCTG GCAATTTTTA ACGTAGAACC AACAAACATG 
ACAGTGAATG CTGTTCTTAT ATCAGTTGCA TGTGTTGTTG GTTTGGCCTT TATCTTGAAC 
TGTCGCACCT GGTGGCAAGT GATGGATTCA GTTTTAAATT CTCAAAGAAA ACGTCTTCAC 
AATGCAGCCT CCAAGCTTCA CAAGTTAAAA AGTGAGGGGT TCATGAAGGT TCTGAAATGT 
GAAGTGGAAC TGATGGCCAA AATGGCAAAA ACCATTGACA GCTTCACTCA GAATCAGACA 
AGGCTTGTTG TAATTATTGA TGGATTGGAT GCTTGTGAAC AGGACAAAGT TTTACAGATG 
CTTGATACGG TGCGAGTCTT GTTTTCGAAA GGCCCATTTA TTGCTATTTT TGCAAGTGAC 
CCACACATTA TTATAAAGGC TATTAACCAA AATCTTAATA GTGTTCTACG TGATTCAAAC 
ATAAATGGAC ATGATTACAT GCGAAATATA GTCCATTTGC CTGTTTTTCT GAATAGCCGT 
GGGCTTAGTA ACGCAAAAAA GCTGATGGTA GCTTCAACAA CCAATGGAGA TGTTCCTTAT 
GCAGATAGTG CAGGATTACA CGAAGAAGTT GACAGGAGAG TTTCTCAGAA CAGTCTTGGA 
GAGATGACCA AGCTTGGTAG CAAAACTGCT CTTAATAGAC GGGATACTTA CCGAAGACGA 
CAAATGCAAC GTACCATTAC TCGCCAGATG TCTTTTGATT TGACCAAGCT TTTGGTTACA 
GAGGATTGGT TCAGTGATAT CAGTCCTCAG ACCATGAGAA GATTGCTTAA TATTGTTTCT 
GTGACAGGTC GTTTATTGAG AGCTAATCAG ATCACATTCA ATTGGGATAG ACTGGCTAGT 
TGGATCAATC TCACAGAGCA GTGGCCATAC AGAACATCGT GGCTCATACT ACATCTTGAA 
GAGACTGAAG GTGTTCCAGA TCAGCTGACT TTAAAAACCA TTTATGAGAG AATTTCAAAG 
AATATTCCTA CAACGAAAGA TGTTGAACCT CTACTGGAAA TTGATGGAGA CATACGGAAC 
TTTGAAGTAT TTTTATCTTC GCGAACGCCT GTTCTAATAG CACGTGATGT AAAAACCTTT 
TTGCCATGTA CTGTAAATTT AGATCCCAAG CTACGAGAAA TCATTGCAGA TGTTCGTGCT 
GCAAGAGATC AAATAAATAT TGGAGGACTT CCTTATCCCA CATTGCCTCT ACATGAGGCC 
CCTGCTAGAG GAACATCTCT GTTCAGCCAG CCTTCTTCAG CTTGCTCTTC AACAACCTCT 
TTTAATGGAC CTTTCAATAA TGGAGTTTTA TCACCGCAAC CTCATAGCAG TTACTATAGT 
GGTATGACAG GACCTCAGCA TCCATTCTAC AATCGGCCAT TCTTTGCCCC ATATCTTTAC 
ATGCCAAGGT ATTACCCTGG CAGTTCTCAT CTCATCTCAC GTCCACCACT AAAAACGAGT 
TTGTCCAGAG ATCAGAACAA TGGCCTAGGA GCAGGAGTGG GCACAGGGTC GACCACAGGA 
GTAGCACATG TGCCTCTGAG CACAATGAGT GTGGAAGCTG TATGCGAGAA ACTAAAGCAA 
ATAGATGGTC TGGACCAGAC TATGCTACCT CAGTACTCTG CAACTATAAG AAAGGCAAAT 
ATAAATGGCC GTGTCTTGGC TCAGTGCAAC ACTGATGAAC TGAAAAGGGA AATGAATATG 
AATTTTGGTG ACTGGCATCT GTTCAGGAGC ATGATACTTG AAATGAGAAA TTCAGAAAAT 
CAGGCTGCTC AGGAAGATCC TCGTGGAACA ACTGAGCACG TTACCACTGC GATTTCTCAT 
AGTGAACTTA CTCGTCGTCC TGGGCATAAC ACTGAGTTGC CTCACACTGA GCTTACGGGT 
CTTTCTGGTC AAGCTCCCTA CACACTTAAC TTCAGCTTTG AAGAACTGAA CACAATTGGT 
CTTGATGAAG CTCCTCCGCG TCATAGTAAC TTAAGTTGGC AGTCACAGAC TCGTAGAACT 
CCAAGTCTTT CAAGTCTTAA CTCTCAAGAT TCTAGTATCG AAATATCAAA GCTAACTGAT 
AAGGTTCAGG CAGAATATAG AGATGCGTAT AGAGAATATA TTGCTCAAAT GTCACAGTTA 
GAAGGGGGTG CCAATTCTAC TACGGTAAGT GGCAGGTCCT CCCCCCATAG CTCATCTGCT 
TTCTATATGG GGCAGAGCAC ATCAGGAGGC TCCCTGCATT CAAGCGCAGA ACAAGAAAAA 
GGAAAAGATG GTGAACAGAA ACAAGATGAT GGAAGAAAGT CCTTCTTGCT GAAGAGGAAT 
GATGTTGTTG ATTACAGTAC GTCAGGTGTT TCTACTAATG ATGCATCTCC TTTGGATCCT 
ATTACTGAAG AAGATGAAAA ATCTGATCAG TCTGGTTCCA AGCTTCTCCC AGGAAAGAAG 
TCTTCAGAAA GAACAAGCAT TTTCCAGGCT GCAGATATAA AACTTAAGGG AGTTACTCTC 
CGGTATCAGA AACTTCCAAG TGATGAAGAT GAGTCAGGAA CTGAAGAATC AGATAATACT 
CCACTTCTTA AGGAAGGTAA AGACAAGAAA GCAGATGGAA AAACAGATAA ACAGCCCAAA 
TCCCCAGAAC ATGGATCTGA ACCGATTAGA ACATTCATCA AAGCAAAGGA GTATTTGACA 
GATGCCCTTT TGGATAAAAA AGATTCTTCT GATTCTGGTG TAAGATCCAA TGAAAGTTCT 
CCAAATCATT CCCTCCATAA TGAAGGAGCA GATGATTCAC AGCTTGAAAA GGCAAATCTC 
ATTGAGCTTG AAGATGACAG TCACAGTGGA AAACGAGGAA TTCCGCACAG CCTTAGTGGC 
CTTCAGGATC CAGCTGTGGT TCGCATGTCT ATTTGCTCAG AAGATAAGAA AAGCCCATCT 
GAAAGCAGCT TGATAGCGAG CAGTCCAGAA GAGAACTGGC CTGCTTGCCA GAAAGTCTAT 
AATTTAAATA GAACCCCTAG TACAGTAACA CTAAATAATA ACAGTGCTCC AACCAATAGA 
GCTAATCAAA ATTTTGAAGA AATAGAAGGT ATTAGAGATT CATCTCAAAT TATCCTGCGC 
CCTGGCACAA GTTCCAATTC AACTGCAGTT CAGAATGAGA ACCTGAAGAG TGCCACTCAC 
AAGCGGAGCC AGCGATCAAG TTATACCAGG CTTTCCAAAG ATTCTTCAGA GCTCCACACT 
GTTGCTGCTT CAGATGGAGC TGGTTTTGGA GAAGAAAGAG AGAGTATCCT ATGA

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

PubMed

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見積依頼

Eメール

[email protected]

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

KIDINS220 cDNA ORF clone, Apteryx australis mantelli

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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム