KIAA1210 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA1210
Entrez Gene ID	57481
Full Name	KIAA1210
General protein information	Preferred Names KIAA1210 Names acrosomal protein KIAA1210 uncharacterized protein KIAA1210
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: X Map Location: Xq24
Disorder MIM:	300995

mRNA and Protein(s)

mRNA	Protein	Name
XM_017029688.2	XP_016885177.1	acrosomal protein KIAA1210 isoform X1
XM_017029688.1	XP_016885177.1	uncharacterized protein KIAA1210 isoform X1
NM_020721.1	NP_065772.1	acrosomal protein KIAA1210
XM_017029689.2	XP_016885178.1	acrosomal protein KIAA1210 isoform X3
XM_024452412.1	XP_024308180.1	acrosomal protein KIAA1210 isoform X4
XM_017029689.1	XP_016885178.1	uncharacterized protein KIAA1210 isoform X3
XM_006724774.3	XP_006724837.1	acrosomal protein KIAA1210 isoform X2

Pathways from BioSystems

Homologies

Homo sapiens (human)	KIAA1210	NP_065772.1
Pan troglodytes (chimpanzee)	KIAA1210	XP_521232.2
Bos taurus (cattle)	KIAA1210	XP_002699523.2

Gene Ontology
Bibliography

Related articles in PubMed

Identification of KIAA1210 as a novel X-chromosome-linked protein that localizes to the acrosome and associates with the ectoplasmic specialization in testes.
Iwamori T, Iwamori N, Matsumoto M, Ono E, Matzuk MM
Biology of reproduction96(2)469-477(2017 02)

The DNA sequence of the human X chromosome.
Ross MT, Grafham DV, Coffey AJ, Scherer S, McLay K, Muzny D, Platzer M, Howell GR, Burrows C, Bird CP, Frankish A, Lovell FL, Howe KL, Ashurst JL, Fulton RS, Sudbrak R, Wen G, Jones MC, Hurles ME, Andrews TD, Scott CE, Searle S, Ramser J, Whittaker A, Deadman R, Carter NP, Hunt SE, Chen R, Cree A, Gunaratne P, Havlak P, Hodgson A, Metzker ML, Richards S, Scott G, Steffen D, Sodergren E, Wheeler DA, Worley KC, Ainscough R, Ambrose KD, Ansari-Lari MA, Aradhya S, Ashwell RI, Babbage AK, Bagguley CL, Ballabio A, Banerjee R, Barker GE, Barlow KF, Barrett IP, Bates KN, Beare DM, Beasley H, Beasley O, Beck A, Bethel G, Blechschmidt K, Brady N, Bray-Allen S, Bridgeman AM, Brown AJ, Brown MJ, Bonnin D, Bruford EA, Buhay C, Burch P, Burford D, Burgess J, Burrill W, Burton J, Bye JM, Carder C, Carrel L, Chako J, Chapman JC, Chavez D, Chen E, Chen G, Chen Y, Chen Z, Chinault C, Ciccodicola A, Clark SY, Clarke G, Clee CM, Clegg S, Clerc-Blankenburg K, Clifford K, Cobley V, Cole CG, Conquer JS, Corby N, Connor RE, David R, Davies J, Davis C, Davis J, Delgado O, Deshazo D, Dhami P, Ding Y, Dinh H, Dodsworth S, Draper H, Dugan-Rocha S, Dunham A, Dunn M, Durbin KJ, Dutta I, Eades T, Ellwood M, Emery-Cohen A, Errington H, Evans KL, Faulkner L, Francis F, Frankland J, Fraser AE, Galgoczy P, Gilbert J, Gill R, Gl?ckner G, Gregory SG, Gribble S, Griffiths C, Grocock R, Gu Y, Gwilliam R, Hamilton C, Hart EA, Hawes A, Heath PD, Heitmann K, Hennig S, Hernandez J, Hinzmann B, Ho S, Hoffs M, Howden PJ, Huckle EJ, Hume J, Hunt PJ, Hunt AR, Isherwood J, Jacob L, Johnson D, Jones S, de Jong PJ, Joseph SS, Keenan S, Kelly S, Kershaw JK, Khan Z, Kioschis P, Klages S, Knights AJ, Kosiura A, Kovar-Smith C, Laird GK, Langford C, Lawlor S, Leversha M, Lewis L, Liu W, Lloyd C, Lloyd DM, Loulseged H, Loveland JE, Lovell JD, Lozado R, Lu J, Lyne R, Ma J, Maheshwari M, Matthews LH, McDowall J, McLaren S, McMurray A, Meidl P, Meitinger T, Milne S, Miner G, Mistry SL, Morgan M, Morris S, M?ller I, Mullikin JC, Nguyen N, Nordsiek G, Nyakatura G, O'Dell CN, Okwuonu G, Palmer S, Pandian R, Parker D, Parrish J, Pasternak S, Patel D, Pearce AV, Pearson DM, Pelan SE, Perez L, Porter KM, Ramsey Y, Reichwald K, Rhodes S, Ridler KA, Schlessinger D, Schueler MG, Sehra HK, Shaw-Smith C, Shen H, Sheridan EM, Shownkeen R, Skuce CD, Smith ML, Sotheran EC, Steingruber HE, Steward CA, Storey R, Swann RM, Swarbreck D, Tabor PE, Taudien S, Taylor T, Teague B, Thomas K, Thorpe A, Timms K, Tracey A, Trevanion S, Tromans AC, d'Urso M, Verduzco D, Villasana D, Waldron L, Wall M, Wang Q, Warren J, Warry GL, Wei X, West A, Whitehead SL, Whiteley MN, Wilkinson JE, Willey DL, Williams G, Williams L, Williamson A, Williamson H, Wilming L, Woodmansey RL, Wray PW, Yen J, Zhang J, Zhou J, Zoghbi H, Zorilla S, Buck D, Reinhardt R, Poustka A, Rosenthal A, Lehrach H, Meindl A, Minx PJ, Hillier LW, Willard HF, Wilson RK, Waterston RH, Rice CM, Vaudin M, Coulson A, Nelson DL, Weinstock G, Sulston JE, Durbin R, Hubbard T, Gibbs RA, Beck S, Rogers J, Bentley DR
Nature434(7031)325-37(2005 Mar)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following KIAA1210 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA1210 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)
OHu17432	NM_020721.1 Latest version!	Homo sapiens KIAA1210 (KIAA1210), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu70509	XM_024452412.1 Latest version!	Homo sapiens KIAA1210 (KIAA1210), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu99408	XM_017029689.2 Latest version!	Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OHu99407	XM_017029688.2 Latest version!	Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu54348	XM_006724774.3 Latest version!	Homo sapiens KIAA1210 (KIAA1210), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
View Old Accession Versions >>
OHu99407	XM_017029688.1	Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu99408	XM_017029689.1	Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
Hide Old Accession Versions >>

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** 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)

KIAA1210 ( NM_020721.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_065772.1 Homo sapiens KIAA1210 (KIAA1210), mRNA.

Price & Availability↑

CloneID	OHu17432
Clone ID Related Accession (Same CDS sequence)	NM_020721.1
Accession Version	NM_020721.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5130bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	acrosomal protein KIAA1210
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AL441887.9, AL590376.7, DT932686.1, DV080213.1, AL772284.5 and BX099098.1. On or before Jul 28, 2007 this sequence version replaced XM_172801.5, XM_937742.2. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: mixed/partial sample support SAMEA2148093, SAMN03267750 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on longest protein ##RefSeq-Attributes-END##

ATGAGGGCCG GCTGGACGCC TCGAGGCTTC TCTGCCTTTC ACGCTTCTCT CCTTCCTGGC 
CGGCACCCCT ACCTGGCTCA CCTGGGCCCC AGGGACCGAG GGGCCAGGAT TGGAAGTCGA 
GCGTATTCCC AAGGCTGTTG CAGTTGTCTT TGGTTGACTT ACAAAGGCAA GAAGGAGGGA 
AGCACCAAGG GGGAGCTTGG CCCAGCTGCA GTGACTGACC TGGAAATACC TAGTTATTCC 
CGGGGCTTCC TGCCCTGCAC ACCGCGATTC CCTACCACTT GGTGCAGGGG ACCTGGATGC 
TTTTGTGGCA CTGCAGTGAT TGCTGGTAAT CTTGGGGATC TGGCCAGGAT AGTGGGCCCC 
TCACATCATG CTAGTCAGCT TCTCCTACTC CAAGAACAGG ATTCAGGAAA TCATCCTACA 
ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGAG CTTCTCTGAG 
TTATCATCTG GACCTGATTG CTCACAGTCC TTGACTGCAT TTGCCACACT TGCCTCTACC 
AGTAGCACCC AGCTGCCCAT TGGTTTCAGC ACCCCAGCCA CCACCCAGGG CTGTTTGGAT 
TCTTCAGCTG CTCGCCACAA AATGACTTTA AATCCCCGCA AACAAAAGAA GAACCTTCAA 
GTGATTATTC GTGGCCTTCC AGTGTGGTTC AGTCATTTCC AGGGTATTTT AGAGGGATCC 
CTGCAGTGTG TCACTCAGAC ATTAGAAACT CCAAACCTGG ATGAACCACT TCCAGTGGAA 
CCAAAGGAGG AGGAGCCAAA CCTTCCATTG GTTTCTGAAG AAGAAAAGAG CATAACCAAA 
CCAAAAGAAA TCAACGAAAA GAAGCTGGGA ATGGACAGTG CAGATTCCTC AAGCCAGAAA 
CAGAACAACA AAACTGAGAT GTATGATAAG AAGACAACAG ACCAGGCTCC AAACACTGAT 
GCTTCTCGGA GTCAGGGCTA TCCAATGTCA GCAGCATATG GAAGAAGATG GAGAAGAAAA 
GGAGCAAGTG TTTCAGGATT GAGTGGGTGT GAATTCAAAG GAAGAAGCCT TAAACAATCC 
AGTGAAGGGT ATGGCCTGGG CGATAGAGCT GGGTCTTCAC CTACCAATAA GACTGCCAGG 
AATGTCCCTT TCTCGCACTT GTCCTTAGAG AAGGACAACA TGGAGCAGCC TACAACTTCA 
CAACCAGAAA CCACTACCCC TCAGGGGTTG CTTTCAGATA AAGATGACAT GGGAAGGAGA 
AATGCTGGCA TAGATTTCGG ATCCAGAAAA GCATCAGCAG CACAGCCCAT ACCTGAAAAC 
ATGGACAATT CCATGGTTAG TGATCCACAA CCATACCATG AAGATGCAGC TTCTGGAGCT 
GAGAAGACAG AAGCCAGAGC TTCTCTCTCA CTGATGGTGG AAAGCCTTTC TACAACCCAA 
GAGGAGGCCA TTCTCTCAGT AGCAGCAGAG GCTCAGGTGT TTATGAATCC TTCTCATATC 
CAGTTAGAAG ATCAAGAAGC TTTCAGCTTT GATTTACAAA AGGCCCAATC CAAAATGGAG 
TCAGCCCAGG ATGTTCAAAC TATCTGCAAA GAAAAGCCTT CTGGAAATGT TCACCAGACC 
TTTACAGCAA GTGTTTTGGG TATGACAAGT ACTACAGCCA AAGGAGATGT TTATGCCAAG 
ACTCTGCCTC CCAGAAGCCT TTTTCAGTCC TCAAGGAAGC CTGATGCTGA AGAAGTCTCC 
TCAGATTCAG AGAATATTCC TGAGGAGGGG GATGGTTCTG AAGAACTGGC TCATGGTCAC 
TCTTCCCAGT CCTTGGGGAA GTTTGAAGAT GAACAAGAAG TCTTCTCAGA ATCAAAAAGT 
TTTGTTGAGG ACTTGAGCAG CTCTGAGGAG GAGCTGGACC TCAGATGCCT CTCCCAGGCT 
TTAGAGGAGC CTGAAGATGC AGAAGTCTTC ACAGAATCAA GCAGTTATGT TGAAAAGTAC 
AACACTTCTG ATGATTGCAG CAGCTCAGAG GAAGACCTGC CTCTCAGACA CCCTGCTCAG 
GCCTTGGGAA AGCCCAAAAA CCAACAAGAA GTCTCCTCTG CTTCAAATAA TACTCCTGAA 
GAGCAGAATG ATTTTATGCA GCAGCTGCCT TCCAGATGCC CTTCTCAGCC CATTATGAAT 
CCTACTGTTC AGCAACAAGT CCCCACCAGT TCAGTGGGCA CTTCTATAAA ACAGAGCGAT 
TCCGTGGAGC CAATCCCTCC AAGACACCCT TTCCAGCCAT GGGTGAACCC TAAAGTGGAG 
CAAGAAGTTT CCTCATCTCC AAAGAGCATG GCTGTTGAAG AGAGCATTTC TATGAAGCCT 
CTGCCTCCTA AACTTCTTTG CCAGCCCTTG ATGAATCCTA AAGTTCAACA AAACATGTTC 
TCAGGTTCAG AGGACATTGC TGTTGAGAGA GTCATTTCTG TGGAGCCACT ACTCCCCAGA 
TATTCTCCTC AGTCCTTGAC AGATCCTCAA ATCCGGCAAA TCTCAGAAAG CACAGCTGTT 
GAGGAAGGCA CTTATGTGGA ACCGCTGCCT CCCAGATGCC TTTCCCAGCC CTCGGAGAGG 
CCTAAGTTCC TGGACTCAAT GAGTACTTCT GCAGAATGGA GCAGTCCTGT GGCACCAACA 
CCTTCCAAAT ACACTTCCCC GCCATGGGTG ACCCCTAAAT TTGAGGAACT GTATCAACTC 
TCTGCACATC CAGAAAGCAC TACTGTTGAA GAGGACATTT CTAAGGAGCA GCTGCTTCCC 
AGACATCTTT CCCAGTTGAC TGTGGGAAAT AAAGTCCAGC AACTGTCCTC AAATTTCGAG 
CGGGCTGCTA TTGAGGCAGA CATTTCTGGG AGTCCATTGC CTCCCCAATA TGCTACCCAG 
TTCTTAAAGA GGTCTAAAGT TCAGGAAATG ACCTCACGAC TAGAGAAAAT GGCTGTTGAA 
GGCACTTCTA ACAAATCACC GATTCCCAGG CGTCCGACCC AGTCATTCGT GAAATTTATG 
GCACAGCAAA TCTTTTCAGA GAGCTCTGCT CTTAAGAGGG GCAGTGATGT GGCACCTCTG 
CCTCCCAATC TTCCTTCCAA ATCTTTATCA AAGCCTGAAG TCAAGCACCA AGTTTTCTCA 
GATTCAGGGA GTGCTAATCC TAAGGGAGGC ATTTCTTCAA AGATGCTACC TATGAAGCAC 
CCTTTACAGT CCTTGGGGAG GCCTGAAGAC CCACAGAAAG TTTTCTCTTA TTCAGAGAGA 
GCTCCTGGGA AGTGCAGCAG TTTTAAAGAG CAGCTGTCTC CCAGGCAGCT TTCCCAGGCC 
TTGAGGAAAC CTGAGTATGA GCAAAAAGTC TCCCCTGTTT CTGCCAGTTC TCCTAAAGAG 
TGGAGGAATT CTAAAAAGCA GCTGCCTCCC AAACATTCTT CCCAAGCCTC AGATAGGTCT 
AAATTCCAGC CACAGATGTC ATCAAAGGGC CCAGTGAATG TACCTGTAAA GCAGAGCAGC 
GGTGAGAAGC ACCTGCCTTC AAGTAGTCCT TTCCAGCAAC AGGTTCATTC AAGTTCTGTG 
AATGCTGCTG CTAGGCGATC TGTTTTTGAG AGCAATTCTG ACAATTGGTT CCTAGGAAGA 
GATGAAGCTT TTGCAATCAA AACCAAGAAA TTCAGCCAAG GTTCCAAAAA CCCCATAAAG 
AGCATTCCAG CCCCTGCTAC CAAACCTGGG AAGTTCACCA TTGCTCCTGT CAGGCAAACA 
TCCACTTCTG GGGGCATTTA CTCTAAGAAA GAAGATCTTG AGAGTGGTGA TGGTAATAAT 
AACCAGCATG CAAACCTATC CAATCAGGAT GATGTTGAAA AGCTTTTTGG AGTTCGACTG 
AAAAGAGCCC CTCCCTCGCA GAAGTATAAG AGTGAGAAAC AAGATAACTT CACCCAGCTT 
GCTTCAGTGC CCTCGGGCCC AATTTCATCC TCTGTAGGCA GGGGACATAA AATCAGAAGC 
ACTTCCCAGG GGCTCCTGGA TGCTGCAGGG AACCTCACCA AAATATCTTA CGTTGCAGAT 
AAGCAACAGA GCAGGCCCAA ATCTGAAAGC ATGGCCAAGA AGCAACCTGC TTGCAAGACC 
CCAGGAAAGC CTGCTGGTCA ACAGTCAGAT TATGCTGTCT CAGAGCCGGT TTGGATAACT 
ATGGCAAAGC AGAAGCAGAA GAGTTTCAAG GCCCACATTT CTGTGAAAGA GCTGAAAACT 
AAGAGCAATG CTGGAGCCGA TGCTGAGACT AAGGAGCCTA AATATGAGGG AGCTGGCTCT 
GCAAATGAAA ACCAACCTAA AAAGATGTTC ACTTCCAGTG TCCATAAACA GGAGAAGACA 
GCACAGATGA AGCCACCTAA GCCTACAAAA TCAGTTGGAT TTGAAGCTCA GAAGATACTG 
CAAGTTCCTG CCATGGAAAA AGAAACCAAA CGATCTTCAA CTCTCCCAGC CAAGTTCCAG 
AACCCAGTTG AGCCAATTGA GCCTGTCTGG TTCTCACTGG CCAGGAAGAA AGCCAAAGCA 
TGGAGCCACA TGGCAGAAAT CACGCAATAA

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

RefSeq	NP_065772.1
CDS	1..5130
Translation	MRAGWTPRGFSAFHASLLPGRHPYLAHLGPRDRGARIGSRAYSQGCCSCLWLTYKGKKEGSTKGELGPAAVTDLEIPSYSRGFLPCTPRFPTTWCRGPGCFCGTAVIAGNLGDLARIVGPSHHASQLLLLQEQDSGNHPTMAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQSFSELSSGPDCSQSLTAFATLASTSSTQLPIGFSTPATTQGCLDSSAARHKMTLNPRKQKKNLQVIIRGLPVWFSHFQGILEGSLQCVTQTLETPNLDEPLPVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	NM_020721.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), mRNA.

Target ORF information:

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

NM_020721.1

ORF Insert Sequence:

ATGAGGGCCG GCTGGACGCC TCGAGGCTTC TCTGCCTTTC ACGCTTCTCT CCTTCCTGGC 
CGGCACCCCT ACCTGGCTCA CCTGGGCCCC AGGGACCGAG GGGCCAGGAT TGGAAGTCGA 
GCGTATTCCC AAGGCTGTTG CAGTTGTCTT TGGTTGACTT ACAAAGGCAA GAAGGAGGGA 
AGCACCAAGG GGGAGCTTGG CCCAGCTGCA GTGACTGACC TGGAAATACC TAGTTATTCC 
CGGGGCTTCC TGCCCTGCAC ACCGCGATTC CCTACCACTT GGTGCAGGGG ACCTGGATGC 
TTTTGTGGCA CTGCAGTGAT TGCTGGTAAT CTTGGGGATC TGGCCAGGAT AGTGGGCCCC 
TCACATCATG CTAGTCAGCT TCTCCTACTC CAAGAACAGG ATTCAGGAAA TCATCCTACA 
ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGAG CTTCTCTGAG 
TTATCATCTG GACCTGATTG CTCACAGTCC TTGACTGCAT TTGCCACACT TGCCTCTACC 
AGTAGCACCC AGCTGCCCAT TGGTTTCAGC ACCCCAGCCA CCACCCAGGG CTGTTTGGAT 
TCTTCAGCTG CTCGCCACAA AATGACTTTA AATCCCCGCA AACAAAAGAA GAACCTTCAA 
GTGATTATTC GTGGCCTTCC AGTGTGGTTC AGTCATTTCC AGGGTATTTT AGAGGGATCC 
CTGCAGTGTG TCACTCAGAC ATTAGAAACT CCAAACCTGG ATGAACCACT TCCAGTGGAA 
CCAAAGGAGG AGGAGCCAAA CCTTCCATTG GTTTCTGAAG AAGAAAAGAG CATAACCAAA 
CCAAAAGAAA TCAACGAAAA GAAGCTGGGA ATGGACAGTG CAGATTCCTC AAGCCAGAAA 
CAGAACAACA AAACTGAGAT GTATGATAAG AAGACAACAG ACCAGGCTCC AAACACTGAT 
GCTTCTCGGA GTCAGGGCTA TCCAATGTCA GCAGCATATG GAAGAAGATG GAGAAGAAAA 
GGAGCAAGTG TTTCAGGATT GAGTGGGTGT GAATTCAAAG GAAGAAGCCT TAAACAATCC 
AGTGAAGGGT ATGGCCTGGG CGATAGAGCT GGGTCTTCAC CTACCAATAA GACTGCCAGG 
AATGTCCCTT TCTCGCACTT GTCCTTAGAG AAGGACAACA TGGAGCAGCC TACAACTTCA 
CAACCAGAAA CCACTACCCC TCAGGGGTTG CTTTCAGATA AAGATGACAT GGGAAGGAGA 
AATGCTGGCA TAGATTTCGG ATCCAGAAAA GCATCAGCAG CACAGCCCAT ACCTGAAAAC 
ATGGACAATT CCATGGTTAG TGATCCACAA CCATACCATG AAGATGCAGC TTCTGGAGCT 
GAGAAGACAG AAGCCAGAGC TTCTCTCTCA CTGATGGTGG AAAGCCTTTC TACAACCCAA 
GAGGAGGCCA TTCTCTCAGT AGCAGCAGAG GCTCAGGTGT TTATGAATCC TTCTCATATC 
CAGTTAGAAG ATCAAGAAGC TTTCAGCTTT GATTTACAAA AGGCCCAATC CAAAATGGAG 
TCAGCCCAGG ATGTTCAAAC TATCTGCAAA GAAAAGCCTT CTGGAAATGT TCACCAGACC 
TTTACAGCAA GTGTTTTGGG TATGACAAGT ACTACAGCCA AAGGAGATGT TTATGCCAAG 
ACTCTGCCTC CCAGAAGCCT TTTTCAGTCC TCAAGGAAGC CTGATGCTGA AGAAGTCTCC 
TCAGATTCAG AGAATATTCC TGAGGAGGGG GATGGTTCTG AAGAACTGGC TCATGGTCAC 
TCTTCCCAGT CCTTGGGGAA GTTTGAAGAT GAACAAGAAG TCTTCTCAGA ATCAAAAAGT 
TTTGTTGAGG ACTTGAGCAG CTCTGAGGAG GAGCTGGACC TCAGATGCCT CTCCCAGGCT 
TTAGAGGAGC CTGAAGATGC AGAAGTCTTC ACAGAATCAA GCAGTTATGT TGAAAAGTAC 
AACACTTCTG ATGATTGCAG CAGCTCAGAG GAAGACCTGC CTCTCAGACA CCCTGCTCAG 
GCCTTGGGAA AGCCCAAAAA CCAACAAGAA GTCTCCTCTG CTTCAAATAA TACTCCTGAA 
GAGCAGAATG ATTTTATGCA GCAGCTGCCT TCCAGATGCC CTTCTCAGCC CATTATGAAT 
CCTACTGTTC AGCAACAAGT CCCCACCAGT TCAGTGGGCA CTTCTATAAA ACAGAGCGAT 
TCCGTGGAGC CAATCCCTCC AAGACACCCT TTCCAGCCAT GGGTGAACCC TAAAGTGGAG 
CAAGAAGTTT CCTCATCTCC AAAGAGCATG GCTGTTGAAG AGAGCATTTC TATGAAGCCT 
CTGCCTCCTA AACTTCTTTG CCAGCCCTTG ATGAATCCTA AAGTTCAACA AAACATGTTC 
TCAGGTTCAG AGGACATTGC TGTTGAGAGA GTCATTTCTG TGGAGCCACT ACTCCCCAGA 
TATTCTCCTC AGTCCTTGAC AGATCCTCAA ATCCGGCAAA TCTCAGAAAG CACAGCTGTT 
GAGGAAGGCA CTTATGTGGA ACCGCTGCCT CCCAGATGCC TTTCCCAGCC CTCGGAGAGG 
CCTAAGTTCC TGGACTCAAT GAGTACTTCT GCAGAATGGA GCAGTCCTGT GGCACCAACA 
CCTTCCAAAT ACACTTCCCC GCCATGGGTG ACCCCTAAAT TTGAGGAACT GTATCAACTC 
TCTGCACATC CAGAAAGCAC TACTGTTGAA GAGGACATTT CTAAGGAGCA GCTGCTTCCC 
AGACATCTTT CCCAGTTGAC TGTGGGAAAT AAAGTCCAGC AACTGTCCTC AAATTTCGAG 
CGGGCTGCTA TTGAGGCAGA CATTTCTGGG AGTCCATTGC CTCCCCAATA TGCTACCCAG 
TTCTTAAAGA GGTCTAAAGT TCAGGAAATG ACCTCACGAC TAGAGAAAAT GGCTGTTGAA 
GGCACTTCTA ACAAATCACC GATTCCCAGG CGTCCGACCC AGTCATTCGT GAAATTTATG 
GCACAGCAAA TCTTTTCAGA GAGCTCTGCT CTTAAGAGGG GCAGTGATGT GGCACCTCTG 
CCTCCCAATC TTCCTTCCAA ATCTTTATCA AAGCCTGAAG TCAAGCACCA AGTTTTCTCA 
GATTCAGGGA GTGCTAATCC TAAGGGAGGC ATTTCTTCAA AGATGCTACC TATGAAGCAC 
CCTTTACAGT CCTTGGGGAG GCCTGAAGAC CCACAGAAAG TTTTCTCTTA TTCAGAGAGA 
GCTCCTGGGA AGTGCAGCAG TTTTAAAGAG CAGCTGTCTC CCAGGCAGCT TTCCCAGGCC 
TTGAGGAAAC CTGAGTATGA GCAAAAAGTC TCCCCTGTTT CTGCCAGTTC TCCTAAAGAG 
TGGAGGAATT CTAAAAAGCA GCTGCCTCCC AAACATTCTT CCCAAGCCTC AGATAGGTCT 
AAATTCCAGC CACAGATGTC ATCAAAGGGC CCAGTGAATG TACCTGTAAA GCAGAGCAGC 
GGTGAGAAGC ACCTGCCTTC AAGTAGTCCT TTCCAGCAAC AGGTTCATTC AAGTTCTGTG 
AATGCTGCTG CTAGGCGATC TGTTTTTGAG AGCAATTCTG ACAATTGGTT CCTAGGAAGA 
GATGAAGCTT TTGCAATCAA AACCAAGAAA TTCAGCCAAG GTTCCAAAAA CCCCATAAAG 
AGCATTCCAG CCCCTGCTAC CAAACCTGGG AAGTTCACCA TTGCTCCTGT CAGGCAAACA 
TCCACTTCTG GGGGCATTTA CTCTAAGAAA GAAGATCTTG AGAGTGGTGA TGGTAATAAT 
AACCAGCATG CAAACCTATC CAATCAGGAT GATGTTGAAA AGCTTTTTGG AGTTCGACTG 
AAAAGAGCCC CTCCCTCGCA GAAGTATAAG AGTGAGAAAC AAGATAACTT CACCCAGCTT 
GCTTCAGTGC CCTCGGGCCC AATTTCATCC TCTGTAGGCA GGGGACATAA AATCAGAAGC 
ACTTCCCAGG GGCTCCTGGA TGCTGCAGGG AACCTCACCA AAATATCTTA CGTTGCAGAT 
AAGCAACAGA GCAGGCCCAA ATCTGAAAGC ATGGCCAAGA AGCAACCTGC TTGCAAGACC 
CCAGGAAAGC CTGCTGGTCA ACAGTCAGAT TATGCTGTCT CAGAGCCGGT TTGGATAACT 
ATGGCAAAGC AGAAGCAGAA GAGTTTCAAG GCCCACATTT CTGTGAAAGA GCTGAAAACT 
AAGAGCAATG CTGGAGCCGA TGCTGAGACT AAGGAGCCTA AATATGAGGG AGCTGGCTCT 
GCAAATGAAA ACCAACCTAA AAAGATGTTC ACTTCCAGTG TCCATAAACA GGAGAAGACA 
GCACAGATGA AGCCACCTAA GCCTACAAAA TCAGTTGGAT TTGAAGCTCA GAAGATACTG 
CAAGTTCCTG CCATGGAAAA AGAAACCAAA CGATCTTCAA CTCTCCCAGC CAAGTTCCAG 
AACCCAGTTG AGCCAATTGA GCCTGTCTGG TTCTCACTGG CCAGGAAGAA AGCCAAAGCA 
TGGAGCCACA TGGCAGAAAT CACGCAATAA

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

KIAA1210 ( XM_024452412.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024308180.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X4, mRNA.

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CloneID	OHu70509
Clone ID Related Accession (Same CDS sequence)	XM_024452412.1
Accession Version	XM_024452412.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4404bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	acrosomal protein KIAA1210 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGGT GGAACCAAAG 
GAGGAGGAGC CAAACCTTCC ATTGGTTTCT GAAGAAGAAA AGAGCATAAC CAAACCAAAA 
GAAATCAACG AAAAGAAGCT GGGAATGGAC AGTGCAGATT CCTCAAGCCA GAAACAGAAC 
AACAAAACTG AGATGTATGA TAAGAAGACA ACAGACCAGG CTCCAAACAC TGATGCTTCT 
CGGAGTCAGG GCTATCCAAT GTCAGCAGCA TATGGAAGAA GATGGAGAAG AAAAGGAGCA 
AGTGTTTCAG GATTGAGTGG GTGTGAATTC AAAGGAAGAA GCCTTAAACA ATCCAGTGAA 
GGGTATGGCC TGGGCGATAG AGCTGGGTCT TCACCTACCA ATAAGACTGC CAGGAATGTC 
CCTTTCTCGC ACTTGTCCTT AGAGAAGGAC AACATGGAGC AGCCTACAAC TTCACAACCA 
GAAACCACTA CCCCTCAGGG GTTGCTTTCA GATAAAGATG ACATGGGAAG GAGAAATGCT 
GGCATAGATT TCGGATCCAG AAAAGCATCA GCAGCACAGC CCATACCTGA AAACATGGAC 
AATTCCATGG TTAGTGATCC ACAACCATAC CATGAAGATG CAGCTTCTGG AGCTGAGAAG 
ACAGAAGCCA GAGCTTCTCT CTCACTGATG GTGGAAAGCC TTTCTACAAC CCAAGAGGAG 
GCCATTCTCT CAGTAGCAGC AGAGGCTCAG GTGTTTATGA ATCCTTCTCA TATCCAGTTA 
GAAGATCAAG AAGCTTTCAG CTTTGATTTA CAAAAGGCCC AATCCAAAAT GGAGTCAGCC 
CAGGATGTTC AAACTATCTG CAAAGAAAAG CCTTCTGGAA ATGTTCACCA GACCTTTACA 
GCAAGTGTTT TGGGTATGAC AAGTACTACA GCCAAAGGAG ATGTTTATGC CAAGACTCTG 
CCTCCCAGAA GCCTTTTTCA GTCCTCAAGG AAGCCTGATG CTGAAGAAGT CTCCTCAGAT 
TCAGAGAATA TTCCTGAGGA GGGGGATGGT TCTGAAGAAC TGGCTCATGG TCACTCTTCC 
CAGTCCTTGG GGAAGTTTGA AGATGAACAA GAAGTCTTCT CAGAATCAAA AAGTTTTGTT 
GAGGACTTGA GCAGCTCTGA GGAGGAGCTG GACCTCAGAT GCCTCTCCCA GGCTTTAGAG 
GAGCCTGAAG ATGCAGAAGT CTTCACAGAA TCAAGCAGTT ATGTTGAAAA GTACAACACT 
TCTGATGATT GCAGCAGCTC AGAGGAAGAC CTGCCTCTCA GACACCCTGC TCAGGCCTTG 
GGAAAGCCCA AAAACCAACA AGAAGTCTCC TCTGCTTCAA ATAATACTCC TGAAGAGCAG 
AATGATTTTA TGCAGCAGCT GCCTTCCAGA TGCCCTTCTC AGCCCATTAT GAATCCTACT 
GTTCAGCAAC AAGTCCCCAC CAGTTCAGTG GGCACTTCTA TAAAACAGAG CGATTCCGTG 
GAGCCAATCC CTCCAAGACA CCCTTTCCAG CCATGGGTGA ACCCTAAAGT GGAGCAAGAA 
GTTTCCTCAT CTCCAAAGAG CATGGCTGTT GAAGAGAGCA TTTCTATGAA GCCTCTGCCT 
CCTAAACTTC TTTGCCAGCC CTTGATGAAT CCTAAAGTTC AACAAAACAT GTTCTCAGGT 
TCAGAGGACA TTGCTGTTGA GAGAGTCATT TCTGTGGAGC CACTACTCCC CAGATATTCT 
CCTCAGTCCT TGACAGATCC TCAAATCCGG CAAATCTCAG AAAGCACAGC TGTTGAGGAA 
GGCACTTATG TGGAACCGCT GCCTCCCAGA TGCCTTTCCC AGCCCTCGGA GAGGCCTAAG 
TTCCTGGACT CAATGAGTAC TTCTGCAGAA TGGAGCAGTC CTGTGGCACC AACACCTTCC 
AAATACACTT CCCCGCCATG GGTGACCCCT AAATTTGAGG AACTGTATCA ACTCTCTGCA 
CATCCAGAAA GCACTACTGT TGAAGAGGAC ATTTCTAAGG AGCAGCTGCT TCCCAGACAT 
CTTTCCCAGT TGACTGTGGG AAATAAAGTC CAGCAACTGT CCTCAAATTT CGAGCGGGCT 
GCTATTGAGG CAGACATTTC TGGGAGTCCA TTGCCTCCCC AATATGCTAC CCAGTTCTTA 
AAGAGGTCTA AAGTTCAGGA AATGACCTCA CGACTAGAGA AAATGGCTGT TGAAGGCACT 
TCTAACAAAT CACCGATTCC CAGGCGTCCG ACCCAGTCAT TCGTGAAATT TATGGCACAG 
CAAATCTTTT CAGAGAGCTC TGCTCTTAAG AGGGGCAGTG ATGTGGCACC TCTGCCTCCC 
AATCTTCCTT CCAAATCTTT ATCAAAGCCT GAAGTCAAGC ACCAAGTTTT CTCAGATTCA 
GGGAGTGCTA ATCCTAAGGG AGGCATTTCT TCAAAGATGC TACCTATGAA GCACCCTTTA 
CAGTCCTTGG GGAGGCCTGA AGACCCACAG AAAGTTTTCT CTTATTCAGA GAGAGCTCCT 
GGGAAGTGCA GCAGTTTTAA AGAGCAGCTG TCTCCCAGGC AGCTTTCCCA GGCCTTGAGG 
AAACCTGAGT ATGAGCAAAA AGTCTCCCCT GTTTCTGCCA GTTCTCCTAA AGAGTGGAGG 
AATTCTAAAA AGCAGCTGCC TCCCAAACAT TCTTCCCAAG CCTCAGATAG GTCTAAATTC 
CAGCCACAGA TGTCATCAAA GGGCCCAGTG AATGTACCTG TAAAGCAGAG CAGCGGTGAG 
AAGCACCTGC CTTCAAGTAG TCCTTTCCAG CAACAGGTTC ATTCAAGTTC TGTGAATGCT 
GCTGCTAGGC GATCTGTTTT TGAGAGCAAT TCTGACAATT GGTTCCTAGG AAGAGATGAA 
GCTTTTGCAA TCAAAACCAA GAAATTCAGC CAAGGTTCCA AAAACCCCAT AAAGAGCATT 
CCAGCCCCTG CTACCAAACC TGGGAAGTTC ACCATTGCTC CTGTCAGGCA AACATCCACT 
TCTGGGGGCA TTTACTCTAA GAAAGAAGAT CTTGAGAGTG GTGATGGTAA TAATAACCAG 
CATGCAAACC TATCCAATCA GGATGATGTT GAAAAGCTTT TTGGAGTTCG ACTGAAAAGA 
GCCCCTCCCT CGCAGAAGTA TAAGAGTGAG AAACAAGATA ACTTCACCCA GCTTGCTTCA 
GTGCCCTCGG GCCCAATTTC ATCCTCTGTA GGCAGGGGAC ATAAAATCAG AAGCACTTCC 
CAGGGGCTCC TGGATGCTGC AGGGAACCTC ACCAAAATAT CTTACGTTGC AGATAAGCAA 
CAGAGCAGGC CCAAATCTGA AAGCATGGCC AAGAAGCAAC CTGCTTGCAA GACCCCAGGA 
AAGCCTGCTG GTCAACAGTC AGATTATGCT GTCTCAGAGC CGGTTTGGAT AACTATGGCA 
AAGCAGAAGC AGAAGAGTTT CAAGGCCCAC ATTTCTGTGA AAGAGCTGAA AACTAAGAGC 
AATGCTGGAG CCGATGCTGA GACTAAGGAG CCTAAATATG AGGGAGCTGG CTCTGCAAAT 
GAAAACCAAC CTAAAAAGAT GTTCACTTCC AGTGTCCATA AACAGGAGAA GACAGCACAG 
ATGAAGCCAC CTAAGCCTAC AAAATCAGTT GGATTTGAAG CTCAGAAGAT ACTGCAAGTT 
CCTGCCATGG AAAAAGAAAC CAAACGATCT TCAACTCTCC CAGCCAAGTT CCAGAACCCA 
GTTGAGCCAA TTGAGCCTGT CTGGTTCTCA CTGGCCAGGA AGAAAGCCAA AGCATGGAGC 
CACATGGCAG AAATCACGCA ATAA

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

RefSeq	XP_024308180.1
CDS	118..4521
Translation	MAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_024452412.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X4, mRNA.

Target ORF information:

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

XM_024452412.1

ORF Insert Sequence:

ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGGT GGAACCAAAG 
GAGGAGGAGC CAAACCTTCC ATTGGTTTCT GAAGAAGAAA AGAGCATAAC CAAACCAAAA 
GAAATCAACG AAAAGAAGCT GGGAATGGAC AGTGCAGATT CCTCAAGCCA GAAACAGAAC 
AACAAAACTG AGATGTATGA TAAGAAGACA ACAGACCAGG CTCCAAACAC TGATGCTTCT 
CGGAGTCAGG GCTATCCAAT GTCAGCAGCA TATGGAAGAA GATGGAGAAG AAAAGGAGCA 
AGTGTTTCAG GATTGAGTGG GTGTGAATTC AAAGGAAGAA GCCTTAAACA ATCCAGTGAA 
GGGTATGGCC TGGGCGATAG AGCTGGGTCT TCACCTACCA ATAAGACTGC CAGGAATGTC 
CCTTTCTCGC ACTTGTCCTT AGAGAAGGAC AACATGGAGC AGCCTACAAC TTCACAACCA 
GAAACCACTA CCCCTCAGGG GTTGCTTTCA GATAAAGATG ACATGGGAAG GAGAAATGCT 
GGCATAGATT TCGGATCCAG AAAAGCATCA GCAGCACAGC CCATACCTGA AAACATGGAC 
AATTCCATGG TTAGTGATCC ACAACCATAC CATGAAGATG CAGCTTCTGG AGCTGAGAAG 
ACAGAAGCCA GAGCTTCTCT CTCACTGATG GTGGAAAGCC TTTCTACAAC CCAAGAGGAG 
GCCATTCTCT CAGTAGCAGC AGAGGCTCAG GTGTTTATGA ATCCTTCTCA TATCCAGTTA 
GAAGATCAAG AAGCTTTCAG CTTTGATTTA CAAAAGGCCC AATCCAAAAT GGAGTCAGCC 
CAGGATGTTC AAACTATCTG CAAAGAAAAG CCTTCTGGAA ATGTTCACCA GACCTTTACA 
GCAAGTGTTT TGGGTATGAC AAGTACTACA GCCAAAGGAG ATGTTTATGC CAAGACTCTG 
CCTCCCAGAA GCCTTTTTCA GTCCTCAAGG AAGCCTGATG CTGAAGAAGT CTCCTCAGAT 
TCAGAGAATA TTCCTGAGGA GGGGGATGGT TCTGAAGAAC TGGCTCATGG TCACTCTTCC 
CAGTCCTTGG GGAAGTTTGA AGATGAACAA GAAGTCTTCT CAGAATCAAA AAGTTTTGTT 
GAGGACTTGA GCAGCTCTGA GGAGGAGCTG GACCTCAGAT GCCTCTCCCA GGCTTTAGAG 
GAGCCTGAAG ATGCAGAAGT CTTCACAGAA TCAAGCAGTT ATGTTGAAAA GTACAACACT 
TCTGATGATT GCAGCAGCTC AGAGGAAGAC CTGCCTCTCA GACACCCTGC TCAGGCCTTG 
GGAAAGCCCA AAAACCAACA AGAAGTCTCC TCTGCTTCAA ATAATACTCC TGAAGAGCAG 
AATGATTTTA TGCAGCAGCT GCCTTCCAGA TGCCCTTCTC AGCCCATTAT GAATCCTACT 
GTTCAGCAAC AAGTCCCCAC CAGTTCAGTG GGCACTTCTA TAAAACAGAG CGATTCCGTG 
GAGCCAATCC CTCCAAGACA CCCTTTCCAG CCATGGGTGA ACCCTAAAGT GGAGCAAGAA 
GTTTCCTCAT CTCCAAAGAG CATGGCTGTT GAAGAGAGCA TTTCTATGAA GCCTCTGCCT 
CCTAAACTTC TTTGCCAGCC CTTGATGAAT CCTAAAGTTC AACAAAACAT GTTCTCAGGT 
TCAGAGGACA TTGCTGTTGA GAGAGTCATT TCTGTGGAGC CACTACTCCC CAGATATTCT 
CCTCAGTCCT TGACAGATCC TCAAATCCGG CAAATCTCAG AAAGCACAGC TGTTGAGGAA 
GGCACTTATG TGGAACCGCT GCCTCCCAGA TGCCTTTCCC AGCCCTCGGA GAGGCCTAAG 
TTCCTGGACT CAATGAGTAC TTCTGCAGAA TGGAGCAGTC CTGTGGCACC AACACCTTCC 
AAATACACTT CCCCGCCATG GGTGACCCCT AAATTTGAGG AACTGTATCA ACTCTCTGCA 
CATCCAGAAA GCACTACTGT TGAAGAGGAC ATTTCTAAGG AGCAGCTGCT TCCCAGACAT 
CTTTCCCAGT TGACTGTGGG AAATAAAGTC CAGCAACTGT CCTCAAATTT CGAGCGGGCT 
GCTATTGAGG CAGACATTTC TGGGAGTCCA TTGCCTCCCC AATATGCTAC CCAGTTCTTA 
AAGAGGTCTA AAGTTCAGGA AATGACCTCA CGACTAGAGA AAATGGCTGT TGAAGGCACT 
TCTAACAAAT CACCGATTCC CAGGCGTCCG ACCCAGTCAT TCGTGAAATT TATGGCACAG 
CAAATCTTTT CAGAGAGCTC TGCTCTTAAG AGGGGCAGTG ATGTGGCACC TCTGCCTCCC 
AATCTTCCTT CCAAATCTTT ATCAAAGCCT GAAGTCAAGC ACCAAGTTTT CTCAGATTCA 
GGGAGTGCTA ATCCTAAGGG AGGCATTTCT TCAAAGATGC TACCTATGAA GCACCCTTTA 
CAGTCCTTGG GGAGGCCTGA AGACCCACAG AAAGTTTTCT CTTATTCAGA GAGAGCTCCT 
GGGAAGTGCA GCAGTTTTAA AGAGCAGCTG TCTCCCAGGC AGCTTTCCCA GGCCTTGAGG 
AAACCTGAGT ATGAGCAAAA AGTCTCCCCT GTTTCTGCCA GTTCTCCTAA AGAGTGGAGG 
AATTCTAAAA AGCAGCTGCC TCCCAAACAT TCTTCCCAAG CCTCAGATAG GTCTAAATTC 
CAGCCACAGA TGTCATCAAA GGGCCCAGTG AATGTACCTG TAAAGCAGAG CAGCGGTGAG 
AAGCACCTGC CTTCAAGTAG TCCTTTCCAG CAACAGGTTC ATTCAAGTTC TGTGAATGCT 
GCTGCTAGGC GATCTGTTTT TGAGAGCAAT TCTGACAATT GGTTCCTAGG AAGAGATGAA 
GCTTTTGCAA TCAAAACCAA GAAATTCAGC CAAGGTTCCA AAAACCCCAT AAAGAGCATT 
CCAGCCCCTG CTACCAAACC TGGGAAGTTC ACCATTGCTC CTGTCAGGCA AACATCCACT 
TCTGGGGGCA TTTACTCTAA GAAAGAAGAT CTTGAGAGTG GTGATGGTAA TAATAACCAG 
CATGCAAACC TATCCAATCA GGATGATGTT GAAAAGCTTT TTGGAGTTCG ACTGAAAAGA 
GCCCCTCCCT CGCAGAAGTA TAAGAGTGAG AAACAAGATA ACTTCACCCA GCTTGCTTCA 
GTGCCCTCGG GCCCAATTTC ATCCTCTGTA GGCAGGGGAC ATAAAATCAG AAGCACTTCC 
CAGGGGCTCC TGGATGCTGC AGGGAACCTC ACCAAAATAT CTTACGTTGC AGATAAGCAA 
CAGAGCAGGC CCAAATCTGA AAGCATGGCC AAGAAGCAAC CTGCTTGCAA GACCCCAGGA 
AAGCCTGCTG GTCAACAGTC AGATTATGCT GTCTCAGAGC CGGTTTGGAT AACTATGGCA 
AAGCAGAAGC AGAAGAGTTT CAAGGCCCAC ATTTCTGTGA AAGAGCTGAA AACTAAGAGC 
AATGCTGGAG CCGATGCTGA GACTAAGGAG CCTAAATATG AGGGAGCTGG CTCTGCAAAT 
GAAAACCAAC CTAAAAAGAT GTTCACTTCC AGTGTCCATA AACAGGAGAA GACAGCACAG 
ATGAAGCCAC CTAAGCCTAC AAAATCAGTT GGATTTGAAG CTCAGAAGAT ACTGCAAGTT 
CCTGCCATGG AAAAAGAAAC CAAACGATCT TCAACTCTCC CAGCCAAGTT CCAGAACCCA 
GTTGAGCCAA TTGAGCCTGT CTGGTTCTCA CTGGCCAGGA AGAAAGCCAA AGCATGGAGC 
CACATGGCAG AAATCACGCA ATAA

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

KIAA1210 ( XM_017029689.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885178.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu99408
Clone ID Related Accession (Same CDS sequence)	XM_017029689.2 , XM_017029689.1
Accession Version	XM_017029689.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	acrosomal protein KIAA1210 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017029689.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGGTGGAAC CAAAGGAGGA GGAGCCAAAC 
CTTCCATTGG TTTCTGAAGA AGAAAAGAGC ATAACCAAAC CAAAAGAAAT CAACGAAAAG 
AAGCTGGGAA TGGACAGTGC AGATTCCTCA AGCCAGAAAC AGAACAACAA AACTGAGATG 
TATGATAAGA AGACAACAGA CCAGGCTCCA AACACTGATG CTTCTCGGAG TCAGGGCTAT 
CCAATGTCAG CAGCATATGG AAGAAGATGG AGAAGAAAAG GAGCAAGTGT TTCAGGATTG 
AGTGGGTGTG AATTCAAAGG AAGAAGCCTT AAACAATCCA GTGAAGGGTA TGGCCTGGGC 
GATAGAGCTG GGTCTTCACC TACCAATAAG ACTGCCAGGA ATGTCCCTTT CTCGCACTTG 
TCCTTAGAGA AGGACAACAT GGAGCAGCCT ACAACTTCAC AACCAGAAAC CACTACCCCT 
CAGGGGTTGC TTTCAGATAA AGATGACATG GGAAGGAGAA ATGCTGGCAT AGATTTCGGA 
TCCAGAAAAG CATCAGCAGC ACAGCCCATA CCTGAAAACA TGGACAATTC CATGGTTAGT 
GATCCACAAC CATACCATGA AGATGCAGCT TCTGGAGCTG AGAAGACAGA AGCCAGAGCT 
TCTCTCTCAC TGATGGTGGA AAGCCTTTCT ACAACCCAAG AGGAGGCCAT TCTCTCAGTA 
GCAGCAGAGG CTCAGGTGTT TATGAATCCT TCTCATATCC AGTTAGAAGA TCAAGAAGCT 
TTCAGCTTTG ATTTACAAAA GGCCCAATCC AAAATGGAGT CAGCCCAGGA TGTTCAAACT 
ATCTGCAAAG AAAAGCCTTC TGGAAATGTT CACCAGACCT TTACAGCAAG TGTTTTGGGT 
ATGACAAGTA CTACAGCCAA AGGAGATGTT TATGCCAAGA CTCTGCCTCC CAGAAGCCTT 
TTTCAGTCCT CAAGGAAGCC TGATGCTGAA GAAGTCTCCT CAGATTCAGA GAATATTCCT 
GAGGAGGGGG ATGGTTCTGA AGAACTGGCT CATGGTCACT CTTCCCAGTC CTTGGGGAAG 
TTTGAAGATG AACAAGAAGT CTTCTCAGAA TCAAAAAGTT TTGTTGAGGA CTTGAGCAGC 
TCTGAGGAGG AGCTGGACCT CAGATGCCTC TCCCAGGCTT TAGAGGAGCC TGAAGATGCA 
GAAGTCTTCA CAGAATCAAG CAGTTATGTT GAAAAGTACA ACACTTCTGA TGATTGCAGC 
AGCTCAGAGG AAGACCTGCC TCTCAGACAC CCTGCTCAGG CCTTGGGAAA GCCCAAAAAC 
CAACAAGAAG TCTCCTCTGC TTCAAATAAT ACTCCTGAAG AGCAGAATGA TTTTATGCAG 
CAGCTGCCTT CCAGATGCCC TTCTCAGCCC ATTATGAATC CTACTGTTCA GCAACAAGTC 
CCCACCAGTT CAGTGGGCAC TTCTATAAAA CAGAGCGATT CCGTGGAGCC AATCCCTCCA 
AGACACCCTT TCCAGCCATG GGTGAACCCT AAAGTGGAGC AAGAAGTTTC CTCATCTCCA 
AAGAGCATGG CTGTTGAAGA GAGCATTTCT ATGAAGCCTC TGCCTCCTAA ACTTCTTTGC 
CAGCCCTTGA TGAATCCTAA AGTTCAACAA AACATGTTCT CAGGTTCAGA GGACATTGCT 
GTTGAGAGAG TCATTTCTGT GGAGCCACTA CTCCCCAGAT ATTCTCCTCA GTCCTTGACA 
GATCCTCAAA TCCGGCAAAT CTCAGAAAGC ACAGCTGTTG AGGAAGGCAC TTATGTGGAA 
CCGCTGCCTC CCAGATGCCT TTCCCAGCCC TCGGAGAGGC CTAAGTTCCT GGACTCAATG 
AGTACTTCTG CAGAATGGAG CAGTCCTGTG GCACCAACAC CTTCCAAATA CACTTCCCCG 
CCATGGGTGA CCCCTAAATT TGAGGAACTG TATCAACTCT CTGCACATCC AGAAAGCACT 
ACTGTTGAAG AGGACATTTC TAAGGAGCAG CTGCTTCCCA GACATCTTTC CCAGTTGACT 
GTGGGAAATA AAGTCCAGCA ACTGTCCTCA AATTTCGAGC GGGCTGCTAT TGAGGCAGAC 
ATTTCTGGGA GTCCATTGCC TCCCCAATAT GCTACCCAGT TCTTAAAGAG GTCTAAAGTT 
CAGGAAATGA CCTCACGACT AGAGAAAATG GCTGTTGAAG GCACTTCTAA CAAATCACCG 
ATTCCCAGGC GTCCGACCCA GTCATTCGTG AAATTTATGG CACAGCAAAT CTTTTCAGAG 
AGCTCTGCTC TTAAGAGGGG CAGTGATGTG GCACCTCTGC CTCCCAATCT TCCTTCCAAA 
TCTTTATCAA AGCCTGAAGT CAAGCACCAA GTTTTCTCAG ATTCAGGGAG TGCTAATCCT 
AAGGGAGGCA TTTCTTCAAA GATGCTACCT ATGAAGCACC CTTTACAGTC CTTGGGGAGG 
CCTGAAGACC CACAGAAAGT TTTCTCTTAT TCAGAGAGAG CTCCTGGGAA GTGCAGCAGT 
TTTAAAGAGC AGCTGTCTCC CAGGCAGCTT TCCCAGGCCT TGAGGAAACC TGAGTATGAG 
CAAAAAGTCT CCCCTGTTTC TGCCAGTTCT CCTAAAGAGT GGAGGAATTC TAAAAAGCAG 
CTGCCTCCCA AACATTCTTC CCAAGCCTCA GATAGGTCTA AATTCCAGCC ACAGATGTCA 
TCAAAGGGCC CAGTGAATGT ACCTGTAAAG CAGAGCAGCG GTGAGAAGCA CCTGCCTTCA 
AGTAGTCCTT TCCAGCAACA GGTTCATTCA AGTTCTGTGA ATGCTGCTGC TAGGCGATCT 
GTTTTTGAGA GCAATTCTGA CAATTGGTTC CTAGGAAGAG ATGAAGCTTT TGCAATCAAA 
ACCAAGAAAT TCAGCCAAGG TTCCAAAAAC CCCATAAAGA GCATTCCAGC CCCTGCTACC 
AAACCTGGGA AGTTCACCAT TGCTCCTGTC AGGCAAACAT CCACTTCTGG GGGCATTTAC 
TCTAAGAAAG AAGATCTTGA GAGTGGTGAT GGTAATAATA ACCAGCATGC AAACCTATCC 
AATCAGGATG ATGTTGAAAA GCTTTTTGGA GTTCGACTGA AAAGAGCCCC TCCCTCGCAG 
AAGTATAAGA GTGAGAAACA AGATAACTTC ACCCAGCTTG CTTCAGTGCC CTCGGGCCCA 
ATTTCATCCT CTGTAGGCAG GGGACATAAA ATCAGAAGCA CTTCCCAGGG GCTCCTGGAT 
GCTGCAGGGA ACCTCACCAA AATATCTTAC GTTGCAGATA AGCAACAGAG CAGGCCCAAA 
TCTGAAAGCA TGGCCAAGAA GCAACCTGCT TGCAAGACCC CAGGAAAGCC TGCTGGTCAA 
CAGTCAGATT ATGCTGTCTC AGAGCCGGTT TGGATAACTA TGGCAAAGCA GAAGCAGAAG 
AGTTTCAAGG CCCACATTTC TGTGAAAGAG CTGAAAACTA AGAGCAATGC TGGAGCCGAT 
GCTGAGACTA AGGAGCCTAA ATATGAGGGA GCTGGCTCTG CAAATGAAAA CCAACCTAAA 
AAGATGTTCA CTTCCAGTGT CCATAAACAG GAGAAGACAG CACAGATGAA GCCACCTAAG 
CCTACAAAAT CAGTTGGATT TGAAGCTCAG AAGATACTGC AAGTTCCTGC CATGGAAAAA 
GAAACCAAAC GATCTTCAAC TCTCCCAGCC AAGTTCCAGA ACCCAGTTGA GCCAATTGAG 
CCTGTCTGGT TCTCACTGGC CAGGAAGAAA GCCAAAGCAT GGAGCCACAT GGCAGAAATC 
ACGCAATAA

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

RefSeq	XP_016885178.1
CDS	113..4561
Translation	MASFHACLKISDHPTMAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_017029689.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.

Target ORF information:

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

XM_017029689.2

ORF Insert Sequence:

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGGTGGAAC CAAAGGAGGA GGAGCCAAAC 
CTTCCATTGG TTTCTGAAGA AGAAAAGAGC ATAACCAAAC CAAAAGAAAT CAACGAAAAG 
AAGCTGGGAA TGGACAGTGC AGATTCCTCA AGCCAGAAAC AGAACAACAA AACTGAGATG 
TATGATAAGA AGACAACAGA CCAGGCTCCA AACACTGATG CTTCTCGGAG TCAGGGCTAT 
CCAATGTCAG CAGCATATGG AAGAAGATGG AGAAGAAAAG GAGCAAGTGT TTCAGGATTG 
AGTGGGTGTG AATTCAAAGG AAGAAGCCTT AAACAATCCA GTGAAGGGTA TGGCCTGGGC 
GATAGAGCTG GGTCTTCACC TACCAATAAG ACTGCCAGGA ATGTCCCTTT CTCGCACTTG 
TCCTTAGAGA AGGACAACAT GGAGCAGCCT ACAACTTCAC AACCAGAAAC CACTACCCCT 
CAGGGGTTGC TTTCAGATAA AGATGACATG GGAAGGAGAA ATGCTGGCAT AGATTTCGGA 
TCCAGAAAAG CATCAGCAGC ACAGCCCATA CCTGAAAACA TGGACAATTC CATGGTTAGT 
GATCCACAAC CATACCATGA AGATGCAGCT TCTGGAGCTG AGAAGACAGA AGCCAGAGCT 
TCTCTCTCAC TGATGGTGGA AAGCCTTTCT ACAACCCAAG AGGAGGCCAT TCTCTCAGTA 
GCAGCAGAGG CTCAGGTGTT TATGAATCCT TCTCATATCC AGTTAGAAGA TCAAGAAGCT 
TTCAGCTTTG ATTTACAAAA GGCCCAATCC AAAATGGAGT CAGCCCAGGA TGTTCAAACT 
ATCTGCAAAG AAAAGCCTTC TGGAAATGTT CACCAGACCT TTACAGCAAG TGTTTTGGGT 
ATGACAAGTA CTACAGCCAA AGGAGATGTT TATGCCAAGA CTCTGCCTCC CAGAAGCCTT 
TTTCAGTCCT CAAGGAAGCC TGATGCTGAA GAAGTCTCCT CAGATTCAGA GAATATTCCT 
GAGGAGGGGG ATGGTTCTGA AGAACTGGCT CATGGTCACT CTTCCCAGTC CTTGGGGAAG 
TTTGAAGATG AACAAGAAGT CTTCTCAGAA TCAAAAAGTT TTGTTGAGGA CTTGAGCAGC 
TCTGAGGAGG AGCTGGACCT CAGATGCCTC TCCCAGGCTT TAGAGGAGCC TGAAGATGCA 
GAAGTCTTCA CAGAATCAAG CAGTTATGTT GAAAAGTACA ACACTTCTGA TGATTGCAGC 
AGCTCAGAGG AAGACCTGCC TCTCAGACAC CCTGCTCAGG CCTTGGGAAA GCCCAAAAAC 
CAACAAGAAG TCTCCTCTGC TTCAAATAAT ACTCCTGAAG AGCAGAATGA TTTTATGCAG 
CAGCTGCCTT CCAGATGCCC TTCTCAGCCC ATTATGAATC CTACTGTTCA GCAACAAGTC 
CCCACCAGTT CAGTGGGCAC TTCTATAAAA CAGAGCGATT CCGTGGAGCC AATCCCTCCA 
AGACACCCTT TCCAGCCATG GGTGAACCCT AAAGTGGAGC AAGAAGTTTC CTCATCTCCA 
AAGAGCATGG CTGTTGAAGA GAGCATTTCT ATGAAGCCTC TGCCTCCTAA ACTTCTTTGC 
CAGCCCTTGA TGAATCCTAA AGTTCAACAA AACATGTTCT CAGGTTCAGA GGACATTGCT 
GTTGAGAGAG TCATTTCTGT GGAGCCACTA CTCCCCAGAT ATTCTCCTCA GTCCTTGACA 
GATCCTCAAA TCCGGCAAAT CTCAGAAAGC ACAGCTGTTG AGGAAGGCAC TTATGTGGAA 
CCGCTGCCTC CCAGATGCCT TTCCCAGCCC TCGGAGAGGC CTAAGTTCCT GGACTCAATG 
AGTACTTCTG CAGAATGGAG CAGTCCTGTG GCACCAACAC CTTCCAAATA CACTTCCCCG 
CCATGGGTGA CCCCTAAATT TGAGGAACTG TATCAACTCT CTGCACATCC AGAAAGCACT 
ACTGTTGAAG AGGACATTTC TAAGGAGCAG CTGCTTCCCA GACATCTTTC CCAGTTGACT 
GTGGGAAATA AAGTCCAGCA ACTGTCCTCA AATTTCGAGC GGGCTGCTAT TGAGGCAGAC 
ATTTCTGGGA GTCCATTGCC TCCCCAATAT GCTACCCAGT TCTTAAAGAG GTCTAAAGTT 
CAGGAAATGA CCTCACGACT AGAGAAAATG GCTGTTGAAG GCACTTCTAA CAAATCACCG 
ATTCCCAGGC GTCCGACCCA GTCATTCGTG AAATTTATGG CACAGCAAAT CTTTTCAGAG 
AGCTCTGCTC TTAAGAGGGG CAGTGATGTG GCACCTCTGC CTCCCAATCT TCCTTCCAAA 
TCTTTATCAA AGCCTGAAGT CAAGCACCAA GTTTTCTCAG ATTCAGGGAG TGCTAATCCT 
AAGGGAGGCA TTTCTTCAAA GATGCTACCT ATGAAGCACC CTTTACAGTC CTTGGGGAGG 
CCTGAAGACC CACAGAAAGT TTTCTCTTAT TCAGAGAGAG CTCCTGGGAA GTGCAGCAGT 
TTTAAAGAGC AGCTGTCTCC CAGGCAGCTT TCCCAGGCCT TGAGGAAACC TGAGTATGAG 
CAAAAAGTCT CCCCTGTTTC TGCCAGTTCT CCTAAAGAGT GGAGGAATTC TAAAAAGCAG 
CTGCCTCCCA AACATTCTTC CCAAGCCTCA GATAGGTCTA AATTCCAGCC ACAGATGTCA 
TCAAAGGGCC CAGTGAATGT ACCTGTAAAG CAGAGCAGCG GTGAGAAGCA CCTGCCTTCA 
AGTAGTCCTT TCCAGCAACA GGTTCATTCA AGTTCTGTGA ATGCTGCTGC TAGGCGATCT 
GTTTTTGAGA GCAATTCTGA CAATTGGTTC CTAGGAAGAG ATGAAGCTTT TGCAATCAAA 
ACCAAGAAAT TCAGCCAAGG TTCCAAAAAC CCCATAAAGA GCATTCCAGC CCCTGCTACC 
AAACCTGGGA AGTTCACCAT TGCTCCTGTC AGGCAAACAT CCACTTCTGG GGGCATTTAC 
TCTAAGAAAG AAGATCTTGA GAGTGGTGAT GGTAATAATA ACCAGCATGC AAACCTATCC 
AATCAGGATG ATGTTGAAAA GCTTTTTGGA GTTCGACTGA AAAGAGCCCC TCCCTCGCAG 
AAGTATAAGA GTGAGAAACA AGATAACTTC ACCCAGCTTG CTTCAGTGCC CTCGGGCCCA 
ATTTCATCCT CTGTAGGCAG GGGACATAAA ATCAGAAGCA CTTCCCAGGG GCTCCTGGAT 
GCTGCAGGGA ACCTCACCAA AATATCTTAC GTTGCAGATA AGCAACAGAG CAGGCCCAAA 
TCTGAAAGCA TGGCCAAGAA GCAACCTGCT TGCAAGACCC CAGGAAAGCC TGCTGGTCAA 
CAGTCAGATT ATGCTGTCTC AGAGCCGGTT TGGATAACTA TGGCAAAGCA GAAGCAGAAG 
AGTTTCAAGG CCCACATTTC TGTGAAAGAG CTGAAAACTA AGAGCAATGC TGGAGCCGAT 
GCTGAGACTA AGGAGCCTAA ATATGAGGGA GCTGGCTCTG CAAATGAAAA CCAACCTAAA 
AAGATGTTCA CTTCCAGTGT CCATAAACAG GAGAAGACAG CACAGATGAA GCCACCTAAG 
CCTACAAAAT CAGTTGGATT TGAAGCTCAG AAGATACTGC AAGTTCCTGC CATGGAAAAA 
GAAACCAAAC GATCTTCAAC TCTCCCAGCC AAGTTCCAGA ACCCAGTTGA GCCAATTGAG 
CCTGTCTGGT TCTCACTGGC CAGGAAGAAA GCCAAAGCAT GGAGCCACAT GGCAGAAATC 
ACGCAATAA

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

KIAA1210 ( XM_017029689.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885178.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.

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CloneID	OHu99408
Clone ID Related Accession (Same CDS sequence)	XM_017029689.2 , XM_017029689.1
Accession Version	XM_017029689.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	uncharacterized protein KIAA1210 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGGTGGAAC CAAAGGAGGA GGAGCCAAAC 
CTTCCATTGG TTTCTGAAGA AGAAAAGAGC ATAACCAAAC CAAAAGAAAT CAACGAAAAG 
AAGCTGGGAA TGGACAGTGC AGATTCCTCA AGCCAGAAAC AGAACAACAA AACTGAGATG 
TATGATAAGA AGACAACAGA CCAGGCTCCA AACACTGATG CTTCTCGGAG TCAGGGCTAT 
CCAATGTCAG CAGCATATGG AAGAAGATGG AGAAGAAAAG GAGCAAGTGT TTCAGGATTG 
AGTGGGTGTG AATTCAAAGG AAGAAGCCTT AAACAATCCA GTGAAGGGTA TGGCCTGGGC 
GATAGAGCTG GGTCTTCACC TACCAATAAG ACTGCCAGGA ATGTCCCTTT CTCGCACTTG 
TCCTTAGAGA AGGACAACAT GGAGCAGCCT ACAACTTCAC AACCAGAAAC CACTACCCCT 
CAGGGGTTGC TTTCAGATAA AGATGACATG GGAAGGAGAA ATGCTGGCAT AGATTTCGGA 
TCCAGAAAAG CATCAGCAGC ACAGCCCATA CCTGAAAACA TGGACAATTC CATGGTTAGT 
GATCCACAAC CATACCATGA AGATGCAGCT TCTGGAGCTG AGAAGACAGA AGCCAGAGCT 
TCTCTCTCAC TGATGGTGGA AAGCCTTTCT ACAACCCAAG AGGAGGCCAT TCTCTCAGTA 
GCAGCAGAGG CTCAGGTGTT TATGAATCCT TCTCATATCC AGTTAGAAGA TCAAGAAGCT 
TTCAGCTTTG ATTTACAAAA GGCCCAATCC AAAATGGAGT CAGCCCAGGA TGTTCAAACT 
ATCTGCAAAG AAAAGCCTTC TGGAAATGTT CACCAGACCT TTACAGCAAG TGTTTTGGGT 
ATGACAAGTA CTACAGCCAA AGGAGATGTT TATGCCAAGA CTCTGCCTCC CAGAAGCCTT 
TTTCAGTCCT CAAGGAAGCC TGATGCTGAA GAAGTCTCCT CAGATTCAGA GAATATTCCT 
GAGGAGGGGG ATGGTTCTGA AGAACTGGCT CATGGTCACT CTTCCCAGTC CTTGGGGAAG 
TTTGAAGATG AACAAGAAGT CTTCTCAGAA TCAAAAAGTT TTGTTGAGGA CTTGAGCAGC 
TCTGAGGAGG AGCTGGACCT CAGATGCCTC TCCCAGGCTT TAGAGGAGCC TGAAGATGCA 
GAAGTCTTCA CAGAATCAAG CAGTTATGTT GAAAAGTACA ACACTTCTGA TGATTGCAGC 
AGCTCAGAGG AAGACCTGCC TCTCAGACAC CCTGCTCAGG CCTTGGGAAA GCCCAAAAAC 
CAACAAGAAG TCTCCTCTGC TTCAAATAAT ACTCCTGAAG AGCAGAATGA TTTTATGCAG 
CAGCTGCCTT CCAGATGCCC TTCTCAGCCC ATTATGAATC CTACTGTTCA GCAACAAGTC 
CCCACCAGTT CAGTGGGCAC TTCTATAAAA CAGAGCGATT CCGTGGAGCC AATCCCTCCA 
AGACACCCTT TCCAGCCATG GGTGAACCCT AAAGTGGAGC AAGAAGTTTC CTCATCTCCA 
AAGAGCATGG CTGTTGAAGA GAGCATTTCT ATGAAGCCTC TGCCTCCTAA ACTTCTTTGC 
CAGCCCTTGA TGAATCCTAA AGTTCAACAA AACATGTTCT CAGGTTCAGA GGACATTGCT 
GTTGAGAGAG TCATTTCTGT GGAGCCACTA CTCCCCAGAT ATTCTCCTCA GTCCTTGACA 
GATCCTCAAA TCCGGCAAAT CTCAGAAAGC ACAGCTGTTG AGGAAGGCAC TTATGTGGAA 
CCGCTGCCTC CCAGATGCCT TTCCCAGCCC TCGGAGAGGC CTAAGTTCCT GGACTCAATG 
AGTACTTCTG CAGAATGGAG CAGTCCTGTG GCACCAACAC CTTCCAAATA CACTTCCCCG 
CCATGGGTGA CCCCTAAATT TGAGGAACTG TATCAACTCT CTGCACATCC AGAAAGCACT 
ACTGTTGAAG AGGACATTTC TAAGGAGCAG CTGCTTCCCA GACATCTTTC CCAGTTGACT 
GTGGGAAATA AAGTCCAGCA ACTGTCCTCA AATTTCGAGC GGGCTGCTAT TGAGGCAGAC 
ATTTCTGGGA GTCCATTGCC TCCCCAATAT GCTACCCAGT TCTTAAAGAG GTCTAAAGTT 
CAGGAAATGA CCTCACGACT AGAGAAAATG GCTGTTGAAG GCACTTCTAA CAAATCACCG 
ATTCCCAGGC GTCCGACCCA GTCATTCGTG AAATTTATGG CACAGCAAAT CTTTTCAGAG 
AGCTCTGCTC TTAAGAGGGG CAGTGATGTG GCACCTCTGC CTCCCAATCT TCCTTCCAAA 
TCTTTATCAA AGCCTGAAGT CAAGCACCAA GTTTTCTCAG ATTCAGGGAG TGCTAATCCT 
AAGGGAGGCA TTTCTTCAAA GATGCTACCT ATGAAGCACC CTTTACAGTC CTTGGGGAGG 
CCTGAAGACC CACAGAAAGT TTTCTCTTAT TCAGAGAGAG CTCCTGGGAA GTGCAGCAGT 
TTTAAAGAGC AGCTGTCTCC CAGGCAGCTT TCCCAGGCCT TGAGGAAACC TGAGTATGAG 
CAAAAAGTCT CCCCTGTTTC TGCCAGTTCT CCTAAAGAGT GGAGGAATTC TAAAAAGCAG 
CTGCCTCCCA AACATTCTTC CCAAGCCTCA GATAGGTCTA AATTCCAGCC ACAGATGTCA 
TCAAAGGGCC CAGTGAATGT ACCTGTAAAG CAGAGCAGCG GTGAGAAGCA CCTGCCTTCA 
AGTAGTCCTT TCCAGCAACA GGTTCATTCA AGTTCTGTGA ATGCTGCTGC TAGGCGATCT 
GTTTTTGAGA GCAATTCTGA CAATTGGTTC CTAGGAAGAG ATGAAGCTTT TGCAATCAAA 
ACCAAGAAAT TCAGCCAAGG TTCCAAAAAC CCCATAAAGA GCATTCCAGC CCCTGCTACC 
AAACCTGGGA AGTTCACCAT TGCTCCTGTC AGGCAAACAT CCACTTCTGG GGGCATTTAC 
TCTAAGAAAG AAGATCTTGA GAGTGGTGAT GGTAATAATA ACCAGCATGC AAACCTATCC 
AATCAGGATG ATGTTGAAAA GCTTTTTGGA GTTCGACTGA AAAGAGCCCC TCCCTCGCAG 
AAGTATAAGA GTGAGAAACA AGATAACTTC ACCCAGCTTG CTTCAGTGCC CTCGGGCCCA 
ATTTCATCCT CTGTAGGCAG GGGACATAAA ATCAGAAGCA CTTCCCAGGG GCTCCTGGAT 
GCTGCAGGGA ACCTCACCAA AATATCTTAC GTTGCAGATA AGCAACAGAG CAGGCCCAAA 
TCTGAAAGCA TGGCCAAGAA GCAACCTGCT TGCAAGACCC CAGGAAAGCC TGCTGGTCAA 
CAGTCAGATT ATGCTGTCTC AGAGCCGGTT TGGATAACTA TGGCAAAGCA GAAGCAGAAG 
AGTTTCAAGG CCCACATTTC TGTGAAAGAG CTGAAAACTA AGAGCAATGC TGGAGCCGAT 
GCTGAGACTA AGGAGCCTAA ATATGAGGGA GCTGGCTCTG CAAATGAAAA CCAACCTAAA 
AAGATGTTCA CTTCCAGTGT CCATAAACAG GAGAAGACAG CACAGATGAA GCCACCTAAG 
CCTACAAAAT CAGTTGGATT TGAAGCTCAG AAGATACTGC AAGTTCCTGC CATGGAAAAA 
GAAACCAAAC GATCTTCAAC TCTCCCAGCC AAGTTCCAGA ACCCAGTTGA GCCAATTGAG 
CCTGTCTGGT TCTCACTGGC CAGGAAGAAA GCCAAAGCAT GGAGCCACAT GGCAGAAATC 
ACGCAATAA

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

RefSeq	XP_016885178.1
CDS	112..4560
Translation	MASFHACLKISDHPTMAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_017029689.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X3, mRNA.

Target ORF information:

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

XM_017029689.1

ORF Insert Sequence:

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGGTGGAAC CAAAGGAGGA GGAGCCAAAC 
CTTCCATTGG TTTCTGAAGA AGAAAAGAGC ATAACCAAAC CAAAAGAAAT CAACGAAAAG 
AAGCTGGGAA TGGACAGTGC AGATTCCTCA AGCCAGAAAC AGAACAACAA AACTGAGATG 
TATGATAAGA AGACAACAGA CCAGGCTCCA AACACTGATG CTTCTCGGAG TCAGGGCTAT 
CCAATGTCAG CAGCATATGG AAGAAGATGG AGAAGAAAAG GAGCAAGTGT TTCAGGATTG 
AGTGGGTGTG AATTCAAAGG AAGAAGCCTT AAACAATCCA GTGAAGGGTA TGGCCTGGGC 
GATAGAGCTG GGTCTTCACC TACCAATAAG ACTGCCAGGA ATGTCCCTTT CTCGCACTTG 
TCCTTAGAGA AGGACAACAT GGAGCAGCCT ACAACTTCAC AACCAGAAAC CACTACCCCT 
CAGGGGTTGC TTTCAGATAA AGATGACATG GGAAGGAGAA ATGCTGGCAT AGATTTCGGA 
TCCAGAAAAG CATCAGCAGC ACAGCCCATA CCTGAAAACA TGGACAATTC CATGGTTAGT 
GATCCACAAC CATACCATGA AGATGCAGCT TCTGGAGCTG AGAAGACAGA AGCCAGAGCT 
TCTCTCTCAC TGATGGTGGA AAGCCTTTCT ACAACCCAAG AGGAGGCCAT TCTCTCAGTA 
GCAGCAGAGG CTCAGGTGTT TATGAATCCT TCTCATATCC AGTTAGAAGA TCAAGAAGCT 
TTCAGCTTTG ATTTACAAAA GGCCCAATCC AAAATGGAGT CAGCCCAGGA TGTTCAAACT 
ATCTGCAAAG AAAAGCCTTC TGGAAATGTT CACCAGACCT TTACAGCAAG TGTTTTGGGT 
ATGACAAGTA CTACAGCCAA AGGAGATGTT TATGCCAAGA CTCTGCCTCC CAGAAGCCTT 
TTTCAGTCCT CAAGGAAGCC TGATGCTGAA GAAGTCTCCT CAGATTCAGA GAATATTCCT 
GAGGAGGGGG ATGGTTCTGA AGAACTGGCT CATGGTCACT CTTCCCAGTC CTTGGGGAAG 
TTTGAAGATG AACAAGAAGT CTTCTCAGAA TCAAAAAGTT TTGTTGAGGA CTTGAGCAGC 
TCTGAGGAGG AGCTGGACCT CAGATGCCTC TCCCAGGCTT TAGAGGAGCC TGAAGATGCA 
GAAGTCTTCA CAGAATCAAG CAGTTATGTT GAAAAGTACA ACACTTCTGA TGATTGCAGC 
AGCTCAGAGG AAGACCTGCC TCTCAGACAC CCTGCTCAGG CCTTGGGAAA GCCCAAAAAC 
CAACAAGAAG TCTCCTCTGC TTCAAATAAT ACTCCTGAAG AGCAGAATGA TTTTATGCAG 
CAGCTGCCTT CCAGATGCCC TTCTCAGCCC ATTATGAATC CTACTGTTCA GCAACAAGTC 
CCCACCAGTT CAGTGGGCAC TTCTATAAAA CAGAGCGATT CCGTGGAGCC AATCCCTCCA 
AGACACCCTT TCCAGCCATG GGTGAACCCT AAAGTGGAGC AAGAAGTTTC CTCATCTCCA 
AAGAGCATGG CTGTTGAAGA GAGCATTTCT ATGAAGCCTC TGCCTCCTAA ACTTCTTTGC 
CAGCCCTTGA TGAATCCTAA AGTTCAACAA AACATGTTCT CAGGTTCAGA GGACATTGCT 
GTTGAGAGAG TCATTTCTGT GGAGCCACTA CTCCCCAGAT ATTCTCCTCA GTCCTTGACA 
GATCCTCAAA TCCGGCAAAT CTCAGAAAGC ACAGCTGTTG AGGAAGGCAC TTATGTGGAA 
CCGCTGCCTC CCAGATGCCT TTCCCAGCCC TCGGAGAGGC CTAAGTTCCT GGACTCAATG 
AGTACTTCTG CAGAATGGAG CAGTCCTGTG GCACCAACAC CTTCCAAATA CACTTCCCCG 
CCATGGGTGA CCCCTAAATT TGAGGAACTG TATCAACTCT CTGCACATCC AGAAAGCACT 
ACTGTTGAAG AGGACATTTC TAAGGAGCAG CTGCTTCCCA GACATCTTTC CCAGTTGACT 
GTGGGAAATA AAGTCCAGCA ACTGTCCTCA AATTTCGAGC GGGCTGCTAT TGAGGCAGAC 
ATTTCTGGGA GTCCATTGCC TCCCCAATAT GCTACCCAGT TCTTAAAGAG GTCTAAAGTT 
CAGGAAATGA CCTCACGACT AGAGAAAATG GCTGTTGAAG GCACTTCTAA CAAATCACCG 
ATTCCCAGGC GTCCGACCCA GTCATTCGTG AAATTTATGG CACAGCAAAT CTTTTCAGAG 
AGCTCTGCTC TTAAGAGGGG CAGTGATGTG GCACCTCTGC CTCCCAATCT TCCTTCCAAA 
TCTTTATCAA AGCCTGAAGT CAAGCACCAA GTTTTCTCAG ATTCAGGGAG TGCTAATCCT 
AAGGGAGGCA TTTCTTCAAA GATGCTACCT ATGAAGCACC CTTTACAGTC CTTGGGGAGG 
CCTGAAGACC CACAGAAAGT TTTCTCTTAT TCAGAGAGAG CTCCTGGGAA GTGCAGCAGT 
TTTAAAGAGC AGCTGTCTCC CAGGCAGCTT TCCCAGGCCT TGAGGAAACC TGAGTATGAG 
CAAAAAGTCT CCCCTGTTTC TGCCAGTTCT CCTAAAGAGT GGAGGAATTC TAAAAAGCAG 
CTGCCTCCCA AACATTCTTC CCAAGCCTCA GATAGGTCTA AATTCCAGCC ACAGATGTCA 
TCAAAGGGCC CAGTGAATGT ACCTGTAAAG CAGAGCAGCG GTGAGAAGCA CCTGCCTTCA 
AGTAGTCCTT TCCAGCAACA GGTTCATTCA AGTTCTGTGA ATGCTGCTGC TAGGCGATCT 
GTTTTTGAGA GCAATTCTGA CAATTGGTTC CTAGGAAGAG ATGAAGCTTT TGCAATCAAA 
ACCAAGAAAT TCAGCCAAGG TTCCAAAAAC CCCATAAAGA GCATTCCAGC CCCTGCTACC 
AAACCTGGGA AGTTCACCAT TGCTCCTGTC AGGCAAACAT CCACTTCTGG GGGCATTTAC 
TCTAAGAAAG AAGATCTTGA GAGTGGTGAT GGTAATAATA ACCAGCATGC AAACCTATCC 
AATCAGGATG ATGTTGAAAA GCTTTTTGGA GTTCGACTGA AAAGAGCCCC TCCCTCGCAG 
AAGTATAAGA GTGAGAAACA AGATAACTTC ACCCAGCTTG CTTCAGTGCC CTCGGGCCCA 
ATTTCATCCT CTGTAGGCAG GGGACATAAA ATCAGAAGCA CTTCCCAGGG GCTCCTGGAT 
GCTGCAGGGA ACCTCACCAA AATATCTTAC GTTGCAGATA AGCAACAGAG CAGGCCCAAA 
TCTGAAAGCA TGGCCAAGAA GCAACCTGCT TGCAAGACCC CAGGAAAGCC TGCTGGTCAA 
CAGTCAGATT ATGCTGTCTC AGAGCCGGTT TGGATAACTA TGGCAAAGCA GAAGCAGAAG 
AGTTTCAAGG CCCACATTTC TGTGAAAGAG CTGAAAACTA AGAGCAATGC TGGAGCCGAT 
GCTGAGACTA AGGAGCCTAA ATATGAGGGA GCTGGCTCTG CAAATGAAAA CCAACCTAAA 
AAGATGTTCA CTTCCAGTGT CCATAAACAG GAGAAGACAG CACAGATGAA GCCACCTAAG 
CCTACAAAAT CAGTTGGATT TGAAGCTCAG AAGATACTGC AAGTTCCTGC CATGGAAAAA 
GAAACCAAAC GATCTTCAAC TCTCCCAGCC AAGTTCCAGA ACCCAGTTGA GCCAATTGAG 
CCTGTCTGGT TCTCACTGGC CAGGAAGAAA GCCAAAGCAT GGAGCCACAT GGCAGAAATC 
ACGCAATAA

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

KIAA1210 ( XM_017029688.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885177.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.

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CloneID	OHu99407
Clone ID Related Accession (Same CDS sequence)	XM_017029688.2 , XM_017029688.1
Accession Version	XM_017029688.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4647bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	acrosomal protein KIAA1210 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017029688.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGAGCTTCT CTGAGTTATC ATCTGGACCT 
GATTGCTCAC AGTCCTTGAC TGCATTTGCC ACACTTGCCT CTACCAGTAG CACCCAGCTG 
CCCATTGGTT TCAGCACCCC AGCCACCACC CAGGGCTGTT TGGATTCTTC AGCTGCTCGC 
CACAAAATGA CTTTAAATCC CCGCAAACAA AAGAAGAACC TTCAAGTGAT TGTGGAACCA 
AAGGAGGAGG AGCCAAACCT TCCATTGGTT TCTGAAGAAG AAAAGAGCAT AACCAAACCA 
AAAGAAATCA ACGAAAAGAA GCTGGGAATG GACAGTGCAG ATTCCTCAAG CCAGAAACAG 
AACAACAAAA CTGAGATGTA TGATAAGAAG ACAACAGACC AGGCTCCAAA CACTGATGCT 
TCTCGGAGTC AGGGCTATCC AATGTCAGCA GCATATGGAA GAAGATGGAG AAGAAAAGGA 
GCAAGTGTTT CAGGATTGAG TGGGTGTGAA TTCAAAGGAA GAAGCCTTAA ACAATCCAGT 
GAAGGGTATG GCCTGGGCGA TAGAGCTGGG TCTTCACCTA CCAATAAGAC TGCCAGGAAT 
GTCCCTTTCT CGCACTTGTC CTTAGAGAAG GACAACATGG AGCAGCCTAC AACTTCACAA 
CCAGAAACCA CTACCCCTCA GGGGTTGCTT TCAGATAAAG ATGACATGGG AAGGAGAAAT 
GCTGGCATAG ATTTCGGATC CAGAAAAGCA TCAGCAGCAC AGCCCATACC TGAAAACATG 
GACAATTCCA TGGTTAGTGA TCCACAACCA TACCATGAAG ATGCAGCTTC TGGAGCTGAG 
AAGACAGAAG CCAGAGCTTC TCTCTCACTG ATGGTGGAAA GCCTTTCTAC AACCCAAGAG 
GAGGCCATTC TCTCAGTAGC AGCAGAGGCT CAGGTGTTTA TGAATCCTTC TCATATCCAG 
TTAGAAGATC AAGAAGCTTT CAGCTTTGAT TTACAAAAGG CCCAATCCAA AATGGAGTCA 
GCCCAGGATG TTCAAACTAT CTGCAAAGAA AAGCCTTCTG GAAATGTTCA CCAGACCTTT 
ACAGCAAGTG TTTTGGGTAT GACAAGTACT ACAGCCAAAG GAGATGTTTA TGCCAAGACT 
CTGCCTCCCA GAAGCCTTTT TCAGTCCTCA AGGAAGCCTG ATGCTGAAGA AGTCTCCTCA 
GATTCAGAGA ATATTCCTGA GGAGGGGGAT GGTTCTGAAG AACTGGCTCA TGGTCACTCT 
TCCCAGTCCT TGGGGAAGTT TGAAGATGAA CAAGAAGTCT TCTCAGAATC AAAAAGTTTT 
GTTGAGGACT TGAGCAGCTC TGAGGAGGAG CTGGACCTCA GATGCCTCTC CCAGGCTTTA 
GAGGAGCCTG AAGATGCAGA AGTCTTCACA GAATCAAGCA GTTATGTTGA AAAGTACAAC 
ACTTCTGATG ATTGCAGCAG CTCAGAGGAA GACCTGCCTC TCAGACACCC TGCTCAGGCC 
TTGGGAAAGC CCAAAAACCA ACAAGAAGTC TCCTCTGCTT CAAATAATAC TCCTGAAGAG 
CAGAATGATT TTATGCAGCA GCTGCCTTCC AGATGCCCTT CTCAGCCCAT TATGAATCCT 
ACTGTTCAGC AACAAGTCCC CACCAGTTCA GTGGGCACTT CTATAAAACA GAGCGATTCC 
GTGGAGCCAA TCCCTCCAAG ACACCCTTTC CAGCCATGGG TGAACCCTAA AGTGGAGCAA 
GAAGTTTCCT CATCTCCAAA GAGCATGGCT GTTGAAGAGA GCATTTCTAT GAAGCCTCTG 
CCTCCTAAAC TTCTTTGCCA GCCCTTGATG AATCCTAAAG TTCAACAAAA CATGTTCTCA 
GGTTCAGAGG ACATTGCTGT TGAGAGAGTC ATTTCTGTGG AGCCACTACT CCCCAGATAT 
TCTCCTCAGT CCTTGACAGA TCCTCAAATC CGGCAAATCT CAGAAAGCAC AGCTGTTGAG 
GAAGGCACTT ATGTGGAACC GCTGCCTCCC AGATGCCTTT CCCAGCCCTC GGAGAGGCCT 
AAGTTCCTGG ACTCAATGAG TACTTCTGCA GAATGGAGCA GTCCTGTGGC ACCAACACCT 
TCCAAATACA CTTCCCCGCC ATGGGTGACC CCTAAATTTG AGGAACTGTA TCAACTCTCT 
GCACATCCAG AAAGCACTAC TGTTGAAGAG GACATTTCTA AGGAGCAGCT GCTTCCCAGA 
CATCTTTCCC AGTTGACTGT GGGAAATAAA GTCCAGCAAC TGTCCTCAAA TTTCGAGCGG 
GCTGCTATTG AGGCAGACAT TTCTGGGAGT CCATTGCCTC CCCAATATGC TACCCAGTTC 
TTAAAGAGGT CTAAAGTTCA GGAAATGACC TCACGACTAG AGAAAATGGC TGTTGAAGGC 
ACTTCTAACA AATCACCGAT TCCCAGGCGT CCGACCCAGT CATTCGTGAA ATTTATGGCA 
CAGCAAATCT TTTCAGAGAG CTCTGCTCTT AAGAGGGGCA GTGATGTGGC ACCTCTGCCT 
CCCAATCTTC CTTCCAAATC TTTATCAAAG CCTGAAGTCA AGCACCAAGT TTTCTCAGAT 
TCAGGGAGTG CTAATCCTAA GGGAGGCATT TCTTCAAAGA TGCTACCTAT GAAGCACCCT 
TTACAGTCCT TGGGGAGGCC TGAAGACCCA CAGAAAGTTT TCTCTTATTC AGAGAGAGCT 
CCTGGGAAGT GCAGCAGTTT TAAAGAGCAG CTGTCTCCCA GGCAGCTTTC CCAGGCCTTG 
AGGAAACCTG AGTATGAGCA AAAAGTCTCC CCTGTTTCTG CCAGTTCTCC TAAAGAGTGG 
AGGAATTCTA AAAAGCAGCT GCCTCCCAAA CATTCTTCCC AAGCCTCAGA TAGGTCTAAA 
TTCCAGCCAC AGATGTCATC AAAGGGCCCA GTGAATGTAC CTGTAAAGCA GAGCAGCGGT 
GAGAAGCACC TGCCTTCAAG TAGTCCTTTC CAGCAACAGG TTCATTCAAG TTCTGTGAAT 
GCTGCTGCTA GGCGATCTGT TTTTGAGAGC AATTCTGACA ATTGGTTCCT AGGAAGAGAT 
GAAGCTTTTG CAATCAAAAC CAAGAAATTC AGCCAAGGTT CCAAAAACCC CATAAAGAGC 
ATTCCAGCCC CTGCTACCAA ACCTGGGAAG TTCACCATTG CTCCTGTCAG GCAAACATCC 
ACTTCTGGGG GCATTTACTC TAAGAAAGAA GATCTTGAGA GTGGTGATGG TAATAATAAC 
CAGCATGCAA ACCTATCCAA TCAGGATGAT GTTGAAAAGC TTTTTGGAGT TCGACTGAAA 
AGAGCCCCTC CCTCGCAGAA GTATAAGAGT GAGAAACAAG ATAACTTCAC CCAGCTTGCT 
TCAGTGCCCT CGGGCCCAAT TTCATCCTCT GTAGGCAGGG GACATAAAAT CAGAAGCACT 
TCCCAGGGGC TCCTGGATGC TGCAGGGAAC CTCACCAAAA TATCTTACGT TGCAGATAAG 
CAACAGAGCA GGCCCAAATC TGAAAGCATG GCCAAGAAGC AACCTGCTTG CAAGACCCCA 
GGAAAGCCTG CTGGTCAACA GTCAGATTAT GCTGTCTCAG AGCCGGTTTG GATAACTATG 
GCAAAGCAGA AGCAGAAGAG TTTCAAGGCC CACATTTCTG TGAAAGAGCT GAAAACTAAG 
AGCAATGCTG GAGCCGATGC TGAGACTAAG GAGCCTAAAT ATGAGGGAGC TGGCTCTGCA 
AATGAAAACC AACCTAAAAA GATGTTCACT TCCAGTGTCC ATAAACAGGA GAAGACAGCA 
CAGATGAAGC CACCTAAGCC TACAAAATCA GTTGGATTTG AAGCTCAGAA GATACTGCAA 
GTTCCTGCCA TGGAAAAAGA AACCAAACGA TCTTCAACTC TCCCAGCCAA GTTCCAGAAC 
CCAGTTGAGC CAATTGAGCC TGTCTGGTTC TCACTGGCCA GGAAGAAAGC CAAAGCATGG 
AGCCACATGG CAGAAATCAC GCAATAA

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

RefSeq	XP_016885177.1
CDS	113..4759
Translation	MASFHACLKISDHPTMAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQSFSELSSGPDCSQSLTAFATLASTSSTQLPIGFSTPATTQGCLDSSAARHKMTLNPRKQKKNLQVIVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_017029688.2
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029688.2

ORF Insert Sequence:

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGAGCTTCT CTGAGTTATC ATCTGGACCT 
GATTGCTCAC AGTCCTTGAC TGCATTTGCC ACACTTGCCT CTACCAGTAG CACCCAGCTG 
CCCATTGGTT TCAGCACCCC AGCCACCACC CAGGGCTGTT TGGATTCTTC AGCTGCTCGC 
CACAAAATGA CTTTAAATCC CCGCAAACAA AAGAAGAACC TTCAAGTGAT TGTGGAACCA 
AAGGAGGAGG AGCCAAACCT TCCATTGGTT TCTGAAGAAG AAAAGAGCAT AACCAAACCA 
AAAGAAATCA ACGAAAAGAA GCTGGGAATG GACAGTGCAG ATTCCTCAAG CCAGAAACAG 
AACAACAAAA CTGAGATGTA TGATAAGAAG ACAACAGACC AGGCTCCAAA CACTGATGCT 
TCTCGGAGTC AGGGCTATCC AATGTCAGCA GCATATGGAA GAAGATGGAG AAGAAAAGGA 
GCAAGTGTTT CAGGATTGAG TGGGTGTGAA TTCAAAGGAA GAAGCCTTAA ACAATCCAGT 
GAAGGGTATG GCCTGGGCGA TAGAGCTGGG TCTTCACCTA CCAATAAGAC TGCCAGGAAT 
GTCCCTTTCT CGCACTTGTC CTTAGAGAAG GACAACATGG AGCAGCCTAC AACTTCACAA 
CCAGAAACCA CTACCCCTCA GGGGTTGCTT TCAGATAAAG ATGACATGGG AAGGAGAAAT 
GCTGGCATAG ATTTCGGATC CAGAAAAGCA TCAGCAGCAC AGCCCATACC TGAAAACATG 
GACAATTCCA TGGTTAGTGA TCCACAACCA TACCATGAAG ATGCAGCTTC TGGAGCTGAG 
AAGACAGAAG CCAGAGCTTC TCTCTCACTG ATGGTGGAAA GCCTTTCTAC AACCCAAGAG 
GAGGCCATTC TCTCAGTAGC AGCAGAGGCT CAGGTGTTTA TGAATCCTTC TCATATCCAG 
TTAGAAGATC AAGAAGCTTT CAGCTTTGAT TTACAAAAGG CCCAATCCAA AATGGAGTCA 
GCCCAGGATG TTCAAACTAT CTGCAAAGAA AAGCCTTCTG GAAATGTTCA CCAGACCTTT 
ACAGCAAGTG TTTTGGGTAT GACAAGTACT ACAGCCAAAG GAGATGTTTA TGCCAAGACT 
CTGCCTCCCA GAAGCCTTTT TCAGTCCTCA AGGAAGCCTG ATGCTGAAGA AGTCTCCTCA 
GATTCAGAGA ATATTCCTGA GGAGGGGGAT GGTTCTGAAG AACTGGCTCA TGGTCACTCT 
TCCCAGTCCT TGGGGAAGTT TGAAGATGAA CAAGAAGTCT TCTCAGAATC AAAAAGTTTT 
GTTGAGGACT TGAGCAGCTC TGAGGAGGAG CTGGACCTCA GATGCCTCTC CCAGGCTTTA 
GAGGAGCCTG AAGATGCAGA AGTCTTCACA GAATCAAGCA GTTATGTTGA AAAGTACAAC 
ACTTCTGATG ATTGCAGCAG CTCAGAGGAA GACCTGCCTC TCAGACACCC TGCTCAGGCC 
TTGGGAAAGC CCAAAAACCA ACAAGAAGTC TCCTCTGCTT CAAATAATAC TCCTGAAGAG 
CAGAATGATT TTATGCAGCA GCTGCCTTCC AGATGCCCTT CTCAGCCCAT TATGAATCCT 
ACTGTTCAGC AACAAGTCCC CACCAGTTCA GTGGGCACTT CTATAAAACA GAGCGATTCC 
GTGGAGCCAA TCCCTCCAAG ACACCCTTTC CAGCCATGGG TGAACCCTAA AGTGGAGCAA 
GAAGTTTCCT CATCTCCAAA GAGCATGGCT GTTGAAGAGA GCATTTCTAT GAAGCCTCTG 
CCTCCTAAAC TTCTTTGCCA GCCCTTGATG AATCCTAAAG TTCAACAAAA CATGTTCTCA 
GGTTCAGAGG ACATTGCTGT TGAGAGAGTC ATTTCTGTGG AGCCACTACT CCCCAGATAT 
TCTCCTCAGT CCTTGACAGA TCCTCAAATC CGGCAAATCT CAGAAAGCAC AGCTGTTGAG 
GAAGGCACTT ATGTGGAACC GCTGCCTCCC AGATGCCTTT CCCAGCCCTC GGAGAGGCCT 
AAGTTCCTGG ACTCAATGAG TACTTCTGCA GAATGGAGCA GTCCTGTGGC ACCAACACCT 
TCCAAATACA CTTCCCCGCC ATGGGTGACC CCTAAATTTG AGGAACTGTA TCAACTCTCT 
GCACATCCAG AAAGCACTAC TGTTGAAGAG GACATTTCTA AGGAGCAGCT GCTTCCCAGA 
CATCTTTCCC AGTTGACTGT GGGAAATAAA GTCCAGCAAC TGTCCTCAAA TTTCGAGCGG 
GCTGCTATTG AGGCAGACAT TTCTGGGAGT CCATTGCCTC CCCAATATGC TACCCAGTTC 
TTAAAGAGGT CTAAAGTTCA GGAAATGACC TCACGACTAG AGAAAATGGC TGTTGAAGGC 
ACTTCTAACA AATCACCGAT TCCCAGGCGT CCGACCCAGT CATTCGTGAA ATTTATGGCA 
CAGCAAATCT TTTCAGAGAG CTCTGCTCTT AAGAGGGGCA GTGATGTGGC ACCTCTGCCT 
CCCAATCTTC CTTCCAAATC TTTATCAAAG CCTGAAGTCA AGCACCAAGT TTTCTCAGAT 
TCAGGGAGTG CTAATCCTAA GGGAGGCATT TCTTCAAAGA TGCTACCTAT GAAGCACCCT 
TTACAGTCCT TGGGGAGGCC TGAAGACCCA CAGAAAGTTT TCTCTTATTC AGAGAGAGCT 
CCTGGGAAGT GCAGCAGTTT TAAAGAGCAG CTGTCTCCCA GGCAGCTTTC CCAGGCCTTG 
AGGAAACCTG AGTATGAGCA AAAAGTCTCC CCTGTTTCTG CCAGTTCTCC TAAAGAGTGG 
AGGAATTCTA AAAAGCAGCT GCCTCCCAAA CATTCTTCCC AAGCCTCAGA TAGGTCTAAA 
TTCCAGCCAC AGATGTCATC AAAGGGCCCA GTGAATGTAC CTGTAAAGCA GAGCAGCGGT 
GAGAAGCACC TGCCTTCAAG TAGTCCTTTC CAGCAACAGG TTCATTCAAG TTCTGTGAAT 
GCTGCTGCTA GGCGATCTGT TTTTGAGAGC AATTCTGACA ATTGGTTCCT AGGAAGAGAT 
GAAGCTTTTG CAATCAAAAC CAAGAAATTC AGCCAAGGTT CCAAAAACCC CATAAAGAGC 
ATTCCAGCCC CTGCTACCAA ACCTGGGAAG TTCACCATTG CTCCTGTCAG GCAAACATCC 
ACTTCTGGGG GCATTTACTC TAAGAAAGAA GATCTTGAGA GTGGTGATGG TAATAATAAC 
CAGCATGCAA ACCTATCCAA TCAGGATGAT GTTGAAAAGC TTTTTGGAGT TCGACTGAAA 
AGAGCCCCTC CCTCGCAGAA GTATAAGAGT GAGAAACAAG ATAACTTCAC CCAGCTTGCT 
TCAGTGCCCT CGGGCCCAAT TTCATCCTCT GTAGGCAGGG GACATAAAAT CAGAAGCACT 
TCCCAGGGGC TCCTGGATGC TGCAGGGAAC CTCACCAAAA TATCTTACGT TGCAGATAAG 
CAACAGAGCA GGCCCAAATC TGAAAGCATG GCCAAGAAGC AACCTGCTTG CAAGACCCCA 
GGAAAGCCTG CTGGTCAACA GTCAGATTAT GCTGTCTCAG AGCCGGTTTG GATAACTATG 
GCAAAGCAGA AGCAGAAGAG TTTCAAGGCC CACATTTCTG TGAAAGAGCT GAAAACTAAG 
AGCAATGCTG GAGCCGATGC TGAGACTAAG GAGCCTAAAT ATGAGGGAGC TGGCTCTGCA 
AATGAAAACC AACCTAAAAA GATGTTCACT TCCAGTGTCC ATAAACAGGA GAAGACAGCA 
CAGATGAAGC CACCTAAGCC TACAAAATCA GTTGGATTTG AAGCTCAGAA GATACTGCAA 
GTTCCTGCCA TGGAAAAAGA AACCAAACGA TCTTCAACTC TCCCAGCCAA GTTCCAGAAC 
CCAGTTGAGC CAATTGAGCC TGTCTGGTTC TCACTGGCCA GGAAGAAAGC CAAAGCATGG 
AGCCACATGG CAGAAATCAC GCAATAA

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

KIAA1210 ( XM_017029688.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016885177.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.

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CloneID	OHu99407
Clone ID Related Accession (Same CDS sequence)	XM_017029688.2 , XM_017029688.1
Accession Version	XM_017029688.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4647bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	uncharacterized protein KIAA1210 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) 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 :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGAGCTTCT CTGAGTTATC ATCTGGACCT 
GATTGCTCAC AGTCCTTGAC TGCATTTGCC ACACTTGCCT CTACCAGTAG CACCCAGCTG 
CCCATTGGTT TCAGCACCCC AGCCACCACC CAGGGCTGTT TGGATTCTTC AGCTGCTCGC 
CACAAAATGA CTTTAAATCC CCGCAAACAA AAGAAGAACC TTCAAGTGAT TGTGGAACCA 
AAGGAGGAGG AGCCAAACCT TCCATTGGTT TCTGAAGAAG AAAAGAGCAT AACCAAACCA 
AAAGAAATCA ACGAAAAGAA GCTGGGAATG GACAGTGCAG ATTCCTCAAG CCAGAAACAG 
AACAACAAAA CTGAGATGTA TGATAAGAAG ACAACAGACC AGGCTCCAAA CACTGATGCT 
TCTCGGAGTC AGGGCTATCC AATGTCAGCA GCATATGGAA GAAGATGGAG AAGAAAAGGA 
GCAAGTGTTT CAGGATTGAG TGGGTGTGAA TTCAAAGGAA GAAGCCTTAA ACAATCCAGT 
GAAGGGTATG GCCTGGGCGA TAGAGCTGGG TCTTCACCTA CCAATAAGAC TGCCAGGAAT 
GTCCCTTTCT CGCACTTGTC CTTAGAGAAG GACAACATGG AGCAGCCTAC AACTTCACAA 
CCAGAAACCA CTACCCCTCA GGGGTTGCTT TCAGATAAAG ATGACATGGG AAGGAGAAAT 
GCTGGCATAG ATTTCGGATC CAGAAAAGCA TCAGCAGCAC AGCCCATACC TGAAAACATG 
GACAATTCCA TGGTTAGTGA TCCACAACCA TACCATGAAG ATGCAGCTTC TGGAGCTGAG 
AAGACAGAAG CCAGAGCTTC TCTCTCACTG ATGGTGGAAA GCCTTTCTAC AACCCAAGAG 
GAGGCCATTC TCTCAGTAGC AGCAGAGGCT CAGGTGTTTA TGAATCCTTC TCATATCCAG 
TTAGAAGATC AAGAAGCTTT CAGCTTTGAT TTACAAAAGG CCCAATCCAA AATGGAGTCA 
GCCCAGGATG TTCAAACTAT CTGCAAAGAA AAGCCTTCTG GAAATGTTCA CCAGACCTTT 
ACAGCAAGTG TTTTGGGTAT GACAAGTACT ACAGCCAAAG GAGATGTTTA TGCCAAGACT 
CTGCCTCCCA GAAGCCTTTT TCAGTCCTCA AGGAAGCCTG ATGCTGAAGA AGTCTCCTCA 
GATTCAGAGA ATATTCCTGA GGAGGGGGAT GGTTCTGAAG AACTGGCTCA TGGTCACTCT 
TCCCAGTCCT TGGGGAAGTT TGAAGATGAA CAAGAAGTCT TCTCAGAATC AAAAAGTTTT 
GTTGAGGACT TGAGCAGCTC TGAGGAGGAG CTGGACCTCA GATGCCTCTC CCAGGCTTTA 
GAGGAGCCTG AAGATGCAGA AGTCTTCACA GAATCAAGCA GTTATGTTGA AAAGTACAAC 
ACTTCTGATG ATTGCAGCAG CTCAGAGGAA GACCTGCCTC TCAGACACCC TGCTCAGGCC 
TTGGGAAAGC CCAAAAACCA ACAAGAAGTC TCCTCTGCTT CAAATAATAC TCCTGAAGAG 
CAGAATGATT TTATGCAGCA GCTGCCTTCC AGATGCCCTT CTCAGCCCAT TATGAATCCT 
ACTGTTCAGC AACAAGTCCC CACCAGTTCA GTGGGCACTT CTATAAAACA GAGCGATTCC 
GTGGAGCCAA TCCCTCCAAG ACACCCTTTC CAGCCATGGG TGAACCCTAA AGTGGAGCAA 
GAAGTTTCCT CATCTCCAAA GAGCATGGCT GTTGAAGAGA GCATTTCTAT GAAGCCTCTG 
CCTCCTAAAC TTCTTTGCCA GCCCTTGATG AATCCTAAAG TTCAACAAAA CATGTTCTCA 
GGTTCAGAGG ACATTGCTGT TGAGAGAGTC ATTTCTGTGG AGCCACTACT CCCCAGATAT 
TCTCCTCAGT CCTTGACAGA TCCTCAAATC CGGCAAATCT CAGAAAGCAC AGCTGTTGAG 
GAAGGCACTT ATGTGGAACC GCTGCCTCCC AGATGCCTTT CCCAGCCCTC GGAGAGGCCT 
AAGTTCCTGG ACTCAATGAG TACTTCTGCA GAATGGAGCA GTCCTGTGGC ACCAACACCT 
TCCAAATACA CTTCCCCGCC ATGGGTGACC CCTAAATTTG AGGAACTGTA TCAACTCTCT 
GCACATCCAG AAAGCACTAC TGTTGAAGAG GACATTTCTA AGGAGCAGCT GCTTCCCAGA 
CATCTTTCCC AGTTGACTGT GGGAAATAAA GTCCAGCAAC TGTCCTCAAA TTTCGAGCGG 
GCTGCTATTG AGGCAGACAT TTCTGGGAGT CCATTGCCTC CCCAATATGC TACCCAGTTC 
TTAAAGAGGT CTAAAGTTCA GGAAATGACC TCACGACTAG AGAAAATGGC TGTTGAAGGC 
ACTTCTAACA AATCACCGAT TCCCAGGCGT CCGACCCAGT CATTCGTGAA ATTTATGGCA 
CAGCAAATCT TTTCAGAGAG CTCTGCTCTT AAGAGGGGCA GTGATGTGGC ACCTCTGCCT 
CCCAATCTTC CTTCCAAATC TTTATCAAAG CCTGAAGTCA AGCACCAAGT TTTCTCAGAT 
TCAGGGAGTG CTAATCCTAA GGGAGGCATT TCTTCAAAGA TGCTACCTAT GAAGCACCCT 
TTACAGTCCT TGGGGAGGCC TGAAGACCCA CAGAAAGTTT TCTCTTATTC AGAGAGAGCT 
CCTGGGAAGT GCAGCAGTTT TAAAGAGCAG CTGTCTCCCA GGCAGCTTTC CCAGGCCTTG 
AGGAAACCTG AGTATGAGCA AAAAGTCTCC CCTGTTTCTG CCAGTTCTCC TAAAGAGTGG 
AGGAATTCTA AAAAGCAGCT GCCTCCCAAA CATTCTTCCC AAGCCTCAGA TAGGTCTAAA 
TTCCAGCCAC AGATGTCATC AAAGGGCCCA GTGAATGTAC CTGTAAAGCA GAGCAGCGGT 
GAGAAGCACC TGCCTTCAAG TAGTCCTTTC CAGCAACAGG TTCATTCAAG TTCTGTGAAT 
GCTGCTGCTA GGCGATCTGT TTTTGAGAGC AATTCTGACA ATTGGTTCCT AGGAAGAGAT 
GAAGCTTTTG CAATCAAAAC CAAGAAATTC AGCCAAGGTT CCAAAAACCC CATAAAGAGC 
ATTCCAGCCC CTGCTACCAA ACCTGGGAAG TTCACCATTG CTCCTGTCAG GCAAACATCC 
ACTTCTGGGG GCATTTACTC TAAGAAAGAA GATCTTGAGA GTGGTGATGG TAATAATAAC 
CAGCATGCAA ACCTATCCAA TCAGGATGAT GTTGAAAAGC TTTTTGGAGT TCGACTGAAA 
AGAGCCCCTC CCTCGCAGAA GTATAAGAGT GAGAAACAAG ATAACTTCAC CCAGCTTGCT 
TCAGTGCCCT CGGGCCCAAT TTCATCCTCT GTAGGCAGGG GACATAAAAT CAGAAGCACT 
TCCCAGGGGC TCCTGGATGC TGCAGGGAAC CTCACCAAAA TATCTTACGT TGCAGATAAG 
CAACAGAGCA GGCCCAAATC TGAAAGCATG GCCAAGAAGC AACCTGCTTG CAAGACCCCA 
GGAAAGCCTG CTGGTCAACA GTCAGATTAT GCTGTCTCAG AGCCGGTTTG GATAACTATG 
GCAAAGCAGA AGCAGAAGAG TTTCAAGGCC CACATTTCTG TGAAAGAGCT GAAAACTAAG 
AGCAATGCTG GAGCCGATGC TGAGACTAAG GAGCCTAAAT ATGAGGGAGC TGGCTCTGCA 
AATGAAAACC AACCTAAAAA GATGTTCACT TCCAGTGTCC ATAAACAGGA GAAGACAGCA 
CAGATGAAGC CACCTAAGCC TACAAAATCA GTTGGATTTG AAGCTCAGAA GATACTGCAA 
GTTCCTGCCA TGGAAAAAGA AACCAAACGA TCTTCAACTC TCCCAGCCAA GTTCCAGAAC 
CCAGTTGAGC CAATTGAGCC TGTCTGGTTC TCACTGGCCA GGAAGAAAGC CAAAGCATGG 
AGCCACATGG CAGAAATCAC GCAATAA

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

RefSeq	XP_016885177.1
CDS	112..4758
Translation	MASFHACLKISDHPTMAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQSFSELSSGPDCSQSLTAFATLASTSSTQLPIGFSTPATTQGCLDSSAARHKMTLNPRKQKKNLQVIVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_017029688.1
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X1, mRNA.

Target ORF information:

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

XM_017029688.1

ORF Insert Sequence:

ATGGCTAGCT TTCATGCTTG CCTCAAGATT TCAGATCATC CTACAATGGC TGAATCACTA 
AGTGAAATTT CTGACAGTCT GGATGTTCTG GAGGCCGGTG ATGAGGGAAA GAAGAAATGC 
AAATTTAAAG CCCTTAAGAG CTTTTTTGTT AAGAAGAAGG AAAAAGAAGC CGAAGATACC 
CAGGAAGAAG AAATGCTAGA ACTGAGCTTG TCCAGCAGCA ACATTAACAT CTCTTCTCTG 
CAGCCCGTTC GGGAAAATCA ACCAACTAAG GCCAGGGCCA AGAGCAGCAT GGGGAGCAAA 
GCCCTATCCC ATGATAGCAT CTTCATGTTG GGTCCTGAGC CTGAAAGATC AGCAAGTAAA 
ATGTTTCCTT CTATGGATCC CCAGAGAGGC AGACCTCAGC AGAGATCCCA TATTTCCAGA 
ACTCTGCCTA AACCTAGGAG TAAGGTTCCT GGAGTTGTGT CTGGAGCCAT GTCAGGAGCT 
GTGCTTCAAA ATGTGCCTAC AAGTGCAGTC TGGGTTGCTG GCCCCAAGAT CACTGAGAAC 
CCACCATCGC GCCGACGCCG ACTCAGCATC ATCCCACCTG TTATCCAACC TGAAATAATT 
TCTAAGAACT TGGTAGAAAT CTCTCTCGAT GATGAGTCAC CTAAGAATCC ACAAAAGAAG 
GCTTTACCAC ATAAGAGTTT GACAGCGACT CAGAGCTTCT CTGAGTTATC ATCTGGACCT 
GATTGCTCAC AGTCCTTGAC TGCATTTGCC ACACTTGCCT CTACCAGTAG CACCCAGCTG 
CCCATTGGTT TCAGCACCCC AGCCACCACC CAGGGCTGTT TGGATTCTTC AGCTGCTCGC 
CACAAAATGA CTTTAAATCC CCGCAAACAA AAGAAGAACC TTCAAGTGAT TGTGGAACCA 
AAGGAGGAGG AGCCAAACCT TCCATTGGTT TCTGAAGAAG AAAAGAGCAT AACCAAACCA 
AAAGAAATCA ACGAAAAGAA GCTGGGAATG GACAGTGCAG ATTCCTCAAG CCAGAAACAG 
AACAACAAAA CTGAGATGTA TGATAAGAAG ACAACAGACC AGGCTCCAAA CACTGATGCT 
TCTCGGAGTC AGGGCTATCC AATGTCAGCA GCATATGGAA GAAGATGGAG AAGAAAAGGA 
GCAAGTGTTT CAGGATTGAG TGGGTGTGAA TTCAAAGGAA GAAGCCTTAA ACAATCCAGT 
GAAGGGTATG GCCTGGGCGA TAGAGCTGGG TCTTCACCTA CCAATAAGAC TGCCAGGAAT 
GTCCCTTTCT CGCACTTGTC CTTAGAGAAG GACAACATGG AGCAGCCTAC AACTTCACAA 
CCAGAAACCA CTACCCCTCA GGGGTTGCTT TCAGATAAAG ATGACATGGG AAGGAGAAAT 
GCTGGCATAG ATTTCGGATC CAGAAAAGCA TCAGCAGCAC AGCCCATACC TGAAAACATG 
GACAATTCCA TGGTTAGTGA TCCACAACCA TACCATGAAG ATGCAGCTTC TGGAGCTGAG 
AAGACAGAAG CCAGAGCTTC TCTCTCACTG ATGGTGGAAA GCCTTTCTAC AACCCAAGAG 
GAGGCCATTC TCTCAGTAGC AGCAGAGGCT CAGGTGTTTA TGAATCCTTC TCATATCCAG 
TTAGAAGATC AAGAAGCTTT CAGCTTTGAT TTACAAAAGG CCCAATCCAA AATGGAGTCA 
GCCCAGGATG TTCAAACTAT CTGCAAAGAA AAGCCTTCTG GAAATGTTCA CCAGACCTTT 
ACAGCAAGTG TTTTGGGTAT GACAAGTACT ACAGCCAAAG GAGATGTTTA TGCCAAGACT 
CTGCCTCCCA GAAGCCTTTT TCAGTCCTCA AGGAAGCCTG ATGCTGAAGA AGTCTCCTCA 
GATTCAGAGA ATATTCCTGA GGAGGGGGAT GGTTCTGAAG AACTGGCTCA TGGTCACTCT 
TCCCAGTCCT TGGGGAAGTT TGAAGATGAA CAAGAAGTCT TCTCAGAATC AAAAAGTTTT 
GTTGAGGACT TGAGCAGCTC TGAGGAGGAG CTGGACCTCA GATGCCTCTC CCAGGCTTTA 
GAGGAGCCTG AAGATGCAGA AGTCTTCACA GAATCAAGCA GTTATGTTGA AAAGTACAAC 
ACTTCTGATG ATTGCAGCAG CTCAGAGGAA GACCTGCCTC TCAGACACCC TGCTCAGGCC 
TTGGGAAAGC CCAAAAACCA ACAAGAAGTC TCCTCTGCTT CAAATAATAC TCCTGAAGAG 
CAGAATGATT TTATGCAGCA GCTGCCTTCC AGATGCCCTT CTCAGCCCAT TATGAATCCT 
ACTGTTCAGC AACAAGTCCC CACCAGTTCA GTGGGCACTT CTATAAAACA GAGCGATTCC 
GTGGAGCCAA TCCCTCCAAG ACACCCTTTC CAGCCATGGG TGAACCCTAA AGTGGAGCAA 
GAAGTTTCCT CATCTCCAAA GAGCATGGCT GTTGAAGAGA GCATTTCTAT GAAGCCTCTG 
CCTCCTAAAC TTCTTTGCCA GCCCTTGATG AATCCTAAAG TTCAACAAAA CATGTTCTCA 
GGTTCAGAGG ACATTGCTGT TGAGAGAGTC ATTTCTGTGG AGCCACTACT CCCCAGATAT 
TCTCCTCAGT CCTTGACAGA TCCTCAAATC CGGCAAATCT CAGAAAGCAC AGCTGTTGAG 
GAAGGCACTT ATGTGGAACC GCTGCCTCCC AGATGCCTTT CCCAGCCCTC GGAGAGGCCT 
AAGTTCCTGG ACTCAATGAG TACTTCTGCA GAATGGAGCA GTCCTGTGGC ACCAACACCT 
TCCAAATACA CTTCCCCGCC ATGGGTGACC CCTAAATTTG AGGAACTGTA TCAACTCTCT 
GCACATCCAG AAAGCACTAC TGTTGAAGAG GACATTTCTA AGGAGCAGCT GCTTCCCAGA 
CATCTTTCCC AGTTGACTGT GGGAAATAAA GTCCAGCAAC TGTCCTCAAA TTTCGAGCGG 
GCTGCTATTG AGGCAGACAT TTCTGGGAGT CCATTGCCTC CCCAATATGC TACCCAGTTC 
TTAAAGAGGT CTAAAGTTCA GGAAATGACC TCACGACTAG AGAAAATGGC TGTTGAAGGC 
ACTTCTAACA AATCACCGAT TCCCAGGCGT CCGACCCAGT CATTCGTGAA ATTTATGGCA 
CAGCAAATCT TTTCAGAGAG CTCTGCTCTT AAGAGGGGCA GTGATGTGGC ACCTCTGCCT 
CCCAATCTTC CTTCCAAATC TTTATCAAAG CCTGAAGTCA AGCACCAAGT TTTCTCAGAT 
TCAGGGAGTG CTAATCCTAA GGGAGGCATT TCTTCAAAGA TGCTACCTAT GAAGCACCCT 
TTACAGTCCT TGGGGAGGCC TGAAGACCCA CAGAAAGTTT TCTCTTATTC AGAGAGAGCT 
CCTGGGAAGT GCAGCAGTTT TAAAGAGCAG CTGTCTCCCA GGCAGCTTTC CCAGGCCTTG 
AGGAAACCTG AGTATGAGCA AAAAGTCTCC CCTGTTTCTG CCAGTTCTCC TAAAGAGTGG 
AGGAATTCTA AAAAGCAGCT GCCTCCCAAA CATTCTTCCC AAGCCTCAGA TAGGTCTAAA 
TTCCAGCCAC AGATGTCATC AAAGGGCCCA GTGAATGTAC CTGTAAAGCA GAGCAGCGGT 
GAGAAGCACC TGCCTTCAAG TAGTCCTTTC CAGCAACAGG TTCATTCAAG TTCTGTGAAT 
GCTGCTGCTA GGCGATCTGT TTTTGAGAGC AATTCTGACA ATTGGTTCCT AGGAAGAGAT 
GAAGCTTTTG CAATCAAAAC CAAGAAATTC AGCCAAGGTT CCAAAAACCC CATAAAGAGC 
ATTCCAGCCC CTGCTACCAA ACCTGGGAAG TTCACCATTG CTCCTGTCAG GCAAACATCC 
ACTTCTGGGG GCATTTACTC TAAGAAAGAA GATCTTGAGA GTGGTGATGG TAATAATAAC 
CAGCATGCAA ACCTATCCAA TCAGGATGAT GTTGAAAAGC TTTTTGGAGT TCGACTGAAA 
AGAGCCCCTC CCTCGCAGAA GTATAAGAGT GAGAAACAAG ATAACTTCAC CCAGCTTGCT 
TCAGTGCCCT CGGGCCCAAT TTCATCCTCT GTAGGCAGGG GACATAAAAT CAGAAGCACT 
TCCCAGGGGC TCCTGGATGC TGCAGGGAAC CTCACCAAAA TATCTTACGT TGCAGATAAG 
CAACAGAGCA GGCCCAAATC TGAAAGCATG GCCAAGAAGC AACCTGCTTG CAAGACCCCA 
GGAAAGCCTG CTGGTCAACA GTCAGATTAT GCTGTCTCAG AGCCGGTTTG GATAACTATG 
GCAAAGCAGA AGCAGAAGAG TTTCAAGGCC CACATTTCTG TGAAAGAGCT GAAAACTAAG 
AGCAATGCTG GAGCCGATGC TGAGACTAAG GAGCCTAAAT ATGAGGGAGC TGGCTCTGCA 
AATGAAAACC AACCTAAAAA GATGTTCACT TCCAGTGTCC ATAAACAGGA GAAGACAGCA 
CAGATGAAGC CACCTAAGCC TACAAAATCA GTTGGATTTG AAGCTCAGAA GATACTGCAA 
GTTCCTGCCA TGGAAAAAGA AACCAAACGA TCTTCAACTC TCCCAGCCAA GTTCCAGAAC 
CCAGTTGAGC CAATTGAGCC TGTCTGGTTC TCACTGGCCA GGAAGAAAGC CAAAGCATGG 
AGCCACATGG CAGAAATCAC GCAATAA

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

KIAA1210 ( XM_006724774.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006724837.1 Homo sapiens KIAA1210 (KIAA1210), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu54348
Clone ID Related Accession (Same CDS sequence)	XM_006724774.3
Accession Version	XM_006724774.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4602bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	acrosomal protein KIAA1210 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006724774.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGAG CTTCTCTGAG 
TTATCATCTG GACCTGATTG CTCACAGTCC TTGACTGCAT TTGCCACACT TGCCTCTACC 
AGTAGCACCC AGCTGCCCAT TGGTTTCAGC ACCCCAGCCA CCACCCAGGG CTGTTTGGAT 
TCTTCAGCTG CTCGCCACAA AATGACTTTA AATCCCCGCA AACAAAAGAA GAACCTTCAA 
GTGATTGTGG AACCAAAGGA GGAGGAGCCA AACCTTCCAT TGGTTTCTGA AGAAGAAAAG 
AGCATAACCA AACCAAAAGA AATCAACGAA AAGAAGCTGG GAATGGACAG TGCAGATTCC 
TCAAGCCAGA AACAGAACAA CAAAACTGAG ATGTATGATA AGAAGACAAC AGACCAGGCT 
CCAAACACTG ATGCTTCTCG GAGTCAGGGC TATCCAATGT CAGCAGCATA TGGAAGAAGA 
TGGAGAAGAA AAGGAGCAAG TGTTTCAGGA TTGAGTGGGT GTGAATTCAA AGGAAGAAGC 
CTTAAACAAT CCAGTGAAGG GTATGGCCTG GGCGATAGAG CTGGGTCTTC ACCTACCAAT 
AAGACTGCCA GGAATGTCCC TTTCTCGCAC TTGTCCTTAG AGAAGGACAA CATGGAGCAG 
CCTACAACTT CACAACCAGA AACCACTACC CCTCAGGGGT TGCTTTCAGA TAAAGATGAC 
ATGGGAAGGA GAAATGCTGG CATAGATTTC GGATCCAGAA AAGCATCAGC AGCACAGCCC 
ATACCTGAAA ACATGGACAA TTCCATGGTT AGTGATCCAC AACCATACCA TGAAGATGCA 
GCTTCTGGAG CTGAGAAGAC AGAAGCCAGA GCTTCTCTCT CACTGATGGT GGAAAGCCTT 
TCTACAACCC AAGAGGAGGC CATTCTCTCA GTAGCAGCAG AGGCTCAGGT GTTTATGAAT 
CCTTCTCATA TCCAGTTAGA AGATCAAGAA GCTTTCAGCT TTGATTTACA AAAGGCCCAA 
TCCAAAATGG AGTCAGCCCA GGATGTTCAA ACTATCTGCA AAGAAAAGCC TTCTGGAAAT 
GTTCACCAGA CCTTTACAGC AAGTGTTTTG GGTATGACAA GTACTACAGC CAAAGGAGAT 
GTTTATGCCA AGACTCTGCC TCCCAGAAGC CTTTTTCAGT CCTCAAGGAA GCCTGATGCT 
GAAGAAGTCT CCTCAGATTC AGAGAATATT CCTGAGGAGG GGGATGGTTC TGAAGAACTG 
GCTCATGGTC ACTCTTCCCA GTCCTTGGGG AAGTTTGAAG ATGAACAAGA AGTCTTCTCA 
GAATCAAAAA GTTTTGTTGA GGACTTGAGC AGCTCTGAGG AGGAGCTGGA CCTCAGATGC 
CTCTCCCAGG CTTTAGAGGA GCCTGAAGAT GCAGAAGTCT TCACAGAATC AAGCAGTTAT 
GTTGAAAAGT ACAACACTTC TGATGATTGC AGCAGCTCAG AGGAAGACCT GCCTCTCAGA 
CACCCTGCTC AGGCCTTGGG AAAGCCCAAA AACCAACAAG AAGTCTCCTC TGCTTCAAAT 
AATACTCCTG AAGAGCAGAA TGATTTTATG CAGCAGCTGC CTTCCAGATG CCCTTCTCAG 
CCCATTATGA ATCCTACTGT TCAGCAACAA GTCCCCACCA GTTCAGTGGG CACTTCTATA 
AAACAGAGCG ATTCCGTGGA GCCAATCCCT CCAAGACACC CTTTCCAGCC ATGGGTGAAC 
CCTAAAGTGG AGCAAGAAGT TTCCTCATCT CCAAAGAGCA TGGCTGTTGA AGAGAGCATT 
TCTATGAAGC CTCTGCCTCC TAAACTTCTT TGCCAGCCCT TGATGAATCC TAAAGTTCAA 
CAAAACATGT TCTCAGGTTC AGAGGACATT GCTGTTGAGA GAGTCATTTC TGTGGAGCCA 
CTACTCCCCA GATATTCTCC TCAGTCCTTG ACAGATCCTC AAATCCGGCA AATCTCAGAA 
AGCACAGCTG TTGAGGAAGG CACTTATGTG GAACCGCTGC CTCCCAGATG CCTTTCCCAG 
CCCTCGGAGA GGCCTAAGTT CCTGGACTCA ATGAGTACTT CTGCAGAATG GAGCAGTCCT 
GTGGCACCAA CACCTTCCAA ATACACTTCC CCGCCATGGG TGACCCCTAA ATTTGAGGAA 
CTGTATCAAC TCTCTGCACA TCCAGAAAGC ACTACTGTTG AAGAGGACAT TTCTAAGGAG 
CAGCTGCTTC CCAGACATCT TTCCCAGTTG ACTGTGGGAA ATAAAGTCCA GCAACTGTCC 
TCAAATTTCG AGCGGGCTGC TATTGAGGCA GACATTTCTG GGAGTCCATT GCCTCCCCAA 
TATGCTACCC AGTTCTTAAA GAGGTCTAAA GTTCAGGAAA TGACCTCACG ACTAGAGAAA 
ATGGCTGTTG AAGGCACTTC TAACAAATCA CCGATTCCCA GGCGTCCGAC CCAGTCATTC 
GTGAAATTTA TGGCACAGCA AATCTTTTCA GAGAGCTCTG CTCTTAAGAG GGGCAGTGAT 
GTGGCACCTC TGCCTCCCAA TCTTCCTTCC AAATCTTTAT CAAAGCCTGA AGTCAAGCAC 
CAAGTTTTCT CAGATTCAGG GAGTGCTAAT CCTAAGGGAG GCATTTCTTC AAAGATGCTA 
CCTATGAAGC ACCCTTTACA GTCCTTGGGG AGGCCTGAAG ACCCACAGAA AGTTTTCTCT 
TATTCAGAGA GAGCTCCTGG GAAGTGCAGC AGTTTTAAAG AGCAGCTGTC TCCCAGGCAG 
CTTTCCCAGG CCTTGAGGAA ACCTGAGTAT GAGCAAAAAG TCTCCCCTGT TTCTGCCAGT 
TCTCCTAAAG AGTGGAGGAA TTCTAAAAAG CAGCTGCCTC CCAAACATTC TTCCCAAGCC 
TCAGATAGGT CTAAATTCCA GCCACAGATG TCATCAAAGG GCCCAGTGAA TGTACCTGTA 
AAGCAGAGCA GCGGTGAGAA GCACCTGCCT TCAAGTAGTC CTTTCCAGCA ACAGGTTCAT 
TCAAGTTCTG TGAATGCTGC TGCTAGGCGA TCTGTTTTTG AGAGCAATTC TGACAATTGG 
TTCCTAGGAA GAGATGAAGC TTTTGCAATC AAAACCAAGA AATTCAGCCA AGGTTCCAAA 
AACCCCATAA AGAGCATTCC AGCCCCTGCT ACCAAACCTG GGAAGTTCAC CATTGCTCCT 
GTCAGGCAAA CATCCACTTC TGGGGGCATT TACTCTAAGA AAGAAGATCT TGAGAGTGGT 
GATGGTAATA ATAACCAGCA TGCAAACCTA TCCAATCAGG ATGATGTTGA AAAGCTTTTT 
GGAGTTCGAC TGAAAAGAGC CCCTCCCTCG CAGAAGTATA AGAGTGAGAA ACAAGATAAC 
TTCACCCAGC TTGCTTCAGT GCCCTCGGGC CCAATTTCAT CCTCTGTAGG CAGGGGACAT 
AAAATCAGAA GCACTTCCCA GGGGCTCCTG GATGCTGCAG GGAACCTCAC CAAAATATCT 
TACGTTGCAG ATAAGCAACA GAGCAGGCCC AAATCTGAAA GCATGGCCAA GAAGCAACCT 
GCTTGCAAGA CCCCAGGAAA GCCTGCTGGT CAACAGTCAG ATTATGCTGT CTCAGAGCCG 
GTTTGGATAA CTATGGCAAA GCAGAAGCAG AAGAGTTTCA AGGCCCACAT TTCTGTGAAA 
GAGCTGAAAA CTAAGAGCAA TGCTGGAGCC GATGCTGAGA CTAAGGAGCC TAAATATGAG 
GGAGCTGGCT CTGCAAATGA AAACCAACCT AAAAAGATGT TCACTTCCAG TGTCCATAAA 
CAGGAGAAGA CAGCACAGAT GAAGCCACCT AAGCCTACAA AATCAGTTGG ATTTGAAGCT 
CAGAAGATAC TGCAAGTTCC TGCCATGGAA AAAGAAACCA AACGATCTTC AACTCTCCCA 
GCCAAGTTCC AGAACCCAGT TGAGCCAATT GAGCCTGTCT GGTTCTCACT GGCCAGGAAG 
AAAGCCAAAG CATGGAGCCA CATGGCAGAA ATCACGCAAT AA

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

RefSeq	XP_006724837.1
CDS	118..4719
Translation	MAESLSEISDSLDVLEAGDEGKKKCKFKALKSFFVKKKEKEAEDTQEEEMLELSLSSSNINISSLQPVRENQPTKARAKSSMGSKALSHDSIFMLGPEPERSASKMFPSMDPQRGRPQQRSHISRTLPKPRSKVPGVVSGAMSGAVLQNVPTSAVWVAGPKITENPPSRRRRLSIIPPVIQPEIISKNLVEISLDDESPKNPQKKALPHKSLTATQSFSELSSGPDCSQSLTAFATLASTSSTQLPIGFSTPATTQGCLDSSAARHKMTLNPRKQKKNLQVIVEPKEEEPNLPLVSEEEKSITKPKEINEKKLGMDSADSSSQKQNNKTEMYDKKTTDQAPNTDASRSQGYPMSAAYGRRWRRKGASVSGLSGCEFKGRSLKQSSEGYGLGDRAGSSPTNKTARNVPFSHLSLEKDNMEQPTTSQPETTTPQGLLSDKDDMGRRNAGIDFGSRKASAAQPIPENMDNSMVSDPQPYHEDAASGAEKTEARASLSLMVESLSTTQEEAILSVAAEAQVFMNPSHIQLEDQEAFSFDLQKAQSKMESAQDVQTICKEKPSGNVHQTFTASVLGMTSTTAKGDVYAKTLPPRSLFQSSRKPDAEEVSSDSENIPEEGDGSEELAHGHSSQSLGKFEDEQEVFSESKSFVEDLSSSEEELDLRCLSQALEEPEDAEVFTESSSYVEKYNTSDDCSSSEEDLPLRHPAQALGKPKNQQEVSSASNNTPEEQNDFMQQLPSRCPSQPIMNPTVQQQVPTSSVGTSIKQSDSVEPIPPRHPFQPWVNPKVEQEVSSSPKSMAVEESISMKPLPPKLLCQPLMNPKVQQNMFSGSEDIAVERVISVEPLLPRYSPQSLTDPQIRQISESTAVEEGTYVEPLPPRCLSQPSERPKFLDSMSTSAEWSSPVAPTPSKYTSPPWVTPKFEELYQLSAHPESTTVEEDISKEQLLPRHLSQLTVGNKVQQLSSNFERAAIEADISGSPLPPQYATQFLKRSKVQEMTSRLEKMAVEGTSNKSPIPRRPTQSFVKFMAQQIFSESSALKRGSDVAPLPPNLPSKSLSKPEVKHQVFSDSGSANPKGGISSKMLPMKHPLQSLGRPEDPQKVFSYSERAPGKCSSFKEQLSPRQLSQALRKPEYEQKVSPVSASSPKEWRNSKKQLPPKHSSQASDRSKFQPQMSSKGPVNVPVKQSSGEKHLPSSSPFQQQVHSSSVNAAARRSVFESNSDNWFLGRDEAFAIKTKKFSQGSKNPIKSIPAPATKPGKFTIAPVRQTSTSGGIYSKKEDLESGDGNNNQHANLSNQDDVEKLFGVRLKRAPPSQKYKSEKQDNFTQLASVPSGPISSSVGRGHKIRSTSQGLLDAAGNLTKISYVADKQQSRPKSESMAKKQPACKTPGKPAGQQSDYAVSEPVWITMAKQKQKSFKAHISVKELKTKSNAGADAETKEPKYEGAGSANENQPKKMFTSSVHKQEKTAQMKPPKPTKSVGFEAQKILQVPAMEKETKRSSTLPAKFQNPVEPIEPVWFSLARKKAKAWSHMAEITQ

Target ORF information:

RefSeq Version	XM_006724774.3
Organism	Homo sapiens(human)
Definition	Homo sapiens KIAA1210 (KIAA1210), transcript variant X2, mRNA.

Target ORF information:

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

XM_006724774.3

ORF Insert Sequence:

ATGGCTGAAT CACTAAGTGA AATTTCTGAC AGTCTGGATG TTCTGGAGGC CGGTGATGAG 
GGAAAGAAGA AATGCAAATT TAAAGCCCTT AAGAGCTTTT TTGTTAAGAA GAAGGAAAAA 
GAAGCCGAAG ATACCCAGGA AGAAGAAATG CTAGAACTGA GCTTGTCCAG CAGCAACATT 
AACATCTCTT CTCTGCAGCC CGTTCGGGAA AATCAACCAA CTAAGGCCAG GGCCAAGAGC 
AGCATGGGGA GCAAAGCCCT ATCCCATGAT AGCATCTTCA TGTTGGGTCC TGAGCCTGAA 
AGATCAGCAA GTAAAATGTT TCCTTCTATG GATCCCCAGA GAGGCAGACC TCAGCAGAGA 
TCCCATATTT CCAGAACTCT GCCTAAACCT AGGAGTAAGG TTCCTGGAGT TGTGTCTGGA 
GCCATGTCAG GAGCTGTGCT TCAAAATGTG CCTACAAGTG CAGTCTGGGT TGCTGGCCCC 
AAGATCACTG AGAACCCACC ATCGCGCCGA CGCCGACTCA GCATCATCCC ACCTGTTATC 
CAACCTGAAA TAATTTCTAA GAACTTGGTA GAAATCTCTC TCGATGATGA GTCACCTAAG 
AATCCACAAA AGAAGGCTTT ACCACATAAG AGTTTGACAG CGACTCAGAG CTTCTCTGAG 
TTATCATCTG GACCTGATTG CTCACAGTCC TTGACTGCAT TTGCCACACT TGCCTCTACC 
AGTAGCACCC AGCTGCCCAT TGGTTTCAGC ACCCCAGCCA CCACCCAGGG CTGTTTGGAT 
TCTTCAGCTG CTCGCCACAA AATGACTTTA AATCCCCGCA AACAAAAGAA GAACCTTCAA 
GTGATTGTGG AACCAAAGGA GGAGGAGCCA AACCTTCCAT TGGTTTCTGA AGAAGAAAAG 
AGCATAACCA AACCAAAAGA AATCAACGAA AAGAAGCTGG GAATGGACAG TGCAGATTCC 
TCAAGCCAGA AACAGAACAA CAAAACTGAG ATGTATGATA AGAAGACAAC AGACCAGGCT 
CCAAACACTG ATGCTTCTCG GAGTCAGGGC TATCCAATGT CAGCAGCATA TGGAAGAAGA 
TGGAGAAGAA AAGGAGCAAG TGTTTCAGGA TTGAGTGGGT GTGAATTCAA AGGAAGAAGC 
CTTAAACAAT CCAGTGAAGG GTATGGCCTG GGCGATAGAG CTGGGTCTTC ACCTACCAAT 
AAGACTGCCA GGAATGTCCC TTTCTCGCAC TTGTCCTTAG AGAAGGACAA CATGGAGCAG 
CCTACAACTT CACAACCAGA AACCACTACC CCTCAGGGGT TGCTTTCAGA TAAAGATGAC 
ATGGGAAGGA GAAATGCTGG CATAGATTTC GGATCCAGAA AAGCATCAGC AGCACAGCCC 
ATACCTGAAA ACATGGACAA TTCCATGGTT AGTGATCCAC AACCATACCA TGAAGATGCA 
GCTTCTGGAG CTGAGAAGAC AGAAGCCAGA GCTTCTCTCT CACTGATGGT GGAAAGCCTT 
TCTACAACCC AAGAGGAGGC CATTCTCTCA GTAGCAGCAG AGGCTCAGGT GTTTATGAAT 
CCTTCTCATA TCCAGTTAGA AGATCAAGAA GCTTTCAGCT TTGATTTACA AAAGGCCCAA 
TCCAAAATGG AGTCAGCCCA GGATGTTCAA ACTATCTGCA AAGAAAAGCC TTCTGGAAAT 
GTTCACCAGA CCTTTACAGC AAGTGTTTTG GGTATGACAA GTACTACAGC CAAAGGAGAT 
GTTTATGCCA AGACTCTGCC TCCCAGAAGC CTTTTTCAGT CCTCAAGGAA GCCTGATGCT 
GAAGAAGTCT CCTCAGATTC AGAGAATATT CCTGAGGAGG GGGATGGTTC TGAAGAACTG 
GCTCATGGTC ACTCTTCCCA GTCCTTGGGG AAGTTTGAAG ATGAACAAGA AGTCTTCTCA 
GAATCAAAAA GTTTTGTTGA GGACTTGAGC AGCTCTGAGG AGGAGCTGGA CCTCAGATGC 
CTCTCCCAGG CTTTAGAGGA GCCTGAAGAT GCAGAAGTCT TCACAGAATC AAGCAGTTAT 
GTTGAAAAGT ACAACACTTC TGATGATTGC AGCAGCTCAG AGGAAGACCT GCCTCTCAGA 
CACCCTGCTC AGGCCTTGGG AAAGCCCAAA AACCAACAAG AAGTCTCCTC TGCTTCAAAT 
AATACTCCTG AAGAGCAGAA TGATTTTATG CAGCAGCTGC CTTCCAGATG CCCTTCTCAG 
CCCATTATGA ATCCTACTGT TCAGCAACAA GTCCCCACCA GTTCAGTGGG CACTTCTATA 
AAACAGAGCG ATTCCGTGGA GCCAATCCCT CCAAGACACC CTTTCCAGCC ATGGGTGAAC 
CCTAAAGTGG AGCAAGAAGT TTCCTCATCT CCAAAGAGCA TGGCTGTTGA AGAGAGCATT 
TCTATGAAGC CTCTGCCTCC TAAACTTCTT TGCCAGCCCT TGATGAATCC TAAAGTTCAA 
CAAAACATGT TCTCAGGTTC AGAGGACATT GCTGTTGAGA GAGTCATTTC TGTGGAGCCA 
CTACTCCCCA GATATTCTCC TCAGTCCTTG ACAGATCCTC AAATCCGGCA AATCTCAGAA 
AGCACAGCTG TTGAGGAAGG CACTTATGTG GAACCGCTGC CTCCCAGATG CCTTTCCCAG 
CCCTCGGAGA GGCCTAAGTT CCTGGACTCA ATGAGTACTT CTGCAGAATG GAGCAGTCCT 
GTGGCACCAA CACCTTCCAA ATACACTTCC CCGCCATGGG TGACCCCTAA ATTTGAGGAA 
CTGTATCAAC TCTCTGCACA TCCAGAAAGC ACTACTGTTG AAGAGGACAT TTCTAAGGAG 
CAGCTGCTTC CCAGACATCT TTCCCAGTTG ACTGTGGGAA ATAAAGTCCA GCAACTGTCC 
TCAAATTTCG AGCGGGCTGC TATTGAGGCA GACATTTCTG GGAGTCCATT GCCTCCCCAA 
TATGCTACCC AGTTCTTAAA GAGGTCTAAA GTTCAGGAAA TGACCTCACG ACTAGAGAAA 
ATGGCTGTTG AAGGCACTTC TAACAAATCA CCGATTCCCA GGCGTCCGAC CCAGTCATTC 
GTGAAATTTA TGGCACAGCA AATCTTTTCA GAGAGCTCTG CTCTTAAGAG GGGCAGTGAT 
GTGGCACCTC TGCCTCCCAA TCTTCCTTCC AAATCTTTAT CAAAGCCTGA AGTCAAGCAC 
CAAGTTTTCT CAGATTCAGG GAGTGCTAAT CCTAAGGGAG GCATTTCTTC AAAGATGCTA 
CCTATGAAGC ACCCTTTACA GTCCTTGGGG AGGCCTGAAG ACCCACAGAA AGTTTTCTCT 
TATTCAGAGA GAGCTCCTGG GAAGTGCAGC AGTTTTAAAG AGCAGCTGTC TCCCAGGCAG 
CTTTCCCAGG CCTTGAGGAA ACCTGAGTAT GAGCAAAAAG TCTCCCCTGT TTCTGCCAGT 
TCTCCTAAAG AGTGGAGGAA TTCTAAAAAG CAGCTGCCTC CCAAACATTC TTCCCAAGCC 
TCAGATAGGT CTAAATTCCA GCCACAGATG TCATCAAAGG GCCCAGTGAA TGTACCTGTA 
AAGCAGAGCA GCGGTGAGAA GCACCTGCCT TCAAGTAGTC CTTTCCAGCA ACAGGTTCAT 
TCAAGTTCTG TGAATGCTGC TGCTAGGCGA TCTGTTTTTG AGAGCAATTC TGACAATTGG 
TTCCTAGGAA GAGATGAAGC TTTTGCAATC AAAACCAAGA AATTCAGCCA AGGTTCCAAA 
AACCCCATAA AGAGCATTCC AGCCCCTGCT ACCAAACCTG GGAAGTTCAC CATTGCTCCT 
GTCAGGCAAA CATCCACTTC TGGGGGCATT TACTCTAAGA AAGAAGATCT TGAGAGTGGT 
GATGGTAATA ATAACCAGCA TGCAAACCTA TCCAATCAGG ATGATGTTGA AAAGCTTTTT 
GGAGTTCGAC TGAAAAGAGC CCCTCCCTCG CAGAAGTATA AGAGTGAGAA ACAAGATAAC 
TTCACCCAGC TTGCTTCAGT GCCCTCGGGC CCAATTTCAT CCTCTGTAGG CAGGGGACAT 
AAAATCAGAA GCACTTCCCA GGGGCTCCTG GATGCTGCAG GGAACCTCAC CAAAATATCT 
TACGTTGCAG ATAAGCAACA GAGCAGGCCC AAATCTGAAA GCATGGCCAA GAAGCAACCT 
GCTTGCAAGA CCCCAGGAAA GCCTGCTGGT CAACAGTCAG ATTATGCTGT CTCAGAGCCG 
GTTTGGATAA CTATGGCAAA GCAGAAGCAG AAGAGTTTCA AGGCCCACAT TTCTGTGAAA 
GAGCTGAAAA CTAAGAGCAA TGCTGGAGCC GATGCTGAGA CTAAGGAGCC TAAATATGAG 
GGAGCTGGCT CTGCAAATGA AAACCAACCT AAAAAGATGT TCACTTCCAG TGTCCATAAA 
CAGGAGAAGA CAGCACAGAT GAAGCCACCT AAGCCTACAA AATCAGTTGG ATTTGAAGCT 
CAGAAGATAC TGCAAGTTCC TGCCATGGAA AAAGAAACCA AACGATCTTC AACTCTCCCA 
GCCAAGTTCC AGAACCCAGT TGAGCCAATT GAGCCTGTCT GGTTCTCACT GGCCAGGAAG 
AAAGCCAAAG CATGGAGCCA CATGGCAGAA ATCACGCAAT AA

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

PubMed

Identification of KIAA1210 as a novel X-chromosome-linked protein that localizes to the acrosome and associates with the ectoplasmic specialization in testes.
Biology of reproduction96(2)469-477(2017 02)
Iwamori T,Iwamori N,Matsumoto M,Ono E,Matzuk MM

The DNA sequence of the human X chromosome.
Nature434(7031)325-37(2005 Mar)
Ross MT,Grafham DV,Coffey AJ,Scherer S,McLay K,Muzny D,Platzer M,Howell GR,Burrows C,Bird CP,Frankish A,Lovell FL,Howe KL,Ashurst JL,Fulton RS,Sudbrak R,Wen G,Jones MC,Hurles ME,Andrews TD,Scott CE,Searle S,Ramser J,Whittaker A,Deadman R,Carter NP,Hunt SE,Chen R,Cree A,Gunaratne P,Havlak P,Hodgson A,Metzker ML,Richards S,Scott G,Steffen D,Sodergren E,Wheeler DA,Worley KC,Ainscough R,Ambrose KD,Ansari-Lari MA,Aradhya S,Ashwell RI,Babbage AK,Bagguley CL,Ballabio A,Banerjee R,Barker GE,Barlow KF,Barrett IP,Bates KN,Beare DM,Beasley H,Beasley O,Beck A,Bethel G,Blechschmidt K,Brady N,Bray-Allen S,Bridgeman AM,Brown AJ,Brown MJ,Bonnin D,Bruford EA,Buhay C,Burch P,Burford D,Burgess J,Burrill W,Burton J,Bye JM,Carder C,Carrel L,Chako J,Chapman JC,Chavez D,Chen E,Chen G,Chen Y,Chen Z,Chinault C,Ciccodicola A,Clark SY,Clarke G,Clee CM,Clegg S,Clerc-Blankenburg K,Clifford K,Cobley V,Cole CG,Conquer JS,Corby N,Connor RE,David R,Davies J,Davis C,Davis J,Delgado O,Deshazo D,Dhami P,Ding Y,Dinh H,Dodsworth S,Draper H,Dugan-Rocha S,Dunham A,Dunn M,Durbin KJ,Dutta I,Eades T,Ellwood M,Emery-Cohen A,Errington H,Evans KL,Faulkner L,Francis F,Frankland J,Fraser AE,Galgoczy P,Gilbert J,Gill R,Gl?ckner G,Gregory SG,Gribble S,Griffiths C,Grocock R,Gu Y,Gwilliam R,Hamilton C,Hart EA,Hawes A,Heath PD,Heitmann K,Hennig S,Hernandez J,Hinzmann B,Ho S,Hoffs M,Howden PJ,Huckle EJ,Hume J,Hunt PJ,Hunt AR,Isherwood J,Jacob L,Johnson D,Jones S,de Jong PJ,Joseph SS,Keenan S,Kelly S,Kershaw JK,Khan Z,Kioschis P,Klages S,Knights AJ,Kosiura A,Kovar-Smith C,Laird GK,Langford C,Lawlor S,Leversha M,Lewis L,Liu W,Lloyd C,Lloyd DM,Loulseged H,Loveland JE,Lovell JD,Lozado R,Lu J,Lyne R,Ma J,Maheshwari M,Matthews LH,McDowall J,McLaren S,McMurray A,Meidl P,Meitinger T,Milne S,Miner G,Mistry SL,Morgan M,Morris S,M?ller I,Mullikin JC,Nguyen N,Nordsiek G,Nyakatura G,O'Dell CN,Okwuonu G,Palmer S,Pandian R,Parker D,Parrish J,Pasternak S,Patel D,Pearce AV,Pearson DM,Pelan SE,Perez L,Porter KM,Ramsey Y,Reichwald K,Rhodes S,Ridler KA,Schlessinger D,Schueler MG,Sehra HK,Shaw-Smith C,Shen H,Sheridan EM,Shownkeen R,Skuce CD,Smith ML,Sotheran EC,Steingruber HE,Steward CA,Storey R,Swann RM,Swarbreck D,Tabor PE,Taudien S,Taylor T,Teague B,Thomas K,Thorpe A,Timms K,Tracey A,Trevanion S,Tromans AC,d'Urso M,Verduzco D,Villasana D,Waldron L,Wall M,Wang Q,Warren J,Warry GL,Wei X,West A,Whitehead SL,Whiteley MN,Wilkinson JE,Willey DL,Williams G,Williams L,Williamson A,Williamson H,Wilming L,Woodmansey RL,Wray PW,Yen J,Zhang J,Zhou J,Zoghbi H,Zorilla S,Buck D,Reinhardt R,Poustka A,Rosenthal A,Lehrach H,Meindl A,Minx PJ,Hillier LW,Willard HF,Wilson RK,Waterston RH,Rice CM,Vaudin M,Coulson A,Nelson DL,Weinstock G,Sulston JE,Durbin R,Hubbard T,Gibbs RA,Beck S,Rogers J,Bentley DR

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KIAA1210 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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