CEP162 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	CEP162
Entrez Gene ID	102558134
Full Name	centrosomal protein 162
Synonyms	KIAA1009
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019496856.1	XP_019352401.1	centrosomal protein of 162 kDa isoform X1
XM_019496859.1	XP_019352404.1	centrosomal protein of 162 kDa isoform X3
XM_019496857.1	XP_019352402.1	centrosomal protein of 162 kDa isoform X1
XM_019496860.1	XP_019352405.1	centrosomal protein of 162 kDa isoform X4
XM_019496858.1	XP_019352403.1	centrosomal protein of 162 kDa isoform X2

Pathways from BioSystems
Gene Ontology

The following CEP162 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CEP162 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)
OAl67992	XM_019496857.1 Latest version!	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl67992	XM_019496856.1 Latest version!	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl67993	XM_019496858.1 Latest version!	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl67994	XM_019496859.1 Latest version!	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAl67995	XM_019496860.1 Latest version!	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

CEP162 ( XM_019496856.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019352401.1 Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl67992
Clone ID Related Accession (Same CDS sequence)	XM_019496856.1 , XM_019496857.1
Accession Version	XM_019496856.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4296bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	centrosomal protein of 162 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017712464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGCAGAATGA AACCAGCAGA CAGCAAAGCA GATGAATGTG TCAGCCATTT GCCATTTAAA 
GAGAACCAAT ATGATACAGA TGTAGAGAAA CAAAGTTTAG ATGTTTTGTT TAAAGAACAT 
AATAAAGAAG AGAACAATTT TCTGTGGGCA GCTGTAAATG ATGGTAGTGA AAGTAGCAAT 
CAAAAAAGGA CTGAGAGAGA AGTCCAGACT GAGAGAGTGC AGCTCAACAT ACTGAGACAA 
AAGTTAGCAC AAAATTCTAT CCTGTTGCGT CAAGATGAAA AAATGAATCA AGCACATCTG 
TCCAGCTCTT GGAAGCATGA TGGATTACAA TCAGTGACCA ATAAACAAAC AGTGTACAAG 
AACACTAGAA ATACTGCTTC TTTACATAAG AGGAAATCTG TATATGGAGC AGTTAGAAGT 
TCTGGATATG GTAAATCCAT TTCACCTTTA AAACAACTTT CCACAACTAT TGAAAAGAAA 
ACATCAAAAG ATGCTTTCAG AAGGACAAGT TTAAAAGCTA AATCACCTGC AGATAAAGCA 
AAGCCCAAAG AAACATTATT TACTACTAGG GTAATATCTG CAGTAAAGGA ACCAGCTTCT 
AAAAAGGGTA TTAATGTGGT TACATCTGAC CACTCAGCTA TAAAAGACCT TGGGCAGCAG 
ATGAAGGATG TGGATTCCTG TGTGCAGTTT CAACGTGATT CCTCATTTGT ATCTGTCAAC 
AATAATGTGA GAGAGCTTTA TTTGTTAAGA AGAGTACAGG CAGCAGAGGA AGAGTTGAAT 
TCAGCACATG ATGTAATTCA GCATTTAAAA GATGTGGTCT CTCAGAAAGA GAAGGAAATG 
GAGAATAAGA TGGTGGAAAT GAAAATGCAG TCTGATAAAG AGCTTTCCCA GCTGAGTCAA 
GAAAATTATG AACTTCAGAC CAAGTTAAAA AGTGTGGAGG AACTGAACAA AGGAAAGAAA 
TGGTTCCAGC CAGAGATGAC AGATCCTATC ACTGAAGAAA AGTTAAAAGA AATACAGAAG 
GAAATTCAAG ATCAAGAGAC CCTTCTTCAA GGTTATCAAC AGGAAAATGA AAGGTTATAC 
AAGCAAGTGA AAGAGCTACA GCTACAAAAC AAGAAAAATG AGGAAAGGAT GTTTAAAGAA 
AATCAATATT TAATGTCTGA ATTAGCATCC TTAAGAGAAA AGATGGATCA AAATAACTTC 
CAGTCACAGT TAGTGCAGGA TTCTGAGCCA GTAAGAAACC AAAGTTTCTC AGAATTGATT 
TCAGAACTTC GAGCAGCACA GAAAGAAGAA ACCAAACTGC TGGAAGAGAT AAAACGGCTT 
AAACAAGACA AACAAGCCCT TGAAGTAGAT TTGGGACAAA TGAAAAGAGA AAGAGATCTG 
GCAAGAACAC AGTTTTTTTC TGCTTCAGGC GAGAAGAATT ATGAGATAAA GATTATGGAA 
GAATCATACA AACAAGAAAT TAGTAATTTG AAAAAGAGGT TGCAGTGGTA TGCAGAAAAT 
CAAGACCTTT TGGATAAAGA TGCAGCACGT CTTAAAAATG CAAAAGAAGA AATTGAGAAA 
TTAAAACTAC AGGTTGAGAA GCTCACAACA GAAGCTGGGA ATCGGTCTGT GCAACAGAAG 
AAACGTTGGA AGGACAGGGC AGCAGATGCT AAAAGAATTC AAGATCTCGA GCGACAGATT 
AAGGAAATGG AAGGGATTCT GAAGAGAAGG CATCCAAATT CATTGCCTGC TTTAATATAT 
GCTGCTGCAG CAGCCTCTGA AGAAGTTGAT GTTTCAGCTA AGACCAATAC AATTGATTTT 
CTAGAAAGAA GAATAAAAAA GTTAGAAACA GAGTTAGAGG GGAAAGATGA GGAAGCTAAG 
AAAAGTCTCC GTGCTATGGA ACAACAATTT CAAAAAATAA AGCTTCAGTA TGAGCAAAGA 
CTTATAGAGC TTGAAAAATT ACTTGCTTCG AAGTTGATGA ATGAACCCCA GAAATTGCAT 
GACAACAAAT GCGGTTTTAT AACACTTGAG CAAGAACTTA ACAATGAAAG AGAGACCTAT 
CAGATCACTA TAAAAAATCT TCAAACAGAA ATTGAAAATC TTAAAGATCA AAACTCTCAA 
TTAAAACTGA AAAGTGAAAG AGGTGATAAA CATTTAGAGA ACCAGGTGGA ACAAGCTAGT 
GCAAAAGCCA GGTTGGTAAA ATTAAATCAA GAACTGGTCA CCAAAAGTAA AGAAATACAG 
GACCTTACAA AAACGGTGGA GAAGCTTCAG AGAGAGAGAA GGAGGATGCT GTGTGATCAG 
AATTCAAATG ACAAAGCTGA CAACAGTGAA AAGTCCACAG AGATTTTACA GAAGGATACT 
TCAGCAACAG ATAAAAGGAA ATCTAGCAAC CATGAACCTT TTCCCAACAC TCTCGATGAA 
AAAATATATC AACCACATAC CTTTGCTGAT CCCCATATTT CAGAAGTTCT GCAAGAAAAT 
GCAAAGTTGA AAGATGAGCT TGAAAGATTG TCTCTAGAAA TGAAGCAGGA GCAAGTGAAG 
TCTCAAGCAG CACTGGCTTA TTCCGAAAAT AATGTGCGCA GGATAAAAGA AGAGATGGCT 
GAATACATCA CAGCTCTTAA AGCATCCCAC CAGAGAGAAG TAGAGAAAAT TCTTTGCCAG 
CATGCAATGG AGCATTCCAC TTCTAAACTA GCAAAACTAA ATAGCAAAAT TTCAACCCAA 
GAGATCCTAA TAAAACATCT CCAAGAACAA GTTAAAGAGC TACAGAGGGA TCAAGAAGCC 
TTAGTAGTTT CACAGATGCG AGAGGAAATC TTACAGAAGG AGATGGCAAA ATTACTAAAA 
GACTTGAGAG AAGCTAAGGA GAGCCAGAGT CCTGAAATGA AACGCTTCTT GTGCCTAGAA 
AGAAAAATCA AGCATATGGA GACCAGACAT GACCAAAGAG AACAAGAACT ACAGCAGGTG 
GTGCAACAGA CACAGCATGT TGCTGAAGCA CAGCAAATCC AGGAGATTGA GAAATGGAGG 
AAACTTGCTC AAATAAAGAA TCAGGAGCTG GAGAAATTTC GAGTGGAATT AGATTCAATA 
CTGGATGTTC TACGGGAATT ACAGAAACAA GGAGTTATTA TTCCAGCACC TATTTCCAGT 
GGGTTAAACA TACCAGGAAG TTATTGGAAG TTGTGA

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

RefSeq	XP_019352401.1
CDS	285..4580
Translation	MAHRFSKEELDEQFEQFLKESLSDDSFGHSKEKSSVLETLGKPSRKESKKKDAVPWWIAEDDSDDGGMLGTNGSFLKSQKSSQPLAETDEGARVEMMQLQKNDGVSVSLSRDSLETNDSVVASGPNPSILGVGLDTLEEQEEKERFFAKLEKGASSTIDYSRLNKELDSNDSLVLAPFSRNEQAVEQMEEEKESKHNERSEDYSEDFADEEDAITPSKSENNQVKQTTRSDDDLSVQRQEETPGMLAKVVLLDSQDSTMEVQKVSEQQGVAVTEHQTSQEVAESKMNRSGVSCVQTNSDIEALHQAYYHIDQSLGDTDEQRIHIGVMENIECFVQDGSQNNEAGAKNASTTESDLPTIEELMKPIKADSSYARGFDLESISRMKPADSKADECVSHLPFKENQYDTDVEKQSLDVLFKEHNKEENNFLWAAVNDGSESSNQKRTEREVQTERVQLNILRQKLAQNSILLRQDEKMNQAHLSSSWKHDGLQSVTNKQTVYKNTRNTASLHKRKSVYGAVRSSGYGKSISPLKQLSTTIEKKTSKDAFRRTSLKAKSPADKAKPKETLFTTRVISAVKEPASKKGINVVTSDHSAIKDLGQQMKDVDSCVQFQRDSSFVSVNNNVRELYLLRRVQAAEEELNSAHDVIQHLKDVVSQKEKEMENKMVEMKMQSDKELSQLSQENYELQTKLKSVEELNKGKKWFQPEMTDPITEEKLKEIQKEIQDQETLLQGYQQENERLYKQVKELQLQNKKNEERMFKENQYLMSELASLREKMDQNNFQSQLVQDSEPVRNQSFSELISELRAAQKEETKLLEEIKRLKQDKQALEVDLGQMKRERDLARTQFFSASGEKNYEIKIMEESYKQEISNLKKRLQWYAENQDLLDKDAARLKNAKEEIEKLKLQVEKLTTEAGNRSVQQKKRWKDRAADAKRIQDLERQIKEMEGILKRRHPNSLPALIYAAAAASEEVDVSAKTNTIDFLERRIKKLETELEGKDEEAKKSLRAMEQQFQKIKLQYEQRLIELEKLLASKLMNEPQKLHDNKCGFITLEQELNNERETYQITIKNLQTEIENLKDQNSQLKLKSERGDKHLENQVEQASAKARLVKLNQELVTKSKEIQDLTKTVEKLQRERRRMLCDQNSNDKADNSEKSTEILQKDTSATDKRKSSNHEPFPNTLDEKIYQPHTFADPHISEVLQENAKLKDELERLSLEMKQEQVKSQAALAYSENNVRRIKEEMAEYITALKASHQREVEKILCQHAMEHSTSKLAKLNSKISTQEILIKHLQEQVKELQRDQEALVVSQMREEILQKEMAKLLKDLREAKESQSPEMKRFLCLERKIKHMETRHDQREQELQQVVQQTQHVAEAQQIQEIEKWRKLAQIKNQELEKFRVELDSILDVLRELQKQGVIIPAPISSGLNIPGSYWKL

Target ORF information:

RefSeq Version	XM_019496856.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X1, mRNA.

Target ORF information:

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

XM_019496856.1

ORF Insert Sequence:

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGCAGAATGA AACCAGCAGA CAGCAAAGCA GATGAATGTG TCAGCCATTT GCCATTTAAA 
GAGAACCAAT ATGATACAGA TGTAGAGAAA CAAAGTTTAG ATGTTTTGTT TAAAGAACAT 
AATAAAGAAG AGAACAATTT TCTGTGGGCA GCTGTAAATG ATGGTAGTGA AAGTAGCAAT 
CAAAAAAGGA CTGAGAGAGA AGTCCAGACT GAGAGAGTGC AGCTCAACAT ACTGAGACAA 
AAGTTAGCAC AAAATTCTAT CCTGTTGCGT CAAGATGAAA AAATGAATCA AGCACATCTG 
TCCAGCTCTT GGAAGCATGA TGGATTACAA TCAGTGACCA ATAAACAAAC AGTGTACAAG 
AACACTAGAA ATACTGCTTC TTTACATAAG AGGAAATCTG TATATGGAGC AGTTAGAAGT 
TCTGGATATG GTAAATCCAT TTCACCTTTA AAACAACTTT CCACAACTAT TGAAAAGAAA 
ACATCAAAAG ATGCTTTCAG AAGGACAAGT TTAAAAGCTA AATCACCTGC AGATAAAGCA 
AAGCCCAAAG AAACATTATT TACTACTAGG GTAATATCTG CAGTAAAGGA ACCAGCTTCT 
AAAAAGGGTA TTAATGTGGT TACATCTGAC CACTCAGCTA TAAAAGACCT TGGGCAGCAG 
ATGAAGGATG TGGATTCCTG TGTGCAGTTT CAACGTGATT CCTCATTTGT ATCTGTCAAC 
AATAATGTGA GAGAGCTTTA TTTGTTAAGA AGAGTACAGG CAGCAGAGGA AGAGTTGAAT 
TCAGCACATG ATGTAATTCA GCATTTAAAA GATGTGGTCT CTCAGAAAGA GAAGGAAATG 
GAGAATAAGA TGGTGGAAAT GAAAATGCAG TCTGATAAAG AGCTTTCCCA GCTGAGTCAA 
GAAAATTATG AACTTCAGAC CAAGTTAAAA AGTGTGGAGG AACTGAACAA AGGAAAGAAA 
TGGTTCCAGC CAGAGATGAC AGATCCTATC ACTGAAGAAA AGTTAAAAGA AATACAGAAG 
GAAATTCAAG ATCAAGAGAC CCTTCTTCAA GGTTATCAAC AGGAAAATGA AAGGTTATAC 
AAGCAAGTGA AAGAGCTACA GCTACAAAAC AAGAAAAATG AGGAAAGGAT GTTTAAAGAA 
AATCAATATT TAATGTCTGA ATTAGCATCC TTAAGAGAAA AGATGGATCA AAATAACTTC 
CAGTCACAGT TAGTGCAGGA TTCTGAGCCA GTAAGAAACC AAAGTTTCTC AGAATTGATT 
TCAGAACTTC GAGCAGCACA GAAAGAAGAA ACCAAACTGC TGGAAGAGAT AAAACGGCTT 
AAACAAGACA AACAAGCCCT TGAAGTAGAT TTGGGACAAA TGAAAAGAGA AAGAGATCTG 
GCAAGAACAC AGTTTTTTTC TGCTTCAGGC GAGAAGAATT ATGAGATAAA GATTATGGAA 
GAATCATACA AACAAGAAAT TAGTAATTTG AAAAAGAGGT TGCAGTGGTA TGCAGAAAAT 
CAAGACCTTT TGGATAAAGA TGCAGCACGT CTTAAAAATG CAAAAGAAGA AATTGAGAAA 
TTAAAACTAC AGGTTGAGAA GCTCACAACA GAAGCTGGGA ATCGGTCTGT GCAACAGAAG 
AAACGTTGGA AGGACAGGGC AGCAGATGCT AAAAGAATTC AAGATCTCGA GCGACAGATT 
AAGGAAATGG AAGGGATTCT GAAGAGAAGG CATCCAAATT CATTGCCTGC TTTAATATAT 
GCTGCTGCAG CAGCCTCTGA AGAAGTTGAT GTTTCAGCTA AGACCAATAC AATTGATTTT 
CTAGAAAGAA GAATAAAAAA GTTAGAAACA GAGTTAGAGG GGAAAGATGA GGAAGCTAAG 
AAAAGTCTCC GTGCTATGGA ACAACAATTT CAAAAAATAA AGCTTCAGTA TGAGCAAAGA 
CTTATAGAGC TTGAAAAATT ACTTGCTTCG AAGTTGATGA ATGAACCCCA GAAATTGCAT 
GACAACAAAT GCGGTTTTAT AACACTTGAG CAAGAACTTA ACAATGAAAG AGAGACCTAT 
CAGATCACTA TAAAAAATCT TCAAACAGAA ATTGAAAATC TTAAAGATCA AAACTCTCAA 
TTAAAACTGA AAAGTGAAAG AGGTGATAAA CATTTAGAGA ACCAGGTGGA ACAAGCTAGT 
GCAAAAGCCA GGTTGGTAAA ATTAAATCAA GAACTGGTCA CCAAAAGTAA AGAAATACAG 
GACCTTACAA AAACGGTGGA GAAGCTTCAG AGAGAGAGAA GGAGGATGCT GTGTGATCAG 
AATTCAAATG ACAAAGCTGA CAACAGTGAA AAGTCCACAG AGATTTTACA GAAGGATACT 
TCAGCAACAG ATAAAAGGAA ATCTAGCAAC CATGAACCTT TTCCCAACAC TCTCGATGAA 
AAAATATATC AACCACATAC CTTTGCTGAT CCCCATATTT CAGAAGTTCT GCAAGAAAAT 
GCAAAGTTGA AAGATGAGCT TGAAAGATTG TCTCTAGAAA TGAAGCAGGA GCAAGTGAAG 
TCTCAAGCAG CACTGGCTTA TTCCGAAAAT AATGTGCGCA GGATAAAAGA AGAGATGGCT 
GAATACATCA CAGCTCTTAA AGCATCCCAC CAGAGAGAAG TAGAGAAAAT TCTTTGCCAG 
CATGCAATGG AGCATTCCAC TTCTAAACTA GCAAAACTAA ATAGCAAAAT TTCAACCCAA 
GAGATCCTAA TAAAACATCT CCAAGAACAA GTTAAAGAGC TACAGAGGGA TCAAGAAGCC 
TTAGTAGTTT CACAGATGCG AGAGGAAATC TTACAGAAGG AGATGGCAAA ATTACTAAAA 
GACTTGAGAG AAGCTAAGGA GAGCCAGAGT CCTGAAATGA AACGCTTCTT GTGCCTAGAA 
AGAAAAATCA AGCATATGGA GACCAGACAT GACCAAAGAG AACAAGAACT ACAGCAGGTG 
GTGCAACAGA CACAGCATGT TGCTGAAGCA CAGCAAATCC AGGAGATTGA GAAATGGAGG 
AAACTTGCTC AAATAAAGAA TCAGGAGCTG GAGAAATTTC GAGTGGAATT AGATTCAATA 
CTGGATGTTC TACGGGAATT ACAGAAACAA GGAGTTATTA TTCCAGCACC TATTTCCAGT 
GGGTTAAACA TACCAGGAAG TTATTGGAAG TTGTGA

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

CEP162 ( XM_019496857.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019352402.1 Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl67992
Clone ID Related Accession (Same CDS sequence)	XM_019496856.1 , XM_019496857.1
Accession Version	XM_019496857.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4296bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	centrosomal protein of 162 kDa isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017712464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGCAGAATGA AACCAGCAGA CAGCAAAGCA GATGAATGTG TCAGCCATTT GCCATTTAAA 
GAGAACCAAT ATGATACAGA TGTAGAGAAA CAAAGTTTAG ATGTTTTGTT TAAAGAACAT 
AATAAAGAAG AGAACAATTT TCTGTGGGCA GCTGTAAATG ATGGTAGTGA AAGTAGCAAT 
CAAAAAAGGA CTGAGAGAGA AGTCCAGACT GAGAGAGTGC AGCTCAACAT ACTGAGACAA 
AAGTTAGCAC AAAATTCTAT CCTGTTGCGT CAAGATGAAA AAATGAATCA AGCACATCTG 
TCCAGCTCTT GGAAGCATGA TGGATTACAA TCAGTGACCA ATAAACAAAC AGTGTACAAG 
AACACTAGAA ATACTGCTTC TTTACATAAG AGGAAATCTG TATATGGAGC AGTTAGAAGT 
TCTGGATATG GTAAATCCAT TTCACCTTTA AAACAACTTT CCACAACTAT TGAAAAGAAA 
ACATCAAAAG ATGCTTTCAG AAGGACAAGT TTAAAAGCTA AATCACCTGC AGATAAAGCA 
AAGCCCAAAG AAACATTATT TACTACTAGG GTAATATCTG CAGTAAAGGA ACCAGCTTCT 
AAAAAGGGTA TTAATGTGGT TACATCTGAC CACTCAGCTA TAAAAGACCT TGGGCAGCAG 
ATGAAGGATG TGGATTCCTG TGTGCAGTTT CAACGTGATT CCTCATTTGT ATCTGTCAAC 
AATAATGTGA GAGAGCTTTA TTTGTTAAGA AGAGTACAGG CAGCAGAGGA AGAGTTGAAT 
TCAGCACATG ATGTAATTCA GCATTTAAAA GATGTGGTCT CTCAGAAAGA GAAGGAAATG 
GAGAATAAGA TGGTGGAAAT GAAAATGCAG TCTGATAAAG AGCTTTCCCA GCTGAGTCAA 
GAAAATTATG AACTTCAGAC CAAGTTAAAA AGTGTGGAGG AACTGAACAA AGGAAAGAAA 
TGGTTCCAGC CAGAGATGAC AGATCCTATC ACTGAAGAAA AGTTAAAAGA AATACAGAAG 
GAAATTCAAG ATCAAGAGAC CCTTCTTCAA GGTTATCAAC AGGAAAATGA AAGGTTATAC 
AAGCAAGTGA AAGAGCTACA GCTACAAAAC AAGAAAAATG AGGAAAGGAT GTTTAAAGAA 
AATCAATATT TAATGTCTGA ATTAGCATCC TTAAGAGAAA AGATGGATCA AAATAACTTC 
CAGTCACAGT TAGTGCAGGA TTCTGAGCCA GTAAGAAACC AAAGTTTCTC AGAATTGATT 
TCAGAACTTC GAGCAGCACA GAAAGAAGAA ACCAAACTGC TGGAAGAGAT AAAACGGCTT 
AAACAAGACA AACAAGCCCT TGAAGTAGAT TTGGGACAAA TGAAAAGAGA AAGAGATCTG 
GCAAGAACAC AGTTTTTTTC TGCTTCAGGC GAGAAGAATT ATGAGATAAA GATTATGGAA 
GAATCATACA AACAAGAAAT TAGTAATTTG AAAAAGAGGT TGCAGTGGTA TGCAGAAAAT 
CAAGACCTTT TGGATAAAGA TGCAGCACGT CTTAAAAATG CAAAAGAAGA AATTGAGAAA 
TTAAAACTAC AGGTTGAGAA GCTCACAACA GAAGCTGGGA ATCGGTCTGT GCAACAGAAG 
AAACGTTGGA AGGACAGGGC AGCAGATGCT AAAAGAATTC AAGATCTCGA GCGACAGATT 
AAGGAAATGG AAGGGATTCT GAAGAGAAGG CATCCAAATT CATTGCCTGC TTTAATATAT 
GCTGCTGCAG CAGCCTCTGA AGAAGTTGAT GTTTCAGCTA AGACCAATAC AATTGATTTT 
CTAGAAAGAA GAATAAAAAA GTTAGAAACA GAGTTAGAGG GGAAAGATGA GGAAGCTAAG 
AAAAGTCTCC GTGCTATGGA ACAACAATTT CAAAAAATAA AGCTTCAGTA TGAGCAAAGA 
CTTATAGAGC TTGAAAAATT ACTTGCTTCG AAGTTGATGA ATGAACCCCA GAAATTGCAT 
GACAACAAAT GCGGTTTTAT AACACTTGAG CAAGAACTTA ACAATGAAAG AGAGACCTAT 
CAGATCACTA TAAAAAATCT TCAAACAGAA ATTGAAAATC TTAAAGATCA AAACTCTCAA 
TTAAAACTGA AAAGTGAAAG AGGTGATAAA CATTTAGAGA ACCAGGTGGA ACAAGCTAGT 
GCAAAAGCCA GGTTGGTAAA ATTAAATCAA GAACTGGTCA CCAAAAGTAA AGAAATACAG 
GACCTTACAA AAACGGTGGA GAAGCTTCAG AGAGAGAGAA GGAGGATGCT GTGTGATCAG 
AATTCAAATG ACAAAGCTGA CAACAGTGAA AAGTCCACAG AGATTTTACA GAAGGATACT 
TCAGCAACAG ATAAAAGGAA ATCTAGCAAC CATGAACCTT TTCCCAACAC TCTCGATGAA 
AAAATATATC AACCACATAC CTTTGCTGAT CCCCATATTT CAGAAGTTCT GCAAGAAAAT 
GCAAAGTTGA AAGATGAGCT TGAAAGATTG TCTCTAGAAA TGAAGCAGGA GCAAGTGAAG 
TCTCAAGCAG CACTGGCTTA TTCCGAAAAT AATGTGCGCA GGATAAAAGA AGAGATGGCT 
GAATACATCA CAGCTCTTAA AGCATCCCAC CAGAGAGAAG TAGAGAAAAT TCTTTGCCAG 
CATGCAATGG AGCATTCCAC TTCTAAACTA GCAAAACTAA ATAGCAAAAT TTCAACCCAA 
GAGATCCTAA TAAAACATCT CCAAGAACAA GTTAAAGAGC TACAGAGGGA TCAAGAAGCC 
TTAGTAGTTT CACAGATGCG AGAGGAAATC TTACAGAAGG AGATGGCAAA ATTACTAAAA 
GACTTGAGAG AAGCTAAGGA GAGCCAGAGT CCTGAAATGA AACGCTTCTT GTGCCTAGAA 
AGAAAAATCA AGCATATGGA GACCAGACAT GACCAAAGAG AACAAGAACT ACAGCAGGTG 
GTGCAACAGA CACAGCATGT TGCTGAAGCA CAGCAAATCC AGGAGATTGA GAAATGGAGG 
AAACTTGCTC AAATAAAGAA TCAGGAGCTG GAGAAATTTC GAGTGGAATT AGATTCAATA 
CTGGATGTTC TACGGGAATT ACAGAAACAA GGAGTTATTA TTCCAGCACC TATTTCCAGT 
GGGTTAAACA TACCAGGAAG TTATTGGAAG TTGTGA

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

RefSeq	XP_019352402.1
CDS	219..4514
Translation	MAHRFSKEELDEQFEQFLKESLSDDSFGHSKEKSSVLETLGKPSRKESKKKDAVPWWIAEDDSDDGGMLGTNGSFLKSQKSSQPLAETDEGARVEMMQLQKNDGVSVSLSRDSLETNDSVVASGPNPSILGVGLDTLEEQEEKERFFAKLEKGASSTIDYSRLNKELDSNDSLVLAPFSRNEQAVEQMEEEKESKHNERSEDYSEDFADEEDAITPSKSENNQVKQTTRSDDDLSVQRQEETPGMLAKVVLLDSQDSTMEVQKVSEQQGVAVTEHQTSQEVAESKMNRSGVSCVQTNSDIEALHQAYYHIDQSLGDTDEQRIHIGVMENIECFVQDGSQNNEAGAKNASTTESDLPTIEELMKPIKADSSYARGFDLESISRMKPADSKADECVSHLPFKENQYDTDVEKQSLDVLFKEHNKEENNFLWAAVNDGSESSNQKRTEREVQTERVQLNILRQKLAQNSILLRQDEKMNQAHLSSSWKHDGLQSVTNKQTVYKNTRNTASLHKRKSVYGAVRSSGYGKSISPLKQLSTTIEKKTSKDAFRRTSLKAKSPADKAKPKETLFTTRVISAVKEPASKKGINVVTSDHSAIKDLGQQMKDVDSCVQFQRDSSFVSVNNNVRELYLLRRVQAAEEELNSAHDVIQHLKDVVSQKEKEMENKMVEMKMQSDKELSQLSQENYELQTKLKSVEELNKGKKWFQPEMTDPITEEKLKEIQKEIQDQETLLQGYQQENERLYKQVKELQLQNKKNEERMFKENQYLMSELASLREKMDQNNFQSQLVQDSEPVRNQSFSELISELRAAQKEETKLLEEIKRLKQDKQALEVDLGQMKRERDLARTQFFSASGEKNYEIKIMEESYKQEISNLKKRLQWYAENQDLLDKDAARLKNAKEEIEKLKLQVEKLTTEAGNRSVQQKKRWKDRAADAKRIQDLERQIKEMEGILKRRHPNSLPALIYAAAAASEEVDVSAKTNTIDFLERRIKKLETELEGKDEEAKKSLRAMEQQFQKIKLQYEQRLIELEKLLASKLMNEPQKLHDNKCGFITLEQELNNERETYQITIKNLQTEIENLKDQNSQLKLKSERGDKHLENQVEQASAKARLVKLNQELVTKSKEIQDLTKTVEKLQRERRRMLCDQNSNDKADNSEKSTEILQKDTSATDKRKSSNHEPFPNTLDEKIYQPHTFADPHISEVLQENAKLKDELERLSLEMKQEQVKSQAALAYSENNVRRIKEEMAEYITALKASHQREVEKILCQHAMEHSTSKLAKLNSKISTQEILIKHLQEQVKELQRDQEALVVSQMREEILQKEMAKLLKDLREAKESQSPEMKRFLCLERKIKHMETRHDQREQELQQVVQQTQHVAEAQQIQEIEKWRKLAQIKNQELEKFRVELDSILDVLRELQKQGVIIPAPISSGLNIPGSYWKL

Target ORF information:

RefSeq Version	XM_019496857.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X2, mRNA.

Target ORF information:

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

XM_019496857.1

ORF Insert Sequence:

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGCAGAATGA AACCAGCAGA CAGCAAAGCA GATGAATGTG TCAGCCATTT GCCATTTAAA 
GAGAACCAAT ATGATACAGA TGTAGAGAAA CAAAGTTTAG ATGTTTTGTT TAAAGAACAT 
AATAAAGAAG AGAACAATTT TCTGTGGGCA GCTGTAAATG ATGGTAGTGA AAGTAGCAAT 
CAAAAAAGGA CTGAGAGAGA AGTCCAGACT GAGAGAGTGC AGCTCAACAT ACTGAGACAA 
AAGTTAGCAC AAAATTCTAT CCTGTTGCGT CAAGATGAAA AAATGAATCA AGCACATCTG 
TCCAGCTCTT GGAAGCATGA TGGATTACAA TCAGTGACCA ATAAACAAAC AGTGTACAAG 
AACACTAGAA ATACTGCTTC TTTACATAAG AGGAAATCTG TATATGGAGC AGTTAGAAGT 
TCTGGATATG GTAAATCCAT TTCACCTTTA AAACAACTTT CCACAACTAT TGAAAAGAAA 
ACATCAAAAG ATGCTTTCAG AAGGACAAGT TTAAAAGCTA AATCACCTGC AGATAAAGCA 
AAGCCCAAAG AAACATTATT TACTACTAGG GTAATATCTG CAGTAAAGGA ACCAGCTTCT 
AAAAAGGGTA TTAATGTGGT TACATCTGAC CACTCAGCTA TAAAAGACCT TGGGCAGCAG 
ATGAAGGATG TGGATTCCTG TGTGCAGTTT CAACGTGATT CCTCATTTGT ATCTGTCAAC 
AATAATGTGA GAGAGCTTTA TTTGTTAAGA AGAGTACAGG CAGCAGAGGA AGAGTTGAAT 
TCAGCACATG ATGTAATTCA GCATTTAAAA GATGTGGTCT CTCAGAAAGA GAAGGAAATG 
GAGAATAAGA TGGTGGAAAT GAAAATGCAG TCTGATAAAG AGCTTTCCCA GCTGAGTCAA 
GAAAATTATG AACTTCAGAC CAAGTTAAAA AGTGTGGAGG AACTGAACAA AGGAAAGAAA 
TGGTTCCAGC CAGAGATGAC AGATCCTATC ACTGAAGAAA AGTTAAAAGA AATACAGAAG 
GAAATTCAAG ATCAAGAGAC CCTTCTTCAA GGTTATCAAC AGGAAAATGA AAGGTTATAC 
AAGCAAGTGA AAGAGCTACA GCTACAAAAC AAGAAAAATG AGGAAAGGAT GTTTAAAGAA 
AATCAATATT TAATGTCTGA ATTAGCATCC TTAAGAGAAA AGATGGATCA AAATAACTTC 
CAGTCACAGT TAGTGCAGGA TTCTGAGCCA GTAAGAAACC AAAGTTTCTC AGAATTGATT 
TCAGAACTTC GAGCAGCACA GAAAGAAGAA ACCAAACTGC TGGAAGAGAT AAAACGGCTT 
AAACAAGACA AACAAGCCCT TGAAGTAGAT TTGGGACAAA TGAAAAGAGA AAGAGATCTG 
GCAAGAACAC AGTTTTTTTC TGCTTCAGGC GAGAAGAATT ATGAGATAAA GATTATGGAA 
GAATCATACA AACAAGAAAT TAGTAATTTG AAAAAGAGGT TGCAGTGGTA TGCAGAAAAT 
CAAGACCTTT TGGATAAAGA TGCAGCACGT CTTAAAAATG CAAAAGAAGA AATTGAGAAA 
TTAAAACTAC AGGTTGAGAA GCTCACAACA GAAGCTGGGA ATCGGTCTGT GCAACAGAAG 
AAACGTTGGA AGGACAGGGC AGCAGATGCT AAAAGAATTC AAGATCTCGA GCGACAGATT 
AAGGAAATGG AAGGGATTCT GAAGAGAAGG CATCCAAATT CATTGCCTGC TTTAATATAT 
GCTGCTGCAG CAGCCTCTGA AGAAGTTGAT GTTTCAGCTA AGACCAATAC AATTGATTTT 
CTAGAAAGAA GAATAAAAAA GTTAGAAACA GAGTTAGAGG GGAAAGATGA GGAAGCTAAG 
AAAAGTCTCC GTGCTATGGA ACAACAATTT CAAAAAATAA AGCTTCAGTA TGAGCAAAGA 
CTTATAGAGC TTGAAAAATT ACTTGCTTCG AAGTTGATGA ATGAACCCCA GAAATTGCAT 
GACAACAAAT GCGGTTTTAT AACACTTGAG CAAGAACTTA ACAATGAAAG AGAGACCTAT 
CAGATCACTA TAAAAAATCT TCAAACAGAA ATTGAAAATC TTAAAGATCA AAACTCTCAA 
TTAAAACTGA AAAGTGAAAG AGGTGATAAA CATTTAGAGA ACCAGGTGGA ACAAGCTAGT 
GCAAAAGCCA GGTTGGTAAA ATTAAATCAA GAACTGGTCA CCAAAAGTAA AGAAATACAG 
GACCTTACAA AAACGGTGGA GAAGCTTCAG AGAGAGAGAA GGAGGATGCT GTGTGATCAG 
AATTCAAATG ACAAAGCTGA CAACAGTGAA AAGTCCACAG AGATTTTACA GAAGGATACT 
TCAGCAACAG ATAAAAGGAA ATCTAGCAAC CATGAACCTT TTCCCAACAC TCTCGATGAA 
AAAATATATC AACCACATAC CTTTGCTGAT CCCCATATTT CAGAAGTTCT GCAAGAAAAT 
GCAAAGTTGA AAGATGAGCT TGAAAGATTG TCTCTAGAAA TGAAGCAGGA GCAAGTGAAG 
TCTCAAGCAG CACTGGCTTA TTCCGAAAAT AATGTGCGCA GGATAAAAGA AGAGATGGCT 
GAATACATCA CAGCTCTTAA AGCATCCCAC CAGAGAGAAG TAGAGAAAAT TCTTTGCCAG 
CATGCAATGG AGCATTCCAC TTCTAAACTA GCAAAACTAA ATAGCAAAAT TTCAACCCAA 
GAGATCCTAA TAAAACATCT CCAAGAACAA GTTAAAGAGC TACAGAGGGA TCAAGAAGCC 
TTAGTAGTTT CACAGATGCG AGAGGAAATC TTACAGAAGG AGATGGCAAA ATTACTAAAA 
GACTTGAGAG AAGCTAAGGA GAGCCAGAGT CCTGAAATGA AACGCTTCTT GTGCCTAGAA 
AGAAAAATCA AGCATATGGA GACCAGACAT GACCAAAGAG AACAAGAACT ACAGCAGGTG 
GTGCAACAGA CACAGCATGT TGCTGAAGCA CAGCAAATCC AGGAGATTGA GAAATGGAGG 
AAACTTGCTC AAATAAAGAA TCAGGAGCTG GAGAAATTTC GAGTGGAATT AGATTCAATA 
CTGGATGTTC TACGGGAATT ACAGAAACAA GGAGTTATTA TTCCAGCACC TATTTCCAGT 
GGGTTAAACA TACCAGGAAG TTATTGGAAG TTGTGA

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

CEP162 ( XM_019496858.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019352403.1 Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X3, mRNA.

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CloneID	OAl67993
Clone ID Related Accession (Same CDS sequence)	XM_019496858.1
Accession Version	XM_019496858.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4293bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	centrosomal protein of 162 kDa isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017712464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGAATGAAAC CAGCAGACAG CAAAGCAGAT GAATGTGTCA GCCATTTGCC ATTTAAAGAG 
AACCAATATG ATACAGATGT AGAGAAACAA AGTTTAGATG TTTTGTTTAA AGAACATAAT 
AAAGAAGAGA ACAATTTTCT GTGGGCAGCT GTAAATGATG GTAGTGAAAG TAGCAATCAA 
AAAAGGACTG AGAGAGAAGT CCAGACTGAG AGAGTGCAGC TCAACATACT GAGACAAAAG 
TTAGCACAAA ATTCTATCCT GTTGCGTCAA GATGAAAAAA TGAATCAAGC ACATCTGTCC 
AGCTCTTGGA AGCATGATGG ATTACAATCA GTGACCAATA AACAAACAGT GTACAAGAAC 
ACTAGAAATA CTGCTTCTTT ACATAAGAGG AAATCTGTAT ATGGAGCAGT TAGAAGTTCT 
GGATATGGTA AATCCATTTC ACCTTTAAAA CAACTTTCCA CAACTATTGA AAAGAAAACA 
TCAAAAGATG CTTTCAGAAG GACAAGTTTA AAAGCTAAAT CACCTGCAGA TAAAGCAAAG 
CCCAAAGAAA CATTATTTAC TACTAGGGTA ATATCTGCAG TAAAGGAACC AGCTTCTAAA 
AAGGGTATTA ATGTGGTTAC ATCTGACCAC TCAGCTATAA AAGACCTTGG GCAGCAGATG 
AAGGATGTGG ATTCCTGTGT GCAGTTTCAA CGTGATTCCT CATTTGTATC TGTCAACAAT 
AATGTGAGAG AGCTTTATTT GTTAAGAAGA GTACAGGCAG CAGAGGAAGA GTTGAATTCA 
GCACATGATG TAATTCAGCA TTTAAAAGAT GTGGTCTCTC AGAAAGAGAA GGAAATGGAG 
AATAAGATGG TGGAAATGAA AATGCAGTCT GATAAAGAGC TTTCCCAGCT GAGTCAAGAA 
AATTATGAAC TTCAGACCAA GTTAAAAAGT GTGGAGGAAC TGAACAAAGG AAAGAAATGG 
TTCCAGCCAG AGATGACAGA TCCTATCACT GAAGAAAAGT TAAAAGAAAT ACAGAAGGAA 
ATTCAAGATC AAGAGACCCT TCTTCAAGGT TATCAACAGG AAAATGAAAG GTTATACAAG 
CAAGTGAAAG AGCTACAGCT ACAAAACAAG AAAAATGAGG AAAGGATGTT TAAAGAAAAT 
CAATATTTAA TGTCTGAATT AGCATCCTTA AGAGAAAAGA TGGATCAAAA TAACTTCCAG 
TCACAGTTAG TGCAGGATTC TGAGCCAGTA AGAAACCAAA GTTTCTCAGA ATTGATTTCA 
GAACTTCGAG CAGCACAGAA AGAAGAAACC AAACTGCTGG AAGAGATAAA ACGGCTTAAA 
CAAGACAAAC AAGCCCTTGA AGTAGATTTG GGACAAATGA AAAGAGAAAG AGATCTGGCA 
AGAACACAGT TTTTTTCTGC TTCAGGCGAG AAGAATTATG AGATAAAGAT TATGGAAGAA 
TCATACAAAC AAGAAATTAG TAATTTGAAA AAGAGGTTGC AGTGGTATGC AGAAAATCAA 
GACCTTTTGG ATAAAGATGC AGCACGTCTT AAAAATGCAA AAGAAGAAAT TGAGAAATTA 
AAACTACAGG TTGAGAAGCT CACAACAGAA GCTGGGAATC GGTCTGTGCA ACAGAAGAAA 
CGTTGGAAGG ACAGGGCAGC AGATGCTAAA AGAATTCAAG ATCTCGAGCG ACAGATTAAG 
GAAATGGAAG GGATTCTGAA GAGAAGGCAT CCAAATTCAT TGCCTGCTTT AATATATGCT 
GCTGCAGCAG CCTCTGAAGA AGTTGATGTT TCAGCTAAGA CCAATACAAT TGATTTTCTA 
GAAAGAAGAA TAAAAAAGTT AGAAACAGAG TTAGAGGGGA AAGATGAGGA AGCTAAGAAA 
AGTCTCCGTG CTATGGAACA ACAATTTCAA AAAATAAAGC TTCAGTATGA GCAAAGACTT 
ATAGAGCTTG AAAAATTACT TGCTTCGAAG TTGATGAATG AACCCCAGAA ATTGCATGAC 
AACAAATGCG GTTTTATAAC ACTTGAGCAA GAACTTAACA ATGAAAGAGA GACCTATCAG 
ATCACTATAA AAAATCTTCA AACAGAAATT GAAAATCTTA AAGATCAAAA CTCTCAATTA 
AAACTGAAAA GTGAAAGAGG TGATAAACAT TTAGAGAACC AGGTGGAACA AGCTAGTGCA 
AAAGCCAGGT TGGTAAAATT AAATCAAGAA CTGGTCACCA AAAGTAAAGA AATACAGGAC 
CTTACAAAAA CGGTGGAGAA GCTTCAGAGA GAGAGAAGGA GGATGCTGTG TGATCAGAAT 
TCAAATGACA AAGCTGACAA CAGTGAAAAG TCCACAGAGA TTTTACAGAA GGATACTTCA 
GCAACAGATA AAAGGAAATC TAGCAACCAT GAACCTTTTC CCAACACTCT CGATGAAAAA 
ATATATCAAC CACATACCTT TGCTGATCCC CATATTTCAG AAGTTCTGCA AGAAAATGCA 
AAGTTGAAAG ATGAGCTTGA AAGATTGTCT CTAGAAATGA AGCAGGAGCA AGTGAAGTCT 
CAAGCAGCAC TGGCTTATTC CGAAAATAAT GTGCGCAGGA TAAAAGAAGA GATGGCTGAA 
TACATCACAG CTCTTAAAGC ATCCCACCAG AGAGAAGTAG AGAAAATTCT TTGCCAGCAT 
GCAATGGAGC ATTCCACTTC TAAACTAGCA AAACTAAATA GCAAAATTTC AACCCAAGAG 
ATCCTAATAA AACATCTCCA AGAACAAGTT AAAGAGCTAC AGAGGGATCA AGAAGCCTTA 
GTAGTTTCAC AGATGCGAGA GGAAATCTTA CAGAAGGAGA TGGCAAAATT ACTAAAAGAC 
TTGAGAGAAG CTAAGGAGAG CCAGAGTCCT GAAATGAAAC GCTTCTTGTG CCTAGAAAGA 
AAAATCAAGC ATATGGAGAC CAGACATGAC CAAAGAGAAC AAGAACTACA GCAGGTGGTG 
CAACAGACAC AGCATGTTGC TGAAGCACAG CAAATCCAGG AGATTGAGAA ATGGAGGAAA 
CTTGCTCAAA TAAAGAATCA GGAGCTGGAG AAATTTCGAG TGGAATTAGA TTCAATACTG 
GATGTTCTAC GGGAATTACA GAAACAAGGA GTTATTATTC CAGCACCTAT TTCCAGTGGG 
TTAAACATAC CAGGAAGTTA TTGGAAGTTG TGA

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

RefSeq	XP_019352403.1
CDS	286..4578
Translation	MAHRFSKEELDEQFEQFLKESLSDDSFGHSKEKSSVLETLGKPSRKESKKKDAVPWWIAEDDSDDGGMLGTNGSFLKSQKSSQPLAETDEGARVEMMQLQKNDGVSVSLSRDSLETNDSVVASGPNPSILGVGLDTLEEQEEKERFFAKLEKGASSTIDYSRLNKELDSNDSLVLAPFSRNEQAVEQMEEEKESKHNERSEDYSEDFADEEDAITPSKSENNQVKQTTRSDDDLSVQRQEETPGMLAKVVLLDSQDSTMEVQKVSEQQGVAVTEHQTSQEVAESKMNRSGVSCVQTNSDIEALHQAYYHIDQSLGDTDEQRIHIGVMENIECFVQDGSQNNEAGAKNASTTESDLPTIEELMKPIKADSSYARGFDLESIRMKPADSKADECVSHLPFKENQYDTDVEKQSLDVLFKEHNKEENNFLWAAVNDGSESSNQKRTEREVQTERVQLNILRQKLAQNSILLRQDEKMNQAHLSSSWKHDGLQSVTNKQTVYKNTRNTASLHKRKSVYGAVRSSGYGKSISPLKQLSTTIEKKTSKDAFRRTSLKAKSPADKAKPKETLFTTRVISAVKEPASKKGINVVTSDHSAIKDLGQQMKDVDSCVQFQRDSSFVSVNNNVRELYLLRRVQAAEEELNSAHDVIQHLKDVVSQKEKEMENKMVEMKMQSDKELSQLSQENYELQTKLKSVEELNKGKKWFQPEMTDPITEEKLKEIQKEIQDQETLLQGYQQENERLYKQVKELQLQNKKNEERMFKENQYLMSELASLREKMDQNNFQSQLVQDSEPVRNQSFSELISELRAAQKEETKLLEEIKRLKQDKQALEVDLGQMKRERDLARTQFFSASGEKNYEIKIMEESYKQEISNLKKRLQWYAENQDLLDKDAARLKNAKEEIEKLKLQVEKLTTEAGNRSVQQKKRWKDRAADAKRIQDLERQIKEMEGILKRRHPNSLPALIYAAAAASEEVDVSAKTNTIDFLERRIKKLETELEGKDEEAKKSLRAMEQQFQKIKLQYEQRLIELEKLLASKLMNEPQKLHDNKCGFITLEQELNNERETYQITIKNLQTEIENLKDQNSQLKLKSERGDKHLENQVEQASAKARLVKLNQELVTKSKEIQDLTKTVEKLQRERRRMLCDQNSNDKADNSEKSTEILQKDTSATDKRKSSNHEPFPNTLDEKIYQPHTFADPHISEVLQENAKLKDELERLSLEMKQEQVKSQAALAYSENNVRRIKEEMAEYITALKASHQREVEKILCQHAMEHSTSKLAKLNSKISTQEILIKHLQEQVKELQRDQEALVVSQMREEILQKEMAKLLKDLREAKESQSPEMKRFLCLERKIKHMETRHDQREQELQQVVQQTQHVAEAQQIQEIEKWRKLAQIKNQELEKFRVELDSILDVLRELQKQGVIIPAPISSGLNIPGSYWKL

Target ORF information:

RefSeq Version	XM_019496858.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X3, mRNA.

Target ORF information:

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

XM_019496858.1

ORF Insert Sequence:

ATGGCTCATC GGTTTTCAAA AGAAGAACTA GATGAGCAAT TTGAACAGTT TCTGAAAGAG 
TCTCTTTCAG ATGATTCGTT TGGACATTCA AAAGAAAAGT CCAGTGTTCT TGAGACACTG 
GGGAAACCCA GTAGGAAAGA ATCGAAAAAA AAAGATGCTG TGCCATGGTG GATAGCTGAG 
GATGATTCTG ATGATGGTGG AATGCTTGGG ACAAATGGAA GCTTTCTCAA GTCACAAAAG 
AGTTCCCAGC CCCTTGCAGA AACAGATGAG GGTGCTCGTG TAGAAATGAT GCAGCTTCAA 
AAAAATGATG GTGTTTCTGT TTCCTTAAGC AGAGATAGCT TGGAAACTAA TGATTCAGTT 
GTGGCCTCTG GGCCTAATCC AAGCATTTTA GGAGTTGGAT TGGATACTTT GGAAGAACAA 
GAAGAAAAAG AGAGGTTCTT TGCCAAACTT GAGAAAGGAG CTTCATCTAC CATTGATTAT 
TCAAGATTAA ACAAAGAGCT GGATTCTAAT GATTCTCTGG TATTAGCACC ATTTAGCCGG 
AATGAACAGG CTGTTGAACA AATGGAAGAG GAAAAGGAAT CTAAACACAA CGAGAGATCT 
GAAGATTATA GTGAAGATTT TGCAGACGAG GAAGATGCTA TTACTCCTTC TAAAAGTGAA 
AATAATCAAG TTAAACAAAC GACAAGATCA GATGATGACT TAAGTGTCCA ACGACAGGAA 
GAAACACCTG GGATGCTGGC TAAAGTTGTA TTGCTTGATT CACAAGACTC TACTATGGAA 
GTTCAGAAGG TCTCTGAACA ACAGGGTGTA GCTGTGACTG AACATCAAAC ATCTCAAGAA 
GTTGCTGAGA GTAAAATGAA CAGGAGTGGT GTTTCCTGTG TGCAAACTAA CAGTGACATT 
GAAGCATTAC ATCAGGCATA TTATCATATT GATCAGTCTT TAGGAGACAC AGATGAACAA 
AGAATTCATA TCGGTGTAAT GGAAAATATA GAATGCTTTG TCCAGGATGG TTCACAAAAT 
AATGAAGCTG GTGCAAAAAA TGCTTCAACT ACTGAATCAG ATTTACCTAC TATAGAAGAG 
TTAATGAAAC CTATTAAAGC AGATTCATCG TATGCCAGAG GCTTTGACCT GGAGTCTATA 
AGAATGAAAC CAGCAGACAG CAAAGCAGAT GAATGTGTCA GCCATTTGCC ATTTAAAGAG 
AACCAATATG ATACAGATGT AGAGAAACAA AGTTTAGATG TTTTGTTTAA AGAACATAAT 
AAAGAAGAGA ACAATTTTCT GTGGGCAGCT GTAAATGATG GTAGTGAAAG TAGCAATCAA 
AAAAGGACTG AGAGAGAAGT CCAGACTGAG AGAGTGCAGC TCAACATACT GAGACAAAAG 
TTAGCACAAA ATTCTATCCT GTTGCGTCAA GATGAAAAAA TGAATCAAGC ACATCTGTCC 
AGCTCTTGGA AGCATGATGG ATTACAATCA GTGACCAATA AACAAACAGT GTACAAGAAC 
ACTAGAAATA CTGCTTCTTT ACATAAGAGG AAATCTGTAT ATGGAGCAGT TAGAAGTTCT 
GGATATGGTA AATCCATTTC ACCTTTAAAA CAACTTTCCA CAACTATTGA AAAGAAAACA 
TCAAAAGATG CTTTCAGAAG GACAAGTTTA AAAGCTAAAT CACCTGCAGA TAAAGCAAAG 
CCCAAAGAAA CATTATTTAC TACTAGGGTA ATATCTGCAG TAAAGGAACC AGCTTCTAAA 
AAGGGTATTA ATGTGGTTAC ATCTGACCAC TCAGCTATAA AAGACCTTGG GCAGCAGATG 
AAGGATGTGG ATTCCTGTGT GCAGTTTCAA CGTGATTCCT CATTTGTATC TGTCAACAAT 
AATGTGAGAG AGCTTTATTT GTTAAGAAGA GTACAGGCAG CAGAGGAAGA GTTGAATTCA 
GCACATGATG TAATTCAGCA TTTAAAAGAT GTGGTCTCTC AGAAAGAGAA GGAAATGGAG 
AATAAGATGG TGGAAATGAA AATGCAGTCT GATAAAGAGC TTTCCCAGCT GAGTCAAGAA 
AATTATGAAC TTCAGACCAA GTTAAAAAGT GTGGAGGAAC TGAACAAAGG AAAGAAATGG 
TTCCAGCCAG AGATGACAGA TCCTATCACT GAAGAAAAGT TAAAAGAAAT ACAGAAGGAA 
ATTCAAGATC AAGAGACCCT TCTTCAAGGT TATCAACAGG AAAATGAAAG GTTATACAAG 
CAAGTGAAAG AGCTACAGCT ACAAAACAAG AAAAATGAGG AAAGGATGTT TAAAGAAAAT 
CAATATTTAA TGTCTGAATT AGCATCCTTA AGAGAAAAGA TGGATCAAAA TAACTTCCAG 
TCACAGTTAG TGCAGGATTC TGAGCCAGTA AGAAACCAAA GTTTCTCAGA ATTGATTTCA 
GAACTTCGAG CAGCACAGAA AGAAGAAACC AAACTGCTGG AAGAGATAAA ACGGCTTAAA 
CAAGACAAAC AAGCCCTTGA AGTAGATTTG GGACAAATGA AAAGAGAAAG AGATCTGGCA 
AGAACACAGT TTTTTTCTGC TTCAGGCGAG AAGAATTATG AGATAAAGAT TATGGAAGAA 
TCATACAAAC AAGAAATTAG TAATTTGAAA AAGAGGTTGC AGTGGTATGC AGAAAATCAA 
GACCTTTTGG ATAAAGATGC AGCACGTCTT AAAAATGCAA AAGAAGAAAT TGAGAAATTA 
AAACTACAGG TTGAGAAGCT CACAACAGAA GCTGGGAATC GGTCTGTGCA ACAGAAGAAA 
CGTTGGAAGG ACAGGGCAGC AGATGCTAAA AGAATTCAAG ATCTCGAGCG ACAGATTAAG 
GAAATGGAAG GGATTCTGAA GAGAAGGCAT CCAAATTCAT TGCCTGCTTT AATATATGCT 
GCTGCAGCAG CCTCTGAAGA AGTTGATGTT TCAGCTAAGA CCAATACAAT TGATTTTCTA 
GAAAGAAGAA TAAAAAAGTT AGAAACAGAG TTAGAGGGGA AAGATGAGGA AGCTAAGAAA 
AGTCTCCGTG CTATGGAACA ACAATTTCAA AAAATAAAGC TTCAGTATGA GCAAAGACTT 
ATAGAGCTTG AAAAATTACT TGCTTCGAAG TTGATGAATG AACCCCAGAA ATTGCATGAC 
AACAAATGCG GTTTTATAAC ACTTGAGCAA GAACTTAACA ATGAAAGAGA GACCTATCAG 
ATCACTATAA AAAATCTTCA AACAGAAATT GAAAATCTTA AAGATCAAAA CTCTCAATTA 
AAACTGAAAA GTGAAAGAGG TGATAAACAT TTAGAGAACC AGGTGGAACA AGCTAGTGCA 
AAAGCCAGGT TGGTAAAATT AAATCAAGAA CTGGTCACCA AAAGTAAAGA AATACAGGAC 
CTTACAAAAA CGGTGGAGAA GCTTCAGAGA GAGAGAAGGA GGATGCTGTG TGATCAGAAT 
TCAAATGACA AAGCTGACAA CAGTGAAAAG TCCACAGAGA TTTTACAGAA GGATACTTCA 
GCAACAGATA AAAGGAAATC TAGCAACCAT GAACCTTTTC CCAACACTCT CGATGAAAAA 
ATATATCAAC CACATACCTT TGCTGATCCC CATATTTCAG AAGTTCTGCA AGAAAATGCA 
AAGTTGAAAG ATGAGCTTGA AAGATTGTCT CTAGAAATGA AGCAGGAGCA AGTGAAGTCT 
CAAGCAGCAC TGGCTTATTC CGAAAATAAT GTGCGCAGGA TAAAAGAAGA GATGGCTGAA 
TACATCACAG CTCTTAAAGC ATCCCACCAG AGAGAAGTAG AGAAAATTCT TTGCCAGCAT 
GCAATGGAGC ATTCCACTTC TAAACTAGCA AAACTAAATA GCAAAATTTC AACCCAAGAG 
ATCCTAATAA AACATCTCCA AGAACAAGTT AAAGAGCTAC AGAGGGATCA AGAAGCCTTA 
GTAGTTTCAC AGATGCGAGA GGAAATCTTA CAGAAGGAGA TGGCAAAATT ACTAAAAGAC 
TTGAGAGAAG CTAAGGAGAG CCAGAGTCCT GAAATGAAAC GCTTCTTGTG CCTAGAAAGA 
AAAATCAAGC ATATGGAGAC CAGACATGAC CAAAGAGAAC AAGAACTACA GCAGGTGGTG 
CAACAGACAC AGCATGTTGC TGAAGCACAG CAAATCCAGG AGATTGAGAA ATGGAGGAAA 
CTTGCTCAAA TAAAGAATCA GGAGCTGGAG AAATTTCGAG TGGAATTAGA TTCAATACTG 
GATGTTCTAC GGGAATTACA GAAACAAGGA GTTATTATTC CAGCACCTAT TTCCAGTGGG 
TTAAACATAC CAGGAAGTTA TTGGAAGTTG TGA

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

CEP162 ( XM_019496859.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019352404.1 Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X4, mRNA.

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CloneID	OAl67994
Clone ID Related Accession (Same CDS sequence)	XM_019496859.1
Accession Version	XM_019496859.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4188bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	centrosomal protein of 162 kDa isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017712464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGGAAA AATTCCACAA GGCCAAGAAA GATGCGTTTT TAAACAAGGA AGATGGCAGC 
ATCAGATCTG ACAGTCCAAA CAGTTCTGAG GGAATGCTTG GGACAAATGG AAGCTTTCTC 
AAGTCACAAA AGAGTTCCCA GCCCCTTGCA GAAACAGATG AGGGTGCTCG TGTAGAAATG 
ATGCAGCTTC AAAAAAATGA TGGTGTTTCT GTTTCCTTAA GCAGAGATAG CTTGGAAACT 
AATGATTCAG TTGTGGCCTC TGGGCCTAAT CCAAGCATTT TAGGAGTTGG ATTGGATACT 
TTGGAAGAAC AAGAAGAAAA AGAGAGGTTC TTTGCCAAAC TTGAGAAAGG AGCTTCATCT 
ACCATTGATT ATTCAAGATT AAACAAAGAG CTGGATTCTA ATGATTCTCT GGTATTAGCA 
CCATTTAGCC GGAATGAACA GGCTGTTGAA CAAATGGAAG AGGAAAAGGA ATCTAAACAC 
AACGAGAGAT CTGAAGATTA TAGTGAAGAT TTTGCAGACG AGGAAGATGC TATTACTCCT 
TCTAAAAGTG AAAATAATCA AGTTAAACAA ACGACAAGAT CAGATGATGA CTTAAGTGTC 
CAACGACAGG AAGAAACACC TGGGATGCTG GCTAAAGTTG TATTGCTTGA TTCACAAGAC 
TCTACTATGG AAGTTCAGAA GGTCTCTGAA CAACAGGGTG TAGCTGTGAC TGAACATCAA 
ACATCTCAAG AAGTTGCTGA GAGTAAAATG AACAGGAGTG GTGTTTCCTG TGTGCAAACT 
AACAGTGACA TTGAAGCATT ACATCAGGCA TATTATCATA TTGATCAGTC TTTAGGAGAC 
ACAGATGAAC AAAGAATTCA TATCGGTGTA ATGGAAAATA TAGAATGCTT TGTCCAGGAT 
GGTTCACAAA ATAATGAAGC TGGTGCAAAA AATGCTTCAA CTACTGAATC AGATTTACCT 
ACTATAGAAG AGTTAATGAA ACCTATTAAA GCAGATTCAT CGTATGCCAG AGGCTTTGAC 
CTGGAGTCTA TAAGCAGAAT GAAACCAGCA GACAGCAAAG CAGATGAATG TGTCAGCCAT 
TTGCCATTTA AAGAGAACCA ATATGATACA GATGTAGAGA AACAAAGTTT AGATGTTTTG 
TTTAAAGAAC ATAATAAAGA AGAGAACAAT TTTCTGTGGG CAGCTGTAAA TGATGGTAGT 
GAAAGTAGCA ATCAAAAAAG GACTGAGAGA GAAGTCCAGA CTGAGAGAGT GCAGCTCAAC 
ATACTGAGAC AAAAGTTAGC ACAAAATTCT ATCCTGTTGC GTCAAGATGA AAAAATGAAT 
CAAGCACATC TGTCCAGCTC TTGGAAGCAT GATGGATTAC AATCAGTGAC CAATAAACAA 
ACAGTGTACA AGAACACTAG AAATACTGCT TCTTTACATA AGAGGAAATC TGTATATGGA 
GCAGTTAGAA GTTCTGGATA TGGTAAATCC ATTTCACCTT TAAAACAACT TTCCACAACT 
ATTGAAAAGA AAACATCAAA AGATGCTTTC AGAAGGACAA GTTTAAAAGC TAAATCACCT 
GCAGATAAAG CAAAGCCCAA AGAAACATTA TTTACTACTA GGGTAATATC TGCAGTAAAG 
GAACCAGCTT CTAAAAAGGG TATTAATGTG GTTACATCTG ACCACTCAGC TATAAAAGAC 
CTTGGGCAGC AGATGAAGGA TGTGGATTCC TGTGTGCAGT TTCAACGTGA TTCCTCATTT 
GTATCTGTCA ACAATAATGT GAGAGAGCTT TATTTGTTAA GAAGAGTACA GGCAGCAGAG 
GAAGAGTTGA ATTCAGCACA TGATGTAATT CAGCATTTAA AAGATGTGGT CTCTCAGAAA 
GAGAAGGAAA TGGAGAATAA GATGGTGGAA ATGAAAATGC AGTCTGATAA AGAGCTTTCC 
CAGCTGAGTC AAGAAAATTA TGAACTTCAG ACCAAGTTAA AAAGTGTGGA GGAACTGAAC 
AAAGGAAAGA AATGGTTCCA GCCAGAGATG ACAGATCCTA TCACTGAAGA AAAGTTAAAA 
GAAATACAGA AGGAAATTCA AGATCAAGAG ACCCTTCTTC AAGGTTATCA ACAGGAAAAT 
GAAAGGTTAT ACAAGCAAGT GAAAGAGCTA CAGCTACAAA ACAAGAAAAA TGAGGAAAGG 
ATGTTTAAAG AAAATCAATA TTTAATGTCT GAATTAGCAT CCTTAAGAGA AAAGATGGAT 
CAAAATAACT TCCAGTCACA GTTAGTGCAG GATTCTGAGC CAGTAAGAAA CCAAAGTTTC 
TCAGAATTGA TTTCAGAACT TCGAGCAGCA CAGAAAGAAG AAACCAAACT GCTGGAAGAG 
ATAAAACGGC TTAAACAAGA CAAACAAGCC CTTGAAGTAG ATTTGGGACA AATGAAAAGA 
GAAAGAGATC TGGCAAGAAC ACAGTTTTTT TCTGCTTCAG GCGAGAAGAA TTATGAGATA 
AAGATTATGG AAGAATCATA CAAACAAGAA ATTAGTAATT TGAAAAAGAG GTTGCAGTGG 
TATGCAGAAA ATCAAGACCT TTTGGATAAA GATGCAGCAC GTCTTAAAAA TGCAAAAGAA 
GAAATTGAGA AATTAAAACT ACAGGTTGAG AAGCTCACAA CAGAAGCTGG GAATCGGTCT 
GTGCAACAGA AGAAACGTTG GAAGGACAGG GCAGCAGATG CTAAAAGAAT TCAAGATCTC 
GAGCGACAGA TTAAGGAAAT GGAAGGGATT CTGAAGAGAA GGCATCCAAA TTCATTGCCT 
GCTTTAATAT ATGCTGCTGC AGCAGCCTCT GAAGAAGTTG ATGTTTCAGC TAAGACCAAT 
ACAATTGATT TTCTAGAAAG AAGAATAAAA AAGTTAGAAA CAGAGTTAGA GGGGAAAGAT 
GAGGAAGCTA AGAAAAGTCT CCGTGCTATG GAACAACAAT TTCAAAAAAT AAAGCTTCAG 
TATGAGCAAA GACTTATAGA GCTTGAAAAA TTACTTGCTT CGAAGTTGAT GAATGAACCC 
CAGAAATTGC ATGACAACAA ATGCGGTTTT ATAACACTTG AGCAAGAACT TAACAATGAA 
AGAGAGACCT ATCAGATCAC TATAAAAAAT CTTCAAACAG AAATTGAAAA TCTTAAAGAT 
CAAAACTCTC AATTAAAACT GAAAAGTGAA AGAGGTGATA AACATTTAGA GAACCAGGTG 
GAACAAGCTA GTGCAAAAGC CAGGTTGGTA AAATTAAATC AAGAACTGGT CACCAAAAGT 
AAAGAAATAC AGGACCTTAC AAAAACGGTG GAGAAGCTTC AGAGAGAGAG AAGGAGGATG 
CTGTGTGATC AGAATTCAAA TGACAAAGCT GACAACAGTG AAAAGTCCAC AGAGATTTTA 
CAGAAGGATA CTTCAGCAAC AGATAAAAGG AAATCTAGCA ACCATGAACC TTTTCCCAAC 
ACTCTCGATG AAAAAATATA TCAACCACAT ACCTTTGCTG ATCCCCATAT TTCAGAAGTT 
CTGCAAGAAA ATGCAAAGTT GAAAGATGAG CTTGAAAGAT TGTCTCTAGA AATGAAGCAG 
GAGCAAGTGA AGTCTCAAGC AGCACTGGCT TATTCCGAAA ATAATGTGCG CAGGATAAAA 
GAAGAGATGG CTGAATACAT CACAGCTCTT AAAGCATCCC ACCAGAGAGA AGTAGAGAAA 
ATTCTTTGCC AGCATGCAAT GGAGCATTCC ACTTCTAAAC TAGCAAAACT AAATAGCAAA 
ATTTCAACCC AAGAGATCCT AATAAAACAT CTCCAAGAAC AAGTTAAAGA GCTACAGAGG 
GATCAAGAAG CCTTAGTAGT TTCACAGATG CGAGAGGAAA TCTTACAGAA GGAGATGGCA 
AAATTACTAA AAGACTTGAG AGAAGCTAAG GAGAGCCAGA GTCCTGAAAT GAAACGCTTC 
TTGTGCCTAG AAAGAAAAAT CAAGCATATG GAGACCAGAC ATGACCAAAG AGAACAAGAA 
CTACAGCAGG TGGTGCAACA GACACAGCAT GTTGCTGAAG CACAGCAAAT CCAGGAGATT 
GAGAAATGGA GGAAACTTGC TCAAATAAAG AATCAGGAGC TGGAGAAATT TCGAGTGGAA 
TTAGATTCAA TACTGGATGT TCTACGGGAA TTACAGAAAC AAGGAGTTAT TATTCCAGCA 
CCTATTTCCA GTGGGTTAAA CATACCAGGA AGTTATTGGA AGTTGTGA

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

RefSeq	XP_019352404.1
CDS	121..4308
Translation	MLEKFHKAKKDAFLNKEDGSIRSDSPNSSEGMLGTNGSFLKSQKSSQPLAETDEGARVEMMQLQKNDGVSVSLSRDSLETNDSVVASGPNPSILGVGLDTLEEQEEKERFFAKLEKGASSTIDYSRLNKELDSNDSLVLAPFSRNEQAVEQMEEEKESKHNERSEDYSEDFADEEDAITPSKSENNQVKQTTRSDDDLSVQRQEETPGMLAKVVLLDSQDSTMEVQKVSEQQGVAVTEHQTSQEVAESKMNRSGVSCVQTNSDIEALHQAYYHIDQSLGDTDEQRIHIGVMENIECFVQDGSQNNEAGAKNASTTESDLPTIEELMKPIKADSSYARGFDLESISRMKPADSKADECVSHLPFKENQYDTDVEKQSLDVLFKEHNKEENNFLWAAVNDGSESSNQKRTEREVQTERVQLNILRQKLAQNSILLRQDEKMNQAHLSSSWKHDGLQSVTNKQTVYKNTRNTASLHKRKSVYGAVRSSGYGKSISPLKQLSTTIEKKTSKDAFRRTSLKAKSPADKAKPKETLFTTRVISAVKEPASKKGINVVTSDHSAIKDLGQQMKDVDSCVQFQRDSSFVSVNNNVRELYLLRRVQAAEEELNSAHDVIQHLKDVVSQKEKEMENKMVEMKMQSDKELSQLSQENYELQTKLKSVEELNKGKKWFQPEMTDPITEEKLKEIQKEIQDQETLLQGYQQENERLYKQVKELQLQNKKNEERMFKENQYLMSELASLREKMDQNNFQSQLVQDSEPVRNQSFSELISELRAAQKEETKLLEEIKRLKQDKQALEVDLGQMKRERDLARTQFFSASGEKNYEIKIMEESYKQEISNLKKRLQWYAENQDLLDKDAARLKNAKEEIEKLKLQVEKLTTEAGNRSVQQKKRWKDRAADAKRIQDLERQIKEMEGILKRRHPNSLPALIYAAAAASEEVDVSAKTNTIDFLERRIKKLETELEGKDEEAKKSLRAMEQQFQKIKLQYEQRLIELEKLLASKLMNEPQKLHDNKCGFITLEQELNNERETYQITIKNLQTEIENLKDQNSQLKLKSERGDKHLENQVEQASAKARLVKLNQELVTKSKEIQDLTKTVEKLQRERRRMLCDQNSNDKADNSEKSTEILQKDTSATDKRKSSNHEPFPNTLDEKIYQPHTFADPHISEVLQENAKLKDELERLSLEMKQEQVKSQAALAYSENNVRRIKEEMAEYITALKASHQREVEKILCQHAMEHSTSKLAKLNSKISTQEILIKHLQEQVKELQRDQEALVVSQMREEILQKEMAKLLKDLREAKESQSPEMKRFLCLERKIKHMETRHDQREQELQQVVQQTQHVAEAQQIQEIEKWRKLAQIKNQELEKFRVELDSILDVLRELQKQGVIIPAPISSGLNIPGSYWKL

Target ORF information:

RefSeq Version	XM_019496859.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X4, mRNA.

Target ORF information:

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

XM_019496859.1

ORF Insert Sequence:

ATGCTGGAAA AATTCCACAA GGCCAAGAAA GATGCGTTTT TAAACAAGGA AGATGGCAGC 
ATCAGATCTG ACAGTCCAAA CAGTTCTGAG GGAATGCTTG GGACAAATGG AAGCTTTCTC 
AAGTCACAAA AGAGTTCCCA GCCCCTTGCA GAAACAGATG AGGGTGCTCG TGTAGAAATG 
ATGCAGCTTC AAAAAAATGA TGGTGTTTCT GTTTCCTTAA GCAGAGATAG CTTGGAAACT 
AATGATTCAG TTGTGGCCTC TGGGCCTAAT CCAAGCATTT TAGGAGTTGG ATTGGATACT 
TTGGAAGAAC AAGAAGAAAA AGAGAGGTTC TTTGCCAAAC TTGAGAAAGG AGCTTCATCT 
ACCATTGATT ATTCAAGATT AAACAAAGAG CTGGATTCTA ATGATTCTCT GGTATTAGCA 
CCATTTAGCC GGAATGAACA GGCTGTTGAA CAAATGGAAG AGGAAAAGGA ATCTAAACAC 
AACGAGAGAT CTGAAGATTA TAGTGAAGAT TTTGCAGACG AGGAAGATGC TATTACTCCT 
TCTAAAAGTG AAAATAATCA AGTTAAACAA ACGACAAGAT CAGATGATGA CTTAAGTGTC 
CAACGACAGG AAGAAACACC TGGGATGCTG GCTAAAGTTG TATTGCTTGA TTCACAAGAC 
TCTACTATGG AAGTTCAGAA GGTCTCTGAA CAACAGGGTG TAGCTGTGAC TGAACATCAA 
ACATCTCAAG AAGTTGCTGA GAGTAAAATG AACAGGAGTG GTGTTTCCTG TGTGCAAACT 
AACAGTGACA TTGAAGCATT ACATCAGGCA TATTATCATA TTGATCAGTC TTTAGGAGAC 
ACAGATGAAC AAAGAATTCA TATCGGTGTA ATGGAAAATA TAGAATGCTT TGTCCAGGAT 
GGTTCACAAA ATAATGAAGC TGGTGCAAAA AATGCTTCAA CTACTGAATC AGATTTACCT 
ACTATAGAAG AGTTAATGAA ACCTATTAAA GCAGATTCAT CGTATGCCAG AGGCTTTGAC 
CTGGAGTCTA TAAGCAGAAT GAAACCAGCA GACAGCAAAG CAGATGAATG TGTCAGCCAT 
TTGCCATTTA AAGAGAACCA ATATGATACA GATGTAGAGA AACAAAGTTT AGATGTTTTG 
TTTAAAGAAC ATAATAAAGA AGAGAACAAT TTTCTGTGGG CAGCTGTAAA TGATGGTAGT 
GAAAGTAGCA ATCAAAAAAG GACTGAGAGA GAAGTCCAGA CTGAGAGAGT GCAGCTCAAC 
ATACTGAGAC AAAAGTTAGC ACAAAATTCT ATCCTGTTGC GTCAAGATGA AAAAATGAAT 
CAAGCACATC TGTCCAGCTC TTGGAAGCAT GATGGATTAC AATCAGTGAC CAATAAACAA 
ACAGTGTACA AGAACACTAG AAATACTGCT TCTTTACATA AGAGGAAATC TGTATATGGA 
GCAGTTAGAA GTTCTGGATA TGGTAAATCC ATTTCACCTT TAAAACAACT TTCCACAACT 
ATTGAAAAGA AAACATCAAA AGATGCTTTC AGAAGGACAA GTTTAAAAGC TAAATCACCT 
GCAGATAAAG CAAAGCCCAA AGAAACATTA TTTACTACTA GGGTAATATC TGCAGTAAAG 
GAACCAGCTT CTAAAAAGGG TATTAATGTG GTTACATCTG ACCACTCAGC TATAAAAGAC 
CTTGGGCAGC AGATGAAGGA TGTGGATTCC TGTGTGCAGT TTCAACGTGA TTCCTCATTT 
GTATCTGTCA ACAATAATGT GAGAGAGCTT TATTTGTTAA GAAGAGTACA GGCAGCAGAG 
GAAGAGTTGA ATTCAGCACA TGATGTAATT CAGCATTTAA AAGATGTGGT CTCTCAGAAA 
GAGAAGGAAA TGGAGAATAA GATGGTGGAA ATGAAAATGC AGTCTGATAA AGAGCTTTCC 
CAGCTGAGTC AAGAAAATTA TGAACTTCAG ACCAAGTTAA AAAGTGTGGA GGAACTGAAC 
AAAGGAAAGA AATGGTTCCA GCCAGAGATG ACAGATCCTA TCACTGAAGA AAAGTTAAAA 
GAAATACAGA AGGAAATTCA AGATCAAGAG ACCCTTCTTC AAGGTTATCA ACAGGAAAAT 
GAAAGGTTAT ACAAGCAAGT GAAAGAGCTA CAGCTACAAA ACAAGAAAAA TGAGGAAAGG 
ATGTTTAAAG AAAATCAATA TTTAATGTCT GAATTAGCAT CCTTAAGAGA AAAGATGGAT 
CAAAATAACT TCCAGTCACA GTTAGTGCAG GATTCTGAGC CAGTAAGAAA CCAAAGTTTC 
TCAGAATTGA TTTCAGAACT TCGAGCAGCA CAGAAAGAAG AAACCAAACT GCTGGAAGAG 
ATAAAACGGC TTAAACAAGA CAAACAAGCC CTTGAAGTAG ATTTGGGACA AATGAAAAGA 
GAAAGAGATC TGGCAAGAAC ACAGTTTTTT TCTGCTTCAG GCGAGAAGAA TTATGAGATA 
AAGATTATGG AAGAATCATA CAAACAAGAA ATTAGTAATT TGAAAAAGAG GTTGCAGTGG 
TATGCAGAAA ATCAAGACCT TTTGGATAAA GATGCAGCAC GTCTTAAAAA TGCAAAAGAA 
GAAATTGAGA AATTAAAACT ACAGGTTGAG AAGCTCACAA CAGAAGCTGG GAATCGGTCT 
GTGCAACAGA AGAAACGTTG GAAGGACAGG GCAGCAGATG CTAAAAGAAT TCAAGATCTC 
GAGCGACAGA TTAAGGAAAT GGAAGGGATT CTGAAGAGAA GGCATCCAAA TTCATTGCCT 
GCTTTAATAT ATGCTGCTGC AGCAGCCTCT GAAGAAGTTG ATGTTTCAGC TAAGACCAAT 
ACAATTGATT TTCTAGAAAG AAGAATAAAA AAGTTAGAAA CAGAGTTAGA GGGGAAAGAT 
GAGGAAGCTA AGAAAAGTCT CCGTGCTATG GAACAACAAT TTCAAAAAAT AAAGCTTCAG 
TATGAGCAAA GACTTATAGA GCTTGAAAAA TTACTTGCTT CGAAGTTGAT GAATGAACCC 
CAGAAATTGC ATGACAACAA ATGCGGTTTT ATAACACTTG AGCAAGAACT TAACAATGAA 
AGAGAGACCT ATCAGATCAC TATAAAAAAT CTTCAAACAG AAATTGAAAA TCTTAAAGAT 
CAAAACTCTC AATTAAAACT GAAAAGTGAA AGAGGTGATA AACATTTAGA GAACCAGGTG 
GAACAAGCTA GTGCAAAAGC CAGGTTGGTA AAATTAAATC AAGAACTGGT CACCAAAAGT 
AAAGAAATAC AGGACCTTAC AAAAACGGTG GAGAAGCTTC AGAGAGAGAG AAGGAGGATG 
CTGTGTGATC AGAATTCAAA TGACAAAGCT GACAACAGTG AAAAGTCCAC AGAGATTTTA 
CAGAAGGATA CTTCAGCAAC AGATAAAAGG AAATCTAGCA ACCATGAACC TTTTCCCAAC 
ACTCTCGATG AAAAAATATA TCAACCACAT ACCTTTGCTG ATCCCCATAT TTCAGAAGTT 
CTGCAAGAAA ATGCAAAGTT GAAAGATGAG CTTGAAAGAT TGTCTCTAGA AATGAAGCAG 
GAGCAAGTGA AGTCTCAAGC AGCACTGGCT TATTCCGAAA ATAATGTGCG CAGGATAAAA 
GAAGAGATGG CTGAATACAT CACAGCTCTT AAAGCATCCC ACCAGAGAGA AGTAGAGAAA 
ATTCTTTGCC AGCATGCAAT GGAGCATTCC ACTTCTAAAC TAGCAAAACT AAATAGCAAA 
ATTTCAACCC AAGAGATCCT AATAAAACAT CTCCAAGAAC AAGTTAAAGA GCTACAGAGG 
GATCAAGAAG CCTTAGTAGT TTCACAGATG CGAGAGGAAA TCTTACAGAA GGAGATGGCA 
AAATTACTAA AAGACTTGAG AGAAGCTAAG GAGAGCCAGA GTCCTGAAAT GAAACGCTTC 
TTGTGCCTAG AAAGAAAAAT CAAGCATATG GAGACCAGAC ATGACCAAAG AGAACAAGAA 
CTACAGCAGG TGGTGCAACA GACACAGCAT GTTGCTGAAG CACAGCAAAT CCAGGAGATT 
GAGAAATGGA GGAAACTTGC TCAAATAAAG AATCAGGAGC TGGAGAAATT TCGAGTGGAA 
TTAGATTCAA TACTGGATGT TCTACGGGAA TTACAGAAAC AAGGAGTTAT TATTCCAGCA 
CCTATTTCCA GTGGGTTAAA CATACCAGGA AGTTATTGGA AGTTGTGA

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

CEP162 ( XM_019496860.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019352405.1 Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X5, mRNA.

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CloneID	OAl67995
Clone ID Related Accession (Same CDS sequence)	XM_019496860.1
Accession Version	XM_019496860.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4095bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	centrosomal protein of 162 kDa isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017712464.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTTGGGA CAAATGGAAG CTTTCTCAAG TCACAAAAGA GTTCCCAGCC CCTTGCAGAA 
ACAGATGAGG GTGCTCGTGT AGAAATGATG CAGCTTCAAA AAAATGATGG TGTTTCTGTT 
TCCTTAAGCA GAGATAGCTT GGAAACTAAT GATTCAGTTG TGGCCTCTGG GCCTAATCCA 
AGCATTTTAG GAGTTGGATT GGATACTTTG GAAGAACAAG AAGAAAAAGA GAGGTTCTTT 
GCCAAACTTG AGAAAGGAGC TTCATCTACC ATTGATTATT CAAGATTAAA CAAAGAGCTG 
GATTCTAATG ATTCTCTGGT ATTAGCACCA TTTAGCCGGA ATGAACAGGC TGTTGAACAA 
ATGGAAGAGG AAAAGGAATC TAAACACAAC GAGAGATCTG AAGATTATAG TGAAGATTTT 
GCAGACGAGG AAGATGCTAT TACTCCTTCT AAAAGTGAAA ATAATCAAGT TAAACAAACG 
ACAAGATCAG ATGATGACTT AAGTGTCCAA CGACAGGAAG AAACACCTGG GATGCTGGCT 
AAAGTTGTAT TGCTTGATTC ACAAGACTCT ACTATGGAAG TTCAGAAGGT CTCTGAACAA 
CAGGGTGTAG CTGTGACTGA ACATCAAACA TCTCAAGAAG TTGCTGAGAG TAAAATGAAC 
AGGAGTGGTG TTTCCTGTGT GCAAACTAAC AGTGACATTG AAGCATTACA TCAGGCATAT 
TATCATATTG ATCAGTCTTT AGGAGACACA GATGAACAAA GAATTCATAT CGGTGTAATG 
GAAAATATAG AATGCTTTGT CCAGGATGGT TCACAAAATA ATGAAGCTGG TGCAAAAAAT 
GCTTCAACTA CTGAATCAGA TTTACCTACT ATAGAAGAGT TAATGAAACC TATTAAAGCA 
GATTCATCGT ATGCCAGAGG CTTTGACCTG GAGTCTATAA GCAGAATGAA ACCAGCAGAC 
AGCAAAGCAG ATGAATGTGT CAGCCATTTG CCATTTAAAG AGAACCAATA TGATACAGAT 
GTAGAGAAAC AAAGTTTAGA TGTTTTGTTT AAAGAACATA ATAAAGAAGA GAACAATTTT 
CTGTGGGCAG CTGTAAATGA TGGTAGTGAA AGTAGCAATC AAAAAAGGAC TGAGAGAGAA 
GTCCAGACTG AGAGAGTGCA GCTCAACATA CTGAGACAAA AGTTAGCACA AAATTCTATC 
CTGTTGCGTC AAGATGAAAA AATGAATCAA GCACATCTGT CCAGCTCTTG GAAGCATGAT 
GGATTACAAT CAGTGACCAA TAAACAAACA GTGTACAAGA ACACTAGAAA TACTGCTTCT 
TTACATAAGA GGAAATCTGT ATATGGAGCA GTTAGAAGTT CTGGATATGG TAAATCCATT 
TCACCTTTAA AACAACTTTC CACAACTATT GAAAAGAAAA CATCAAAAGA TGCTTTCAGA 
AGGACAAGTT TAAAAGCTAA ATCACCTGCA GATAAAGCAA AGCCCAAAGA AACATTATTT 
ACTACTAGGG TAATATCTGC AGTAAAGGAA CCAGCTTCTA AAAAGGGTAT TAATGTGGTT 
ACATCTGACC ACTCAGCTAT AAAAGACCTT GGGCAGCAGA TGAAGGATGT GGATTCCTGT 
GTGCAGTTTC AACGTGATTC CTCATTTGTA TCTGTCAACA ATAATGTGAG AGAGCTTTAT 
TTGTTAAGAA GAGTACAGGC AGCAGAGGAA GAGTTGAATT CAGCACATGA TGTAATTCAG 
CATTTAAAAG ATGTGGTCTC TCAGAAAGAG AAGGAAATGG AGAATAAGAT GGTGGAAATG 
AAAATGCAGT CTGATAAAGA GCTTTCCCAG CTGAGTCAAG AAAATTATGA ACTTCAGACC 
AAGTTAAAAA GTGTGGAGGA ACTGAACAAA GGAAAGAAAT GGTTCCAGCC AGAGATGACA 
GATCCTATCA CTGAAGAAAA GTTAAAAGAA ATACAGAAGG AAATTCAAGA TCAAGAGACC 
CTTCTTCAAG GTTATCAACA GGAAAATGAA AGGTTATACA AGCAAGTGAA AGAGCTACAG 
CTACAAAACA AGAAAAATGA GGAAAGGATG TTTAAAGAAA ATCAATATTT AATGTCTGAA 
TTAGCATCCT TAAGAGAAAA GATGGATCAA AATAACTTCC AGTCACAGTT AGTGCAGGAT 
TCTGAGCCAG TAAGAAACCA AAGTTTCTCA GAATTGATTT CAGAACTTCG AGCAGCACAG 
AAAGAAGAAA CCAAACTGCT GGAAGAGATA AAACGGCTTA AACAAGACAA ACAAGCCCTT 
GAAGTAGATT TGGGACAAAT GAAAAGAGAA AGAGATCTGG CAAGAACACA GTTTTTTTCT 
GCTTCAGGCG AGAAGAATTA TGAGATAAAG ATTATGGAAG AATCATACAA ACAAGAAATT 
AGTAATTTGA AAAAGAGGTT GCAGTGGTAT GCAGAAAATC AAGACCTTTT GGATAAAGAT 
GCAGCACGTC TTAAAAATGC AAAAGAAGAA ATTGAGAAAT TAAAACTACA GGTTGAGAAG 
CTCACAACAG AAGCTGGGAA TCGGTCTGTG CAACAGAAGA AACGTTGGAA GGACAGGGCA 
GCAGATGCTA AAAGAATTCA AGATCTCGAG CGACAGATTA AGGAAATGGA AGGGATTCTG 
AAGAGAAGGC ATCCAAATTC ATTGCCTGCT TTAATATATG CTGCTGCAGC AGCCTCTGAA 
GAAGTTGATG TTTCAGCTAA GACCAATACA ATTGATTTTC TAGAAAGAAG AATAAAAAAG 
TTAGAAACAG AGTTAGAGGG GAAAGATGAG GAAGCTAAGA AAAGTCTCCG TGCTATGGAA 
CAACAATTTC AAAAAATAAA GCTTCAGTAT GAGCAAAGAC TTATAGAGCT TGAAAAATTA 
CTTGCTTCGA AGTTGATGAA TGAACCCCAG AAATTGCATG ACAACAAATG CGGTTTTATA 
ACACTTGAGC AAGAACTTAA CAATGAAAGA GAGACCTATC AGATCACTAT AAAAAATCTT 
CAAACAGAAA TTGAAAATCT TAAAGATCAA AACTCTCAAT TAAAACTGAA AAGTGAAAGA 
GGTGATAAAC ATTTAGAGAA CCAGGTGGAA CAAGCTAGTG CAAAAGCCAG GTTGGTAAAA 
TTAAATCAAG AACTGGTCAC CAAAAGTAAA GAAATACAGG ACCTTACAAA AACGGTGGAG 
AAGCTTCAGA GAGAGAGAAG GAGGATGCTG TGTGATCAGA ATTCAAATGA CAAAGCTGAC 
AACAGTGAAA AGTCCACAGA GATTTTACAG AAGGATACTT CAGCAACAGA TAAAAGGAAA 
TCTAGCAACC ATGAACCTTT TCCCAACACT CTCGATGAAA AAATATATCA ACCACATACC 
TTTGCTGATC CCCATATTTC AGAAGTTCTG CAAGAAAATG CAAAGTTGAA AGATGAGCTT 
GAAAGATTGT CTCTAGAAAT GAAGCAGGAG CAAGTGAAGT CTCAAGCAGC ACTGGCTTAT 
TCCGAAAATA ATGTGCGCAG GATAAAAGAA GAGATGGCTG AATACATCAC AGCTCTTAAA 
GCATCCCACC AGAGAGAAGT AGAGAAAATT CTTTGCCAGC ATGCAATGGA GCATTCCACT 
TCTAAACTAG CAAAACTAAA TAGCAAAATT TCAACCCAAG AGATCCTAAT AAAACATCTC 
CAAGAACAAG TTAAAGAGCT ACAGAGGGAT CAAGAAGCCT TAGTAGTTTC ACAGATGCGA 
GAGGAAATCT TACAGAAGGA GATGGCAAAA TTACTAAAAG ACTTGAGAGA AGCTAAGGAG 
AGCCAGAGTC CTGAAATGAA ACGCTTCTTG TGCCTAGAAA GAAAAATCAA GCATATGGAG 
ACCAGACATG ACCAAAGAGA ACAAGAACTA CAGCAGGTGG TGCAACAGAC ACAGCATGTT 
GCTGAAGCAC AGCAAATCCA GGAGATTGAG AAATGGAGGA AACTTGCTCA AATAAAGAAT 
CAGGAGCTGG AGAAATTTCG AGTGGAATTA GATTCAATAC TGGATGTTCT ACGGGAATTA 
CAGAAACAAG GAGTTATTAT TCCAGCACCT ATTTCCAGTG GGTTAAACAT ACCAGGAAGT 
TATTGGAAGT TGTGA

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

RefSeq	XP_019352405.1
CDS	68..4162
Translation	MLGTNGSFLKSQKSSQPLAETDEGARVEMMQLQKNDGVSVSLSRDSLETNDSVVASGPNPSILGVGLDTLEEQEEKERFFAKLEKGASSTIDYSRLNKELDSNDSLVLAPFSRNEQAVEQMEEEKESKHNERSEDYSEDFADEEDAITPSKSENNQVKQTTRSDDDLSVQRQEETPGMLAKVVLLDSQDSTMEVQKVSEQQGVAVTEHQTSQEVAESKMNRSGVSCVQTNSDIEALHQAYYHIDQSLGDTDEQRIHIGVMENIECFVQDGSQNNEAGAKNASTTESDLPTIEELMKPIKADSSYARGFDLESISRMKPADSKADECVSHLPFKENQYDTDVEKQSLDVLFKEHNKEENNFLWAAVNDGSESSNQKRTEREVQTERVQLNILRQKLAQNSILLRQDEKMNQAHLSSSWKHDGLQSVTNKQTVYKNTRNTASLHKRKSVYGAVRSSGYGKSISPLKQLSTTIEKKTSKDAFRRTSLKAKSPADKAKPKETLFTTRVISAVKEPASKKGINVVTSDHSAIKDLGQQMKDVDSCVQFQRDSSFVSVNNNVRELYLLRRVQAAEEELNSAHDVIQHLKDVVSQKEKEMENKMVEMKMQSDKELSQLSQENYELQTKLKSVEELNKGKKWFQPEMTDPITEEKLKEIQKEIQDQETLLQGYQQENERLYKQVKELQLQNKKNEERMFKENQYLMSELASLREKMDQNNFQSQLVQDSEPVRNQSFSELISELRAAQKEETKLLEEIKRLKQDKQALEVDLGQMKRERDLARTQFFSASGEKNYEIKIMEESYKQEISNLKKRLQWYAENQDLLDKDAARLKNAKEEIEKLKLQVEKLTTEAGNRSVQQKKRWKDRAADAKRIQDLERQIKEMEGILKRRHPNSLPALIYAAAAASEEVDVSAKTNTIDFLERRIKKLETELEGKDEEAKKSLRAMEQQFQKIKLQYEQRLIELEKLLASKLMNEPQKLHDNKCGFITLEQELNNERETYQITIKNLQTEIENLKDQNSQLKLKSERGDKHLENQVEQASAKARLVKLNQELVTKSKEIQDLTKTVEKLQRERRRMLCDQNSNDKADNSEKSTEILQKDTSATDKRKSSNHEPFPNTLDEKIYQPHTFADPHISEVLQENAKLKDELERLSLEMKQEQVKSQAALAYSENNVRRIKEEMAEYITALKASHQREVEKILCQHAMEHSTSKLAKLNSKISTQEILIKHLQEQVKELQRDQEALVVSQMREEILQKEMAKLLKDLREAKESQSPEMKRFLCLERKIKHMETRHDQREQELQQVVQQTQHVAEAQQIQEIEKWRKLAQIKNQELEKFRVELDSILDVLRELQKQGVIIPAPISSGLNIPGSYWKL

Target ORF information:

RefSeq Version	XM_019496860.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis centrosomal protein 162 (CEP162), transcript variant X5, mRNA.

Target ORF information:

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

XM_019496860.1

ORF Insert Sequence:

ATGCTTGGGA CAAATGGAAG CTTTCTCAAG TCACAAAAGA GTTCCCAGCC CCTTGCAGAA 
ACAGATGAGG GTGCTCGTGT AGAAATGATG CAGCTTCAAA AAAATGATGG TGTTTCTGTT 
TCCTTAAGCA GAGATAGCTT GGAAACTAAT GATTCAGTTG TGGCCTCTGG GCCTAATCCA 
AGCATTTTAG GAGTTGGATT GGATACTTTG GAAGAACAAG AAGAAAAAGA GAGGTTCTTT 
GCCAAACTTG AGAAAGGAGC TTCATCTACC ATTGATTATT CAAGATTAAA CAAAGAGCTG 
GATTCTAATG ATTCTCTGGT ATTAGCACCA TTTAGCCGGA ATGAACAGGC TGTTGAACAA 
ATGGAAGAGG AAAAGGAATC TAAACACAAC GAGAGATCTG AAGATTATAG TGAAGATTTT 
GCAGACGAGG AAGATGCTAT TACTCCTTCT AAAAGTGAAA ATAATCAAGT TAAACAAACG 
ACAAGATCAG ATGATGACTT AAGTGTCCAA CGACAGGAAG AAACACCTGG GATGCTGGCT 
AAAGTTGTAT TGCTTGATTC ACAAGACTCT ACTATGGAAG TTCAGAAGGT CTCTGAACAA 
CAGGGTGTAG CTGTGACTGA ACATCAAACA TCTCAAGAAG TTGCTGAGAG TAAAATGAAC 
AGGAGTGGTG TTTCCTGTGT GCAAACTAAC AGTGACATTG AAGCATTACA TCAGGCATAT 
TATCATATTG ATCAGTCTTT AGGAGACACA GATGAACAAA GAATTCATAT CGGTGTAATG 
GAAAATATAG AATGCTTTGT CCAGGATGGT TCACAAAATA ATGAAGCTGG TGCAAAAAAT 
GCTTCAACTA CTGAATCAGA TTTACCTACT ATAGAAGAGT TAATGAAACC TATTAAAGCA 
GATTCATCGT ATGCCAGAGG CTTTGACCTG GAGTCTATAA GCAGAATGAA ACCAGCAGAC 
AGCAAAGCAG ATGAATGTGT CAGCCATTTG CCATTTAAAG AGAACCAATA TGATACAGAT 
GTAGAGAAAC AAAGTTTAGA TGTTTTGTTT AAAGAACATA ATAAAGAAGA GAACAATTTT 
CTGTGGGCAG CTGTAAATGA TGGTAGTGAA AGTAGCAATC AAAAAAGGAC TGAGAGAGAA 
GTCCAGACTG AGAGAGTGCA GCTCAACATA CTGAGACAAA AGTTAGCACA AAATTCTATC 
CTGTTGCGTC AAGATGAAAA AATGAATCAA GCACATCTGT CCAGCTCTTG GAAGCATGAT 
GGATTACAAT CAGTGACCAA TAAACAAACA GTGTACAAGA ACACTAGAAA TACTGCTTCT 
TTACATAAGA GGAAATCTGT ATATGGAGCA GTTAGAAGTT CTGGATATGG TAAATCCATT 
TCACCTTTAA AACAACTTTC CACAACTATT GAAAAGAAAA CATCAAAAGA TGCTTTCAGA 
AGGACAAGTT TAAAAGCTAA ATCACCTGCA GATAAAGCAA AGCCCAAAGA AACATTATTT 
ACTACTAGGG TAATATCTGC AGTAAAGGAA CCAGCTTCTA AAAAGGGTAT TAATGTGGTT 
ACATCTGACC ACTCAGCTAT AAAAGACCTT GGGCAGCAGA TGAAGGATGT GGATTCCTGT 
GTGCAGTTTC AACGTGATTC CTCATTTGTA TCTGTCAACA ATAATGTGAG AGAGCTTTAT 
TTGTTAAGAA GAGTACAGGC AGCAGAGGAA GAGTTGAATT CAGCACATGA TGTAATTCAG 
CATTTAAAAG ATGTGGTCTC TCAGAAAGAG AAGGAAATGG AGAATAAGAT GGTGGAAATG 
AAAATGCAGT CTGATAAAGA GCTTTCCCAG CTGAGTCAAG AAAATTATGA ACTTCAGACC 
AAGTTAAAAA GTGTGGAGGA ACTGAACAAA GGAAAGAAAT GGTTCCAGCC AGAGATGACA 
GATCCTATCA CTGAAGAAAA GTTAAAAGAA ATACAGAAGG AAATTCAAGA TCAAGAGACC 
CTTCTTCAAG GTTATCAACA GGAAAATGAA AGGTTATACA AGCAAGTGAA AGAGCTACAG 
CTACAAAACA AGAAAAATGA GGAAAGGATG TTTAAAGAAA ATCAATATTT AATGTCTGAA 
TTAGCATCCT TAAGAGAAAA GATGGATCAA AATAACTTCC AGTCACAGTT AGTGCAGGAT 
TCTGAGCCAG TAAGAAACCA AAGTTTCTCA GAATTGATTT CAGAACTTCG AGCAGCACAG 
AAAGAAGAAA CCAAACTGCT GGAAGAGATA AAACGGCTTA AACAAGACAA ACAAGCCCTT 
GAAGTAGATT TGGGACAAAT GAAAAGAGAA AGAGATCTGG CAAGAACACA GTTTTTTTCT 
GCTTCAGGCG AGAAGAATTA TGAGATAAAG ATTATGGAAG AATCATACAA ACAAGAAATT 
AGTAATTTGA AAAAGAGGTT GCAGTGGTAT GCAGAAAATC AAGACCTTTT GGATAAAGAT 
GCAGCACGTC TTAAAAATGC AAAAGAAGAA ATTGAGAAAT TAAAACTACA GGTTGAGAAG 
CTCACAACAG AAGCTGGGAA TCGGTCTGTG CAACAGAAGA AACGTTGGAA GGACAGGGCA 
GCAGATGCTA AAAGAATTCA AGATCTCGAG CGACAGATTA AGGAAATGGA AGGGATTCTG 
AAGAGAAGGC ATCCAAATTC ATTGCCTGCT TTAATATATG CTGCTGCAGC AGCCTCTGAA 
GAAGTTGATG TTTCAGCTAA GACCAATACA ATTGATTTTC TAGAAAGAAG AATAAAAAAG 
TTAGAAACAG AGTTAGAGGG GAAAGATGAG GAAGCTAAGA AAAGTCTCCG TGCTATGGAA 
CAACAATTTC AAAAAATAAA GCTTCAGTAT GAGCAAAGAC TTATAGAGCT TGAAAAATTA 
CTTGCTTCGA AGTTGATGAA TGAACCCCAG AAATTGCATG ACAACAAATG CGGTTTTATA 
ACACTTGAGC AAGAACTTAA CAATGAAAGA GAGACCTATC AGATCACTAT AAAAAATCTT 
CAAACAGAAA TTGAAAATCT TAAAGATCAA AACTCTCAAT TAAAACTGAA AAGTGAAAGA 
GGTGATAAAC ATTTAGAGAA CCAGGTGGAA CAAGCTAGTG CAAAAGCCAG GTTGGTAAAA 
TTAAATCAAG AACTGGTCAC CAAAAGTAAA GAAATACAGG ACCTTACAAA AACGGTGGAG 
AAGCTTCAGA GAGAGAGAAG GAGGATGCTG TGTGATCAGA ATTCAAATGA CAAAGCTGAC 
AACAGTGAAA AGTCCACAGA GATTTTACAG AAGGATACTT CAGCAACAGA TAAAAGGAAA 
TCTAGCAACC ATGAACCTTT TCCCAACACT CTCGATGAAA AAATATATCA ACCACATACC 
TTTGCTGATC CCCATATTTC AGAAGTTCTG CAAGAAAATG CAAAGTTGAA AGATGAGCTT 
GAAAGATTGT CTCTAGAAAT GAAGCAGGAG CAAGTGAAGT CTCAAGCAGC ACTGGCTTAT 
TCCGAAAATA ATGTGCGCAG GATAAAAGAA GAGATGGCTG AATACATCAC AGCTCTTAAA 
GCATCCCACC AGAGAGAAGT AGAGAAAATT CTTTGCCAGC ATGCAATGGA GCATTCCACT 
TCTAAACTAG CAAAACTAAA TAGCAAAATT TCAACCCAAG AGATCCTAAT AAAACATCTC 
CAAGAACAAG TTAAAGAGCT ACAGAGGGAT CAAGAAGCCT TAGTAGTTTC ACAGATGCGA 
GAGGAAATCT TACAGAAGGA GATGGCAAAA TTACTAAAAG ACTTGAGAGA AGCTAAGGAG 
AGCCAGAGTC CTGAAATGAA ACGCTTCTTG TGCCTAGAAA GAAAAATCAA GCATATGGAG 
ACCAGACATG ACCAAAGAGA ACAAGAACTA CAGCAGGTGG TGCAACAGAC ACAGCATGTT 
GCTGAAGCAC AGCAAATCCA GGAGATTGAG AAATGGAGGA AACTTGCTCA AATAAAGAAT 
CAGGAGCTGG AGAAATTTCG AGTGGAATTA GATTCAATAC TGGATGTTCT ACGGGAATTA 
CAGAAACAAG GAGTTATTAT TCCAGCACCT ATTTCCAGTG GGTTAAACAT ACCAGGAAGT 
TATTGGAAGT TGTGA

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

PubMed

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03-6811-6572

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オンライン注文

CEP162 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Services & Products

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Eメール

電話

FAX

オンラインフォーム