CNTNAP5 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	CNTNAP5
Entrez Gene ID	102562791
Full Name	contactin associated protein like 5
Synonyms	CNTNAP2
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019480591.1	XP_019336136.1	contactin-associated protein-like 5 isoform X2
XM_019480590.1	XP_019336135.1	contactin-associated protein-like 5 isoform X1

Pathways from BioSystems
Gene Ontology

The following CNTNAP5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNTNAP5 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAl78952	XM_019480590.1 Latest version!	Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAl78953	XM_019480591.1 Latest version!	Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

CNTNAP5 ( XM_019480590.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019336135.1 Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl78952
Clone ID Related Accession (Same CDS sequence)	XM_019480590.1
Accession Version	XM_019480590.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3927bp) 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	contactin-associated protein-like 5 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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##

ATGGATGCTG CCCCCAAACT CTTCAGCGCT TTGACTTTGC TCCTGGTCGG CTCCTGGCAC 
CTGGGATCGA CAGCCAGCAA CTATAATTGT GATGATGCGT TAGTATCTTC GTTACCTCCG 
ACAGCTTTTG ACAGCTCCTC AGAGTTCCTG AACGCTCACA GCCCCAGCTT TGCAAAGCTC 
AACAGAAGGG ATGGCGCTGG TGGTTGGTCC CCACTGGAAT CTAATCAGCA ACAATGGCTC 
CAGATTGATT TGGGAGACAG ACTGGAGATT GCAGGAGTTG CCACCCAAGG GAGGTATGGG 
AGCTCAGACT GGGTGACAAG CTACACTCTC ATGTTCAGTG ACACAGGACG CAATTGGAAG 
CAGTACAGAC AAGAAGACAG CATCTGGGTC TTCATAGGGA ATACCAATGC AGACAGTGTT 
GTGGAGCACA AATTTCTGCA CTCGATGAAG GCCCGCTTTC TGCGCTTCAT CCCTCTGAAG 
TGGAATCCCA ATGGAAGAAT AGGGCTGAGA GTTGAAGTCT ATGGCTGCTC ATACAAATCG 
GATATAGCGG ATTTTGATGG CAGGAGTTCC TTACTGTACA GATTCAATCA AAAACTGATG 
AGCACCTTCA AAGATGTGGT TTCCCTGAAG TTCAAGAGCA TGCAGGGAGA TGGAGTCCTA 
TTCCATGGAG AAGGACAGCG TGGAGACTAC ATTACTCTGG AGTTGCAGAA AGGGAAACTC 
TCCTTACATA TTAACCTGGG AGATGCCAAG CTGCGTTTCA GCAACAGCCA CACGTCCGTC 
ACCCTGGGCA GCCTCCTGGA CGACCAGCAT TGGCACTCTG TTCTGATTGA GCGATTCAAC 
AAGCAGGTGA ACTTCACGGT AGACAAGCAC ACTCAGCATT TCCGAACCAA GGGGGACTCG 
GATCACCTGG ACATCGACTA TGAGCTCAGT TTTGGAGGGA TCCCGGTCCC AGGAAAGCCA 
GGAACCTTTC TGAAGAAAAA TTTCCATGGA TGCATTGAGA ACCTGTATTA CAACGGCGTC 
AATATAATTG ATCTTGCAAA AAGGCGCAAA CCGCAGATCT ACACCGTGGG CAATGTGACT 
TTCTCCTGTT CTGAACCACA AATCGTTCCC ATCACCTTTG TCAGTTCCAG CAGCAGCTAT 
TTGCTGTTAC CCGGCACTCC CCAAATCGAC GGGCTGTCGG TCAGCTTCCA GTTTCGAACG 
TGGAACAAAG ACGGCCTGCT CCTATCCACC ATGCTGTCTG AAGGGTCTGG AACTCTCCTG 
CTGTCCCTCC ACGACGGCAG ATTGATGCTC GTCATTCAGA AAGCGTCCGA AACCTTGGTG 
GAGATCAATG AAGGCAGCAA TCTCCATGAT GGGCTGTGGC ATTCAGTTAA CATCAACGCC 
AGACGAAATC GCATTACCCT GATGCTGGAT AATGATGTTG CTTCTGCGAC CCATGCAACC 
ACGGCCTCTC CGATCTTTTC TGGGGACAGC TACTACTTTG GAGGGTGCAC TGACAATTTC 
ACTGATTCCC AATGTTTAAA TCCCATTACT GCGTTTCAAG GCTGCATGAG ACTCATCTTT 
ATTGATAACC AGCCCAAGGA CCTCATTTTG GTTCAGCAAG GTTCCCTGGG GAATTTCAGT 
GATTTACACA TTGATCTGTG TGGCATCAAA GACAGATGTT TGCCAAACTA CTGTGAACAT 
GGAGGGAAAT GCTCTCAGTC CTGGACCACC TTTTACTGTG ATTGTAGTGA AACGGGTTAC 
ATGGGAGCTA CCTGCCATAA CTCCATCTAT GAGCAATCCT GTGAAGGCTA TCGGCACAAA 
GGAAAGACAT CTGGTTTCTT CCACATTGAT TCTGATGGAA GTGGACCACT TGGACCTCTC 
TGGGTTTACT GCAATATAAC AGAAGATAAG ATCTGGACTG CAGTGCAACA CAACAACACC 
GAGCTCAACC GAGTCCATGG AGCCAATCCT GAGAAGCCGT ATACCATGTA TTTAAGCTAC 
AACGGCAGCA TGGAGCAGCT TGAAGCCATG ATCAACAGTG CCGAACACTG CGAGCAGGAG 
GCGGCTTACT ACTGCAAAAA GTCACGTTTG CTGAACACCC CAAATGGGAT CCCATTTGCT 
TGGTGGGTTG GCCGTGCCAA CATGAAGCAT TTTTACTGGG GAGGTTCTCT CCCTGAAGTC 
CAGCAGTGCG CCTGTGGACT GGAAGAAAGT TGTCTGGATA TGAGATATTT TTGCAACTGT 
GATGCAGATA AAGAAGAATG GGCCAACGAC ACCGGCCTCC TTTCCTTCAA AGACCATTTG 
CCTGTAACTC AGATAGTGAT CACTGACACG AACCGGTCAG ATTCTGAGGC TGTCTGGAGA 
ATCGGTCCAC TGCGTTGTCA TGGAGACAGG CAGTTCTGGA ACGCTGCATC CTTCAACACG 
GAGGCCTCCT ACCTGCTCTT CCCCCCATTC CATGCCGAGT TCAGTGCAGA CATTTCCTTC 
TTCTTCAAAA CCACGGCTGT AGCTGGCGTC TTCTTGGAAA ACCTTGGGAT TAAAGACTTC 
ATTCGAGTTG AAATAAACTC TCCTAAGGAG ATCACCTTCT CTATAGATGT TGGAAATGGT 
CCTACTGGGA TCACTGTGCA GTCTCCCACT GCTCTGAATG ATAACCAGTG GCACTATGTC 
CGAGCGGAGA GGAACCTCAA GCAAACGTCT CTTCAAGTAG ACAACCTTCC TAAGAAGATT 
CTTGATGCAC CTGCAGGGGG AAATTTCCGT TTGCAGCTCA ACAGCCAATT ATTTGTAGGG 
GCCAGAGCTT CCAGACAAAG GGGCTTTCTA GGTTGCATCC GGTCATTACA TTTAAATGGG 
CAAAAACTTG ACCTTGAAGA GAGGGCAAAA ATAACCCCTG GTGTCACACC CGGGTGCCCG 
GGGCACTGCA GCAGTTATGG TAACCTCTGC CACAATGGAG GCAAATGCGT GGAGAAGTAC 
AATGGTTCGT CCTGTGACTG CACTAACTCT GCTTATGAAG GACCTTTCTG CAAGGAAGAG 
GTTTCGGCGC TGTTTGAAGC TGGCACCTCC ATTACCTATG TTTTCCAAGA ACCTTATCCA 
GTGACAAAAA ATGCAAGCAC TTCATCTTCC GCCATTTATG CAGATGCGGT TATGCCGAAG 
GAAAACATTG CGCTTAGCTT CCTGACAGCA CATGCACCAA GCCTTCTGCT GTACATCAAC 
ACCTACTTTC ATGAATACTT GGCTGTGATT CTCTCAAAAA ATGGAAGTTT ACAGGTCCGA 
TACAGGCTGA GTAAAGACGG ACTCCTCATT TTCACCATTG ACTCTGGAAA TTTTGCCAAT 
CGAGAAATGC ACCATGTGAA GATCAACAGA GAAGGAAAGG AGCTTGTCAT CCAGGTGGAT 
CAAGTTCTCA AAGTCAAGCA CAACTTCTCG GAGATTGACT TCAGGGCCAT CAAATCACTC 
AGCTTGGGCA AGGTCACCGA TAGTCTGGGA CTCGATTCTG ACATCTCAAA GGCAAACTCC 
TATGGCTTTA TTGGATGCCT GTCATCTGTC CGGTACAATC ATATAGCTCC CCTGAAGGCC 
GCCTTGAGAC ATCCCAGCGT CGCTCCTGTG ACTGTCAAGG GCACCTTGAC TGAATCCAGT 
TGTAGATCCA TAATAGAGGC TGATGTGAAC ACAGTCACGA CAGTATACTC TTCATCAGAT 
CCCTTTGGGA AGACAGATGA GAGGGAACCA CTTACCAATG CAGTCAGAAG TGACTCTGCT 
GTGATTGGAG GTGTAATAGC AGTAGTGATA TTCATCATCT TTTGCATCGT TGCCATCATG 
AGTCGATTCC TCTACCAGCA CAAACAGACG CATCGAAGTA ACCAGGCAAA AGAGAAAGAG 
TACCCAGAAA ACCTTGACCG CTCCTTTAAG ACTGATATTG ACTTGCAGAA TACAGTGAGC 
GAGTGCAAAC GGGAATATTT CATCTGA

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

RefSeq	XP_019336135.1
CDS	195..4121
Translation	MDAAPKLFSALTLLLVGSWHLGSTASNYNCDDALVSSLPPTAFDSSSEFLNAHSPSFAKLNRRDGAGGWSPLESNQQQWLQIDLGDRLEIAGVATQGRYGSSDWVTSYTLMFSDTGRNWKQYRQEDSIWVFIGNTNADSVVEHKFLHSMKARFLRFIPLKWNPNGRIGLRVEVYGCSYKSDIADFDGRSSLLYRFNQKLMSTFKDVVSLKFKSMQGDGVLFHGEGQRGDYITLELQKGKLSLHINLGDAKLRFSNSHTSVTLGSLLDDQHWHSVLIERFNKQVNFTVDKHTQHFRTKGDSDHLDIDYELSFGGIPVPGKPGTFLKKNFHGCIENLYYNGVNIIDLAKRRKPQIYTVGNVTFSCSEPQIVPITFVSSSSSYLLLPGTPQIDGLSVSFQFRTWNKDGLLLSTMLSEGSGTLLLSLHDGRLMLVIQKASETLVEINEGSNLHDGLWHSVNINARRNRITLMLDNDVASATHATTASPIFSGDSYYFGGCTDNFTDSQCLNPITAFQGCMRLIFIDNQPKDLILVQQGSLGNFSDLHIDLCGIKDRCLPNYCEHGGKCSQSWTTFYCDCSETGYMGATCHNSIYEQSCEGYRHKGKTSGFFHIDSDGSGPLGPLWVYCNITEDKIWTAVQHNNTELNRVHGANPEKPYTMYLSYNGSMEQLEAMINSAEHCEQEAAYYCKKSRLLNTPNGIPFAWWVGRANMKHFYWGGSLPEVQQCACGLEESCLDMRYFCNCDADKEEWANDTGLLSFKDHLPVTQIVITDTNRSDSEAVWRIGPLRCHGDRQFWNAASFNTEASYLLFPPFHAEFSADISFFFKTTAVAGVFLENLGIKDFIRVEINSPKEITFSIDVGNGPTGITVQSPTALNDNQWHYVRAERNLKQTSLQVDNLPKKILDAPAGGNFRLQLNSQLFVGARASRQRGFLGCIRSLHLNGQKLDLEERAKITPGVTPGCPGHCSSYGNLCHNGGKCVEKYNGSSCDCTNSAYEGPFCKEEVSALFEAGTSITYVFQEPYPVTKNASTSSSAIYADAVMPKENIALSFLTAHAPSLLLYINTYFHEYLAVILSKNGSLQVRYRLSKDGLLIFTIDSGNFANREMHHVKINREGKELVIQVDQVLKVKHNFSEIDFRAIKSLSLGKVTDSLGLDSDISKANSYGFIGCLSSVRYNHIAPLKAALRHPSVAPVTVKGTLTESSCRSIIEADVNTVTTVYSSSDPFGKTDEREPLTNAVRSDSAVIGGVIAVVIFIIFCIVAIMSRFLYQHKQTHRSNQAKEKEYPENLDRSFKTDIDLQNTVSECKREYFI

Target ORF information:

RefSeq Version	XM_019480590.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X1, mRNA.

Target ORF information:

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

XM_019480590.1

ORF Insert Sequence:

ATGGATGCTG CCCCCAAACT CTTCAGCGCT TTGACTTTGC TCCTGGTCGG CTCCTGGCAC 
CTGGGATCGA CAGCCAGCAA CTATAATTGT GATGATGCGT TAGTATCTTC GTTACCTCCG 
ACAGCTTTTG ACAGCTCCTC AGAGTTCCTG AACGCTCACA GCCCCAGCTT TGCAAAGCTC 
AACAGAAGGG ATGGCGCTGG TGGTTGGTCC CCACTGGAAT CTAATCAGCA ACAATGGCTC 
CAGATTGATT TGGGAGACAG ACTGGAGATT GCAGGAGTTG CCACCCAAGG GAGGTATGGG 
AGCTCAGACT GGGTGACAAG CTACACTCTC ATGTTCAGTG ACACAGGACG CAATTGGAAG 
CAGTACAGAC AAGAAGACAG CATCTGGGTC TTCATAGGGA ATACCAATGC AGACAGTGTT 
GTGGAGCACA AATTTCTGCA CTCGATGAAG GCCCGCTTTC TGCGCTTCAT CCCTCTGAAG 
TGGAATCCCA ATGGAAGAAT AGGGCTGAGA GTTGAAGTCT ATGGCTGCTC ATACAAATCG 
GATATAGCGG ATTTTGATGG CAGGAGTTCC TTACTGTACA GATTCAATCA AAAACTGATG 
AGCACCTTCA AAGATGTGGT TTCCCTGAAG TTCAAGAGCA TGCAGGGAGA TGGAGTCCTA 
TTCCATGGAG AAGGACAGCG TGGAGACTAC ATTACTCTGG AGTTGCAGAA AGGGAAACTC 
TCCTTACATA TTAACCTGGG AGATGCCAAG CTGCGTTTCA GCAACAGCCA CACGTCCGTC 
ACCCTGGGCA GCCTCCTGGA CGACCAGCAT TGGCACTCTG TTCTGATTGA GCGATTCAAC 
AAGCAGGTGA ACTTCACGGT AGACAAGCAC ACTCAGCATT TCCGAACCAA GGGGGACTCG 
GATCACCTGG ACATCGACTA TGAGCTCAGT TTTGGAGGGA TCCCGGTCCC AGGAAAGCCA 
GGAACCTTTC TGAAGAAAAA TTTCCATGGA TGCATTGAGA ACCTGTATTA CAACGGCGTC 
AATATAATTG ATCTTGCAAA AAGGCGCAAA CCGCAGATCT ACACCGTGGG CAATGTGACT 
TTCTCCTGTT CTGAACCACA AATCGTTCCC ATCACCTTTG TCAGTTCCAG CAGCAGCTAT 
TTGCTGTTAC CCGGCACTCC CCAAATCGAC GGGCTGTCGG TCAGCTTCCA GTTTCGAACG 
TGGAACAAAG ACGGCCTGCT CCTATCCACC ATGCTGTCTG AAGGGTCTGG AACTCTCCTG 
CTGTCCCTCC ACGACGGCAG ATTGATGCTC GTCATTCAGA AAGCGTCCGA AACCTTGGTG 
GAGATCAATG AAGGCAGCAA TCTCCATGAT GGGCTGTGGC ATTCAGTTAA CATCAACGCC 
AGACGAAATC GCATTACCCT GATGCTGGAT AATGATGTTG CTTCTGCGAC CCATGCAACC 
ACGGCCTCTC CGATCTTTTC TGGGGACAGC TACTACTTTG GAGGGTGCAC TGACAATTTC 
ACTGATTCCC AATGTTTAAA TCCCATTACT GCGTTTCAAG GCTGCATGAG ACTCATCTTT 
ATTGATAACC AGCCCAAGGA CCTCATTTTG GTTCAGCAAG GTTCCCTGGG GAATTTCAGT 
GATTTACACA TTGATCTGTG TGGCATCAAA GACAGATGTT TGCCAAACTA CTGTGAACAT 
GGAGGGAAAT GCTCTCAGTC CTGGACCACC TTTTACTGTG ATTGTAGTGA AACGGGTTAC 
ATGGGAGCTA CCTGCCATAA CTCCATCTAT GAGCAATCCT GTGAAGGCTA TCGGCACAAA 
GGAAAGACAT CTGGTTTCTT CCACATTGAT TCTGATGGAA GTGGACCACT TGGACCTCTC 
TGGGTTTACT GCAATATAAC AGAAGATAAG ATCTGGACTG CAGTGCAACA CAACAACACC 
GAGCTCAACC GAGTCCATGG AGCCAATCCT GAGAAGCCGT ATACCATGTA TTTAAGCTAC 
AACGGCAGCA TGGAGCAGCT TGAAGCCATG ATCAACAGTG CCGAACACTG CGAGCAGGAG 
GCGGCTTACT ACTGCAAAAA GTCACGTTTG CTGAACACCC CAAATGGGAT CCCATTTGCT 
TGGTGGGTTG GCCGTGCCAA CATGAAGCAT TTTTACTGGG GAGGTTCTCT CCCTGAAGTC 
CAGCAGTGCG CCTGTGGACT GGAAGAAAGT TGTCTGGATA TGAGATATTT TTGCAACTGT 
GATGCAGATA AAGAAGAATG GGCCAACGAC ACCGGCCTCC TTTCCTTCAA AGACCATTTG 
CCTGTAACTC AGATAGTGAT CACTGACACG AACCGGTCAG ATTCTGAGGC TGTCTGGAGA 
ATCGGTCCAC TGCGTTGTCA TGGAGACAGG CAGTTCTGGA ACGCTGCATC CTTCAACACG 
GAGGCCTCCT ACCTGCTCTT CCCCCCATTC CATGCCGAGT TCAGTGCAGA CATTTCCTTC 
TTCTTCAAAA CCACGGCTGT AGCTGGCGTC TTCTTGGAAA ACCTTGGGAT TAAAGACTTC 
ATTCGAGTTG AAATAAACTC TCCTAAGGAG ATCACCTTCT CTATAGATGT TGGAAATGGT 
CCTACTGGGA TCACTGTGCA GTCTCCCACT GCTCTGAATG ATAACCAGTG GCACTATGTC 
CGAGCGGAGA GGAACCTCAA GCAAACGTCT CTTCAAGTAG ACAACCTTCC TAAGAAGATT 
CTTGATGCAC CTGCAGGGGG AAATTTCCGT TTGCAGCTCA ACAGCCAATT ATTTGTAGGG 
GCCAGAGCTT CCAGACAAAG GGGCTTTCTA GGTTGCATCC GGTCATTACA TTTAAATGGG 
CAAAAACTTG ACCTTGAAGA GAGGGCAAAA ATAACCCCTG GTGTCACACC CGGGTGCCCG 
GGGCACTGCA GCAGTTATGG TAACCTCTGC CACAATGGAG GCAAATGCGT GGAGAAGTAC 
AATGGTTCGT CCTGTGACTG CACTAACTCT GCTTATGAAG GACCTTTCTG CAAGGAAGAG 
GTTTCGGCGC TGTTTGAAGC TGGCACCTCC ATTACCTATG TTTTCCAAGA ACCTTATCCA 
GTGACAAAAA ATGCAAGCAC TTCATCTTCC GCCATTTATG CAGATGCGGT TATGCCGAAG 
GAAAACATTG CGCTTAGCTT CCTGACAGCA CATGCACCAA GCCTTCTGCT GTACATCAAC 
ACCTACTTTC ATGAATACTT GGCTGTGATT CTCTCAAAAA ATGGAAGTTT ACAGGTCCGA 
TACAGGCTGA GTAAAGACGG ACTCCTCATT TTCACCATTG ACTCTGGAAA TTTTGCCAAT 
CGAGAAATGC ACCATGTGAA GATCAACAGA GAAGGAAAGG AGCTTGTCAT CCAGGTGGAT 
CAAGTTCTCA AAGTCAAGCA CAACTTCTCG GAGATTGACT TCAGGGCCAT CAAATCACTC 
AGCTTGGGCA AGGTCACCGA TAGTCTGGGA CTCGATTCTG ACATCTCAAA GGCAAACTCC 
TATGGCTTTA TTGGATGCCT GTCATCTGTC CGGTACAATC ATATAGCTCC CCTGAAGGCC 
GCCTTGAGAC ATCCCAGCGT CGCTCCTGTG ACTGTCAAGG GCACCTTGAC TGAATCCAGT 
TGTAGATCCA TAATAGAGGC TGATGTGAAC ACAGTCACGA CAGTATACTC TTCATCAGAT 
CCCTTTGGGA AGACAGATGA GAGGGAACCA CTTACCAATG CAGTCAGAAG TGACTCTGCT 
GTGATTGGAG GTGTAATAGC AGTAGTGATA TTCATCATCT TTTGCATCGT TGCCATCATG 
AGTCGATTCC TCTACCAGCA CAAACAGACG CATCGAAGTA ACCAGGCAAA AGAGAAAGAG 
TACCCAGAAA ACCTTGACCG CTCCTTTAAG ACTGATATTG ACTTGCAGAA TACAGTGAGC 
GAGTGCAAAC GGGAATATTT CATCTGA

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

CNTNAP5 ( XM_019480591.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019336136.1 Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl78953
Clone ID Related Accession (Same CDS sequence)	XM_019480591.1
Accession Version	XM_019480591.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3003bp) 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	contactin-associated protein-like 5 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017714267.1) 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##

ATGAGTTTTG GAGGGATCCC GGTCCCAGGA AAGCCAGGAA CCTTTCTGAA GAAAAATTTC 
CATGGATGCA TTGAGAACCT GTATTACAAC GGCGTCAATA TAATTGATCT TGCAAAAAGG 
CGCAAACCGC AGATCTACAC CGTGGGCAAT GTGACTTTCT CCTGTTCTGA ACCACAAATC 
GTTCCCATCA CCTTTGTCAG TTCCAGCAGC AGCTATTTGC TGTTACCCGG CACTCCCCAA 
ATCGACGGGC TGTCGGTCAG CTTCCAGTTT CGAACGTGGA ACAAAGACGG CCTGCTCCTA 
TCCACCATGC TGTCTGAAGG GTCTGGAACT CTCCTGCTGT CCCTCCACGA CGGCAGATTG 
ATGCTCGTCA TTCAGAAAGC GTCCGAAACC TTGGTGGAGA TCAATGAAGG CAGCAATCTC 
CATGATGGGC TGTGGCATTC AGTTAACATC AACGCCAGAC GAAATCGCAT TACCCTGATG 
CTGGATAATG ATGTTGCTTC TGCGACCCAT GCAACCACGG CCTCTCCGAT CTTTTCTGGG 
GACAGCTACT ACTTTGGAGG GTGCACTGAC AATTTCACTG ATTCCCAATG TTTAAATCCC 
ATTACTGCGT TTCAAGGCTG CATGAGACTC ATCTTTATTG ATAACCAGCC CAAGGACCTC 
ATTTTGGTTC AGCAAGGTTC CCTGGGGAAT TTCAGTGATT TACACATTGA TCTGTGTGGC 
ATCAAAGACA GATGTTTGCC AAACTACTGT GAACATGGAG GGAAATGCTC TCAGTCCTGG 
ACCACCTTTT ACTGTGATTG TAGTGAAACG GGTTACATGG GAGCTACCTG CCATAACTCC 
ATCTATGAGC AATCCTGTGA AGGCTATCGG CACAAAGGAA AGACATCTGG TTTCTTCCAC 
ATTGATTCTG ATGGAAGTGG ACCACTTGGA CCTCTCTGGG TTTACTGCAA TATAACAGAA 
GATAAGATCT GGACTGCAGT GCAACACAAC AACACCGAGC TCAACCGAGT CCATGGAGCC 
AATCCTGAGA AGCCGTATAC CATGTATTTA AGCTACAACG GCAGCATGGA GCAGCTTGAA 
GCCATGATCA ACAGTGCCGA ACACTGCGAG CAGGAGGCGG CTTACTACTG CAAAAAGTCA 
CGTTTGCTGA ACACCCCAAA TGGGATCCCA TTTGCTTGGT GGGTTGGCCG TGCCAACATG 
AAGCATTTTT ACTGGGGAGG TTCTCTCCCT GAAGTCCAGC AGTGCGCCTG TGGACTGGAA 
GAAAGTTGTC TGGATATGAG ATATTTTTGC AACTGTGATG CAGATAAAGA AGAATGGGCC 
AACGACACCG GCCTCCTTTC CTTCAAAGAC CATTTGCCTG TAACTCAGAT AGTGATCACT 
GACACGAACC GGTCAGATTC TGAGGCTGTC TGGAGAATCG GTCCACTGCG TTGTCATGGA 
GACAGGCAGT TCTGGAACGC TGCATCCTTC AACACGGAGG CCTCCTACCT GCTCTTCCCC 
CCATTCCATG CCGAGTTCAG TGCAGACATT TCCTTCTTCT TCAAAACCAC GGCTGTAGCT 
GGCGTCTTCT TGGAAAACCT TGGGATTAAA GACTTCATTC GAGTTGAAAT AAACTCTCCT 
AAGGAGATCA CCTTCTCTAT AGATGTTGGA AATGGTCCTA CTGGGATCAC TGTGCAGTCT 
CCCACTGCTC TGAATGATAA CCAGTGGCAC TATGTCCGAG CGGAGAGGAA CCTCAAGCAA 
ACGTCTCTTC AAGTAGACAA CCTTCCTAAG AAGATTCTTG ATGCACCTGC AGGGGGAAAT 
TTCCGTTTGC AGCTCAACAG CCAATTATTT GTAGGGGCCA GAGCTTCCAG ACAAAGGGGC 
TTTCTAGGTT GCATCCGGTC ATTACATTTA AATGGGCAAA AACTTGACCT TGAAGAGAGG 
GCAAAAATAA CCCCTGGTGT CACACCCGGG TGCCCGGGGC ACTGCAGCAG TTATGGTAAC 
CTCTGCCACA ATGGAGGCAA ATGCGTGGAG AAGTACAATG GTTCGTCCTG TGACTGCACT 
AACTCTGCTT ATGAAGGACC TTTCTGCAAG GAAGAGGTTT CGGCGCTGTT TGAAGCTGGC 
ACCTCCATTA CCTATGTTTT CCAAGAACCT TATCCAGTGA CAAAAAATGC AAGCACTTCA 
TCTTCCGCCA TTTATGCAGA TGCGGTTATG CCGAAGGAAA ACATTGCGCT TAGCTTCCTG 
ACAGCACATG CACCAAGCCT TCTGCTGTAC ATCAACACCT ACTTTCATGA ATACTTGGCT 
GTGATTCTCT CAAAAAATGG AAGTTTACAG GTCCGATACA GGCTGAGTAA AGACGGACTC 
CTCATTTTCA CCATTGACTC TGGAAATTTT GCCAATCGAG AAATGCACCA TGTGAAGATC 
AACAGAGAAG GAAAGGAGCT TGTCATCCAG GTGGATCAAG TTCTCAAAGT CAAGCACAAC 
TTCTCGGAGA TTGACTTCAG GGCCATCAAA TCACTCAGCT TGGGCAAGGT CACCGATAGT 
CTGGGACTCG ATTCTGACAT CTCAAAGGCA AACTCCTATG GCTTTATTGG ATGCCTGTCA 
TCTGTCCGGT ACAATCATAT AGCTCCCCTG AAGGCCGCCT TGAGACATCC CAGCGTCGCT 
CCTGTGACTG TCAAGGGCAC CTTGACTGAA TCCAGTTGTA GATCCATAAT AGAGGCTGAT 
GTGAACACAG TCACGACAGT ATACTCTTCA TCAGATCCCT TTGGGAAGAC AGATGAGAGG 
GAACCACTTA CCAATGCAGT CAGAAGTGAC TCTGCTGTGA TTGGAGGTGT AATAGCAGTA 
GTGATATTCA TCATCTTTTG CATCGTTGCC ATCATGAGTC GATTCCTCTA CCAGCACAAA 
CAGACGCATC GAAGTAACCA GGCAAAAGAG AAAGAGTACC CAGAAAACCT TGACCGCTCC 
TTTAAGACTG ATATTGACTT GCAGAATACA GTGAGCGAGT GCAAACGGGA ATATTTCATC 
TGA

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

RefSeq	XP_019336136.1
CDS	52..3054
Translation	MSFGGIPVPGKPGTFLKKNFHGCIENLYYNGVNIIDLAKRRKPQIYTVGNVTFSCSEPQIVPITFVSSSSSYLLLPGTPQIDGLSVSFQFRTWNKDGLLLSTMLSEGSGTLLLSLHDGRLMLVIQKASETLVEINEGSNLHDGLWHSVNINARRNRITLMLDNDVASATHATTASPIFSGDSYYFGGCTDNFTDSQCLNPITAFQGCMRLIFIDNQPKDLILVQQGSLGNFSDLHIDLCGIKDRCLPNYCEHGGKCSQSWTTFYCDCSETGYMGATCHNSIYEQSCEGYRHKGKTSGFFHIDSDGSGPLGPLWVYCNITEDKIWTAVQHNNTELNRVHGANPEKPYTMYLSYNGSMEQLEAMINSAEHCEQEAAYYCKKSRLLNTPNGIPFAWWVGRANMKHFYWGGSLPEVQQCACGLEESCLDMRYFCNCDADKEEWANDTGLLSFKDHLPVTQIVITDTNRSDSEAVWRIGPLRCHGDRQFWNAASFNTEASYLLFPPFHAEFSADISFFFKTTAVAGVFLENLGIKDFIRVEINSPKEITFSIDVGNGPTGITVQSPTALNDNQWHYVRAERNLKQTSLQVDNLPKKILDAPAGGNFRLQLNSQLFVGARASRQRGFLGCIRSLHLNGQKLDLEERAKITPGVTPGCPGHCSSYGNLCHNGGKCVEKYNGSSCDCTNSAYEGPFCKEEVSALFEAGTSITYVFQEPYPVTKNASTSSSAIYADAVMPKENIALSFLTAHAPSLLLYINTYFHEYLAVILSKNGSLQVRYRLSKDGLLIFTIDSGNFANREMHHVKINREGKELVIQVDQVLKVKHNFSEIDFRAIKSLSLGKVTDSLGLDSDISKANSYGFIGCLSSVRYNHIAPLKAALRHPSVAPVTVKGTLTESSCRSIIEADVNTVTTVYSSSDPFGKTDEREPLTNAVRSDSAVIGGVIAVVIFIIFCIVAIMSRFLYQHKQTHRSNQAKEKEYPENLDRSFKTDIDLQNTVSECKREYFI

Target ORF information:

RefSeq Version	XM_019480591.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis contactin associated protein like 5 (CNTNAP5), transcript variant X2, mRNA.

Target ORF information:

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

XM_019480591.1

ORF Insert Sequence:

ATGAGTTTTG GAGGGATCCC GGTCCCAGGA AAGCCAGGAA CCTTTCTGAA GAAAAATTTC 
CATGGATGCA TTGAGAACCT GTATTACAAC GGCGTCAATA TAATTGATCT TGCAAAAAGG 
CGCAAACCGC AGATCTACAC CGTGGGCAAT GTGACTTTCT CCTGTTCTGA ACCACAAATC 
GTTCCCATCA CCTTTGTCAG TTCCAGCAGC AGCTATTTGC TGTTACCCGG CACTCCCCAA 
ATCGACGGGC TGTCGGTCAG CTTCCAGTTT CGAACGTGGA ACAAAGACGG CCTGCTCCTA 
TCCACCATGC TGTCTGAAGG GTCTGGAACT CTCCTGCTGT CCCTCCACGA CGGCAGATTG 
ATGCTCGTCA TTCAGAAAGC GTCCGAAACC TTGGTGGAGA TCAATGAAGG CAGCAATCTC 
CATGATGGGC TGTGGCATTC AGTTAACATC AACGCCAGAC GAAATCGCAT TACCCTGATG 
CTGGATAATG ATGTTGCTTC TGCGACCCAT GCAACCACGG CCTCTCCGAT CTTTTCTGGG 
GACAGCTACT ACTTTGGAGG GTGCACTGAC AATTTCACTG ATTCCCAATG TTTAAATCCC 
ATTACTGCGT TTCAAGGCTG CATGAGACTC ATCTTTATTG ATAACCAGCC CAAGGACCTC 
ATTTTGGTTC AGCAAGGTTC CCTGGGGAAT TTCAGTGATT TACACATTGA TCTGTGTGGC 
ATCAAAGACA GATGTTTGCC AAACTACTGT GAACATGGAG GGAAATGCTC TCAGTCCTGG 
ACCACCTTTT ACTGTGATTG TAGTGAAACG GGTTACATGG GAGCTACCTG CCATAACTCC 
ATCTATGAGC AATCCTGTGA AGGCTATCGG CACAAAGGAA AGACATCTGG TTTCTTCCAC 
ATTGATTCTG ATGGAAGTGG ACCACTTGGA CCTCTCTGGG TTTACTGCAA TATAACAGAA 
GATAAGATCT GGACTGCAGT GCAACACAAC AACACCGAGC TCAACCGAGT CCATGGAGCC 
AATCCTGAGA AGCCGTATAC CATGTATTTA AGCTACAACG GCAGCATGGA GCAGCTTGAA 
GCCATGATCA ACAGTGCCGA ACACTGCGAG CAGGAGGCGG CTTACTACTG CAAAAAGTCA 
CGTTTGCTGA ACACCCCAAA TGGGATCCCA TTTGCTTGGT GGGTTGGCCG TGCCAACATG 
AAGCATTTTT ACTGGGGAGG TTCTCTCCCT GAAGTCCAGC AGTGCGCCTG TGGACTGGAA 
GAAAGTTGTC TGGATATGAG ATATTTTTGC AACTGTGATG CAGATAAAGA AGAATGGGCC 
AACGACACCG GCCTCCTTTC CTTCAAAGAC CATTTGCCTG TAACTCAGAT AGTGATCACT 
GACACGAACC GGTCAGATTC TGAGGCTGTC TGGAGAATCG GTCCACTGCG TTGTCATGGA 
GACAGGCAGT TCTGGAACGC TGCATCCTTC AACACGGAGG CCTCCTACCT GCTCTTCCCC 
CCATTCCATG CCGAGTTCAG TGCAGACATT TCCTTCTTCT TCAAAACCAC GGCTGTAGCT 
GGCGTCTTCT TGGAAAACCT TGGGATTAAA GACTTCATTC GAGTTGAAAT AAACTCTCCT 
AAGGAGATCA CCTTCTCTAT AGATGTTGGA AATGGTCCTA CTGGGATCAC TGTGCAGTCT 
CCCACTGCTC TGAATGATAA CCAGTGGCAC TATGTCCGAG CGGAGAGGAA CCTCAAGCAA 
ACGTCTCTTC AAGTAGACAA CCTTCCTAAG AAGATTCTTG ATGCACCTGC AGGGGGAAAT 
TTCCGTTTGC AGCTCAACAG CCAATTATTT GTAGGGGCCA GAGCTTCCAG ACAAAGGGGC 
TTTCTAGGTT GCATCCGGTC ATTACATTTA AATGGGCAAA AACTTGACCT TGAAGAGAGG 
GCAAAAATAA CCCCTGGTGT CACACCCGGG TGCCCGGGGC ACTGCAGCAG TTATGGTAAC 
CTCTGCCACA ATGGAGGCAA ATGCGTGGAG AAGTACAATG GTTCGTCCTG TGACTGCACT 
AACTCTGCTT ATGAAGGACC TTTCTGCAAG GAAGAGGTTT CGGCGCTGTT TGAAGCTGGC 
ACCTCCATTA CCTATGTTTT CCAAGAACCT TATCCAGTGA CAAAAAATGC AAGCACTTCA 
TCTTCCGCCA TTTATGCAGA TGCGGTTATG CCGAAGGAAA ACATTGCGCT TAGCTTCCTG 
ACAGCACATG CACCAAGCCT TCTGCTGTAC ATCAACACCT ACTTTCATGA ATACTTGGCT 
GTGATTCTCT CAAAAAATGG AAGTTTACAG GTCCGATACA GGCTGAGTAA AGACGGACTC 
CTCATTTTCA CCATTGACTC TGGAAATTTT GCCAATCGAG AAATGCACCA TGTGAAGATC 
AACAGAGAAG GAAAGGAGCT TGTCATCCAG GTGGATCAAG TTCTCAAAGT CAAGCACAAC 
TTCTCGGAGA TTGACTTCAG GGCCATCAAA TCACTCAGCT TGGGCAAGGT CACCGATAGT 
CTGGGACTCG ATTCTGACAT CTCAAAGGCA AACTCCTATG GCTTTATTGG ATGCCTGTCA 
TCTGTCCGGT ACAATCATAT AGCTCCCCTG AAGGCCGCCT TGAGACATCC CAGCGTCGCT 
CCTGTGACTG TCAAGGGCAC CTTGACTGAA TCCAGTTGTA GATCCATAAT AGAGGCTGAT 
GTGAACACAG TCACGACAGT ATACTCTTCA TCAGATCCCT TTGGGAAGAC AGATGAGAGG 
GAACCACTTA CCAATGCAGT CAGAAGTGAC TCTGCTGTGA TTGGAGGTGT AATAGCAGTA 
GTGATATTCA TCATCTTTTG CATCGTTGCC ATCATGAGTC GATTCCTCTA CCAGCACAAA 
CAGACGCATC GAAGTAACCA GGCAAAAGAG AAAGAGTACC CAGAAAACCT TGACCGCTCC 
TTTAAGACTG ATATTGACTT GCAGAATACA GTGAGCGAGT GCAAACGGGA ATATTTCATC 
TGA