plxnd1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	plxnd1
Entrez Gene ID	779491
Full Name	plexin D1
Synonyms	plexd1
General protein information	Preferred Names plexin D1 Names plexin-D1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002936256.5	XP_002936302.3	plexin-D1
XM_002936256.4	XP_002936302.2	plexin-D1

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	Plxnd1	NP_080652.2
Gallus gallus (chicken)	PLXND1	XP_414455.3
Xenopus tropicalis (tropical clawed frog)	plxnd1	XP_002936302.2
Homo sapiens (human)	PLXND1	NP_055918.2
Canis lupus familiaris (dog)	PLXND1	XP_533732.2
Bos taurus (cattle)	PLXND1	XP_002697168.3
Rattus norvegicus (Norway rat)	Plxnd1	NP_001101351.1
Danio rerio (zebrafish)	plxnd1	NP_991260.2

Gene Ontology

The following plxnd1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the plxnd1 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
OXa57561	XM_002936256.5 Latest version!	Xenopus tropicalis plexin D1 (plxnd1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OXa09712	XM_002936256.4 Latest version!	Xenopus tropicalis plexin D1 (plxnd1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

ORF Online Only Promotion

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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)

plxnd1 ( XM_002936256.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936302.3 Xenopus tropicalis plexin D1 (plxnd1), mRNA.

Price & Availability↑

CloneID	OXa57561
Clone ID Related Accession (Same CDS sequence)	XM_002936256.5
Accession Version	XM_002936256.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	plexin-D1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002936256.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCAG CTGTCCTGCT CCTGTCGCTG GTGGCATTGG CCTCAGGGCT AGAGTTGGTC 
AGTAAGTTCC ACTCTCCGCA GGTCACTAAT AACTTTGCGC TGAGCGCCGG GGAGGGGCTG 
TTGTACCTGG CGGCGGTGAA TCGCCTCTAC CAGCTGAACT GGGAGCTGCG GCCGGAGCTG 
GAGGATGTTA CCGGGCCGGT ACCGGACTCC CCGTTGTGCC ATGCTCCGCA ATTGCGAGAA 
ACCACCTGTG ACTTCCCCCG GACCTCAACC CCGAACTACA ATAAAATCCT ACTACCCGAC 
CCGGAGCAGG GGCTGCTACT GACCTGCGGA TCTATCTTCC AGGGGCTGTG TGAGCTCCGC 
GCCCTGCGGA ACATAACGCT CCGCGCAGTG CCCTTCCCTG TGGATAACGC GGTGCCCAGC 
ATGCTCAATG TAGCTGCCAA CCACCCCAAC GCTTCCACCG TAGGGTTACT GCTTCGGGGG 
CCCAGTGGGG ACACCAAGCT GCTTGTGGGC GCTACATACA CCGGATACTC CAGCCAGTTC 
TTTCCCTGGA ACCAAAGTAT CGCTGACCAT CGATTTGAGA ACAGCCCTGA GATTTCAATC 
CGGGCCCTGA ACCTGACCGC CTCCGAGAAG CTTTTCACTT TTGACATCAG TCCGTCCGAT 
GACAACATAT TCAAGGTAAA GCAGAGCTTT AAGGCCCGGC ATCGCCTGGG GTTTGTCAGG 
GCATTCCAGC AGGGACCATT CGCGTACCTG GCCATGAACG TGGAACCCGC CCCTGCGGGG 
AAGGAGAACC GACCCAGTAG TGTTTTAGCG CGGATCTGTC TGAAGTCTGA GCCTAGAACA 
GAGCCGCGCA AACTCACAGA GTCCTACATC CAATTGGGAC TGCGCTGCGA AGGCCCAGGA 
GGGGTGCTGT ATGGTCGCCT GCTGTCAGTG TTCGCGGAGT CGGAAAACAT ATTCGGGATA 
TTCGAGGGGA AAAATGAGGC GGCGCTCTGT ATGTTCCCGC TGCGCTCGGT GGCGCAGGAG 
ATACGCGGGG CGCGGAGGGG CTGCTTTGAG AGTCAGGACG CGGGGGAAGT GACTGTGTTG 
GACAGTGTGG TGCAGGGGAC TGGCCCCAGC TGCGAACGCA GGAACGCCAA GGTCAAGCTG 
CAGGAGGAAC AATTGGACTG TGGGGCGGCT CATCTCCAAC ATCCACTGGC CATCACACGC 
CCTCTGCCTG CCGTACCTAT CTATAAAGAA AAAGGCTTGA CTTCTGTAGC CGTGGCCAAT 
GTCAGTGGTT ACATGGTGGT ATTCCTGGGG AATGTGAGCG GCCATCTCAT CAAGATTAAC 
CTGGATGCAG ATATGAAAAT TATCAACAAA TCCATGCAAT ACCTTGAGAT CGCTAGCGGG 
CAGCCAGTCC ACCATGTTAT GGAGTTTGAT CCCATGGACC CCACTTACCT CTTTGTCATG 
ACGTCACATC AGATGACGCG AGTAAAAGTG GCAGAATGTG CCAAGTATCG GAGTTGCACT 
GAGTGCCTTG CGGCAGCGGA TGCTTACTGC GGGTGGTGCA CCCTGGAAGG AAGGTGCTCT 
CTCCAGAAAG AGTGTCAAGG TTCTGAGGAT TCAGCATTCT GGATGAGTCC CAACGTGGGT 
CAAGAAAACA TGTGCCCAGC AATGAACAGC ATTCCCAATA AAATTGATAT TTCCTCCAGC 
ACCCAGAGAA TCATACTCCA GATCACTGGA AACCTCCCAA TACTTTACCA GATGAATGTG 
TCATGTGACT ACGGGAACAA TATAATCACG CCTGCTGTTA TCGACCCTGA TCAAGACAGT 
GGGCAATTGC TTCACTGCTC ATTCCTTCCC AGGGACCAGT TCCCATCATT CCCACCAAAC 
CAAGATTATG TGACGGTCAG TATGGCGCTG TCAGTGGGAG GAAACAGCAT CATTCAGCAC 
AAGTTTATCA TCTATGACTG CAACAGGACG CAAAACATGC ATCCTAAGAA TGCGTGCACC 
AGCTGTGTGA AGTCTCGCTG GCCTTGCAGT TGGTGTGTGA GCCAACACAG GTGTGTCTCC 
AGTGCATCAC AATGTGGCAC CATTGCACAG AACAGCACAG AGAGCTGTCC CAGGATAACG 
GCCACAAGCC TGACCCCCAC ACCCACCGGA GTCACCAAGG ATTATACGCT ATCACTGCTC 
AACACAAATA TTACAGAGGG CCCGAAACTG GAATGTGACT TCGGAACAGA ACAAACTTTC 
CCAGCAAAAT GGTTAAATTC CTCCGCTGTC GTGTGCAGCA ATGTACTGTT GTACACATCT 
GAAAGAACCC AGAGCTTCCC AATCAACCTG CAGCTTAGTG ACCATAAAGG ACTGTATCTT 
GACAACCCAT CCATGCTCTC TGTCGAGGTG TACAATTGCG CTTCCCAGAC CCCAGATTGC 
TCCAGCTGCT TAGGCCGGGC AGACCTCGGT CACCACTGCT CCTGGAGTGA AAGCAGCATG 
TCATGTCGGC TGAATAGTGA AATACTATCC ATTTCATATC CATACACCTG TCCTGCTCCT 
GATATAAGGA AGATTGATCC AGCCAGTGGA CCCCTGTTAG GCGGTACTCT TGTTACTATC 
CAAGGGCGCA ACCTCGGAAG CCGCTTCAGC GATATCAACG GAAGGGTCAA GATTGGAGAA 
ATAGAGTGCA CCCCCATCCA GGAGAAATAC ATTGTGTCTG AGGAGATTGT GTGTATGACT 
GGAGAGTCTC CCAAGCTGCT CACTGACTGG GTCTCTGTAG ATGTAAATGG AGGCGGCAGG 
TCCAAGGAGA AATATTCTTT CCAGGTTCCA GAGGTGGATT ATTTATCCCC AGATTTTGGC 
CCTTGGGCTG GAGGAACCAG AGTAACAATC TCTGGTACCA ATCTGAATAT TGGCAGAGAT 
GTCCGAGTGC TGTTCAATAA GACACAGGAA TGCAGAGACC TTGTGCGCAC ACAGAGCACC 
ATCCAGTGTA CAGTTCCACC AATGAAATTT CTCCCTGAAA CCAAGGTACA CATCTGTGTC 
CAGTTTGAGA AAAAATCTTG TGTAAAGGAA GAACTATTTT TCAAGTACCA AGAGAACCCA 
GTGATCAAAA GCATGGATCC AAGAAGCAGC CCCCTCAGTG GTGGGCGGAT CATCACTGTG 
ACCGGCGAAA GATTTGACAT GGTGCAGTCT ATAATGATGG GAATTCAACA TGAGAAAGGA 
AGGCGAATGA ACTGCACAGT CTTAAGCCCA ACTATAATCA CCTGCCCCTC CCCTACAGCC 
CCCAACAGCA CCATGGAGAA CATGGACTTT TTCATTAATG GGGTGCAAGT GGATCTTGGG 
AAAGCTATTG TGGAAGCCCA TTTCAGCCTG GAGTATCAGC CTGACCCAAT GTTCTACACA 
GCCAAGAAAG AAAAGTTGAT TAAGCATCAC GTTGGGGAAC CGCTAACTCT GGTTATACAT 
AAAGAGCCAG ACAACCTTGG ACTGAGAGTA GATGAATATC GGGTGAAGGT CGGACAGATT 
CCATGCGAGT CGATCTTTAT CTTTAATGAC AAGGTCATAC ACTGCAGCAT CAATGAGTCT 
TTGAGCTCCT CTCAGCGCTA TCTACCTGTG ACGATACAAG TTGGCAAATT CAATCAGACT 
ATCACCACTC TGCACCTGGC CGGGATAGAC ACATCAATCA TCATCTCCAT AGTCATCTGC 
AGTATATTGT TACTCCTCTC CGTGGTCGCT CTGTTTGTTT TCTGTACCAA GAGTCGTAGA 
GCTGAGCGCT ATTGGCAGAA AACTCTCGTA CAGATGGAGG AGATGGAATC TCAAATCCGA 
GAGGAAATCC GGAAAGGATT TGCTGAGCTG CAGACAGATA TGACAGACCT AACGAAGGAA 
TTAAATCGCA GCCAAGGAAT CCCCTTCCTA GAATACAAAC ATTTTGTCAC ACGCACCTTC 
TTCCCAAAGT GTTCATCTCT GTATGAAGAG CGCTACATCT TGCCCACACA GAACTTCAAC 
ACCCAGCTTG GGTTCCAGGT GCCAGAGACA CATCCACTAC TCTGTGGAGA GTGGAAGGTT 
CCAGAAAACT GTCGGACAAA CATGGAGGAA GGCATTACCC TACTGTCCAC TCTGCTTAAC 
AACAGGCACT TCCTGGTCAC GTTCATCCAT GCTGTCGAGC TTCAAAAGGA CTTTGCTGTT 
CGTGACAGAT GCAACTTGGC TTCTCATCTC ACCATTGCTC TCCATGGGAA GCTGGAGTAT 
TATACAAGCA TTATGAAGGA TCTTCTGGTA GATCTCATAG ACTCTTCAGC CTCCAAAAAC 
CCTAAACTTA TGCTGCGTAG GACTGAGTCT GTAGTTGAGA AGATGCTCAC CAACTGGATG 
TCCATCTGCA TGTACAGCTG CCTCAGGGAA ACAGTGGGGG AGCCATTTTT CTTACTGCTC 
TGTGCCATAA AGCAGCAAAT CAATAAGGGA TCCATTGATG CTATCACAGG AAAAGCAAGA 
TACACGCTGA ATGAGGAGTG GCTGCTTAGA GAGAACATTG AGGCCAAGCC TATGAACCTC 
AACGTGTCCT TCCAAGGCTG CGGCATGGAC TCCCTGTGTG TGCGTGTGTT GGACACAGAC 
ACTGTGAGCC AGTGCAAGGA GAAGATCCTG GAGGCTTTCT GCAAGAACCT GCCCTACTCA 
CAGTGGCCTA GAGTAGAGGA TGTGGATTTG GAATGGTTTG CCTCCAGCTC AAAGAGTTAC 
ATCCTGCGAG ATCTTGATGA CTCCTCCATC ATGGAAGATG GGAAGAAGAA GCTGAATACG 
TTAGCGCACT ACAAGGTCCA CGATGGAGCC TCCCTGGCTA TGAGCCTGAA GGACAAAAGA 
GATGACACCT TGGGCAGAGT GAAGGACTTG GACACCGATA AGTATTTTCA TTTAGTTCTT 
CCCACTGATG ACTTAGCCGA AACGAAAAGG TCCCACAGAC AAAGCCACAG GAAAAAAGTT 
CTGCCTGAGA TCTACTTGAC CCGACTCCTG TCTACAAAGG GCACGCTACA GAAATTCTTA 
GATGACCTAT TCAGAGCCAT CCTGAGCATC CATGAGGATC GACCCCCACT AGCCATCAAG 
TACTTCTTTG ATTTCCTGGA GGAGCAGGCT GAAAAGCGAG GCATATCTGA CCCGGACACG 
CTACACATCT GGAAAACTAA CAGCCTTCCT CTGCGATTCT GGGTGAACAT CCTGAAGAAC 
CCTGAGTTTG TGTTTGACAT GGATAAATCT GATCATATGG ATGCCTGCCT GTCAGTCATT 
GCTCAAGCGT TCATTGATGC CTGCTCCATC TCTGATATGC AACTAGGCAA GGATTCCCCC 
ACCAATAAGC TGCTGTACGC AAAAGAAATT CCAGAATACA GGAAAATTGT GCAACGATAC 
TACCAGAAGA TTAAGGAGAT GAGCCCACTG AGTGAGCAGG AAATGAATGC GCACCTTGCC 
GAGGAGTCAC GGAAATATCG GAATAAATTT AACACCAACG TTGCAATGGC TGAAATCTAT 
AAATACGCCA AGAAATACCG AACACAGATT GTCACAGCTT TGGAAACAAA TCCCACCACA 
AAAAGAGGGC AACTGCAACA TAAATTTGAT CAGGTGATTG TGTTGATGGA GGATGACATT 
TACTCGTGTA GCAGTGAGGC ATAA

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

RefSeq	XP_002936302.3
CDS	264..5867
Translation	MAAAVLLLSLVALASGLELVSKFHSPQVTNNFALSAGEGLLYLAAVNRLYQLNWELRPELEDVTGPVPDSPLCHAPQLRETTCDFPRTSTPNYNKILLPDPEQGLLLTCGSIFQGLCELRALRNITLRAVPFPVDNAVPSMLNVAANHPNASTVGLLLRGPSGDTKLLVGATYTGYSSQFFPWNQSIADHRFENSPEISIRALNLTASEKLFTFDISPSDDNIFKVKQSFKARHRLGFVRAFQQGPFAYLAMNVEPAPAGKENRPSSVLARICLKSEPRTEPRKLTESYIQLGLRCEGPGGVLYGRLLSVFAESENIFGIFEGKNEAALCMFPLRSVAQEIRGARRGCFESQDAGEVTVLDSVVQGTGPSCERRNAKVKLQEEQLDCGAAHLQHPLAITRPLPAVPIYKEKGLTSVAVANVSGYMVVFLGNVSGHLIKINLDADMKIINKSMQYLEIASGQPVHHVMEFDPMDPTYLFVMTSHQMTRVKVAECAKYRSCTECLAAADAYCGWCTLEGRCSLQKECQGSEDSAFWMSPNVGQENMCPAMNSIPNKIDISSSTQRIILQITGNLPILYQMNVSCDYGNNIITPAVIDPDQDSGQLLHCSFLPRDQFPSFPPNQDYVTVSMALSVGGNSIIQHKFIIYDCNRTQNMHPKNACTSCVKSRWPCSWCVSQHRCVSSASQCGTIAQNSTESCPRITATSLTPTPTGVTKDYTLSLLNTNITEGPKLECDFGTEQTFPAKWLNSSAVVCSNVLLYTSERTQSFPINLQLSDHKGLYLDNPSMLSVEVYNCASQTPDCSSCLGRADLGHHCSWSESSMSCRLNSEILSISYPYTCPAPDIRKIDPASGPLLGGTLVTIQGRNLGSRFSDINGRVKIGEIECTPIQEKYIVSEEIVCMTGESPKLLTDWVSVDVNGGGRSKEKYSFQVPEVDYLSPDFGPWAGGTRVTISGTNLNIGRDVRVLFNKTQECRDLVRTQSTIQCTVPPMKFLPETKVHICVQFEKKSCVKEELFFKYQENPVIKSMDPRSSPLSGGRIITVTGERFDMVQSIMMGIQHEKGRRMNCTVLSPTIITCPSPTAPNSTMENMDFFINGVQVDLGKAIVEAHFSLEYQPDPMFYTAKKEKLIKHHVGEPLTLVIHKEPDNLGLRVDEYRVKVGQIPCESIFIFNDKVIHCSINESLSSSQRYLPVTIQVGKFNQTITTLHLAGIDTSIIISIVICSILLLLSVVALFVFCTKSRRAERYWQKTLVQMEEMESQIREEIRKGFAELQTDMTDLTKELNRSQGIPFLEYKHFVTRTFFPKCSSLYEERYILPTQNFNTQLGFQVPETHPLLCGEWKVPENCRTNMEEGITLLSTLLNNRHFLVTFIHAVELQKDFAVRDRCNLASHLTIALHGKLEYYTSIMKDLLVDLIDSSASKNPKLMLRRTESVVEKMLTNWMSICMYSCLRETVGEPFFLLLCAIKQQINKGSIDAITGKARYTLNEEWLLRENIEAKPMNLNVSFQGCGMDSLCVRVLDTDTVSQCKEKILEAFCKNLPYSQWPRVEDVDLEWFASSSKSYILRDLDDSSIMEDGKKKLNTLAHYKVHDGASLAMSLKDKRDDTLGRVKDLDTDKYFHLVLPTDDLAETKRSHRQSHRKKVLPEIYLTRLLSTKGTLQKFLDDLFRAILSIHEDRPPLAIKYFFDFLEEQAEKRGISDPDTLHIWKTNSLPLRFWVNILKNPEFVFDMDKSDHMDACLSVIAQAFIDACSISDMQLGKDSPTNKLLYAKEIPEYRKIVQRYYQKIKEMSPLSEQEMNAHLAEESRKYRNKFNTNVAMAEIYKYAKKYRTQIVTALETNPTTKRGQLQHKFDQVIVLMEDDIYSCSSEA

Target ORF information:

RefSeq Version	XM_002936256.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis plexin D1 (plxnd1), mRNA.

Target ORF information:

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

XM_002936256.5

ORF Insert Sequence:

ATGGCTGCAG CTGTCCTGCT CCTGTCGCTG GTGGCATTGG CCTCAGGGCT AGAGTTGGTC 
AGTAAGTTCC ACTCTCCGCA GGTCACTAAT AACTTTGCGC TGAGCGCCGG GGAGGGGCTG 
TTGTACCTGG CGGCGGTGAA TCGCCTCTAC CAGCTGAACT GGGAGCTGCG GCCGGAGCTG 
GAGGATGTTA CCGGGCCGGT ACCGGACTCC CCGTTGTGCC ATGCTCCGCA ATTGCGAGAA 
ACCACCTGTG ACTTCCCCCG GACCTCAACC CCGAACTACA ATAAAATCCT ACTACCCGAC 
CCGGAGCAGG GGCTGCTACT GACCTGCGGA TCTATCTTCC AGGGGCTGTG TGAGCTCCGC 
GCCCTGCGGA ACATAACGCT CCGCGCAGTG CCCTTCCCTG TGGATAACGC GGTGCCCAGC 
ATGCTCAATG TAGCTGCCAA CCACCCCAAC GCTTCCACCG TAGGGTTACT GCTTCGGGGG 
CCCAGTGGGG ACACCAAGCT GCTTGTGGGC GCTACATACA CCGGATACTC CAGCCAGTTC 
TTTCCCTGGA ACCAAAGTAT CGCTGACCAT CGATTTGAGA ACAGCCCTGA GATTTCAATC 
CGGGCCCTGA ACCTGACCGC CTCCGAGAAG CTTTTCACTT TTGACATCAG TCCGTCCGAT 
GACAACATAT TCAAGGTAAA GCAGAGCTTT AAGGCCCGGC ATCGCCTGGG GTTTGTCAGG 
GCATTCCAGC AGGGACCATT CGCGTACCTG GCCATGAACG TGGAACCCGC CCCTGCGGGG 
AAGGAGAACC GACCCAGTAG TGTTTTAGCG CGGATCTGTC TGAAGTCTGA GCCTAGAACA 
GAGCCGCGCA AACTCACAGA GTCCTACATC CAATTGGGAC TGCGCTGCGA AGGCCCAGGA 
GGGGTGCTGT ATGGTCGCCT GCTGTCAGTG TTCGCGGAGT CGGAAAACAT ATTCGGGATA 
TTCGAGGGGA AAAATGAGGC GGCGCTCTGT ATGTTCCCGC TGCGCTCGGT GGCGCAGGAG 
ATACGCGGGG CGCGGAGGGG CTGCTTTGAG AGTCAGGACG CGGGGGAAGT GACTGTGTTG 
GACAGTGTGG TGCAGGGGAC TGGCCCCAGC TGCGAACGCA GGAACGCCAA GGTCAAGCTG 
CAGGAGGAAC AATTGGACTG TGGGGCGGCT CATCTCCAAC ATCCACTGGC CATCACACGC 
CCTCTGCCTG CCGTACCTAT CTATAAAGAA AAAGGCTTGA CTTCTGTAGC CGTGGCCAAT 
GTCAGTGGTT ACATGGTGGT ATTCCTGGGG AATGTGAGCG GCCATCTCAT CAAGATTAAC 
CTGGATGCAG ATATGAAAAT TATCAACAAA TCCATGCAAT ACCTTGAGAT CGCTAGCGGG 
CAGCCAGTCC ACCATGTTAT GGAGTTTGAT CCCATGGACC CCACTTACCT CTTTGTCATG 
ACGTCACATC AGATGACGCG AGTAAAAGTG GCAGAATGTG CCAAGTATCG GAGTTGCACT 
GAGTGCCTTG CGGCAGCGGA TGCTTACTGC GGGTGGTGCA CCCTGGAAGG AAGGTGCTCT 
CTCCAGAAAG AGTGTCAAGG TTCTGAGGAT TCAGCATTCT GGATGAGTCC CAACGTGGGT 
CAAGAAAACA TGTGCCCAGC AATGAACAGC ATTCCCAATA AAATTGATAT TTCCTCCAGC 
ACCCAGAGAA TCATACTCCA GATCACTGGA AACCTCCCAA TACTTTACCA GATGAATGTG 
TCATGTGACT ACGGGAACAA TATAATCACG CCTGCTGTTA TCGACCCTGA TCAAGACAGT 
GGGCAATTGC TTCACTGCTC ATTCCTTCCC AGGGACCAGT TCCCATCATT CCCACCAAAC 
CAAGATTATG TGACGGTCAG TATGGCGCTG TCAGTGGGAG GAAACAGCAT CATTCAGCAC 
AAGTTTATCA TCTATGACTG CAACAGGACG CAAAACATGC ATCCTAAGAA TGCGTGCACC 
AGCTGTGTGA AGTCTCGCTG GCCTTGCAGT TGGTGTGTGA GCCAACACAG GTGTGTCTCC 
AGTGCATCAC AATGTGGCAC CATTGCACAG AACAGCACAG AGAGCTGTCC CAGGATAACG 
GCCACAAGCC TGACCCCCAC ACCCACCGGA GTCACCAAGG ATTATACGCT ATCACTGCTC 
AACACAAATA TTACAGAGGG CCCGAAACTG GAATGTGACT TCGGAACAGA ACAAACTTTC 
CCAGCAAAAT GGTTAAATTC CTCCGCTGTC GTGTGCAGCA ATGTACTGTT GTACACATCT 
GAAAGAACCC AGAGCTTCCC AATCAACCTG CAGCTTAGTG ACCATAAAGG ACTGTATCTT 
GACAACCCAT CCATGCTCTC TGTCGAGGTG TACAATTGCG CTTCCCAGAC CCCAGATTGC 
TCCAGCTGCT TAGGCCGGGC AGACCTCGGT CACCACTGCT CCTGGAGTGA AAGCAGCATG 
TCATGTCGGC TGAATAGTGA AATACTATCC ATTTCATATC CATACACCTG TCCTGCTCCT 
GATATAAGGA AGATTGATCC AGCCAGTGGA CCCCTGTTAG GCGGTACTCT TGTTACTATC 
CAAGGGCGCA ACCTCGGAAG CCGCTTCAGC GATATCAACG GAAGGGTCAA GATTGGAGAA 
ATAGAGTGCA CCCCCATCCA GGAGAAATAC ATTGTGTCTG AGGAGATTGT GTGTATGACT 
GGAGAGTCTC CCAAGCTGCT CACTGACTGG GTCTCTGTAG ATGTAAATGG AGGCGGCAGG 
TCCAAGGAGA AATATTCTTT CCAGGTTCCA GAGGTGGATT ATTTATCCCC AGATTTTGGC 
CCTTGGGCTG GAGGAACCAG AGTAACAATC TCTGGTACCA ATCTGAATAT TGGCAGAGAT 
GTCCGAGTGC TGTTCAATAA GACACAGGAA TGCAGAGACC TTGTGCGCAC ACAGAGCACC 
ATCCAGTGTA CAGTTCCACC AATGAAATTT CTCCCTGAAA CCAAGGTACA CATCTGTGTC 
CAGTTTGAGA AAAAATCTTG TGTAAAGGAA GAACTATTTT TCAAGTACCA AGAGAACCCA 
GTGATCAAAA GCATGGATCC AAGAAGCAGC CCCCTCAGTG GTGGGCGGAT CATCACTGTG 
ACCGGCGAAA GATTTGACAT GGTGCAGTCT ATAATGATGG GAATTCAACA TGAGAAAGGA 
AGGCGAATGA ACTGCACAGT CTTAAGCCCA ACTATAATCA CCTGCCCCTC CCCTACAGCC 
CCCAACAGCA CCATGGAGAA CATGGACTTT TTCATTAATG GGGTGCAAGT GGATCTTGGG 
AAAGCTATTG TGGAAGCCCA TTTCAGCCTG GAGTATCAGC CTGACCCAAT GTTCTACACA 
GCCAAGAAAG AAAAGTTGAT TAAGCATCAC GTTGGGGAAC CGCTAACTCT GGTTATACAT 
AAAGAGCCAG ACAACCTTGG ACTGAGAGTA GATGAATATC GGGTGAAGGT CGGACAGATT 
CCATGCGAGT CGATCTTTAT CTTTAATGAC AAGGTCATAC ACTGCAGCAT CAATGAGTCT 
TTGAGCTCCT CTCAGCGCTA TCTACCTGTG ACGATACAAG TTGGCAAATT CAATCAGACT 
ATCACCACTC TGCACCTGGC CGGGATAGAC ACATCAATCA TCATCTCCAT AGTCATCTGC 
AGTATATTGT TACTCCTCTC CGTGGTCGCT CTGTTTGTTT TCTGTACCAA GAGTCGTAGA 
GCTGAGCGCT ATTGGCAGAA AACTCTCGTA CAGATGGAGG AGATGGAATC TCAAATCCGA 
GAGGAAATCC GGAAAGGATT TGCTGAGCTG CAGACAGATA TGACAGACCT AACGAAGGAA 
TTAAATCGCA GCCAAGGAAT CCCCTTCCTA GAATACAAAC ATTTTGTCAC ACGCACCTTC 
TTCCCAAAGT GTTCATCTCT GTATGAAGAG CGCTACATCT TGCCCACACA GAACTTCAAC 
ACCCAGCTTG GGTTCCAGGT GCCAGAGACA CATCCACTAC TCTGTGGAGA GTGGAAGGTT 
CCAGAAAACT GTCGGACAAA CATGGAGGAA GGCATTACCC TACTGTCCAC TCTGCTTAAC 
AACAGGCACT TCCTGGTCAC GTTCATCCAT GCTGTCGAGC TTCAAAAGGA CTTTGCTGTT 
CGTGACAGAT GCAACTTGGC TTCTCATCTC ACCATTGCTC TCCATGGGAA GCTGGAGTAT 
TATACAAGCA TTATGAAGGA TCTTCTGGTA GATCTCATAG ACTCTTCAGC CTCCAAAAAC 
CCTAAACTTA TGCTGCGTAG GACTGAGTCT GTAGTTGAGA AGATGCTCAC CAACTGGATG 
TCCATCTGCA TGTACAGCTG CCTCAGGGAA ACAGTGGGGG AGCCATTTTT CTTACTGCTC 
TGTGCCATAA AGCAGCAAAT CAATAAGGGA TCCATTGATG CTATCACAGG AAAAGCAAGA 
TACACGCTGA ATGAGGAGTG GCTGCTTAGA GAGAACATTG AGGCCAAGCC TATGAACCTC 
AACGTGTCCT TCCAAGGCTG CGGCATGGAC TCCCTGTGTG TGCGTGTGTT GGACACAGAC 
ACTGTGAGCC AGTGCAAGGA GAAGATCCTG GAGGCTTTCT GCAAGAACCT GCCCTACTCA 
CAGTGGCCTA GAGTAGAGGA TGTGGATTTG GAATGGTTTG CCTCCAGCTC AAAGAGTTAC 
ATCCTGCGAG ATCTTGATGA CTCCTCCATC ATGGAAGATG GGAAGAAGAA GCTGAATACG 
TTAGCGCACT ACAAGGTCCA CGATGGAGCC TCCCTGGCTA TGAGCCTGAA GGACAAAAGA 
GATGACACCT TGGGCAGAGT GAAGGACTTG GACACCGATA AGTATTTTCA TTTAGTTCTT 
CCCACTGATG ACTTAGCCGA AACGAAAAGG TCCCACAGAC AAAGCCACAG GAAAAAAGTT 
CTGCCTGAGA TCTACTTGAC CCGACTCCTG TCTACAAAGG GCACGCTACA GAAATTCTTA 
GATGACCTAT TCAGAGCCAT CCTGAGCATC CATGAGGATC GACCCCCACT AGCCATCAAG 
TACTTCTTTG ATTTCCTGGA GGAGCAGGCT GAAAAGCGAG GCATATCTGA CCCGGACACG 
CTACACATCT GGAAAACTAA CAGCCTTCCT CTGCGATTCT GGGTGAACAT CCTGAAGAAC 
CCTGAGTTTG TGTTTGACAT GGATAAATCT GATCATATGG ATGCCTGCCT GTCAGTCATT 
GCTCAAGCGT TCATTGATGC CTGCTCCATC TCTGATATGC AACTAGGCAA GGATTCCCCC 
ACCAATAAGC TGCTGTACGC AAAAGAAATT CCAGAATACA GGAAAATTGT GCAACGATAC 
TACCAGAAGA TTAAGGAGAT GAGCCCACTG AGTGAGCAGG AAATGAATGC GCACCTTGCC 
GAGGAGTCAC GGAAATATCG GAATAAATTT AACACCAACG TTGCAATGGC TGAAATCTAT 
AAATACGCCA AGAAATACCG AACACAGATT GTCACAGCTT TGGAAACAAA TCCCACCACA 
AAAAGAGGGC AACTGCAACA TAAATTTGAT CAGGTGATTG TGTTGATGGA GGATGACATT 
TACTCGTGTA GCAGTGAGGC ATAA

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

plxnd1 ( XM_002936256.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936302.2 Xenopus tropicalis plexin D1 (plxnd1), mRNA.

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CloneID	OXa09712
Clone ID Related Accession (Same CDS sequence)	XM_002936256.4
Accession Version	XM_002936256.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5604bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	plexin-D1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030680.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002936256.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCAG CTGTCCTGCT CCTGTCGCTG GTGGCATTGG CCTCAGGGCT AGAGTTGGTC 
AGTAAGTTCC ACTCTCCGCA GGTCACTAAT AACTTTGCGC TGAGCGCCGG GGAGGGGCTG 
TTGTACCTGG CGGCGGTGAA TCGCCTCTAC CAGCTGAACT GGGAGCTGCG GCCGGAGCTG 
GAGGATGTTA CCGGGCCGGT ACCGGACTCC CCGTTGTGCC ATGCTCCGCA ATTGCGAGAA 
ACCACCTGTG ACTTCCCCCG GACCTCAACC CCGAACTACA ATAAAATCCT ACTACCCGAC 
CCGGAGCAGG GGCTGCTACT GACCTGCGGA TCTATCTTCC AGGGGCTGTG TGAGCTCCGC 
GCCCTGCGGA ACATAACGCT CCGCGCAGTG CCCTTCCCTG TGGATAACGC GGTGCCCAGC 
ATGCTCAATG TAGCTGCCAA CCACCCCAAC GCTTCCACCG TAGGGTTACT GCTTCGGGGG 
CCCAGTGGGG ACACCAAGCT GCTTGTGGGC GCTACATACA CCGGATACTC CAGCCAGTTC 
TTTCCCTGGA ACCAAAGTAT CGCTGACCAT CGATTTGAGA ACAGCCCTGA GATTTCAATC 
CGGGCCCTGA ACCTGACCGC CTCCGAGAAG CTTTTCACTT TTGACATCAG TCCGTCCGAT 
GACAACATAT TCAAGGTAAA GCAGAGCTTT AAGGCCCGGC ATCGCCTGGG GTTTGTCAGG 
GCATTCCAGC AGGGACCATT CGCGTACCTG GCCATGAACG TGGAACCCGC CCCTGCGGGG 
AAGGAGAACC GACCCAGTAG TGTTTTAGCG CGGATCTGTC TGAAGTCTGA GCCTAGAACA 
GAGCCGCGCA AACTCACAGA GTCCTACATC CAATTGGGAC TGCGCTGCGA AGGCCCAGGA 
GGGGTGCTGT ATGGTCGCCT GCTGTCAGTG TTCGCGGAGT CGGAAAACAT ATTCGGGATA 
TTCGAGGGGA AAAATGAGGC GGCGCTCTGT ATGTTCCCGC TGCGCTCGGT GGCGCAGGAG 
ATACGCGGGG CGCGGAGGGG CTGCTTTGAG AGTCAGGACG CGGGGGAAGT GACTGTGTTG 
GACAGTGTGG TGCAGGGGAC TGGCCCCAGC TGCGAACGCA GGAACGCCAA GGTCAAGCTG 
CAGGAGGAAC AATTGGACTG TGGGGCGGCT CATCTCCAAC ATCCACTGGC CATCACACGC 
CCTCTGCCTG CCGTACCTAT CTATAAAGAA AAAGGCTTGA CTTCTGTAGC CGTGGCCAAT 
GTCAGTGGTT ACATGGTGGT ATTCCTGGGG AATGTGAGCG GCCATCTCAT CAAGATTAAC 
CTGGATGCAG ATATGAAAAT TATCAACAAA TCCATGCAAT ACCTTGAGAT CGCTAGCGGG 
CAGCCAGTCC ACCATGTTAT GGAGTTTGAT CCCATGGACC CCACTTACCT CTTTGTCATG 
ACGTCACATC AGATGACGCG AGTAAAAGTG GCAGAATGTG CCAAGTATCG GAGTTGCACT 
GAGTGCCTTG CGGCAGCGGA TGCTTACTGC GGGTGGTGCA CCCTGGAAGG AAGGTGCTCT 
CTCCAGAAAG AGTGTCAAGG TTCTGAGGAT TCAGCATTCT GGATGAGTCC CAACGTGGGT 
CAAGAAAACA TGTGCCCAGC AATGAACAGC ATTCCCAATA AAATTGATAT TTCCTCCAGC 
ACCCAGAGAA TCATACTCCA GATCACTGGA AAGCTCCCAA TACTTTACCA GATGAACGTG 
TCATGTGACT ACGGGAACAA TATAATCACG CCTGCTGTTA TCGACCCTGA TCAAGACAGT 
GGGCAATTGC TTCACTGCTC ATTCCTTCCC AGGGACCAGT TCCCATCATT CCCACCAAAC 
CAAGATTATG TGACGGTCAG TATGGCGCTG TCAGTGGGAG GAAACAGCAT CATTCAGCAC 
AAGTTTATCA TCTATGACTG CAACAGGACG CAAAACATGC ATCCCAAGAA TGCGTGCACC 
AGCTGTGTGA AGTCTCGCTG GCCTTGCAGT TGGTGTGTGA GCCAACACAG GTGTGTCTCC 
AGTGCATCAC AATGTGACAC CATTGCACAG AACAGCACAG AGAGCTGTCC CAGGATAACG 
GCCACAAGCC TGACCCCCAC ACCCACCGGA GTCACCAAGG ATTATACGCT ATCACTGCTC 
AACACAAATA TTACAGAGGG CCCGAAACTG GAATGTGACT TCGGAACAGA ACAAACTTTC 
CCAGCAAAAT GGTTAAATTC CTCCGCTGTC GTGTGCAGCA ATGTACTGTT GTACACATCT 
GAAAGAACCC AGAGCTTCCC AATCAACCTG CAGCTTAGTG ACCATAAAGG ACTGTATCTT 
GACAACCCAT CCATGCTCTC TGTCGAGGTG TACAATTGCG CTTCCCAGAC CCCAGATTGC 
TCCAGCTGCT TAGGCCGGGC AGACCTCGGT CACCACTGCT CCTGGAGTGA AAGCAGCATG 
TCATGTCGGC TGAATAGTGA AATACTATCC ATTTCACATC CATACACCTG TCCTGCTCCT 
GATATAAGGA AGATTGATCC AGCCAGTGGA CCCCTGTTAG GCGGTACTCT TGTTACTATC 
CAAGGGCGCA ACCTCGGAAG CCGCTTCAGC GATATCAACG GAAGGGTCAA GATTGGAGAA 
ATAGAGTGCA CCCCCATCCA GGAGAAATAC ATTGTGTCTG AGGAGATTGT GTGTATGACT 
GGAGAGTCTC CCAAGCTGCT CACTGACTGG GTCTCTGTAG ATGTAAATGG AGGCGGCAGG 
TCCAAGGAGA AATATTCTTT CCAGGTTCCA GAGGTGGATT ATTTATCCCC AGATTTTGGC 
CCTTGGGCTG GAGGAACCAG AGTAACAATC TCTGGTACCA ATCTGAATAT TGGCAGAGAT 
GTCCGAGTGC TGTTCAATAA GACACAGGAA TGCAGAGACC TTGTGCGCAC ACAGAGCACC 
ATCCAGTGTA CAGTTCCACC AATGAAATTT CTCCCTGAAA CCAAGGTACA CATCTGTGTC 
CAGTTTGAGA AAAAATCTTG TGTAAAGGAA GAACTATTTT TCAAGTACCA AGAGAACCCA 
GTGATCAAAA GCATGGATCC AAGAAGCAGC CCCCTCAGTG GTGGGCGGAT CATCACTGTG 
ACCGGCGAAA GATTTGACAT GGTGCAGTCT ATAATGATGG GAATTCAACA TGAGAAAGGA 
AGGCGAATGA ACTGCACAGT CTTAAGCCCA ACTATAATCA CCTGCCCCTC CCCTACAGCC 
CCCAACAGCA CCATGGAGAA CATGGACTTT TTCATTAATG GGGTGCAAGT GGATCTTGGG 
AAAGCTATTG TGGAAGCCCA TTTCAGCCTG GAGTATCAGC CTGACCCAAT GTTCTACACA 
GCCAAGAAAG AAAAGTTGAT TAAGCATCAC GTTGGGGAAC CGCTAACTCT GGTTATACAT 
AAAGAGCCAG ACAACCTTGG ACTGAGAGTA GATGAATATC GGGTGAAGGT CGGACAGATT 
CCATGCGAGT CGATCTTTAT CTTTAATGAC AAGGTCATAC ACTGCAGCAT CAATGAGTCT 
TTGAGCTCCT CTCAGCGCTA TCTACCTGTG ACGATACAAG TTGGCAAATT CAATCAGACT 
ATCACCACTC TGCACCTGGC CGGGATAGAC ACATCAATCA TCATCTCCAT AGTCATCTGC 
AGTATATTGT TACTCCTCTC CGTGGTCGCT CTGTTTGTTT TCTGTACCAA GAGTCGTAGA 
GCTGAGCGCT ATTGGCAGAA AACTCTCGTA CAGATGGAGG AGATGGAATC TCAAATCCGA 
GAGGAAATCC GGAAAGGATT TGCTGAGCTG CAGACAGATA TGACAGACCT AACGAAGGAA 
TTAAATCGCA GCCAAGGAAT CCCCTTCCTA GAATACAAAC ATTTTGTCAC ACGCACCTTC 
TTCCCAAAGT GTTCATCTCT GTATGAAGAG CGCTACATCT TGCCCACACA GAACTTCAAC 
ACCCAGCTTG GGTTCCAGGT GCCAGAGACA CATCCACTAC TCTGTGGAGA GTGGAAGGTT 
CCAGAAAACT GTCGGACAAA CATGGAGGAA GGCATTACCC TACTGTCCAC TCTGCTTAAC 
AACAGGCACT TCCTGGTCAC GTTCATCCAT GCTGTCGAGC TTCAAAAGGA CTTTGCTGTT 
CGTGACAGAT GCAACTTGGC TTCTCATCTC ACCATTGCTC TCCATGGGAA GCTGGAGTAT 
TATACAAGCA TTATGAAGGA TCTTCTGGTA GATCTCATAG ACTCTTCAGC CTCCAAAAAC 
CCTAAACTTA TGCTGCGTAG GACTGAGTCT GTAGTTGAGA AGATGCTCAC CAACTGGATG 
TCCATCTGCA TGTACAGCTG CCTCAGGGAA ACAGTGGGGG AGCCATTTTT CTTACTGCTC 
TGTGCCATAA AGCAGCAAAT CAATAAGGGA TCCATTGATG CTATCACAGG AAAAGCAAGA 
TACACGCTGA ATGAGGAGTG GCTGCTTAGA GAGAACATTG AGGCCAAGCC TATGAACCTC 
AACGTGTCCT TCCAAGGCTG CGGCATGGAC TCCCTGTGTG TGCGTGTGTT GGACACAGAC 
ACTGTGAGCC AGTGCAAGGA GAAGATCCTG GAGGCTTTCT GCAAGAACCT GCCCTACTCA 
CAGTGGCCTA GAGTAGAGGA TGTGGATTTG GAATGGTTTG CCTCCAGCTC AAAGAGTTAC 
ATCCTGCGAG ATCTTGATGA CTCCTCCATC ATGGAAGATG GGAAGAAGAA GCTGAATACG 
TTAGCGCATT ACAAGGTCCA CGATGGAGCC TCCCTGGCTA TGAGCCTGAA GGACAAAAGA 
GATGACACCT TGGGCAGAGT GAAGGACTTG GACACCGATA AGTATTTTCA TTTAGTTCTT 
CCCACTGATG ACTTAGCCGA AACGAAAAGG TCCCACAGAC AAAGCCACAG GAAAAAAGTT 
CTGCCTGAGA TCTACTTGAC CCGACTCCTA TCTACAAAGG GCACGCTACA GAAATTCTTA 
GATGACCTAT TCAGAGCCAT CCTGAGCATC CATGAGGATC GACCCCCACT AGCCATCAAG 
TACTTCTTTG ATTTCCTGGA GGAGCAGGCT GAAAAGCGAG GCATATCTGA CCCGGACACG 
CTACACATCT GGAAAACTAA CAGCCTTCCT CTGCGATTCT GGGTGAACAT CCTGAAGAAC 
CCTGAGTTTG TGTTTGACAT GGATAAATCT GATCATATGG ATGCCTGCCT GTCAGTCATT 
GCTCAAGCGT TCATTGATGC CTGCTCCATC TCTGATATGC AACTAGGCAA GGATTCCCCC 
ACCAATAAGC TGCTGTACGC AAAAGAAATT CCAGAATACA GGAAAATTGT GCAACGATAC 
TACCAGAAGA TTAAGGAGAT GAGCCCACTG AGTGAGCAGG AAATGAATGC GCACCTTGCC 
GAGGAGTCAC GGAAATATCG GAATAAATTT AACACCAACG TTGCAATGGC TGAAATCTAT 
AAATACGCCA AGAAATACCG AACACAGATT GTCACAGCTT TGGAAACAAA TCCCACCACA 
AAAAGAGGGC AACTGCAACA TAAATTTGAT CAGGTGATTG TGTTGATGGA GGATGACATT 
TACTCGTGTA GCAGTGAGGC ATAA

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

RefSeq	XP_002936302.2
CDS	308..5911
Translation	MAAAVLLLSLVALASGLELVSKFHSPQVTNNFALSAGEGLLYLAAVNRLYQLNWELRPELEDVTGPVPDSPLCHAPQLRETTCDFPRTSTPNYNKILLPDPEQGLLLTCGSIFQGLCELRALRNITLRAVPFPVDNAVPSMLNVAANHPNASTVGLLLRGPSGDTKLLVGATYTGYSSQFFPWNQSIADHRFENSPEISIRALNLTASEKLFTFDISPSDDNIFKVKQSFKARHRLGFVRAFQQGPFAYLAMNVEPAPAGKENRPSSVLARICLKSEPRTEPRKLTESYIQLGLRCEGPGGVLYGRLLSVFAESENIFGIFEGKNEAALCMFPLRSVAQEIRGARRGCFESQDAGEVTVLDSVVQGTGPSCERRNAKVKLQEEQLDCGAAHLQHPLAITRPLPAVPIYKEKGLTSVAVANVSGYMVVFLGNVSGHLIKINLDADMKIINKSMQYLEIASGQPVHHVMEFDPMDPTYLFVMTSHQMTRVKVAECAKYRSCTECLAAADAYCGWCTLEGRCSLQKECQGSEDSAFWMSPNVGQENMCPAMNSIPNKIDISSSTQRIILQITGKLPILYQMNVSCDYGNNIITPAVIDPDQDSGQLLHCSFLPRDQFPSFPPNQDYVTVSMALSVGGNSIIQHKFIIYDCNRTQNMHPKNACTSCVKSRWPCSWCVSQHRCVSSASQCDTIAQNSTESCPRITATSLTPTPTGVTKDYTLSLLNTNITEGPKLECDFGTEQTFPAKWLNSSAVVCSNVLLYTSERTQSFPINLQLSDHKGLYLDNPSMLSVEVYNCASQTPDCSSCLGRADLGHHCSWSESSMSCRLNSEILSISHPYTCPAPDIRKIDPASGPLLGGTLVTIQGRNLGSRFSDINGRVKIGEIECTPIQEKYIVSEEIVCMTGESPKLLTDWVSVDVNGGGRSKEKYSFQVPEVDYLSPDFGPWAGGTRVTISGTNLNIGRDVRVLFNKTQECRDLVRTQSTIQCTVPPMKFLPETKVHICVQFEKKSCVKEELFFKYQENPVIKSMDPRSSPLSGGRIITVTGERFDMVQSIMMGIQHEKGRRMNCTVLSPTIITCPSPTAPNSTMENMDFFINGVQVDLGKAIVEAHFSLEYQPDPMFYTAKKEKLIKHHVGEPLTLVIHKEPDNLGLRVDEYRVKVGQIPCESIFIFNDKVIHCSINESLSSSQRYLPVTIQVGKFNQTITTLHLAGIDTSIIISIVICSILLLLSVVALFVFCTKSRRAERYWQKTLVQMEEMESQIREEIRKGFAELQTDMTDLTKELNRSQGIPFLEYKHFVTRTFFPKCSSLYEERYILPTQNFNTQLGFQVPETHPLLCGEWKVPENCRTNMEEGITLLSTLLNNRHFLVTFIHAVELQKDFAVRDRCNLASHLTIALHGKLEYYTSIMKDLLVDLIDSSASKNPKLMLRRTESVVEKMLTNWMSICMYSCLRETVGEPFFLLLCAIKQQINKGSIDAITGKARYTLNEEWLLRENIEAKPMNLNVSFQGCGMDSLCVRVLDTDTVSQCKEKILEAFCKNLPYSQWPRVEDVDLEWFASSSKSYILRDLDDSSIMEDGKKKLNTLAHYKVHDGASLAMSLKDKRDDTLGRVKDLDTDKYFHLVLPTDDLAETKRSHRQSHRKKVLPEIYLTRLLSTKGTLQKFLDDLFRAILSIHEDRPPLAIKYFFDFLEEQAEKRGISDPDTLHIWKTNSLPLRFWVNILKNPEFVFDMDKSDHMDACLSVIAQAFIDACSISDMQLGKDSPTNKLLYAKEIPEYRKIVQRYYQKIKEMSPLSEQEMNAHLAEESRKYRNKFNTNVAMAEIYKYAKKYRTQIVTALETNPTTKRGQLQHKFDQVIVLMEDDIYSCSSEA

Target ORF information:

RefSeq Version	XM_002936256.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis plexin D1 (plxnd1), mRNA.

Target ORF information:

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

XM_002936256.4

ORF Insert Sequence:

ATGGCTGCAG CTGTCCTGCT CCTGTCGCTG GTGGCATTGG CCTCAGGGCT AGAGTTGGTC 
AGTAAGTTCC ACTCTCCGCA GGTCACTAAT AACTTTGCGC TGAGCGCCGG GGAGGGGCTG 
TTGTACCTGG CGGCGGTGAA TCGCCTCTAC CAGCTGAACT GGGAGCTGCG GCCGGAGCTG 
GAGGATGTTA CCGGGCCGGT ACCGGACTCC CCGTTGTGCC ATGCTCCGCA ATTGCGAGAA 
ACCACCTGTG ACTTCCCCCG GACCTCAACC CCGAACTACA ATAAAATCCT ACTACCCGAC 
CCGGAGCAGG GGCTGCTACT GACCTGCGGA TCTATCTTCC AGGGGCTGTG TGAGCTCCGC 
GCCCTGCGGA ACATAACGCT CCGCGCAGTG CCCTTCCCTG TGGATAACGC GGTGCCCAGC 
ATGCTCAATG TAGCTGCCAA CCACCCCAAC GCTTCCACCG TAGGGTTACT GCTTCGGGGG 
CCCAGTGGGG ACACCAAGCT GCTTGTGGGC GCTACATACA CCGGATACTC CAGCCAGTTC 
TTTCCCTGGA ACCAAAGTAT CGCTGACCAT CGATTTGAGA ACAGCCCTGA GATTTCAATC 
CGGGCCCTGA ACCTGACCGC CTCCGAGAAG CTTTTCACTT TTGACATCAG TCCGTCCGAT 
GACAACATAT TCAAGGTAAA GCAGAGCTTT AAGGCCCGGC ATCGCCTGGG GTTTGTCAGG 
GCATTCCAGC AGGGACCATT CGCGTACCTG GCCATGAACG TGGAACCCGC CCCTGCGGGG 
AAGGAGAACC GACCCAGTAG TGTTTTAGCG CGGATCTGTC TGAAGTCTGA GCCTAGAACA 
GAGCCGCGCA AACTCACAGA GTCCTACATC CAATTGGGAC TGCGCTGCGA AGGCCCAGGA 
GGGGTGCTGT ATGGTCGCCT GCTGTCAGTG TTCGCGGAGT CGGAAAACAT ATTCGGGATA 
TTCGAGGGGA AAAATGAGGC GGCGCTCTGT ATGTTCCCGC TGCGCTCGGT GGCGCAGGAG 
ATACGCGGGG CGCGGAGGGG CTGCTTTGAG AGTCAGGACG CGGGGGAAGT GACTGTGTTG 
GACAGTGTGG TGCAGGGGAC TGGCCCCAGC TGCGAACGCA GGAACGCCAA GGTCAAGCTG 
CAGGAGGAAC AATTGGACTG TGGGGCGGCT CATCTCCAAC ATCCACTGGC CATCACACGC 
CCTCTGCCTG CCGTACCTAT CTATAAAGAA AAAGGCTTGA CTTCTGTAGC CGTGGCCAAT 
GTCAGTGGTT ACATGGTGGT ATTCCTGGGG AATGTGAGCG GCCATCTCAT CAAGATTAAC 
CTGGATGCAG ATATGAAAAT TATCAACAAA TCCATGCAAT ACCTTGAGAT CGCTAGCGGG 
CAGCCAGTCC ACCATGTTAT GGAGTTTGAT CCCATGGACC CCACTTACCT CTTTGTCATG 
ACGTCACATC AGATGACGCG AGTAAAAGTG GCAGAATGTG CCAAGTATCG GAGTTGCACT 
GAGTGCCTTG CGGCAGCGGA TGCTTACTGC GGGTGGTGCA CCCTGGAAGG AAGGTGCTCT 
CTCCAGAAAG AGTGTCAAGG TTCTGAGGAT TCAGCATTCT GGATGAGTCC CAACGTGGGT 
CAAGAAAACA TGTGCCCAGC AATGAACAGC ATTCCCAATA AAATTGATAT TTCCTCCAGC 
ACCCAGAGAA TCATACTCCA GATCACTGGA AAGCTCCCAA TACTTTACCA GATGAACGTG 
TCATGTGACT ACGGGAACAA TATAATCACG CCTGCTGTTA TCGACCCTGA TCAAGACAGT 
GGGCAATTGC TTCACTGCTC ATTCCTTCCC AGGGACCAGT TCCCATCATT CCCACCAAAC 
CAAGATTATG TGACGGTCAG TATGGCGCTG TCAGTGGGAG GAAACAGCAT CATTCAGCAC 
AAGTTTATCA TCTATGACTG CAACAGGACG CAAAACATGC ATCCCAAGAA TGCGTGCACC 
AGCTGTGTGA AGTCTCGCTG GCCTTGCAGT TGGTGTGTGA GCCAACACAG GTGTGTCTCC 
AGTGCATCAC AATGTGACAC CATTGCACAG AACAGCACAG AGAGCTGTCC CAGGATAACG 
GCCACAAGCC TGACCCCCAC ACCCACCGGA GTCACCAAGG ATTATACGCT ATCACTGCTC 
AACACAAATA TTACAGAGGG CCCGAAACTG GAATGTGACT TCGGAACAGA ACAAACTTTC 
CCAGCAAAAT GGTTAAATTC CTCCGCTGTC GTGTGCAGCA ATGTACTGTT GTACACATCT 
GAAAGAACCC AGAGCTTCCC AATCAACCTG CAGCTTAGTG ACCATAAAGG ACTGTATCTT 
GACAACCCAT CCATGCTCTC TGTCGAGGTG TACAATTGCG CTTCCCAGAC CCCAGATTGC 
TCCAGCTGCT TAGGCCGGGC AGACCTCGGT CACCACTGCT CCTGGAGTGA AAGCAGCATG 
TCATGTCGGC TGAATAGTGA AATACTATCC ATTTCACATC CATACACCTG TCCTGCTCCT 
GATATAAGGA AGATTGATCC AGCCAGTGGA CCCCTGTTAG GCGGTACTCT TGTTACTATC 
CAAGGGCGCA ACCTCGGAAG CCGCTTCAGC GATATCAACG GAAGGGTCAA GATTGGAGAA 
ATAGAGTGCA CCCCCATCCA GGAGAAATAC ATTGTGTCTG AGGAGATTGT GTGTATGACT 
GGAGAGTCTC CCAAGCTGCT CACTGACTGG GTCTCTGTAG ATGTAAATGG AGGCGGCAGG 
TCCAAGGAGA AATATTCTTT CCAGGTTCCA GAGGTGGATT ATTTATCCCC AGATTTTGGC 
CCTTGGGCTG GAGGAACCAG AGTAACAATC TCTGGTACCA ATCTGAATAT TGGCAGAGAT 
GTCCGAGTGC TGTTCAATAA GACACAGGAA TGCAGAGACC TTGTGCGCAC ACAGAGCACC 
ATCCAGTGTA CAGTTCCACC AATGAAATTT CTCCCTGAAA CCAAGGTACA CATCTGTGTC 
CAGTTTGAGA AAAAATCTTG TGTAAAGGAA GAACTATTTT TCAAGTACCA AGAGAACCCA 
GTGATCAAAA GCATGGATCC AAGAAGCAGC CCCCTCAGTG GTGGGCGGAT CATCACTGTG 
ACCGGCGAAA GATTTGACAT GGTGCAGTCT ATAATGATGG GAATTCAACA TGAGAAAGGA 
AGGCGAATGA ACTGCACAGT CTTAAGCCCA ACTATAATCA CCTGCCCCTC CCCTACAGCC 
CCCAACAGCA CCATGGAGAA CATGGACTTT TTCATTAATG GGGTGCAAGT GGATCTTGGG 
AAAGCTATTG TGGAAGCCCA TTTCAGCCTG GAGTATCAGC CTGACCCAAT GTTCTACACA 
GCCAAGAAAG AAAAGTTGAT TAAGCATCAC GTTGGGGAAC CGCTAACTCT GGTTATACAT 
AAAGAGCCAG ACAACCTTGG ACTGAGAGTA GATGAATATC GGGTGAAGGT CGGACAGATT 
CCATGCGAGT CGATCTTTAT CTTTAATGAC AAGGTCATAC ACTGCAGCAT CAATGAGTCT 
TTGAGCTCCT CTCAGCGCTA TCTACCTGTG ACGATACAAG TTGGCAAATT CAATCAGACT 
ATCACCACTC TGCACCTGGC CGGGATAGAC ACATCAATCA TCATCTCCAT AGTCATCTGC 
AGTATATTGT TACTCCTCTC CGTGGTCGCT CTGTTTGTTT TCTGTACCAA GAGTCGTAGA 
GCTGAGCGCT ATTGGCAGAA AACTCTCGTA CAGATGGAGG AGATGGAATC TCAAATCCGA 
GAGGAAATCC GGAAAGGATT TGCTGAGCTG CAGACAGATA TGACAGACCT AACGAAGGAA 
TTAAATCGCA GCCAAGGAAT CCCCTTCCTA GAATACAAAC ATTTTGTCAC ACGCACCTTC 
TTCCCAAAGT GTTCATCTCT GTATGAAGAG CGCTACATCT TGCCCACACA GAACTTCAAC 
ACCCAGCTTG GGTTCCAGGT GCCAGAGACA CATCCACTAC TCTGTGGAGA GTGGAAGGTT 
CCAGAAAACT GTCGGACAAA CATGGAGGAA GGCATTACCC TACTGTCCAC TCTGCTTAAC 
AACAGGCACT TCCTGGTCAC GTTCATCCAT GCTGTCGAGC TTCAAAAGGA CTTTGCTGTT 
CGTGACAGAT GCAACTTGGC TTCTCATCTC ACCATTGCTC TCCATGGGAA GCTGGAGTAT 
TATACAAGCA TTATGAAGGA TCTTCTGGTA GATCTCATAG ACTCTTCAGC CTCCAAAAAC 
CCTAAACTTA TGCTGCGTAG GACTGAGTCT GTAGTTGAGA AGATGCTCAC CAACTGGATG 
TCCATCTGCA TGTACAGCTG CCTCAGGGAA ACAGTGGGGG AGCCATTTTT CTTACTGCTC 
TGTGCCATAA AGCAGCAAAT CAATAAGGGA TCCATTGATG CTATCACAGG AAAAGCAAGA 
TACACGCTGA ATGAGGAGTG GCTGCTTAGA GAGAACATTG AGGCCAAGCC TATGAACCTC 
AACGTGTCCT TCCAAGGCTG CGGCATGGAC TCCCTGTGTG TGCGTGTGTT GGACACAGAC 
ACTGTGAGCC AGTGCAAGGA GAAGATCCTG GAGGCTTTCT GCAAGAACCT GCCCTACTCA 
CAGTGGCCTA GAGTAGAGGA TGTGGATTTG GAATGGTTTG CCTCCAGCTC AAAGAGTTAC 
ATCCTGCGAG ATCTTGATGA CTCCTCCATC ATGGAAGATG GGAAGAAGAA GCTGAATACG 
TTAGCGCATT ACAAGGTCCA CGATGGAGCC TCCCTGGCTA TGAGCCTGAA GGACAAAAGA 
GATGACACCT TGGGCAGAGT GAAGGACTTG GACACCGATA AGTATTTTCA TTTAGTTCTT 
CCCACTGATG ACTTAGCCGA AACGAAAAGG TCCCACAGAC AAAGCCACAG GAAAAAAGTT 
CTGCCTGAGA TCTACTTGAC CCGACTCCTA TCTACAAAGG GCACGCTACA GAAATTCTTA 
GATGACCTAT TCAGAGCCAT CCTGAGCATC CATGAGGATC GACCCCCACT AGCCATCAAG 
TACTTCTTTG ATTTCCTGGA GGAGCAGGCT GAAAAGCGAG GCATATCTGA CCCGGACACG 
CTACACATCT GGAAAACTAA CAGCCTTCCT CTGCGATTCT GGGTGAACAT CCTGAAGAAC 
CCTGAGTTTG TGTTTGACAT GGATAAATCT GATCATATGG ATGCCTGCCT GTCAGTCATT 
GCTCAAGCGT TCATTGATGC CTGCTCCATC TCTGATATGC AACTAGGCAA GGATTCCCCC 
ACCAATAAGC TGCTGTACGC AAAAGAAATT CCAGAATACA GGAAAATTGT GCAACGATAC 
TACCAGAAGA TTAAGGAGAT GAGCCCACTG AGTGAGCAGG AAATGAATGC GCACCTTGCC 
GAGGAGTCAC GGAAATATCG GAATAAATTT AACACCAACG TTGCAATGGC TGAAATCTAT 
AAATACGCCA AGAAATACCG AACACAGATT GTCACAGCTT TGGAAACAAA TCCCACCACA 
AAAAGAGGGC AACTGCAACA TAAATTTGAT CAGGTGATTG TGTTGATGGA GGATGACATT 
TACTCGTGTA GCAGTGAGGC ATAA