l1cam gene cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

mRNA	Protein	Name
XM_012967853.3	XP_012823307.1	neural cell adhesion molecule L1 isoform X1
XM_012967853.2	XP_012823307.1	neural cell adhesion molecule L1 isoform X1
XM_012967854.2	XP_012823308.1	neural cell adhesion molecule L1 isoform X1
XM_012967856.2	XP_012823310.1	neural cell adhesion molecule L1 isoform X3
NM_001102715.1	NP_001096185.1	neural cell adhesion molecule L1 precursor
XM_012967855.2	XP_012823309.1	neural cell adhesion molecule L1 isoform X2
XM_012967855.3	XP_012823309.1	neural cell adhesion molecule L1 isoform X2
XM_012967854.3	XP_012823308.1	neural cell adhesion molecule L1 isoform X1
XM_012967856.3	XP_012823310.1	neural cell adhesion molecule L1 isoform X3
XM_031906839.1	XP_031762699.1	neural cell adhesion molecule L1 isoform X4

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa30388	XM_012967854.3 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa30388	XM_012967853.3 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa30389	XM_012967855.3 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa30390	XM_012967856.3 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa63383	XM_031906839.1 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OXa23952	NM_001102715.1 Latest version!	Xenopus tropicalis L1 cell adhesion molecule (l1cam), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
View Old Accession Versions >>
OXa30388	XM_012967853.2	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa30389	XM_012967855.2	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa30388	XM_012967854.2	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
OXa30390	XM_012967856.2	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$713.30 $1019.00
Hide Old Accession Versions >>

l1cam ( XM_012967853.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823307.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa30388
Clone ID Related Accession (Same CDS sequence)	XM_012967853.3 , XM_012967853.2 , XM_012967854.2 , XM_012967854.3
Accession Version	XM_012967853.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3765bp) 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	neural cell adhesion molecule L1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012967853.2. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

RefSeq	XP_012823307.1
CDS	353..4117
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967853.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.

Target ORF information:

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

XM_012967853.3

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

l1cam ( XM_012967854.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823308.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa30388
Clone ID Related Accession (Same CDS sequence)	XM_012967853.3 , XM_012967853.2 , XM_012967854.2 , XM_012967854.3
Accession Version	XM_012967854.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3765bp) 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	neural cell adhesion molecule L1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012967854.2. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

RefSeq	XP_012823308.1
CDS	279..4043
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967854.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.

Target ORF information:

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

XM_012967854.3

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

l1cam ( XM_012967855.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823309.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.

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CloneID	OXa30389
Clone ID Related Accession (Same CDS sequence)	XM_012967855.2 , XM_012967855.3
Accession Version	XM_012967855.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3750bp) 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	neural cell adhesion molecule L1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012967855.2. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGATCT CTAGAAAGTG ACAATGACGA GAAGCCTTTT 
ACTAGCAGTC AGCCCTCCCT CAATGGGGAG ATCAAGCAAC TAGGCAGTGA CGACAGCCTG 
GCCGACTATG GTGGTAGCGT GGATGTCCAG TTCAATGAAG ATGGCTCGTT CATTGGCCAG 
TACAGTGGCA AAAAGGAGAA GGAGCCAACA GGGGGCAATG AGAGCTCTGG AGCAACCTCT 
CCGGTCAACC CCAACGTTGC AGTTGAATAG

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

RefSeq	XP_012823309.1
CDS	353..4102
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGFMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967855.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.

Target ORF information:

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

XM_012967855.3

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGATCT CTAGAAAGTG ACAATGACGA GAAGCCTTTT 
ACTAGCAGTC AGCCCTCCCT CAATGGGGAG ATCAAGCAAC TAGGCAGTGA CGACAGCCTG 
GCCGACTATG GTGGTAGCGT GGATGTCCAG TTCAATGAAG ATGGCTCGTT CATTGGCCAG 
TACAGTGGCA AAAAGGAGAA GGAGCCAACA GGGGGCAATG AGAGCTCTGG AGCAACCTCT 
CCGGTCAACC CCAACGTTGC AGTTGAATAG

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

l1cam ( XM_012967856.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823310.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OXa30390
Clone ID Related Accession (Same CDS sequence)	XM_012967856.2 , XM_012967856.3
Accession Version	XM_012967856.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3738bp) 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	neural cell adhesion molecule L1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_012967856.2. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGTGAC AATGACGAGA AGCCTTTTAC TAGCAGTCAG 
CCCTCCCTCA ATGGGGAGAT CAAGCAACTA GGCAGTGACG ACAGCCTGGC CGACTATGGT 
GGTAGCGTGG ATGTCCAGTT CAATGAAGAT GGCTCGTTCA TTGGCCAGTA CAGTGGCAAA 
AAGGAGAAGG AGCCAACAGG GGGCAATGAG AGCTCTGGAG CAACCTCTCC GGTCAACCCC 
AACGTTGCAG TTGAATAG

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

RefSeq	XP_012823310.1
CDS	353..4090
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGFMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYSDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967856.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.

Target ORF information:

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

XM_012967856.3

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGTGAC AATGACGAGA AGCCTTTTAC TAGCAGTCAG 
CCCTCCCTCA ATGGGGAGAT CAAGCAACTA GGCAGTGACG ACAGCCTGGC CGACTATGGT 
GGTAGCGTGG ATGTCCAGTT CAATGAAGAT GGCTCGTTCA TTGGCCAGTA CAGTGGCAAA 
AAGGAGAAGG AGCCAACAGG GGGCAATGAG AGCTCTGGAG CAACCTCTCC GGTCAACCCC 
AACGTTGCAG TTGAATAG

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

l1cam ( XM_031906839.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031762699.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OXa63383
Clone ID Related Accession (Same CDS sequence)	XM_031906839.1
Accession Version	XM_031906839.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3558bp) 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	neural cell adhesion molecule L1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGCAGTTCC 
TTCACTAGAC ATAGGTAA

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

RefSeq	XP_031762699.1
CDS	354..3911
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESSSFTRHR

Target ORF information:

RefSeq Version	XM_031906839.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X5, mRNA.

Target ORF information:

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

XM_031906839.1

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGCAGTTCC 
TTCACTAGAC ATAGGTAA

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

l1cam ( NM_001102715.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> NP_001096185.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), mRNA.

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CloneID	OXa23952
Clone ID Related Accession (Same CDS sequence)	NM_001102715.1
Accession Version	NM_001102715.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3753bp) 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	2019-12-21
Organism	Xenopus tropicalis(tropical clawed frog)
Product	neural cell adhesion molecule L1 precursor
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from BC135442.1. ##Evidence-Data-START## Transcript exon combination :: BC135442.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMD00028290, SAMD00028293 [ECO:0000348] ##Evidence-Data-END##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAATAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GTGACAATGA CGAGAAGCCT 
TTTACTAGCA GTCAGCCCTC CCTCAATGGG GAGATCAAGC AACTAGGCAG TGACGACAGC 
CTGGCCGACT ATGGTGGTAG CGTGGATGTC CAGTTCAATG AAGATGGCTC GTTCATTGGC 
CAGTACAGTG GCAAAAAGGA GAAGGAGCCA ACAGGGGGCA ATGAGAGCTC TGGAGCAACC 
TCTCCGGTCA ACCCCAACGT TGCAGTTGAA TAG

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

RefSeq	NP_001096185.1
CDS	297..4049
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYSDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	NM_001102715.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), mRNA.

Target ORF information:

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

NM_001102715.1

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAATAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GTGACAATGA CGAGAAGCCT 
TTTACTAGCA GTCAGCCCTC CCTCAATGGG GAGATCAAGC AACTAGGCAG TGACGACAGC 
CTGGCCGACT ATGGTGGTAG CGTGGATGTC CAGTTCAATG AAGATGGCTC GTTCATTGGC 
CAGTACAGTG GCAAAAAGGA GAAGGAGCCA ACAGGGGGCA ATGAGAGCTC TGGAGCAACC 
TCTCCGGTCA ACCCCAACGT TGCAGTTGAA TAG

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

l1cam ( XM_012967853.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823307.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.

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CloneID	OXa30388
Clone ID Related Accession (Same CDS sequence)	XM_012967853.3 , XM_012967853.2 , XM_012967854.2 , XM_012967854.3
Accession Version	XM_012967853.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3765bp) 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	neural cell adhesion molecule L1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012967853.1. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

RefSeq	XP_012823307.1
CDS	423..4187
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967853.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X1, mRNA.

Target ORF information:

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

XM_012967853.2

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

l1cam ( XM_012967854.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823308.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.

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CloneID	OXa30388
Clone ID Related Accession (Same CDS sequence)	XM_012967853.3 , XM_012967853.2 , XM_012967854.2 , XM_012967854.3
Accession Version	XM_012967854.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3765bp) 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	neural cell adhesion molecule L1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012967854.1. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

RefSeq	XP_012823308.1
CDS	284..4048
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGYVMQEIMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967854.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X2, mRNA.

Target ORF information:

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

XM_012967854.2

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TATGTAATGC AAGAAATCAT GTATCCACCT 
GTGATTACTG AGCAGTCCCC AGAAAAGTAT GTGTTGTACC CCAATGATGA CATTGTGCTC 
AAGTGTGAAG CCAAGAGAAA CGCCAAGGCA AAATATACCT GGAAAAAGGA TGGGGAAACG 
TTTCAGCCAG ATAATGACCC AAGAGTCAGT CGCAAGAAAG ATTCAGGAAC CTTAAACATT 
TCTGGCAACG GGAACTCAAT GAAGGATTTC CAGGGCAAAT ACCGGTGCTA TGCCACCAAT 
GATCTGGGCA CAGCCATCTC ACACGAGATC CATGTTATCA CTGAGAGCAC CCCAAAATGG 
CAAAAAGAAC TGATCCGCCC TCTTGATATT GAAGAGGGAG CCTCGCTAAT ATTACCATGT 
AACCCACCTA AAAGCGCAGT GCCCCCACGA GTTATCTGGA TGAACAGCAA TTTGTTGCAC 
ATCACACAGG ATGAGCGGGT GTCAATGGGT GTGAATGGGA ATCTGTATTT CTCCAATGTA 
CAAAAGCAAG ATGAACATCC TGACTACATC TGTCACGCCC AGTTTGTTGG TGCCCGTACC 
ATTGTGCAGA AGGAGGCGAT ATCTATCAAA GTCAGACCCA CAAATTCTGT GAAATTTCGA 
AAACCAGAAA TGATGTTACC CGAGGGCTCC ATGAGCACTG TTCTGGCATT AAGGGACCAA 
CCTTTGCAGC TGGAGTGCAT AGCTGAAGGA CTCCCTACCC CAGAGATTGA GTGGATTCCC 
CTCCTTGGCT CCACTTACAA TGAGCGCATT CAATTTGATG ACTTTAAGAA GACCCTTCAC 
ATTGACAAGG TGCAAGATGA GGATGATGGG GACTATCAGT GCATTGCCAA GAACACCCAG 
GGCAGCTCCA GCCATACCTT CACAGTGGTT GTTGAGTCTG CCCCTTACTG GATTAATAAA 
CCAGAGGATG GAATCTATGC ACCGGGTGAG GATATTATAC TGCACTGTGA AGTCGGAGGG 
AAACCCAAAC CTAAGGTCAC ATGGAAGATT AACGGTAAAT CTTTGAAAGA CTCAGATCTA 
TACCACAACT GGAAGCTGAT AGATGGAAGT CTGGTCTTAA ACAACATGCA ACTCAACGAC 
ACGTCTGTTG TTCAATGCGA AGCCCGCAAC AAACATGGAA ACCTCCTCGC CAATGCTTTT 
GTCTATGTAG TTGAACTGCC CCCACAGATC CTCACCAGAA ACGATGAGCA GTACATTGTA 
GTCGAAAAGA CAAATGTCTC AATGGACTGT AGAGCTTTTG GGACTCCTTT TCCAACGATC 
CAATGGGAGA GTGATCTGGA AGACAACCTG TTTGCCCTTG ATCAGTTTTC CATGCACACT 
AATGGGACAC TGACCATAAC GGGAGTGGCG AAGGAAGATG AAGGAATATA TCGGTGCACT 
GCCAGCAACA ACCAGGGAAA TGTCAGCATC TCTGCCTACT TAGATGTCAG AAACGCTACT 
AAGATCATTA CTCCCCCTAT GGAGCAGCAT GCAAGAAAAG GTGGAAAAGC GATTTTTCAG 
TGCAAAGTGG AATTTGATCC CAAAATGAGT GATAAAATAA TACAGTGGAG GAAAAATGGC 
AATGAGATAA AAGAAGATGC CGACAATGAT AAGTACTTCA TTGAGGACTA CACCCTAAGT 
ATCTCCAATG TACAAGAGAG CGACCATGGG ATGTATACCT GTGCGGCCCA CACTGAACTG 
GATGCCGTAG AACTGACTGC CGAACTGGTG GTGATTGATC TTCCCGAAGC TCCTTTTGAT 
TTGGAGCTTT CTAACGCACA GGAAACCAGT ATAACGCTCA CCTGGACCCC AGGCAACGAT 
AACAACAGTC CCATTGAGGA ATTCATTATC GAGTATGAGG AAGACAGCTT TGAACCAGGA 
GTATGGCATG AACTCACTAG AGTGGACGGG GATATGTTTA ATGTTGATTT GGATCTCTCT 
CCCTATGTCA ACTACCAGTT CCGAGTGATT GCAGTGAATG AGGTTGGACC TAGCAATGGA 
AGCAACCCAT CAGATCGTTA TGAGACTCCT GCATTTGCTC CAGCAAAGAA TCCCAGAGAG 
GTGAAAGGGG AGGGCACAGA GCCACAAAAC ATGTACATTT CCTGGAAGCC ATTGAAAGGC 
ATCGACTGGA ATGGCCCTGG CTTCAAATAT CTTGTAAAAT GGAGGCAACT TGGTAAAGAA 
GAGTGGAAGG AAGTGGTAGC AGATAGCCCC CCTGTCCTTG TGTCAGGCAC TAGCATATTT 
GAGCCTTATG AGATCATAGT CCAGTCTGTC AATGATATCG GCAGAGCTAC TGAACCCAAA 
CCCGTCATTG GCCATTCCGG GGAAGACATG CCTGACATTA CCCCTGAGAA TGTTGGCTTA 
GAAGCTATGA ACGAGAGTGC AATCAAGGTT GCATGGTTGC CTGTGCAGAA GAATGGGTTA 
AACGGTCATT TGAAGGGATT TATGGTATAC TATACCAGAC ATAACGGGCA CAACAGGCAC 
CCTGGCAAGT TACTGGTCCA TGGTAACACA ACACATGCTT TAATTACCGG GCTAAAACCT 
TACAGCAACT ACTCAGTGGA AGTCGCCATC ATAAACGGAA AGGGGGAGGG GGAGCATAGC 
GAGTCACGCA TGATACGCAC TGATGAAGGA GTGCCAAGTC CACCTTCATT TTTACGGCTG 
GAGCGCCAAT CTGACACATC ACTGACACTC ATATGGGGCC CCCCCGAAAC TCCCAATGGA 
ATTCTGACAG GATACGAGAT TTATCATCAG ATAGTGAACA AAACTCACAC TGGAGCAAAG 
TACTTCTCTG AAACCATCAA TGATCCCACG CAGCAAAACT GGACACTTTC AAATATCAGC 
TCCAAAGACA CCTACCGGTT CTATTTGTAT GCCACTACCT CAGTGGGACA GAGTGAAGCT 
GTTATGGTGG AGGGCAGCAC TATGCAGGAG ATAGAGGTTC CTCCTGTGCT GAATGTCAGT 
ATCGAGACTG GGGACAACGT GGTCACACTA AACTGGATGC AACTGGAGGG GCCCAGTAAT 
GCAGAGATCA GAGTGGAGAT CAGGAACAAA TCCAGTGAAC TATTGTGGCG CCACTATGGT 
TCAGTGAACA CCACCGACTC GACCTTCCAG CTGAGCGGCC TGCTCCCCGG GACTTTTTAT 
TTCATACGCC TTATGGCCCT CAATCACACT CAGCATGTTG AAATCTGGAG TGATATGGTA 
CAAACCAGTG GAACAGCAAT TCCCACAAAA CAGGGAGGAT TTCCCAATGA AGGCTGGTTT 
ATTGCACTGA TCACTGCCAT TGTAGTCCTG CTGCTCATCC TGCTCATCCT GTGCTTTATC 
AAGCGCAGCA AAGGAGGAAA GTACTCTGTG AAGGATAAAG AAGATACTCA AGGGGACTCT 
GAAGCACGGC CAATGAAGGA TGAAACCTTT GGGGAATACA GATCTCTAGA AAGTGACAAT 
GACGAGAAGC CTTTTACTAG CAGTCAGCCC TCCCTCAATG GGGAGATCAA GCAACTAGGC 
AGTGACGACA GCCTGGCCGA CTATGGTGGT AGCGTGGATG TCCAGTTCAA TGAAGATGGC 
TCGTTCATTG GCCAGTACAG TGGCAAAAAG GAGAAGGAGC CAACAGGGGG CAATGAGAGC 
TCTGGAGCAA CCTCTCCGGT CAACCCCAAC GTTGCAGTTG AATAG

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

l1cam ( XM_012967855.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823309.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.

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CloneID	OXa30389
Clone ID Related Accession (Same CDS sequence)	XM_012967855.2 , XM_012967855.3
Accession Version	XM_012967855.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3750bp) 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	neural cell adhesion molecule L1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_012967855.1. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGATCT CTAGAAAGTG ACAATGACGA GAAGCCTTTT 
ACTAGCAGTC AGCCCTCCCT CAATGGGGAG ATCAAGCAAC TAGGCAGTGA CGACAGCCTG 
GCCGACTATG GTGGTAGCGT GGATGTCCAG TTCAATGAAG ATGGCTCGTT CATTGGCCAG 
TACAGTGGCA AAAAGGAGAA GGAGCCAACA GGGGGCAATG AGAGCTCTGG AGCAACCTCT 
CCGGTCAACC CCAACGTTGC AGTTGAATAG

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

RefSeq	XP_012823309.1
CDS	424..4173
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGFMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYRSLESDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967855.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X3, mRNA.

Target ORF information:

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

XM_012967855.2

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGATCT CTAGAAAGTG ACAATGACGA GAAGCCTTTT 
ACTAGCAGTC AGCCCTCCCT CAATGGGGAG ATCAAGCAAC TAGGCAGTGA CGACAGCCTG 
GCCGACTATG GTGGTAGCGT GGATGTCCAG TTCAATGAAG ATGGCTCGTT CATTGGCCAG 
TACAGTGGCA AAAAGGAGAA GGAGCCAACA GGGGGCAATG AGAGCTCTGG AGCAACCTCT 
CCGGTCAACC CCAACGTTGC AGTTGAATAG

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

l1cam ( XM_012967856.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_012823310.1 Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.

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CloneID	OXa30390
Clone ID Related Accession (Same CDS sequence)	XM_012967856.2 , XM_012967856.3
Accession Version	XM_012967856.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3738bp) 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	neural cell adhesion molecule L1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030684.1) 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_012967856.1. ##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##

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGTGAC AATGACGAGA AGCCTTTTAC TAGCAGTCAG 
CCCTCCCTCA ATGGGGAGAT CAAGCAACTA GGCAGTGACG ACAGCCTGGC CGACTATGGT 
GGTAGCGTGG ATGTCCAGTT CAATGAAGAT GGCTCGTTCA TTGGCCAGTA CAGTGGCAAA 
AAGGAGAAGG AGCCAACAGG GGGCAATGAG AGCTCTGGAG CAACCTCTCC GGTCAACCCC 
AACGTTGCAG TTGAATAG

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

RefSeq	XP_012823310.1
CDS	424..4161
Translation	MPLGSGPCLLGTVLVSLLCSHMEAFQLPKGFMYPPVITEQSPEKYVLYPNDDIVLKCEAKRNAKAKYTWKKDGETFQPDNDPRVSRKKDSGTLNISGNGNSMKDFQGKYRCYATNDLGTAISHEIHVITESTPKWQKELIRPLDIEEGASLILPCNPPKSAVPPRVIWMNSNLLHITQDERVSMGVNGNLYFSNVQKQDEHPDYICHAQFVGARTIVQKEAISIKVRPTNSVKFRKPEMMLPEGSMSTVLALRDQPLQLECIAEGLPTPEIEWIPLLGSTYNERIQFDDFKKTLHIDKVQDEDDGDYQCIAKNTQGSSSHTFTVVVESAPYWINKPEDGIYAPGEDIILHCEVGGKPKPKVTWKINGKSLKDSDLYHNWKLIDGSLVLNNMQLNDTSVVQCEARNKHGNLLANAFVYVVELPPQILTRNDEQYIVVEKTNVSMDCRAFGTPFPTIQWESDLEDNLFALDQFSMHTNGTLTITGVAKEDEGIYRCTASNNQGNVSISAYLDVRNATKIITPPMEQHARKGGKAIFQCKVEFDPKMSDKIIQWRKNGNEIKEDADNDKYFIEDYTLSISNVQESDHGMYTCAAHTELDAVELTAELVVIDLPEAPFDLELSNAQETSITLTWTPGNDNNSPIEEFIIEYEEDSFEPGVWHELTRVDGDMFNVDLDLSPYVNYQFRVIAVNEVGPSNGSNPSDRYETPAFAPAKNPREVKGEGTEPQNMYISWKPLKGIDWNGPGFKYLVKWRQLGKEEWKEVVADSPPVLVSGTSIFEPYEIIVQSVNDIGRATEPKPVIGHSGEDMPDITPENVGLEAMNESAIKVAWLPVQKNGLNGHLKGFMVYYTRHNGHNRHPGKLLVHGNTTHALITGLKPYSNYSVEVAIINGKGEGEHSESRMIRTDEGVPSPPSFLRLERQSDTSLTLIWGPPETPNGILTGYEIYHQIVNKTHTGAKYFSETINDPTQQNWTLSNISSKDTYRFYLYATTSVGQSEAVMVEGSTMQEIEVPPVLNVSIETGDNVVTLNWMQLEGPSNAEIRVEIRNKSSELLWRHYGSVNTTDSTFQLSGLLPGTFYFIRLMALNHTQHVEIWSDMVQTSGTAIPTKQGGFPNEGWFIALITAIVVLLLILLILCFIKRSKGGKYSVKDKEDTQGDSEARPMKDETFGEYSDNDEKPFTSSQPSLNGEIKQLGSDDSLADYGGSVDVQFNEDGSFIGQYSGKKEKEPTGGNESSGATSPVNPNVAVE

Target ORF information:

RefSeq Version	XM_012967856.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis L1 cell adhesion molecule (l1cam), transcript variant X4, mRNA.

Target ORF information:

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

XM_012967856.2

ORF Insert Sequence:

ATGCCTCTGG GATCGGGACC TTGCCTTCTG GGGACAGTGC TTGTCTCTTT ACTCTGCAGC 
CACATGGAGG CCTTCCAGCT GCCTAAAGGA TTCATGTATC CACCTGTGAT TACTGAGCAG 
TCCCCAGAAA AGTATGTGTT GTACCCCAAT GATGACATTG TGCTCAAGTG TGAAGCCAAG 
AGAAACGCCA AGGCAAAATA TACCTGGAAA AAGGATGGGG AAACGTTTCA GCCAGATAAT 
GACCCAAGAG TCAGTCGCAA GAAAGATTCA GGAACCTTAA ACATTTCTGG CAACGGGAAC 
TCAATGAAGG ATTTCCAGGG CAAATACCGG TGCTATGCCA CCAATGATCT GGGCACAGCC 
ATCTCACACG AGATCCATGT TATCACTGAG AGCACCCCAA AATGGCAAAA AGAACTGATC 
CGCCCTCTTG ATATTGAAGA GGGAGCCTCG CTAATATTAC CATGTAACCC ACCTAAAAGC 
GCAGTGCCCC CACGAGTTAT CTGGATGAAC AGCAATTTGT TGCACATCAC ACAGGATGAG 
CGGGTGTCAA TGGGTGTGAA TGGGAATCTG TATTTCTCCA ATGTACAAAA GCAAGATGAA 
CATCCTGACT ACATCTGTCA CGCCCAGTTT GTTGGTGCCC GTACCATTGT GCAGAAGGAG 
GCGATATCTA TCAAAGTCAG ACCCACAAAT TCTGTGAAAT TTCGAAAACC AGAAATGATG 
TTACCCGAGG GCTCCATGAG CACTGTTCTG GCATTAAGGG ACCAACCTTT GCAGCTGGAG 
TGCATAGCTG AAGGACTCCC TACCCCAGAG ATTGAGTGGA TTCCCCTCCT TGGCTCCACT 
TACAATGAGC GCATTCAATT TGATGACTTT AAGAAGACCC TTCACATTGA CAAGGTGCAA 
GATGAGGATG ATGGGGACTA TCAGTGCATT GCCAAGAACA CCCAGGGCAG CTCCAGCCAT 
ACCTTCACAG TGGTTGTTGA GTCTGCCCCT TACTGGATTA ATAAACCAGA GGATGGAATC 
TATGCACCGG GTGAGGATAT TATACTGCAC TGTGAAGTCG GAGGGAAACC CAAACCTAAG 
GTCACATGGA AGATTAACGG TAAATCTTTG AAAGACTCAG ATCTATACCA CAACTGGAAG 
CTGATAGATG GAAGTCTGGT CTTAAACAAC ATGCAACTCA ACGACACGTC TGTTGTTCAA 
TGCGAAGCCC GCAACAAACA TGGAAACCTC CTCGCCAATG CTTTTGTCTA TGTAGTTGAA 
CTGCCCCCAC AGATCCTCAC CAGAAACGAT GAGCAGTACA TTGTAGTCGA AAAGACAAAT 
GTCTCAATGG ACTGTAGAGC TTTTGGGACT CCTTTTCCAA CGATCCAATG GGAGAGTGAT 
CTGGAAGACA ACCTGTTTGC CCTTGATCAG TTTTCCATGC ACACTAATGG GACACTGACC 
ATAACGGGAG TGGCGAAGGA AGATGAAGGA ATATATCGGT GCACTGCCAG CAACAACCAG 
GGAAATGTCA GCATCTCTGC CTACTTAGAT GTCAGAAACG CTACTAAGAT CATTACTCCC 
CCTATGGAGC AGCATGCAAG AAAAGGTGGA AAAGCGATTT TTCAGTGCAA AGTGGAATTT 
GATCCCAAAA TGAGTGATAA AATAATACAG TGGAGGAAAA ATGGCAATGA GATAAAAGAA 
GATGCCGACA ATGATAAGTA CTTCATTGAG GACTACACCC TAAGTATCTC CAATGTACAA 
GAGAGCGACC ATGGGATGTA TACCTGTGCG GCCCACACTG AACTGGATGC CGTAGAACTG 
ACTGCCGAAC TGGTGGTGAT TGATCTTCCC GAAGCTCCTT TTGATTTGGA GCTTTCTAAC 
GCACAGGAAA CCAGTATAAC GCTCACCTGG ACCCCAGGCA ACGATAACAA CAGTCCCATT 
GAGGAATTCA TTATCGAGTA TGAGGAAGAC AGCTTTGAAC CAGGAGTATG GCATGAACTC 
ACTAGAGTGG ACGGGGATAT GTTTAATGTT GATTTGGATC TCTCTCCCTA TGTCAACTAC 
CAGTTCCGAG TGATTGCAGT GAATGAGGTT GGACCTAGCA ATGGAAGCAA CCCATCAGAT 
CGTTATGAGA CTCCTGCATT TGCTCCAGCA AAGAATCCCA GAGAGGTGAA AGGGGAGGGC 
ACAGAGCCAC AAAACATGTA CATTTCCTGG AAGCCATTGA AAGGCATCGA CTGGAATGGC 
CCTGGCTTCA AATATCTTGT AAAATGGAGG CAACTTGGTA AAGAAGAGTG GAAGGAAGTG 
GTAGCAGATA GCCCCCCTGT CCTTGTGTCA GGCACTAGCA TATTTGAGCC TTATGAGATC 
ATAGTCCAGT CTGTCAATGA TATCGGCAGA GCTACTGAAC CCAAACCCGT CATTGGCCAT 
TCCGGGGAAG ACATGCCTGA CATTACCCCT GAGAATGTTG GCTTAGAAGC TATGAACGAG 
AGTGCAATCA AGGTTGCATG GTTGCCTGTG CAGAAGAATG GGTTAAACGG TCATTTGAAG 
GGATTTATGG TATACTATAC CAGACATAAC GGGCACAACA GGCACCCTGG CAAGTTACTG 
GTCCATGGTA ACACAACACA TGCTTTAATT ACCGGGCTAA AACCTTACAG CAACTACTCA 
GTGGAAGTCG CCATCATAAA CGGAAAGGGG GAGGGGGAGC ATAGCGAGTC ACGCATGATA 
CGCACTGATG AAGGAGTGCC AAGTCCACCT TCATTTTTAC GGCTGGAGCG CCAATCTGAC 
ACATCACTGA CACTCATATG GGGCCCCCCC GAAACTCCCA ATGGAATTCT GACAGGATAC 
GAGATTTATC ATCAGATAGT GAACAAAACT CACACTGGAG CAAAGTACTT CTCTGAAACC 
ATCAATGATC CCACGCAGCA AAACTGGACA CTTTCAAATA TCAGCTCCAA AGACACCTAC 
CGGTTCTATT TGTATGCCAC TACCTCAGTG GGACAGAGTG AAGCTGTTAT GGTGGAGGGC 
AGCACTATGC AGGAGATAGA GGTTCCTCCT GTGCTGAATG TCAGTATCGA GACTGGGGAC 
AACGTGGTCA CACTAAACTG GATGCAACTG GAGGGGCCCA GTAATGCAGA GATCAGAGTG 
GAGATCAGGA ACAAATCCAG TGAACTATTG TGGCGCCACT ATGGTTCAGT GAACACCACC 
GACTCGACCT TCCAGCTGAG CGGCCTGCTC CCCGGGACTT TTTATTTCAT ACGCCTTATG 
GCCCTCAATC ACACTCAGCA TGTTGAAATC TGGAGTGATA TGGTACAAAC CAGTGGAACA 
GCAATTCCCA CAAAACAGGG AGGATTTCCC AATGAAGGCT GGTTTATTGC ACTGATCACT 
GCCATTGTAG TCCTGCTGCT CATCCTGCTC ATCCTGTGCT TTATCAAGCG CAGCAAAGGA 
GGAAAGTACT CTGTGAAGGA TAAAGAAGAT ACTCAAGGGG ACTCTGAAGC ACGGCCAATG 
AAGGATGAAA CCTTTGGGGA ATACAGTGAC AATGACGAGA AGCCTTTTAC TAGCAGTCAG 
CCCTCCCTCA ATGGGGAGAT CAAGCAACTA GGCAGTGACG ACAGCCTGGC CGACTATGGT 
GGTAGCGTGG ATGTCCAGTT CAATGAAGAT GGCTCGTTCA TTGGCCAGTA CAGTGGCAAA 
AAGGAGAAGG AGCCAACAGG GGGCAATGAG AGCTCTGGAG CAACCTCTCC GGTCAACCCC 
AACGTTGCAG TTGAATAG

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

Gene Symbol	l1cam
Entrez Gene ID	100124734
Full Name	L1 cell adhesion molecule
General protein information	Preferred Names L1 cell adhesion molecule Names neural cell adhesion molecule L1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

	L1CAM	XP_001087861.1
Gallus gallus (chicken)	L1CAM	NP_990484.1
Danio rerio (zebrafish)	nadl1.2	NP_571436.1
Danio rerio (zebrafish)	nadl1.1	NP_571458.1
Mus musculus (house mouse)	L1cam	NP_032504.3
Rattus norvegicus (Norway rat)	L1cam	NP_059041.1
Bos taurus (cattle)	L1CAM	NP_001179364.1
Xenopus tropicalis (tropical clawed frog)	l1cam	NP_001096185.1
Homo sapiens (human)	L1CAM	NP_000416.1
Pan troglodytes (chimpanzee)	L1CAM	NP_001180609.1
Canis lupus familiaris (dog)	L1CAM	XP_549364.2

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

l1cam cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Related articles in PubMed

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