dscaml1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	dscaml1
Entrez Gene ID	100491996
Full Name	Down syndrome cell adhesion molecule like 1
General protein information	Preferred Names Down syndrome cell adhesion molecule like 1 Names Down syndrome cell adhesion molecule-like protein 1
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018096065.1	XP_017951554.1	Down syndrome cell adhesion molecule-like protein 1 isoform X3
XM_002932905.5	XP_002932951.2	Down syndrome cell adhesion molecule-like protein 1 isoform X2
XM_031905607.1	XP_031761467.1	Down syndrome cell adhesion molecule-like protein 1 isoform X3
XM_002932905.4	XP_002932951.2	Down syndrome cell adhesion molecule-like protein 1 isoform X2
XM_004916065.4	XP_004916122.1	Down syndrome cell adhesion molecule-like protein 1 isoform X1
XM_004916065.3	XP_004916122.1	Down syndrome cell adhesion molecule-like protein 1 isoform X1

Pathways from BioSystems

Homologies

Homo sapiens (human)	DSCAML1	NP_065744.2
Bos taurus (cattle)	DSCAML1	XP_002693048.1
Pan troglodytes (chimpanzee)	DSCAML1	XP_001158737.1
Mus musculus (house mouse)	Dscaml1	NP_001074739.1
Rattus norvegicus (Norway rat)	Dscaml1	NP_001101611.1
Danio rerio (zebrafish)	dscaml1	XP_005157552.1
Drosophila melanogaster (fruit fly)	Dscam	NP_724543.1
Gallus gallus (chicken)	DSCAML1	XP_003642660.2
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP010884	XP_309810.4
Canis lupus familiaris (dog)	DSCAML1	XP_546506.4
Xenopus tropicalis (tropical clawed frog)	dscaml1	XP_004916123.1

Gene Ontology

The following dscaml1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the dscaml1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OXa61997	XM_031905607.1 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OXa45913	XM_018096065.1 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OXa61995	XM_004916065.4 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa61996	XM_002932905.5 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OXa13061	XM_004916065.3 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00
OXa13062	XM_002932905.4 Latest version!	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

dscaml1 ( XM_031905607.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_031761467.1 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa61997
Clone ID Related Accession (Same CDS sequence)	XM_031905607.1
Accession Version	XM_031905607.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1524bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) 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##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GACCTCCGAG TATCCGACCC ATGA

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

RefSeq	XP_031761467.1
CDS	517..2040
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSDPAESVPVLLDGFQSQEALVGETVELPCIASGYPNLASRWIKDGRPVPSDSRWSKRSTGLSMADLRLEDSGTYICEITNSFGSAEVTGTLTVIEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINDLRVSDP

Target ORF information:

RefSeq Version	XM_031905607.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.

Target ORF information:

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

XM_031905607.1

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GACCTCCGAG TATCCGACCC ATGA

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

dscaml1 ( XM_018096065.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017951554.1 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OXa45913
Clone ID Related Accession (Same CDS sequence)	XM_018096065.1
Accession Version	XM_018096065.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5853bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) 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 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##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGAGCCT 
CTCCGTGTGA CTCTTTCTCC TAAAAAGCTA AAAACTGGAA TTGGTAGCAC AGTCATTTTA 
TCTTGCTCTC TCAGTGGATC TCCAGGTTAC ATTGTGCGCT GGTACCGGAA CACAGAGCAC 
ATTGAGGCAG ATGAATTTAT CTCCATCCGT GGGGCAGATA ATGAAACACT AGTGATAAGC 
AGTGCTCAGA AGAGCCACTC AGGGGCATAC CAGTGCTTTG GAACCCGCAA GAAACAAACT 
GCACAGGACT TTGCTATTGT AGTTTTAGAG GATGGTACAC CTCGCATCCT CTCCTCCTTC 
AGTGAGAAAG TAATGAACCC AGGGGAGCAA TTTTCACTAA TGTGCTCAGC CAAGGGAGCT 
CCACCACCCA CCATAACCTG GACCCTGGAT GATGAACCCA TCCAACGGGA CTCTGGACAC 
CGCTCTAATC AGTATACCAC TGCTGATGGT AGCACAGTCA GTTACATGAA TGTGAGCAGC 
CCACAGATCC TGGATGGGGG GGTGTACAGA TGTGCCGCTC GCAACTCTGT GGGGAGTGCA 
GAGTATCAAG CTCGAATAAA CGTAAGAGGA CCTCCGAGTA TCCGACCCAT GAAGAATCTG 
ACAGCAGTGG CAGGAAGAGA CAGCTTCATT CACTGCCGAG TCATCGGTTA TCCCTACTAT 
TTCATCAGTT GGTACAAGGA TTCTCTTTTG TTGCCCGATA ACCACAGACA AGTGGTATTT 
GAGAATGGGA CTCTGATGCT GAGCGATGTT CAGAAAGGGA TGGATGAAGG AGAATATCTA 
TGCAGTGTAC TCATACAACC TCAGCTCTCA ATCAGCCAAA GTGTCCATGT TACTGTCAAA 
GTGCCCCCAC TGATCCAGCC TTTTGAGTTT CCTCCTGCTT CCATCGGACA ACTGCTTTAC 
ATTCCTTGTG TGGTGTCTTC GGGGGATATG CCTATTCGTA TTACTTGGCG TAAAGATGGA 
CAGGTGATTG TTTCCGGATC TGGAATTACT ATTGAAACCA AGGAGTTTAT GAGCTCCCTG 
CAGATTTCCA GCGTGTCACT CAAGCACAAT GGGAATTACA CTTGTATAGC AAGTAATGAT 
GCAGCCACTG TGAGCCGGGA GAGACAGCTT ATTGTAAGAG TGCCACCCAG ATTTGTGGTT 
CAGCCAAACA ATCAGGATGG AATCTATGGC AAAGCTGGAG TACTGAATTG CTCAGTGGAT 
GGATACCCTC CTCCAAAAGT TGTGTGGAAG CATGCTAAGG GAAGTGGGAA CCCCCAACAA 
TACCACCCTG TGCCACTAAC TGGCCGCATC CAGATTCTTC CTAACAGCTC CCTTCTTATC 
CGTCATGTGC TAGAGGAGGA TATTGGTTAT TACCTTTGCC AGGCAAGCAA TGGAGTGGGC 
ACTGACATCA GCAAGTCTAT GTTCCTTACC GTGAAGATAC CAGCAATGAT CACTTCTCAC 
CCAAATACAA CTATTGCCAT CAAAGGTCAA ACGAAAGGCC TTAACTGCAC AGCACGAGGA 
GAACGCCCCA TTATAATCCG CTGGGAAAAA GGAGATACAG TGATAGACCC AGACAGGAAT 
TTACGCTACC TAATTGCTAC CAAGGACAGC GGGGATGAGG TTATCTCCAC TCTGACGCTT 
AAACCAGCAG AAAGAGGGGA CTCTGTGTTT TTTTCGTGCC ATGCAATAAA CTCATATGGA 
GAAGACAGAG GCCTGATACA ACTTACTGTG CAAGAGCCTC CTGATCCCCC TGAGCTGGAG 
GTCCGGGAAG TGAAGGCTCG TAGCATGAAT CTACGCTGGA CTCAGAGATT TGATGGAAAC 
AGCATTATAA CAGCTTTTGA TATTGAGTAT AAGAATAAAT CAGATTCCTG GGAATTTAAG 
CAGTCCACTC GTAATATATC ACCCATCATC AACCAAGCCA ACATAGTTGA TTTGCATCCA 
GCGTCAGTGT ACAGCATACG CATGTATTCA TTTAACAAGA TTGGCCGTAG TGAGCCCAGC 
AAAGAGCTTA CAATCAGCAC AGAAGAGGCA GCTCCTGATG GTCCACCCAT GGATGTCACC 
TTACAGCCAT TGACATCACA AAGTATACAA GTAACCTGGA AGGCCCCCAG GAAAGAACTA 
CAGAATGGTG TAATTCGGGG TTACCAAATT GGTTATCGGG AGAATGGGCC TGGCAGTAAC 
GGCCAGTATA GTATTGTGGA GATGAAGGCC ACCGGGGATG CAGAGGTATA CACATTGGAC 
AACATGAAGA AGTTTGCACA GTATGGAGTT GTTGTTCAGG CGTTCAATCG AGCCGGAACT 
GGTCCATCCT CAACTGAAAT TAATGCTACC ACTCTGGAAG ATGTTCCAAG TAAGCCCCCA 
GAGAATGTCC GAGTTCTGTC AATCACTTCT GATGTGGCAG TCATCTCCTG GTCTGAGCCT 
CCTCGCAACT CTCTCAATGG TGTATTGAAA GGATACAGAG TCATATTCTG GTCTCTATAT 
CCAGATGGGG AATGGGGGGA GATGCAGAAT ATAACCACTC CTCGAGAGCG AGTAGAGCTT 
AAGTCGCTTG AGAAATTTAC CGATTACAGT GTGCAAGTGT TGGCTTACAC CCAAGCAGGT 
GATGGTGTGA GAAGTGATGT TCTTTACCTG CAGACCAAGG AAGACATTCC TGGACCTCCG 
GCTGGTATTA AAGCTGTGTC TTCCTCATCC AGTAGTGTAG TAGTGTCCTG GTTGCCCCCA 
ACTAAACCTA ATGGCATAAT CCGAAAATAC ACTATTTTCT GCTCCAGCCC AGGATCAGGA 
CAGCCTGCAC CTAGTGAATA TGAGACAAGC CCTGAGTTCC TGCATTACCG TATCATGCAC 
CTCCTCCGGG GACAGCAGTA CATGCTGTGG GTTGCAGCAG TGACATCAGC TGGACGTGGG 
AATTTTAGCG AAAAGGTCAT GATTGAGCCA GCTGGAAAAG CTCCAGCCAA GATTATTTCA 
TTTGGTGGCA CAGTAAGCAC CCCCTGGATG AAGGATGTCC GCTTGCCTTG CAGCTCAGTG 
GGGGAGCCAG CACCTGCTAT TAAATGGACC AAAGACAGTG AAGACTCTGC AATACCAGTA 
GCTCTAGATG GGCATCGACT GATTCACTCC AATGGGACAC TTACCTTGCG TTCTGTTAAA 
GCTGAAGATT CTGGTTACTA CACTTGTACT GCCACCAATA CATGGGGATT TGACACCATA 
ATTGTTAACC TACTAGTCCA AGTTCCACCT GATCAGCCTC GCCTCACAGT CTCTAAAACT 
TCAGCATCCT CTATCACTCT GGCCTGGATT CCTGGCGATA ATGGAGGAAG TTCAATCCGA 
GGTTTTGTCC TTCAGTACTC TGTAGATAAC AGTGAGGAAT GGAGAGATGT ATTTATCAGC 
TCATCTGAGC GGTCCTTCCG CTTGGAGAAT TTGCGCTGTG GAACATGGTA CAAAGTCAAA 
TTGGCTGCAA AGAACAGTGT TGGGGCCGGA AGAATAAGTG AAATAATTGA GGCCAAGACT 
CATGGCAGAG AGCCATCATT TAATAAAGAT CAGCCCCTCT TCACCCATGT TAACTCTACT 
CATGCACGCC TAAATCTCCA TGGCTGGAAT AGTGGTGGTT GTCCAATCAC CTCTGTGATC 
CTAGAATACC GCCCACAGAA CACTTGGCCA TGGCAGAGCC TTCGTGCCAA TGTAACAAGT 
GATGTTTTCT TGACTGAACT TCGTGAAGCC ACCTGGTATG AGCTGAAGAT GCGGGCTTGT 
AATAGTGCAG GCTGTGGGAA TGAAACCTCA AGGTTTGCCA CTCTGGACTA TGATGGAAGT 
ACCATTCCAC CCATTAAGTC TGCCCAAGGT GAGGGAGACG ATGTGAAGAA GCTCTTCTCC 
ATTGCCTCCC CAGTGATCCT GGCCACCCTG GGGGTTGCTC TTTTATTCAT TATACGCAAG 
AAGAGAAAAG AGAAGAGGCT AAAGAGACTT CGAGATGCTA AAAGTCTGGC TGAGATGCTT 
ATCAGCAAAA ACAATCGTAG TTTTGACACT CCAGTAAAGG GACCCCCTGC TGGTCCACGG 
CTTCATATTG ACATTCCCAG AGTACAGCTT CTAATTGAGG ATAAGGAGGG CGTCAAACAG 
CTTGCAGGGG ATGATAAAGC TACCTTGCCA GTGACAGATG CTGAGTTTAG CCAGACGGTA 
AATCCTCAGA GTTTTTGCAC AGGGGTTTCC CTACATCACC CTGCACTGAT CCAGAACACA 
GGGCCTCTAA TTGACATGTC TGACATACGT CCTGGAACAA ATCCAGTTTC TCGAAAGAGT 
GTGAAGTCTG CTCACAGCAC TAGAAACAGG TATTCCAGTC AGTGGACTCT AACAAAGTGC 
CAGAGCTCCA CCCCTGCACG AACACTGACT TCTGATTGGA GGACTGTTGG GTCACAGCAT 
GGCATCACCG TTACAGAGAG TGACAGCTAC AGTGCTAGTC TTTCTCAGGA TACAGACAAA 
GGCCGGAATA GTATGGTCTC TACAGAGAGT GCATCCTCAA CATATGAGGA GCTTGCTCGA 
GCATATGAAC ACGCCAAGTT AGAAGAGCAG CTACAACATG CAAAGTTTGA AATTACAGAA 
TGTTTCATTT CGGACAGTTC TTCTGATCAA ATGACAACAG GGACCAATGA GAATGGAGAC 
AGCATGACAT CTATGAGCAC GCCTTCAGAA CCAGGCATTT GTCGCTTTAC TGCATCACCT 
CCCAAGCCAC AGGACAGTGA TCCTACCAAG AATGTAGCTG TTCCTATTCC TCACCGAGCT 
AAAAGTGAAT ATTGCAATTT GCCACTCTAC ATGAAATCTG AGCCCCACTT TCGCAAGCCA 
GACCCTCATG ATTCTTGTCC TGTGGTACCA CCACGTGAGG CCTCCATGCG CAACCTGAAT 
CGGAGTTACC ATTCTCGGCA CCTTACCCTA GAACCAGGGG CCAAGCCCCC ACCTGGACTG 
TCACACCCTA CCCCTTCTGG TGTCAGTTTA CCTCAGCGGA CTCTGCTTTT GGCTGGAGCC 
TCAGCCTCTG CTCCTTCAGC ACCAGCAGCC ACAGCACCAT CAGCTCCAGC TGATCCCACC 
CCATCTGTTG GACCTGTAGA AAACCGCCTG CCTACTCAGC ACAGCAAGAT GGGTGGCTCC 
AGAGACTCTC TACTGGAAAT GAGCAGTTCT GGAGGTAGCC GGGCACAGAA GCAAGGAGCT 
GGAGCTTACT CCAAATCTTA TACACTGGTC TGA

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

RefSeq	XP_017951554.1
CDS	595..6447
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINVRGPPSIRPMKNLTAVAGRDSFIHCRVIGYPYYFISWYKDSLLLPDNHRQVVFENGTLMLSDVQKGMDEGEYLCSVLIQPQLSISQSVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIRITWRKDGQVIVSGSGITIETKEFMSSLQISSVSLKHNGNYTCIASNDAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVVWKHAKGSGNPQQYHPVPLTGRIQILPNSSLLIRHVLEEDIGYYLCQASNGVGTDISKSMFLTVKIPAMITSHPNTTIAIKGQTKGLNCTARGERPIIIRWEKGDTVIDPDRNLRYLIATKDSGDEVISTLTLKPAERGDSVFFSCHAINSYGEDRGLIQLTVQEPPDPPELEVREVKARSMNLRWTQRFDGNSIITAFDIEYKNKSDSWEFKQSTRNISPIINQANIVDLHPASVYSIRMYSFNKIGRSEPSKELTISTEEAAPDGPPMDVTLQPLTSQSIQVTWKAPRKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDAEVYTLDNMKKFAQYGVVVQAFNRAGTGPSSTEINATTLEDVPSKPPENVRVLSITSDVAVISWSEPPRNSLNGVLKGYRVIFWSLYPDGEWGEMQNITTPRERVELKSLEKFTDYSVQVLAYTQAGDGVRSDVLYLQTKEDIPGPPAGIKAVSSSSSSVVVSWLPPTKPNGIIRKYTIFCSSPGSGQPAPSEYETSPEFLHYRIMHLLRGQQYMLWVAAVTSAGRGNFSEKVMIEPAGKAPAKIISFGGTVSTPWMKDVRLPCSSVGEPAPAIKWTKDSEDSAIPVALDGHRLIHSNGTLTLRSVKAEDSGYYTCTATNTWGFDTIIVNLLVQVPPDQPRLTVSKTSASSITLAWIPGDNGGSSIRGFVLQYSVDNSEEWRDVFISSSERSFRLENLRCGTWYKVKLAAKNSVGAGRISEIIEAKTHGREPSFNKDQPLFTHVNSTHARLNLHGWNSGGCPITSVILEYRPQNTWPWQSLRANVTSDVFLTELREATWYELKMRACNSAGCGNETSRFATLDYDGSTIPPIKSAQGEGDDVKKLFSIASPVILATLGVALLFIIRKKRKEKRLKRLRDAKSLAEMLISKNNRSFDTPVKGPPAGPRLHIDIPRVQLLIEDKEGVKQLAGDDKATLPVTDAEFSQTVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQSSTPARTLTSDWRTVGSQHGITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEQLQHAKFEITECFISDSSSDQMTTGTNENGDSMTSMSTPSEPGICRFTASPPKPQDSDPTKNVAVPIPHRAKSEYCNLPLYMKSEPHFRKPDPHDSCPVVPPREASMRNLNRSYHSRHLTLEPGAKPPPGLSHPTPSGVSLPQRTLLLAGASASAPSAPAATAPSAPADPTPSVGPVENRLPTQHSKMGGSRDSLLEMSSSGGSRAQKQGAGAYSKSYTLV

Target ORF information:

RefSeq Version	XM_018096065.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X3, mRNA.

Target ORF information:

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

XM_018096065.1

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGAGCCT 
CTCCGTGTGA CTCTTTCTCC TAAAAAGCTA AAAACTGGAA TTGGTAGCAC AGTCATTTTA 
TCTTGCTCTC TCAGTGGATC TCCAGGTTAC ATTGTGCGCT GGTACCGGAA CACAGAGCAC 
ATTGAGGCAG ATGAATTTAT CTCCATCCGT GGGGCAGATA ATGAAACACT AGTGATAAGC 
AGTGCTCAGA AGAGCCACTC AGGGGCATAC CAGTGCTTTG GAACCCGCAA GAAACAAACT 
GCACAGGACT TTGCTATTGT AGTTTTAGAG GATGGTACAC CTCGCATCCT CTCCTCCTTC 
AGTGAGAAAG TAATGAACCC AGGGGAGCAA TTTTCACTAA TGTGCTCAGC CAAGGGAGCT 
CCACCACCCA CCATAACCTG GACCCTGGAT GATGAACCCA TCCAACGGGA CTCTGGACAC 
CGCTCTAATC AGTATACCAC TGCTGATGGT AGCACAGTCA GTTACATGAA TGTGAGCAGC 
CCACAGATCC TGGATGGGGG GGTGTACAGA TGTGCCGCTC GCAACTCTGT GGGGAGTGCA 
GAGTATCAAG CTCGAATAAA CGTAAGAGGA CCTCCGAGTA TCCGACCCAT GAAGAATCTG 
ACAGCAGTGG CAGGAAGAGA CAGCTTCATT CACTGCCGAG TCATCGGTTA TCCCTACTAT 
TTCATCAGTT GGTACAAGGA TTCTCTTTTG TTGCCCGATA ACCACAGACA AGTGGTATTT 
GAGAATGGGA CTCTGATGCT GAGCGATGTT CAGAAAGGGA TGGATGAAGG AGAATATCTA 
TGCAGTGTAC TCATACAACC TCAGCTCTCA ATCAGCCAAA GTGTCCATGT TACTGTCAAA 
GTGCCCCCAC TGATCCAGCC TTTTGAGTTT CCTCCTGCTT CCATCGGACA ACTGCTTTAC 
ATTCCTTGTG TGGTGTCTTC GGGGGATATG CCTATTCGTA TTACTTGGCG TAAAGATGGA 
CAGGTGATTG TTTCCGGATC TGGAATTACT ATTGAAACCA AGGAGTTTAT GAGCTCCCTG 
CAGATTTCCA GCGTGTCACT CAAGCACAAT GGGAATTACA CTTGTATAGC AAGTAATGAT 
GCAGCCACTG TGAGCCGGGA GAGACAGCTT ATTGTAAGAG TGCCACCCAG ATTTGTGGTT 
CAGCCAAACA ATCAGGATGG AATCTATGGC AAAGCTGGAG TACTGAATTG CTCAGTGGAT 
GGATACCCTC CTCCAAAAGT TGTGTGGAAG CATGCTAAGG GAAGTGGGAA CCCCCAACAA 
TACCACCCTG TGCCACTAAC TGGCCGCATC CAGATTCTTC CTAACAGCTC CCTTCTTATC 
CGTCATGTGC TAGAGGAGGA TATTGGTTAT TACCTTTGCC AGGCAAGCAA TGGAGTGGGC 
ACTGACATCA GCAAGTCTAT GTTCCTTACC GTGAAGATAC CAGCAATGAT CACTTCTCAC 
CCAAATACAA CTATTGCCAT CAAAGGTCAA ACGAAAGGCC TTAACTGCAC AGCACGAGGA 
GAACGCCCCA TTATAATCCG CTGGGAAAAA GGAGATACAG TGATAGACCC AGACAGGAAT 
TTACGCTACC TAATTGCTAC CAAGGACAGC GGGGATGAGG TTATCTCCAC TCTGACGCTT 
AAACCAGCAG AAAGAGGGGA CTCTGTGTTT TTTTCGTGCC ATGCAATAAA CTCATATGGA 
GAAGACAGAG GCCTGATACA ACTTACTGTG CAAGAGCCTC CTGATCCCCC TGAGCTGGAG 
GTCCGGGAAG TGAAGGCTCG TAGCATGAAT CTACGCTGGA CTCAGAGATT TGATGGAAAC 
AGCATTATAA CAGCTTTTGA TATTGAGTAT AAGAATAAAT CAGATTCCTG GGAATTTAAG 
CAGTCCACTC GTAATATATC ACCCATCATC AACCAAGCCA ACATAGTTGA TTTGCATCCA 
GCGTCAGTGT ACAGCATACG CATGTATTCA TTTAACAAGA TTGGCCGTAG TGAGCCCAGC 
AAAGAGCTTA CAATCAGCAC AGAAGAGGCA GCTCCTGATG GTCCACCCAT GGATGTCACC 
TTACAGCCAT TGACATCACA AAGTATACAA GTAACCTGGA AGGCCCCCAG GAAAGAACTA 
CAGAATGGTG TAATTCGGGG TTACCAAATT GGTTATCGGG AGAATGGGCC TGGCAGTAAC 
GGCCAGTATA GTATTGTGGA GATGAAGGCC ACCGGGGATG CAGAGGTATA CACATTGGAC 
AACATGAAGA AGTTTGCACA GTATGGAGTT GTTGTTCAGG CGTTCAATCG AGCCGGAACT 
GGTCCATCCT CAACTGAAAT TAATGCTACC ACTCTGGAAG ATGTTCCAAG TAAGCCCCCA 
GAGAATGTCC GAGTTCTGTC AATCACTTCT GATGTGGCAG TCATCTCCTG GTCTGAGCCT 
CCTCGCAACT CTCTCAATGG TGTATTGAAA GGATACAGAG TCATATTCTG GTCTCTATAT 
CCAGATGGGG AATGGGGGGA GATGCAGAAT ATAACCACTC CTCGAGAGCG AGTAGAGCTT 
AAGTCGCTTG AGAAATTTAC CGATTACAGT GTGCAAGTGT TGGCTTACAC CCAAGCAGGT 
GATGGTGTGA GAAGTGATGT TCTTTACCTG CAGACCAAGG AAGACATTCC TGGACCTCCG 
GCTGGTATTA AAGCTGTGTC TTCCTCATCC AGTAGTGTAG TAGTGTCCTG GTTGCCCCCA 
ACTAAACCTA ATGGCATAAT CCGAAAATAC ACTATTTTCT GCTCCAGCCC AGGATCAGGA 
CAGCCTGCAC CTAGTGAATA TGAGACAAGC CCTGAGTTCC TGCATTACCG TATCATGCAC 
CTCCTCCGGG GACAGCAGTA CATGCTGTGG GTTGCAGCAG TGACATCAGC TGGACGTGGG 
AATTTTAGCG AAAAGGTCAT GATTGAGCCA GCTGGAAAAG CTCCAGCCAA GATTATTTCA 
TTTGGTGGCA CAGTAAGCAC CCCCTGGATG AAGGATGTCC GCTTGCCTTG CAGCTCAGTG 
GGGGAGCCAG CACCTGCTAT TAAATGGACC AAAGACAGTG AAGACTCTGC AATACCAGTA 
GCTCTAGATG GGCATCGACT GATTCACTCC AATGGGACAC TTACCTTGCG TTCTGTTAAA 
GCTGAAGATT CTGGTTACTA CACTTGTACT GCCACCAATA CATGGGGATT TGACACCATA 
ATTGTTAACC TACTAGTCCA AGTTCCACCT GATCAGCCTC GCCTCACAGT CTCTAAAACT 
TCAGCATCCT CTATCACTCT GGCCTGGATT CCTGGCGATA ATGGAGGAAG TTCAATCCGA 
GGTTTTGTCC TTCAGTACTC TGTAGATAAC AGTGAGGAAT GGAGAGATGT ATTTATCAGC 
TCATCTGAGC GGTCCTTCCG CTTGGAGAAT TTGCGCTGTG GAACATGGTA CAAAGTCAAA 
TTGGCTGCAA AGAACAGTGT TGGGGCCGGA AGAATAAGTG AAATAATTGA GGCCAAGACT 
CATGGCAGAG AGCCATCATT TAATAAAGAT CAGCCCCTCT TCACCCATGT TAACTCTACT 
CATGCACGCC TAAATCTCCA TGGCTGGAAT AGTGGTGGTT GTCCAATCAC CTCTGTGATC 
CTAGAATACC GCCCACAGAA CACTTGGCCA TGGCAGAGCC TTCGTGCCAA TGTAACAAGT 
GATGTTTTCT TGACTGAACT TCGTGAAGCC ACCTGGTATG AGCTGAAGAT GCGGGCTTGT 
AATAGTGCAG GCTGTGGGAA TGAAACCTCA AGGTTTGCCA CTCTGGACTA TGATGGAAGT 
ACCATTCCAC CCATTAAGTC TGCCCAAGGT GAGGGAGACG ATGTGAAGAA GCTCTTCTCC 
ATTGCCTCCC CAGTGATCCT GGCCACCCTG GGGGTTGCTC TTTTATTCAT TATACGCAAG 
AAGAGAAAAG AGAAGAGGCT AAAGAGACTT CGAGATGCTA AAAGTCTGGC TGAGATGCTT 
ATCAGCAAAA ACAATCGTAG TTTTGACACT CCAGTAAAGG GACCCCCTGC TGGTCCACGG 
CTTCATATTG ACATTCCCAG AGTACAGCTT CTAATTGAGG ATAAGGAGGG CGTCAAACAG 
CTTGCAGGGG ATGATAAAGC TACCTTGCCA GTGACAGATG CTGAGTTTAG CCAGACGGTA 
AATCCTCAGA GTTTTTGCAC AGGGGTTTCC CTACATCACC CTGCACTGAT CCAGAACACA 
GGGCCTCTAA TTGACATGTC TGACATACGT CCTGGAACAA ATCCAGTTTC TCGAAAGAGT 
GTGAAGTCTG CTCACAGCAC TAGAAACAGG TATTCCAGTC AGTGGACTCT AACAAAGTGC 
CAGAGCTCCA CCCCTGCACG AACACTGACT TCTGATTGGA GGACTGTTGG GTCACAGCAT 
GGCATCACCG TTACAGAGAG TGACAGCTAC AGTGCTAGTC TTTCTCAGGA TACAGACAAA 
GGCCGGAATA GTATGGTCTC TACAGAGAGT GCATCCTCAA CATATGAGGA GCTTGCTCGA 
GCATATGAAC ACGCCAAGTT AGAAGAGCAG CTACAACATG CAAAGTTTGA AATTACAGAA 
TGTTTCATTT CGGACAGTTC TTCTGATCAA ATGACAACAG GGACCAATGA GAATGGAGAC 
AGCATGACAT CTATGAGCAC GCCTTCAGAA CCAGGCATTT GTCGCTTTAC TGCATCACCT 
CCCAAGCCAC AGGACAGTGA TCCTACCAAG AATGTAGCTG TTCCTATTCC TCACCGAGCT 
AAAAGTGAAT ATTGCAATTT GCCACTCTAC ATGAAATCTG AGCCCCACTT TCGCAAGCCA 
GACCCTCATG ATTCTTGTCC TGTGGTACCA CCACGTGAGG CCTCCATGCG CAACCTGAAT 
CGGAGTTACC ATTCTCGGCA CCTTACCCTA GAACCAGGGG CCAAGCCCCC ACCTGGACTG 
TCACACCCTA CCCCTTCTGG TGTCAGTTTA CCTCAGCGGA CTCTGCTTTT GGCTGGAGCC 
TCAGCCTCTG CTCCTTCAGC ACCAGCAGCC ACAGCACCAT CAGCTCCAGC TGATCCCACC 
CCATCTGTTG GACCTGTAGA AAACCGCCTG CCTACTCAGC ACAGCAAGAT GGGTGGCTCC 
AGAGACTCTC TACTGGAAAT GAGCAGTTCT GGAGGTAGCC GGGCACAGAA GCAAGGAGCT 
GGAGCTTACT CCAAATCTTA TACACTGGTC TGA

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

dscaml1 ( XM_004916065.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004916122.1 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.

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CloneID	OXa61995
Clone ID Related Accession (Same CDS sequence)	XM_004916065.4
Accession Version	XM_004916065.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6132bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) 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_004916065.3. ##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##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AGCCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAATG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGGCTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGCAGGGGA TGATAAAGCT 
ACCTTGCCAG TGACAGATGC TGAGTTTAGC CAGACGGTAA ATCCTCAGAG TTTTTGCACA 
GGGGTTTCCC TACATCACCC TGCACTGATC CAGAACACAG GGCCTCTAAT TGACATGTCT 
GACATACGTC CTGGAACAAA TCCAGTTTCT CGAAAGAGTG TGAAGTCTGC TCACAGCACT 
AGAAACAGGT ATTCCAGTCA GTGGACTCTA ACAAAGTGCC AGAGCTCCAC CCCTGCACGA 
ACACTGACTT CTGATTGGAG GACTGTTGGG TCACAGCATG GCATCACCGT TACAGAGAGT 
GACAGCTACA GTGCTAGTCT TTCTCAGGAT ACAGACAAAG GCCGGAATAG TATGGTCTCT 
ACAGAGAGTG CATCCTCAAC ATATGAGGAG CTTGCTCGAG CATATGAACA CGCCAAGTTA 
GAAGAGCAGC TACAACATGC AAAGTTTGAA ATTACAGAAT GTTTCATTTC GGACAGTTCT 
TCTGATCAAA TGACAACAGG GACCAATGAG AATGGAGACA GCATGACATC TATGAGCACG 
CCTTCAGAAC CAGGCATTTG TCGCTTTACT GCATCACCTC CCAAGCCACA GGACAGTGAT 
CCTACCAAGA ATGTAGCTGT TCCTATTCCT CACCGAGCTA AAAGTGAATA TTGCAATTTG 
CCACTCTACA TGAAATCTGA GCCCCACTTT CGCAAGCCAG ACCCTCATGA TTCTTGTCCT 
GTGGTACCAC CACGTGAGGC CTCCATGCGC AACCTGAATC GGAGTTACCA TTCTCGGCAC 
CTTACCCTAG AACCAGGGGC CAAGCCCCCA CCTGGACTGT CACACCCTAC CCCTTCTGGT 
GTCAGTTTAC CTCAGCGGAC TCTGCTTTTG GCTGGAGCCT CAGCCTCTGC TCCTTCAGCA 
CCAGCAGCCA CAGCACCATC AGCTCCAGCT GATCCCACCC CATCTGTTGG ACCTGTAGAA 
AACCGCCTGC CTACTCAGCA CAGCAAGATG GGTGGCTCCA GAGACTCTCT ACTGGAAATG 
AGCAGTTCTG GAGGTAGCCG GGCACAGAAG CAAGGAGCTG GAGCTTACTC CAAATCTTAT 
ACACTGGTCT GA

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

RefSeq	XP_004916122.1
CDS	113..6244
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSDPAESVPVLLDGFQSQEALVGETVELPCIASGYPNLASRWIKDGRPVPSDSRWSKRSTGLSMADLRLEDSGTYICEITNSFGSAEVTGTLTVIEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINVRGPPSIRPMKNLTAVAGRDSFIHCRVIGYPYYFISWYKDSLLLPDNHRQVVFENGTLMLSDVQKGMDEGEYLCSVLIQPQLSISQSVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIRITWRKDGQVIVSGSGITIETKEFMSSLQISSVSLKHNGNYTCIASNDAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVVWKHAKGSGNPQQYHPVPLTGRIQILPNSSLLIRHVLEEDIGYYLCQASNGVGTDISKSMFLTVKIPAMITSHPNTTIAIKGQTKGLNCTARGERPIIIRWEKGDTVIDPDRNLRYLIATKDSGDEVISTLTLKPAERGDSVFFSCHAINSYGEDRGLIQLTVQEPPDPPELEVREVKARSMNLRWTQRFDGNSIITAFDIEYKNKSDSWEFKQSTRNISPIINQANIVDLHPASVYSIRMYSFNKIGRSEPSKELTISTEEAAPDGPPMDVTLQPLTSQSIQVTWKAPRKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDAEVYTLDNMKKFAQYGVVVQAFNRAGTGPSSTEINATTLEDVPSKPPENVRVLSITSDVAVISWSEPPRNSLNGVLKGYRVIFWSLYPDGEWGEMQNITTPRERVELKSLEKFTDYSVQVLAYTQAGDGVRSDVLYLQTKEDIPGPPAGIKAVSSSSSSVVVSWLPPTKPNGIIRKYTIFCSSPGSGQPAPSEYETSPEFLHYRIMHLLRGQQYMLWVAAVTSAGRGNFSEKVMIEPAGKAPAKIISFGGTVSTPWMKDVRLPCSSVGEPAPAIKWTKDSEDSAIPVALDGHRLIHSNGTLTLRSVKAEDSGYYTCTATNTWGFDTIIVNLLVQVPPDQPRLTVSKTSASSITLAWIPGDNGGSSIRGFVLQYSVDNSEEWRDVFISSSERSFRLENLRCGTWYKVKLAAKNSVGAGRISEIIEAKTHGREPSFNKDQPLFTHVNSTHARLNLHGWNSGGCPITSVILEYRPQNTWPWQSLRANVTSDVFLTELREATWYELKMRACNSAGCGNETSRFATLDYDGSTIPPIKSAQGEGDDVKKLFSIASPVILATLGVALLFIIRKKRKEKRLKRLRDAKSLAEMLISKNNRSFDTPVKGPPAGPRLHIDIPRVQLLIEDKEGVKQLAGDDKATLPVTDAEFSQTVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQSSTPARTLTSDWRTVGSQHGITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEQLQHAKFEITECFISDSSSDQMTTGTNENGDSMTSMSTPSEPGICRFTASPPKPQDSDPTKNVAVPIPHRAKSEYCNLPLYMKSEPHFRKPDPHDSCPVVPPREASMRNLNRSYHSRHLTLEPGAKPPPGLSHPTPSGVSLPQRTLLLAGASASAPSAPAATAPSAPADPTPSVGPVENRLPTQHSKMGGSRDSLLEMSSSGGSRAQKQGAGAYSKSYTLV

Target ORF information:

RefSeq Version	XM_004916065.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.

Target ORF information:

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

XM_004916065.4

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AGCCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAATG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGGCTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGCAGGGGA TGATAAAGCT 
ACCTTGCCAG TGACAGATGC TGAGTTTAGC CAGACGGTAA ATCCTCAGAG TTTTTGCACA 
GGGGTTTCCC TACATCACCC TGCACTGATC CAGAACACAG GGCCTCTAAT TGACATGTCT 
GACATACGTC CTGGAACAAA TCCAGTTTCT CGAAAGAGTG TGAAGTCTGC TCACAGCACT 
AGAAACAGGT ATTCCAGTCA GTGGACTCTA ACAAAGTGCC AGAGCTCCAC CCCTGCACGA 
ACACTGACTT CTGATTGGAG GACTGTTGGG TCACAGCATG GCATCACCGT TACAGAGAGT 
GACAGCTACA GTGCTAGTCT TTCTCAGGAT ACAGACAAAG GCCGGAATAG TATGGTCTCT 
ACAGAGAGTG CATCCTCAAC ATATGAGGAG CTTGCTCGAG CATATGAACA CGCCAAGTTA 
GAAGAGCAGC TACAACATGC AAAGTTTGAA ATTACAGAAT GTTTCATTTC GGACAGTTCT 
TCTGATCAAA TGACAACAGG GACCAATGAG AATGGAGACA GCATGACATC TATGAGCACG 
CCTTCAGAAC CAGGCATTTG TCGCTTTACT GCATCACCTC CCAAGCCACA GGACAGTGAT 
CCTACCAAGA ATGTAGCTGT TCCTATTCCT CACCGAGCTA AAAGTGAATA TTGCAATTTG 
CCACTCTACA TGAAATCTGA GCCCCACTTT CGCAAGCCAG ACCCTCATGA TTCTTGTCCT 
GTGGTACCAC CACGTGAGGC CTCCATGCGC AACCTGAATC GGAGTTACCA TTCTCGGCAC 
CTTACCCTAG AACCAGGGGC CAAGCCCCCA CCTGGACTGT CACACCCTAC CCCTTCTGGT 
GTCAGTTTAC CTCAGCGGAC TCTGCTTTTG GCTGGAGCCT CAGCCTCTGC TCCTTCAGCA 
CCAGCAGCCA CAGCACCATC AGCTCCAGCT GATCCCACCC CATCTGTTGG ACCTGTAGAA 
AACCGCCTGC CTACTCAGCA CAGCAAGATG GGTGGCTCCA GAGACTCTCT ACTGGAAATG 
AGCAGTTCTG GAGGTAGCCG GGCACAGAAG CAAGGAGCTG GAGCTTACTC CAAATCTTAT 
ACACTGGTCT GA

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

dscaml1 ( XM_002932905.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932951.2 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.

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CloneID	OXa61996
Clone ID Related Accession (Same CDS sequence)	XM_002932905.5
Accession Version	XM_002932905.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6129bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.2) 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_002932905.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AGCCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAATG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGGCTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGGGGATGA TAAAGCTACC 
TTGCCAGTGA CAGATGCTGA GTTTAGCCAG ACGGTAAATC CTCAGAGTTT TTGCACAGGG 
GTTTCCCTAC ATCACCCTGC ACTGATCCAG AACACAGGGC CTCTAATTGA CATGTCTGAC 
ATACGTCCTG GAACAAATCC AGTTTCTCGA AAGAGTGTGA AGTCTGCTCA CAGCACTAGA 
AACAGGTATT CCAGTCAGTG GACTCTAACA AAGTGCCAGA GCTCCACCCC TGCACGAACA 
CTGACTTCTG ATTGGAGGAC TGTTGGGTCA CAGCATGGCA TCACCGTTAC AGAGAGTGAC 
AGCTACAGTG CTAGTCTTTC TCAGGATACA GACAAAGGCC GGAATAGTAT GGTCTCTACA 
GAGAGTGCAT CCTCAACATA TGAGGAGCTT GCTCGAGCAT ATGAACACGC CAAGTTAGAA 
GAGCAGCTAC AACATGCAAA GTTTGAAATT ACAGAATGTT TCATTTCGGA CAGTTCTTCT 
GATCAAATGA CAACAGGGAC CAATGAGAAT GGAGACAGCA TGACATCTAT GAGCACGCCT 
TCAGAACCAG GCATTTGTCG CTTTACTGCA TCACCTCCCA AGCCACAGGA CAGTGATCCT 
ACCAAGAATG TAGCTGTTCC TATTCCTCAC CGAGCTAAAA GTGAATATTG CAATTTGCCA 
CTCTACATGA AATCTGAGCC CCACTTTCGC AAGCCAGACC CTCATGATTC TTGTCCTGTG 
GTACCACCAC GTGAGGCCTC CATGCGCAAC CTGAATCGGA GTTACCATTC TCGGCACCTT 
ACCCTAGAAC CAGGGGCCAA GCCCCCACCT GGACTGTCAC ACCCTACCCC TTCTGGTGTC 
AGTTTACCTC AGCGGACTCT GCTTTTGGCT GGAGCCTCAG CCTCTGCTCC TTCAGCACCA 
GCAGCCACAG CACCATCAGC TCCAGCTGAT CCCACCCCAT CTGTTGGACC TGTAGAAAAC 
CGCCTGCCTA CTCAGCACAG CAAGATGGGT GGCTCCAGAG ACTCTCTACT GGAAATGAGC 
AGTTCTGGAG GTAGCCGGGC ACAGAAGCAA GGAGCTGGAG CTTACTCCAA ATCTTATACA 
CTGGTCTGA

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

RefSeq	XP_002932951.2
CDS	114..6242
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSDPAESVPVLLDGFQSQEALVGETVELPCIASGYPNLASRWIKDGRPVPSDSRWSKRSTGLSMADLRLEDSGTYICEITNSFGSAEVTGTLTVIEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINVRGPPSIRPMKNLTAVAGRDSFIHCRVIGYPYYFISWYKDSLLLPDNHRQVVFENGTLMLSDVQKGMDEGEYLCSVLIQPQLSISQSVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIRITWRKDGQVIVSGSGITIETKEFMSSLQISSVSLKHNGNYTCIASNDAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVVWKHAKGSGNPQQYHPVPLTGRIQILPNSSLLIRHVLEEDIGYYLCQASNGVGTDISKSMFLTVKIPAMITSHPNTTIAIKGQTKGLNCTARGERPIIIRWEKGDTVIDPDRNLRYLIATKDSGDEVISTLTLKPAERGDSVFFSCHAINSYGEDRGLIQLTVQEPPDPPELEVREVKARSMNLRWTQRFDGNSIITAFDIEYKNKSDSWEFKQSTRNISPIINQANIVDLHPASVYSIRMYSFNKIGRSEPSKELTISTEEAAPDGPPMDVTLQPLTSQSIQVTWKAPRKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDAEVYTLDNMKKFAQYGVVVQAFNRAGTGPSSTEINATTLEDVPSKPPENVRVLSITSDVAVISWSEPPRNSLNGVLKGYRVIFWSLYPDGEWGEMQNITTPRERVELKSLEKFTDYSVQVLAYTQAGDGVRSDVLYLQTKEDIPGPPAGIKAVSSSSSSVVVSWLPPTKPNGIIRKYTIFCSSPGSGQPAPSEYETSPEFLHYRIMHLLRGQQYMLWVAAVTSAGRGNFSEKVMIEPAGKAPAKIISFGGTVSTPWMKDVRLPCSSVGEPAPAIKWTKDSEDSAIPVALDGHRLIHSNGTLTLRSVKAEDSGYYTCTATNTWGFDTIIVNLLVQVPPDQPRLTVSKTSASSITLAWIPGDNGGSSIRGFVLQYSVDNSEEWRDVFISSSERSFRLENLRCGTWYKVKLAAKNSVGAGRISEIIEAKTHGREPSFNKDQPLFTHVNSTHARLNLHGWNSGGCPITSVILEYRPQNTWPWQSLRANVTSDVFLTELREATWYELKMRACNSAGCGNETSRFATLDYDGSTIPPIKSAQGEGDDVKKLFSIASPVILATLGVALLFIIRKKRKEKRLKRLRDAKSLAEMLISKNNRSFDTPVKGPPAGPRLHIDIPRVQLLIEDKEGVKQLGDDKATLPVTDAEFSQTVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQSSTPARTLTSDWRTVGSQHGITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEQLQHAKFEITECFISDSSSDQMTTGTNENGDSMTSMSTPSEPGICRFTASPPKPQDSDPTKNVAVPIPHRAKSEYCNLPLYMKSEPHFRKPDPHDSCPVVPPREASMRNLNRSYHSRHLTLEPGAKPPPGLSHPTPSGVSLPQRTLLLAGASASAPSAPAATAPSAPADPTPSVGPVENRLPTQHSKMGGSRDSLLEMSSSGGSRAQKQGAGAYSKSYTLV

Target ORF information:

RefSeq Version	XM_002932905.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.

Target ORF information:

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

XM_002932905.5

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AGCCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAATG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGGCTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGGGGATGA TAAAGCTACC 
TTGCCAGTGA CAGATGCTGA GTTTAGCCAG ACGGTAAATC CTCAGAGTTT TTGCACAGGG 
GTTTCCCTAC ATCACCCTGC ACTGATCCAG AACACAGGGC CTCTAATTGA CATGTCTGAC 
ATACGTCCTG GAACAAATCC AGTTTCTCGA AAGAGTGTGA AGTCTGCTCA CAGCACTAGA 
AACAGGTATT CCAGTCAGTG GACTCTAACA AAGTGCCAGA GCTCCACCCC TGCACGAACA 
CTGACTTCTG ATTGGAGGAC TGTTGGGTCA CAGCATGGCA TCACCGTTAC AGAGAGTGAC 
AGCTACAGTG CTAGTCTTTC TCAGGATACA GACAAAGGCC GGAATAGTAT GGTCTCTACA 
GAGAGTGCAT CCTCAACATA TGAGGAGCTT GCTCGAGCAT ATGAACACGC CAAGTTAGAA 
GAGCAGCTAC AACATGCAAA GTTTGAAATT ACAGAATGTT TCATTTCGGA CAGTTCTTCT 
GATCAAATGA CAACAGGGAC CAATGAGAAT GGAGACAGCA TGACATCTAT GAGCACGCCT 
TCAGAACCAG GCATTTGTCG CTTTACTGCA TCACCTCCCA AGCCACAGGA CAGTGATCCT 
ACCAAGAATG TAGCTGTTCC TATTCCTCAC CGAGCTAAAA GTGAATATTG CAATTTGCCA 
CTCTACATGA AATCTGAGCC CCACTTTCGC AAGCCAGACC CTCATGATTC TTGTCCTGTG 
GTACCACCAC GTGAGGCCTC CATGCGCAAC CTGAATCGGA GTTACCATTC TCGGCACCTT 
ACCCTAGAAC CAGGGGCCAA GCCCCCACCT GGACTGTCAC ACCCTACCCC TTCTGGTGTC 
AGTTTACCTC AGCGGACTCT GCTTTTGGCT GGAGCCTCAG CCTCTGCTCC TTCAGCACCA 
GCAGCCACAG CACCATCAGC TCCAGCTGAT CCCACCCCAT CTGTTGGACC TGTAGAAAAC 
CGCCTGCCTA CTCAGCACAG CAAGATGGGT GGCTCCAGAG ACTCTCTACT GGAAATGAGC 
AGTTCTGGAG GTAGCCGGGC ACAGAAGCAA GGAGCTGGAG CTTACTCCAA ATCTTATACA 
CTGGTCTGA

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

dscaml1 ( XM_004916065.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004916122.1 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.

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CloneID	OXa13061
Clone ID Related Accession (Same CDS sequence)	XM_004916065.3
Accession Version	XM_004916065.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6132bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) 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_004916065.2. ##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##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AACCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAACG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGACTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGCAGGGGA TGATAAAGCT 
ACCTTGCCAG TGACAGATGC TGAGTTTAGC CAGACGGTAA ATCCTCAGAG TTTTTGCACA 
GGGGTTTCCC TACATCACCC TGCACTGATC CAGAACACAG GGCCTCTAAT TGACATGTCT 
GACATACGTC CTGGAACAAA TCCAGTTTCT CGAAAGAGTG TGAAGTCTGC TCACAGCACT 
AGAAACAGGT ATTCCAGTCA GTGGACTCTA ACAAAGTGCC AGAGCTCCAC CCCTGCACGA 
ACACTGACTT CTGATTGGAG GACTGTTGGG TCACAGCATG GCATCACCGT TACAGAGAGT 
GACAGCTACA GTGCTAGTCT TTCTCAGGAT ACAGACAAAG GCCGGAATAG TATGGTCTCT 
ACAGAGAGTG CATCCTCAAC ATATGAGGAG CTTGCTCGAG CATATGAACA CGCCAAGTTA 
GAAGAGCAGC TACAACATGC AAAGTTTGAA ATTACAGAAT GTTTCATTTC GGACAGTTCT 
TCTGATCAAA TGACAACAGG GACCAATGAG AATGGAGACA GCATGACATC TATGAGCACG 
CCTTCAGAAC CAGGCATTTG TCGCTTTACT GCATCACCTC CCAAGCCACA GGACAGTGAT 
CCTACCAAGA ATGTAGCTGT TCCTATTCCT CACCGAGCTA AAAGTGAATA TTGCAATTTG 
CCACTCTACA TGAAATCTGA GCCCCACTTT CGCAAGCCAG ACCCTCATGA TTCTTGTCCT 
GTGGTACCAC CACGTGAGGC CTCCATGCGC AACCTGAATC GGAGTTACCA TTCTCGGCAC 
CTTACCCTAG AACCAGGGGC CAAGCCCCCA CCTGGACTGT CACACCCTAC CCCTTCTGGT 
GTCAGTTTAC CTCAGCGGAC TCTGCTTTTG GCTGGAGCCT CAGCCTCTGC TCCTTCAGCA 
CCAGCAGCCA CAGCACCATC AGCTCCAGCT GATCCCACCC CATCTGTTGG ACCTGTAGAA 
AACCGCCTGC CTACTCAGCA CAGCAAGATG GGTGGCTCCA GAGACTCTCT ACTGGAAATG 
AGCAGTTCTG GAGGTAGCCG GGCACAGAAG CAAGGAGCTG GAGCTTACTC CAAATCTTAT 
ACACTGGTCT GA

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

RefSeq	XP_004916122.1
CDS	600..6731
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSDPAESVPVLLDGFQSQEALVGETVELPCIASGYPNLASRWIKDGRPVPSDSRWSKRSTGLSMADLRLEDSGTYICEITNSFGSAEVTGTLTVIEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINVRGPPSIRPMKNLTAVAGRDSFIHCRVIGYPYYFISWYKDSLLLPDNHRQVVFENGTLMLSDVQKGMDEGEYLCSVLIQPQLSISQSVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIRITWRKDGQVIVSGSGITIETKEFMSSLQISSVSLKHNGNYTCIASNDAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVVWKHAKGSGNPQQYHPVPLTGRIQILPNSSLLIRHVLEEDIGYYLCQASNGVGTDISKSMFLTVKIPAMITSHPNTTIAIKGQTKGLNCTARGERPIIIRWEKGDTVIDPDRNLRYLIATKDSGDEVISTLTLKPAERGDSVFFSCHAINSYGEDRGLIQLTVQEPPDPPELEVREVKARSMNLRWTQRFDGNSIITAFDIEYKNKSDSWEFKQSTRNISPIINQANIVDLHPASVYSIRMYSFNKIGRSEPSKELTISTEEAAPDGPPMDVTLQPLTSQSIQVTWKAPRKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDAEVYTLDNMKKFAQYGVVVQAFNRAGTGPSSTEINATTLEDVPSKPPENVRVLSITSDVAVISWSEPPRNSLNGVLKGYRVIFWSLYPDGEWGEMQNITTPRERVELKSLEKFTDYSVQVLAYTQAGDGVRSDVLYLQTKEDIPGPPAGIKAVSSSSSSVVVSWLPPTKPNGIIRKYTIFCSSPGSGQPAPSEYETSPEFLHYRIMHLLRGQQYMLWVAAVTSAGRGNFSEKVMIEPAGKAPAKIISFGGTVSTPWMKDVRLPCSSVGEPAPAIKWTKDSEDSAIPVALDGHRLIHSNGTLTLRSVKAEDSGYYTCTATNTWGFDTIIVNLLVQVPPDQPRLTVSKTSASSITLAWIPGDNGGSSIRGFVLQYSVDNSEEWRDVFISSSERSFRLENLRCGTWYKVKLAAKNSVGAGRISEIIEAKTHGREPSFNKDQPLFTHVNSTHARLNLHGWNSGGCPITSVILEYRPQNTWPWQSLRANVTSDVFLTELREATWYELKMRACNSAGCGNETSRFATLDYDGSTIPPIKSAQGEGDDVKKLFSIASPVILATLGVALLFIIRKKRKEKRLKRLRDAKSLAEMLISKNNRSFDTPVKGPPAGPRLHIDIPRVQLLIEDKEGVKQLAGDDKATLPVTDAEFSQTVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQSSTPARTLTSDWRTVGSQHGITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEQLQHAKFEITECFISDSSSDQMTTGTNENGDSMTSMSTPSEPGICRFTASPPKPQDSDPTKNVAVPIPHRAKSEYCNLPLYMKSEPHFRKPDPHDSCPVVPPREASMRNLNRSYHSRHLTLEPGAKPPPGLSHPTPSGVSLPQRTLLLAGASASAPSAPAATAPSAPADPTPSVGPVENRLPTQHSKMGGSRDSLLEMSSSGGSRAQKQGAGAYSKSYTLV

Target ORF information:

RefSeq Version	XM_004916065.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X1, mRNA.

Target ORF information:

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

XM_004916065.3

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AACCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAACG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGACTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGCAGGGGA TGATAAAGCT 
ACCTTGCCAG TGACAGATGC TGAGTTTAGC CAGACGGTAA ATCCTCAGAG TTTTTGCACA 
GGGGTTTCCC TACATCACCC TGCACTGATC CAGAACACAG GGCCTCTAAT TGACATGTCT 
GACATACGTC CTGGAACAAA TCCAGTTTCT CGAAAGAGTG TGAAGTCTGC TCACAGCACT 
AGAAACAGGT ATTCCAGTCA GTGGACTCTA ACAAAGTGCC AGAGCTCCAC CCCTGCACGA 
ACACTGACTT CTGATTGGAG GACTGTTGGG TCACAGCATG GCATCACCGT TACAGAGAGT 
GACAGCTACA GTGCTAGTCT TTCTCAGGAT ACAGACAAAG GCCGGAATAG TATGGTCTCT 
ACAGAGAGTG CATCCTCAAC ATATGAGGAG CTTGCTCGAG CATATGAACA CGCCAAGTTA 
GAAGAGCAGC TACAACATGC AAAGTTTGAA ATTACAGAAT GTTTCATTTC GGACAGTTCT 
TCTGATCAAA TGACAACAGG GACCAATGAG AATGGAGACA GCATGACATC TATGAGCACG 
CCTTCAGAAC CAGGCATTTG TCGCTTTACT GCATCACCTC CCAAGCCACA GGACAGTGAT 
CCTACCAAGA ATGTAGCTGT TCCTATTCCT CACCGAGCTA AAAGTGAATA TTGCAATTTG 
CCACTCTACA TGAAATCTGA GCCCCACTTT CGCAAGCCAG ACCCTCATGA TTCTTGTCCT 
GTGGTACCAC CACGTGAGGC CTCCATGCGC AACCTGAATC GGAGTTACCA TTCTCGGCAC 
CTTACCCTAG AACCAGGGGC CAAGCCCCCA CCTGGACTGT CACACCCTAC CCCTTCTGGT 
GTCAGTTTAC CTCAGCGGAC TCTGCTTTTG GCTGGAGCCT CAGCCTCTGC TCCTTCAGCA 
CCAGCAGCCA CAGCACCATC AGCTCCAGCT GATCCCACCC CATCTGTTGG ACCTGTAGAA 
AACCGCCTGC CTACTCAGCA CAGCAAGATG GGTGGCTCCA GAGACTCTCT ACTGGAAATG 
AGCAGTTCTG GAGGTAGCCG GGCACAGAAG CAAGGAGCTG GAGCTTACTC CAAATCTTAT 
ACACTGGTCT GA

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

dscaml1 ( XM_002932905.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002932951.2 Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.

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CloneID	OXa13062
Clone ID Related Accession (Same CDS sequence)	XM_002932905.4
Accession Version	XM_002932905.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6129bp) 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	Down syndrome cell adhesion molecule-like protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030683.1) 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_002932905.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AACCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAACG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGACTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGGGGATGA TAAAGCTACC 
TTGCCAGTGA CAGATGCTGA GTTTAGCCAG ACGGTAAATC CTCAGAGTTT TTGCACAGGG 
GTTTCCCTAC ATCACCCTGC ACTGATCCAG AACACAGGGC CTCTAATTGA CATGTCTGAC 
ATACGTCCTG GAACAAATCC AGTTTCTCGA AAGAGTGTGA AGTCTGCTCA CAGCACTAGA 
AACAGGTATT CCAGTCAGTG GACTCTAACA AAGTGCCAGA GCTCCACCCC TGCACGAACA 
CTGACTTCTG ATTGGAGGAC TGTTGGGTCA CAGCATGGCA TCACCGTTAC AGAGAGTGAC 
AGCTACAGTG CTAGTCTTTC TCAGGATACA GACAAAGGCC GGAATAGTAT GGTCTCTACA 
GAGAGTGCAT CCTCAACATA TGAGGAGCTT GCTCGAGCAT ATGAACACGC CAAGTTAGAA 
GAGCAGCTAC AACATGCAAA GTTTGAAATT ACAGAATGTT TCATTTCGGA CAGTTCTTCT 
GATCAAATGA CAACAGGGAC CAATGAGAAT GGAGACAGCA TGACATCTAT GAGCACGCCT 
TCAGAACCAG GCATTTGTCG CTTTACTGCA TCACCTCCCA AGCCACAGGA CAGTGATCCT 
ACCAAGAATG TAGCTGTTCC TATTCCTCAC CGAGCTAAAA GTGAATATTG CAATTTGCCA 
CTCTACATGA AATCTGAGCC CCACTTTCGC AAGCCAGACC CTCATGATTC TTGTCCTGTG 
GTACCACCAC GTGAGGCCTC CATGCGCAAC CTGAATCGGA GTTACCATTC TCGGCACCTT 
ACCCTAGAAC CAGGGGCCAA GCCCCCACCT GGACTGTCAC ACCCTACCCC TTCTGGTGTC 
AGTTTACCTC AGCGGACTCT GCTTTTGGCT GGAGCCTCAG CCTCTGCTCC TTCAGCACCA 
GCAGCCACAG CACCATCAGC TCCAGCTGAT CCCACCCCAT CTGTTGGACC TGTAGAAAAC 
CGCCTGCCTA CTCAGCACAG CAAGATGGGT GGCTCCAGAG ACTCTCTACT GGAAATGAGC 
AGTTCTGGAG GTAGCCGGGC ACAGAAGCAA GGAGCTGGAG CTTACTCCAA ATCTTATACA 
CTGGTCTGA

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

RefSeq	XP_002932951.2
CDS	602..6730
Translation	MLLVTLSLLCSVHLAHLEDAGTSLYFVNTSLLQITFSSTVGVFIPCPAAGSPSATLRWYLGTGDDIYDVPHIRHVHANGTLQLYPFSPSAFNSFIHDNDYFCTAENSAGKIRSPNIRVKAVFREPYTVRVEDQRAMRGSAAVFKCLTPPSVQEYVSVVSWEKDTVSLTSEGRFVTSPSGALYILDVQKEDALSTYRCITRHRYSGETRQSNGARLLVSDPAESVPVLLDGFQSQEALVGETVELPCIASGYPNLASRWIKDGRPVPSDSRWSKRSTGLSMADLRLEDSGTYICEITNSFGSAEVTGTLTVIEPLRVTLSPKKLKTGIGSTVILSCSLSGSPGYIVRWYRNTEHIEADEFISIRGADNETLVISSAQKSHSGAYQCFGTRKKQTAQDFAIVVLEDGTPRILSSFSEKVMNPGEQFSLMCSAKGAPPPTITWTLDDEPIQRDSGHRSNQYTTADGSTVSYMNVSSPQILDGGVYRCAARNSVGSAEYQARINVRGPPSIRPMKNLTAVAGRDSFIHCRVIGYPYYFISWYKDSLLLPDNHRQVVFENGTLMLSDVQKGMDEGEYLCSVLIQPQLSISQSVHVTVKVPPLIQPFEFPPASIGQLLYIPCVVSSGDMPIRITWRKDGQVIVSGSGITIETKEFMSSLQISSVSLKHNGNYTCIASNDAATVSRERQLIVRVPPRFVVQPNNQDGIYGKAGVLNCSVDGYPPPKVVWKHAKGSGNPQQYHPVPLTGRIQILPNSSLLIRHVLEEDIGYYLCQASNGVGTDISKSMFLTVKIPAMITSHPNTTIAIKGQTKGLNCTARGERPIIIRWEKGDTVIDPDRNLRYLIATKDSGDEVISTLTLKPAERGDSVFFSCHAINSYGEDRGLIQLTVQEPPDPPELEVREVKARSMNLRWTQRFDGNSIITAFDIEYKNKSDSWEFKQSTRNISPIINQANIVDLHPASVYSIRMYSFNKIGRSEPSKELTISTEEAAPDGPPMDVTLQPLTSQSIQVTWKAPRKELQNGVIRGYQIGYRENGPGSNGQYSIVEMKATGDAEVYTLDNMKKFAQYGVVVQAFNRAGTGPSSTEINATTLEDVPSKPPENVRVLSITSDVAVISWSEPPRNSLNGVLKGYRVIFWSLYPDGEWGEMQNITTPRERVELKSLEKFTDYSVQVLAYTQAGDGVRSDVLYLQTKEDIPGPPAGIKAVSSSSSSVVVSWLPPTKPNGIIRKYTIFCSSPGSGQPAPSEYETSPEFLHYRIMHLLRGQQYMLWVAAVTSAGRGNFSEKVMIEPAGKAPAKIISFGGTVSTPWMKDVRLPCSSVGEPAPAIKWTKDSEDSAIPVALDGHRLIHSNGTLTLRSVKAEDSGYYTCTATNTWGFDTIIVNLLVQVPPDQPRLTVSKTSASSITLAWIPGDNGGSSIRGFVLQYSVDNSEEWRDVFISSSERSFRLENLRCGTWYKVKLAAKNSVGAGRISEIIEAKTHGREPSFNKDQPLFTHVNSTHARLNLHGWNSGGCPITSVILEYRPQNTWPWQSLRANVTSDVFLTELREATWYELKMRACNSAGCGNETSRFATLDYDGSTIPPIKSAQGEGDDVKKLFSIASPVILATLGVALLFIIRKKRKEKRLKRLRDAKSLAEMLISKNNRSFDTPVKGPPAGPRLHIDIPRVQLLIEDKEGVKQLGDDKATLPVTDAEFSQTVNPQSFCTGVSLHHPALIQNTGPLIDMSDIRPGTNPVSRKSVKSAHSTRNRYSSQWTLTKCQSSTPARTLTSDWRTVGSQHGITVTESDSYSASLSQDTDKGRNSMVSTESASSTYEELARAYEHAKLEEQLQHAKFEITECFISDSSSDQMTTGTNENGDSMTSMSTPSEPGICRFTASPPKPQDSDPTKNVAVPIPHRAKSEYCNLPLYMKSEPHFRKPDPHDSCPVVPPREASMRNLNRSYHSRHLTLEPGAKPPPGLSHPTPSGVSLPQRTLLLAGASASAPSAPAATAPSAPADPTPSVGPVENRLPTQHSKMGGSRDSLLEMSSSGGSRAQKQGAGAYSKSYTLV

Target ORF information:

RefSeq Version	XM_002932905.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis Down syndrome cell adhesion molecule like 1 (dscaml1), transcript variant X2, mRNA.

Target ORF information:

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

XM_002932905.4

ORF Insert Sequence:

ATGTTGCTGG TAACTCTCTC CCTGCTGTGT TCTGTGCATT TAGCTCATTT GGAGGATGCT 
GGCACAAGTT TATATTTTGT GAACACTTCT TTGCTGCAGA TCACATTCTC AAGCACTGTG 
GGGGTGTTCA TCCCCTGCCC GGCTGCCGGA TCCCCTAGTG CAACCCTTCG ATGGTACCTT 
GGGACAGGAG ATGACATTTA TGATGTGCCA CACATTAGGC ATGTACATGC CAATGGCACA 
CTTCAGCTGT ACCCTTTCTC CCCGTCCGCT TTCAATAGCT TTATACATGA CAATGACTAT 
TTCTGCACAG CCGAGAACTC CGCAGGCAAG ATTCGGAGTC CGAACATTCG TGTCAAAGCA 
GTTTTCAGGG AACCATATAC CGTTCGAGTG GAGGATCAGC GCGCCATGCG GGGAAGCGCA 
GCTGTCTTTA AGTGCCTCAC CCCTCCCTCT GTGCAGGAAT ATGTTAGTGT GGTGTCCTGG 
GAAAAGGATA CTGTGTCTCT CACATCAGAG GGTAGGTTTG TTACCTCCCC TTCAGGTGCT 
CTGTATATCT TGGATGTACA GAAGGAAGAT GCCCTGTCCA CATATCGCTG CATCACAAGG 
CATCGCTACA GCGGGGAGAC ACGACAGAGC AATGGTGCAC GGCTTCTTGT TTCAGATCCT 
GCCGAGTCTG TCCCTGTGCT GCTTGATGGG TTTCAGTCAC AAGAAGCTCT TGTGGGGGAA 
ACCGTGGAAC TGCCTTGCAT TGCATCAGGA TATCCTAACC TAGCTAGCCG CTGGATTAAA 
GATGGCCGCC CAGTGCCATC TGACAGTCGA TGGAGCAAAC GCAGCACTGG TTTGAGTATG 
GCTGATCTGA GACTCGAGGA TAGTGGCACC TACATTTGTG AAATTACAAA CAGCTTTGGC 
TCTGCAGAAG TCACTGGTAC ATTGACTGTC ATAGAGCCTC TCCGTGTGAC TCTTTCTCCT 
AAAAAGCTAA AAACTGGAAT TGGTAGCACA GTCATTTTAT CTTGCTCTCT CAGTGGATCT 
CCAGGTTACA TTGTGCGCTG GTACCGGAAC ACAGAGCACA TTGAGGCAGA TGAATTTATC 
TCCATCCGTG GGGCAGATAA TGAAACACTA GTGATAAGCA GTGCTCAGAA GAGCCACTCA 
GGGGCATACC AGTGCTTTGG AACCCGCAAG AAACAAACTG CACAGGACTT TGCTATTGTA 
GTTTTAGAGG ATGGTACACC TCGCATCCTC TCCTCCTTCA GTGAGAAAGT AATGAACCCA 
GGGGAGCAAT TTTCACTAAT GTGCTCAGCC AAGGGAGCTC CACCACCCAC CATAACCTGG 
ACCCTGGATG ATGAACCCAT CCAACGGGAC TCTGGACACC GCTCTAATCA GTATACCACT 
GCTGATGGTA GCACAGTCAG TTACATGAAT GTGAGCAGCC CACAGATCCT GGATGGGGGG 
GTGTACAGAT GTGCCGCTCG CAACTCTGTG GGGAGTGCAG AGTATCAAGC TCGAATAAAC 
GTAAGAGGAC CTCCGAGTAT CCGACCCATG AAGAATCTGA CAGCAGTGGC AGGAAGAGAC 
AGCTTCATTC ACTGCCGAGT CATCGGTTAT CCCTACTATT TCATCAGTTG GTACAAGGAT 
TCTCTTTTGT TGCCCGATAA CCACAGACAA GTGGTATTTG AGAATGGGAC TCTGATGCTG 
AGCGATGTTC AGAAAGGGAT GGATGAAGGA GAATATCTAT GCAGTGTACT CATACAACCT 
CAGCTCTCAA TCAGCCAAAG TGTCCATGTT ACTGTCAAAG TGCCCCCACT GATCCAGCCT 
TTTGAGTTTC CTCCTGCTTC CATCGGACAA CTGCTTTACA TTCCTTGTGT GGTGTCTTCG 
GGGGATATGC CTATTCGTAT TACTTGGCGT AAAGATGGAC AGGTGATTGT TTCCGGATCT 
GGAATTACTA TTGAAACCAA GGAGTTTATG AGCTCCCTGC AGATTTCCAG CGTGTCACTC 
AAGCACAATG GGAATTACAC TTGTATAGCA AGTAATGATG CAGCCACTGT GAGCCGGGAG 
AGACAGCTTA TTGTAAGAGT GCCACCCAGA TTTGTGGTTC AGCCAAACAA TCAGGATGGA 
ATCTATGGCA AAGCTGGAGT ACTGAATTGC TCAGTGGATG GATACCCTCC TCCAAAAGTT 
GTGTGGAAGC ATGCTAAGGG AAGTGGGAAC CCCCAACAAT ACCACCCTGT GCCACTAACT 
GGCCGCATCC AGATTCTTCC TAACAGCTCC CTTCTTATCC GTCATGTGCT AGAGGAGGAT 
ATTGGTTATT ACCTTTGCCA GGCAAGCAAT GGAGTGGGCA CTGACATCAG CAAGTCTATG 
TTCCTTACCG TGAAGATACC AGCAATGATC ACTTCTCACC CAAATACAAC TATTGCCATC 
AAAGGTCAAA CGAAAGGCCT TAACTGCACA GCACGAGGAG AACGCCCCAT TATAATCCGC 
TGGGAAAAAG GAGATACAGT GATAGACCCA GACAGGAATT TACGCTACCT AATTGCTACC 
AAGGACAGCG GGGATGAGGT TATCTCCACT CTGACGCTTA AACCAGCAGA AAGAGGGGAC 
TCTGTGTTTT TTTCGTGCCA TGCAATAAAC TCATATGGAG AAGACAGAGG CCTGATACAA 
CTTACTGTGC AAGAGCCTCC TGATCCCCCT GAGCTGGAGG TCCGGGAAGT GAAGGCTCGT 
AGCATGAATC TACGCTGGAC TCAGAGATTT GATGGAAACA GCATTATAAC AGCTTTTGAT 
ATTGAGTATA AGAATAAATC AGATTCCTGG GAATTTAAGC AGTCCACTCG TAATATATCA 
CCCATCATCA ACCAAGCCAA CATAGTTGAT TTGCATCCAG CGTCAGTGTA CAGCATACGC 
ATGTATTCAT TTAACAAGAT TGGCCGTAGT GAGCCCAGCA AAGAGCTTAC AATCAGCACA 
GAAGAGGCAG CTCCTGATGG TCCACCCATG GATGTCACCT TACAGCCATT GACATCACAA 
AGTATACAAG TAACCTGGAA GGCCCCCAGG AAAGAACTAC AGAATGGTGT AATTCGGGGT 
TACCAAATTG GTTATCGGGA GAATGGGCCT GGCAGTAACG GCCAGTATAG TATTGTGGAG 
ATGAAGGCCA CCGGGGATGC AGAGGTATAC ACATTGGACA ACATGAAGAA GTTTGCACAG 
TATGGAGTTG TTGTTCAGGC GTTCAATCGA GCCGGAACTG GTCCATCCTC AACTGAAATT 
AATGCTACCA CTCTGGAAGA TGTTCCAAGT AAGCCCCCAG AGAATGTCCG AGTTCTGTCA 
ATCACTTCTG ATGTGGCAGT CATCTCCTGG TCTGAGCCTC CTCGCAACTC TCTCAATGGT 
GTATTGAAAG GATACAGAGT CATATTCTGG TCTCTATATC CAGATGGGGA ATGGGGGGAG 
ATGCAGAATA TAACCACTCC TCGAGAGCGA GTAGAGCTTA AGTCGCTTGA GAAATTTACC 
GATTACAGTG TGCAAGTGTT GGCTTACACC CAAGCAGGTG ATGGTGTGAG AAGTGATGTT 
CTTTACCTGC AGACCAAGGA AGACATTCCT GGACCTCCGG CTGGTATTAA AGCTGTGTCT 
TCCTCATCCA GTAGTGTAGT AGTGTCCTGG TTGCCCCCAA CTAAACCTAA TGGCATAATC 
CGAAAATACA CTATTTTCTG CTCCAGCCCA GGATCAGGAC AGCCTGCACC TAGTGAATAT 
GAGACAAGCC CTGAGTTCCT GCATTACCGT ATCATGCACC TCCTCCGGGG ACAGCAGTAC 
ATGCTGTGGG TTGCAGCAGT GACATCAGCT GGACGTGGGA ATTTTAGCGA AAAGGTCATG 
ATTGAGCCAG CTGGAAAAGC TCCAGCCAAG ATTATTTCAT TTGGTGGCAC AGTAAGCACC 
CCCTGGATGA AGGATGTCCG CTTGCCTTGC AGCTCAGTGG GGGAGCCAGC ACCTGCTATT 
AAATGGACCA AAGACAGTGA AGACTCTGCA ATACCAGTAG CTCTAGATGG GCATCGACTG 
ATTCACTCCA ATGGGACACT TACCTTGCGT TCTGTTAAAG CTGAAGATTC TGGTTACTAC 
ACTTGTACTG CCACCAATAC ATGGGGATTT GACACCATAA TTGTTAACCT ACTAGTCCAA 
GTTCCACCTG ATCAGCCTCG CCTCACAGTC TCTAAAACTT CAGCATCCTC TATCACTCTG 
GCCTGGATTC CTGGCGATAA TGGAGGAAGT TCAATCCGAG GTTTTGTCCT TCAGTACTCT 
GTAGATAACA GTGAGGAATG GAGAGATGTA TTTATCAGCT CATCTGAGCG GTCCTTCCGC 
TTGGAGAATT TGCGCTGTGG AACATGGTAC AAAGTCAAAT TGGCTGCAAA GAACAGTGTT 
GGGGCCGGAA GAATAAGTGA AATAATTGAG GCCAAGACTC ATGGCAGAGA GCCATCATTT 
AATAAAGATC AGCCCCTCTT CACCCATGTT AACTCTACTC ATGCACGCCT AAATCTCCAT 
GGCTGGAATA GTGGTGGTTG TCCAATCACC TCTGTGATCC TAGAATACCG CCCACAGAAC 
ACTTGGCCAT GGCAGAGCCT TCGTGCCAAT GTAACAAGTG ATGTTTTCTT GACTGAACTT 
CGTGAAGCCA CCTGGTATGA GCTGAAGATG CGGGCTTGTA ATAGTGCAGG CTGTGGGAAT 
GAAACCTCAA GGTTTGCCAC TCTGGACTAT GATGGAAGTA CCATTCCACC CATTAAGTCT 
GCCCAAGGTG AGGGAGACGA TGTGAAGAAG CTCTTCTCCA TTGCCTCCCC AGTGATCCTG 
GCCACCCTGG GGGTTGCTCT TTTATTCATT ATACGCAAGA AGAGAAAAGA GAAGAGGCTA 
AAGAGACTTC GAGATGCTAA AAGTCTGGCT GAGATGCTTA TCAGCAAAAA CAATCGTAGT 
TTTGACACTC CAGTAAAGGG ACCCCCTGCT GGTCCACGGC TTCATATTGA CATTCCCAGA 
GTACAGCTTC TAATTGAGGA TAAGGAGGGC GTCAAACAGC TTGGGGATGA TAAAGCTACC 
TTGCCAGTGA CAGATGCTGA GTTTAGCCAG ACGGTAAATC CTCAGAGTTT TTGCACAGGG 
GTTTCCCTAC ATCACCCTGC ACTGATCCAG AACACAGGGC CTCTAATTGA CATGTCTGAC 
ATACGTCCTG GAACAAATCC AGTTTCTCGA AAGAGTGTGA AGTCTGCTCA CAGCACTAGA 
AACAGGTATT CCAGTCAGTG GACTCTAACA AAGTGCCAGA GCTCCACCCC TGCACGAACA 
CTGACTTCTG ATTGGAGGAC TGTTGGGTCA CAGCATGGCA TCACCGTTAC AGAGAGTGAC 
AGCTACAGTG CTAGTCTTTC TCAGGATACA GACAAAGGCC GGAATAGTAT GGTCTCTACA 
GAGAGTGCAT CCTCAACATA TGAGGAGCTT GCTCGAGCAT ATGAACACGC CAAGTTAGAA 
GAGCAGCTAC AACATGCAAA GTTTGAAATT ACAGAATGTT TCATTTCGGA CAGTTCTTCT 
GATCAAATGA CAACAGGGAC CAATGAGAAT GGAGACAGCA TGACATCTAT GAGCACGCCT 
TCAGAACCAG GCATTTGTCG CTTTACTGCA TCACCTCCCA AGCCACAGGA CAGTGATCCT 
ACCAAGAATG TAGCTGTTCC TATTCCTCAC CGAGCTAAAA GTGAATATTG CAATTTGCCA 
CTCTACATGA AATCTGAGCC CCACTTTCGC AAGCCAGACC CTCATGATTC TTGTCCTGTG 
GTACCACCAC GTGAGGCCTC CATGCGCAAC CTGAATCGGA GTTACCATTC TCGGCACCTT 
ACCCTAGAAC CAGGGGCCAA GCCCCCACCT GGACTGTCAC ACCCTACCCC TTCTGGTGTC 
AGTTTACCTC AGCGGACTCT GCTTTTGGCT GGAGCCTCAG CCTCTGCTCC TTCAGCACCA 
GCAGCCACAG CACCATCAGC TCCAGCTGAT CCCACCCCAT CTGTTGGACC TGTAGAAAAC 
CGCCTGCCTA CTCAGCACAG CAAGATGGGT GGCTCCAGAG ACTCTCTACT GGAAATGAGC 
AGTTCTGGAG GTAGCCGGGC ACAGAAGCAA GGAGCTGGAG CTTACTCCAA ATCTTATACA 
CTGGTCTGA

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

PubMed

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dscaml1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Eメール

電話

FAX

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