uggt1 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	uggt1
Entrez Gene ID	100380058
Full Name	UDP-glucose glycoprotein glucosyltransferase 1
Synonyms	ugcgl1,uggt2
General protein information	Preferred Names UDP-glucose glycoprotein glucosyltransferase 1 Names UDP-glucose:glycoprotein glucosyltransferase 1 UDP-glucose glycoprotein glucosyltransferase 2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004914484.3	XP_004914541.1	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
XM_004914484.4	XP_004914541.1	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
XM_002936298.4	XP_002936344.2	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X3
XM_004914485.4	XP_004914542.1	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X2
XM_004914485.3	XP_004914542.1	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X2
XM_002936298.5	XP_002936344.2	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X3

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	UGGT1	XP_001141314.1
Drosophila melanogaster (fruit fly)	Ugt	NP_524151.2
	UGGT1	XP_001091373.1
Bos taurus (cattle)	UGGT1	XP_002685277.1
Gallus gallus (chicken)	UGGT1	XP_004937020.1
Danio rerio (zebrafish)	uggt1	NP_001071002.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP003560	XP_313307.5
Caenorhabditis elegans (roundworm)	uggt-1	NP_509268.1
Arabidopsis thaliana (thale cress)	EBS1	NP_001185370.1
Schizosaccharomyces pombe (fission yeast)	gpt1	NP_595281.1
Magnaporthe oryzae (rice blast fungus)	MGG_03510	XP_003716409.1
Canis lupus familiaris (dog)	UGGT1	XP_005631915.1
Mus musculus (house mouse)	Uggt1	NP_942602.2
Neurospora crassa	NCU02349	XP_959471.1
Homo sapiens (human)	UGGT1	NP_064505.1
Rattus norvegicus (Norway rat)	Uggt1	NP_598280.1
Xenopus tropicalis (tropical clawed frog)	uggt1	XP_004914541.1

Gene Ontology

The following uggt1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the uggt1 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)
OXa10347	XM_004914484.4 Latest version!	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa10348	XM_004914485.4 Latest version!	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa10349	XM_002936298.5 Latest version!	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OXa10347	XM_004914484.3	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa10348	XM_004914485.3	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OXa10349	XM_002936298.4	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

uggt1 ( XM_004914484.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914541.1 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OXa10347
Clone ID Related Accession (Same CDS sequence)	XM_004914484.3 , XM_004914484.4
Accession Version	XM_004914484.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4740bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) 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_004914484.3. ##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##

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GGAATGTCAT CCAGGGAGAT TTATGATGAC 
TCTTTTGTGA GACCTGTCAC ATTTTGGATT GTGGGGGATT TTGATCAGCC TTCAGGCCGC 
CAGCTTTTGT ATGATGCAAT TAAACATCAG AAATCCAGTA ATAATGTAAG GATTGGCATA 
CTCAGCAACC CCAGCCAGGA TCCATCGGCT GAGAGCACTC GCATTGCACG GGCCATCTGG 
GCGGCTCTGC AGACTCAGAA CTCAAACAAT GCCAAGAACT TCATCACCAA AATTGTCAAG 
GAGGAAAATG CAAGGCAGAT CGAGGCAGGA AAGGACCCAG TGGAATTTGC TGTTGGGGGT 
ATGGATACCA GTCTGTTCCG TGAGATGTTT GAGTCCCCAA AGGTGGATTT CATCTTATCG 
CATACTCTTT ACTGCCGGGA GGTTTTGAAA TTGAAAAAAG GGGAGAGAGC CATTATCAGC 
AATGGAAGGA TTATTGGGCC TTTACGTGAC GATGAAATAT TTAATCAAGA TGATTTCCAC 
CTTCTAGAGA ATCTTGTCTT GAAGACCTCT GCGCAGAATA TTAAATCCCA TATTAAGCTG 
CTTCAAGTGG AAGAAGATCA TGCCAGTGAT CTGGTGATGA AGGTAGATTC ACTGTTGTCC 
TCCCAACCCA AAGGAGAAGG GAGAGTTAAT TACCAGATAC CCGAAGACGC ACACAGTGCT 
ATTAAGCTGA GACCTACAGA AGGAATGATT TATTTTGATG TGGTTGCCGT TGTAGACCCC 
GTAACAAAAG CAGCGCAGAG ACTAGCCCCT CTACTCCTGG TTCTTAAACA AGTACTAAAT 
ATGAATCTTC GCGTGTTTAT GAACTGCCAG TCCAAGCTGT CGGAGATGCC TCTGAAGAGT 
TTCTATCGCT ACGTTTTGGA ACCAGAGGTG ATGTTCACAT CACAGAAGAA TATTGCTCCT 
GGTCCCATTG CCAAGTTCCT AGACATGCCC CAGTCTCCAC TTTTTACTCT CAGCCTTGAC 
ACTCCTGACA GCTGGATGGT GGAGTCAGTG CGGACGCCGT ATGATCTGGA TAATATATAC 
CTTGAGGAGG TGGACAGTGT TGTAGCAGCT GAGTTTGAGC TTGAGTATCT CCTCTTAGAA 
GGCCATTGTT TTGATGTCTC TACTGGACAG CCACCCCGAG GGCTCCAGTT CACATTGGGA 
ACATCTACAA ATCCTGTAGT GGTGGACACA ATCGTCATGG CTAACTTGGG TTATTTTCAG 
TTAAAAGCCA ATCCTGGTGC TTGGATGCTG AGGCTCAGAA AAGGGCGCTC AGAGGATATT 
TATACTATTT ACAGTCATGA AGGGACAGAT TCTGATCCAG AAGCTTCTGA TGTGGTGGTT 
GTGCTACATG ATTTTAAGAG CAAAATAATT AAAGTAAAAG TCCAGAAAAA GCCGGACAAA 
ATGAACGAGG ACCTTCTGAG TGATGGAAAT AGTGAAAATG AGTCGGGATT CTGGGATTCC 
ATTACATGGG GACTTGCAGG AAGTCAGAAA CAAGATGACG TAAAAGCAGA GAAAGAAGAC 
GTACTTAATA TCTTCTCTGT GGCCTCCGGT CACTTGTATG AGAGATTTCT TAGAATAATG 
ATGTTGTCAG TGCTGAAAAA TACGCAGACG CCGGTTAAGT TCTGGTTTTT AAAGAATTAT 
CTGTCACCCA CGTTTAAGAA TTTTATTCCA TACATGGCCA AGAAGTACAA CTTCCAGTAT 
GAACTGGTCC AATATAAGTG GCCTCGTTGG CTGCACCAAC AAACTGAGAA GCAGAGAATT 
ATCTGGGGAT ATAAAATCCT GTTCCTGGAT GTTCTGTTTC CACTGGCAGT GGATAAATTC 
ATCTTTGTAG ATGCCGATCA GATCGTAAGG ACTGATCTGA AGGAGTTGCG GGAATTCAAT 
TTGGATGGTG CCCCTTATGG GTACACACCG TTCTGTGAAA GCAGGAGGGA GATGGACGGT 
TACCGCTTCT GGAAATCTGG GTACTGGGCC AGTCATTTGG CTGGGCGTAA GTACCACATT 
AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG TTCCGGAAGA TAGCAGCTGG AGACAGGCTG 
AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT CCCAACAGTC TCTCCAATCT TGACCAGGAT 
CTTCCAAATA ATATGATCCA TCAAGTGCCC ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG 
TGTGAAACTT GGTGTGACGA TACATCGAAG AAGAAGGCCA AAACCATAGA CTTGTGTAAC 
AACCCTATGA CCAAAGAGCC CAAGTTGCAG GCAGCAGTGC GGATCGTCCC TGAATGGCAA 
GAATATGACC AAGAGATTAA GAAACTCTAT AGCCATTTCC AGGATGAGTC CTCAAATGGG 
TCATTGCACC AACCTGATAC GAGCACCAAA CCAGATAAAG AAAACCACAT GGAGTTATGA

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

RefSeq	XP_004914541.1
CDS	154..4893
Translation	MVICRAACRVQQGGQLPRVPYMITGALYMVEGKQIHMQSKYFRRLSGTGSMMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKGMSSREIYDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_004914484.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914484.4

ORF Insert Sequence:

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GGAATGTCAT CCAGGGAGAT TTATGATGAC 
TCTTTTGTGA GACCTGTCAC ATTTTGGATT GTGGGGGATT TTGATCAGCC TTCAGGCCGC 
CAGCTTTTGT ATGATGCAAT TAAACATCAG AAATCCAGTA ATAATGTAAG GATTGGCATA 
CTCAGCAACC CCAGCCAGGA TCCATCGGCT GAGAGCACTC GCATTGCACG GGCCATCTGG 
GCGGCTCTGC AGACTCAGAA CTCAAACAAT GCCAAGAACT TCATCACCAA AATTGTCAAG 
GAGGAAAATG CAAGGCAGAT CGAGGCAGGA AAGGACCCAG TGGAATTTGC TGTTGGGGGT 
ATGGATACCA GTCTGTTCCG TGAGATGTTT GAGTCCCCAA AGGTGGATTT CATCTTATCG 
CATACTCTTT ACTGCCGGGA GGTTTTGAAA TTGAAAAAAG GGGAGAGAGC CATTATCAGC 
AATGGAAGGA TTATTGGGCC TTTACGTGAC GATGAAATAT TTAATCAAGA TGATTTCCAC 
CTTCTAGAGA ATCTTGTCTT GAAGACCTCT GCGCAGAATA TTAAATCCCA TATTAAGCTG 
CTTCAAGTGG AAGAAGATCA TGCCAGTGAT CTGGTGATGA AGGTAGATTC ACTGTTGTCC 
TCCCAACCCA AAGGAGAAGG GAGAGTTAAT TACCAGATAC CCGAAGACGC ACACAGTGCT 
ATTAAGCTGA GACCTACAGA AGGAATGATT TATTTTGATG TGGTTGCCGT TGTAGACCCC 
GTAACAAAAG CAGCGCAGAG ACTAGCCCCT CTACTCCTGG TTCTTAAACA AGTACTAAAT 
ATGAATCTTC GCGTGTTTAT GAACTGCCAG TCCAAGCTGT CGGAGATGCC TCTGAAGAGT 
TTCTATCGCT ACGTTTTGGA ACCAGAGGTG ATGTTCACAT CACAGAAGAA TATTGCTCCT 
GGTCCCATTG CCAAGTTCCT AGACATGCCC CAGTCTCCAC TTTTTACTCT CAGCCTTGAC 
ACTCCTGACA GCTGGATGGT GGAGTCAGTG CGGACGCCGT ATGATCTGGA TAATATATAC 
CTTGAGGAGG TGGACAGTGT TGTAGCAGCT GAGTTTGAGC TTGAGTATCT CCTCTTAGAA 
GGCCATTGTT TTGATGTCTC TACTGGACAG CCACCCCGAG GGCTCCAGTT CACATTGGGA 
ACATCTACAA ATCCTGTAGT GGTGGACACA ATCGTCATGG CTAACTTGGG TTATTTTCAG 
TTAAAAGCCA ATCCTGGTGC TTGGATGCTG AGGCTCAGAA AAGGGCGCTC AGAGGATATT 
TATACTATTT ACAGTCATGA AGGGACAGAT TCTGATCCAG AAGCTTCTGA TGTGGTGGTT 
GTGCTACATG ATTTTAAGAG CAAAATAATT AAAGTAAAAG TCCAGAAAAA GCCGGACAAA 
ATGAACGAGG ACCTTCTGAG TGATGGAAAT AGTGAAAATG AGTCGGGATT CTGGGATTCC 
ATTACATGGG GACTTGCAGG AAGTCAGAAA CAAGATGACG TAAAAGCAGA GAAAGAAGAC 
GTACTTAATA TCTTCTCTGT GGCCTCCGGT CACTTGTATG AGAGATTTCT TAGAATAATG 
ATGTTGTCAG TGCTGAAAAA TACGCAGACG CCGGTTAAGT TCTGGTTTTT AAAGAATTAT 
CTGTCACCCA CGTTTAAGAA TTTTATTCCA TACATGGCCA AGAAGTACAA CTTCCAGTAT 
GAACTGGTCC AATATAAGTG GCCTCGTTGG CTGCACCAAC AAACTGAGAA GCAGAGAATT 
ATCTGGGGAT ATAAAATCCT GTTCCTGGAT GTTCTGTTTC CACTGGCAGT GGATAAATTC 
ATCTTTGTAG ATGCCGATCA GATCGTAAGG ACTGATCTGA AGGAGTTGCG GGAATTCAAT 
TTGGATGGTG CCCCTTATGG GTACACACCG TTCTGTGAAA GCAGGAGGGA GATGGACGGT 
TACCGCTTCT GGAAATCTGG GTACTGGGCC AGTCATTTGG CTGGGCGTAA GTACCACATT 
AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG TTCCGGAAGA TAGCAGCTGG AGACAGGCTG 
AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT CCCAACAGTC TCTCCAATCT TGACCAGGAT 
CTTCCAAATA ATATGATCCA TCAAGTGCCC ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG 
TGTGAAACTT GGTGTGACGA TACATCGAAG AAGAAGGCCA AAACCATAGA CTTGTGTAAC 
AACCCTATGA CCAAAGAGCC CAAGTTGCAG GCAGCAGTGC GGATCGTCCC TGAATGGCAA 
GAATATGACC AAGAGATTAA GAAACTCTAT AGCCATTTCC AGGATGAGTC CTCAAATGGG 
TCATTGCACC AACCTGATAC GAGCACCAAA CCAGATAAAG AAAACCACAT GGAGTTATGA

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

uggt1 ( XM_004914485.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914542.1 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OXa10348
Clone ID Related Accession (Same CDS sequence)	XM_004914485.4 , XM_004914485.3
Accession Version	XM_004914485.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4716bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) 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_004914485.3. ##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##

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GATGACTCTT TTGTGAGACC TGTCACATTT 
TGGATTGTGG GGGATTTTGA TCAGCCTTCA GGCCGCCAGC TTTTGTATGA TGCAATTAAA 
CATCAGAAAT CCAGTAATAA TGTAAGGATT GGCATACTCA GCAACCCCAG CCAGGATCCA 
TCGGCTGAGA GCACTCGCAT TGCACGGGCC ATCTGGGCGG CTCTGCAGAC TCAGAACTCA 
AACAATGCCA AGAACTTCAT CACCAAAATT GTCAAGGAGG AAAATGCAAG GCAGATCGAG 
GCAGGAAAGG ACCCAGTGGA ATTTGCTGTT GGGGGTATGG ATACCAGTCT GTTCCGTGAG 
ATGTTTGAGT CCCCAAAGGT GGATTTCATC TTATCGCATA CTCTTTACTG CCGGGAGGTT 
TTGAAATTGA AAAAAGGGGA GAGAGCCATT ATCAGCAATG GAAGGATTAT TGGGCCTTTA 
CGTGACGATG AAATATTTAA TCAAGATGAT TTCCACCTTC TAGAGAATCT TGTCTTGAAG 
ACCTCTGCGC AGAATATTAA ATCCCATATT AAGCTGCTTC AAGTGGAAGA AGATCATGCC 
AGTGATCTGG TGATGAAGGT AGATTCACTG TTGTCCTCCC AACCCAAAGG AGAAGGGAGA 
GTTAATTACC AGATACCCGA AGACGCACAC AGTGCTATTA AGCTGAGACC TACAGAAGGA 
ATGATTTATT TTGATGTGGT TGCCGTTGTA GACCCCGTAA CAAAAGCAGC GCAGAGACTA 
GCCCCTCTAC TCCTGGTTCT TAAACAAGTA CTAAATATGA ATCTTCGCGT GTTTATGAAC 
TGCCAGTCCA AGCTGTCGGA GATGCCTCTG AAGAGTTTCT ATCGCTACGT TTTGGAACCA 
GAGGTGATGT TCACATCACA GAAGAATATT GCTCCTGGTC CCATTGCCAA GTTCCTAGAC 
ATGCCCCAGT CTCCACTTTT TACTCTCAGC CTTGACACTC CTGACAGCTG GATGGTGGAG 
TCAGTGCGGA CGCCGTATGA TCTGGATAAT ATATACCTTG AGGAGGTGGA CAGTGTTGTA 
GCAGCTGAGT TTGAGCTTGA GTATCTCCTC TTAGAAGGCC ATTGTTTTGA TGTCTCTACT 
GGACAGCCAC CCCGAGGGCT CCAGTTCACA TTGGGAACAT CTACAAATCC TGTAGTGGTG 
GACACAATCG TCATGGCTAA CTTGGGTTAT TTTCAGTTAA AAGCCAATCC TGGTGCTTGG 
ATGCTGAGGC TCAGAAAAGG GCGCTCAGAG GATATTTATA CTATTTACAG TCATGAAGGG 
ACAGATTCTG ATCCAGAAGC TTCTGATGTG GTGGTTGTGC TACATGATTT TAAGAGCAAA 
ATAATTAAAG TAAAAGTCCA GAAAAAGCCG GACAAAATGA ACGAGGACCT TCTGAGTGAT 
GGAAATAGTG AAAATGAGTC GGGATTCTGG GATTCCATTA CATGGGGACT TGCAGGAAGT 
CAGAAACAAG ATGACGTAAA AGCAGAGAAA GAAGACGTAC TTAATATCTT CTCTGTGGCC 
TCCGGTCACT TGTATGAGAG ATTTCTTAGA ATAATGATGT TGTCAGTGCT GAAAAATACG 
CAGACGCCGG TTAAGTTCTG GTTTTTAAAG AATTATCTGT CACCCACGTT TAAGAATTTT 
ATTCCATACA TGGCCAAGAA GTACAACTTC CAGTATGAAC TGGTCCAATA TAAGTGGCCT 
CGTTGGCTGC ACCAACAAAC TGAGAAGCAG AGAATTATCT GGGGATATAA AATCCTGTTC 
CTGGATGTTC TGTTTCCACT GGCAGTGGAT AAATTCATCT TTGTAGATGC CGATCAGATC 
GTAAGGACTG ATCTGAAGGA GTTGCGGGAA TTCAATTTGG ATGGTGCCCC TTATGGGTAC 
ACACCGTTCT GTGAAAGCAG GAGGGAGATG GACGGTTACC GCTTCTGGAA ATCTGGGTAC 
TGGGCCAGTC ATTTGGCTGG GCGTAAGTAC CACATTAGTG CTCTGTATGT AGTGGATTTG 
AAAAAGTTCC GGAAGATAGC AGCTGGAGAC AGGCTGAGAG GGCAGTACCA AGGCCTAAGC 
CAGGATCCCA ACAGTCTCTC CAATCTTGAC CAGGATCTTC CAAATAATAT GATCCATCAA 
GTGCCCATAA AGTCTTTGCC TCAGGAGTGG CTGTGGTGTG AAACTTGGTG TGACGATACA 
TCGAAGAAGA AGGCCAAAAC CATAGACTTG TGTAACAACC CTATGACCAA AGAGCCCAAG 
TTGCAGGCAG CAGTGCGGAT CGTCCCTGAA TGGCAAGAAT ATGACCAAGA GATTAAGAAA 
CTCTATAGCC ATTTCCAGGA TGAGTCCTCA AATGGGTCAT TGCACCAACC TGATACGAGC 
ACCAAACCAG ATAAAGAAAA CCACATGGAG TTATGA

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

RefSeq	XP_004914542.1
CDS	154..4869
Translation	MVICRAACRVQQGGQLPRVPYMITGALYMVEGKQIHMQSKYFRRLSGTGSMMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_004914485.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.

Target ORF information:

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

XM_004914485.4

ORF Insert Sequence:

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GATGACTCTT TTGTGAGACC TGTCACATTT 
TGGATTGTGG GGGATTTTGA TCAGCCTTCA GGCCGCCAGC TTTTGTATGA TGCAATTAAA 
CATCAGAAAT CCAGTAATAA TGTAAGGATT GGCATACTCA GCAACCCCAG CCAGGATCCA 
TCGGCTGAGA GCACTCGCAT TGCACGGGCC ATCTGGGCGG CTCTGCAGAC TCAGAACTCA 
AACAATGCCA AGAACTTCAT CACCAAAATT GTCAAGGAGG AAAATGCAAG GCAGATCGAG 
GCAGGAAAGG ACCCAGTGGA ATTTGCTGTT GGGGGTATGG ATACCAGTCT GTTCCGTGAG 
ATGTTTGAGT CCCCAAAGGT GGATTTCATC TTATCGCATA CTCTTTACTG CCGGGAGGTT 
TTGAAATTGA AAAAAGGGGA GAGAGCCATT ATCAGCAATG GAAGGATTAT TGGGCCTTTA 
CGTGACGATG AAATATTTAA TCAAGATGAT TTCCACCTTC TAGAGAATCT TGTCTTGAAG 
ACCTCTGCGC AGAATATTAA ATCCCATATT AAGCTGCTTC AAGTGGAAGA AGATCATGCC 
AGTGATCTGG TGATGAAGGT AGATTCACTG TTGTCCTCCC AACCCAAAGG AGAAGGGAGA 
GTTAATTACC AGATACCCGA AGACGCACAC AGTGCTATTA AGCTGAGACC TACAGAAGGA 
ATGATTTATT TTGATGTGGT TGCCGTTGTA GACCCCGTAA CAAAAGCAGC GCAGAGACTA 
GCCCCTCTAC TCCTGGTTCT TAAACAAGTA CTAAATATGA ATCTTCGCGT GTTTATGAAC 
TGCCAGTCCA AGCTGTCGGA GATGCCTCTG AAGAGTTTCT ATCGCTACGT TTTGGAACCA 
GAGGTGATGT TCACATCACA GAAGAATATT GCTCCTGGTC CCATTGCCAA GTTCCTAGAC 
ATGCCCCAGT CTCCACTTTT TACTCTCAGC CTTGACACTC CTGACAGCTG GATGGTGGAG 
TCAGTGCGGA CGCCGTATGA TCTGGATAAT ATATACCTTG AGGAGGTGGA CAGTGTTGTA 
GCAGCTGAGT TTGAGCTTGA GTATCTCCTC TTAGAAGGCC ATTGTTTTGA TGTCTCTACT 
GGACAGCCAC CCCGAGGGCT CCAGTTCACA TTGGGAACAT CTACAAATCC TGTAGTGGTG 
GACACAATCG TCATGGCTAA CTTGGGTTAT TTTCAGTTAA AAGCCAATCC TGGTGCTTGG 
ATGCTGAGGC TCAGAAAAGG GCGCTCAGAG GATATTTATA CTATTTACAG TCATGAAGGG 
ACAGATTCTG ATCCAGAAGC TTCTGATGTG GTGGTTGTGC TACATGATTT TAAGAGCAAA 
ATAATTAAAG TAAAAGTCCA GAAAAAGCCG GACAAAATGA ACGAGGACCT TCTGAGTGAT 
GGAAATAGTG AAAATGAGTC GGGATTCTGG GATTCCATTA CATGGGGACT TGCAGGAAGT 
CAGAAACAAG ATGACGTAAA AGCAGAGAAA GAAGACGTAC TTAATATCTT CTCTGTGGCC 
TCCGGTCACT TGTATGAGAG ATTTCTTAGA ATAATGATGT TGTCAGTGCT GAAAAATACG 
CAGACGCCGG TTAAGTTCTG GTTTTTAAAG AATTATCTGT CACCCACGTT TAAGAATTTT 
ATTCCATACA TGGCCAAGAA GTACAACTTC CAGTATGAAC TGGTCCAATA TAAGTGGCCT 
CGTTGGCTGC ACCAACAAAC TGAGAAGCAG AGAATTATCT GGGGATATAA AATCCTGTTC 
CTGGATGTTC TGTTTCCACT GGCAGTGGAT AAATTCATCT TTGTAGATGC CGATCAGATC 
GTAAGGACTG ATCTGAAGGA GTTGCGGGAA TTCAATTTGG ATGGTGCCCC TTATGGGTAC 
ACACCGTTCT GTGAAAGCAG GAGGGAGATG GACGGTTACC GCTTCTGGAA ATCTGGGTAC 
TGGGCCAGTC ATTTGGCTGG GCGTAAGTAC CACATTAGTG CTCTGTATGT AGTGGATTTG 
AAAAAGTTCC GGAAGATAGC AGCTGGAGAC AGGCTGAGAG GGCAGTACCA AGGCCTAAGC 
CAGGATCCCA ACAGTCTCTC CAATCTTGAC CAGGATCTTC CAAATAATAT GATCCATCAA 
GTGCCCATAA AGTCTTTGCC TCAGGAGTGG CTGTGGTGTG AAACTTGGTG TGACGATACA 
TCGAAGAAGA AGGCCAAAAC CATAGACTTG TGTAACAACC CTATGACCAA AGAGCCCAAG 
TTGCAGGCAG CAGTGCGGAT CGTCCCTGAA TGGCAAGAAT ATGACCAAGA GATTAAGAAA 
CTCTATAGCC ATTTCCAGGA TGAGTCCTCA AATGGGTCAT TGCACCAACC TGATACGAGC 
ACCAAACCAG ATAAAGAAAA CCACATGGAG TTATGA

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

uggt1 ( XM_002936298.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936344.2 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.

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CloneID	OXa10349
Clone ID Related Accession (Same CDS sequence)	XM_002936298.4 , XM_002936298.5
Accession Version	XM_002936298.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4590bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.2) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_002936298.4. ##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##

ATGATGGAAA CAGCCATGAT TCTCCTTGGC TTGTGCCTGT GTATCTCCAG TGTCTCTGCA 
GATTCCAAAG CTGTTACAAC GTCCCTCACC GCAAAGTGGG CATCTACTCC TTTACTGCTG 
GAAGCCAGTG AATTCTTAGC TGAAGAAGCT CCTGATAAGT TCTGGGCCTT TGTGGATGAA 
GTGCAACAAG TGAAGGATCA AGGTTCTGAT AGTATCAACT ATGAGCTGAT GGTGAATAAG 
GCAAGCCGAC AGCTGACTCC CCAACAGGAG AACCTTCTGA AATTTGCCTT GTCTCTCCGC 
ACCTACTCTG CTACAGTACA GACCTTCCAG CAGATGGCCG CAGATGAGCC ACCCCCAGCA 
GGCTGCACTA GTTTCATTGT AGTGCATGGA GCGAAGACAT GTGTTCTTGA AAACTTGCCA 
TCACTTCTCA AGACTGCTTC TCAAAGACCG AAGCCCTTTC TGTTCAAAGG AGATCACAGA 
TACCCATATG GTGCACCCGA AAGCCCTGTT GTTATACTTT ATGCTGAGAT TGGCTCCAAA 
GACTTTGCTA GGTTTCACCA GCTGCTTTCT CTGAAGGCCC AAGAAGATGG GATTAATTAC 
ATACTCCGTC ACTTTGTTTC TAACCCACGA TCTGAAAAGG TTTTTCTGTC TGGATATGGT 
GTAGAGCTGT CCATGAAGAG CACGGAATAT AAAGCAAAGG ATGACACACA AGTGAAAGGA 
AATGATGTGA ATGCTACAGT GGTGGGTGAT AACGATCCAG TAGATGAAGT ACAGGGATTT 
CTCTTTGGGA AGCTCAGGCA GTTGTATCCA GAGCTTAAGG AGCAGCTGAA AGAACTGAGG 
AAACATTTAA TTGATAGCAC CAATGAAATG GCACCTCTGA AGGTCTGGGA GCTGCAAGAT 
CTTAGCTACC AAAGTGCTGC ACATATCCTG TCAGCTCCAC CCGCTGAAGC ACTGATGGTT 
ATGAAAGATT TGAGCCAGAA TTTCCCTACC AAAGCCAGGG CATTAACAAG GACAGTAGTT 
GACTCTGCTC TTCGTAAGGA AGTCGAAGAA AATCAAAAGT ATTTTAAGTC TAATCTTGGT 
GTGCATCCCG GAGACTCAGC GTTGTTCATT AATGGATTGC ATGTTGATCT TGACAGTCAG 
GATATCTTCA GCTTGTTTGA TACATTACGT AATGAAGCCC GGGTTATGGA AGGCCTTTTC 
CGCTTAGGCA TAGATGGGAC CGCCCTCCAA AATGTTCTGA AACTTAATAT CCAACCGTCT 
ACTGCAGATT ATGCCGTGGA TATCAGGCAC CCTGCTATAA CTTGGGTAAA CAATCTGGAG 
ATGGACAGCA GATATAACTC ATGGCCATCC ACTCTTCAGG AGTTGCTTCG CCCCACATTC 
CCTGGTGTCA TCCGACAGAT CCGCAGGAAC TTTCACAACT TTGTGATCAT TTTTGATCCT 
GTGCATGACT CCACCTCTGA GCTGATTAAT CTTGCTGAAA TGTTTCTGAG TAACCATATT 
CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG GATGACTCTG AGGATGTTGA TGGTTTTCAG 
GATGCAGGTG TTGCTTTGCT TAGAGCTTTC AACTATGTGT CCGACGAAGT GAATGAGTAT 
CACGCCTTCC AAACAATTGT ATCTATCTAC AACAAGGTGC CAGCAGGAAA GCGCCTGACT 
GTGAAGCACG TTACCGCTGT CCTAGAGCAG CGATATCCCT ATATTGAGCT CAGTAGCATT 
TTGGGCAAAG ACTCTGCTTA TGACCAGTCA AGAAAGGAAG GAAAGGAATA CTTCTTGCAG 
ACAGGGTTGA GTCCACTGCC AGTCGTACTC TTTAATGGAA TTCCCTTTTC AAAAGAACAG 
CTGCAGCCTG ATGAGCTGGA GACTGCAACA ATGCAAAAAA TAATGGAAAC CACCACCTTC 
TTTCAGAAAG CAGTCTACTT GGGGGAACTG ACAAATGATC AAGATGTTGT GGATCATATA 
ATGAATCAGC CTAATGTCGT ACCAAGAATT AACTTGCGGA TCTTAGAAGC AGAGCGCCGG 
TACCTGGATT TAACAACTCT AAATAACTAT TTTATAGATG ACTACAAACG TTTCAGCTCC 
TTGAACTCCA ATTCTAAGAG TGCAGCAATA GTTAACAGTA TGACCTATCT TACAAAGAAA 
GGAATGTCAT CCAGGGAGAT TTATGATGAC TCTTTTGTGA GACCTGTCAC ATTTTGGATT 
GTGGGGGATT TTGATCAGCC TTCAGGCCGC CAGCTTTTGT ATGATGCAAT TAAACATCAG 
AAATCCAGTA ATAATGTAAG GATTGGCATA CTCAGCAACC CCAGCCAGGA TCCATCGGCT 
GAGAGCACTC GCATTGCACG GGCCATCTGG GCGGCTCTGC AGACTCAGAA CTCAAACAAT 
GCCAAGAACT TCATCACCAA AATTGTCAAG GAGGAAAATG CAAGGCAGAT CGAGGCAGGA 
AAGGACCCAG TGGAATTTGC TGTTGGGGGT ATGGATACCA GTCTGTTCCG TGAGATGTTT 
GAGTCCCCAA AGGTGGATTT CATCTTATCG CATACTCTTT ACTGCCGGGA GGTTTTGAAA 
TTGAAAAAAG GGGAGAGAGC CATTATCAGC AATGGAAGGA TTATTGGGCC TTTACGTGAC 
GATGAAATAT TTAATCAAGA TGATTTCCAC CTTCTAGAGA ATCTTGTCTT GAAGACCTCT 
GCGCAGAATA TTAAATCCCA TATTAAGCTG CTTCAAGTGG AAGAAGATCA TGCCAGTGAT 
CTGGTGATGA AGGTAGATTC ACTGTTGTCC TCCCAACCCA AAGGAGAAGG GAGAGTTAAT 
TACCAGATAC CCGAAGACGC ACACAGTGCT ATTAAGCTGA GACCTACAGA AGGAATGATT 
TATTTTGATG TGGTTGCCGT TGTAGACCCC GTAACAAAAG CAGCGCAGAG ACTAGCCCCT 
CTACTCCTGG TTCTTAAACA AGTACTAAAT ATGAATCTTC GCGTGTTTAT GAACTGCCAG 
TCCAAGCTGT CGGAGATGCC TCTGAAGAGT TTCTATCGCT ACGTTTTGGA ACCAGAGGTG 
ATGTTCACAT CACAGAAGAA TATTGCTCCT GGTCCCATTG CCAAGTTCCT AGACATGCCC 
CAGTCTCCAC TTTTTACTCT CAGCCTTGAC ACTCCTGACA GCTGGATGGT GGAGTCAGTG 
CGGACGCCGT ATGATCTGGA TAATATATAC CTTGAGGAGG TGGACAGTGT TGTAGCAGCT 
GAGTTTGAGC TTGAGTATCT CCTCTTAGAA GGCCATTGTT TTGATGTCTC TACTGGACAG 
CCACCCCGAG GGCTCCAGTT CACATTGGGA ACATCTACAA ATCCTGTAGT GGTGGACACA 
ATCGTCATGG CTAACTTGGG TTATTTTCAG TTAAAAGCCA ATCCTGGTGC TTGGATGCTG 
AGGCTCAGAA AAGGGCGCTC AGAGGATATT TATACTATTT ACAGTCATGA AGGGACAGAT 
TCTGATCCAG AAGCTTCTGA TGTGGTGGTT GTGCTACATG ATTTTAAGAG CAAAATAATT 
AAAGTAAAAG TCCAGAAAAA GCCGGACAAA ATGAACGAGG ACCTTCTGAG TGATGGAAAT 
AGTGAAAATG AGTCGGGATT CTGGGATTCC ATTACATGGG GACTTGCAGG AAGTCAGAAA 
CAAGATGACG TAAAAGCAGA GAAAGAAGAC GTACTTAATA TCTTCTCTGT GGCCTCCGGT 
CACTTGTATG AGAGATTTCT TAGAATAATG ATGTTGTCAG TGCTGAAAAA TACGCAGACG 
CCGGTTAAGT TCTGGTTTTT AAAGAATTAT CTGTCACCCA CGTTTAAGAA TTTTATTCCA 
TACATGGCCA AGAAGTACAA CTTCCAGTAT GAACTGGTCC AATATAAGTG GCCTCGTTGG 
CTGCACCAAC AAACTGAGAA GCAGAGAATT ATCTGGGGAT ATAAAATCCT GTTCCTGGAT 
GTTCTGTTTC CACTGGCAGT GGATAAATTC ATCTTTGTAG ATGCCGATCA GATCGTAAGG 
ACTGATCTGA AGGAGTTGCG GGAATTCAAT TTGGATGGTG CCCCTTATGG GTACACACCG 
TTCTGTGAAA GCAGGAGGGA GATGGACGGT TACCGCTTCT GGAAATCTGG GTACTGGGCC 
AGTCATTTGG CTGGGCGTAA GTACCACATT AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG 
TTCCGGAAGA TAGCAGCTGG AGACAGGCTG AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT 
CCCAACAGTC TCTCCAATCT TGACCAGGAT CTTCCAAATA ATATGATCCA TCAAGTGCCC 
ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG TGTGAAACTT GGTGTGACGA TACATCGAAG 
AAGAAGGCCA AAACCATAGA CTTGTGTAAC AACCCTATGA CCAAAGAGCC CAAGTTGCAG 
GCAGCAGTGC GGATCGTCCC TGAATGGCAA GAATATGACC AAGAGATTAA GAAACTCTAT 
AGCCATTTCC AGGATGAGTC CTCAAATGGG TCATTGCACC AACCTGATAC GAGCACCAAA 
CCAGATAAAG AAAACCACAT GGAGTTATGA

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

RefSeq	XP_002936344.2
CDS	118..4707
Translation	MMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKGMSSREIYDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_002936298.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.

Target ORF information:

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

XM_002936298.5

ORF Insert Sequence:

ATGATGGAAA CAGCCATGAT TCTCCTTGGC TTGTGCCTGT GTATCTCCAG TGTCTCTGCA 
GATTCCAAAG CTGTTACAAC GTCCCTCACC GCAAAGTGGG CATCTACTCC TTTACTGCTG 
GAAGCCAGTG AATTCTTAGC TGAAGAAGCT CCTGATAAGT TCTGGGCCTT TGTGGATGAA 
GTGCAACAAG TGAAGGATCA AGGTTCTGAT AGTATCAACT ATGAGCTGAT GGTGAATAAG 
GCAAGCCGAC AGCTGACTCC CCAACAGGAG AACCTTCTGA AATTTGCCTT GTCTCTCCGC 
ACCTACTCTG CTACAGTACA GACCTTCCAG CAGATGGCCG CAGATGAGCC ACCCCCAGCA 
GGCTGCACTA GTTTCATTGT AGTGCATGGA GCGAAGACAT GTGTTCTTGA AAACTTGCCA 
TCACTTCTCA AGACTGCTTC TCAAAGACCG AAGCCCTTTC TGTTCAAAGG AGATCACAGA 
TACCCATATG GTGCACCCGA AAGCCCTGTT GTTATACTTT ATGCTGAGAT TGGCTCCAAA 
GACTTTGCTA GGTTTCACCA GCTGCTTTCT CTGAAGGCCC AAGAAGATGG GATTAATTAC 
ATACTCCGTC ACTTTGTTTC TAACCCACGA TCTGAAAAGG TTTTTCTGTC TGGATATGGT 
GTAGAGCTGT CCATGAAGAG CACGGAATAT AAAGCAAAGG ATGACACACA AGTGAAAGGA 
AATGATGTGA ATGCTACAGT GGTGGGTGAT AACGATCCAG TAGATGAAGT ACAGGGATTT 
CTCTTTGGGA AGCTCAGGCA GTTGTATCCA GAGCTTAAGG AGCAGCTGAA AGAACTGAGG 
AAACATTTAA TTGATAGCAC CAATGAAATG GCACCTCTGA AGGTCTGGGA GCTGCAAGAT 
CTTAGCTACC AAAGTGCTGC ACATATCCTG TCAGCTCCAC CCGCTGAAGC ACTGATGGTT 
ATGAAAGATT TGAGCCAGAA TTTCCCTACC AAAGCCAGGG CATTAACAAG GACAGTAGTT 
GACTCTGCTC TTCGTAAGGA AGTCGAAGAA AATCAAAAGT ATTTTAAGTC TAATCTTGGT 
GTGCATCCCG GAGACTCAGC GTTGTTCATT AATGGATTGC ATGTTGATCT TGACAGTCAG 
GATATCTTCA GCTTGTTTGA TACATTACGT AATGAAGCCC GGGTTATGGA AGGCCTTTTC 
CGCTTAGGCA TAGATGGGAC CGCCCTCCAA AATGTTCTGA AACTTAATAT CCAACCGTCT 
ACTGCAGATT ATGCCGTGGA TATCAGGCAC CCTGCTATAA CTTGGGTAAA CAATCTGGAG 
ATGGACAGCA GATATAACTC ATGGCCATCC ACTCTTCAGG AGTTGCTTCG CCCCACATTC 
CCTGGTGTCA TCCGACAGAT CCGCAGGAAC TTTCACAACT TTGTGATCAT TTTTGATCCT 
GTGCATGACT CCACCTCTGA GCTGATTAAT CTTGCTGAAA TGTTTCTGAG TAACCATATT 
CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG GATGACTCTG AGGATGTTGA TGGTTTTCAG 
GATGCAGGTG TTGCTTTGCT TAGAGCTTTC AACTATGTGT CCGACGAAGT GAATGAGTAT 
CACGCCTTCC AAACAATTGT ATCTATCTAC AACAAGGTGC CAGCAGGAAA GCGCCTGACT 
GTGAAGCACG TTACCGCTGT CCTAGAGCAG CGATATCCCT ATATTGAGCT CAGTAGCATT 
TTGGGCAAAG ACTCTGCTTA TGACCAGTCA AGAAAGGAAG GAAAGGAATA CTTCTTGCAG 
ACAGGGTTGA GTCCACTGCC AGTCGTACTC TTTAATGGAA TTCCCTTTTC AAAAGAACAG 
CTGCAGCCTG ATGAGCTGGA GACTGCAACA ATGCAAAAAA TAATGGAAAC CACCACCTTC 
TTTCAGAAAG CAGTCTACTT GGGGGAACTG ACAAATGATC AAGATGTTGT GGATCATATA 
ATGAATCAGC CTAATGTCGT ACCAAGAATT AACTTGCGGA TCTTAGAAGC AGAGCGCCGG 
TACCTGGATT TAACAACTCT AAATAACTAT TTTATAGATG ACTACAAACG TTTCAGCTCC 
TTGAACTCCA ATTCTAAGAG TGCAGCAATA GTTAACAGTA TGACCTATCT TACAAAGAAA 
GGAATGTCAT CCAGGGAGAT TTATGATGAC TCTTTTGTGA GACCTGTCAC ATTTTGGATT 
GTGGGGGATT TTGATCAGCC TTCAGGCCGC CAGCTTTTGT ATGATGCAAT TAAACATCAG 
AAATCCAGTA ATAATGTAAG GATTGGCATA CTCAGCAACC CCAGCCAGGA TCCATCGGCT 
GAGAGCACTC GCATTGCACG GGCCATCTGG GCGGCTCTGC AGACTCAGAA CTCAAACAAT 
GCCAAGAACT TCATCACCAA AATTGTCAAG GAGGAAAATG CAAGGCAGAT CGAGGCAGGA 
AAGGACCCAG TGGAATTTGC TGTTGGGGGT ATGGATACCA GTCTGTTCCG TGAGATGTTT 
GAGTCCCCAA AGGTGGATTT CATCTTATCG CATACTCTTT ACTGCCGGGA GGTTTTGAAA 
TTGAAAAAAG GGGAGAGAGC CATTATCAGC AATGGAAGGA TTATTGGGCC TTTACGTGAC 
GATGAAATAT TTAATCAAGA TGATTTCCAC CTTCTAGAGA ATCTTGTCTT GAAGACCTCT 
GCGCAGAATA TTAAATCCCA TATTAAGCTG CTTCAAGTGG AAGAAGATCA TGCCAGTGAT 
CTGGTGATGA AGGTAGATTC ACTGTTGTCC TCCCAACCCA AAGGAGAAGG GAGAGTTAAT 
TACCAGATAC CCGAAGACGC ACACAGTGCT ATTAAGCTGA GACCTACAGA AGGAATGATT 
TATTTTGATG TGGTTGCCGT TGTAGACCCC GTAACAAAAG CAGCGCAGAG ACTAGCCCCT 
CTACTCCTGG TTCTTAAACA AGTACTAAAT ATGAATCTTC GCGTGTTTAT GAACTGCCAG 
TCCAAGCTGT CGGAGATGCC TCTGAAGAGT TTCTATCGCT ACGTTTTGGA ACCAGAGGTG 
ATGTTCACAT CACAGAAGAA TATTGCTCCT GGTCCCATTG CCAAGTTCCT AGACATGCCC 
CAGTCTCCAC TTTTTACTCT CAGCCTTGAC ACTCCTGACA GCTGGATGGT GGAGTCAGTG 
CGGACGCCGT ATGATCTGGA TAATATATAC CTTGAGGAGG TGGACAGTGT TGTAGCAGCT 
GAGTTTGAGC TTGAGTATCT CCTCTTAGAA GGCCATTGTT TTGATGTCTC TACTGGACAG 
CCACCCCGAG GGCTCCAGTT CACATTGGGA ACATCTACAA ATCCTGTAGT GGTGGACACA 
ATCGTCATGG CTAACTTGGG TTATTTTCAG TTAAAAGCCA ATCCTGGTGC TTGGATGCTG 
AGGCTCAGAA AAGGGCGCTC AGAGGATATT TATACTATTT ACAGTCATGA AGGGACAGAT 
TCTGATCCAG AAGCTTCTGA TGTGGTGGTT GTGCTACATG ATTTTAAGAG CAAAATAATT 
AAAGTAAAAG TCCAGAAAAA GCCGGACAAA ATGAACGAGG ACCTTCTGAG TGATGGAAAT 
AGTGAAAATG AGTCGGGATT CTGGGATTCC ATTACATGGG GACTTGCAGG AAGTCAGAAA 
CAAGATGACG TAAAAGCAGA GAAAGAAGAC GTACTTAATA TCTTCTCTGT GGCCTCCGGT 
CACTTGTATG AGAGATTTCT TAGAATAATG ATGTTGTCAG TGCTGAAAAA TACGCAGACG 
CCGGTTAAGT TCTGGTTTTT AAAGAATTAT CTGTCACCCA CGTTTAAGAA TTTTATTCCA 
TACATGGCCA AGAAGTACAA CTTCCAGTAT GAACTGGTCC AATATAAGTG GCCTCGTTGG 
CTGCACCAAC AAACTGAGAA GCAGAGAATT ATCTGGGGAT ATAAAATCCT GTTCCTGGAT 
GTTCTGTTTC CACTGGCAGT GGATAAATTC ATCTTTGTAG ATGCCGATCA GATCGTAAGG 
ACTGATCTGA AGGAGTTGCG GGAATTCAAT TTGGATGGTG CCCCTTATGG GTACACACCG 
TTCTGTGAAA GCAGGAGGGA GATGGACGGT TACCGCTTCT GGAAATCTGG GTACTGGGCC 
AGTCATTTGG CTGGGCGTAA GTACCACATT AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG 
TTCCGGAAGA TAGCAGCTGG AGACAGGCTG AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT 
CCCAACAGTC TCTCCAATCT TGACCAGGAT CTTCCAAATA ATATGATCCA TCAAGTGCCC 
ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG TGTGAAACTT GGTGTGACGA TACATCGAAG 
AAGAAGGCCA AAACCATAGA CTTGTGTAAC AACCCTATGA CCAAAGAGCC CAAGTTGCAG 
GCAGCAGTGC GGATCGTCCC TGAATGGCAA GAATATGACC AAGAGATTAA GAAACTCTAT 
AGCCATTTCC AGGATGAGTC CTCAAATGGG TCATTGCACC AACCTGATAC GAGCACCAAA 
CCAGATAAAG AAAACCACAT GGAGTTATGA

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

uggt1 ( XM_004914484.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914541.1 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

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CloneID	OXa10347
Clone ID Related Accession (Same CDS sequence)	XM_004914484.3 , XM_004914484.4
Accession Version	XM_004914484.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4740bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) 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_004914484.2. ##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##

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GGAATGTCAT CCAGGGAGAT TTATGATGAC 
TCTTTTGTGA GACCTGTCAC ATTTTGGATT GTGGGGGATT TTGATCAGCC TTCAGGCCGC 
CAGCTTTTGT ATGATGCAAT TAAACATCAG AAATCCAGTA ATAATGTAAG GATTGGCATA 
CTCAGCAACC CCAGCCAGGA TCCATCGGCT GAGAGCACTC GCATTGCACG GGCCATCTGG 
GCGGCTCTGC AGACTCAGAA CTCAAACAAT GCCAAGAACT TCATCACCAA AATTGTCAAG 
GAGGAAAATG CAAGGCAGAT CGAGGCAGGA AAGGACCCAG TGGAATTTGC TGTTGGGGGT 
ATGGATACCA GTCTGTTCCG TGAGATGTTT GAGTCCCCAA AGGTGGATTT CATCTTATCG 
CATACTCTTT ACTGCCGGGA GGTTTTGAAA TTGAAAAAAG GGGAGAGAGC CATTATCAGC 
AATGGAAGGA TTATTGGGCC TTTACGTGAC GATGAAATAT TTAATCAAGA TGATTTCCAC 
CTTCTAGAGA ATCTTGTCTT GAAGACCTCT GCGCAGAATA TTAAATCCCA TATTAAGCTG 
CTTCAAGTGG AAGAAGATCA TGCCAGTGAT CTGGTGATGA AGGTAGATTC ACTGTTGTCC 
TCCCAACCCA AAGGAGAAGG GAGAGTTAAT TACCAGATAC CCGAAGACGC ACACAGTGCT 
ATTAAGCTGA GACCTACAGA AGGAATGATT TATTTTGATG TGGTTGCCGT TGTAGACCCC 
GTAACAAAAG CAGCGCAGAG ACTAGCCCCT CTACTCCTGG TTCTTAAACA AGTACTAAAT 
ATGAATCTTC GCGTGTTTAT GAACTGCCAG TCCAAGCTGT CGGAGATGCC TCTGAAGAGT 
TTCTATCGCT ACGTTTTGGA ACCAGAGGTG ATGTTCACAT CACAGAAGAA TATTGCTCCT 
GGTCCCATTG CCAAGTTCCT AGACATGCCC CAGTCTCCAC TTTTTACTCT CAGCCTTGAC 
ACTCCTGACA GCTGGATGGT GGAGTCAGTG CGGACGCCGT ATGATCTGGA TAATATATAC 
CTTGAGGAGG TGGACAGTGT TGTAGCAGCT GAGTTTGAGC TTGAGTATCT CCTCTTAGAA 
GGCCATTGTT TTGATGTCTC TACTGGACAG CCACCCCGAG GGCTCCAGTT CACATTGGGA 
ACATCTACAA ATCCTGTAGT GGTGGACACA ATCGTCATGG CTAACTTGGG TTATTTTCAG 
TTAAAAGCCA ATCCTGGTGC TTGGATGCTG AGGCTCAGAA AAGGGCGCTC AGAGGATATT 
TATACTATTT ACAGTCATGA AGGGACAGAT TCTGATCCAG AAGCTTCTGA TGTGGTGGTT 
GTGCTACATG ATTTTAAGAG CAAAATAATT AAAGTAAAAG TCCAGAAAAA GCCGGACAAA 
ATGAACGAGG ACCTTCTGAG TGATGGAAAT AGTGAAAATG AGTCGGGATT CTGGGATTCC 
ATTACATGGG GACTTGCAGG AAGTCAGAAA CAAGATGACG TAAAAGCAGA GAAAGAAGAC 
GTACTTAATA TCTTCTCTGT GGCCTCCGGT CACTTGTATG AGAGATTTCT TAGAATAATG 
ATGTTGTCAG TGCTGAAAAA TACGCAGACG CCGGTTAAGT TCTGGTTTTT AAAGAATTAT 
CTGTCACCCA CGTTTAAGAA TTTTATTCCA TACATGGCCA AGAAGTACAA CTTCCAGTAT 
GAACTGGTCC AATATAAGTG GCCTCGTTGG CTGCACCAAC AAACTGAGAA GCAGAGAATT 
ATCTGGGGAT ATAAAATCCT GTTCCTGGAT GTTCTGTTTC CACTGGCAGT GGATAAATTC 
ATCTTTGTAG ATGCCGATCA GATCGTAAGG ACTGATCTGA AGGAGTTGCG GGAATTCAAT 
TTGGATGGTG CCCCTTATGG GTACACACCG TTCTGTGAAA GCAGGAGGGA GATGGACGGT 
TACCGCTTCT GGAAATCTGG GTACTGGGCC AGTCATTTGG CTGGGCGTAA GTACCACATT 
AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG TTCCGGAAGA TAGCAGCTGG AGACAGGCTG 
AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT CCCAACAGTC TCTCCAATCT TGACCAGGAT 
CTTCCAAATA ATATGATCCA TCAAGTGCCC ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG 
TGTGAAACTT GGTGTGACGA TACATCGAAG AAGAAGGCCA AAACCATAGA CTTGTGTAAC 
AACCCTATGA CCAAAGAGCC CAAGTTGCAG GCAGCAGTGC GGATCGTCCC TGAATGGCAA 
GAATATGACC AAGAGATTAA GAAACTCTAT AGCCATTTCC AGGATGAGTC CTCAAATGGG 
TCATTGCACC AACCTGATAC GAGCACCAAA CCAGATAAAG AAAACCACAT GGAGTTATGA

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

RefSeq	XP_004914541.1
CDS	161..4900
Translation	MVICRAACRVQQGGQLPRVPYMITGALYMVEGKQIHMQSKYFRRLSGTGSMMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKGMSSREIYDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_004914484.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X1, mRNA.

Target ORF information:

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

XM_004914484.3

ORF Insert Sequence:

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GGAATGTCAT CCAGGGAGAT TTATGATGAC 
TCTTTTGTGA GACCTGTCAC ATTTTGGATT GTGGGGGATT TTGATCAGCC TTCAGGCCGC 
CAGCTTTTGT ATGATGCAAT TAAACATCAG AAATCCAGTA ATAATGTAAG GATTGGCATA 
CTCAGCAACC CCAGCCAGGA TCCATCGGCT GAGAGCACTC GCATTGCACG GGCCATCTGG 
GCGGCTCTGC AGACTCAGAA CTCAAACAAT GCCAAGAACT TCATCACCAA AATTGTCAAG 
GAGGAAAATG CAAGGCAGAT CGAGGCAGGA AAGGACCCAG TGGAATTTGC TGTTGGGGGT 
ATGGATACCA GTCTGTTCCG TGAGATGTTT GAGTCCCCAA AGGTGGATTT CATCTTATCG 
CATACTCTTT ACTGCCGGGA GGTTTTGAAA TTGAAAAAAG GGGAGAGAGC CATTATCAGC 
AATGGAAGGA TTATTGGGCC TTTACGTGAC GATGAAATAT TTAATCAAGA TGATTTCCAC 
CTTCTAGAGA ATCTTGTCTT GAAGACCTCT GCGCAGAATA TTAAATCCCA TATTAAGCTG 
CTTCAAGTGG AAGAAGATCA TGCCAGTGAT CTGGTGATGA AGGTAGATTC ACTGTTGTCC 
TCCCAACCCA AAGGAGAAGG GAGAGTTAAT TACCAGATAC CCGAAGACGC ACACAGTGCT 
ATTAAGCTGA GACCTACAGA AGGAATGATT TATTTTGATG TGGTTGCCGT TGTAGACCCC 
GTAACAAAAG CAGCGCAGAG ACTAGCCCCT CTACTCCTGG TTCTTAAACA AGTACTAAAT 
ATGAATCTTC GCGTGTTTAT GAACTGCCAG TCCAAGCTGT CGGAGATGCC TCTGAAGAGT 
TTCTATCGCT ACGTTTTGGA ACCAGAGGTG ATGTTCACAT CACAGAAGAA TATTGCTCCT 
GGTCCCATTG CCAAGTTCCT AGACATGCCC CAGTCTCCAC TTTTTACTCT CAGCCTTGAC 
ACTCCTGACA GCTGGATGGT GGAGTCAGTG CGGACGCCGT ATGATCTGGA TAATATATAC 
CTTGAGGAGG TGGACAGTGT TGTAGCAGCT GAGTTTGAGC TTGAGTATCT CCTCTTAGAA 
GGCCATTGTT TTGATGTCTC TACTGGACAG CCACCCCGAG GGCTCCAGTT CACATTGGGA 
ACATCTACAA ATCCTGTAGT GGTGGACACA ATCGTCATGG CTAACTTGGG TTATTTTCAG 
TTAAAAGCCA ATCCTGGTGC TTGGATGCTG AGGCTCAGAA AAGGGCGCTC AGAGGATATT 
TATACTATTT ACAGTCATGA AGGGACAGAT TCTGATCCAG AAGCTTCTGA TGTGGTGGTT 
GTGCTACATG ATTTTAAGAG CAAAATAATT AAAGTAAAAG TCCAGAAAAA GCCGGACAAA 
ATGAACGAGG ACCTTCTGAG TGATGGAAAT AGTGAAAATG AGTCGGGATT CTGGGATTCC 
ATTACATGGG GACTTGCAGG AAGTCAGAAA CAAGATGACG TAAAAGCAGA GAAAGAAGAC 
GTACTTAATA TCTTCTCTGT GGCCTCCGGT CACTTGTATG AGAGATTTCT TAGAATAATG 
ATGTTGTCAG TGCTGAAAAA TACGCAGACG CCGGTTAAGT TCTGGTTTTT AAAGAATTAT 
CTGTCACCCA CGTTTAAGAA TTTTATTCCA TACATGGCCA AGAAGTACAA CTTCCAGTAT 
GAACTGGTCC AATATAAGTG GCCTCGTTGG CTGCACCAAC AAACTGAGAA GCAGAGAATT 
ATCTGGGGAT ATAAAATCCT GTTCCTGGAT GTTCTGTTTC CACTGGCAGT GGATAAATTC 
ATCTTTGTAG ATGCCGATCA GATCGTAAGG ACTGATCTGA AGGAGTTGCG GGAATTCAAT 
TTGGATGGTG CCCCTTATGG GTACACACCG TTCTGTGAAA GCAGGAGGGA GATGGACGGT 
TACCGCTTCT GGAAATCTGG GTACTGGGCC AGTCATTTGG CTGGGCGTAA GTACCACATT 
AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG TTCCGGAAGA TAGCAGCTGG AGACAGGCTG 
AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT CCCAACAGTC TCTCCAATCT TGACCAGGAT 
CTTCCAAATA ATATGATCCA TCAAGTGCCC ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG 
TGTGAAACTT GGTGTGACGA TACATCGAAG AAGAAGGCCA AAACCATAGA CTTGTGTAAC 
AACCCTATGA CCAAAGAGCC CAAGTTGCAG GCAGCAGTGC GGATCGTCCC TGAATGGCAA 
GAATATGACC AAGAGATTAA GAAACTCTAT AGCCATTTCC AGGATGAGTC CTCAAATGGG 
TCATTGCACC AACCTGATAC GAGCACCAAA CCAGATAAAG AAAACCACAT GGAGTTATGA

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

uggt1 ( XM_004914485.3 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_004914542.1 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.

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CloneID	OXa10348
Clone ID Related Accession (Same CDS sequence)	XM_004914485.4 , XM_004914485.3
Accession Version	XM_004914485.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4716bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) 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_004914485.2. ##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##

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GATGACTCTT TTGTGAGACC TGTCACATTT 
TGGATTGTGG GGGATTTTGA TCAGCCTTCA GGCCGCCAGC TTTTGTATGA TGCAATTAAA 
CATCAGAAAT CCAGTAATAA TGTAAGGATT GGCATACTCA GCAACCCCAG CCAGGATCCA 
TCGGCTGAGA GCACTCGCAT TGCACGGGCC ATCTGGGCGG CTCTGCAGAC TCAGAACTCA 
AACAATGCCA AGAACTTCAT CACCAAAATT GTCAAGGAGG AAAATGCAAG GCAGATCGAG 
GCAGGAAAGG ACCCAGTGGA ATTTGCTGTT GGGGGTATGG ATACCAGTCT GTTCCGTGAG 
ATGTTTGAGT CCCCAAAGGT GGATTTCATC TTATCGCATA CTCTTTACTG CCGGGAGGTT 
TTGAAATTGA AAAAAGGGGA GAGAGCCATT ATCAGCAATG GAAGGATTAT TGGGCCTTTA 
CGTGACGATG AAATATTTAA TCAAGATGAT TTCCACCTTC TAGAGAATCT TGTCTTGAAG 
ACCTCTGCGC AGAATATTAA ATCCCATATT AAGCTGCTTC AAGTGGAAGA AGATCATGCC 
AGTGATCTGG TGATGAAGGT AGATTCACTG TTGTCCTCCC AACCCAAAGG AGAAGGGAGA 
GTTAATTACC AGATACCCGA AGACGCACAC AGTGCTATTA AGCTGAGACC TACAGAAGGA 
ATGATTTATT TTGATGTGGT TGCCGTTGTA GACCCCGTAA CAAAAGCAGC GCAGAGACTA 
GCCCCTCTAC TCCTGGTTCT TAAACAAGTA CTAAATATGA ATCTTCGCGT GTTTATGAAC 
TGCCAGTCCA AGCTGTCGGA GATGCCTCTG AAGAGTTTCT ATCGCTACGT TTTGGAACCA 
GAGGTGATGT TCACATCACA GAAGAATATT GCTCCTGGTC CCATTGCCAA GTTCCTAGAC 
ATGCCCCAGT CTCCACTTTT TACTCTCAGC CTTGACACTC CTGACAGCTG GATGGTGGAG 
TCAGTGCGGA CGCCGTATGA TCTGGATAAT ATATACCTTG AGGAGGTGGA CAGTGTTGTA 
GCAGCTGAGT TTGAGCTTGA GTATCTCCTC TTAGAAGGCC ATTGTTTTGA TGTCTCTACT 
GGACAGCCAC CCCGAGGGCT CCAGTTCACA TTGGGAACAT CTACAAATCC TGTAGTGGTG 
GACACAATCG TCATGGCTAA CTTGGGTTAT TTTCAGTTAA AAGCCAATCC TGGTGCTTGG 
ATGCTGAGGC TCAGAAAAGG GCGCTCAGAG GATATTTATA CTATTTACAG TCATGAAGGG 
ACAGATTCTG ATCCAGAAGC TTCTGATGTG GTGGTTGTGC TACATGATTT TAAGAGCAAA 
ATAATTAAAG TAAAAGTCCA GAAAAAGCCG GACAAAATGA ACGAGGACCT TCTGAGTGAT 
GGAAATAGTG AAAATGAGTC GGGATTCTGG GATTCCATTA CATGGGGACT TGCAGGAAGT 
CAGAAACAAG ATGACGTAAA AGCAGAGAAA GAAGACGTAC TTAATATCTT CTCTGTGGCC 
TCCGGTCACT TGTATGAGAG ATTTCTTAGA ATAATGATGT TGTCAGTGCT GAAAAATACG 
CAGACGCCGG TTAAGTTCTG GTTTTTAAAG AATTATCTGT CACCCACGTT TAAGAATTTT 
ATTCCATACA TGGCCAAGAA GTACAACTTC CAGTATGAAC TGGTCCAATA TAAGTGGCCT 
CGTTGGCTGC ACCAACAAAC TGAGAAGCAG AGAATTATCT GGGGATATAA AATCCTGTTC 
CTGGATGTTC TGTTTCCACT GGCAGTGGAT AAATTCATCT TTGTAGATGC CGATCAGATC 
GTAAGGACTG ATCTGAAGGA GTTGCGGGAA TTCAATTTGG ATGGTGCCCC TTATGGGTAC 
ACACCGTTCT GTGAAAGCAG GAGGGAGATG GACGGTTACC GCTTCTGGAA ATCTGGGTAC 
TGGGCCAGTC ATTTGGCTGG GCGTAAGTAC CACATTAGTG CTCTGTATGT AGTGGATTTG 
AAAAAGTTCC GGAAGATAGC AGCTGGAGAC AGGCTGAGAG GGCAGTACCA AGGCCTAAGC 
CAGGATCCCA ACAGTCTCTC CAATCTTGAC CAGGATCTTC CAAATAATAT GATCCATCAA 
GTGCCCATAA AGTCTTTGCC TCAGGAGTGG CTGTGGTGTG AAACTTGGTG TGACGATACA 
TCGAAGAAGA AGGCCAAAAC CATAGACTTG TGTAACAACC CTATGACCAA AGAGCCCAAG 
TTGCAGGCAG CAGTGCGGAT CGTCCCTGAA TGGCAAGAAT ATGACCAAGA GATTAAGAAA 
CTCTATAGCC ATTTCCAGGA TGAGTCCTCA AATGGGTCAT TGCACCAACC TGATACGAGC 
ACCAAACCAG ATAAAGAAAA CCACATGGAG TTATGA

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

RefSeq	XP_004914542.1
CDS	161..4876
Translation	MVICRAACRVQQGGQLPRVPYMITGALYMVEGKQIHMQSKYFRRLSGTGSMMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_004914485.3
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X2, mRNA.

Target ORF information:

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

XM_004914485.3

ORF Insert Sequence:

ATGGTGATAT GTAGGGCTGC TTGTAGGGTT CAGCAGGGAG GGCAGTTGCC AAGGGTTCCC 
TACATGATAA CAGGGGCCCT TTACATGGTA GAAGGAAAAC AGATACACAT GCAAAGCAAA 
TATTTTAGAA GGTTGTCAGG AACCGGCTCA ATGATGGAAA CAGCCATGAT TCTCCTTGGC 
TTGTGCCTGT GTATCTCCAG TGTCTCTGCA GATTCCAAAG CTGTTACAAC GTCCCTCACC 
GCAAAGTGGG CATCTACTCC TTTACTGCTG GAAGCCAGTG AATTCTTAGC TGAAGAAGCT 
CCTGATAAGT TCTGGGCCTT TGTGGATGAA GTGCAACAAG TGAAGGATCA AGGTTCTGAT 
AGTATCAACT ATGAGCTGAT GGTGAATAAG GCAAGCCGAC AGCTGACTCC CCAACAGGAG 
AACCTTCTGA AATTTGCCTT GTCTCTCCGC ACCTACTCTG CTACAGTACA GACCTTCCAG 
CAGATGGCCG CAGATGAGCC ACCCCCAGCA GGCTGCACTA GTTTCATTGT AGTGCATGGA 
GCGAAGACAT GTGTTCTTGA AAACTTGCCA TCACTTCTCA AGACTGCTTC TCAAAGACCG 
AAGCCCTTTC TGTTCAAAGG AGATCACAGA TACCCATATG GTGCACCCGA AAGCCCTGTT 
GTTATACTTT ATGCTGAGAT TGGCTCCAAA GACTTTGCTA GGTTTCACCA GCTGCTTTCT 
CTGAAGGCCC AAGAAGATGG GATTAATTAC ATACTCCGTC ACTTTGTTTC TAACCCACGA 
TCTGAAAAGG TTTTTCTGTC TGGATATGGT GTAGAGCTGT CCATGAAGAG CACGGAATAT 
AAAGCAAAGG ATGACACACA AGTGAAAGGA AATGATGTGA ATGCTACAGT GGTGGGTGAT 
AACGATCCAG TAGATGAAGT ACAGGGATTT CTCTTTGGGA AGCTCAGGCA GTTGTATCCA 
GAGCTTAAGG AGCAGCTGAA AGAACTGAGG AAACATTTAA TTGATAGCAC CAATGAAATG 
GCACCTCTGA AGGTCTGGGA GCTGCAAGAT CTTAGCTACC AAAGTGCTGC ACATATCCTG 
TCAGCTCCAC CCGCTGAAGC ACTGATGGTT ATGAAAGATT TGAGCCAGAA TTTCCCTACC 
AAAGCCAGGG CATTAACAAG GACAGTAGTT GACTCTGCTC TTCGTAAGGA AGTCGAAGAA 
AATCAAAAGT ATTTTAAGTC TAATCTTGGT GTGCATCCCG GAGACTCAGC GTTGTTCATT 
AATGGATTGC ATGTTGATCT TGACAGTCAG GATATCTTCA GCTTGTTTGA TACATTACGT 
AATGAAGCCC GGGTTATGGA AGGCCTTTTC CGCTTAGGCA TAGATGGGAC CGCCCTCCAA 
AATGTTCTGA AACTTAATAT CCAACCGTCT ACTGCAGATT ATGCCGTGGA TATCAGGCAC 
CCTGCTATAA CTTGGGTAAA CAATCTGGAG ATGGACAGCA GATATAACTC ATGGCCATCC 
ACTCTTCAGG AGTTGCTTCG CCCCACATTC CCTGGTGTCA TCCGACAGAT CCGCAGGAAC 
TTTCACAACT TTGTGATCAT TTTTGATCCT GTGCATGACT CCACCTCTGA GCTGATTAAT 
CTTGCTGAAA TGTTTCTGAG TAACCATATT CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG 
GATGACTCTG AGGATGTTGA TGGTTTTCAG GATGCAGGTG TTGCTTTGCT TAGAGCTTTC 
AACTATGTGT CCGACGAAGT GAATGAGTAT CACGCCTTCC AAACAATTGT ATCTATCTAC 
AACAAGGTGC CAGCAGGAAA GCGCCTGACT GTGAAGCACG TTACCGCTGT CCTAGAGCAG 
CGATATCCCT ATATTGAGCT CAGTAGCATT TTGGGCAAAG ACTCTGCTTA TGACCAGTCA 
AGAAAGGAAG GAAAGGAATA CTTCTTGCAG ACAGGGTTGA GTCCACTGCC AGTCGTACTC 
TTTAATGGAA TTCCCTTTTC AAAAGAACAG CTGCAGCCTG ATGAGCTGGA GACTGCAACA 
ATGCAAAAAA TAATGGAAAC CACCACCTTC TTTCAGAAAG CAGTCTACTT GGGGGAACTG 
ACAAATGATC AAGATGTTGT GGATCATATA ATGAATCAGC CTAATGTCGT ACCAAGAATT 
AACTTGCGGA TCTTAGAAGC AGAGCGCCGG TACCTGGATT TAACAACTCT AAATAACTAT 
TTTATAGATG ACTACAAACG TTTCAGCTCC TTGAACTCCA ATTCTAAGAG TGCAGCAATA 
GTTAACAGTA TGACCTATCT TACAAAGAAA GATGACTCTT TTGTGAGACC TGTCACATTT 
TGGATTGTGG GGGATTTTGA TCAGCCTTCA GGCCGCCAGC TTTTGTATGA TGCAATTAAA 
CATCAGAAAT CCAGTAATAA TGTAAGGATT GGCATACTCA GCAACCCCAG CCAGGATCCA 
TCGGCTGAGA GCACTCGCAT TGCACGGGCC ATCTGGGCGG CTCTGCAGAC TCAGAACTCA 
AACAATGCCA AGAACTTCAT CACCAAAATT GTCAAGGAGG AAAATGCAAG GCAGATCGAG 
GCAGGAAAGG ACCCAGTGGA ATTTGCTGTT GGGGGTATGG ATACCAGTCT GTTCCGTGAG 
ATGTTTGAGT CCCCAAAGGT GGATTTCATC TTATCGCATA CTCTTTACTG CCGGGAGGTT 
TTGAAATTGA AAAAAGGGGA GAGAGCCATT ATCAGCAATG GAAGGATTAT TGGGCCTTTA 
CGTGACGATG AAATATTTAA TCAAGATGAT TTCCACCTTC TAGAGAATCT TGTCTTGAAG 
ACCTCTGCGC AGAATATTAA ATCCCATATT AAGCTGCTTC AAGTGGAAGA AGATCATGCC 
AGTGATCTGG TGATGAAGGT AGATTCACTG TTGTCCTCCC AACCCAAAGG AGAAGGGAGA 
GTTAATTACC AGATACCCGA AGACGCACAC AGTGCTATTA AGCTGAGACC TACAGAAGGA 
ATGATTTATT TTGATGTGGT TGCCGTTGTA GACCCCGTAA CAAAAGCAGC GCAGAGACTA 
GCCCCTCTAC TCCTGGTTCT TAAACAAGTA CTAAATATGA ATCTTCGCGT GTTTATGAAC 
TGCCAGTCCA AGCTGTCGGA GATGCCTCTG AAGAGTTTCT ATCGCTACGT TTTGGAACCA 
GAGGTGATGT TCACATCACA GAAGAATATT GCTCCTGGTC CCATTGCCAA GTTCCTAGAC 
ATGCCCCAGT CTCCACTTTT TACTCTCAGC CTTGACACTC CTGACAGCTG GATGGTGGAG 
TCAGTGCGGA CGCCGTATGA TCTGGATAAT ATATACCTTG AGGAGGTGGA CAGTGTTGTA 
GCAGCTGAGT TTGAGCTTGA GTATCTCCTC TTAGAAGGCC ATTGTTTTGA TGTCTCTACT 
GGACAGCCAC CCCGAGGGCT CCAGTTCACA TTGGGAACAT CTACAAATCC TGTAGTGGTG 
GACACAATCG TCATGGCTAA CTTGGGTTAT TTTCAGTTAA AAGCCAATCC TGGTGCTTGG 
ATGCTGAGGC TCAGAAAAGG GCGCTCAGAG GATATTTATA CTATTTACAG TCATGAAGGG 
ACAGATTCTG ATCCAGAAGC TTCTGATGTG GTGGTTGTGC TACATGATTT TAAGAGCAAA 
ATAATTAAAG TAAAAGTCCA GAAAAAGCCG GACAAAATGA ACGAGGACCT TCTGAGTGAT 
GGAAATAGTG AAAATGAGTC GGGATTCTGG GATTCCATTA CATGGGGACT TGCAGGAAGT 
CAGAAACAAG ATGACGTAAA AGCAGAGAAA GAAGACGTAC TTAATATCTT CTCTGTGGCC 
TCCGGTCACT TGTATGAGAG ATTTCTTAGA ATAATGATGT TGTCAGTGCT GAAAAATACG 
CAGACGCCGG TTAAGTTCTG GTTTTTAAAG AATTATCTGT CACCCACGTT TAAGAATTTT 
ATTCCATACA TGGCCAAGAA GTACAACTTC CAGTATGAAC TGGTCCAATA TAAGTGGCCT 
CGTTGGCTGC ACCAACAAAC TGAGAAGCAG AGAATTATCT GGGGATATAA AATCCTGTTC 
CTGGATGTTC TGTTTCCACT GGCAGTGGAT AAATTCATCT TTGTAGATGC CGATCAGATC 
GTAAGGACTG ATCTGAAGGA GTTGCGGGAA TTCAATTTGG ATGGTGCCCC TTATGGGTAC 
ACACCGTTCT GTGAAAGCAG GAGGGAGATG GACGGTTACC GCTTCTGGAA ATCTGGGTAC 
TGGGCCAGTC ATTTGGCTGG GCGTAAGTAC CACATTAGTG CTCTGTATGT AGTGGATTTG 
AAAAAGTTCC GGAAGATAGC AGCTGGAGAC AGGCTGAGAG GGCAGTACCA AGGCCTAAGC 
CAGGATCCCA ACAGTCTCTC CAATCTTGAC CAGGATCTTC CAAATAATAT GATCCATCAA 
GTGCCCATAA AGTCTTTGCC TCAGGAGTGG CTGTGGTGTG AAACTTGGTG TGACGATACA 
TCGAAGAAGA AGGCCAAAAC CATAGACTTG TGTAACAACC CTATGACCAA AGAGCCCAAG 
TTGCAGGCAG CAGTGCGGAT CGTCCCTGAA TGGCAAGAAT ATGACCAAGA GATTAAGAAA 
CTCTATAGCC ATTTCCAGGA TGAGTCCTCA AATGGGTCAT TGCACCAACC TGATACGAGC 
ACCAAACCAG ATAAAGAAAA CCACATGGAG TTATGA

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

uggt1 ( XM_002936298.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002936344.2 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.

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CloneID	OXa10349
Clone ID Related Accession (Same CDS sequence)	XM_002936298.4 , XM_002936298.5
Accession Version	XM_002936298.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4590bp) 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	UDP-glucose:glycoprotein glucosyltransferase 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030681.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 8, 2016 this sequence version replaced XM_002936298.3. ##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##

ATGATGGAAA CAGCCATGAT TCTCCTTGGC TTGTGCCTGT GTATCTCCAG TGTCTCTGCA 
GATTCCAAAG CTGTTACAAC GTCCCTCACC GCAAAGTGGG CATCTACTCC TTTACTGCTG 
GAAGCCAGTG AATTCTTAGC TGAAGAAGCT CCTGATAAGT TCTGGGCCTT TGTGGATGAA 
GTGCAACAAG TGAAGGATCA AGGTTCTGAT AGTATCAACT ATGAGCTGAT GGTGAATAAG 
GCAAGCCGAC AGCTGACTCC CCAACAGGAG AACCTTCTGA AATTTGCCTT GTCTCTCCGC 
ACCTACTCTG CTACAGTACA GACCTTCCAG CAGATGGCCG CAGATGAGCC ACCCCCAGCA 
GGCTGCACTA GTTTCATTGT AGTGCATGGA GCGAAGACAT GTGTTCTTGA AAACTTGCCA 
TCACTTCTCA AGACTGCTTC TCAAAGACCG AAGCCCTTTC TGTTCAAAGG AGATCACAGA 
TACCCATATG GTGCACCCGA AAGCCCTGTT GTTATACTTT ATGCTGAGAT TGGCTCCAAA 
GACTTTGCTA GGTTTCACCA GCTGCTTTCT CTGAAGGCCC AAGAAGATGG GATTAATTAC 
ATACTCCGTC ACTTTGTTTC TAACCCACGA TCTGAAAAGG TTTTTCTGTC TGGATATGGT 
GTAGAGCTGT CCATGAAGAG CACGGAATAT AAAGCAAAGG ATGACACACA AGTGAAAGGA 
AATGATGTGA ATGCTACAGT GGTGGGTGAT AACGATCCAG TAGATGAAGT ACAGGGATTT 
CTCTTTGGGA AGCTCAGGCA GTTGTATCCA GAGCTTAAGG AGCAGCTGAA AGAACTGAGG 
AAACATTTAA TTGATAGCAC CAATGAAATG GCACCTCTGA AGGTCTGGGA GCTGCAAGAT 
CTTAGCTACC AAAGTGCTGC ACATATCCTG TCAGCTCCAC CCGCTGAAGC ACTGATGGTT 
ATGAAAGATT TGAGCCAGAA TTTCCCTACC AAAGCCAGGG CATTAACAAG GACAGTAGTT 
GACTCTGCTC TTCGTAAGGA AGTCGAAGAA AATCAAAAGT ATTTTAAGTC TAATCTTGGT 
GTGCATCCCG GAGACTCAGC GTTGTTCATT AATGGATTGC ATGTTGATCT TGACAGTCAG 
GATATCTTCA GCTTGTTTGA TACATTACGT AATGAAGCCC GGGTTATGGA AGGCCTTTTC 
CGCTTAGGCA TAGATGGGAC CGCCCTCCAA AATGTTCTGA AACTTAATAT CCAACCGTCT 
ACTGCAGATT ATGCCGTGGA TATCAGGCAC CCTGCTATAA CTTGGGTAAA CAATCTGGAG 
ATGGACAGCA GATATAACTC ATGGCCATCC ACTCTTCAGG AGTTGCTTCG CCCCACATTC 
CCTGGTGTCA TCCGACAGAT CCGCAGGAAC TTTCACAACT TTGTGATCAT TTTTGATCCT 
GTGCATGACT CCACCTCTGA GCTGATTAAT CTTGCTGAAA TGTTTCTGAG TAACCATATT 
CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG GATGACTCTG AGGATGTTGA TGGTTTTCAG 
GATGCAGGTG TTGCTTTGCT TAGAGCTTTC AACTATGTGT CCGACGAAGT GAATGAGTAT 
CACGCCTTCC AAACAATTGT ATCTATCTAC AACAAGGTGC CAGCAGGAAA GCGCCTGACT 
GTGAAGCACG TTACCGCTGT CCTAGAGCAG CGATATCCCT ATATTGAGCT CAGTAGCATT 
TTGGGCAAAG ACTCTGCTTA TGACCAGTCA AGAAAGGAAG GAAAGGAATA CTTCTTGCAG 
ACAGGGTTGA GTCCACTGCC AGTCGTACTC TTTAATGGAA TTCCCTTTTC AAAAGAACAG 
CTGCAGCCTG ATGAGCTGGA GACTGCAACA ATGCAAAAAA TAATGGAAAC CACCACCTTC 
TTTCAGAAAG CAGTCTACTT GGGGGAACTG ACAAATGATC AAGATGTTGT GGATCATATA 
ATGAATCAGC CTAATGTCGT ACCAAGAATT AACTTGCGGA TCTTAGAAGC AGAGCGCCGG 
TACCTGGATT TAACAACTCT AAATAACTAT TTTATAGATG ACTACAAACG TTTCAGCTCC 
TTGAACTCCA ATTCTAAGAG TGCAGCAATA GTTAACAGTA TGACCTATCT TACAAAGAAA 
GGAATGTCAT CCAGGGAGAT TTATGATGAC TCTTTTGTGA GACCTGTCAC ATTTTGGATT 
GTGGGGGATT TTGATCAGCC TTCAGGCCGC CAGCTTTTGT ATGATGCAAT TAAACATCAG 
AAATCCAGTA ATAATGTAAG GATTGGCATA CTCAGCAACC CCAGCCAGGA TCCATCGGCT 
GAGAGCACTC GCATTGCACG GGCCATCTGG GCGGCTCTGC AGACTCAGAA CTCAAACAAT 
GCCAAGAACT TCATCACCAA AATTGTCAAG GAGGAAAATG CAAGGCAGAT CGAGGCAGGA 
AAGGACCCAG TGGAATTTGC TGTTGGGGGT ATGGATACCA GTCTGTTCCG TGAGATGTTT 
GAGTCCCCAA AGGTGGATTT CATCTTATCG CATACTCTTT ACTGCCGGGA GGTTTTGAAA 
TTGAAAAAAG GGGAGAGAGC CATTATCAGC AATGGAAGGA TTATTGGGCC TTTACGTGAC 
GATGAAATAT TTAATCAAGA TGATTTCCAC CTTCTAGAGA ATCTTGTCTT GAAGACCTCT 
GCGCAGAATA TTAAATCCCA TATTAAGCTG CTTCAAGTGG AAGAAGATCA TGCCAGTGAT 
CTGGTGATGA AGGTAGATTC ACTGTTGTCC TCCCAACCCA AAGGAGAAGG GAGAGTTAAT 
TACCAGATAC CCGAAGACGC ACACAGTGCT ATTAAGCTGA GACCTACAGA AGGAATGATT 
TATTTTGATG TGGTTGCCGT TGTAGACCCC GTAACAAAAG CAGCGCAGAG ACTAGCCCCT 
CTACTCCTGG TTCTTAAACA AGTACTAAAT ATGAATCTTC GCGTGTTTAT GAACTGCCAG 
TCCAAGCTGT CGGAGATGCC TCTGAAGAGT TTCTATCGCT ACGTTTTGGA ACCAGAGGTG 
ATGTTCACAT CACAGAAGAA TATTGCTCCT GGTCCCATTG CCAAGTTCCT AGACATGCCC 
CAGTCTCCAC TTTTTACTCT CAGCCTTGAC ACTCCTGACA GCTGGATGGT GGAGTCAGTG 
CGGACGCCGT ATGATCTGGA TAATATATAC CTTGAGGAGG TGGACAGTGT TGTAGCAGCT 
GAGTTTGAGC TTGAGTATCT CCTCTTAGAA GGCCATTGTT TTGATGTCTC TACTGGACAG 
CCACCCCGAG GGCTCCAGTT CACATTGGGA ACATCTACAA ATCCTGTAGT GGTGGACACA 
ATCGTCATGG CTAACTTGGG TTATTTTCAG TTAAAAGCCA ATCCTGGTGC TTGGATGCTG 
AGGCTCAGAA AAGGGCGCTC AGAGGATATT TATACTATTT ACAGTCATGA AGGGACAGAT 
TCTGATCCAG AAGCTTCTGA TGTGGTGGTT GTGCTACATG ATTTTAAGAG CAAAATAATT 
AAAGTAAAAG TCCAGAAAAA GCCGGACAAA ATGAACGAGG ACCTTCTGAG TGATGGAAAT 
AGTGAAAATG AGTCGGGATT CTGGGATTCC ATTACATGGG GACTTGCAGG AAGTCAGAAA 
CAAGATGACG TAAAAGCAGA GAAAGAAGAC GTACTTAATA TCTTCTCTGT GGCCTCCGGT 
CACTTGTATG AGAGATTTCT TAGAATAATG ATGTTGTCAG TGCTGAAAAA TACGCAGACG 
CCGGTTAAGT TCTGGTTTTT AAAGAATTAT CTGTCACCCA CGTTTAAGAA TTTTATTCCA 
TACATGGCCA AGAAGTACAA CTTCCAGTAT GAACTGGTCC AATATAAGTG GCCTCGTTGG 
CTGCACCAAC AAACTGAGAA GCAGAGAATT ATCTGGGGAT ATAAAATCCT GTTCCTGGAT 
GTTCTGTTTC CACTGGCAGT GGATAAATTC ATCTTTGTAG ATGCCGATCA GATCGTAAGG 
ACTGATCTGA AGGAGTTGCG GGAATTCAAT TTGGATGGTG CCCCTTATGG GTACACACCG 
TTCTGTGAAA GCAGGAGGGA GATGGACGGT TACCGCTTCT GGAAATCTGG GTACTGGGCC 
AGTCATTTGG CTGGGCGTAA GTACCACATT AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG 
TTCCGGAAGA TAGCAGCTGG AGACAGGCTG AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT 
CCCAACAGTC TCTCCAATCT TGACCAGGAT CTTCCAAATA ATATGATCCA TCAAGTGCCC 
ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG TGTGAAACTT GGTGTGACGA TACATCGAAG 
AAGAAGGCCA AAACCATAGA CTTGTGTAAC AACCCTATGA CCAAAGAGCC CAAGTTGCAG 
GCAGCAGTGC GGATCGTCCC TGAATGGCAA GAATATGACC AAGAGATTAA GAAACTCTAT 
AGCCATTTCC AGGATGAGTC CTCAAATGGG TCATTGCACC AACCTGATAC GAGCACCAAA 
CCAGATAAAG AAAACCACAT GGAGTTATGA

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

RefSeq	XP_002936344.2
CDS	119..4708
Translation	MMETAMILLGLCLCISSVSADSKAVTTSLTAKWASTPLLLEASEFLAEEAPDKFWAFVDEVQQVKDQGSDSINYELMVNKASRQLTPQQENLLKFALSLRTYSATVQTFQQMAADEPPPAGCTSFIVVHGAKTCVLENLPSLLKTASQRPKPFLFKGDHRYPYGAPESPVVILYAEIGSKDFARFHQLLSLKAQEDGINYILRHFVSNPRSEKVFLSGYGVELSMKSTEYKAKDDTQVKGNDVNATVVGDNDPVDEVQGFLFGKLRQLYPELKEQLKELRKHLIDSTNEMAPLKVWELQDLSYQSAAHILSAPPAEALMVMKDLSQNFPTKARALTRTVVDSALRKEVEENQKYFKSNLGVHPGDSALFINGLHVDLDSQDIFSLFDTLRNEARVMEGLFRLGIDGTALQNVLKLNIQPSTADYAVDIRHPAITWVNNLEMDSRYNSWPSTLQELLRPTFPGVIRQIRRNFHNFVIIFDPVHDSTSELINLAEMFLSNHIPVRVGLVFVVDDSEDVDGFQDAGVALLRAFNYVSDEVNEYHAFQTIVSIYNKVPAGKRLTVKHVTAVLEQRYPYIELSSILGKDSAYDQSRKEGKEYFLQTGLSPLPVVLFNGIPFSKEQLQPDELETATMQKIMETTTFFQKAVYLGELTNDQDVVDHIMNQPNVVPRINLRILEAERRYLDLTTLNNYFIDDYKRFSSLNSNSKSAAIVNSMTYLTKKGMSSREIYDDSFVRPVTFWIVGDFDQPSGRQLLYDAIKHQKSSNNVRIGILSNPSQDPSAESTRIARAIWAALQTQNSNNAKNFITKIVKEENARQIEAGKDPVEFAVGGMDTSLFREMFESPKVDFILSHTLYCREVLKLKKGERAIISNGRIIGPLRDDEIFNQDDFHLLENLVLKTSAQNIKSHIKLLQVEEDHASDLVMKVDSLLSSQPKGEGRVNYQIPEDAHSAIKLRPTEGMIYFDVVAVVDPVTKAAQRLAPLLLVLKQVLNMNLRVFMNCQSKLSEMPLKSFYRYVLEPEVMFTSQKNIAPGPIAKFLDMPQSPLFTLSLDTPDSWMVESVRTPYDLDNIYLEEVDSVVAAEFELEYLLLEGHCFDVSTGQPPRGLQFTLGTSTNPVVVDTIVMANLGYFQLKANPGAWMLRLRKGRSEDIYTIYSHEGTDSDPEASDVVVVLHDFKSKIIKVKVQKKPDKMNEDLLSDGNSENESGFWDSITWGLAGSQKQDDVKAEKEDVLNIFSVASGHLYERFLRIMMLSVLKNTQTPVKFWFLKNYLSPTFKNFIPYMAKKYNFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFIFVDADQIVRTDLKELREFNLDGAPYGYTPFCESRREMDGYRFWKSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDTSKKKAKTIDLCNNPMTKEPKLQAAVRIVPEWQEYDQEIKKLYSHFQDESSNGSLHQPDTSTKPDKENHMEL

Target ORF information:

RefSeq Version	XM_002936298.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 1 (uggt1), transcript variant X3, mRNA.

Target ORF information:

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

XM_002936298.4

ORF Insert Sequence:

ATGATGGAAA CAGCCATGAT TCTCCTTGGC TTGTGCCTGT GTATCTCCAG TGTCTCTGCA 
GATTCCAAAG CTGTTACAAC GTCCCTCACC GCAAAGTGGG CATCTACTCC TTTACTGCTG 
GAAGCCAGTG AATTCTTAGC TGAAGAAGCT CCTGATAAGT TCTGGGCCTT TGTGGATGAA 
GTGCAACAAG TGAAGGATCA AGGTTCTGAT AGTATCAACT ATGAGCTGAT GGTGAATAAG 
GCAAGCCGAC AGCTGACTCC CCAACAGGAG AACCTTCTGA AATTTGCCTT GTCTCTCCGC 
ACCTACTCTG CTACAGTACA GACCTTCCAG CAGATGGCCG CAGATGAGCC ACCCCCAGCA 
GGCTGCACTA GTTTCATTGT AGTGCATGGA GCGAAGACAT GTGTTCTTGA AAACTTGCCA 
TCACTTCTCA AGACTGCTTC TCAAAGACCG AAGCCCTTTC TGTTCAAAGG AGATCACAGA 
TACCCATATG GTGCACCCGA AAGCCCTGTT GTTATACTTT ATGCTGAGAT TGGCTCCAAA 
GACTTTGCTA GGTTTCACCA GCTGCTTTCT CTGAAGGCCC AAGAAGATGG GATTAATTAC 
ATACTCCGTC ACTTTGTTTC TAACCCACGA TCTGAAAAGG TTTTTCTGTC TGGATATGGT 
GTAGAGCTGT CCATGAAGAG CACGGAATAT AAAGCAAAGG ATGACACACA AGTGAAAGGA 
AATGATGTGA ATGCTACAGT GGTGGGTGAT AACGATCCAG TAGATGAAGT ACAGGGATTT 
CTCTTTGGGA AGCTCAGGCA GTTGTATCCA GAGCTTAAGG AGCAGCTGAA AGAACTGAGG 
AAACATTTAA TTGATAGCAC CAATGAAATG GCACCTCTGA AGGTCTGGGA GCTGCAAGAT 
CTTAGCTACC AAAGTGCTGC ACATATCCTG TCAGCTCCAC CCGCTGAAGC ACTGATGGTT 
ATGAAAGATT TGAGCCAGAA TTTCCCTACC AAAGCCAGGG CATTAACAAG GACAGTAGTT 
GACTCTGCTC TTCGTAAGGA AGTCGAAGAA AATCAAAAGT ATTTTAAGTC TAATCTTGGT 
GTGCATCCCG GAGACTCAGC GTTGTTCATT AATGGATTGC ATGTTGATCT TGACAGTCAG 
GATATCTTCA GCTTGTTTGA TACATTACGT AATGAAGCCC GGGTTATGGA AGGCCTTTTC 
CGCTTAGGCA TAGATGGGAC CGCCCTCCAA AATGTTCTGA AACTTAATAT CCAACCGTCT 
ACTGCAGATT ATGCCGTGGA TATCAGGCAC CCTGCTATAA CTTGGGTAAA CAATCTGGAG 
ATGGACAGCA GATATAACTC ATGGCCATCC ACTCTTCAGG AGTTGCTTCG CCCCACATTC 
CCTGGTGTCA TCCGACAGAT CCGCAGGAAC TTTCACAACT TTGTGATCAT TTTTGATCCT 
GTGCATGACT CCACCTCTGA GCTGATTAAT CTTGCTGAAA TGTTTCTGAG TAACCATATT 
CCAGTGAGGG TCGGGTTGGT TTTTGTTGTG GATGACTCTG AGGATGTTGA TGGTTTTCAG 
GATGCAGGTG TTGCTTTGCT TAGAGCTTTC AACTATGTGT CCGACGAAGT GAATGAGTAT 
CACGCCTTCC AAACAATTGT ATCTATCTAC AACAAGGTGC CAGCAGGAAA GCGCCTGACT 
GTGAAGCACG TTACCGCTGT CCTAGAGCAG CGATATCCCT ATATTGAGCT CAGTAGCATT 
TTGGGCAAAG ACTCTGCTTA TGACCAGTCA AGAAAGGAAG GAAAGGAATA CTTCTTGCAG 
ACAGGGTTGA GTCCACTGCC AGTCGTACTC TTTAATGGAA TTCCCTTTTC AAAAGAACAG 
CTGCAGCCTG ATGAGCTGGA GACTGCAACA ATGCAAAAAA TAATGGAAAC CACCACCTTC 
TTTCAGAAAG CAGTCTACTT GGGGGAACTG ACAAATGATC AAGATGTTGT GGATCATATA 
ATGAATCAGC CTAATGTCGT ACCAAGAATT AACTTGCGGA TCTTAGAAGC AGAGCGCCGG 
TACCTGGATT TAACAACTCT AAATAACTAT TTTATAGATG ACTACAAACG TTTCAGCTCC 
TTGAACTCCA ATTCTAAGAG TGCAGCAATA GTTAACAGTA TGACCTATCT TACAAAGAAA 
GGAATGTCAT CCAGGGAGAT TTATGATGAC TCTTTTGTGA GACCTGTCAC ATTTTGGATT 
GTGGGGGATT TTGATCAGCC TTCAGGCCGC CAGCTTTTGT ATGATGCAAT TAAACATCAG 
AAATCCAGTA ATAATGTAAG GATTGGCATA CTCAGCAACC CCAGCCAGGA TCCATCGGCT 
GAGAGCACTC GCATTGCACG GGCCATCTGG GCGGCTCTGC AGACTCAGAA CTCAAACAAT 
GCCAAGAACT TCATCACCAA AATTGTCAAG GAGGAAAATG CAAGGCAGAT CGAGGCAGGA 
AAGGACCCAG TGGAATTTGC TGTTGGGGGT ATGGATACCA GTCTGTTCCG TGAGATGTTT 
GAGTCCCCAA AGGTGGATTT CATCTTATCG CATACTCTTT ACTGCCGGGA GGTTTTGAAA 
TTGAAAAAAG GGGAGAGAGC CATTATCAGC AATGGAAGGA TTATTGGGCC TTTACGTGAC 
GATGAAATAT TTAATCAAGA TGATTTCCAC CTTCTAGAGA ATCTTGTCTT GAAGACCTCT 
GCGCAGAATA TTAAATCCCA TATTAAGCTG CTTCAAGTGG AAGAAGATCA TGCCAGTGAT 
CTGGTGATGA AGGTAGATTC ACTGTTGTCC TCCCAACCCA AAGGAGAAGG GAGAGTTAAT 
TACCAGATAC CCGAAGACGC ACACAGTGCT ATTAAGCTGA GACCTACAGA AGGAATGATT 
TATTTTGATG TGGTTGCCGT TGTAGACCCC GTAACAAAAG CAGCGCAGAG ACTAGCCCCT 
CTACTCCTGG TTCTTAAACA AGTACTAAAT ATGAATCTTC GCGTGTTTAT GAACTGCCAG 
TCCAAGCTGT CGGAGATGCC TCTGAAGAGT TTCTATCGCT ACGTTTTGGA ACCAGAGGTG 
ATGTTCACAT CACAGAAGAA TATTGCTCCT GGTCCCATTG CCAAGTTCCT AGACATGCCC 
CAGTCTCCAC TTTTTACTCT CAGCCTTGAC ACTCCTGACA GCTGGATGGT GGAGTCAGTG 
CGGACGCCGT ATGATCTGGA TAATATATAC CTTGAGGAGG TGGACAGTGT TGTAGCAGCT 
GAGTTTGAGC TTGAGTATCT CCTCTTAGAA GGCCATTGTT TTGATGTCTC TACTGGACAG 
CCACCCCGAG GGCTCCAGTT CACATTGGGA ACATCTACAA ATCCTGTAGT GGTGGACACA 
ATCGTCATGG CTAACTTGGG TTATTTTCAG TTAAAAGCCA ATCCTGGTGC TTGGATGCTG 
AGGCTCAGAA AAGGGCGCTC AGAGGATATT TATACTATTT ACAGTCATGA AGGGACAGAT 
TCTGATCCAG AAGCTTCTGA TGTGGTGGTT GTGCTACATG ATTTTAAGAG CAAAATAATT 
AAAGTAAAAG TCCAGAAAAA GCCGGACAAA ATGAACGAGG ACCTTCTGAG TGATGGAAAT 
AGTGAAAATG AGTCGGGATT CTGGGATTCC ATTACATGGG GACTTGCAGG AAGTCAGAAA 
CAAGATGACG TAAAAGCAGA GAAAGAAGAC GTACTTAATA TCTTCTCTGT GGCCTCCGGT 
CACTTGTATG AGAGATTTCT TAGAATAATG ATGTTGTCAG TGCTGAAAAA TACGCAGACG 
CCGGTTAAGT TCTGGTTTTT AAAGAATTAT CTGTCACCCA CGTTTAAGAA TTTTATTCCA 
TACATGGCCA AGAAGTACAA CTTCCAGTAT GAACTGGTCC AATATAAGTG GCCTCGTTGG 
CTGCACCAAC AAACTGAGAA GCAGAGAATT ATCTGGGGAT ATAAAATCCT GTTCCTGGAT 
GTTCTGTTTC CACTGGCAGT GGATAAATTC ATCTTTGTAG ATGCCGATCA GATCGTAAGG 
ACTGATCTGA AGGAGTTGCG GGAATTCAAT TTGGATGGTG CCCCTTATGG GTACACACCG 
TTCTGTGAAA GCAGGAGGGA GATGGACGGT TACCGCTTCT GGAAATCTGG GTACTGGGCC 
AGTCATTTGG CTGGGCGTAA GTACCACATT AGTGCTCTGT ATGTAGTGGA TTTGAAAAAG 
TTCCGGAAGA TAGCAGCTGG AGACAGGCTG AGAGGGCAGT ACCAAGGCCT AAGCCAGGAT 
CCCAACAGTC TCTCCAATCT TGACCAGGAT CTTCCAAATA ATATGATCCA TCAAGTGCCC 
ATAAAGTCTT TGCCTCAGGA GTGGCTGTGG TGTGAAACTT GGTGTGACGA TACATCGAAG 
AAGAAGGCCA AAACCATAGA CTTGTGTAAC AACCCTATGA CCAAAGAGCC CAAGTTGCAG 
GCAGCAGTGC GGATCGTCCC TGAATGGCAA GAATATGACC AAGAGATTAA GAAACTCTAT 
AGCCATTTCC AGGATGAGTC CTCAAATGGG TCATTGCACC AACCTGATAC GAGCACCAAA 
CCAGATAAAG AAAACCACAT GGAGTTATGA

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

PubMed

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uggt1 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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