uggt2 cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	uggt2
Entrez Gene ID	100493790
Full Name	UDP-glucose glycoprotein glucosyltransferase 2
Synonyms	hugt2,ugcgl2,ugt2
General protein information	Preferred Names UDP-glucose glycoprotein glucosyltransferase 2 Names UDP-glucose:glycoprotein glucosyltransferase 2
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002942836.4	XP_002942882.2	UDP-glucose:glycoprotein glucosyltransferase 2
XM_002942836.5	XP_002942882.2	UDP-glucose:glycoprotein glucosyltransferase 2

Pathways from BioSystems

Homologies

Homo sapiens (human)	UGGT2	NP_064506.3
Bos taurus (cattle)	UGGT2	XP_002692017.1
Pan troglodytes (chimpanzee)	UGGT2	XP_001139906.1
Canis lupus familiaris (dog)	UGGT2	XP_542644.3
Rattus norvegicus (Norway rat)	RGD1563520	XP_006252531.1
Gallus gallus (chicken)	UGGT2	NP_001239028.1
Mus musculus (house mouse)	Uggt2	NP_001074721.2
Xenopus tropicalis (tropical clawed frog)	uggt2	XP_002942882.2
	UGGT2	XP_001086327.2
Danio rerio (zebrafish)	uggt2	XP_697781.3

Gene Ontology

The following uggt2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the uggt2 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)
OXa05899	XM_002942836.5 Latest version!	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OXa05899	XM_002942836.4	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
Hide Old Accession Versions >>

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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)

uggt2 ( XM_002942836.5 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002942882.2 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.

Price & Availability↑

CloneID	OXa05899
Clone ID Related Accession (Same CDS sequence)	XM_002942836.4 , XM_002942836.5
Accession Version	XM_002942836.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4554bp) 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 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.2) 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_002942836.4. ##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##

ATGCTGTCCC CGCTCATACT TTGCTTCTTC TCCCTTACCC TAGCCAGCGC TCTGGCTCAG 
GTACCAACCA AAGGAGTCAC AGCAAGCTTA GCAGCAAAGT GGCCAGCGAG CCCGTTCTTA 
CTGGAGGCCA GCGAGTTTAT AGCAGAAGAA GGCAATGATA AATTCTGGCA GTTTTTGGCA 
ACCGTGCAGG AGCTTACAAT TTATAAGAAC AAAGATACAG AATATTCTTA CTACTCCCTG 
ATTTTAAAGA AAGCAGCCCA GTTCCTGTCA GATCTGCAGA TCGCACTGCT AAAATTTGCT 
TTTTCTATAA GAGCGTATTC TCCAACAGTC CAGATGTTTC AACAGATTGC TGCTGATGAG 
TCCCCTCCGG AAGGTTGTAG TGCATTTGTT GCTGTCCATG GGATGCACAC CTGTAAACCA 
AGTCAGATTA AGAAACTCCT GAAAGAGGCA TCCGAGAGAC CAAGACCTTA TCTTTACAAA 
ACAGATCACA TATTTCCAAC TCTTAGCAAA ACTGCACCAG TAGTAATTCT GTATGCAGAG 
GTGGGCACAA AGGAGTTTGC TAAATTTCAT AAAACGCTGG CTGAAAAAGC AGAGAGTGGT 
GAAATAATCT ATGTACTTAG GCACTACATA CAGCATCCAG GTACAAGGAA GGTACAATTA 
TCTGGCTATG GAGTAGAACT TGCCATAAAA AGCACAGAGT ACAAGGCAAT GGATGACACG 
AAGGTTGAAG CAAACAATTC CTCACCAAAG ACTGACGATG GAATTGCGGA AGAGGTTCAA 
GGATTTTATT TTGATAGATT AATGCAAATG TACCCAGATC TGAAAGAGAA TCTGGTAGAC 
TTTCGCAAGC ATCTTATTGA AAGTACTCAT GAAATGGTAC CTCTGAAAGT TTGGGAGTTA 
CAAGATCTGA GCTTTCAAGC AGCATCTAAA ATTGTATCTA CACCTGTATA TGAAGCACTG 
AAAGTTTTAA GAGACACGAG CCAGAACTTT CCTATTAAAG CAAGGTCGCT TACCAGAATT 
GCATTAAATC AGGAAATGAA AAAGGAGATT GAAGAAAACC AGAAGCATTT GTCAGAAACA 
TTTGGAATTC ATCCTGGGGA TGCAAGTCTT TATATAAATG GTCTTCACAT TGATTTGGAT 
GTTCATAATT CATTCAGCAT TTTGGAAACC CTTAAAAATG AAGGAAAAAC CCTGAATGGC 
CTCTCTGCTT TGGGAATAAA TAATGAAGAT CTTAGTAAAT TTTTAAGAAT ACAAGTGCAC 
TCAGGTGATG AAAACTATGC ATTGGATATC CGACATTCCT CAATAACATG GATCAATGAT 
ATTGAGACAG ATCACATGTA CTCCCCATGG CCATCGAGTG TCCAAGAACT ACTGAGGCCA 
GCATTCCCTG GAGTAATTCG CCCAATCAGG CGGAACTTCT TCAATCTGGT TTTGTTTGTG 
GACCCTGTTC AAGAGTATGC AGCTGATTAT GTGAAGCTCG CAGAATTATT TTACCGACAC 
AATGTTCCTT TAAGGATTGG ATTTGTTTTT GTTGTGAACT CTGATGAAGA AAGCAACACA 
GGGGAGGATG CAGGTGCAGC CTTCTTGAAA GCATTTAACT ACATAGTAGA AGAATCTGAC 
AGCGCTCAAG CATTTTCTTC CATCATTAAT ATGTATAATA AAGTAGATGA TGGTGAAACA 
CTTACTGTAG ACATGATAAA GTCTGTCTTG AAGTATGATC TTCCGAAGAT GGATATTGAG 
CAAGTTATGG GTTTACACTC TGAATACAGC AACAAACTAA AGGCAGGAGC AACCTTTTAT 
AAGAAGAGTG GGCTGGGTCC ATTGCCTCAA GTTCTATTTA ATGGTGTGCC CTTTAACAGT 
GAAGAGATGG ATATAGAAGA GATGGAGACT GTTATTCTTC AGAAAATCTT GGACGCCACA 
GGGTTTTTTC AGAGGGCAGT GTTCATGGGT CTTCTCTCTG ACCAGTTGGA TGCTGTGGAT 
TTTCTTATGG ATCAGCCTAG TGTGGTTTCA AGAATCAATC CTTCTATTCT TACCAGTGAA 
AAGAATTATA TTAATTTTAT TTCAACACCA GTTGCAGCGA AATATACTTT ACATGAGTTT 
GATACTTTTT CCTTCCTGGA CTCACAAGAC AAGAGTGCTG TAATTGCAGA ACACATGAAA 
TATTTAACCA AAGAGGATGA GGATGTAATT CATGGAGTCA CCATCTGGAT TATTGCTGAT 
TTTGACAAGC CATCTGGTAG ACAACTGCTT GCTAAAGCTT TAAAACACAT GCAAAAGACA 
AGCATAACAA GACTTGGAAT TTTAAACAAT CCCACTGTTA AAATGACTGA GGAGAACACA 
CTTATATCCA GAGCTTTGTG GGCATCTCTT CTTACCCAGA AAAGTCAAAA TATGCTCAAG 
TTTTTTAAAA GACTTGCAAA GGAGGAAACA GCAGAAGCAC TTCTTAATGG AAGGAAAATA 
AAGGATTTCA TAGTATCAGA AATAGATGAT GATGCATTTG AGAAAAAATA TAATACAATG 
GGATTAGATG TGCTTCGTAC TCAGGAACTT TATTGTCGAG AGGTTCTTAA ACTGCTTCCT 
GGGCAGATGG CTACAGTCAG TAATGGACGG CTTTTGAGTT CCATTGACGC AGATGAATTT 
AGCGAGGAAG ATTTTCATTT ACTAGAGAAG ATTACATACT CTACCTCTGC AGAAAAGATA 
AAGAACCTTG TGAAGAAGAC AACAACATTG CCAAATCGTG CTGCCAGTGA TTTGGTGATG 
AAGGTGGATT CACTTCTCTC ATCTGTGCCC AAAGGGGAGT CGAGACAAGA TGTTAACCTC 
ATAAAACAAA AACATAGTTT GGTGAAGGTT GAGCCTGAAG ATGCTGGGCC ATTCTTTGAT 
GTGTTCGCCA TAGTTGACCC TCTATCAAGA GAAGCTCAGA TGATGTCGCA TTTTCTAATT 
GTACTTGGTC GATTAATAAA TATGAAATTG ACCATGTTCA TGAACTGTAA ATCCAAATTG 
TCAGAAATGC CTTTAAAAAG TTTTTACAGA CTTGTCCTTG AGCCGGAAGT GACATTCCTA 
AGAAACAATA GCCTTTCTAT GGGACCATCT GCAAAATTCT TGGATATGCC AGAATCTGCT 
CTGCTCACAC TGAACATGAT TACTCCTGAA AGCTGGATTG TGGAAGCTGT TCAGAGTTCA 
TGTGATCTTG ATAATATTCA TCTTCAAGAT ATAGATGGGA TTGTTACAGC AAATTATGAG 
CTAGAATATT TATTACTGGA AGGCCACTGC TTTGATGTGA CTACAGGACA ACCACCCAGG 
GGATTGCAGT TTACTTTAGG CATGAAAAAT GATCCTGTTA TGGTTGATAC CATTGTTATG 
GCTAATTTGG GGTATTTCCA GCTAAAGGCA AATCCAGGTG CTTGGACATT ACGTCTGCGT 
GAAGGAAGAT CAGAAGAGAT TTACCATATA TTTTCACACA TGGGCACTGA TTCCCCATCA 
GATCAAGAAG AGATTATTGT CGTACTGAAT AATTTCAACA GCAAAATAAT CAAAGTACAT 
GTGCAGAAGA AACCAGATCA AATACATGCA GATCTTCTTA GCAGTGAGCC AGAGGAGAAA 
TCCGGTTTGT GGAATTCACT TATGAGTTTC ACAGGGGCAG GAAATATAGA AGACAAAGAA 
AAGAAACATG ATGTTTTAAA TATTTTTTCT GTTGCTTCTG GTCACTTGTA TGAGCGCTTT 
CTAAGAATTA TGATGCTTTC AGTTCTACGG AATACAAAAA CACCTGTGAA GTTCTGGTTT 
TTAAAAAACT ATCTGTCGCC TAAGTTTAAG GAAATCATTC CCTTTATGGC AGAGAAGTAT 
GGATTCCAGT ATGAACTGGT GCAATACAAA TGGCCTCGGT GGCTTCATCA GCAGACTGAA 
AAACAACGAA TAATATGGGG TTATAAAATT CTTTTCCTGG ATGTTCTTTT CCCACTTGCA 
GTGGATAAAA TTATCTTTGT TGACGCTGAC CAGATTGTCA GAGCAGATTT GAAGGAACTA 
CGGGATTTTA ACCTTGGAGG AGCACCCTAT GGCTACACTC CCTTTTGTGA CAGTCGTAAA 
GAGATGGATG GGTATCGTTT TTGGAAATCT GGATATTGGG CATCACATCT GGGGCATAGA 
AAATATCACA TTAGTGCATT ATATGTTGTT GACCTGAAAA AGTTCCGAAA GATTGCTGCA 
GGAGACAGGC TTCGTGGGCA GTACCAGGCT CTTAGCCAAG ATCCAAACAG CTTGTCTAAC 
CTGGATCAGG ACTTGCCAAA CAACATGATA CATCAAGTAT CCATTAAATC TCTTCCACAA 
GAATGGCTGT GGTGTGAAAC ATGGTGTGAT GACAAGTCCA AGGAGAAAGC CAAAACAATT 
GACTTGTGCA ACAACCCCAA AACTAAAGAA CCCAAATTAA AAGCTGCAGC TCGGATTGTC 
CCTGAATGGA CAGAGTATGA CACAGAAATA AGGCAGCTGC TAAAAGACAT CGAAGAGCAG 
AGTAAAAATA TAACTGCATC CTCTGGAAAT GGCTTGAAAC ACGATGAACT ATAG

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

RefSeq	XP_002942882.2
CDS	150..4703
Translation	MLSPLILCFFSLTLASALAQVPTKGVTASLAAKWPASPFLLEASEFIAEEGNDKFWQFLATVQELTIYKNKDTEYSYYSLILKKAAQFLSDLQIALLKFAFSIRAYSPTVQMFQQIAADESPPEGCSAFVAVHGMHTCKPSQIKKLLKEASERPRPYLYKTDHIFPTLSKTAPVVILYAEVGTKEFAKFHKTLAEKAESGEIIYVLRHYIQHPGTRKVQLSGYGVELAIKSTEYKAMDDTKVEANNSSPKTDDGIAEEVQGFYFDRLMQMYPDLKENLVDFRKHLIESTHEMVPLKVWELQDLSFQAASKIVSTPVYEALKVLRDTSQNFPIKARSLTRIALNQEMKKEIEENQKHLSETFGIHPGDASLYINGLHIDLDVHNSFSILETLKNEGKTLNGLSALGINNEDLSKFLRIQVHSGDENYALDIRHSSITWINDIETDHMYSPWPSSVQELLRPAFPGVIRPIRRNFFNLVLFVDPVQEYAADYVKLAELFYRHNVPLRIGFVFVVNSDEESNTGEDAGAAFLKAFNYIVEESDSAQAFSSIINMYNKVDDGETLTVDMIKSVLKYDLPKMDIEQVMGLHSEYSNKLKAGATFYKKSGLGPLPQVLFNGVPFNSEEMDIEEMETVILQKILDATGFFQRAVFMGLLSDQLDAVDFLMDQPSVVSRINPSILTSEKNYINFISTPVAAKYTLHEFDTFSFLDSQDKSAVIAEHMKYLTKEDEDVIHGVTIWIIADFDKPSGRQLLAKALKHMQKTSITRLGILNNPTVKMTEENTLISRALWASLLTQKSQNMLKFFKRLAKEETAEALLNGRKIKDFIVSEIDDDAFEKKYNTMGLDVLRTQELYCREVLKLLPGQMATVSNGRLLSSIDADEFSEEDFHLLEKITYSTSAEKIKNLVKKTTTLPNRAASDLVMKVDSLLSSVPKGESRQDVNLIKQKHSLVKVEPEDAGPFFDVFAIVDPLSREAQMMSHFLIVLGRLINMKLTMFMNCKSKLSEMPLKSFYRLVLEPEVTFLRNNSLSMGPSAKFLDMPESALLTLNMITPESWIVEAVQSSCDLDNIHLQDIDGIVTANYELEYLLLEGHCFDVTTGQPPRGLQFTLGMKNDPVMVDTIVMANLGYFQLKANPGAWTLRLREGRSEEIYHIFSHMGTDSPSDQEEIIVVLNNFNSKIIKVHVQKKPDQIHADLLSSEPEEKSGLWNSLMSFTGAGNIEDKEKKHDVLNIFSVASGHLYERFLRIMMLSVLRNTKTPVKFWFLKNYLSPKFKEIIPFMAEKYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDFNLGGAPYGYTPFCDSRKEMDGYRFWKSGYWASHLGHRKYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVSIKSLPQEWLWCETWCDDKSKEKAKTIDLCNNPKTKEPKLKAAARIVPEWTEYDTEIRQLLKDIEEQSKNITASSGNGLKHDEL

Target ORF information:

RefSeq Version	XM_002942836.5
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.

Target ORF information:

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

XM_002942836.5

ORF Insert Sequence:

ATGCTGTCCC CGCTCATACT TTGCTTCTTC TCCCTTACCC TAGCCAGCGC TCTGGCTCAG 
GTACCAACCA AAGGAGTCAC AGCAAGCTTA GCAGCAAAGT GGCCAGCGAG CCCGTTCTTA 
CTGGAGGCCA GCGAGTTTAT AGCAGAAGAA GGCAATGATA AATTCTGGCA GTTTTTGGCA 
ACCGTGCAGG AGCTTACAAT TTATAAGAAC AAAGATACAG AATATTCTTA CTACTCCCTG 
ATTTTAAAGA AAGCAGCCCA GTTCCTGTCA GATCTGCAGA TCGCACTGCT AAAATTTGCT 
TTTTCTATAA GAGCGTATTC TCCAACAGTC CAGATGTTTC AACAGATTGC TGCTGATGAG 
TCCCCTCCGG AAGGTTGTAG TGCATTTGTT GCTGTCCATG GGATGCACAC CTGTAAACCA 
AGTCAGATTA AGAAACTCCT GAAAGAGGCA TCCGAGAGAC CAAGACCTTA TCTTTACAAA 
ACAGATCACA TATTTCCAAC TCTTAGCAAA ACTGCACCAG TAGTAATTCT GTATGCAGAG 
GTGGGCACAA AGGAGTTTGC TAAATTTCAT AAAACGCTGG CTGAAAAAGC AGAGAGTGGT 
GAAATAATCT ATGTACTTAG GCACTACATA CAGCATCCAG GTACAAGGAA GGTACAATTA 
TCTGGCTATG GAGTAGAACT TGCCATAAAA AGCACAGAGT ACAAGGCAAT GGATGACACG 
AAGGTTGAAG CAAACAATTC CTCACCAAAG ACTGACGATG GAATTGCGGA AGAGGTTCAA 
GGATTTTATT TTGATAGATT AATGCAAATG TACCCAGATC TGAAAGAGAA TCTGGTAGAC 
TTTCGCAAGC ATCTTATTGA AAGTACTCAT GAAATGGTAC CTCTGAAAGT TTGGGAGTTA 
CAAGATCTGA GCTTTCAAGC AGCATCTAAA ATTGTATCTA CACCTGTATA TGAAGCACTG 
AAAGTTTTAA GAGACACGAG CCAGAACTTT CCTATTAAAG CAAGGTCGCT TACCAGAATT 
GCATTAAATC AGGAAATGAA AAAGGAGATT GAAGAAAACC AGAAGCATTT GTCAGAAACA 
TTTGGAATTC ATCCTGGGGA TGCAAGTCTT TATATAAATG GTCTTCACAT TGATTTGGAT 
GTTCATAATT CATTCAGCAT TTTGGAAACC CTTAAAAATG AAGGAAAAAC CCTGAATGGC 
CTCTCTGCTT TGGGAATAAA TAATGAAGAT CTTAGTAAAT TTTTAAGAAT ACAAGTGCAC 
TCAGGTGATG AAAACTATGC ATTGGATATC CGACATTCCT CAATAACATG GATCAATGAT 
ATTGAGACAG ATCACATGTA CTCCCCATGG CCATCGAGTG TCCAAGAACT ACTGAGGCCA 
GCATTCCCTG GAGTAATTCG CCCAATCAGG CGGAACTTCT TCAATCTGGT TTTGTTTGTG 
GACCCTGTTC AAGAGTATGC AGCTGATTAT GTGAAGCTCG CAGAATTATT TTACCGACAC 
AATGTTCCTT TAAGGATTGG ATTTGTTTTT GTTGTGAACT CTGATGAAGA AAGCAACACA 
GGGGAGGATG CAGGTGCAGC CTTCTTGAAA GCATTTAACT ACATAGTAGA AGAATCTGAC 
AGCGCTCAAG CATTTTCTTC CATCATTAAT ATGTATAATA AAGTAGATGA TGGTGAAACA 
CTTACTGTAG ACATGATAAA GTCTGTCTTG AAGTATGATC TTCCGAAGAT GGATATTGAG 
CAAGTTATGG GTTTACACTC TGAATACAGC AACAAACTAA AGGCAGGAGC AACCTTTTAT 
AAGAAGAGTG GGCTGGGTCC ATTGCCTCAA GTTCTATTTA ATGGTGTGCC CTTTAACAGT 
GAAGAGATGG ATATAGAAGA GATGGAGACT GTTATTCTTC AGAAAATCTT GGACGCCACA 
GGGTTTTTTC AGAGGGCAGT GTTCATGGGT CTTCTCTCTG ACCAGTTGGA TGCTGTGGAT 
TTTCTTATGG ATCAGCCTAG TGTGGTTTCA AGAATCAATC CTTCTATTCT TACCAGTGAA 
AAGAATTATA TTAATTTTAT TTCAACACCA GTTGCAGCGA AATATACTTT ACATGAGTTT 
GATACTTTTT CCTTCCTGGA CTCACAAGAC AAGAGTGCTG TAATTGCAGA ACACATGAAA 
TATTTAACCA AAGAGGATGA GGATGTAATT CATGGAGTCA CCATCTGGAT TATTGCTGAT 
TTTGACAAGC CATCTGGTAG ACAACTGCTT GCTAAAGCTT TAAAACACAT GCAAAAGACA 
AGCATAACAA GACTTGGAAT TTTAAACAAT CCCACTGTTA AAATGACTGA GGAGAACACA 
CTTATATCCA GAGCTTTGTG GGCATCTCTT CTTACCCAGA AAAGTCAAAA TATGCTCAAG 
TTTTTTAAAA GACTTGCAAA GGAGGAAACA GCAGAAGCAC TTCTTAATGG AAGGAAAATA 
AAGGATTTCA TAGTATCAGA AATAGATGAT GATGCATTTG AGAAAAAATA TAATACAATG 
GGATTAGATG TGCTTCGTAC TCAGGAACTT TATTGTCGAG AGGTTCTTAA ACTGCTTCCT 
GGGCAGATGG CTACAGTCAG TAATGGACGG CTTTTGAGTT CCATTGACGC AGATGAATTT 
AGCGAGGAAG ATTTTCATTT ACTAGAGAAG ATTACATACT CTACCTCTGC AGAAAAGATA 
AAGAACCTTG TGAAGAAGAC AACAACATTG CCAAATCGTG CTGCCAGTGA TTTGGTGATG 
AAGGTGGATT CACTTCTCTC ATCTGTGCCC AAAGGGGAGT CGAGACAAGA TGTTAACCTC 
ATAAAACAAA AACATAGTTT GGTGAAGGTT GAGCCTGAAG ATGCTGGGCC ATTCTTTGAT 
GTGTTCGCCA TAGTTGACCC TCTATCAAGA GAAGCTCAGA TGATGTCGCA TTTTCTAATT 
GTACTTGGTC GATTAATAAA TATGAAATTG ACCATGTTCA TGAACTGTAA ATCCAAATTG 
TCAGAAATGC CTTTAAAAAG TTTTTACAGA CTTGTCCTTG AGCCGGAAGT GACATTCCTA 
AGAAACAATA GCCTTTCTAT GGGACCATCT GCAAAATTCT TGGATATGCC AGAATCTGCT 
CTGCTCACAC TGAACATGAT TACTCCTGAA AGCTGGATTG TGGAAGCTGT TCAGAGTTCA 
TGTGATCTTG ATAATATTCA TCTTCAAGAT ATAGATGGGA TTGTTACAGC AAATTATGAG 
CTAGAATATT TATTACTGGA AGGCCACTGC TTTGATGTGA CTACAGGACA ACCACCCAGG 
GGATTGCAGT TTACTTTAGG CATGAAAAAT GATCCTGTTA TGGTTGATAC CATTGTTATG 
GCTAATTTGG GGTATTTCCA GCTAAAGGCA AATCCAGGTG CTTGGACATT ACGTCTGCGT 
GAAGGAAGAT CAGAAGAGAT TTACCATATA TTTTCACACA TGGGCACTGA TTCCCCATCA 
GATCAAGAAG AGATTATTGT CGTACTGAAT AATTTCAACA GCAAAATAAT CAAAGTACAT 
GTGCAGAAGA AACCAGATCA AATACATGCA GATCTTCTTA GCAGTGAGCC AGAGGAGAAA 
TCCGGTTTGT GGAATTCACT TATGAGTTTC ACAGGGGCAG GAAATATAGA AGACAAAGAA 
AAGAAACATG ATGTTTTAAA TATTTTTTCT GTTGCTTCTG GTCACTTGTA TGAGCGCTTT 
CTAAGAATTA TGATGCTTTC AGTTCTACGG AATACAAAAA CACCTGTGAA GTTCTGGTTT 
TTAAAAAACT ATCTGTCGCC TAAGTTTAAG GAAATCATTC CCTTTATGGC AGAGAAGTAT 
GGATTCCAGT ATGAACTGGT GCAATACAAA TGGCCTCGGT GGCTTCATCA GCAGACTGAA 
AAACAACGAA TAATATGGGG TTATAAAATT CTTTTCCTGG ATGTTCTTTT CCCACTTGCA 
GTGGATAAAA TTATCTTTGT TGACGCTGAC CAGATTGTCA GAGCAGATTT GAAGGAACTA 
CGGGATTTTA ACCTTGGAGG AGCACCCTAT GGCTACACTC CCTTTTGTGA CAGTCGTAAA 
GAGATGGATG GGTATCGTTT TTGGAAATCT GGATATTGGG CATCACATCT GGGGCATAGA 
AAATATCACA TTAGTGCATT ATATGTTGTT GACCTGAAAA AGTTCCGAAA GATTGCTGCA 
GGAGACAGGC TTCGTGGGCA GTACCAGGCT CTTAGCCAAG ATCCAAACAG CTTGTCTAAC 
CTGGATCAGG ACTTGCCAAA CAACATGATA CATCAAGTAT CCATTAAATC TCTTCCACAA 
GAATGGCTGT GGTGTGAAAC ATGGTGTGAT GACAAGTCCA AGGAGAAAGC CAAAACAATT 
GACTTGTGCA ACAACCCCAA AACTAAAGAA CCCAAATTAA AAGCTGCAGC TCGGATTGTC 
CCTGAATGGA CAGAGTATGA CACAGAAATA AGGCAGCTGC TAAAAGACAT CGAAGAGCAG 
AGTAAAAATA TAACTGCATC CTCTGGAAAT GGCTTGAAAC ACGATGAACT ATAG

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

uggt2 ( XM_002942836.4 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_002942882.2 Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.

Price & Availability↑

CloneID	OXa05899
Clone ID Related Accession (Same CDS sequence)	XM_002942836.4 , XM_002942836.5
Accession Version	XM_002942836.4	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4554bp) 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 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030678.1) 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_002942836.3. ##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##

ATGCTGTCCC CGCTCATACT TTGCTTCTTC TCCCTTACCC TAGCCAGCGC TCTGGCTCAG 
GTACCAACCA AAGGAGTCAC AGCAAGCTTA GCAGCAAAGT GGCCAGCGAG CCCGTTCTTA 
CTGGAGGCCA GCGAGTTTAT AGCAGAAGAA GGCAATGATA AATTCTGGCA GTTTTTGGCA 
ACCGTGCAGG AGCTTACAAT TTATAAGAAC AAAGATACAG AATATTCTTA CTACTCCCTG 
ATTTTAAAGA AAGCAGCCCA GTTCCTGTCA GATCTGCAGA TCGCACTGCT AAAATTTGCT 
TTTTCTATAA GAGCGTATTC TCCAACAGTC CAGATGTTTC AACAGATTGC TGCTGATGAG 
TCCCCTCCGG AAGGTTGTAG TGCATTTGTT GCTGTCCATG GGATGCACAC CTGTAAACCA 
AGTCAGATTA AGAAACTCCT GAAAGAGGCA TCCGAGAGAC CAAGACCTTA TCTTTACAAA 
ACAGATCACA TATTTCCAAC TCTTAGCAAA ACTGCACCAG TAGTAATTCT GTATGCAGAG 
GTGGGCACAA AGGAGTTTGC TAAATTTCAT AAAACGCTGG CTGAAAAAGC AGAGAGTGGT 
GAAATAATCT ATGTACTTAG GCACTACATA CAGCATCCAG GTACAAGGAA GGTACAATTA 
TCTGGCTATG GAGTAGAACT TGCCATAAAA AGCACAGAGT ACAAGGCAAT GGATGACACG 
AAGGTTGAAG CAAACAATTC CTCACCAAAG ACTGACGATG GAATTGCGGA AGAGGTTCAA 
GGATTTTATT TTGATAGATT AATGCAAATG TACCCAGATC TGAAAGAGAA TCTGGTAGAC 
TTTCGCAAGC ATCTTATTGA AAGTACTCAT GAAATGGTAC CTCTGAAAGT TTGGGAGTTA 
CAAGATCTGA GCTTTCAAGC AGCATCTAAA ATTGTATCTA CACCTGTATA TGAAGCACTG 
AAAGTTTTAA GAGACACGAG CCAGAACTTT CCTATTAAAG CAAGGTCGCT TACCAGAATT 
GCATTAAATC AGGAAATGAA AAAGGAGATT GAAGAAAACC AGAAGCATTT GTCAGAAACA 
TTTGGAATTC ATCCTGGGGA TGCAAGTCTT TATATAAATG GTCTTCACAT TGATTTGGAT 
GTTCATAATT CATTCAGCAT TTTGGAAACC CTTAAAAATG AAGGAAAAAC CCTGAATGGC 
CTCTCTGCTT TGGGAATAAA TAATGAAGAT CTTAGTAAAT TTTTAAGAAT ACAAGTGCAC 
TCAGGTGATG AAAACTATGC ATTGGATATC CGACATTCCT CAATAACATG GATCAATGAT 
ATTGAGACAG ATCACATGTA CTCCCCATGG CCATCGAGTG TCCAAGAACT ACTGAGGCCA 
GCATTCCCTG GAGTAATTCG CCCAATCAGG CGGAACTTCT TCAATCTGGT TTTGTTTGTG 
GACCCTGTTC AAGAGTATGC AGCTGATTAT GTGAAGCTCG CAGAATTATT TTACCGACAC 
AATGTTCCTT TAAGGATTGG ATTTGTTTTT GTTGTGAACT CTGATGAAGA AAGCAACACA 
GGGGAGGATG CAGGTGCAGC CTTCTTGAAA GCATTTAACT ACATAGTAGA AGAATCTGAC 
AGCGCTCAAG CATTTTCTTC CATCATTAAT ATGTATAATA AAGTAGATGA TGGTGAAACA 
CTTACTGTAG ACATGATAAA GTCTGTCTTG AAGTATGATC TTCCGAAGAT GGATATTGAG 
CAAGTTATGG GTTTACACTC TGAATACAGC AACAAACTAA AGGCAGGAGC AACCTTTTAT 
AAGAAGAGTG GGCTGGGTCC ATTGCCTCAA GTTCTATTTA ATGGTGTGCC CTTTAACAGT 
GAAGAGATGG ATATAGAAGA GATGGAGACT GTTATTCTTC AGAAAATCTT GGACGCCACA 
GGGTTTTTTC AGAGGGCAGT GTTCATGGGT CTTCTCTCTG ACCAGTTGGA TGCTGTGGAT 
TTTCTTATGG ATCAGCCTAG TGTGGTTTCA AGAATCAATC CTTCTATTCT TACCAGTGAA 
AAGAATTATA TTAATTTTAT TTCAACACCA GTTGCAGCGA AATATACTTT ACATGAGTTT 
GATACTTTTT CCTTCCTGGA CTCACAAGAC AAGAGTGCTG TAATTGCAGA ACACATGAAA 
TATTTAACCA AAGAGGATGA GGATGTAATT CATGGAGTCA CCATCTGGAT TATTGCTGAT 
TTTGACAAGC CATCTGGTAG ACAACTGCTT GCTAAAGCTT TAAAACACAT GCAAAAGACA 
AGCATAACAA GACTTGGAAT TTTAAACAAT CCCACTGTTA AAATGACTGA GGAGAACACA 
CTTATATCCA GAGCTTTGTG GGCATCTCTT CTTACCCAGA AAAGTCAAAA TATGCTCAAG 
TTTTTTAAAA GACTTGCAAA GGAGGAAACA GCAGAAGCAC TTCTTAATGG AAGGAAAATA 
AAGGATTTCA TAGTATCAGA AATAGATGAT GATGCATTTG AGAAAAAATA TAATACAATG 
GGATTAGATG TGCTTCGTAC TCAGGAACTT TATTGTCGAG AGGTTCTTAA ACTGCTTCCT 
GGGCAGATGG CTACAGTCAG TAATGGACGG CTTTTGAGTT CCATTGACGC AGATGAATTT 
AGCGAGGAAG ATTTTCATTT ACTAGAGAAG ATTACATACT CTACCTCTGC AGAAAAGATA 
AAGAACCTTG TGAAGAAGAC AACAACATTG CCAAATCGTG CTGCCAGTGA TTTGGTGATG 
AAGGTGGATT CACTTCTCTC ATCTGTGCCC AAAGGGGAGT CGAGACAAGA TGTTAACCTC 
ATAAAACAAA AACATAGTTT GGTGAAGGTT GAGCCTGAAG ATGCTGGGCC ATTCTTTGAT 
GTGTTCGCCA TAGTTGACCC TCTATCAAGA GAAGCTCAGA TGATGTCGCA TTTTCTAATT 
GTACTTGGTC GATTAATAAA TATGAAATTG ACCATGTTCA TGAACTGTAA ATCCAAATTG 
TCAGAAATGC CTTTAAAAAG TTTTTACAGA CTTGTCCTTG AGCCGGAAGT GACATTCCTA 
AGAAACAATA GCCTTTCTAT GGGACCATCT GCAAAATTCT TGGATATGCC AGAATCTGCT 
CTGCTCACAC TGAACATGAT TACTCCTGAA AGCTGGATTG TGGAAGCTGT TCAGAGTTCA 
TGTGATCTTG ATAATATTCA TCTTCAAGAT ATAGATGGGA TTGTTACAGC AAATTATGAG 
CTAGAATATT TATTACTGGA AGGCCACTGC TTTGATGTGA CTACAGGACA ACCACCCAGG 
GGATTGCAGT TTACTTTAGG CATGAAAAAT GATCCTGTTA TGGTTGATAC CATTGTTATG 
GCTAATTTGG GGTATTTCCA GCTAAAGGCA AATCCAGGTG CTTGGACATT ACGTCTGCGT 
GAAGGAAGAT CAGAAGAGAT TTACCATATA TTTTCACACA TGGGCACTGA TTCCCCATCA 
GATCAAGAAG AGATTATTGT CGTACTGAAT AATTTCAACA GCAAAATAAT CAAAGTACAT 
GTGCAGAAGA AACCAGATCA AATACATGCA GATCTTCTTA GCAGTGAGCC AGAGGAGAAA 
TCCGGTTTGT GGAATTCACT TATGAGTTTC ACAGGGGCAG GAAATATAGA AGACAAAGAA 
AAGAAACATG ATGTTTTAAA TATTTTTTCT GTTGCTTCTG GTCACTTGTA TGAGCGCTTT 
CTAAGAATTA TGATGCTTTC AGTTCTACGG AATACAAAAA CACCTGTGAA GTTCTGGTTT 
TTAAAAAACT ATCTGTCGCC TAAGTTTAAG GAAATCATTC CCTTTATGGC AGAGAAGTAT 
GGATTCCAGT ATGAACTGGT GCAATACAAA TGGCCTCGGT GGCTTCATCA GCAGACTGAA 
AAACAACGAA TAATATGGGG TTATAAAATT CTTTTCCTGG ATGTTCTTTT CCCACTTGCA 
GTGGATAAAA TTATCTTTGT TGACGCTGAC CAGATTGTCA GAGCAGATTT GAAGGAACTA 
CGGGATTTTA ACCTTGGAGG AGCACCCTAT GGCTACACTC CCTTTTGTGA CAGTCGTAAA 
GAGATGGATG GGTATCGTTT TTGGAAATCT GGATATTGGG CATCACATCT GGGGCATAGA 
AAATATCACA TTAGTGCATT ATATGTTGTT GACCTGAAAA AGTTCCGAAA GATTGCTGCA 
GGAGACAGGC TTCGTGGGCA GTACCAGGCT CTTAGCCAAG ATCCAAACAG CTTGTCTAAC 
CTGGATCAGG ACTTGCCAAA CAACATGATA CATCAAGTAT CCATTAAATC TCTTCCACAA 
GAATGGCTGT GGTGTGAAAC ATGGTGTGAT GACAAGTCCA AGGAGAAAGC CAAAACAATT 
GACTTGTGCA ACAACCCCAA AACTAAAGAA CCCAAATTAA AAGCTGCAGC TCGGATTGTC 
CCTGAATGGA CAGAGTATGA CACAGAAATA AGGCAGCTGC TAAAAGACAT CGAAGAGCAG 
AGTAAAAATA TAACTGCATC CTCTGGAAAT GGCTTGAAAC ACGATGAACT ATAG

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

RefSeq	XP_002942882.2
CDS	156..4709
Translation	MLSPLILCFFSLTLASALAQVPTKGVTASLAAKWPASPFLLEASEFIAEEGNDKFWQFLATVQELTIYKNKDTEYSYYSLILKKAAQFLSDLQIALLKFAFSIRAYSPTVQMFQQIAADESPPEGCSAFVAVHGMHTCKPSQIKKLLKEASERPRPYLYKTDHIFPTLSKTAPVVILYAEVGTKEFAKFHKTLAEKAESGEIIYVLRHYIQHPGTRKVQLSGYGVELAIKSTEYKAMDDTKVEANNSSPKTDDGIAEEVQGFYFDRLMQMYPDLKENLVDFRKHLIESTHEMVPLKVWELQDLSFQAASKIVSTPVYEALKVLRDTSQNFPIKARSLTRIALNQEMKKEIEENQKHLSETFGIHPGDASLYINGLHIDLDVHNSFSILETLKNEGKTLNGLSALGINNEDLSKFLRIQVHSGDENYALDIRHSSITWINDIETDHMYSPWPSSVQELLRPAFPGVIRPIRRNFFNLVLFVDPVQEYAADYVKLAELFYRHNVPLRIGFVFVVNSDEESNTGEDAGAAFLKAFNYIVEESDSAQAFSSIINMYNKVDDGETLTVDMIKSVLKYDLPKMDIEQVMGLHSEYSNKLKAGATFYKKSGLGPLPQVLFNGVPFNSEEMDIEEMETVILQKILDATGFFQRAVFMGLLSDQLDAVDFLMDQPSVVSRINPSILTSEKNYINFISTPVAAKYTLHEFDTFSFLDSQDKSAVIAEHMKYLTKEDEDVIHGVTIWIIADFDKPSGRQLLAKALKHMQKTSITRLGILNNPTVKMTEENTLISRALWASLLTQKSQNMLKFFKRLAKEETAEALLNGRKIKDFIVSEIDDDAFEKKYNTMGLDVLRTQELYCREVLKLLPGQMATVSNGRLLSSIDADEFSEEDFHLLEKITYSTSAEKIKNLVKKTTTLPNRAASDLVMKVDSLLSSVPKGESRQDVNLIKQKHSLVKVEPEDAGPFFDVFAIVDPLSREAQMMSHFLIVLGRLINMKLTMFMNCKSKLSEMPLKSFYRLVLEPEVTFLRNNSLSMGPSAKFLDMPESALLTLNMITPESWIVEAVQSSCDLDNIHLQDIDGIVTANYELEYLLLEGHCFDVTTGQPPRGLQFTLGMKNDPVMVDTIVMANLGYFQLKANPGAWTLRLREGRSEEIYHIFSHMGTDSPSDQEEIIVVLNNFNSKIIKVHVQKKPDQIHADLLSSEPEEKSGLWNSLMSFTGAGNIEDKEKKHDVLNIFSVASGHLYERFLRIMMLSVLRNTKTPVKFWFLKNYLSPKFKEIIPFMAEKYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDFNLGGAPYGYTPFCDSRKEMDGYRFWKSGYWASHLGHRKYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVSIKSLPQEWLWCETWCDDKSKEKAKTIDLCNNPKTKEPKLKAAARIVPEWTEYDTEIRQLLKDIEEQSKNITASSGNGLKHDEL

Target ORF information:

RefSeq Version	XM_002942836.4
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), mRNA.

Target ORF information:

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

XM_002942836.4

ORF Insert Sequence:

ATGCTGTCCC CGCTCATACT TTGCTTCTTC TCCCTTACCC TAGCCAGCGC TCTGGCTCAG 
GTACCAACCA AAGGAGTCAC AGCAAGCTTA GCAGCAAAGT GGCCAGCGAG CCCGTTCTTA 
CTGGAGGCCA GCGAGTTTAT AGCAGAAGAA GGCAATGATA AATTCTGGCA GTTTTTGGCA 
ACCGTGCAGG AGCTTACAAT TTATAAGAAC AAAGATACAG AATATTCTTA CTACTCCCTG 
ATTTTAAAGA AAGCAGCCCA GTTCCTGTCA GATCTGCAGA TCGCACTGCT AAAATTTGCT 
TTTTCTATAA GAGCGTATTC TCCAACAGTC CAGATGTTTC AACAGATTGC TGCTGATGAG 
TCCCCTCCGG AAGGTTGTAG TGCATTTGTT GCTGTCCATG GGATGCACAC CTGTAAACCA 
AGTCAGATTA AGAAACTCCT GAAAGAGGCA TCCGAGAGAC CAAGACCTTA TCTTTACAAA 
ACAGATCACA TATTTCCAAC TCTTAGCAAA ACTGCACCAG TAGTAATTCT GTATGCAGAG 
GTGGGCACAA AGGAGTTTGC TAAATTTCAT AAAACGCTGG CTGAAAAAGC AGAGAGTGGT 
GAAATAATCT ATGTACTTAG GCACTACATA CAGCATCCAG GTACAAGGAA GGTACAATTA 
TCTGGCTATG GAGTAGAACT TGCCATAAAA AGCACAGAGT ACAAGGCAAT GGATGACACG 
AAGGTTGAAG CAAACAATTC CTCACCAAAG ACTGACGATG GAATTGCGGA AGAGGTTCAA 
GGATTTTATT TTGATAGATT AATGCAAATG TACCCAGATC TGAAAGAGAA TCTGGTAGAC 
TTTCGCAAGC ATCTTATTGA AAGTACTCAT GAAATGGTAC CTCTGAAAGT TTGGGAGTTA 
CAAGATCTGA GCTTTCAAGC AGCATCTAAA ATTGTATCTA CACCTGTATA TGAAGCACTG 
AAAGTTTTAA GAGACACGAG CCAGAACTTT CCTATTAAAG CAAGGTCGCT TACCAGAATT 
GCATTAAATC AGGAAATGAA AAAGGAGATT GAAGAAAACC AGAAGCATTT GTCAGAAACA 
TTTGGAATTC ATCCTGGGGA TGCAAGTCTT TATATAAATG GTCTTCACAT TGATTTGGAT 
GTTCATAATT CATTCAGCAT TTTGGAAACC CTTAAAAATG AAGGAAAAAC CCTGAATGGC 
CTCTCTGCTT TGGGAATAAA TAATGAAGAT CTTAGTAAAT TTTTAAGAAT ACAAGTGCAC 
TCAGGTGATG AAAACTATGC ATTGGATATC CGACATTCCT CAATAACATG GATCAATGAT 
ATTGAGACAG ATCACATGTA CTCCCCATGG CCATCGAGTG TCCAAGAACT ACTGAGGCCA 
GCATTCCCTG GAGTAATTCG CCCAATCAGG CGGAACTTCT TCAATCTGGT TTTGTTTGTG 
GACCCTGTTC AAGAGTATGC AGCTGATTAT GTGAAGCTCG CAGAATTATT TTACCGACAC 
AATGTTCCTT TAAGGATTGG ATTTGTTTTT GTTGTGAACT CTGATGAAGA AAGCAACACA 
GGGGAGGATG CAGGTGCAGC CTTCTTGAAA GCATTTAACT ACATAGTAGA AGAATCTGAC 
AGCGCTCAAG CATTTTCTTC CATCATTAAT ATGTATAATA AAGTAGATGA TGGTGAAACA 
CTTACTGTAG ACATGATAAA GTCTGTCTTG AAGTATGATC TTCCGAAGAT GGATATTGAG 
CAAGTTATGG GTTTACACTC TGAATACAGC AACAAACTAA AGGCAGGAGC AACCTTTTAT 
AAGAAGAGTG GGCTGGGTCC ATTGCCTCAA GTTCTATTTA ATGGTGTGCC CTTTAACAGT 
GAAGAGATGG ATATAGAAGA GATGGAGACT GTTATTCTTC AGAAAATCTT GGACGCCACA 
GGGTTTTTTC AGAGGGCAGT GTTCATGGGT CTTCTCTCTG ACCAGTTGGA TGCTGTGGAT 
TTTCTTATGG ATCAGCCTAG TGTGGTTTCA AGAATCAATC CTTCTATTCT TACCAGTGAA 
AAGAATTATA TTAATTTTAT TTCAACACCA GTTGCAGCGA AATATACTTT ACATGAGTTT 
GATACTTTTT CCTTCCTGGA CTCACAAGAC AAGAGTGCTG TAATTGCAGA ACACATGAAA 
TATTTAACCA AAGAGGATGA GGATGTAATT CATGGAGTCA CCATCTGGAT TATTGCTGAT 
TTTGACAAGC CATCTGGTAG ACAACTGCTT GCTAAAGCTT TAAAACACAT GCAAAAGACA 
AGCATAACAA GACTTGGAAT TTTAAACAAT CCCACTGTTA AAATGACTGA GGAGAACACA 
CTTATATCCA GAGCTTTGTG GGCATCTCTT CTTACCCAGA AAAGTCAAAA TATGCTCAAG 
TTTTTTAAAA GACTTGCAAA GGAGGAAACA GCAGAAGCAC TTCTTAATGG AAGGAAAATA 
AAGGATTTCA TAGTATCAGA AATAGATGAT GATGCATTTG AGAAAAAATA TAATACAATG 
GGATTAGATG TGCTTCGTAC TCAGGAACTT TATTGTCGAG AGGTTCTTAA ACTGCTTCCT 
GGGCAGATGG CTACAGTCAG TAATGGACGG CTTTTGAGTT CCATTGACGC AGATGAATTT 
AGCGAGGAAG ATTTTCATTT ACTAGAGAAG ATTACATACT CTACCTCTGC AGAAAAGATA 
AAGAACCTTG TGAAGAAGAC AACAACATTG CCAAATCGTG CTGCCAGTGA TTTGGTGATG 
AAGGTGGATT CACTTCTCTC ATCTGTGCCC AAAGGGGAGT CGAGACAAGA TGTTAACCTC 
ATAAAACAAA AACATAGTTT GGTGAAGGTT GAGCCTGAAG ATGCTGGGCC ATTCTTTGAT 
GTGTTCGCCA TAGTTGACCC TCTATCAAGA GAAGCTCAGA TGATGTCGCA TTTTCTAATT 
GTACTTGGTC GATTAATAAA TATGAAATTG ACCATGTTCA TGAACTGTAA ATCCAAATTG 
TCAGAAATGC CTTTAAAAAG TTTTTACAGA CTTGTCCTTG AGCCGGAAGT GACATTCCTA 
AGAAACAATA GCCTTTCTAT GGGACCATCT GCAAAATTCT TGGATATGCC AGAATCTGCT 
CTGCTCACAC TGAACATGAT TACTCCTGAA AGCTGGATTG TGGAAGCTGT TCAGAGTTCA 
TGTGATCTTG ATAATATTCA TCTTCAAGAT ATAGATGGGA TTGTTACAGC AAATTATGAG 
CTAGAATATT TATTACTGGA AGGCCACTGC TTTGATGTGA CTACAGGACA ACCACCCAGG 
GGATTGCAGT TTACTTTAGG CATGAAAAAT GATCCTGTTA TGGTTGATAC CATTGTTATG 
GCTAATTTGG GGTATTTCCA GCTAAAGGCA AATCCAGGTG CTTGGACATT ACGTCTGCGT 
GAAGGAAGAT CAGAAGAGAT TTACCATATA TTTTCACACA TGGGCACTGA TTCCCCATCA 
GATCAAGAAG AGATTATTGT CGTACTGAAT AATTTCAACA GCAAAATAAT CAAAGTACAT 
GTGCAGAAGA AACCAGATCA AATACATGCA GATCTTCTTA GCAGTGAGCC AGAGGAGAAA 
TCCGGTTTGT GGAATTCACT TATGAGTTTC ACAGGGGCAG GAAATATAGA AGACAAAGAA 
AAGAAACATG ATGTTTTAAA TATTTTTTCT GTTGCTTCTG GTCACTTGTA TGAGCGCTTT 
CTAAGAATTA TGATGCTTTC AGTTCTACGG AATACAAAAA CACCTGTGAA GTTCTGGTTT 
TTAAAAAACT ATCTGTCGCC TAAGTTTAAG GAAATCATTC CCTTTATGGC AGAGAAGTAT 
GGATTCCAGT ATGAACTGGT GCAATACAAA TGGCCTCGGT GGCTTCATCA GCAGACTGAA 
AAACAACGAA TAATATGGGG TTATAAAATT CTTTTCCTGG ATGTTCTTTT CCCACTTGCA 
GTGGATAAAA TTATCTTTGT TGACGCTGAC CAGATTGTCA GAGCAGATTT GAAGGAACTA 
CGGGATTTTA ACCTTGGAGG AGCACCCTAT GGCTACACTC CCTTTTGTGA CAGTCGTAAA 
GAGATGGATG GGTATCGTTT TTGGAAATCT GGATATTGGG CATCACATCT GGGGCATAGA 
AAATATCACA TTAGTGCATT ATATGTTGTT GACCTGAAAA AGTTCCGAAA GATTGCTGCA 
GGAGACAGGC TTCGTGGGCA GTACCAGGCT CTTAGCCAAG ATCCAAACAG CTTGTCTAAC 
CTGGATCAGG ACTTGCCAAA CAACATGATA CATCAAGTAT CCATTAAATC TCTTCCACAA 
GAATGGCTGT GGTGTGAAAC ATGGTGTGAT GACAAGTCCA AGGAGAAAGC CAAAACAATT 
GACTTGTGCA ACAACCCCAA AACTAAAGAA CCCAAATTAA AAGCTGCAGC TCGGATTGTC 
CCTGAATGGA CAGAGTATGA CACAGAAATA AGGCAGCTGC TAAAAGACAT CGAAGAGCAG 
AGTAAAAATA TAACTGCATC CTCTGGAAAT GGCTTGAAAC ACGATGAACT ATAG

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

PubMed

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uggt2 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:

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