uggt2 gene cDNA ORF clone, Danio rerio(zebrafish)

mRNA	Protein	Name
XM_009304771.3	XP_009303046.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
XM_009304771.2	XP_009303046.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
XM_009304773.2	XP_009303048.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3
XM_009304772.3	XP_009303047.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
XM_021478965.1	XP_021334640.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3
XM_009304772.2	XP_009303047.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
XM_021478963.1	XP_021334638.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
XM_021478964.1	XP_021334639.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
XM_009304773.3	XP_009303048.1	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
ODa41482	XM_009304771.3 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41482	XM_021478963.1 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41483	XM_021478964.1 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41483	XM_009304772.3 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41484	XM_009304773.3 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41484	XM_021478965.1 Latest version!	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
View Old Accession Versions >>
ODa41482	XM_009304771.2	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41483	XM_009304772.2	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
ODa41484	XM_009304773.2	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
Hide Old Accession Versions >>

uggt2 ( XM_009304771.3 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303046.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa41482
Clone ID Related Accession (Same CDS sequence)	XM_009304771.3 , XM_009304771.2 , XM_021478963.1
Accession Version	XM_009304771.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4587bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018394759.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_009304771.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

RefSeq	XP_009303046.1
CDS	304..4890
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_009304771.3
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

Target ORF information:

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

XM_009304771.3

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

uggt2 ( XM_009304771.2 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303046.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa41482
Clone ID Related Accession (Same CDS sequence)	XM_009304771.3 , XM_009304771.2 , XM_021478963.1
Accession Version	XM_009304771.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4587bp) 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	2016-06-23
Organism	Danio rerio(Zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009304771.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

RefSeq	XP_009303046.1
CDS	117..4703
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_009304771.2
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

Target ORF information:

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

XM_009304771.2

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

uggt2 ( XM_021478963.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_021334638.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

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CloneID	ODa41482
Clone ID Related Accession (Same CDS sequence)	XM_009304771.3 , XM_009304771.2 , XM_021478963.1
Accession Version	XM_021478963.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4587bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.7) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

RefSeq	XP_021334638.1
CDS	304..4890
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_021478963.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X1, mRNA.

Target ORF information:

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

XM_021478963.1

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GCAGGCAATC GACGTGACGA ACTTTAG

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

uggt2 ( XM_009304772.3 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303047.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

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CloneID	ODa41483
Clone ID Related Accession (Same CDS sequence)	XM_009304772.3 , XM_009304772.2 , XM_021478964.1
Accession Version	XM_009304772.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018394759.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_009304772.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

RefSeq	XP_009303047.1
CDS	295..4878
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTGNRRDEL

Target ORF information:

RefSeq Version	XM_009304772.3
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

Target ORF information:

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

XM_009304772.3

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

uggt2 ( XM_009304772.2 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303047.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

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CloneID	ODa41483
Clone ID Related Accession (Same CDS sequence)	XM_009304772.3 , XM_009304772.2 , XM_021478964.1
Accession Version	XM_009304772.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	2016-06-23
Organism	Danio rerio(Zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009304772.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

RefSeq	XP_009303047.1
CDS	117..4700
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTGNRRDEL

Target ORF information:

RefSeq Version	XM_009304772.2
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

Target ORF information:

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

XM_009304772.2

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

uggt2 ( XM_021478964.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_021334639.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

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CloneID	ODa41483
Clone ID Related Accession (Same CDS sequence)	XM_009304772.3 , XM_009304772.2 , XM_021478964.1
Accession Version	XM_021478964.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4584bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.7) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

RefSeq	XP_021334639.1
CDS	295..4878
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSVWSSLEKSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTGNRRDEL

Target ORF information:

RefSeq Version	XM_021478964.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X2, mRNA.

Target ORF information:

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

XM_021478964.1

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGT GTGTGGAGTT CTTTGGAAAA GAGCTTCTCT 
GGTGGCCCGA GTGTGGATGA GGGCAACAAT AAGAAAGATG TTCTTAACAT TTTCTCTGTG 
GCCTCTGGAC ATTTATATGA GCGATTCCTG AGAATAATGA TGCTGTCTGT CCTCCGACAC 
ACTACAACCC CTGTCAAGTT CTGGTTCCTC AAAAACTACC TCTCCCCCTC TTTCAAGGAA 
ACCATCTCGC ACATGGCGAA GGCATATGGT TTCCAGTATG AGCTGGTTCA GTATAAATGG 
CCCCGGTGGC TTCACCAGCA GACAGAAAAG CAGCGCATCA TCTGGGGCTA CAAGATCCTC 
TTCCTGGATG TGCTCTTCCC CCTTGCCGTG GACAAGATTA TCTTTGTTGA TGCTGATCAG 
ATTGTCAGGG CAGATTTGAA GGAGCTGAGG GATCTGGATC TTGAAGGCGC CCCCTATGGG 
TACACGCCGT TCTGTGACAG CCGAAAAGAG ATGGAAGGAT ATCGTTTCTG GAAGACTGGC 
TACTGGGCCT CCCATCTTGG ACACAGGAGA TACCATATCA GTGCACTATA TGTGGTGGAC 
TTGAAGAAGT TCAGAAAGAT CGCAGCTGGA GACCGACTGA GAGGACAGTA TCAAGCCTTA 
AGCCAAGATC CCAACAGCCT GTCCAACCTT GACCAGGACC TTCCCAACAA CATGATCCAT 
CAAGTTGCCA TCAAGTCATT GCCCCAGGAG TGGCTGTGGT GCGAGACCTG GTGTGACGAC 
CACTCCAAAA CTACAGCCAA GACCATAGAT CTGTGTAATA ACCCAAGGAC CAAAGAGCCC 
AAGCTGAGTG CAGCGGTGAG GATTGTTTCA GAGTGGACGG AATATGACAA TGAGATAAAA 
CGCTTTCTGA AAGAAGCGAA AAAAGAAATT ACCCAGAGTA AAGCATCCAC ACAGCACACA 
GGCAATCGAC GTGACGAACT TTAG

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

uggt2 ( XM_009304773.2 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303048.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ODa41484
Clone ID Related Accession (Same CDS sequence)	XM_009304773.2 , XM_021478965.1 , XM_009304773.3
Accession Version	XM_009304773.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4563bp) 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	2016-06-23
Organism	Danio rerio(Zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.6) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009304773.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

RefSeq	XP_009303048.1
CDS	117..4679
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_009304773.2
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

Target ORF information:

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

XM_009304773.2

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

uggt2 ( XM_021478965.1 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_021334640.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

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CloneID	ODa41484
Clone ID Related Accession (Same CDS sequence)	XM_009304773.2 , XM_021478965.1 , XM_009304773.3
Accession Version	XM_021478965.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4563bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007120.7) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

RefSeq	XP_021334640.1
CDS	304..4866
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_021478965.1
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

Target ORF information:

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

XM_021478965.1

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

uggt2 ( XM_009304773.3 ) cDNA ORF clone, Danio rerio(zebrafish) -> XP_009303048.1 Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

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CloneID	ODa41484
Clone ID Related Accession (Same CDS sequence)	XM_009304773.2 , XM_021478965.1 , XM_009304773.3
Accession Version	XM_009304773.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4563bp) 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	2017-06-14
Organism	Danio rerio(zebrafish)
Product	UDP-glucose:glycoprotein glucosyltransferase 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018394759.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_009304773.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

RefSeq	XP_009303048.1
CDS	304..4866
Translation	MRLVFVVLVFLRVQHVNSASKGIVASLQAKWAATPLLLETSEFIREDGDEKFWQFVDTVKELTVYKSGESVRSYYNLILKKAGQFLTDLQVNLLKLSLSLRTYSPAVHALQQIASDEPPPEGCSAFVVVHGQNACSTKDMKKLLKTAADRPRPYLYKSDHQYPGVNGTDVPVAILYAEIGTKEFSTFHKVLSERAQEGKLIYVLRHFVSEPKNERMLLSGYGVELAIKSTEYKAVDDTKVKESKSAGTDNEDENDEVQGFLFGKLKKSHPELQEELGELRKHLLESTNDMTPLKVWELQDLSFQAASRIMTVPKFDSLKLMQELSQNFPSRARSLTRVAVNQDMKKEIEDNQKRLSESMGVHPGDASLYINGIHVDLDIHNPFSILDILRSEAKILEGLHNLGVKGSSISKFLHLPSSTTVEDSYALDIRHSSIMWVNDIEKDSMYRHWPSSLQELLRATFPGVIRQIRRNFYNLVLFLDPAQEESIELVKLAELFYKHNIPLRIGFVLVVNSDDEVDGLSDAGVALFRLLNYISEEYDEAQAFTSMVSIFNRIGVGKTLSVDTIKAYLKKKFPKANAARILGVDSSYDDNRKAGGTFYKKSGLGALPVGLFNGVPLSSEEMDPEELETVLLQKIMETTNFFQRSVFMGQITESVDVVDFLMEQANVVPRINPLILSSDRRYLDFTASPVADDWDDSAMFLYLDSRDKTGVISKRMKYFIREEAEVLYGVTMWIVADIEQPSGRQLLRNALKHMKSSSSSCRVGVINNPNRKPTEENSALYRAVWASLLTQSSKNTLDFTLKLLKEENVELLKQGTKIKHLLKQGMDHDAFEKKFNTMEVDFLHSQQKYCREVLKLQAGQRAVVSNGRILGLLDDKDDNEEVFSVEDFHLLEMITLRTSAEKIKSKIKQMNFSAQKASDLIMKVDALLSSSPKGEARKDVKFLKDKHSVLHLAQREDEVFYDVVAIVDPLTREAQKLAPLLVVLGQVVNMKVQVFMNCRAKLSEMPLKSFYQYVLEPDVSFFGNNSLSPGPMARFTEIPESPLLTLNMITPESWMVEAVRSPYDLDNIHLQEVSGVVNAEYELEYLLLEGHCFDLSTGQPPRGLQFTLGMRQEPLMHDTIVMANLGYFQLKANPGAWILRLREGRSEDIYQIQAHDGTDSPVDAGDVIVVLNSFHSKIIKVRVQKRPDKLNEDLLSEGAESKGLWDSITSFSGGPSVDEGNNKKDVLNIFSVASGHLYERFLRIMMLSVLRHTTTPVKFWFLKNYLSPSFKETISHMAKAYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRADLKELRDLDLEGAPYGYTPFCDSRKEMEGYRFWKTGYWASHLGHRRYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDHSKTTAKTIDLCNNPRTKEPKLSAAVRIVSEWTEYDNEIKRFLKEAKKEITQSKASTQHTAGNRRDEL

Target ORF information:

RefSeq Version	XM_009304773.3
Organism	Danio rerio(zebrafish)
Definition	Danio rerio UDP-glucose glycoprotein glucosyltransferase 2 (uggt2), transcript variant X3, mRNA.

Target ORF information:

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

XM_009304773.3

ORF Insert Sequence:

ATGAGGCTGG TTTTTGTTGT GCTGGTTTTT CTGAGGGTCC AGCATGTGAA CTCAGCATCT 
AAGGGAATCG TCGCCAGTCT TCAAGCCAAA TGGGCTGCGA CCCCTCTCCT ACTGGAAACA 
AGTGAATTCA TCAGGGAAGA TGGAGACGAG AAATTCTGGC AGTTTGTCGA TACTGTGAAG 
GAGTTAACTG TTTACAAATC TGGAGAGTCT GTCCGCTCCT ATTATAACCT GATCCTCAAG 
AAGGCTGGCC AGTTTTTGAC GGATCTTCAG GTCAACTTGC TGAAGCTCTC TCTGTCTCTC 
AGGACTTACT CTCCAGCTGT ACATGCTCTC CAACAAATAG CAAGCGATGA ACCTCCTCCT 
GAAGGCTGCT CTGCTTTTGT GGTTGTTCAT GGTCAAAATG CCTGCAGCAC CAAGGATATG 
AAGAAGCTCT TGAAAACAGC CGCAGACAGG CCAAGACCTT ACCTATACAA GTCTGACCAC 
CAATACCCAG GAGTCAATGG GACAGATGTG CCTGTAGCTA TTCTTTATGC TGAAATTGGC 
ACTAAGGAGT TCAGTACTTT TCATAAGGTT CTGTCTGAGC GAGCACAGGA GGGCAAACTT 
ATCTATGTGC TGCGACATTT TGTGTCTGAG CCGAAAAATG AAAGGATGCT GCTCTCTGGA 
TATGGTGTGG AACTAGCAAT TAAAAGTACT GAGTACAAAG CTGTTGATGA CACAAAGGTT 
AAAGAATCCA AATCAGCTGG CACTGATAAT GAGGATGAAA ATGATGAAGT CCAAGGGTTT 
CTGTTTGGGA AATTGAAAAA GTCTCATCCG GAGCTTCAGG AGGAGCTAGG AGAGCTGAGA 
AAGCATCTCC TGGAGAGCAC CAATGACATG ACTCCTCTCA AAGTGTGGGA GCTTCAAGAC 
CTCAGTTTCC AGGCGGCATC TCGGATCATG ACTGTGCCAA AGTTTGATTC TCTCAAATTG 
ATGCAAGAGC TCAGCCAAAA TTTCCCCAGC AGAGCCAGAT CACTGACAAG AGTGGCTGTA 
AACCAAGACA TGAAGAAGGA AATAGAAGAC AACCAAAAGA GGCTCAGTGA GTCGATGGGC 
GTCCATCCTG GAGATGCCAG TCTTTACATT AATGGAATAC ATGTTGACCT GGACATTCAT 
AACCCTTTCA GCATTCTGGA CATTCTCAGA AGCGAGGCTA AGATTCTTGA AGGTCTTCAT 
AATCTTGGCG TCAAAGGAAG CAGCATTAGT AAGTTCCTGC ATCTACCATC ATCAACCACT 
GTAGAGGACA GCTACGCTCT GGACATCCGA CACTCATCCA TTATGTGGGT TAATGATATT 
GAGAAGGACT CCATGTATCG TCACTGGCCC TCGAGTCTCC AGGAGCTCCT CAGAGCAACA 
TTTCCCGGTG TTATTCGACA AATACGCCGT AACTTCTATA ACCTGGTTCT GTTTCTTGAC 
CCAGCACAGG AAGAGAGTAT TGAGCTGGTG AAGTTAGCAG AGCTCTTTTA CAAACACAAC 
ATTCCCCTCA GGATTGGGTT TGTACTGGTT GTCAATTCTG ATGATGAAGT GGATGGACTT 
TCGGATGCTG GTGTTGCTCT CTTCAGACTG TTAAATTACA TTTCAGAGGA GTATGACGAA 
GCTCAGGCTT TTACATCCAT GGTGTCAATT TTTAATAGAA TTGGGGTAGG GAAGACACTC 
TCTGTGGACA CAATAAAAGC ATATCTGAAA AAGAAATTTC CAAAAGCAAA TGCTGCCAGA 
ATTCTTGGAG TGGATTCAAG CTATGATGAC AACAGGAAGG CTGGCGGAAC GTTTTACAAA 
AAGAGTGGTT TAGGTGCTTT ACCAGTGGGT CTGTTCAATG GTGTCCCACT CAGTAGTGAG 
GAGATGGACC CGGAGGAGCT GGAGACAGTT CTGCTGCAGA AAATCATGGA AACTACAAAC 
TTCTTCCAGA GATCTGTCTT CATGGGTCAG ATCACAGAGA GTGTTGATGT GGTGGACTTC 
CTGATGGAGC AGGCCAATGT TGTCCCACGT ATTAACCCTT TGATTCTGAG CTCTGACAGG 
CGGTATCTTG ATTTTACTGC CTCACCAGTT GCTGATGACT GGGATGACTC GGCTATGTTT 
TTATACTTGG ACTCCAGAGA CAAAACAGGA GTTATCTCTA AGAGAATGAA GTATTTCATC 
CGAGAGGAGG CGGAGGTGTT GTATGGAGTG ACCATGTGGA TTGTAGCAGA TATTGAACAA 
CCCTCTGGGA GGCAGTTGCT CCGGAATGCC TTGAAACATA TGAAATCCAG CAGTTCCAGC 
TGTCGTGTCG GGGTGATCAA TAACCCCAAT AGAAAGCCCA CTGAGGAGAA CAGCGCTCTG 
TACAGAGCCG TCTGGGCTTC TCTCCTCACT CAAAGCAGCA AGAACACGCT CGACTTCACC 
CTAAAACTCC TCAAAGAAGA AAATGTTGAA CTCCTCAAAC AAGGCACCAA GATTAAGCAC 
TTACTTAAAC AGGGTATGGA CCATGATGCC TTTGAGAAGA AGTTCAACAC GATGGAGGTG 
GATTTCCTGC ACAGCCAGCA GAAGTACTGT AGGGAAGTGT TAAAGCTCCA AGCAGGACAA 
AGAGCTGTGG TCAGCAACGG CAGGATCCTA GGCCTGCTGG ACGACAAAGA CGACAACGAA 
GAAGTGTTCA GTGTGGAAGA TTTCCATCTG CTTGAAATGA TCACACTTCG CACCTCAGCA 
GAAAAGATTA AATCCAAGAT CAAGCAAATG AACTTCAGTG CCCAAAAGGC CAGTGATCTA 
ATAATGAAAG TGGATGCTCT CCTCTCTTCA TCGCCTAAAG GAGAAGCCAG AAAAGATGTC 
AAATTTCTGA AGGACAAACA CAGTGTTCTT CATCTGGCAC AAAGAGAGGA TGAGGTCTTC 
TATGACGTTG TTGCTATTGT GGATCCTCTC ACCAGAGAAG CACAGAAGTT GGCTCCTTTA 
TTGGTTGTGC TTGGTCAAGT GGTCAATATG AAAGTGCAGG TGTTCATGAA CTGTCGAGCC 
AAGCTGTCTG AGATGCCCCT GAAGAGCTTT TATCAGTATG TTTTGGAGCC GGATGTTTCC 
TTCTTTGGCA ACAACTCCCT TTCCCCCGGC CCTATGGCTC GCTTTACTGA AATCCCAGAA 
TCCCCTCTGC TCACTCTTAA TATGATCACC CCAGAGAGCT GGATGGTGGA GGCCGTCAGA 
AGCCCATATG ATCTAGATAA CATCCACCTA CAAGAGGTCA GCGGTGTGGT GAATGCAGAG 
TATGAGCTGG AGTATCTGCT GCTGGAGGGC CACTGTTTTG ACCTGTCCAC AGGTCAGCCT 
CCCAGAGGGC TTCAGTTCAC ACTGGGCATG AGACAGGAGC CTCTCATGCA TGACACCATC 
GTCATGGCCA ACCTGGGCTA TTTCCAGTTG AAAGCAAACC CTGGTGCCTG GATCCTGAGA 
CTGCGCGAGG GCCGCTCTGA GGACATCTAT CAGATACAGG CGCATGATGG TACAGACTCT 
CCTGTCGATG CTGGAGATGT CATTGTGGTG CTCAACAGCT TCCACAGCAA GATCATCAAA 
GTTAGAGTCC AGAAAAGACC TGACAAACTC AATGAGGATC TTCTAAGTGA GGGAGCTGAA 
TCCAAAGGCC TGTGGGACTC CATAACCAGC TTCTCTGGTG GCCCGAGTGT GGATGAGGGC 
AACAATAAGA AAGATGTTCT TAACATTTTC TCTGTGGCCT CTGGACATTT ATATGAGCGA 
TTCCTGAGAA TAATGATGCT GTCTGTCCTC CGACACACTA CAACCCCTGT CAAGTTCTGG 
TTCCTCAAAA ACTACCTCTC CCCCTCTTTC AAGGAAACCA TCTCGCACAT GGCGAAGGCA 
TATGGTTTCC AGTATGAGCT GGTTCAGTAT AAATGGCCCC GGTGGCTTCA CCAGCAGACA 
GAAAAGCAGC GCATCATCTG GGGCTACAAG ATCCTCTTCC TGGATGTGCT CTTCCCCCTT 
GCCGTGGACA AGATTATCTT TGTTGATGCT GATCAGATTG TCAGGGCAGA TTTGAAGGAG 
CTGAGGGATC TGGATCTTGA AGGCGCCCCC TATGGGTACA CGCCGTTCTG TGACAGCCGA 
AAAGAGATGG AAGGATATCG TTTCTGGAAG ACTGGCTACT GGGCCTCCCA TCTTGGACAC 
AGGAGATACC ATATCAGTGC ACTATATGTG GTGGACTTGA AGAAGTTCAG AAAGATCGCA 
GCTGGAGACC GACTGAGAGG ACAGTATCAA GCCTTAAGCC AAGATCCCAA CAGCCTGTCC 
AACCTTGACC AGGACCTTCC CAACAACATG ATCCATCAAG TTGCCATCAA GTCATTGCCC 
CAGGAGTGGC TGTGGTGCGA GACCTGGTGT GACGACCACT CCAAAACTAC AGCCAAGACC 
ATAGATCTGT GTAATAACCC AAGGACCAAA GAGCCCAAGC TGAGTGCAGC GGTGAGGATT 
GTTTCAGAGT GGACGGAATA TGACAATGAG ATAAAACGCT TTCTGAAAGA AGCGAAAAAA 
GAAATTACCC AGAGTAAAGC ATCCACACAG CACACAGCAG GCAATCGACG TGACGAACTT 
TAG

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

Gene Symbol	uggt2
Entrez Gene ID	497542
Full Name	UDP-glucose glycoprotein glucosyltransferase 2
Synonyms	im:7146988,ugcgl2,wu:fi13a08
General protein information	Preferred Names UDP-glucose glycoprotein glucosyltransferase 2 Names UDP-glucose:glycoprotein glucosyltransferase 2 UDP-glucose ceramide glucosyltransferase-like 2
Gene Type	protein-coding
Organism	Danio rerio(zebrafish)

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

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

uggt2 cDNA ORF clone, Danio rerio(zebrafish)

Gene

Clones

gRNAs

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