UBN1 gene cDNA ORF clone, Taeniopygia guttata(zebra finch)

mRNA	Protein	Name
XM_012576795.2	XP_012432249.2	ubinuclein-1 isoform X3
XM_012576788.1	XP_012432242.1	ubinuclein-1 isoform X3
XM_030285150.1	XP_030141010.1	ubinuclein-1 isoform X6
XM_030285148.1	XP_030141008.1	ubinuclein-1 isoform X2
XM_012576800.1	XP_012432254.1	ubinuclein-1 isoform X5
XM_012576780.1	XP_012432234.1	ubinuclein-1 isoform X1
XM_030285153.1	XP_030141013.1	ubinuclein-1 isoform X9
XM_012576783.1	XP_012432237.1	ubinuclein-1 isoform X2
XM_012576800.2	XP_012432254.2	ubinuclein-1 isoform X5
XM_030285151.1	XP_030141011.1	ubinuclein-1 isoform X7
XM_012576788.2	XP_012432242.2	ubinuclein-1 isoform X8
XM_030285147.1	XP_030141007.1	ubinuclein-1 isoform X1
XM_030285149.1	XP_030141009.1	ubinuclein-1 isoform X4
XM_012576795.1	XP_012432249.1	ubinuclein-1 isoform X4

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OTd01959	XM_012576795.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd18311	XM_012576780.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd18312	XM_012576783.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd18313	XM_012576788.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd18314	XM_012576800.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29634	XM_030285147.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29635	XM_030285148.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29636	XM_012576795.2 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29637	XM_030285149.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29638	XM_012576800.2 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29639	XM_030285150.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29640	XM_030285151.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29641	XM_012576788.2 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OTd29642	XM_030285153.1 Latest version!	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

UBN1 ( XM_012576795.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432249.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OTd01959
Clone ID Related Accession (Same CDS sequence)	XM_012576795.1
Accession Version	XM_012576795.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3393bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197360.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACGGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTTGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCTGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGTGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGGGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG ATGCTTCTCA GCTTCACGGC 
AAAGGGTCCA ATGCACAGCA GCGCAAGTTG TGA

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

RefSeq	XP_012432249.1
CDS	176..3568
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAVTPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPDASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576795.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.

Target ORF information:

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

XM_012576795.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACGGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTTGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCTGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGTGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGGGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG ATGCTTCTCA GCTTCACGGC 
AAAGGGTCCA ATGCACAGCA GCGCAAGTTG TGA

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

UBN1 ( XM_012576780.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432234.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd18311
Clone ID Related Accession (Same CDS sequence)	XM_012576780.1
Accession Version	XM_012576780.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3309bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197360.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTGA GTATCCCTCT 
GCTCACCGGG GTGTCACTTG TGCCTGTGCT GTCACACAGA ACATCAGTGC TCTGCTGGGC 
TGCCCCATTG CACACCAGCC CATCTCTCTG GCTGTTGCTT TGTGCTGTGG TCCCTGCTTT 
TGTATCTCCA GCAGTTGCAT TTGGAGAACC TCGGGCACAT CCCTAGATCT CGCCCAGAAG 
TGCCAATAA

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

RefSeq	XP_012432234.1
CDS	176..3484
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAVTPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSEYPSAHRGVTCACAVTQNISALLGCPIAHQPISLAVALCCGPCFCISSSCIWRTSGTSLDLAQKCQ

Target ORF information:

RefSeq Version	XM_012576780.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.

Target ORF information:

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

XM_012576780.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTGA GTATCCCTCT 
GCTCACCGGG GTGTCACTTG TGCCTGTGCT GTCACACAGA ACATCAGTGC TCTGCTGGGC 
TGCCCCATTG CACACCAGCC CATCTCTCTG GCTGTTGCTT TGTGCTGTGG TCCCTGCTTT 
TGTATCTCCA GCAGTTGCAT TTGGAGAACC TCGGGCACAT CCCTAGATCT CGCCCAGAAG 
TGCCAATAA

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

UBN1 ( XM_012576783.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432237.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd18312
Clone ID Related Accession (Same CDS sequence)	XM_012576783.1
Accession Version	XM_012576783.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3249bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197360.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTCT TCTGGCTGGT 
TTGCACTCCA GCCCCCACCA CGCAGCGCCA CTCCCACACT CTGCCCTGTC CACTCATTTA 
CCACAGAGTT TGCCAGATGC TTCTCAGCTT CACGGCAAAG GGTCCAATGC ACAGCAGCGC 
AAGTTGTGA

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

RefSeq	XP_012432237.1
CDS	176..3424
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAVTPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPDASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576783.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.

Target ORF information:

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

XM_012576783.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTCT TCTGGCTGGT 
TTGCACTCCA GCCCCCACCA CGCAGCGCCA CTCCCACACT CTGCCCTGTC CACTCATTTA 
CCACAGAGTT TGCCAGATGC TTCTCAGCTT CACGGCAAAG GGTCCAATGC ACAGCAGCGC 
AAGTTGTGA

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

UBN1 ( XM_012576788.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432242.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OTd18313
Clone ID Related Accession (Same CDS sequence)	XM_012576788.1
Accession Version	XM_012576788.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3159bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197360.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAATGC TTCTCAGCTT 
CACGGCAAAG GGTCCAATGC ACAGCAGCGC AAGTTGTGA

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

RefSeq	XP_012432242.1
CDS	176..3334
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAVTPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHNASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576788.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012576788.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACGGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT TGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCTGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGT 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG GGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAATGC TTCTCAGCTT 
CACGGCAAAG GGTCCAATGC ACAGCAGCGC AAGTTGTGA

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

UBN1 ( XM_012576800.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432254.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.

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CloneID	OTd18314
Clone ID Related Accession (Same CDS sequence)	XM_012576800.1
Accession Version	XM_012576800.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3303bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197360.1) 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 :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACGGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTTGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCTGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGTGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGGGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA ATGCTTCTCA GCTTCACGGC AAAGGGTCCA ATGCACAGCA GCGCAAGTTG 
TGA

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

RefSeq	XP_012432254.1
CDS	176..3478
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAVTPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHNASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576800.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.

Target ORF information:

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

XM_012576800.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCTGAGG ATGACTACGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAAGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTTACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGTGAC TCCTTCCCCA GCAGACCCTG CAGCCCCAAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAAAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TAGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACGGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTTGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCTGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGTGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGGGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA ATGCTTCTCA GCTTCACGGC AAAGGGTCCA ATGCACAGCA GCGCAAGTTG 
TGA

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

UBN1 ( XM_030285147.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141007.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd29634
Clone ID Related Accession (Same CDS sequence)	XM_030285147.1
Accession Version	XM_030285147.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3459bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG GTAACTTGTC AGATGCTCGT 
GTTTGTCTTC TCCCTTGTGA GTCTATCTCA GCAGGTCCTT CCTTCAGGGC TGAAGCCAAA 
GGGGTTGTCC ATGTTTTCCA GCTGTGTGGT TGTCACTAA

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

RefSeq	XP_030141007.1
CDS	518..3976
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPGNLSDARVCLLPCESISAGPSFRAEAKGVVHVFQLCGCH

Target ORF information:

RefSeq Version	XM_030285147.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X1, mRNA.

Target ORF information:

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

XM_030285147.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG GTAACTTGTC AGATGCTCGT 
GTTTGTCTTC TCCCTTGTGA GTCTATCTCA GCAGGTCCTT CCTTCAGGGC TGAAGCCAAA 
GGGGTTGTCC ATGTTTTCCA GCTGTGTGGT TGTCACTAA

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

UBN1 ( XM_030285148.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141008.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTd29635
Clone ID Related Accession (Same CDS sequence)	XM_030285148.1
Accession Version	XM_030285148.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3408bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACAAAGAAGA AAGTTATAGC TCCTACCAAG GTGAAAGTGA AGGACTCTTC CTGCAAGCCA 
GAGAAGAAGC TGTCGGTGTC TGTCCCCTCC CTGCACTCGA GCAGCACCTT GGCCATGTCC 
TCAGAGCCCC AGGGAGGAGC CTTGGGCATC AGTGCCCAGA CCAGGGAACT CCTGCCCCTT 
GGGACAGCCC AAGCTGCCAG CAGCACTGCC ACTCCTGCCA CCTTCAAGGA TGACTCCTTG 
GATGAGGACT TGATCCACAA CCCCACCTCC TCCCTGGAAG CCGTGTCCAA GGAACTGGCT 
GTGCTGAACA GCAGGGCAGC AGGGAGCCCT GACTTTACTC TTCCTGCAGC TCCAAAAGCT 
CCACCAGAGA AGATCCCAAC TCTCGCATCC TCAGAGGAGA AGAGGACATT TCCAAAGCCC 
AACCCTTCCC CTACATCATC CTCTGGTTCC CTCCAGTCTC CTCTAAACTT CCTAGCCGAG 
CAGGCCCTGG CGTTGGGCCA GTCTTCTCAA GACAAGAAGA CAGAGAACTC TAATTACAAA 
GAGCATTCCT GCCAAGCCTC CCCCAGCAAA ATCCTTCCTG ATGCCCACCA GGCTAAACAG 
AAGCACCACA GCCTGGTCAG GCCAGGCCAC GGGCCCCCAG CCTCGGCGCC GGTGCCGGGC 
TCTCAGGTGA AGGTGTTCCA CCCTGGGGCT CAGCTCCAGA AAACCTTCAC CTCCCCAGCT 
CCCTTTGTCA AACTGCAGAA TCCCAAGTCC TCCACCCCTC TGCCCCAGCG CTCCCTCCTC 
CAGCAGGTCA AGTCATCAAC CAAAGCTCAG AGCTTCCATT CCTCCACGTC CCCGAGCAGC 
ACCCAAAACT CCAGCAGCTC CCACAAGAGC CAAGGCTTGT CCTCATCATC TCTCAGCTAC 
GCCGGGAAGC ACTCGGGTGG CTCCGGCTCT TCAGGACAAT CTTACAAATC GCCTTTCGTC 
GCTGGGTCCC TCTCCAAGCA CGGGGCTTCT TCCAGCAGCT CCTCTGGAGC TCCTGCCAGC 
CAGGGCAGCT CCTCTGGGAC TTTGCTCCCC AGCGTCCCGG CCCCTTCCCC GGGCTCGGCC 
TCCGGCCGCC CGGCCTCGGG CTCCTCGGTG AAGAAACCTC CCGTTTCCCA GAAGCTGACC 
CTGGTGGCAC CTCCCGGGGG CTCCAACGGA GATTCCAGCG GGGGCACCCA GGGCGTGGCC 
AAGTTGCTGA CCTCGTCCCT AAAGCCAGCT GTGGTCAGCA GCACCGCAGC CTCTACCTCT 
GTGCCGAAAG GAACTAGTGG AGCTGTGCTG CTAACAAGCT CTTCCTCCTT AAGTGTACTG 
GCTCCATCCT ACAAGTCCAA CAACCCAAAG CTGCCAGCTG CCCTGAGCTC CACCCCGTTA 
GGTATTATCT CTCCTATTCA TTCTTTCCCT CTCCATGTCA TCTCCTTCAG TTCCGACTCC 
TCCCCAAAAG CAGGAGTTTC CAAGGATGCA ATAGTTACGG GACCTGCTCC GGGAACTTTC 
CACCACGGCC TCGGGCACAG TCTTCTGGCT GGTTTGCACT CCAGCCCCCA CCACGCAGCG 
CCACTCCCAC ACTCTGCCCT GTCCACTCAT TTACCACAGA GTTTGCCAGG TAACTTGTCA 
GATGCTCGTG TTTGTCTTCT CCCTTGTGAG TCTATCTCAG CAGGTCCTTC CTTCAGGGCT 
GAAGCCAAAG GGGTTGTCCA TGTTTTCCAG CTGTGTGGTT GTCACTAA

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

RefSeq	XP_030141008.1
CDS	518..3925
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPGNLSDARVCLLPCESISAGPSFRAEAKGVVHVFQLCGCH

Target ORF information:

RefSeq Version	XM_030285148.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X2, mRNA.

Target ORF information:

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

XM_030285148.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACAAAGAAGA AAGTTATAGC TCCTACCAAG GTGAAAGTGA AGGACTCTTC CTGCAAGCCA 
GAGAAGAAGC TGTCGGTGTC TGTCCCCTCC CTGCACTCGA GCAGCACCTT GGCCATGTCC 
TCAGAGCCCC AGGGAGGAGC CTTGGGCATC AGTGCCCAGA CCAGGGAACT CCTGCCCCTT 
GGGACAGCCC AAGCTGCCAG CAGCACTGCC ACTCCTGCCA CCTTCAAGGA TGACTCCTTG 
GATGAGGACT TGATCCACAA CCCCACCTCC TCCCTGGAAG CCGTGTCCAA GGAACTGGCT 
GTGCTGAACA GCAGGGCAGC AGGGAGCCCT GACTTTACTC TTCCTGCAGC TCCAAAAGCT 
CCACCAGAGA AGATCCCAAC TCTCGCATCC TCAGAGGAGA AGAGGACATT TCCAAAGCCC 
AACCCTTCCC CTACATCATC CTCTGGTTCC CTCCAGTCTC CTCTAAACTT CCTAGCCGAG 
CAGGCCCTGG CGTTGGGCCA GTCTTCTCAA GACAAGAAGA CAGAGAACTC TAATTACAAA 
GAGCATTCCT GCCAAGCCTC CCCCAGCAAA ATCCTTCCTG ATGCCCACCA GGCTAAACAG 
AAGCACCACA GCCTGGTCAG GCCAGGCCAC GGGCCCCCAG CCTCGGCGCC GGTGCCGGGC 
TCTCAGGTGA AGGTGTTCCA CCCTGGGGCT CAGCTCCAGA AAACCTTCAC CTCCCCAGCT 
CCCTTTGTCA AACTGCAGAA TCCCAAGTCC TCCACCCCTC TGCCCCAGCG CTCCCTCCTC 
CAGCAGGTCA AGTCATCAAC CAAAGCTCAG AGCTTCCATT CCTCCACGTC CCCGAGCAGC 
ACCCAAAACT CCAGCAGCTC CCACAAGAGC CAAGGCTTGT CCTCATCATC TCTCAGCTAC 
GCCGGGAAGC ACTCGGGTGG CTCCGGCTCT TCAGGACAAT CTTACAAATC GCCTTTCGTC 
GCTGGGTCCC TCTCCAAGCA CGGGGCTTCT TCCAGCAGCT CCTCTGGAGC TCCTGCCAGC 
CAGGGCAGCT CCTCTGGGAC TTTGCTCCCC AGCGTCCCGG CCCCTTCCCC GGGCTCGGCC 
TCCGGCCGCC CGGCCTCGGG CTCCTCGGTG AAGAAACCTC CCGTTTCCCA GAAGCTGACC 
CTGGTGGCAC CTCCCGGGGG CTCCAACGGA GATTCCAGCG GGGGCACCCA GGGCGTGGCC 
AAGTTGCTGA CCTCGTCCCT AAAGCCAGCT GTGGTCAGCA GCACCGCAGC CTCTACCTCT 
GTGCCGAAAG GAACTAGTGG AGCTGTGCTG CTAACAAGCT CTTCCTCCTT AAGTGTACTG 
GCTCCATCCT ACAAGTCCAA CAACCCAAAG CTGCCAGCTG CCCTGAGCTC CACCCCGTTA 
GGTATTATCT CTCCTATTCA TTCTTTCCCT CTCCATGTCA TCTCCTTCAG TTCCGACTCC 
TCCCCAAAAG CAGGAGTTTC CAAGGATGCA ATAGTTACGG GACCTGCTCC GGGAACTTTC 
CACCACGGCC TCGGGCACAG TCTTCTGGCT GGTTTGCACT CCAGCCCCCA CCACGCAGCG 
CCACTCCCAC ACTCTGCCCT GTCCACTCAT TTACCACAGA GTTTGCCAGG TAACTTGTCA 
GATGCTCGTG TTTGTCTTCT CCCTTGTGAG TCTATCTCAG CAGGTCCTTC CTTCAGGGCT 
GAAGCCAAAG GGGTTGTCCA TGTTTTCCAG CTGTGTGGTT GTCACTAA

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

UBN1 ( XM_012576795.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432249.2 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.

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CloneID	OTd29636
Clone ID Related Accession (Same CDS sequence)	XM_012576795.2
Accession Version	XM_012576795.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3393bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012576795.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG ATGCTTCTCA GCTTCACGGC 
AAAGGGTCCA ATGCACAGCA GCGCAAGTTG TGA

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

RefSeq	XP_012432249.2
CDS	517..3909
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPDASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576795.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X3, mRNA.

Target ORF information:

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

XM_012576795.2

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA GTCTTCTGGC TGGTTTGCAC TCCAGCCCCC ACCACGCAGC GCCACTCCCA 
CACTCTGCCC TGTCCACTCA TTTACCACAG AGTTTGCCAG ATGCTTCTCA GCTTCACGGC 
AAAGGGTCCA ATGCACAGCA GCGCAAGTTG TGA

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

UBN1 ( XM_030285149.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141009.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.

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CloneID	OTd29637
Clone ID Related Accession (Same CDS sequence)	XM_030285149.1
Accession Version	XM_030285149.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3315bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACTGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT CGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCCGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGC 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG CGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTCT TCTGGCTGGT 
TTGCACTCCA GCCCCCACCA CGCAGCGCCA CTCCCACACT CTGCCCTGTC CACTCATTTA 
CCACAGAGTT TGCCAGGTAA CTTGTCAGAT GCTCGTGTTT GTCTTCTCCC TTGTGAGTCT 
ATCTCAGCAG GTCCTTCCTT CAGGGCTGAA GCCAAAGGGG TTGTCCATGT TTTCCAGCTG 
TGTGGTTGTC ACTAA

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

RefSeq	XP_030141009.1
CDS	517..3831
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPGNLSDARVCLLPCESISAGPSFRAEAKGVVHVFQLCGCH

Target ORF information:

RefSeq Version	XM_030285149.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X4, mRNA.

Target ORF information:

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

XM_030285149.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACTGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT CGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCCGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGC 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG CGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAGTCT TCTGGCTGGT 
TTGCACTCCA GCCCCCACCA CGCAGCGCCA CTCCCACACT CTGCCCTGTC CACTCATTTA 
CCACAGAGTT TGCCAGGTAA CTTGTCAGAT GCTCGTGTTT GTCTTCTCCC TTGTGAGTCT 
ATCTCAGCAG GTCCTTCCTT CAGGGCTGAA GCCAAAGGGG TTGTCCATGT TTTCCAGCTG 
TGTGGTTGTC ACTAA

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

UBN1 ( XM_012576800.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432254.2 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OTd29638
Clone ID Related Accession (Same CDS sequence)	XM_012576800.2
Accession Version	XM_012576800.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3303bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012576800.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA ATGCTTCTCA GCTTCACGGC AAAGGGTCCA ATGCACAGCA GCGCAAGTTG 
TGA

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

RefSeq	XP_012432254.2
CDS	516..3818
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRELLCHLVKIKLDGYDLDKNKAQSLEDYVKNFLEGEVKPLWPKGWMQARTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHNASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576800.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X5, mRNA.

Target ORF information:

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

XM_012576800.2

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGGAGC TGCTTTGCCA CTTGGTGAAG 
ATTAAATTGG ATGGTTATGA CCTTGACAAG AATAAGGCTC AGTCTCTAGA GGATTATGTG 
AAGAACTTCC TAGAAGGAGA GGTGAAGCCC CTTTGGCCAA AAGGCTGGAT GCAGGCCAGG 
ACACTGTTTA AGGAGAGCAG GCGTGTACAC GGACACCTCA CATCAGTCCT GACAAAGAAG 
AAAGTTATAG CTCCTACCAA GGTGAAAGTG AAGGACTCTT CCTGCAAGCC AGAGAAGAAG 
CTGTCGGTGT CTGTCCCCTC CCTGCACTCG AGCAGCACCT TGGCCATGTC CTCAGAGCCC 
CAGGGAGGAG CCTTGGGCAT CAGTGCCCAG ACCAGGGAAC TCCTGCCCCT TGGGACAGCC 
CAAGCTGCCA GCAGCACTGC CACTCCTGCC ACCTTCAAGG ATGACTCCTT GGATGAGGAC 
TTGATCCACA ACCCCACCTC CTCCCTGGAA GCCGTGTCCA AGGAACTGGC TGTGCTGAAC 
AGCAGGGCAG CAGGGAGCCC TGACTTTACT CTTCCTGCAG CTCCAAAAGC TCCACCAGAG 
AAGATCCCAA CTCTCGCATC CTCAGAGGAG AAGAGGACAT TTCCAAAGCC CAACCCTTCC 
CCTACATCAT CCTCTGGTTC CCTCCAGTCT CCTCTAAACT TCCTAGCCGA GCAGGCCCTG 
GCGTTGGGCC AGTCTTCTCA AGACAAGAAG ACAGAGAACT CTAATTACAA AGAGCATTCC 
TGCCAAGCCT CCCCCAGCAA AATCCTTCCT GATGCCCACC AGGCTAAACA GAAGCACCAC 
AGCCTGGTCA GGCCAGGCCA CGGGCCCCCA GCCTCGGCGC CGGTGCCGGG CTCTCAGGTG 
AAGGTGTTCC ACCCTGGGGC TCAGCTCCAG AAAACCTTCA CCTCCCCAGC TCCCTTTGTC 
AAACTGCAGA ATCCCAAGTC CTCCACCCCT CTGCCCCAGC GCTCCCTCCT CCAGCAGGTC 
AAGTCATCAA CCAAAGCTCA GAGCTTCCAT TCCTCCACGT CCCCGAGCAG CACCCAAAAC 
TCCAGCAGCT CCCACAAGAG CCAAGGCTTG TCCTCATCAT CTCTCAGCTA CGCCGGGAAG 
CACTCGGGTG GCTCCGGCTC TTCAGGACAA TCTTACAAAT CGCCTTTCGT CGCTGGGTCC 
CTCTCCAAGC ACGGGGCTTC TTCCAGCAGC TCCTCTGGAG CTCCTGCCAG CCAGGGCAGC 
TCCTCTGGGA CTTTGCTCCC CAGCGTCCCG GCCCCTTCCC CGGGCTCGGC CTCCGGCCGC 
CCGGCCTCGG GCTCCTCGGT GAAGAAACCT CCCGTTTCCC AGAAGCTGAC CCTGGTGGCA 
CCTCCCGGGG GCTCCAACGG AGATTCCAGC GGGGGCACCC AGGGCGTGGC CAAGTTGCTG 
ACCTCGTCCC TAAAGCCAGC TGTGGTCAGC AGCACCGCAG CCTCTACCTC TGTGCCGAAA 
GGAACTAGTG GAGCTGTGCT GCTAACAAGC TCTTCCTCCT TAAGTGTACT GGCTCCATCC 
TACAAGTCCA ACAACCCAAA GCTGCCAGCT GCCCTGAGCT CCACCCCGTT AGGTATTATC 
TCTCCTATTC ATTCTTTCCC TCTCCATGTC ATCTCCTTCA GTTCCGACTC CTCCCCAAAA 
GCAGGAGTTT CCAAGGATGC AATAGTTACG GGACCTGCTC CGGGAACTTT CCACCACGGC 
CTCGGGCACA ATGCTTCTCA GCTTCACGGC AAAGGGTCCA ATGCACAGCA GCGCAAGTTG 
TGA

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

UBN1 ( XM_030285150.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141010.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OTd29639
Clone ID Related Accession (Same CDS sequence)	XM_030285150.1
Accession Version	XM_030285150.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3264bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAGTCTT 
CTGGCTGGTT TGCACTCCAG CCCCCACCAC GCAGCGCCAC TCCCACACTC TGCCCTGTCC 
ACTCATTTAC CACAGAGTTT GCCAGGTAAC TTGTCAGATG CTCGTGTTTG TCTTCTCCCT 
TGTGAGTCTA TCTCAGCAGG TCCTTCCTTC AGGGCTGAAG CCAAAGGGGT TGTCCATGTT 
TTCCAGCTGT GTGGTTGTCA CTAA

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

RefSeq	XP_030141010.1
CDS	516..3779
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPGNLSDARVCLLPCESISAGPSFRAEAKGVVHVFQLCGCH

Target ORF information:

RefSeq Version	XM_030285150.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X6, mRNA.

Target ORF information:

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

XM_030285150.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAGTCTT 
CTGGCTGGTT TGCACTCCAG CCCCCACCAC GCAGCGCCAC TCCCACACTC TGCCCTGTCC 
ACTCATTTAC CACAGAGTTT GCCAGGTAAC TTGTCAGATG CTCGTGTTTG TCTTCTCCCT 
TGTGAGTCTA TCTCAGCAGG TCCTTCCTTC AGGGCTGAAG CCAAAGGGGT TGTCCATGTT 
TTCCAGCTGT GTGGTTGTCA CTAA

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

UBN1 ( XM_030285151.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141011.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X7, mRNA.

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CloneID	OTd29640
Clone ID Related Accession (Same CDS sequence)	XM_030285151.1
Accession Version	XM_030285151.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3198bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAGTCTT 
CTGGCTGGTT TGCACTCCAG CCCCCACCAC GCAGCGCCAC TCCCACACTC TGCCCTGTCC 
ACTCATTTAC CACAGAGTTT GCCAGATGCT TCTCAGCTTC ACGGCAAAGG GTCCAATGCA 
CAGCAGCGCA AGTTGTGA

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

RefSeq	XP_030141011.1
CDS	515..3712
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHSLLAGLHSSPHHAAPLPHSALSTHLPQSLPDASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_030285151.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X7, mRNA.

Target ORF information:

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

XM_030285151.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAGTCTT 
CTGGCTGGTT TGCACTCCAG CCCCCACCAC GCAGCGCCAC TCCCACACTC TGCCCTGTCC 
ACTCATTTAC CACAGAGTTT GCCAGATGCT TCTCAGCTTC ACGGCAAAGG GTCCAATGCA 
CAGCAGCGCA AGTTGTGA

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

UBN1 ( XM_012576788.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012432242.2 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OTd29641
Clone ID Related Accession (Same CDS sequence)	XM_012576788.2
Accession Version	XM_012576788.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3159bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_012576788.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACTGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT CGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCCGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGC 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG CGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAATGC TTCTCAGCTT 
CACGGCAAAG GGTCCAATGC ACAGCAGCGC AAGTTGTGA

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

RefSeq	XP_012432242.2
CDS	515..3673
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTLFKESRRVHGHLTSVLTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHNASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_012576788.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X8, mRNA.

Target ORF information:

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

XM_012576788.2

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAC TGTTTAAGGA GAGCAGGCGT 
GTACACGGAC ACCTCACATC AGTCCTGACA AAGAAGAAAG TTATAGCTCC TACCAAGGTG 
AAAGTGAAGG ACTCTTCCTG CAAGCCAGAG AAGAAGCTGT CGGTGTCTGT CCCCTCCCTG 
CACTCGAGCA GCACCTTGGC CATGTCCTCA GAGCCCCAGG GAGGAGCCTT GGGCATCAGT 
GCCCAGACCA GGGAACTCCT GCCCCTTGGG ACAGCCCAAG CTGCCAGCAG CACTGCCACT 
CCTGCCACCT TCAAGGATGA CTCCTTGGAT GAGGACTTGA TCCACAACCC CACCTCCTCC 
CTGGAAGCCG TGTCCAAGGA ACTGGCTGTG CTGAACAGCA GGGCAGCAGG GAGCCCTGAC 
TTTACTCTTC CTGCAGCTCC AAAAGCTCCA CCAGAGAAGA TCCCAACTCT CGCATCCTCA 
GAGGAGAAGA GGACATTTCC AAAGCCCAAC CCTTCCCCTA CATCATCCTC TGGTTCCCTC 
CAGTCTCCTC TAAACTTCCT AGCCGAGCAG GCCCTGGCGT TGGGCCAGTC TTCTCAAGAC 
AAGAAGACAG AGAACTCTAA TTACAAAGAG CATTCCTGCC AAGCCTCCCC CAGCAAAATC 
CTTCCTGATG CCCACCAGGC TAAACAGAAG CACCACAGCC TGGTCAGGCC AGGCCACGGG 
CCCCCAGCCT CGGCGCCGGT GCCGGGCTCT CAGGTGAAGG TGTTCCACCC TGGGGCTCAG 
CTCCAGAAAA CCTTCACCTC CCCAGCTCCC TTTGTCAAAC TGCAGAATCC CAAGTCCTCC 
ACCCCTCTGC CCCAGCGCTC CCTCCTCCAG CAGGTCAAGT CATCAACCAA AGCTCAGAGC 
TTCCATTCCT CCACGTCCCC GAGCAGCACC CAAAACTCCA GCAGCTCCCA CAAGAGCCAA 
GGCTTGTCCT CATCATCTCT CAGCTACGCC GGGAAGCACT CGGGTGGCTC CGGCTCTTCA 
GGACAATCTT ACAAATCGCC TTTCGTCGCT GGGTCCCTCT CCAAGCACGG GGCTTCTTCC 
AGCAGCTCCT CTGGAGCTCC TGCCAGCCAG GGCAGCTCCT CTGGGACTTT GCTCCCCAGC 
GTCCCGGCCC CTTCCCCGGG CTCGGCCTCC GGCCGCCCGG CCTCGGGCTC CTCGGTGAAG 
AAACCTCCCG TTTCCCAGAA GCTGACCCTG GTGGCACCTC CCGGGGGCTC CAACGGAGAT 
TCCAGCGGGG GCACCCAGGG CGTGGCCAAG TTGCTGACCT CGTCCCTAAA GCCAGCTGTG 
GTCAGCAGCA CCGCAGCCTC TACCTCTGTG CCGAAAGGAA CTAGTGGAGC TGTGCTGCTA 
ACAAGCTCTT CCTCCTTAAG TGTACTGGCT CCATCCTACA AGTCCAACAA CCCAAAGCTG 
CCAGCTGCCC TGAGCTCCAC CCCGTTAGGT ATTATCTCTC CTATTCATTC TTTCCCTCTC 
CATGTCATCT CCTTCAGTTC CGACTCCTCC CCAAAAGCAG GAGTTTCCAA GGATGCAATA 
GTTACGGGAC CTGCTCCGGG AACTTTCCAC CACGGCCTCG GGCACAATGC TTCTCAGCTT 
CACGGCAAAG GGTCCAATGC ACAGCAGCGC AAGTTGTGA

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

UBN1 ( XM_030285153.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030141013.1 Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OTd29642
Clone ID Related Accession (Same CDS sequence)	XM_030285153.1
Accession Version	XM_030285153.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3108bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	ubinuclein-1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044226.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAATGCT 
TCTCAGCTTC ACGGCAAAGG GTCCAATGCA CAGCAGCGCA AGTTGTGA

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

RefSeq	XP_030141013.1
CDS	514..3621
Translation	MTEPHRVSFTTLHGPLSSSFLKRSRKDEAEQPPEPEPAATAVRITLTLFEPDHKRCPEFFYPDLLKSCRGKVKGGSSGDKKKDPADPFNDEEKERHKVEALARKFEEKYGAKRRRKDRIQDLIDMGYGYDESDSFIDNSEAYDELVPASLTTKYGGFYINSGTLQFRQASESEDDYVKEKKKKCPKKRKLKDGGEKIKKKKKDDSYDKEKKSKKSKFPKAGFTALNASKEKKKKKYSGALSVKEMLKKFQKEKDAQKKKDEEQKAATPSPADPAAPREAEAMADPLLSLFGHASDSDLLQAATAMDSLSELDLERLLSESPEGSPFPEVEDGSDPGLEQEFKQPPSLPEGLPAPLEKRIKELAQAARAAEGEGKQRFFTQDINNIILDIELQTRELSSQVRSGVYAHLAAFFPCSKDTLLKRARRLYLYEQGGRLKEPLQKLREAIGRAMPEQVAKYQEECQAHTQAKFAKMLEEEKDKEQRVCSDDDEDEEKGGKRVAGPRKKFQWNDEIRTKKKVIAPTKVKVKDSSCKPEKKLSVSVPSLHSSSTLAMSSEPQGGALGISAQTRELLPLGTAQAASSTATPATFKDDSLDEDLIHNPTSSLEAVSKELAVLNSRAAGSPDFTLPAAPKAPPEKIPTLASSEEKRTFPKPNPSPTSSSGSLQSPLNFLAEQALALGQSSQDKKTENSNYKEHSCQASPSKILPDAHQAKQKHHSLVRPGHGPPASAPVPGSQVKVFHPGAQLQKTFTSPAPFVKLQNPKSSTPLPQRSLLQQVKSSTKAQSFHSSTSPSSTQNSSSSHKSQGLSSSSLSYAGKHSGGSGSSGQSYKSPFVAGSLSKHGASSSSSSGAPASQGSSSGTLLPSVPAPSPGSASGRPASGSSVKKPPVSQKLTLVAPPGGSNGDSSGGTQGVAKLLTSSLKPAVVSSTAASTSVPKGTSGAVLLTSSSSLSVLAPSYKSNNPKLPAALSSTPLGIISPIHSFPLHVISFSSDSSPKAGVSKDAIVTGPAPGTFHHGLGHNASQLHGKGSNAQQRKL

Target ORF information:

RefSeq Version	XM_030285153.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata ubinuclein 1 (UBN1), transcript variant X9, mRNA.

Target ORF information:

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

XM_030285153.1

ORF Insert Sequence:

ATGACAGAGC CCCACCGGGT GTCGTTCACC ACTCTGCACG GGCCCCTGAG CAGCAGCTTC 
CTCAAGAGGT CTCGCAAGGA CGAGGCAGAG CAGCCCCCGG AGCCGGAGCC GGCGGCCACG 
GCCGTGCGCA TCACTCTGAC CCTCTTCGAG CCCGACCACA AACGCTGTCC CGAGTTCTTC 
TACCCAGATC TCCTCAAGAG CTGTCGGGGG AAAGTAAAAG GGGGTTCTTC AGGTGATAAG 
AAGAAAGACC CAGCTGATCC CTTCAATGAT GAGGAGAAGG AAAGGCATAA AGTGGAGGCT 
CTTGCTAGGA AGTTCGAAGA AAAATATGGT GCCAAGAGGC GCAGGAAGGA CCGGATTCAG 
GATTTGATTG ATATGGGGTA TGGCTATGAT GAGTCCGACT CCTTCATCGA CAACTCGGAA 
GCTTACGATG AGCTGGTTCC TGCCTCTCTC ACTACCAAGT ACGGAGGGTT TTACATCAAC 
TCGGGAACGC TGCAGTTCCG GCAGGCCTCT GAGTCCGAGG ATGACTATGT CAAAGAGAAG 
AAGAAGAAGT GTCCCAAGAA GCGGAAGTTG AAAGATGGGG GTGAAAAAAT AAAGAAGAAG 
AAGAAAGATG ATTCTTATGA CAAGGAAAAG AAATCGAAGA AGTCCAAGTT TCCAAAAGCT 
GGCTTCACAG CATTAAATGC AAGTAAGGAG AAGAAGAAGA AGAAATACTC TGGAGCTCTC 
AGTGTCAAGG AGATGCTGAA GAAGTTCCAG AAGGAGAAGG ATGCTCAGAA GAAAAAAGAT 
GAGGAGCAGA AAGCGGCGAC TCCTTCCCCA GCAGACCCTG CAGCCCCGAG GGAGGCAGAG 
GCCATGGCTG ACCCTCTGCT GTCCCTCTTT GGCCACGCCA GTGACAGTGA CCTGCTCCAG 
GCAGCCACGG CCATGGACTC CCTGAGCGAG CTGGACCTGG AGCGGCTCCT CAGCGAGTCC 
CCGGAGGGCA GCCCCTTCCC TGAGGTGGAG GATGGCAGCG ACCCTGGCTT GGAGCAGGAG 
TTCAAGCAGC CACCATCCCT CCCAGAAGGG CTGCCAGCCC CCCTGGAGAA AAGGATCAAG 
GAACTGGCTC AGGCTGCCAG AGCTGCTGAG GGAGAAGGCA AGCAGAGATT CTTCACTCAG 
GACATCAACA ACATCATACT GGACATCGAG CTGCAGACGC GGGAGCTCAG CAGCCAGGTC 
CGCTCGGGGG TCTACGCCCA CCTGGCTGCC TTCTTCCCCT GCAGCAAGGA CACGCTGCTG 
AAGCGAGCCC GCAGGCTCTA CCTCTACGAG CAGGGTGGCC GGCTGAAGGA GCCTCTGCAG 
AAGCTGAGGG AAGCCATTGG AAGGGCCATG CCAGAGCAGG TGGCCAAGTA CCAGGAGGAA 
TGCCAAGCCC ATACTCAGGC CAAGTTTGCC AAGATGCTGG AAGAGGAAAA AGACAAAGAA 
CAGCGAGTTT GTTCTGATGA TGATGAGGAT GAAGAAAAGG GAGGGAAGCG TGTCGCGGGC 
CCACGGAAGA AATTCCAGTG GAATGATGAA ATCAGGACAA AGAAGAAAGT TATAGCTCCT 
ACCAAGGTGA AAGTGAAGGA CTCTTCCTGC AAGCCAGAGA AGAAGCTGTC GGTGTCTGTC 
CCCTCCCTGC ACTCGAGCAG CACCTTGGCC ATGTCCTCAG AGCCCCAGGG AGGAGCCTTG 
GGCATCAGTG CCCAGACCAG GGAACTCCTG CCCCTTGGGA CAGCCCAAGC TGCCAGCAGC 
ACTGCCACTC CTGCCACCTT CAAGGATGAC TCCTTGGATG AGGACTTGAT CCACAACCCC 
ACCTCCTCCC TGGAAGCCGT GTCCAAGGAA CTGGCTGTGC TGAACAGCAG GGCAGCAGGG 
AGCCCTGACT TTACTCTTCC TGCAGCTCCA AAAGCTCCAC CAGAGAAGAT CCCAACTCTC 
GCATCCTCAG AGGAGAAGAG GACATTTCCA AAGCCCAACC CTTCCCCTAC ATCATCCTCT 
GGTTCCCTCC AGTCTCCTCT AAACTTCCTA GCCGAGCAGG CCCTGGCGTT GGGCCAGTCT 
TCTCAAGACA AGAAGACAGA GAACTCTAAT TACAAAGAGC ATTCCTGCCA AGCCTCCCCC 
AGCAAAATCC TTCCTGATGC CCACCAGGCT AAACAGAAGC ACCACAGCCT GGTCAGGCCA 
GGCCACGGGC CCCCAGCCTC GGCGCCGGTG CCGGGCTCTC AGGTGAAGGT GTTCCACCCT 
GGGGCTCAGC TCCAGAAAAC CTTCACCTCC CCAGCTCCCT TTGTCAAACT GCAGAATCCC 
AAGTCCTCCA CCCCTCTGCC CCAGCGCTCC CTCCTCCAGC AGGTCAAGTC ATCAACCAAA 
GCTCAGAGCT TCCATTCCTC CACGTCCCCG AGCAGCACCC AAAACTCCAG CAGCTCCCAC 
AAGAGCCAAG GCTTGTCCTC ATCATCTCTC AGCTACGCCG GGAAGCACTC GGGTGGCTCC 
GGCTCTTCAG GACAATCTTA CAAATCGCCT TTCGTCGCTG GGTCCCTCTC CAAGCACGGG 
GCTTCTTCCA GCAGCTCCTC TGGAGCTCCT GCCAGCCAGG GCAGCTCCTC TGGGACTTTG 
CTCCCCAGCG TCCCGGCCCC TTCCCCGGGC TCGGCCTCCG GCCGCCCGGC CTCGGGCTCC 
TCGGTGAAGA AACCTCCCGT TTCCCAGAAG CTGACCCTGG TGGCACCTCC CGGGGGCTCC 
AACGGAGATT CCAGCGGGGG CACCCAGGGC GTGGCCAAGT TGCTGACCTC GTCCCTAAAG 
CCAGCTGTGG TCAGCAGCAC CGCAGCCTCT ACCTCTGTGC CGAAAGGAAC TAGTGGAGCT 
GTGCTGCTAA CAAGCTCTTC CTCCTTAAGT GTACTGGCTC CATCCTACAA GTCCAACAAC 
CCAAAGCTGC CAGCTGCCCT GAGCTCCACC CCGTTAGGTA TTATCTCTCC TATTCATTCT 
TTCCCTCTCC ATGTCATCTC CTTCAGTTCC GACTCCTCCC CAAAAGCAGG AGTTTCCAAG 
GATGCAATAG TTACGGGACC TGCTCCGGGA ACTTTCCACC ACGGCCTCGG GCACAATGCT 
TCTCAGCTTC ACGGCAAAGG GTCCAATGCA CAGCAGCGCA AGTTGTGA

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

Gene Symbol	UBN1
Entrez Gene ID	100227353
Full Name	ubinuclein 1
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

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

UBN1 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

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