Ufd4 cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ufd4
Entrez Gene ID	34378
Full Name	CG5604 gene product from transcript CG5604-RA
Synonyms	Dmel\CG5604
Gene Type	protein-coding
Organism	Drosophila melanogaster(fruit fly)
Genome	Chromosome: 2L Map Location: 31C4-31C6

mRNA and Protein(s)

mRNA	Protein	Name
NM_135525.2	NP_609369.1	ubiquitin fusion-degradation 4-like

Pathways from BioSystems

Homologies

Homo sapiens (human)	HECTD1	NP_056197.2
Pan troglodytes (chimpanzee)	HECTD1	XP_509889.2
Drosophila melanogaster (fruit fly)	CG5604	NP_609369.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP009511	XP_310184.4
Mus musculus (house mouse)	Hectd1	NP_659037.2
Canis lupus familiaris (dog)	HECTD1	XP_850301.2
Caenorhabditis elegans (roundworm)	hecd-1	NP_501120.1
Danio rerio (zebrafish)	hectd1	NP_001002504.2
	HECTD1	XP_001115000.1
Bos taurus (cattle)	HECTD1	XP_005222128.1
Rattus norvegicus (Norway rat)	Hectd1	XP_006240148.1
Gallus gallus (chicken)	HECTD1	XP_421227.3
Xenopus tropicalis (tropical clawed frog)	hectd1	NP_001131085.1

Gene Ontology
Bibliography

Related articles in PubMed

Gene Model Annotations for Drosophila melanogaster: Impact of High-Throughput Data.
Matthews BB, Dos Santos G, Crosby MA, Emmert DB, St Pierre SE, Gramates LS, Zhou P, Schroeder AJ, Falls K, Strelets V, Russo SM, Gelbart WM,
G3 (Bethesda, Md.)5(8)1721-36(2015 Jun)

Gene Model Annotations for Drosophila melanogaster: The Rule-Benders.
Crosby MA, Gramates LS, Dos Santos G, Matthews BB, St Pierre SE, Zhou P, Schroeder AJ, Falls K, Emmert DB, Russo SM, Gelbart WM,
G3 (Bethesda, Md.)5(8)1737-49(2015 Jun)

Sequence finishing and mapping of Drosophila melanogaster heterochromatin.
Hoskins RA, Carlson JW, Kennedy C, Acevedo D, Evans-Holm M, Frise E, Wan KH, Park S, Mendez-Lago M, Rossi F, Villasante A, Dimitri P, Karpen GH, Celniker SE
Science (New York, N.Y.)316(5831)1625-8(2007 Jun)

The Release 5.1 annotation of Drosophila melanogaster heterochromatin.
Smith CD, Shu S, Mungall CJ, Karpen GH
Science (New York, N.Y.)316(5831)1586-91(2007 Jun)

Combined evidence annotation of transposable elements in genome sequences.
Quesneville H, Bergman CM, Andrieu O, Autard D, Nouaud D, Ashburner M, Anxolabehere D
PLoS computational biology1(2)166-75(2005 Jul)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following Ufd4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ufd4 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OFa14306	NM_135525.2 Latest version!	Drosophila melanogaster ubiquitin fusion-degradation 4-like (Ufd4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

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

*Business Day

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

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

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

Reference Sequences (Refseq)

Ufd4 ( NM_135525.2 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_609369.1 Drosophila melanogaster ubiquitin fusion-degradation 4-like (Ufd4), mRNA.

Price & Availability↑

CloneID	OFa14306
Clone ID Related Accession (Same CDS sequence)	NM_135525.2
Accession Version	NM_135525.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8184bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-24
Organism	Drosophila melanogaster(fruit fly)
Product	ubiquitin fusion-degradation 4-like
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NT_033779). On Jul 15, 2014 this sequence version replaced NM_135525.1. ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGGGCGATG TCGACCCCGA GACGCTGCTG GAATGGTTGT CCATGGGACA AGGAGATGAG 
CGGGATATGC AACTAATCGC ACTGGAGCAG CTGTGTATGC TGCTCCTAAT GTCCGATAAT 
GTAGATCGTT GCTTCGAAAG CTGCCCTCCT CGAACATTTT TACCGGCGTT GTGTAAGATA 
TTCCTGGACG AACTTGCACC TGAAAATGTA CTCGAGGTCA CTGCGCGAGC CATCACCTAT 
TACCTGGATG TTTCGGCTGA GTGCACCAGG CGTATCGTTT CCATTGATGG CGCCATCAAA 
GCCATATGCA ATCATCTAGT GGTCGCCGAT CTATCATCGC GCACATCTCG CGATCTTGCC 
GAGCAATGTA TCAAAGTGCT CGAGCTGATT TGCACCCGAG AAGCTGGCGC CGTCTTCGAG 
GGCGGCGGCC TCAACTGCGT ACTGTCCTTC ATACGGGACT GTGGCTCGCA GGTTCACAAG 
GACACCTTAC ACTCGGCCAT GTCGGTGGTA TCCAGGCTCT GCACCAAGGT GGAACCTAAT 
ACTCCATGCA TACAAAACTG CGTCGAGAGT CTGAGCACTC TGCTGCAACA CGAGGACCCC 
ATGGTATCCG ATGGAGCTCT AAAGTGCTTT GCCTCTGTAG CAGATCGATT TACACGAAAG 
TGGGTGGACC CAGCACCGTT GGCAGAGTAC GGCCTGACAA CCGAGTTGTT GAAGCGCCTC 
CAAAGTGTCG GAGGAAACAC GCACTCTTCG CTGACAGCGG CTGGAACCCA GCCAACCAGC 
TCTAGCCAAC CCGCTGCAAC CACAAACTCG GATGCCATTA ATGAAAACGT TGCTGGAACT 
GCAACCATAT CCAACAGCAC CAAGGTTAAG TCATCTGATG CCGCCGCCTC GCCGCAATCG 
ATATCAACAA CGATTTCCTT GTTGTCCACA CTTTGTCGCG GATCACCCTC GATTACCCAT 
GACATTTTGC GATCCCAATT GGCTGATGCC CTCGAAAGAG CTCTGCAGGG CGATGAGCGA 
TGCGTGTTGG ATTGCATGCG ATTTGCGGAT CTATTGCTGT TACTATTGTT CGAGGGTCGC 
CAAGCATTAA ACCGAGGAAG TAACAACCCC AATCAGGGAC AGTTGGCGCC TCGACCAAGG 
CGTAATAATA CCAACACCGA TCGCACGCAT CGCCAGCTCA TTGATTGCAT ACGATCAAAG 
GATTCGGAAG CCCTTCGTGA GGCCATCGAA TCGGGTGGCA TTGACGTCAA TTGTATGGAC 
GATGTGGGCC AAACACTTCT CAATTGGGCT TCGGCCTTCG GTACCTTGGA AATGGTAGAA 
TATTTGTGTG AGAAGGGAGC CGATGTCAAC AAGGGTCAAC GAAGTTCGTC CCTACACTAT 
GCAGCTTGTT TTGGTCGCCC GGCTATTGCG AAAATCCTTT TGAAATTCGG AGCCTATCCG 
GATTTGCGAG ATGAAGATGG GAAAACGCCA TTGGATAAGG CGCGAGAAAG ATTAGACGAT 
GGACATCGAG AGGTAGCGGC AATTTTGCAG TCGCCTGGGG AGTGGATGTC GCCAGATCAT 
TCGCTTCTCA ACAAAGATGG CAAAAAGTAC ACACTAATGG AGCCCCGAGG TGATCCGGAA 
ATGGCGCCCA TTTACCTAAA GGTCCTTCTG CCCATATTCT GTAGAACGTT CCTGGGTTCG 
ATGCTGGGCA GCGTCCGGCG GGCCAGTTTG GCCCTGATCA AAAAGATAGT TCAGTACGCG 
TACCCAACGG TGCTCCAAAG TCTCAGTGAA ACCAGTTTTA GCGAAGATGC AGCGTCGACA 
TCGGGTCAAA ATGGTGGGAA CCTACTAATT GAGGTGATCG CCAGTGTCCT AGATAACGAG 
GATGACGGTG ACGGTCATTT AATAGTTTTA AATATTATTG AGGAAATTAT GTGTAAGACA 
CAGGAGGAAT TCCTCGATCA TTTTGCAAGG CTAGGAGTGT TTGCAAAGGT CCAAGCCCTG 
ATGGACACCG ATGCGGAGGA ATTGTATGTA CAATTACCAG GGACCGTAGA GGAACCAGCC 
GCAGCGCAAA GATCGTCGAC CAGTGTAGTC GTTGCTCCTA GGCCAACATC AGATGATCCT 
ATGGAGGACG CGAAGGAGAT ATTGCAAGGG AAACCCTATC ACTGGCGCGA GTGGAGCATT 
TGCAGAGGCC GGGATTGTTT GTACGTCTGG TCAGATTCTG TGGCCCTTGA GCTGTCCAAT 
GGCTCAAACG GATGGTTCCG CTTCATCATA GATGGCAAAC TGGCAACGAT GTACTCCAGT 
GGCAGTCCGG AGAACGGAAA TGATAGTTCT GAAAATCGGG GCGAGTTTCT TGAGAAACTG 
ATGCGTGCTC GGTCCTGCGT GATTGCAGGA GTTGTATCAC AGCCCATTTT GCCCACTGCG 
AGTGCTCTGC GCCTAGTTGT TGGCAACTGG GTTCTACAGT CGCAGAAAAC AAACCAGCTA 
CAAATTCACA ACACCGAAGG TCATCAAGTT ACCGTGTTGC AGGACGATTT GCCCGGTTTT 
ATTTTTGAAA GCAATCGAGG AACGAAGCAT ACCTTCTCGG CAGAAACTGT CCTGGGTCCC 
GATTTTGCAT CCGGTTGGTC AACAGCCAAA AAGAAGCGCA ACAAGTCAAA GACAGAGGGT 
CAAAAGTTCC AGGTTCGAAA CCTATCGCGG GAAATTTATA ACAAGTACTT CAAGTCTGCG 
CAAATAATTC CTCGGGGCGC CGTAGCCATA CTTACGGATA TCGTAAAGCA AATTGAGCTA 
TCCTTTGAGG AGCAGCACAT GGCACCAAAT GGAAACTGGG AGACCACACT TACGGACGCC 
CTAATGAAGC TATCTCAACT GATACACGAA GACGGCGTTG TAAGCGCCTA TGAAATGCAT 
TCGTCGGGAT TGGTACAAGC TTTGGTAGCC GTGCTGTCGG TCAATCATTG GGAAACTAAT 
TCACCTCGCT GCAAGCGAAA CAAAATGCAA AAGCAACGAG TCTCTGTATT CAAGAAATGT 
ATACTGGAGG ACAACGTTGA GTCTGCAACG AACAAACCAA GAACTAAAAG TACTGCAAGT 
ATTTTAATTC AAAAACTTGT CTCGGTTTTG GAAAGCACCG AGAAGCTGCC AGTCTATTTG 
TACGATTCTC CATGCACTGG ATACAGTTTG CAAATTCTGC AGAAAAGACT TCGTTTCCGT 
TTGGAGCGTG CAGAGTGCGA AAGCACTTTA TTCGATCGAT CGGGACGAAC TCTTAAAATG 
GAACCATTGG CAACGATTGG ACAACTTTCC AAATATCTAC TGAAAATGGT GGCCAAACAA 
TGGTACGACC TCGACCGCTC AACATACTTC TATTTGAAGA AAATTCGGGA GCATAGGACC 
GCTACCGTGT TTACGCACTC CTTTGATTTC GACGAGGAAG GCTTGTTATT CTACATTGGC 
TCCAATGCTA AGACCTGCGA TTGGGTTAAC CCAGCGCAAT ATGGCCTGGT GCAAGTGACT 
AGCTCGGAGG GCAAGACCTT ACCCTATGGC AAACTGGAGG ATATTCTATC ACGCGATAGC 
ATCTCACTCA ATTGTCACAC CAAGGACAAC AAGAAGGCTT GGTTTGCCAT AGACTTGGGT 
GTCTATATAA TTCCCACTGC TTACACGCTG CGCCATGCCC GCGGTTATGG AAGATCGGCT 
TTGAGAAACT GGCTACTTCA AGGCTCCAAG GATGGCTCAA CTTGGACCAC CCTCAGCACA 
CATGTGGATG ACAAGAGTCT TGTGGAGCCT GGCAGCACAG CCACATGGCC CATTAACTGT 
GCAACTGATG ATTCCGTATG GTATCGCCAC ATTAGAATCC AGCAAAATGG CCGCAATGCG 
TCTGGCCAGA CCCATTATTT GAGTTTGAGT GGCTTCGAAA TCTATGGGCG CGTCGTAGGC 
GTTGCCGATG ATATCGGAAA GAGTGTCAAG GAAGCTGAGG CAAAAACGAG GCGCGAGAGG 
CGGCAGATAA GGGCACAGCT GAAGCACATG ACCACCGGTG CACGAGTGAT CCGTGGCGTC 
GATTGGCGCT GGGAGGAACA GGACGGATGT GCCGAGGGCA CAATAACCGG CGAAATACAC 
AACGGCTGGA TCGATGTGAA GTGGGACCAT GGTGTGCGCA ACTCCTATCG CATGGGAGCC 
GAAGGAAAAT ACGATTTGAA GTTGGCTGAT TGCGAGTATC TATCCGCCTT CGACGGAAAT 
CAGTCGATGG GCAGTGCAAG CACAGCTGCT AAACCAAGTG AGAAGGGGGG AAACACACTC 
ACCTCACGCA AATCGAGCTC CACTCCATCC CTGCCCGAAG CCACAGAGAA GAATCAAAAC 
CCCGAGGGTG CGTCCAATCA AACTGTTTCG GCGGACAACT TGGCCTGGAA GCAGACTGTG 
GAGACGATTG CAGAGAACGT ATTTGCTTCG GCCAAGACAC AGATTATATC AAACCAACTT 
GCTATGAACA CATCTTCCTC CAGGGAAGCT CGGGCCAAGC ACAAGGAGTC TGGCACCAAT 
CAAATGCATA AGGATAACAT AAGTGGACCC TCGCCATTGA GCCGAGAGTT GGAGCACATA 
TCGGACTTGT CGGCCATCAA CAACTCGATG CCGGCAATTA ACTCGAGCAA TGTTTCCGAC 
CTAGCCACCA TTTCGGAGAA CCTATCACTA ACTGAATTGT CCAAAGAGAA TATATGCAGG 
GTCCTAACGC CTTCCTACAA ACCCGCTGAG AGCGTTACTG CGAGTCAGAG CTCAAGTCAT 
CCGGATGTGC AGAGTTCGTC GCCGCGAGAG AACGATATCA AAAACATATC CAACATTGAG 
GAAAACAACA AGATGAACGC CAACAACTCG GTGAATAAGA TATCCAAGGA CCTGCTCGCA 
AATCTCCGAA CCTCGAACAT TGCTGGCTGT CCACCGGTCA CACAACTTTC AACCGAAGCC 
CTCGAAATGA TCGACAAAAT GCGTGATGGC GTCGACATGA TTCGTAACAT GTCCAATAGC 
ATTCTTTCCA CGGACACTTT CCCAGTGCCC TGCACAAATG TGCCAGTTGG CGGTAAGAAG 
ACCCCGAAGG CCCAGGCTCT AATAAATCCA GATAATGCCA ATCAGAAGCA AATTATAGTT 
ACATCCGAAG AGTTTCCCAC TAAGAGTTCA AAGAAGCCCA GTGTAACCTT AAAGCCAGCT 
CAGCAACCAA ATGCTGTCTT ATCCATTGTG GACATCAAGG AACAGCCGAT TTCGAACGAA 
AACGTTTCGG TTCCCAGCCA GATGAGCATC AGTGTTCCTA ATCTGACAAC AACGTCGGCC 
TCGGAAGTTC CCTCGACTTC CGAAGTGGCT ACCCACACCG GTTTGCTGGA GACATTTGCC 
GCGATTGCTC GTCGCCGTAC CTCCCAAGGT ACCAATATAC AGGATAATCA GATCATGAAT 
GCGGAAGCCA ATGTGAACGA GCACGGCGAT CAGAACGCTT CAGGCTCATT CCTTGGCCAC 
TCGGTAACCA GTTTAGTTAA GTTGGCATTG TCAAGCAATT TCCACTCCGG ACTGCTCAGC 
ACCGCCCAAA GTTACCCAAG CCTGTCGTCG AATAATAGCG AAAACATAGC TCCGTCGAAC 
CCTTCAAATA CCTCTGCGGG ACAGCAATCG GCATCAACGA TTAATCATAC CCTAACCATG 
AGTCTAACAT CCACATCGAG TGACAGTGAG CAAGTATCGC TGGAAGACTT TTTGGAGAGC 
TGCAGAGCGC CGGCGTTGTT GGGTGACTTG GACGATGAGG ACGACATGGA TGAGGACAAC 
GATGAAGAGG AGAATGAGGA CGAGTACGAA GAAGTTGGAA ACACACTGTT GCAAGTGATG 
GTCTCACGCA ACTTGCTTAC CTTTATGGAT GACGAGGCGA TGGAGAACCG ATTGGTGGGT 
GTGACCAAGC GCAAGTCCTG GGACGATGAG TTTGTACTAA AGAGGCAGTT CTCCGCGTTG 
ATACCAGCAT TCGATCCACG CCCGGGCCGC ACAAACGTCA ATCAAACGTC TGATTTGGAA 
ATATCCCCCC TTGGCGCCGA GCTACCGAAA CCCCAGCAGA GTGGTGGACC TGAGACTATC 
GAACAGCCCT TGCTGGGCCT TAAATTGCGT GGTCCTGGAA TTGGTGGTAT ACCCGAAGTG 
GAAATCGACC TGAGCAACAC CGACTGGACC ATATTCAGAG CGGTACAGGA ATTACTTCAG 
TGCAGTCAGT TGAACAAGCT GGACAAATTC CGAAAGATAT GGGAGCCCAC ATACACCATC 
GTGTACCGGG AGGTATCACC CGAGGCCCAG GAGAGCACTT GCTTGGAATC GGAGGAGTTC 
CCGCAAACGC CCGATGTGTC CTCCAAGAGT GGTGCATCCA CTTTGTCCCC CAACTCGCCC 
ATGCACATCG GTTTCAACGT GGCCGATAAT AACCTGTGCT CCGTTGACGA TGTACTCGAG 
CTGCTCACTC AAATCAATGG TCTCAATCAG TCCGAAATCG ATTCGGATGT CAAGGAGCAC 
GGTGTATCGG TGTTGTCCGA AGATCTCTTC ATCAGCAAGA AAATAACCAA CAAACTGCAG 
CAGCAAATTC AGGATCCATT GGTGCTAGCA AGCAACGCGC TGCCGAATTG GTGCGAGAAC 
CTAAACCAAT CCTGTCCCTT TCTGTTTCCG TTTGAGACCA GGCAGTTGTA CTTCAACTGC 
ACATCGTTCG GAGCATCGCG CAGCATAGTA TGCCTACAGT CGCAGCGAGA TGTCACCGTG 
GAACGGCAGA GGATACCCAT CATGAGTCCG CGGCGGGATG ATCACGAATT CCGCATCGGG 
CGTTTAAAGC ACGAACGCGT TAAAGTGCCG CGAAACGAGG ACCTGCTCAT GTGGGCCATG 
CAGGTGATGA AGACTCACTG CAATCGAAAG TCCGTGCTGG AGGTGGAGTT TTTGGATGAG 
GAAGGAACTG GTTTGGGACC AACCTTGGAG TTCTACGCCT TGGTGGCCGC AGAAATCCAG 
CGTTCCGACC TCTGTATGTG GCTGTGTGAC GATGACTTGG GCGAGGACAC GGAAAACTCG 
ACGCAGAGTG CGGAAGGAAA CTCAAAACCA GTTGGGTATT ACGTAAATCG CAGGGAGCAC 
GGAATATTCC CAGCCCCATT ACCACAGAAT TCTGAGATAT GTGAGAATGT GCTCAAATAT 
TTCTGGTTCT TTGGAGTTTT TGTGGCAAAG GTTTTGCAGG ACATGCGCCT GGTGGACATA 
CCCCTATCGA CATCATTTCT ACAGCTGCTT TGTCACAACA AAGTGTTATC ACGTAATCTC 
CAGAAGGTCA TTTCGGATAG ACGAAATGGC GACCTTTCAG TCGTATCAGA AGACTCTGAT 
ATAGTAGAAA CCTGCACTAA ATTGCTGCGA ACTGATTCCA ACAAGTCGAA TGCATTCGGG 
GGTATTCTGT CATTGGAAAA CTTGAAAGAA ATCGATCCAA CTCGTTATCA ATTCCTACAG 
GAAATGCAAA ACCTATTGTT GCGAAAGCAA TCAATCGAGT TTGACGATAC TATAAGCGCG 
GAGAAGAAAC ATGAGCTTAT CAACGAGCTT AAGCTGCAAA CCCAAAATGG CTTGGAGGTA 
TCTTTGGAAG ACCTGGCCCT TACGTTCACG TATCTGCCGA GTTCCTCGAT CTATGGTTAC 
ACCCAGGCCG AATTGCTGCC CAATGGATCG TCAGTGAACG TCACCATCGA CAACCTGGAA 
GCGTACTGCG AACTGCTGAT GAACTTCATC CTGCAGGACG GAATCGCTCA GCAAATGAAG 
GCCTTCAGTG ATGGGTTCAA TGAAGTGTTC CCTTTGAAAA AGTTGGCCGC TTTTACTCCC 
TCAGAGGCAC GAATGATGAT TTGTGGCGAG CAGTTCCCCC ATTGGAGTCG AGAAGACATT 
ATTTCATACA CTGAACCAAA ACTTGGTTAC AACAAAGACA GTCCCGGATT CCAACGCTTT 
GTTAACGTTT TGTTGAGCAT GTCGGGTGAC GAGAGGAAGG CGTTCCTCCA ATTCACAACC 
GGTTGCAGCA GCCTGCCGCC AGGCGGACTG GCCAACCTTC ATCCCCGACT GACAGTTGTC 
CGAAAGGTAG ATGCTGGCGT TGGAAGCTAT CCATCCGTGA ACACGTGCGT TCACTACTTA 
AAGCTTCCCG ACTACCCAAC CGAAGAGATC ATGAAGGAGC GCTTGTTAAC AGCAACCAAG 
GAAAAGGGGT TTCATTTAAA TTAA

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

RefSeq	NP_609369.1
CDS	194..8377
Translation	MGDVDPETLLEWLSMGQGDERDMQLIALEQLCMLLLMSDNVDRCFESCPPRTFLPALCKIFLDELAPENVLEVTARAITYYLDVSAECTRRIVSIDGAIKAICNHLVVADLSSRTSRDLAEQCIKVLELICTREAGAVFEGGGLNCVLSFIRDCGSQVHKDTLHSAMSVVSRLCTKVEPNTPCIQNCVESLSTLLQHEDPMVSDGALKCFASVADRFTRKWVDPAPLAEYGLTTELLKRLQSVGGNTHSSLTAAGTQPTSSSQPAATTNSDAINENVAGTATISNSTKVKSSDAAASPQSISTTISLLSTLCRGSPSITHDILRSQLADALERALQGDERCVLDCMRFADLLLLLLFEGRQALNRGSNNPNQGQLAPRPRRNNTNTDRTHRQLIDCIRSKDSEALREAIESGGIDVNCMDDVGQTLLNWASAFGTLEMVEYLCEKGADVNKGQRSSSLHYAACFGRPAIAKILLKFGAYPDLRDEDGKTPLDKARERLDDGHREVAAILQSPGEWMSPDHSLLNKDGKKYTLMEPRGDPEMAPIYLKVLLPIFCRTFLGSMLGSVRRASLALIKKIVQYAYPTVLQSLSETSFSEDAASTSGQNGGNLLIEVIASVLDNEDDGDGHLIVLNIIEEIMCKTQEEFLDHFARLGVFAKVQALMDTDAEELYVQLPGTVEEPAAAQRSSTSVVVAPRPTSDDPMEDAKEILQGKPYHWREWSICRGRDCLYVWSDSVALELSNGSNGWFRFIIDGKLATMYSSGSPENGNDSSENRGEFLEKLMRARSCVIAGVVSQPILPTASALRLVVGNWVLQSQKTNQLQIHNTEGHQVTVLQDDLPGFIFESNRGTKHTFSAETVLGPDFASGWSTAKKKRNKSKTEGQKFQVRNLSREIYNKYFKSAQIIPRGAVAILTDIVKQIELSFEEQHMAPNGNWETTLTDALMKLSQLIHEDGVVSAYEMHSSGLVQALVAVLSVNHWETNSPRCKRNKMQKQRVSVFKKCILEDNVESATNKPRTKSTASILIQKLVSVLESTEKLPVYLYDSPCTGYSLQILQKRLRFRLERAECESTLFDRSGRTLKMEPLATIGQLSKYLLKMVAKQWYDLDRSTYFYLKKIREHRTATVFTHSFDFDEEGLLFYIGSNAKTCDWVNPAQYGLVQVTSSEGKTLPYGKLEDILSRDSISLNCHTKDNKKAWFAIDLGVYIIPTAYTLRHARGYGRSALRNWLLQGSKDGSTWTTLSTHVDDKSLVEPGSTATWPINCATDDSVWYRHIRIQQNGRNASGQTHYLSLSGFEIYGRVVGVADDIGKSVKEAEAKTRRERRQIRAQLKHMTTGARVIRGVDWRWEEQDGCAEGTITGEIHNGWIDVKWDHGVRNSYRMGAEGKYDLKLADCEYLSAFDGNQSMGSASTAAKPSEKGGNTLTSRKSSSTPSLPEATEKNQNPEGASNQTVSADNLAWKQTVETIAENVFASAKTQIISNQLAMNTSSSREARAKHKESGTNQMHKDNISGPSPLSRELEHISDLSAINNSMPAINSSNVSDLATISENLSLTELSKENICRVLTPSYKPAESVTASQSSSHPDVQSSSPRENDIKNISNIEENNKMNANNSVNKISKDLLANLRTSNIAGCPPVTQLSTEALEMIDKMRDGVDMIRNMSNSILSTDTFPVPCTNVPVGGKKTPKAQALINPDNANQKQIIVTSEEFPTKSSKKPSVTLKPAQQPNAVLSIVDIKEQPISNENVSVPSQMSISVPNLTTTSASEVPSTSEVATHTGLLETFAAIARRRTSQGTNIQDNQIMNAEANVNEHGDQNASGSFLGHSVTSLVKLALSSNFHSGLLSTAQSYPSLSSNNSENIAPSNPSNTSAGQQSASTINHTLTMSLTSTSSDSEQVSLEDFLESCRAPALLGDLDDEDDMDEDNDEEENEDEYEEVGNTLLQVMVSRNLLTFMDDEAMENRLVGVTKRKSWDDEFVLKRQFSALIPAFDPRPGRTNVNQTSDLEISPLGAELPKPQQSGGPETIEQPLLGLKLRGPGIGGIPEVEIDLSNTDWTIFRAVQELLQCSQLNKLDKFRKIWEPTYTIVYREVSPEAQESTCLESEEFPQTPDVSSKSGASTLSPNSPMHIGFNVADNNLCSVDDVLELLTQINGLNQSEIDSDVKEHGVSVLSEDLFISKKITNKLQQQIQDPLVLASNALPNWCENLNQSCPFLFPFETRQLYFNCTSFGASRSIVCLQSQRDVTVERQRIPIMSPRRDDHEFRIGRLKHERVKVPRNEDLLMWAMQVMKTHCNRKSVLEVEFLDEEGTGLGPTLEFYALVAAEIQRSDLCMWLCDDDLGEDTENSTQSAEGNSKPVGYYVNRREHGIFPAPLPQNSEICENVLKYFWFFGVFVAKVLQDMRLVDIPLSTSFLQLLCHNKVLSRNLQKVISDRRNGDLSVVSEDSDIVETCTKLLRTDSNKSNAFGGILSLENLKEIDPTRYQFLQEMQNLLLRKQSIEFDDTISAEKKHELINELKLQTQNGLEVSLEDLALTFTYLPSSSIYGYTQAELLPNGSSVNVTIDNLEAYCELLMNFILQDGIAQQMKAFSDGFNEVFPLKKLAAFTPSEARMMICGEQFPHWSREDIISYTEPKLGYNKDSPGFQRFVNVLLSMSGDERKAFLQFTTGCSSLPPGGLANLHPRLTVVRKVDAGVGSYPSVNTCVHYLKLPDYPTEEIMKERLLTATKEKGFHLN

Target ORF information:

RefSeq Version	NM_135525.2
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster ubiquitin fusion-degradation 4-like (Ufd4), mRNA.

Target ORF information:

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

NM_135525.2

ORF Insert Sequence:

ATGGGCGATG TCGACCCCGA GACGCTGCTG GAATGGTTGT CCATGGGACA AGGAGATGAG 
CGGGATATGC AACTAATCGC ACTGGAGCAG CTGTGTATGC TGCTCCTAAT GTCCGATAAT 
GTAGATCGTT GCTTCGAAAG CTGCCCTCCT CGAACATTTT TACCGGCGTT GTGTAAGATA 
TTCCTGGACG AACTTGCACC TGAAAATGTA CTCGAGGTCA CTGCGCGAGC CATCACCTAT 
TACCTGGATG TTTCGGCTGA GTGCACCAGG CGTATCGTTT CCATTGATGG CGCCATCAAA 
GCCATATGCA ATCATCTAGT GGTCGCCGAT CTATCATCGC GCACATCTCG CGATCTTGCC 
GAGCAATGTA TCAAAGTGCT CGAGCTGATT TGCACCCGAG AAGCTGGCGC CGTCTTCGAG 
GGCGGCGGCC TCAACTGCGT ACTGTCCTTC ATACGGGACT GTGGCTCGCA GGTTCACAAG 
GACACCTTAC ACTCGGCCAT GTCGGTGGTA TCCAGGCTCT GCACCAAGGT GGAACCTAAT 
ACTCCATGCA TACAAAACTG CGTCGAGAGT CTGAGCACTC TGCTGCAACA CGAGGACCCC 
ATGGTATCCG ATGGAGCTCT AAAGTGCTTT GCCTCTGTAG CAGATCGATT TACACGAAAG 
TGGGTGGACC CAGCACCGTT GGCAGAGTAC GGCCTGACAA CCGAGTTGTT GAAGCGCCTC 
CAAAGTGTCG GAGGAAACAC GCACTCTTCG CTGACAGCGG CTGGAACCCA GCCAACCAGC 
TCTAGCCAAC CCGCTGCAAC CACAAACTCG GATGCCATTA ATGAAAACGT TGCTGGAACT 
GCAACCATAT CCAACAGCAC CAAGGTTAAG TCATCTGATG CCGCCGCCTC GCCGCAATCG 
ATATCAACAA CGATTTCCTT GTTGTCCACA CTTTGTCGCG GATCACCCTC GATTACCCAT 
GACATTTTGC GATCCCAATT GGCTGATGCC CTCGAAAGAG CTCTGCAGGG CGATGAGCGA 
TGCGTGTTGG ATTGCATGCG ATTTGCGGAT CTATTGCTGT TACTATTGTT CGAGGGTCGC 
CAAGCATTAA ACCGAGGAAG TAACAACCCC AATCAGGGAC AGTTGGCGCC TCGACCAAGG 
CGTAATAATA CCAACACCGA TCGCACGCAT CGCCAGCTCA TTGATTGCAT ACGATCAAAG 
GATTCGGAAG CCCTTCGTGA GGCCATCGAA TCGGGTGGCA TTGACGTCAA TTGTATGGAC 
GATGTGGGCC AAACACTTCT CAATTGGGCT TCGGCCTTCG GTACCTTGGA AATGGTAGAA 
TATTTGTGTG AGAAGGGAGC CGATGTCAAC AAGGGTCAAC GAAGTTCGTC CCTACACTAT 
GCAGCTTGTT TTGGTCGCCC GGCTATTGCG AAAATCCTTT TGAAATTCGG AGCCTATCCG 
GATTTGCGAG ATGAAGATGG GAAAACGCCA TTGGATAAGG CGCGAGAAAG ATTAGACGAT 
GGACATCGAG AGGTAGCGGC AATTTTGCAG TCGCCTGGGG AGTGGATGTC GCCAGATCAT 
TCGCTTCTCA ACAAAGATGG CAAAAAGTAC ACACTAATGG AGCCCCGAGG TGATCCGGAA 
ATGGCGCCCA TTTACCTAAA GGTCCTTCTG CCCATATTCT GTAGAACGTT CCTGGGTTCG 
ATGCTGGGCA GCGTCCGGCG GGCCAGTTTG GCCCTGATCA AAAAGATAGT TCAGTACGCG 
TACCCAACGG TGCTCCAAAG TCTCAGTGAA ACCAGTTTTA GCGAAGATGC AGCGTCGACA 
TCGGGTCAAA ATGGTGGGAA CCTACTAATT GAGGTGATCG CCAGTGTCCT AGATAACGAG 
GATGACGGTG ACGGTCATTT AATAGTTTTA AATATTATTG AGGAAATTAT GTGTAAGACA 
CAGGAGGAAT TCCTCGATCA TTTTGCAAGG CTAGGAGTGT TTGCAAAGGT CCAAGCCCTG 
ATGGACACCG ATGCGGAGGA ATTGTATGTA CAATTACCAG GGACCGTAGA GGAACCAGCC 
GCAGCGCAAA GATCGTCGAC CAGTGTAGTC GTTGCTCCTA GGCCAACATC AGATGATCCT 
ATGGAGGACG CGAAGGAGAT ATTGCAAGGG AAACCCTATC ACTGGCGCGA GTGGAGCATT 
TGCAGAGGCC GGGATTGTTT GTACGTCTGG TCAGATTCTG TGGCCCTTGA GCTGTCCAAT 
GGCTCAAACG GATGGTTCCG CTTCATCATA GATGGCAAAC TGGCAACGAT GTACTCCAGT 
GGCAGTCCGG AGAACGGAAA TGATAGTTCT GAAAATCGGG GCGAGTTTCT TGAGAAACTG 
ATGCGTGCTC GGTCCTGCGT GATTGCAGGA GTTGTATCAC AGCCCATTTT GCCCACTGCG 
AGTGCTCTGC GCCTAGTTGT TGGCAACTGG GTTCTACAGT CGCAGAAAAC AAACCAGCTA 
CAAATTCACA ACACCGAAGG TCATCAAGTT ACCGTGTTGC AGGACGATTT GCCCGGTTTT 
ATTTTTGAAA GCAATCGAGG AACGAAGCAT ACCTTCTCGG CAGAAACTGT CCTGGGTCCC 
GATTTTGCAT CCGGTTGGTC AACAGCCAAA AAGAAGCGCA ACAAGTCAAA GACAGAGGGT 
CAAAAGTTCC AGGTTCGAAA CCTATCGCGG GAAATTTATA ACAAGTACTT CAAGTCTGCG 
CAAATAATTC CTCGGGGCGC CGTAGCCATA CTTACGGATA TCGTAAAGCA AATTGAGCTA 
TCCTTTGAGG AGCAGCACAT GGCACCAAAT GGAAACTGGG AGACCACACT TACGGACGCC 
CTAATGAAGC TATCTCAACT GATACACGAA GACGGCGTTG TAAGCGCCTA TGAAATGCAT 
TCGTCGGGAT TGGTACAAGC TTTGGTAGCC GTGCTGTCGG TCAATCATTG GGAAACTAAT 
TCACCTCGCT GCAAGCGAAA CAAAATGCAA AAGCAACGAG TCTCTGTATT CAAGAAATGT 
ATACTGGAGG ACAACGTTGA GTCTGCAACG AACAAACCAA GAACTAAAAG TACTGCAAGT 
ATTTTAATTC AAAAACTTGT CTCGGTTTTG GAAAGCACCG AGAAGCTGCC AGTCTATTTG 
TACGATTCTC CATGCACTGG ATACAGTTTG CAAATTCTGC AGAAAAGACT TCGTTTCCGT 
TTGGAGCGTG CAGAGTGCGA AAGCACTTTA TTCGATCGAT CGGGACGAAC TCTTAAAATG 
GAACCATTGG CAACGATTGG ACAACTTTCC AAATATCTAC TGAAAATGGT GGCCAAACAA 
TGGTACGACC TCGACCGCTC AACATACTTC TATTTGAAGA AAATTCGGGA GCATAGGACC 
GCTACCGTGT TTACGCACTC CTTTGATTTC GACGAGGAAG GCTTGTTATT CTACATTGGC 
TCCAATGCTA AGACCTGCGA TTGGGTTAAC CCAGCGCAAT ATGGCCTGGT GCAAGTGACT 
AGCTCGGAGG GCAAGACCTT ACCCTATGGC AAACTGGAGG ATATTCTATC ACGCGATAGC 
ATCTCACTCA ATTGTCACAC CAAGGACAAC AAGAAGGCTT GGTTTGCCAT AGACTTGGGT 
GTCTATATAA TTCCCACTGC TTACACGCTG CGCCATGCCC GCGGTTATGG AAGATCGGCT 
TTGAGAAACT GGCTACTTCA AGGCTCCAAG GATGGCTCAA CTTGGACCAC CCTCAGCACA 
CATGTGGATG ACAAGAGTCT TGTGGAGCCT GGCAGCACAG CCACATGGCC CATTAACTGT 
GCAACTGATG ATTCCGTATG GTATCGCCAC ATTAGAATCC AGCAAAATGG CCGCAATGCG 
TCTGGCCAGA CCCATTATTT GAGTTTGAGT GGCTTCGAAA TCTATGGGCG CGTCGTAGGC 
GTTGCCGATG ATATCGGAAA GAGTGTCAAG GAAGCTGAGG CAAAAACGAG GCGCGAGAGG 
CGGCAGATAA GGGCACAGCT GAAGCACATG ACCACCGGTG CACGAGTGAT CCGTGGCGTC 
GATTGGCGCT GGGAGGAACA GGACGGATGT GCCGAGGGCA CAATAACCGG CGAAATACAC 
AACGGCTGGA TCGATGTGAA GTGGGACCAT GGTGTGCGCA ACTCCTATCG CATGGGAGCC 
GAAGGAAAAT ACGATTTGAA GTTGGCTGAT TGCGAGTATC TATCCGCCTT CGACGGAAAT 
CAGTCGATGG GCAGTGCAAG CACAGCTGCT AAACCAAGTG AGAAGGGGGG AAACACACTC 
ACCTCACGCA AATCGAGCTC CACTCCATCC CTGCCCGAAG CCACAGAGAA GAATCAAAAC 
CCCGAGGGTG CGTCCAATCA AACTGTTTCG GCGGACAACT TGGCCTGGAA GCAGACTGTG 
GAGACGATTG CAGAGAACGT ATTTGCTTCG GCCAAGACAC AGATTATATC AAACCAACTT 
GCTATGAACA CATCTTCCTC CAGGGAAGCT CGGGCCAAGC ACAAGGAGTC TGGCACCAAT 
CAAATGCATA AGGATAACAT AAGTGGACCC TCGCCATTGA GCCGAGAGTT GGAGCACATA 
TCGGACTTGT CGGCCATCAA CAACTCGATG CCGGCAATTA ACTCGAGCAA TGTTTCCGAC 
CTAGCCACCA TTTCGGAGAA CCTATCACTA ACTGAATTGT CCAAAGAGAA TATATGCAGG 
GTCCTAACGC CTTCCTACAA ACCCGCTGAG AGCGTTACTG CGAGTCAGAG CTCAAGTCAT 
CCGGATGTGC AGAGTTCGTC GCCGCGAGAG AACGATATCA AAAACATATC CAACATTGAG 
GAAAACAACA AGATGAACGC CAACAACTCG GTGAATAAGA TATCCAAGGA CCTGCTCGCA 
AATCTCCGAA CCTCGAACAT TGCTGGCTGT CCACCGGTCA CACAACTTTC AACCGAAGCC 
CTCGAAATGA TCGACAAAAT GCGTGATGGC GTCGACATGA TTCGTAACAT GTCCAATAGC 
ATTCTTTCCA CGGACACTTT CCCAGTGCCC TGCACAAATG TGCCAGTTGG CGGTAAGAAG 
ACCCCGAAGG CCCAGGCTCT AATAAATCCA GATAATGCCA ATCAGAAGCA AATTATAGTT 
ACATCCGAAG AGTTTCCCAC TAAGAGTTCA AAGAAGCCCA GTGTAACCTT AAAGCCAGCT 
CAGCAACCAA ATGCTGTCTT ATCCATTGTG GACATCAAGG AACAGCCGAT TTCGAACGAA 
AACGTTTCGG TTCCCAGCCA GATGAGCATC AGTGTTCCTA ATCTGACAAC AACGTCGGCC 
TCGGAAGTTC CCTCGACTTC CGAAGTGGCT ACCCACACCG GTTTGCTGGA GACATTTGCC 
GCGATTGCTC GTCGCCGTAC CTCCCAAGGT ACCAATATAC AGGATAATCA GATCATGAAT 
GCGGAAGCCA ATGTGAACGA GCACGGCGAT CAGAACGCTT CAGGCTCATT CCTTGGCCAC 
TCGGTAACCA GTTTAGTTAA GTTGGCATTG TCAAGCAATT TCCACTCCGG ACTGCTCAGC 
ACCGCCCAAA GTTACCCAAG CCTGTCGTCG AATAATAGCG AAAACATAGC TCCGTCGAAC 
CCTTCAAATA CCTCTGCGGG ACAGCAATCG GCATCAACGA TTAATCATAC CCTAACCATG 
AGTCTAACAT CCACATCGAG TGACAGTGAG CAAGTATCGC TGGAAGACTT TTTGGAGAGC 
TGCAGAGCGC CGGCGTTGTT GGGTGACTTG GACGATGAGG ACGACATGGA TGAGGACAAC 
GATGAAGAGG AGAATGAGGA CGAGTACGAA GAAGTTGGAA ACACACTGTT GCAAGTGATG 
GTCTCACGCA ACTTGCTTAC CTTTATGGAT GACGAGGCGA TGGAGAACCG ATTGGTGGGT 
GTGACCAAGC GCAAGTCCTG GGACGATGAG TTTGTACTAA AGAGGCAGTT CTCCGCGTTG 
ATACCAGCAT TCGATCCACG CCCGGGCCGC ACAAACGTCA ATCAAACGTC TGATTTGGAA 
ATATCCCCCC TTGGCGCCGA GCTACCGAAA CCCCAGCAGA GTGGTGGACC TGAGACTATC 
GAACAGCCCT TGCTGGGCCT TAAATTGCGT GGTCCTGGAA TTGGTGGTAT ACCCGAAGTG 
GAAATCGACC TGAGCAACAC CGACTGGACC ATATTCAGAG CGGTACAGGA ATTACTTCAG 
TGCAGTCAGT TGAACAAGCT GGACAAATTC CGAAAGATAT GGGAGCCCAC ATACACCATC 
GTGTACCGGG AGGTATCACC CGAGGCCCAG GAGAGCACTT GCTTGGAATC GGAGGAGTTC 
CCGCAAACGC CCGATGTGTC CTCCAAGAGT GGTGCATCCA CTTTGTCCCC CAACTCGCCC 
ATGCACATCG GTTTCAACGT GGCCGATAAT AACCTGTGCT CCGTTGACGA TGTACTCGAG 
CTGCTCACTC AAATCAATGG TCTCAATCAG TCCGAAATCG ATTCGGATGT CAAGGAGCAC 
GGTGTATCGG TGTTGTCCGA AGATCTCTTC ATCAGCAAGA AAATAACCAA CAAACTGCAG 
CAGCAAATTC AGGATCCATT GGTGCTAGCA AGCAACGCGC TGCCGAATTG GTGCGAGAAC 
CTAAACCAAT CCTGTCCCTT TCTGTTTCCG TTTGAGACCA GGCAGTTGTA CTTCAACTGC 
ACATCGTTCG GAGCATCGCG CAGCATAGTA TGCCTACAGT CGCAGCGAGA TGTCACCGTG 
GAACGGCAGA GGATACCCAT CATGAGTCCG CGGCGGGATG ATCACGAATT CCGCATCGGG 
CGTTTAAAGC ACGAACGCGT TAAAGTGCCG CGAAACGAGG ACCTGCTCAT GTGGGCCATG 
CAGGTGATGA AGACTCACTG CAATCGAAAG TCCGTGCTGG AGGTGGAGTT TTTGGATGAG 
GAAGGAACTG GTTTGGGACC AACCTTGGAG TTCTACGCCT TGGTGGCCGC AGAAATCCAG 
CGTTCCGACC TCTGTATGTG GCTGTGTGAC GATGACTTGG GCGAGGACAC GGAAAACTCG 
ACGCAGAGTG CGGAAGGAAA CTCAAAACCA GTTGGGTATT ACGTAAATCG CAGGGAGCAC 
GGAATATTCC CAGCCCCATT ACCACAGAAT TCTGAGATAT GTGAGAATGT GCTCAAATAT 
TTCTGGTTCT TTGGAGTTTT TGTGGCAAAG GTTTTGCAGG ACATGCGCCT GGTGGACATA 
CCCCTATCGA CATCATTTCT ACAGCTGCTT TGTCACAACA AAGTGTTATC ACGTAATCTC 
CAGAAGGTCA TTTCGGATAG ACGAAATGGC GACCTTTCAG TCGTATCAGA AGACTCTGAT 
ATAGTAGAAA CCTGCACTAA ATTGCTGCGA ACTGATTCCA ACAAGTCGAA TGCATTCGGG 
GGTATTCTGT CATTGGAAAA CTTGAAAGAA ATCGATCCAA CTCGTTATCA ATTCCTACAG 
GAAATGCAAA ACCTATTGTT GCGAAAGCAA TCAATCGAGT TTGACGATAC TATAAGCGCG 
GAGAAGAAAC ATGAGCTTAT CAACGAGCTT AAGCTGCAAA CCCAAAATGG CTTGGAGGTA 
TCTTTGGAAG ACCTGGCCCT TACGTTCACG TATCTGCCGA GTTCCTCGAT CTATGGTTAC 
ACCCAGGCCG AATTGCTGCC CAATGGATCG TCAGTGAACG TCACCATCGA CAACCTGGAA 
GCGTACTGCG AACTGCTGAT GAACTTCATC CTGCAGGACG GAATCGCTCA GCAAATGAAG 
GCCTTCAGTG ATGGGTTCAA TGAAGTGTTC CCTTTGAAAA AGTTGGCCGC TTTTACTCCC 
TCAGAGGCAC GAATGATGAT TTGTGGCGAG CAGTTCCCCC ATTGGAGTCG AGAAGACATT 
ATTTCATACA CTGAACCAAA ACTTGGTTAC AACAAAGACA GTCCCGGATT CCAACGCTTT 
GTTAACGTTT TGTTGAGCAT GTCGGGTGAC GAGAGGAAGG CGTTCCTCCA ATTCACAACC 
GGTTGCAGCA GCCTGCCGCC AGGCGGACTG GCCAACCTTC ATCCCCGACT GACAGTTGTC 
CGAAAGGTAG ATGCTGGCGT TGGAAGCTAT CCATCCGTGA ACACGTGCGT TCACTACTTA 
AAGCTTCCCG ACTACCCAAC CGAAGAGATC ATGAAGGAGC GCTTGTTAAC AGCAACCAAG 
GAAAAGGGGT TTCATTTAAA TTAA

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

PubMed

Gene Model Annotations for Drosophila melanogaster: Impact of High-Throughput Data.
G3 (Bethesda, Md.)5(8)1721-36(2015 Jun)
Matthews BB,Dos Santos G,Crosby MA,Emmert DB,St Pierre SE,Gramates LS,Zhou P,Schroeder AJ,Falls K,Strelets V,Russo SM,Gelbart WM,

Gene Model Annotations for Drosophila melanogaster: The Rule-Benders.
G3 (Bethesda, Md.)5(8)1737-49(2015 Jun)
Crosby MA,Gramates LS,Dos Santos G,Matthews BB,St Pierre SE,Zhou P,Schroeder AJ,Falls K,Emmert DB,Russo SM,Gelbart WM,

Sequence finishing and mapping of Drosophila melanogaster heterochromatin.
Science (New York, N.Y.)316(5831)1625-8(2007 Jun)
Hoskins RA,Carlson JW,Kennedy C,Acevedo D,Evans-Holm M,Frise E,Wan KH,Park S,Mendez-Lago M,Rossi F,Villasante A,Dimitri P,Karpen GH,Celniker SE

The Release 5.1 annotation of Drosophila melanogaster heterochromatin.
Science (New York, N.Y.)316(5831)1586-91(2007 Jun)
Smith CD,Shu S,Mungall CJ,Karpen GH

Combined evidence annotation of transposable elements in genome sequences.
PLoS computational biology1(2)166-75(2005 Jul)
Quesneville H,Bergman CM,Andrieu O,Autard D,Nouaud D,Ashburner M,Anxolabehere D

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Ufd4 cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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