Muc68Ca cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	Muc68Ca
Entrez Gene ID	2768980
Full Name	Mucin 68Ca
Synonyms	CG18331,Dmel\CG18331,cg18331
General protein information	Preferred Names Mucin 68Ca Names CG18331 gene product from transcript CG18331-RA CG18331-PA Muc68Ca-PA mucin 68Ca
Gene Type	protein-coding
Organism	Drosophila melanogaster(fruit fly)
Genome	Chromosome: 3L Map Location: 68C15-68C15

mRNA and Protein(s)

mRNA	Protein	Name
NM_206332.2	NP_996054.1	mucin 68Ca

Pathways from BioSystems
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 Muc68Ca gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Muc68Ca 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
OFa20059	NM_206332.2 Latest version!	Drosophila melanogaster mucin 68Ca (Muc68Ca), 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
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*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)

Muc68Ca ( NM_206332.2 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_996054.1 Drosophila melanogaster mucin 68Ca (Muc68Ca), mRNA.

Price & Availability↑

CloneID	OFa20059
Clone ID Related Accession (Same CDS sequence)	NM_206332.2
Accession Version	NM_206332.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9408bp) 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	mucin 68Ca
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NT_037436). On Jul 15, 2014 this sequence version replaced NM_206332.1. ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGCGCTTGT TCCTCGTCGC GGTTTTGGCC GCTTATTTCG CCTACGTAGC GGCCCAATCG 
CAATCTAAAA CGGTAACAGC AGTGGCCACT CCAGTTATTA AGGCACAGCC ATGTTGTGAA 
AGTGTTCGAC AAACTCTAAT TGAAATACGA AAAGATATAC GCTTGTGGCT GCTGGACAGG 
CTTTTCGGAA AACTACTTCT TTTGCACGAC GGAGAACTCC TCGGCAATCC AAATTATGTG 
AATTGTGTCA ATGGAAAAAA ACAGTTACCA CTCTTAGATG GAAGCTCAAT TACAGATCAC 
TCTGCATCGA CTAACACTAT AACCAAAATC ATCGATGATG GACTTTCAAG TCAGACTACC 
TCCTCTTCGG CTCCAGTCGT AGATGTAACT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACGCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TTCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACG ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGATTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGATTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGACTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTTGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACC CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAGCTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAATT ACAACGACGA CATCTTCCGA TGGTGACCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCCAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAGCTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGACCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAAC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCTACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCTCTCAAT CTTCGTCATC CACCACAACA ACGAAGGAAG TATCTTTAAA GGATAATAGA 
AGCCCTAAGT GGAATAGAAC GACAAAAACT TATTCTTCGA GAACTATCAG AATTCCGAAT 
TCAGGAAGAA AGTTAAATTC TAGTTCTAGC GAAACTTCAA CAACCGTAAC ATCAAGTTCT 
TCCTCAAAGC CACAGACCAA ATATTCTTGG TCAAGCTCTT CAAAGAAATC GAATAATGGT 
GGCAAGAATA AGAAATATTG GACCAAGCGG TGGACTAAAA AATCCCGCAA AAATAACAAT 
GGAAGCTCCA CTATTGTTGG AGAGGAATCG TCTGACTCAC TGACAGATGC TGGAGTTGAT 
GTCACCCAAG GAAATGGTTT AAACGATGAG GGAAATTCGA GTCAGTCTAC AGTTACCTCA 
TCTCTGCCTG TTGTAGATAC TAGTGCAGAT GTTCAGAACA GCGAATCAAG CTTAACATCA 
ACTGAAAACA CAACAAAATA CTCGTCAAAA TCATTTAAGG TCCCCAAGTC TAATGGTCAG 
TCGAGTATAA GCGCTAGCAA AACTACAAAA ACCGTAACGA CAAGCACTTC CTCAACACCC 
AACGTTAAGA GCTCATCAAA GAAAACTTCC AATAGTGGAA AATCGGTCAA GACTTCTTCG 
ACCACTATAA CAACAACTTC TTCAGATCCG GGCCAATCCA GCTCAATTAC ACAGGGAATT 
CCACAAAACG ATATTAAAAG CTTAAACCAG GTCACCACAA CGACATCATC TGTGAGCCAA 
GTCGGCGTAC CTTCTTCACC TGTTGTTAAA GTTACCAAGG AAACCTCAGT AAGCAAAGAT 
GGAAAGACCA CTCGGTCATC AACCACCACA ACAACAATTA CCACGACCAA AGGAAGTAAT 
CAGTCAGGTA CTTTAACTCT TCCTGCGGTC GATGGCCTAA AGTCGTCAAC GAAAACTACA 
ACAACATCCA CCAAAGGAAC TAAATTGTCA GATATCTTGT CTCTACCGGA AGTTGATGCC 
AGCATAGCCG TTAACGGCGA TGAGTCCCGC TCAGCATCTA TTAAAGATAC AAACATTTTG 
TCAAAGATAG ACTTGAGTCT GCCTAAACTG GATGCCAGCC TAAATGTTAA TGGTGGAAAG 
TCAAGCTCAA AATCCTCAAC AACAACTACG ACAACATCCA CAAAGGGAAA TAAAGTATCC 
TTGTCTCTAC CAGAAGTTGA TGCCAGCATA GCCGTTAACG GAGATGATGC CCGCTCAGCA 
TCTATTAAAG ATACAAACAT TTTGTCAAAG ATAGACTTGA GTCTGCCTAA ACTGGATGCC 
AGCCTAAATG TTAATGGTGG AAAGTCAAGC TCAAAATCCT CAACAACAAC TACGACAACA 
TCCACAAAGG GAAATAAATT ATCCTTGTCT CTACCAGAAG TTGATGCCAG CATAGCCGTT 
AACGGAGATG ATGCCCGCTC AGCATCTATT AAAGATACAA ACATTTTGTC AAAGATAGAC 
TTGAGTCTGC CTAAACTGGA TGCCAGCCTA AATGTTAATG GTGGAAAGTC AAGCTCAAAA 
TCCTCAACAA CAACTACGAC AACATCCACA AATGGAAGTA AATCGTCTAA AATTTTGACT 
GTACCGAAAG TTGATGCCGG CATATCCATC GATGGCGGAA TATCAGGTTC AACATCAACT 
AAAACTATTA AAATTACGTC AAAGAACTCT GCAGTACCCA AGGCCAGTTC ATCTTTCAAA 
ACTACGACCA CAACCACTAC ATCGAAGACT TCATCGGTCC CAAAAACAGA GTCCAAATAC 
TCCTGGTCTA GTTCGTCGAA GAAAACGTCC AATCCTATTC GTTTAACCCT ACCTAACATC 
AACGCAGGTA TTTCTGTTGG CGGAGGAGAT TCTTCGGGCT CCTGGTCCAA GCTAATCAAG 
AGGAGCACCA GCAGCGACGA GACGAATGCC AGCGATGGTC CATCTCTTTC CGGTTCTATT 
GTAGGTGCAG GTGGATCTCA GTCTGATGAA TCCTGGTCTC AACGTTCAGG ATTCTCGGGT 
GACAGTTCCA GTGCCCAGGG ATCTCCGGAC ATTCGCATTC GATTGGGCCG AGAACAGTCA 
GGAAACGATG CTCAGTCCCA AAACTCGAAT TCTTGGACCC AAAGCGCAAC ACAAGGCAGC 
GAAAGCTTGG CTAATGGAGC AATAACCGCC AATGGCCTAA GCTTGGAGGG TTCAGGGAGT 
TCCGGTGGTG TTGCAACTAC GATACCAGGT GGCTCTGTCG GTGTAACCGG ACAATATCCA 
TATTGGTGGG GCAACGGCCG TTGGGTGGGT GTTGGAGCCA GGCCCAGTTG GCGATATGGA 
TGGCGTCCTT ATGGAAGCGC TTGGGGCGGA TGGAACAATC AATATTAG

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

RefSeq	NP_996054.1
CDS	30..9437
Translation	MRLFLVAVLAAYFAYVAAQSQSKTVTAVATPVIKAQPCCESVRQTLIEIRKDIRLWLLDRLFGKLLLLHDGELLGNPNYVNCVNGKKQLPLLDGSSITDHSASTNTITKIIDDGLSSQTTSSSAPVVDVTQGSSSNGDGNSTQSSTTTTTTTTTSSDGGEFTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEASQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVSEVAQGSSSIGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEASQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEASQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVSEVAQGSSSIGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEASQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVSEVAQGSSSTGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVSEVAQGSSLNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSAPVVEVTQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQATSSSAPVVDISQGSSSNGDGNSTQSSTTTTITTTTSSDGDQSTTSSDPVVEVSQGTNGGNSSTQSSSSTTTTTSSDEGQTTSSSAPVVEVTQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQATSSSAPVVDISQGSSSNGDGNSTQSSTTTTTTTTTSSDGDQSTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSAPVVEVTQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSAPVVEVTQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSAPVVDISQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSAPVVDISQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNNSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSTQSSSSTTTTTSSDEGQTTSSSDPVVEVAQGSSSNGDGNSTQSSTTTTTTTTTSSDGGESTTSSDPVVEVSQGTNGDNSSSQSSSSTTTTKEVSLKDNRSPKWNRTTKTYSSRTIRIPNSGRKLNSSSSETSTTVTSSSSSKPQTKYSWSSSSKKSNNGGKNKKYWTKRWTKKSRKNNNGSSTIVGEESSDSLTDAGVDVTQGNGLNDEGNSSQSTVTSSLPVVDTSADVQNSESSLTSTENTTKYSSKSFKVPKSNGQSSISASKTTKTVTTSTSSTPNVKSSSKKTSNSGKSVKTSSTTITTTSSDPGQSSSITQGIPQNDIKSLNQVTTTTSSVSQVGVPSSPVVKVTKETSVSKDGKTTRSSTTTTTITTTKGSNQSGTLTLPAVDGLKSSTKTTTTSTKGTKLSDILSLPEVDASIAVNGDESRSASIKDTNILSKIDLSLPKLDASLNVNGGKSSSKSSTTTTTTSTKGNKVSLSLPEVDASIAVNGDDARSASIKDTNILSKIDLSLPKLDASLNVNGGKSSSKSSTTTTTTSTKGNKLSLSLPEVDASIAVNGDDARSASIKDTNILSKIDLSLPKLDASLNVNGGKSSSKSSTTTTTTSTNGSKSSKILTVPKVDAGISIDGGISGSTSTKTIKITSKNSAVPKASSSFKTTTTTTTSKTSSVPKTESKYSWSSSSKKTSNPIRLTLPNINAGISVGGGDSSGSWSKLIKRSTSSDETNASDGPSLSGSIVGAGGSQSDESWSQRSGFSGDSSSAQGSPDIRIRLGREQSGNDAQSQNSNSWTQSATQGSESLANGAITANGLSLEGSGSSGGVATTIPGGSVGVTGQYPYWWGNGRWVGVGARPSWRYGWRPYGSAWGGWNNQY

Target ORF information:

RefSeq Version	NM_206332.2
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster mucin 68Ca (Muc68Ca), mRNA.

Target ORF information:

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

NM_206332.2

ORF Insert Sequence:

ATGCGCTTGT TCCTCGTCGC GGTTTTGGCC GCTTATTTCG CCTACGTAGC GGCCCAATCG 
CAATCTAAAA CGGTAACAGC AGTGGCCACT CCAGTTATTA AGGCACAGCC ATGTTGTGAA 
AGTGTTCGAC AAACTCTAAT TGAAATACGA AAAGATATAC GCTTGTGGCT GCTGGACAGG 
CTTTTCGGAA AACTACTTCT TTTGCACGAC GGAGAACTCC TCGGCAATCC AAATTATGTG 
AATTGTGTCA ATGGAAAAAA ACAGTTACCA CTCTTAGATG GAAGCTCAAT TACAGATCAC 
TCTGCATCGA CTAACACTAT AACCAAAATC ATCGATGATG GACTTTCAAG TCAGACTACC 
TCCTCTTCGG CTCCAGTCGT AGATGTAACT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACGCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TTCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACG ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGATTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC AACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGATTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GCCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTCGACTGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCAG CGAAGTAGCT CAGGGATCCT CTTTGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACC CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAGCTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAATT ACAACGACGA CATCTTCCGA TGGTGACCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGGTAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCCAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAGCTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGACCAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGAAGTCACT CAAGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG CTCCTGTCGT AGATATATCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAAC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCCTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCAACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCTACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAACGG CGATAACAGC 
TCCACTCAGT CTTCGTCGTC CACCACAACA ACGACATCTT CAGATGAGGG CCAAACTACC 
TCTTCTTCGG ATCCTGTCGT CGAAGTAGCT CAGGGATCCT CTTCGAATGG TGATGGAAAC 
TCTACCCAGT CCTCGACAAC GACAACAACT ACAACGACGA CATCTTCCGA TGGTGGCGAA 
TCCACCACCT CATCTGACCC CGTTGTGGAA GTCAGTCAAG GAACAAATGG CGATAACAGC 
TCCTCTCAAT CTTCGTCATC CACCACAACA ACGAAGGAAG TATCTTTAAA GGATAATAGA 
AGCCCTAAGT GGAATAGAAC GACAAAAACT TATTCTTCGA GAACTATCAG AATTCCGAAT 
TCAGGAAGAA AGTTAAATTC TAGTTCTAGC GAAACTTCAA CAACCGTAAC ATCAAGTTCT 
TCCTCAAAGC CACAGACCAA ATATTCTTGG TCAAGCTCTT CAAAGAAATC GAATAATGGT 
GGCAAGAATA AGAAATATTG GACCAAGCGG TGGACTAAAA AATCCCGCAA AAATAACAAT 
GGAAGCTCCA CTATTGTTGG AGAGGAATCG TCTGACTCAC TGACAGATGC TGGAGTTGAT 
GTCACCCAAG GAAATGGTTT AAACGATGAG GGAAATTCGA GTCAGTCTAC AGTTACCTCA 
TCTCTGCCTG TTGTAGATAC TAGTGCAGAT GTTCAGAACA GCGAATCAAG CTTAACATCA 
ACTGAAAACA CAACAAAATA CTCGTCAAAA TCATTTAAGG TCCCCAAGTC TAATGGTCAG 
TCGAGTATAA GCGCTAGCAA AACTACAAAA ACCGTAACGA CAAGCACTTC CTCAACACCC 
AACGTTAAGA GCTCATCAAA GAAAACTTCC AATAGTGGAA AATCGGTCAA GACTTCTTCG 
ACCACTATAA CAACAACTTC TTCAGATCCG GGCCAATCCA GCTCAATTAC ACAGGGAATT 
CCACAAAACG ATATTAAAAG CTTAAACCAG GTCACCACAA CGACATCATC TGTGAGCCAA 
GTCGGCGTAC CTTCTTCACC TGTTGTTAAA GTTACCAAGG AAACCTCAGT AAGCAAAGAT 
GGAAAGACCA CTCGGTCATC AACCACCACA ACAACAATTA CCACGACCAA AGGAAGTAAT 
CAGTCAGGTA CTTTAACTCT TCCTGCGGTC GATGGCCTAA AGTCGTCAAC GAAAACTACA 
ACAACATCCA CCAAAGGAAC TAAATTGTCA GATATCTTGT CTCTACCGGA AGTTGATGCC 
AGCATAGCCG TTAACGGCGA TGAGTCCCGC TCAGCATCTA TTAAAGATAC AAACATTTTG 
TCAAAGATAG ACTTGAGTCT GCCTAAACTG GATGCCAGCC TAAATGTTAA TGGTGGAAAG 
TCAAGCTCAA AATCCTCAAC AACAACTACG ACAACATCCA CAAAGGGAAA TAAAGTATCC 
TTGTCTCTAC CAGAAGTTGA TGCCAGCATA GCCGTTAACG GAGATGATGC CCGCTCAGCA 
TCTATTAAAG ATACAAACAT TTTGTCAAAG ATAGACTTGA GTCTGCCTAA ACTGGATGCC 
AGCCTAAATG TTAATGGTGG AAAGTCAAGC TCAAAATCCT CAACAACAAC TACGACAACA 
TCCACAAAGG GAAATAAATT ATCCTTGTCT CTACCAGAAG TTGATGCCAG CATAGCCGTT 
AACGGAGATG ATGCCCGCTC AGCATCTATT AAAGATACAA ACATTTTGTC AAAGATAGAC 
TTGAGTCTGC CTAAACTGGA TGCCAGCCTA AATGTTAATG GTGGAAAGTC AAGCTCAAAA 
TCCTCAACAA CAACTACGAC AACATCCACA AATGGAAGTA AATCGTCTAA AATTTTGACT 
GTACCGAAAG TTGATGCCGG CATATCCATC GATGGCGGAA TATCAGGTTC AACATCAACT 
AAAACTATTA AAATTACGTC AAAGAACTCT GCAGTACCCA AGGCCAGTTC ATCTTTCAAA 
ACTACGACCA CAACCACTAC ATCGAAGACT TCATCGGTCC CAAAAACAGA GTCCAAATAC 
TCCTGGTCTA GTTCGTCGAA GAAAACGTCC AATCCTATTC GTTTAACCCT ACCTAACATC 
AACGCAGGTA TTTCTGTTGG CGGAGGAGAT TCTTCGGGCT CCTGGTCCAA GCTAATCAAG 
AGGAGCACCA GCAGCGACGA GACGAATGCC AGCGATGGTC CATCTCTTTC CGGTTCTATT 
GTAGGTGCAG GTGGATCTCA GTCTGATGAA TCCTGGTCTC AACGTTCAGG ATTCTCGGGT 
GACAGTTCCA GTGCCCAGGG ATCTCCGGAC ATTCGCATTC GATTGGGCCG AGAACAGTCA 
GGAAACGATG CTCAGTCCCA AAACTCGAAT TCTTGGACCC AAAGCGCAAC ACAAGGCAGC 
GAAAGCTTGG CTAATGGAGC AATAACCGCC AATGGCCTAA GCTTGGAGGG TTCAGGGAGT 
TCCGGTGGTG TTGCAACTAC GATACCAGGT GGCTCTGTCG GTGTAACCGG ACAATATCCA 
TATTGGTGGG GCAACGGCCG TTGGGTGGGT GTTGGAGCCA GGCCCAGTTG GCGATATGGA 
TGGCGTCCTT ATGGAAGCGC TTGGGGCGGA TGGAACAATC AATATTAG

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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Muc68Ca 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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