LOC101899809 cDNA ORF clone, Musca domestica(house fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101899809
Entrez Gene ID	101899809
Full Name	small subunit processome component 20 homolog
Gene Type	protein-coding
Organism	Musca domestica(house fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005185215.3	XP_005185272.1	small subunit processome component 20 homolog

Pathways from BioSystems
Gene Ontology

The following LOC101899809 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101899809 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
OMj46762	XM_005185215.3 Latest version!	Musca domestica small subunit processome component 20 homolog (LOC101899809), 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)

LOC101899809 ( XM_005185215.3 ) cDNA ORF clone, Musca domestica(house fly) -> XP_005185272.1 Musca domestica small subunit processome component 20 homolog (LOC101899809), mRNA.

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CloneID	OMj46762
Clone ID Related Accession (Same CDS sequence)	XM_005185215.3
Accession Version	XM_005185215.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8343bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-01-25
Organism	Musca domestica(house fly)
Product	small subunit processome component 20 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004765349.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 26, 2017 this sequence version replaced XM_005185215.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Musca domestica Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGAAT TAAATGAAAA AACCAAGAAT TCGAATACAT TTCGGTTCAA AAGTTTTGCT 
GAACGTGTGA ATGAAATCGA CTTAAGGCGC TTGGCCCTGT ACCACATTGG ACACGAAAAT 
GAAGATCTTG TTGAAGAAAA TGAAACATAC TTCCATCAAA CTCTCCGCAA ATGGATGGTT 
TTAAATCTGA CAACAGAGTT CTCACAGTTC TCACGAAAAG TTGTAAAGGT CGTAACGTTG 
CCACAGCTGC TACACCAAAA GGATTTTGTC ATCGATACGC TATTGGACAA GCTATCATGC 
GCCACAAATT TATCCCTGCA ACCTTTACTG GAACTCCTCT ACGTATTAGC ACGAGATTTG 
CGAGAGGAAT TCTATCAATA TTTCCAGAGA GTTCTGGACA GACTAATATG TTTGCTCAAT 
ACCCAAGATG CAGAACAACT AGAGTGGACA TTAGTGTGTC TAGCCTATCT TTTCAAAACC 
TTGAAGCCCT ATTTAAAACG AAATATAGGC ATTGTGTTCC ATAGTATATT ACCACTATTG 
GATGAAAGAC GTTACGAAGA ACATGTTACA AATTTCGCAG TGGAGTGTTT CTCCTTCATC 
GCGCGTGATG TAAAGGAGTA TGGAAAATTT TTGGATTTTG TTTTGTCCAC GGTATCACGT 
GAGCAAATCG ATAGTATACA AGGATGTGGT CGTTTGCTCT TCGAGATAAT GCGAGGTGTA 
AAGGGTCAGT TTCATTCCAC AGCTGGAGAT TTTCTACAGT TTATATTCGA AGCTTTGGCA 
GAAAGGAAAG ATATCAAGCA TCAACAGCTT AATTTGCTTC ACGATATTGT CGAACACACT 
GTGCTACAGC TGATTAAGTT TATCACATCA TCCCAAATGT CATTATTTTG GACAAAATTG 
TGTGCAGTAG CGGACAGCCA ACCCGTAGTT AAAAAACTGA AGTTTTTAAT GAAAATTGCT 
TTGCAAGTAA TTGAGTTCAA GGATGGACGT CTCTTATCCG AAATGGATGT CATTGTGGCA 
ACTATCTTGG GAATTATAGA TAGAGGAATG CTAGATGAAA AATCTTCCGA AGACACTTTA 
TTGTTAACCA GCAATGTTAT TTGCTCCATA TTATTATCGG GTTCTTCCTT GGTTACCCAA 
TTGGATACCA GTCGTTTAAT GAAAAAAGCT TTAACCATAA AGAACCGATC AATTTATGAT 
GAATTTGTAC TTTCAATGGC TCTGCATGTT CAGTTCGATA TTTTCATTCT ACCATCTCTG 
GTACAATATT TGGAAACCAA TTTTGATTTA CAGGCCATCG AACTAATGGC AAGGGTCATA 
ACAAAGAAAC ACCCCCTCAA TTTTAACAGC TGTTCTTTGG ATCAATGGCA GTCGATGGAA 
ATAAAAGTGA ATTCAGTGCA AACCATTATC CGCATTGAAG ATAGTTTAGA AAAATGTAAC 
TCGAAGAGCA AAGAATTTGA GCAAAATCTG TTATTGCTGA TTATGGCACC CCATATAAAA 
GGATTAAAGG CTGAAAAAAT ACAAAAATCT CTAGAATATC TAATGAAATC TACAGTTAAT 
GAAATGCAAG CTTCAAAAAC TGAGGATCTT AAGAGACCGC TTAATACATT AACTCTTCTC 
ATTGAGATAA TGTGGCAATT GGATTTATTT CCACCGAAAG ATATTTTGAA ACCATTGACA 
GAAATTTTAT TGAACAATCT GCAGTACAAA AATGTTTTGG GGTCCTTGAA TCAATTAATA 
TCCAAAAACA GTAAATTGTT TAAGCACGAA ACCAGGTTAA TCCCCAGTCT GTCATATATT 
TTACAACACC ACGATCACGA CTATCGTCTA TTGGCCGCAC AGTCACTGAG TGTCCTGTTC 
AAGGGCCAAG AAACCCAAAC CCCTTACCAC ATATTTTACC AGACTGAATT AATTGAACCC 
AATATTCACA ATTATAGGGA GCAGATCTTG TTGATACAAA AATTGGAAAC GCAAACGGAG 
CTGTTTAAAT CGTTTAAAGA AGCCACATAC AAAAACGATT GTATTCGCTT TTTGTTGGGC 
ATGCTGTATC ATAATTTTAA ATTTGTTTGG GAACCAACCC TGAAACTTTT GGAAGATTAT 
GCCAAGGAAG TTGAGCCGGC AACTTTTTGG TCAATTTACC AAGATAAGAT GCAGAAAACA 
TTGGACAGTG TTGATTATTC TAAAGAACAC TTTAACCAAG AAGATGAAGT CATCGAGGAA 
ATTTGGAACT CCAAGACAAT GAATGCAATC TTGCCCTTGA AAAAGGAAAG ACAATTGACC 
CAACAGCAAA TACTGAATTA CCGCATATTA TTGTGGCAAC ATCTACCCCA ATTTGGCAAG 
TTGTTTGAAA TGAAAAACCG AGATTTAGTT GCAATCTTTT TGAAATTTAT CGAAGAGGAA 
TACCAACAGC ACTTGGAGAA AAAAGAAAAC TGCTGGGATC TAAATGCAAT GACTAACAAA 
AAAATAGACC TAGATCTGGA TGAAGTTGAT AAAGAGGATG AGACGAAAGC CAAGTTTAAG 
AGAGTGGCCA AAATTGGAGG TCAAGACAAT GCGCGGGCCA AGTTTATATT GCAGACTTTG 
CAGTGCAAAC TATCTGTTTT GGCTGTTCAA CAGAATCCGC GCGCCTTATT CAAAGAAACA 
GAACTCTGGC ACTTGTACAT GCAGCTACTA AAAGGCTCTA ATAACCAATT ACAAAAGTGT 
GCATTGGATT GTGTCATGTC ATACAAATCC AAATCGCTAA TGCCATATAA GGAGCTGTTT 
TACAATATTT TGGATGAAAA GAAATTCAAA GATGAGTTGC TCAACTTTAA GGTGGACACT 
GTGTCAGAAG AGCATCGGGA ACAATTCATG CACATCTTTC TACGTTTGCT GTACGGAAAG 
ATGATTACGA AAGGCTCTCA AAAGGGACTA AGTCCGCAAC AAAGAAAGTC GATAATTCTC 
CGATTTTTGG GGCAGTGCAA ACTTACGGAA ATAGAATGGT TTATGCAAAT GGCCTTCGGA 
TTATACACCC AGTTTACAGA CGAGGCCAAC CCTATTGAAC AAATACCTAA AATTGTGAGG 
ACTAACTTTA ATATTTCCGC CGTGTGGTCC CCGAAAAAAC TCCAAAGCGT TGTTAACTTA 
CTTGAATTAA TACGCAAAGA GTTTGGTGGC ATTATGCAGG AGACGTTTCA TGTGTACATG 
TTGAAGCTGC TAGTTTTCAT AGGGGCCACT TGCAATGAAG TCCTAAGTTT GAACGCATCA 
TTATTGCATC CGAAAATGCC AATAGTTTTC CGTAATCTGA AGCAAAATGC TTTGGAAAGC 
CTAGTCAACT TCTTCGAGCA TATTGAGGAA TTTGAATGGA AGCCCACTAT TGTTGCATGC 
CTTACAAACG TTTTTGTCTA TCCGTCATTG GAAAAGTTAC CTTTGGAATG CATACATGCA 
CCCACATCGT TGTTAAAACT ATTGCTTCTT TGGGGTGAAA AACCGAAACA CTTCCATTTC 
CTCAGTCAGG CTATGGATGG TTCTGAAAAA ACCATCTTCC ATTACATCAT CGCGTTGCTT 
TTGAACGATA AATCAAAAGC GTTGGTAAGG AAACCTATAA TGGGTCTAAT TGAACGACTA 
TTGGTGGCTT CTGAAAGTGA ATTGGAGTGT TCAGATGATG GATTAGCCTT GGTGAAGCCA 
TACATTCCGG AACTACTACA AAGGCTAAAG ATGAACTTCT CCAGCAAGGG ATCGAAACAG 
TCGTTGGATA AACGTGACTT GAATATATTG TCAATGTTAA CCAAACACGT TGAGGAACCC 
GAAATCTGTG ACAGTTTACT GGAACTCTTG TTGCCTATAC TGATAGCCAA AACTCAAACC 
CAATCCAATG TGGAAGTGGT AGCGCAAGTT ATAACAACAT TGTCAAACCT TATTAAACGT 
CTTGAACGCC CGGAAATGTA TGTTAGGAAG ATAGCTCCCC TATTTGAACA CGTGTCGGAA 
GTGTCTGCTC GCAAGCAGCT GTGTGATTTG ATAGCTGACA TAGCAAAAAT AAAACATAAA 
CAGGCTCCAA ATTCGCCCAT TACGAAAAAT CTGAAGTTCA CTGCTCGGAT TATGATACTC 
CTGAATGCCT GGGATAAACG TTGGGTGGAA CAACCTGACT ATGAGAAAAG ATTGGATGCC 
CTGAAGGAAC TCAAAGAGCA AATTGAATCT CCAGAGGGCT TAGACATGGA CCTGGGAGTT 
TTGGTAATAT TTAATTGCAT ATACTTCCTC CGACACGACA AGGACATGGG ATTGCGTGAC 
AACGCAAGTG AACATTTGAG GCTTTTGCTA CCGCACCTTA CGAAGAAATA TTCCACCGAT 
AAACAGCAAA TGAGGTACTT AGTGGGAGAT ATTTTTCTAA ATCTGATACG GCGCATTATT 
AAAGACGCCA ATGAAAATGT CCGTAACGAA GGTATTCGTT TATTGGGCGA AATGGTAAGA 
GAATGTCCTG ATTCTCACGA AATACTTAAG GACTTAAGTG GCCTTGGTGA CAAAGTAGAT 
CCCGAGGTTG ATTTCTTCGA GAACATGATA CACTTGCAGT CACACCGCCA TGGTAGAGCC 
CTGCTAAAAT TTAATGCTAT GTCAGCGACT CTTTCTACCC CACCTTGTGT GCGAACTCTT 
ACACAAATCA TTCTTCCTTT AGCTTCACGT TACCTCCTGC AGGAGAAGCA TGCTAGCAAG 
CATACACTCG TCGATGCAGC AATTGAAACA GTTGGAGTAG TATGCCAATT ATTGCCGTGG 
CAGCATTACT ACACAATTCT GCGTTATTAT TTGATGAAAA TGCGTTCCTC GCACGACTAT 
CAGAAGCAAT GCGTACGCAT TGTTGTCAGG ATATTGGATG CGTTTCATTT CGACCTTACA 
TTGTCTCAGA ATGATGCAGA GACCATTGAA AAGCTTAAAG CAACTATCAA GACCGATGCC 
GATAATGAGT TAGAACAAAC AGGCGTTAAG GACGATCAAG CTAATGAAGA CAAAAAGGGT 
GATGACGACG ATGAAGGCGA TGAAACTTCC AGGGGGACTG AAGAGGACAA TTTAGAAGAA 
GCGCTGGAAA ACAACATTCA ACTCGTTGAA GACGAAGTCT CCAATAAGGA AGAGGGTGCA 
GCTAAGGGTG AATCGTGCAT GAAACGTCCA CTACTTTTGT CATGCTCTGC TTCCAAAAAA 
GTTCTGACCA CAATTACATC CATATTAATT CCAACACTTA ATCGTTCCAT AACGGAACAA 
TCCTCTTATG ATACCAAACA CAAAGTGAAT CGGAAAAGGC TTAGTATTGA ACGAGAAGAA 
GAGGAAATTC TAAGAGTTCC AATTGCTCTA GCTTTGGTGA AACTCATGCA GAAGCTACCG 
AAAGAGTTGA TGGACTCCAG TTTACCAGGT GTTTTTATGA AGGTCTGTAC CTTCTTAAGG 
TCTCCACTGA AATCCGTAAG AATGCTGACT CGCGATATTT TAAAGAAAAT CATGCTGTGC 
CTTGGATCTG AGTATCTTTC CATGCTTGTA AGCCATTTGC AGAATCTTCT AACAAGAGGC 
TTCCAAGTGC ATGTTTTGTC AGTTACAATA CACGGTGTCC TTGATGCCCT GCGTGATGTC 
GTTCAACCAG GTGACATAGA GTGCTGTCTC CACAATTTAT TGGAAGTGGC CCTAAACGAT 
ATTTTTGGCG ATGTCAGTGC AGAGAAAGAA GTAGACAGAT TAACATCTCA CACACCTGAG 
GCCAAACCAA GCGCTAAAAG TTATCTCGTA CTACACATAA TCGCTCGAAA CATCCAAGAA 
AACTGTCTGC TGGACTTATT ACTTCCTTTT AAAGATCACT TGGCACGATC GAAATCGCGA 
AAGCTGACGT TAAAAATTCA GGAATGTTTT GCGAAGATTG TAAATGGTTT GGTGGAAAAT 
GCGCACATAT CACGTGAAAG CCTACTGATC TTTATATATG GTACAATATC CGAAAGCATT 
ACTGACCTTT TGCCGGGCAT CCAGCGGAGA GTGTTATCGG AACAGGAAAA GGAAAAAATG 
CGACGAGCAA GACCAGATTG CTTTATAATA CAACCACCGC CACAGCGATC AGGAGCGCTA 
AACAAAAAAA TCAAGACAAA TGCCCAGGCG AACGCTCACA TTCTTATTGA GTTTGGTCTG 
GAGATGTTAC ATATAGTTTT AAAACGTAAA AAACTCCAAA ATATAGATTA TGAACCCTTC 
ATCAATCCCA TTCTCCCACT TCTTCGAGAT TCTCTGAAGA GCACTCACAT TCGAGTCACA 
ACGTTCGCTC TCAAGTGCTT TGCCACACTC TGGGTAGAGG AATATGAATT AAAAGCCATG 
AAGGACGATG AATATATAAA ATCTGTTGTT GCAAGAATGT TTGAAATACT TAAAAATTTC 
TCAACTTTCG GTGCCACGAA ACAGGAAGAC AACTTCCAAT TGATGAAATC GGCTTTCAAA 
GCCATCGTGG CATTACTTAG GAAATGCACC TATTATGACC TTACCGAAGA GCAGGTTGAT 
GAATTGATTT TATACGTAGA ACAAGATCTA CATGATGGCG AAAATCAGTC TATGACTTTC 
AATCTGCTGA AGGCCCTGTT GAATCGCAAA GTGCAGTGTA AAGCAATTCA TGATATCATG 
AAGAAGATTG GTGAGATGTG TGTTGTCTCG CCGTCTGAAT ATGTTCGTGA TGAGTCTCGG 
AACTTATTGA CCACATATGT TATGGAATAT CCGCTTAATA AGAAGGTGGA TCACATCGTT 
AAGTTCTTTA CGGTGCAGTT GTGTTTTTCT TTGTCCGCTG GTCGGCTATC TGCCATAGAA 
TTTATCTGCA CCGTCATCAA GAAATTCCCA CTGACTATAT TAACGAAGAA AGCCGAATTC 
TTATATCTTT CGCTCGGCAC TAGACTTGTA AATGACGAGG ATCCCGAATG TCGCAAAGCA 
GTTGCCAATT GCATTGAAAT TTTGATTGGC AGATTGGAGA AATCAAGTCG CCAACATTTA 
TTCGACTTGA CATTGTTGTT CTTTAAGGCC AATAATAAAC CTTCAGTTCG TGAAATGGGG 
GCGGCATTGT GCTCGAGATT TTTATGTTCG GAAAAACAAT CGTTTGCTCC TCGTCTCAAA 
GTGCTGTTAC CAACATTAGT TGCAAGGTTG AATCAGGATA GTTCAACCAA TGATGGTCGG 
TTTGTAAGGG CTCCACACAC AGACTCCTTA CCAGATAATG ATGTCAGCGG TATTCCCAAA 
AAGAAGAAAT ACAAGTCAAA ACAATCACCA GAGTTTATTG AAAATAAATA CCTAGAAAAA 
GAAGTCAATG AAGTATTGCA AGATAAGGGA TTCCAAGAGG AAGAGGAGGA ACTGGAGCGA 
AAGCAACGGT CGCTAGATCA TGAAATGATT CAAGTGCAGT ACTGTCTACT GAAAGTATTC 
GAATATTGTT CCTCAGAATT GTTAAAGATA AGTGAGTTGA CCAGCGTGGT GGATGAACTG 
GCATACGAGT CGCAGCGTTT ATTAGCTCAC GATCACAATT GGGTCCGATG TAATGCCGCC 
AAAATCATTG GTCATATTCT TAGCGGATAC GATTTTGACT ATATCGGTCG CAAGCTATCA 
CAAGCTGATT TTGAAGATAG CAGAAGTAGT TTAAATAAGT TGGATTTTAT TTACTTAAAT 
CCCGAATATG ATATCAAGTC ATTGGTTTTG GATTTGTGCG CGCAAATGAT ACCCGGCGAA 
ACATCTCAGT TAATGATAGA CGAAATCGTT AAAATATTCC TTTATATTGC GACGATGCTT 
AAAGATGTTC CATTCAGTGT TAAACGACAA AGTGAGAACA TAGAGGACGA TCAGGAGAAT 
ATGGAGGATA AAGAGCCAGC AACCAACATT AATCTTAATT GGCTTTTAAA GCAAATTCGG 
TTTTTGATAA ATAAAGAAGT AGTTAAAGCG TCCCACAGCA CAAGTATGCG AATGTCGTTG 
TTCACGCTTT TGGAAGGACT TATTACACTA TTGAACGTTG ATCAGTTGCA AAAACTGGGA 
CCTGGCATCC TCGGAGCTTT AGTAAGAGAA ATGTCTGAAG AAGATCAAAA TGTTGATGCA 
GATTTGAGAC AAGTAGCTTT GCGTGTTGGC AGCCGCCTAA GAAAACGTGT AGGATCCGAT 
GTATATGATA AGTTGCGTGC AAATGCTCAG ATGAAGCTAA TGATTCGCCG AGCTGATCGC 
AAAAAAGTCT TAGCTCAAGA AAAAATCCAC GATCCTGTTC GAGCAGCCAA GCGGAAAGTA 
GCAATCCAAG CACGTAAGAA GTCTGCCAAG AAATTAAAGG CTAGTGTCAT GAGGGGAAAA 
ACGGTAGATC TTAAGCAGAA ACTAAAGAAG CGGAAACGTA AAGCAGATGA CATTTTGTTT 
TAA

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

RefSeq	XP_005185272.1
CDS	67..8409
Translation	MAELNEKTKNSNTFRFKSFAERVNEIDLRRLALYHIGHENEDLVEENETYFHQTLRKWMVLNLTTEFSQFSRKVVKVVTLPQLLHQKDFVIDTLLDKLSCATNLSLQPLLELLYVLARDLREEFYQYFQRVLDRLICLLNTQDAEQLEWTLVCLAYLFKTLKPYLKRNIGIVFHSILPLLDERRYEEHVTNFAVECFSFIARDVKEYGKFLDFVLSTVSREQIDSIQGCGRLLFEIMRGVKGQFHSTAGDFLQFIFEALAERKDIKHQQLNLLHDIVEHTVLQLIKFITSSQMSLFWTKLCAVADSQPVVKKLKFLMKIALQVIEFKDGRLLSEMDVIVATILGIIDRGMLDEKSSEDTLLLTSNVICSILLSGSSLVTQLDTSRLMKKALTIKNRSIYDEFVLSMALHVQFDIFILPSLVQYLETNFDLQAIELMARVITKKHPLNFNSCSLDQWQSMEIKVNSVQTIIRIEDSLEKCNSKSKEFEQNLLLLIMAPHIKGLKAEKIQKSLEYLMKSTVNEMQASKTEDLKRPLNTLTLLIEIMWQLDLFPPKDILKPLTEILLNNLQYKNVLGSLNQLISKNSKLFKHETRLIPSLSYILQHHDHDYRLLAAQSLSVLFKGQETQTPYHIFYQTELIEPNIHNYREQILLIQKLETQTELFKSFKEATYKNDCIRFLLGMLYHNFKFVWEPTLKLLEDYAKEVEPATFWSIYQDKMQKTLDSVDYSKEHFNQEDEVIEEIWNSKTMNAILPLKKERQLTQQQILNYRILLWQHLPQFGKLFEMKNRDLVAIFLKFIEEEYQQHLEKKENCWDLNAMTNKKIDLDLDEVDKEDETKAKFKRVAKIGGQDNARAKFILQTLQCKLSVLAVQQNPRALFKETELWHLYMQLLKGSNNQLQKCALDCVMSYKSKSLMPYKELFYNILDEKKFKDELLNFKVDTVSEEHREQFMHIFLRLLYGKMITKGSQKGLSPQQRKSIILRFLGQCKLTEIEWFMQMAFGLYTQFTDEANPIEQIPKIVRTNFNISAVWSPKKLQSVVNLLELIRKEFGGIMQETFHVYMLKLLVFIGATCNEVLSLNASLLHPKMPIVFRNLKQNALESLVNFFEHIEEFEWKPTIVACLTNVFVYPSLEKLPLECIHAPTSLLKLLLLWGEKPKHFHFLSQAMDGSEKTIFHYIIALLLNDKSKALVRKPIMGLIERLLVASESELECSDDGLALVKPYIPELLQRLKMNFSSKGSKQSLDKRDLNILSMLTKHVEEPEICDSLLELLLPILIAKTQTQSNVEVVAQVITTLSNLIKRLERPEMYVRKIAPLFEHVSEVSARKQLCDLIADIAKIKHKQAPNSPITKNLKFTARIMILLNAWDKRWVEQPDYEKRLDALKELKEQIESPEGLDMDLGVLVIFNCIYFLRHDKDMGLRDNASEHLRLLLPHLTKKYSTDKQQMRYLVGDIFLNLIRRIIKDANENVRNEGIRLLGEMVRECPDSHEILKDLSGLGDKVDPEVDFFENMIHLQSHRHGRALLKFNAMSATLSTPPCVRTLTQIILPLASRYLLQEKHASKHTLVDAAIETVGVVCQLLPWQHYYTILRYYLMKMRSSHDYQKQCVRIVVRILDAFHFDLTLSQNDAETIEKLKATIKTDADNELEQTGVKDDQANEDKKGDDDDEGDETSRGTEEDNLEEALENNIQLVEDEVSNKEEGAAKGESCMKRPLLLSCSASKKVLTTITSILIPTLNRSITEQSSYDTKHKVNRKRLSIEREEEEILRVPIALALVKLMQKLPKELMDSSLPGVFMKVCTFLRSPLKSVRMLTRDILKKIMLCLGSEYLSMLVSHLQNLLTRGFQVHVLSVTIHGVLDALRDVVQPGDIECCLHNLLEVALNDIFGDVSAEKEVDRLTSHTPEAKPSAKSYLVLHIIARNIQENCLLDLLLPFKDHLARSKSRKLTLKIQECFAKIVNGLVENAHISRESLLIFIYGTISESITDLLPGIQRRVLSEQEKEKMRRARPDCFIIQPPPQRSGALNKKIKTNAQANAHILIEFGLEMLHIVLKRKKLQNIDYEPFINPILPLLRDSLKSTHIRVTTFALKCFATLWVEEYELKAMKDDEYIKSVVARMFEILKNFSTFGATKQEDNFQLMKSAFKAIVALLRKCTYYDLTEEQVDELILYVEQDLHDGENQSMTFNLLKALLNRKVQCKAIHDIMKKIGEMCVVSPSEYVRDESRNLLTTYVMEYPLNKKVDHIVKFFTVQLCFSLSAGRLSAIEFICTVIKKFPLTILTKKAEFLYLSLGTRLVNDEDPECRKAVANCIEILIGRLEKSSRQHLFDLTLLFFKANNKPSVREMGAALCSRFLCSEKQSFAPRLKVLLPTLVARLNQDSSTNDGRFVRAPHTDSLPDNDVSGIPKKKKYKSKQSPEFIENKYLEKEVNEVLQDKGFQEEEEELERKQRSLDHEMIQVQYCLLKVFEYCSSELLKISELTSVVDELAYESQRLLAHDHNWVRCNAAKIIGHILSGYDFDYIGRKLSQADFEDSRSSLNKLDFIYLNPEYDIKSLVLDLCAQMIPGETSQLMIDEIVKIFLYIATMLKDVPFSVKRQSENIEDDQENMEDKEPATNINLNWLLKQIRFLINKEVVKASHSTSMRMSLFTLLEGLITLLNVDQLQKLGPGILGALVREMSEEDQNVDADLRQVALRVGSRLRKRVGSDVYDKLRANAQMKLMIRRADRKKVLAQEKIHDPVRAAKRKVAIQARKKSAKKLKASVMRGKTVDLKQKLKKRKRKADDILF

Target ORF information:

RefSeq Version	XM_005185215.3
Organism	Musca domestica(house fly)
Definition	Musca domestica small subunit processome component 20 homolog (LOC101899809), mRNA.

Target ORF information:

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

XM_005185215.3

ORF Insert Sequence:

ATGGCGGAAT TAAATGAAAA AACCAAGAAT TCGAATACAT TTCGGTTCAA AAGTTTTGCT 
GAACGTGTGA ATGAAATCGA CTTAAGGCGC TTGGCCCTGT ACCACATTGG ACACGAAAAT 
GAAGATCTTG TTGAAGAAAA TGAAACATAC TTCCATCAAA CTCTCCGCAA ATGGATGGTT 
TTAAATCTGA CAACAGAGTT CTCACAGTTC TCACGAAAAG TTGTAAAGGT CGTAACGTTG 
CCACAGCTGC TACACCAAAA GGATTTTGTC ATCGATACGC TATTGGACAA GCTATCATGC 
GCCACAAATT TATCCCTGCA ACCTTTACTG GAACTCCTCT ACGTATTAGC ACGAGATTTG 
CGAGAGGAAT TCTATCAATA TTTCCAGAGA GTTCTGGACA GACTAATATG TTTGCTCAAT 
ACCCAAGATG CAGAACAACT AGAGTGGACA TTAGTGTGTC TAGCCTATCT TTTCAAAACC 
TTGAAGCCCT ATTTAAAACG AAATATAGGC ATTGTGTTCC ATAGTATATT ACCACTATTG 
GATGAAAGAC GTTACGAAGA ACATGTTACA AATTTCGCAG TGGAGTGTTT CTCCTTCATC 
GCGCGTGATG TAAAGGAGTA TGGAAAATTT TTGGATTTTG TTTTGTCCAC GGTATCACGT 
GAGCAAATCG ATAGTATACA AGGATGTGGT CGTTTGCTCT TCGAGATAAT GCGAGGTGTA 
AAGGGTCAGT TTCATTCCAC AGCTGGAGAT TTTCTACAGT TTATATTCGA AGCTTTGGCA 
GAAAGGAAAG ATATCAAGCA TCAACAGCTT AATTTGCTTC ACGATATTGT CGAACACACT 
GTGCTACAGC TGATTAAGTT TATCACATCA TCCCAAATGT CATTATTTTG GACAAAATTG 
TGTGCAGTAG CGGACAGCCA ACCCGTAGTT AAAAAACTGA AGTTTTTAAT GAAAATTGCT 
TTGCAAGTAA TTGAGTTCAA GGATGGACGT CTCTTATCCG AAATGGATGT CATTGTGGCA 
ACTATCTTGG GAATTATAGA TAGAGGAATG CTAGATGAAA AATCTTCCGA AGACACTTTA 
TTGTTAACCA GCAATGTTAT TTGCTCCATA TTATTATCGG GTTCTTCCTT GGTTACCCAA 
TTGGATACCA GTCGTTTAAT GAAAAAAGCT TTAACCATAA AGAACCGATC AATTTATGAT 
GAATTTGTAC TTTCAATGGC TCTGCATGTT CAGTTCGATA TTTTCATTCT ACCATCTCTG 
GTACAATATT TGGAAACCAA TTTTGATTTA CAGGCCATCG AACTAATGGC AAGGGTCATA 
ACAAAGAAAC ACCCCCTCAA TTTTAACAGC TGTTCTTTGG ATCAATGGCA GTCGATGGAA 
ATAAAAGTGA ATTCAGTGCA AACCATTATC CGCATTGAAG ATAGTTTAGA AAAATGTAAC 
TCGAAGAGCA AAGAATTTGA GCAAAATCTG TTATTGCTGA TTATGGCACC CCATATAAAA 
GGATTAAAGG CTGAAAAAAT ACAAAAATCT CTAGAATATC TAATGAAATC TACAGTTAAT 
GAAATGCAAG CTTCAAAAAC TGAGGATCTT AAGAGACCGC TTAATACATT AACTCTTCTC 
ATTGAGATAA TGTGGCAATT GGATTTATTT CCACCGAAAG ATATTTTGAA ACCATTGACA 
GAAATTTTAT TGAACAATCT GCAGTACAAA AATGTTTTGG GGTCCTTGAA TCAATTAATA 
TCCAAAAACA GTAAATTGTT TAAGCACGAA ACCAGGTTAA TCCCCAGTCT GTCATATATT 
TTACAACACC ACGATCACGA CTATCGTCTA TTGGCCGCAC AGTCACTGAG TGTCCTGTTC 
AAGGGCCAAG AAACCCAAAC CCCTTACCAC ATATTTTACC AGACTGAATT AATTGAACCC 
AATATTCACA ATTATAGGGA GCAGATCTTG TTGATACAAA AATTGGAAAC GCAAACGGAG 
CTGTTTAAAT CGTTTAAAGA AGCCACATAC AAAAACGATT GTATTCGCTT TTTGTTGGGC 
ATGCTGTATC ATAATTTTAA ATTTGTTTGG GAACCAACCC TGAAACTTTT GGAAGATTAT 
GCCAAGGAAG TTGAGCCGGC AACTTTTTGG TCAATTTACC AAGATAAGAT GCAGAAAACA 
TTGGACAGTG TTGATTATTC TAAAGAACAC TTTAACCAAG AAGATGAAGT CATCGAGGAA 
ATTTGGAACT CCAAGACAAT GAATGCAATC TTGCCCTTGA AAAAGGAAAG ACAATTGACC 
CAACAGCAAA TACTGAATTA CCGCATATTA TTGTGGCAAC ATCTACCCCA ATTTGGCAAG 
TTGTTTGAAA TGAAAAACCG AGATTTAGTT GCAATCTTTT TGAAATTTAT CGAAGAGGAA 
TACCAACAGC ACTTGGAGAA AAAAGAAAAC TGCTGGGATC TAAATGCAAT GACTAACAAA 
AAAATAGACC TAGATCTGGA TGAAGTTGAT AAAGAGGATG AGACGAAAGC CAAGTTTAAG 
AGAGTGGCCA AAATTGGAGG TCAAGACAAT GCGCGGGCCA AGTTTATATT GCAGACTTTG 
CAGTGCAAAC TATCTGTTTT GGCTGTTCAA CAGAATCCGC GCGCCTTATT CAAAGAAACA 
GAACTCTGGC ACTTGTACAT GCAGCTACTA AAAGGCTCTA ATAACCAATT ACAAAAGTGT 
GCATTGGATT GTGTCATGTC ATACAAATCC AAATCGCTAA TGCCATATAA GGAGCTGTTT 
TACAATATTT TGGATGAAAA GAAATTCAAA GATGAGTTGC TCAACTTTAA GGTGGACACT 
GTGTCAGAAG AGCATCGGGA ACAATTCATG CACATCTTTC TACGTTTGCT GTACGGAAAG 
ATGATTACGA AAGGCTCTCA AAAGGGACTA AGTCCGCAAC AAAGAAAGTC GATAATTCTC 
CGATTTTTGG GGCAGTGCAA ACTTACGGAA ATAGAATGGT TTATGCAAAT GGCCTTCGGA 
TTATACACCC AGTTTACAGA CGAGGCCAAC CCTATTGAAC AAATACCTAA AATTGTGAGG 
ACTAACTTTA ATATTTCCGC CGTGTGGTCC CCGAAAAAAC TCCAAAGCGT TGTTAACTTA 
CTTGAATTAA TACGCAAAGA GTTTGGTGGC ATTATGCAGG AGACGTTTCA TGTGTACATG 
TTGAAGCTGC TAGTTTTCAT AGGGGCCACT TGCAATGAAG TCCTAAGTTT GAACGCATCA 
TTATTGCATC CGAAAATGCC AATAGTTTTC CGTAATCTGA AGCAAAATGC TTTGGAAAGC 
CTAGTCAACT TCTTCGAGCA TATTGAGGAA TTTGAATGGA AGCCCACTAT TGTTGCATGC 
CTTACAAACG TTTTTGTCTA TCCGTCATTG GAAAAGTTAC CTTTGGAATG CATACATGCA 
CCCACATCGT TGTTAAAACT ATTGCTTCTT TGGGGTGAAA AACCGAAACA CTTCCATTTC 
CTCAGTCAGG CTATGGATGG TTCTGAAAAA ACCATCTTCC ATTACATCAT CGCGTTGCTT 
TTGAACGATA AATCAAAAGC GTTGGTAAGG AAACCTATAA TGGGTCTAAT TGAACGACTA 
TTGGTGGCTT CTGAAAGTGA ATTGGAGTGT TCAGATGATG GATTAGCCTT GGTGAAGCCA 
TACATTCCGG AACTACTACA AAGGCTAAAG ATGAACTTCT CCAGCAAGGG ATCGAAACAG 
TCGTTGGATA AACGTGACTT GAATATATTG TCAATGTTAA CCAAACACGT TGAGGAACCC 
GAAATCTGTG ACAGTTTACT GGAACTCTTG TTGCCTATAC TGATAGCCAA AACTCAAACC 
CAATCCAATG TGGAAGTGGT AGCGCAAGTT ATAACAACAT TGTCAAACCT TATTAAACGT 
CTTGAACGCC CGGAAATGTA TGTTAGGAAG ATAGCTCCCC TATTTGAACA CGTGTCGGAA 
GTGTCTGCTC GCAAGCAGCT GTGTGATTTG ATAGCTGACA TAGCAAAAAT AAAACATAAA 
CAGGCTCCAA ATTCGCCCAT TACGAAAAAT CTGAAGTTCA CTGCTCGGAT TATGATACTC 
CTGAATGCCT GGGATAAACG TTGGGTGGAA CAACCTGACT ATGAGAAAAG ATTGGATGCC 
CTGAAGGAAC TCAAAGAGCA AATTGAATCT CCAGAGGGCT TAGACATGGA CCTGGGAGTT 
TTGGTAATAT TTAATTGCAT ATACTTCCTC CGACACGACA AGGACATGGG ATTGCGTGAC 
AACGCAAGTG AACATTTGAG GCTTTTGCTA CCGCACCTTA CGAAGAAATA TTCCACCGAT 
AAACAGCAAA TGAGGTACTT AGTGGGAGAT ATTTTTCTAA ATCTGATACG GCGCATTATT 
AAAGACGCCA ATGAAAATGT CCGTAACGAA GGTATTCGTT TATTGGGCGA AATGGTAAGA 
GAATGTCCTG ATTCTCACGA AATACTTAAG GACTTAAGTG GCCTTGGTGA CAAAGTAGAT 
CCCGAGGTTG ATTTCTTCGA GAACATGATA CACTTGCAGT CACACCGCCA TGGTAGAGCC 
CTGCTAAAAT TTAATGCTAT GTCAGCGACT CTTTCTACCC CACCTTGTGT GCGAACTCTT 
ACACAAATCA TTCTTCCTTT AGCTTCACGT TACCTCCTGC AGGAGAAGCA TGCTAGCAAG 
CATACACTCG TCGATGCAGC AATTGAAACA GTTGGAGTAG TATGCCAATT ATTGCCGTGG 
CAGCATTACT ACACAATTCT GCGTTATTAT TTGATGAAAA TGCGTTCCTC GCACGACTAT 
CAGAAGCAAT GCGTACGCAT TGTTGTCAGG ATATTGGATG CGTTTCATTT CGACCTTACA 
TTGTCTCAGA ATGATGCAGA GACCATTGAA AAGCTTAAAG CAACTATCAA GACCGATGCC 
GATAATGAGT TAGAACAAAC AGGCGTTAAG GACGATCAAG CTAATGAAGA CAAAAAGGGT 
GATGACGACG ATGAAGGCGA TGAAACTTCC AGGGGGACTG AAGAGGACAA TTTAGAAGAA 
GCGCTGGAAA ACAACATTCA ACTCGTTGAA GACGAAGTCT CCAATAAGGA AGAGGGTGCA 
GCTAAGGGTG AATCGTGCAT GAAACGTCCA CTACTTTTGT CATGCTCTGC TTCCAAAAAA 
GTTCTGACCA CAATTACATC CATATTAATT CCAACACTTA ATCGTTCCAT AACGGAACAA 
TCCTCTTATG ATACCAAACA CAAAGTGAAT CGGAAAAGGC TTAGTATTGA ACGAGAAGAA 
GAGGAAATTC TAAGAGTTCC AATTGCTCTA GCTTTGGTGA AACTCATGCA GAAGCTACCG 
AAAGAGTTGA TGGACTCCAG TTTACCAGGT GTTTTTATGA AGGTCTGTAC CTTCTTAAGG 
TCTCCACTGA AATCCGTAAG AATGCTGACT CGCGATATTT TAAAGAAAAT CATGCTGTGC 
CTTGGATCTG AGTATCTTTC CATGCTTGTA AGCCATTTGC AGAATCTTCT AACAAGAGGC 
TTCCAAGTGC ATGTTTTGTC AGTTACAATA CACGGTGTCC TTGATGCCCT GCGTGATGTC 
GTTCAACCAG GTGACATAGA GTGCTGTCTC CACAATTTAT TGGAAGTGGC CCTAAACGAT 
ATTTTTGGCG ATGTCAGTGC AGAGAAAGAA GTAGACAGAT TAACATCTCA CACACCTGAG 
GCCAAACCAA GCGCTAAAAG TTATCTCGTA CTACACATAA TCGCTCGAAA CATCCAAGAA 
AACTGTCTGC TGGACTTATT ACTTCCTTTT AAAGATCACT TGGCACGATC GAAATCGCGA 
AAGCTGACGT TAAAAATTCA GGAATGTTTT GCGAAGATTG TAAATGGTTT GGTGGAAAAT 
GCGCACATAT CACGTGAAAG CCTACTGATC TTTATATATG GTACAATATC CGAAAGCATT 
ACTGACCTTT TGCCGGGCAT CCAGCGGAGA GTGTTATCGG AACAGGAAAA GGAAAAAATG 
CGACGAGCAA GACCAGATTG CTTTATAATA CAACCACCGC CACAGCGATC AGGAGCGCTA 
AACAAAAAAA TCAAGACAAA TGCCCAGGCG AACGCTCACA TTCTTATTGA GTTTGGTCTG 
GAGATGTTAC ATATAGTTTT AAAACGTAAA AAACTCCAAA ATATAGATTA TGAACCCTTC 
ATCAATCCCA TTCTCCCACT TCTTCGAGAT TCTCTGAAGA GCACTCACAT TCGAGTCACA 
ACGTTCGCTC TCAAGTGCTT TGCCACACTC TGGGTAGAGG AATATGAATT AAAAGCCATG 
AAGGACGATG AATATATAAA ATCTGTTGTT GCAAGAATGT TTGAAATACT TAAAAATTTC 
TCAACTTTCG GTGCCACGAA ACAGGAAGAC AACTTCCAAT TGATGAAATC GGCTTTCAAA 
GCCATCGTGG CATTACTTAG GAAATGCACC TATTATGACC TTACCGAAGA GCAGGTTGAT 
GAATTGATTT TATACGTAGA ACAAGATCTA CATGATGGCG AAAATCAGTC TATGACTTTC 
AATCTGCTGA AGGCCCTGTT GAATCGCAAA GTGCAGTGTA AAGCAATTCA TGATATCATG 
AAGAAGATTG GTGAGATGTG TGTTGTCTCG CCGTCTGAAT ATGTTCGTGA TGAGTCTCGG 
AACTTATTGA CCACATATGT TATGGAATAT CCGCTTAATA AGAAGGTGGA TCACATCGTT 
AAGTTCTTTA CGGTGCAGTT GTGTTTTTCT TTGTCCGCTG GTCGGCTATC TGCCATAGAA 
TTTATCTGCA CCGTCATCAA GAAATTCCCA CTGACTATAT TAACGAAGAA AGCCGAATTC 
TTATATCTTT CGCTCGGCAC TAGACTTGTA AATGACGAGG ATCCCGAATG TCGCAAAGCA 
GTTGCCAATT GCATTGAAAT TTTGATTGGC AGATTGGAGA AATCAAGTCG CCAACATTTA 
TTCGACTTGA CATTGTTGTT CTTTAAGGCC AATAATAAAC CTTCAGTTCG TGAAATGGGG 
GCGGCATTGT GCTCGAGATT TTTATGTTCG GAAAAACAAT CGTTTGCTCC TCGTCTCAAA 
GTGCTGTTAC CAACATTAGT TGCAAGGTTG AATCAGGATA GTTCAACCAA TGATGGTCGG 
TTTGTAAGGG CTCCACACAC AGACTCCTTA CCAGATAATG ATGTCAGCGG TATTCCCAAA 
AAGAAGAAAT ACAAGTCAAA ACAATCACCA GAGTTTATTG AAAATAAATA CCTAGAAAAA 
GAAGTCAATG AAGTATTGCA AGATAAGGGA TTCCAAGAGG AAGAGGAGGA ACTGGAGCGA 
AAGCAACGGT CGCTAGATCA TGAAATGATT CAAGTGCAGT ACTGTCTACT GAAAGTATTC 
GAATATTGTT CCTCAGAATT GTTAAAGATA AGTGAGTTGA CCAGCGTGGT GGATGAACTG 
GCATACGAGT CGCAGCGTTT ATTAGCTCAC GATCACAATT GGGTCCGATG TAATGCCGCC 
AAAATCATTG GTCATATTCT TAGCGGATAC GATTTTGACT ATATCGGTCG CAAGCTATCA 
CAAGCTGATT TTGAAGATAG CAGAAGTAGT TTAAATAAGT TGGATTTTAT TTACTTAAAT 
CCCGAATATG ATATCAAGTC ATTGGTTTTG GATTTGTGCG CGCAAATGAT ACCCGGCGAA 
ACATCTCAGT TAATGATAGA CGAAATCGTT AAAATATTCC TTTATATTGC GACGATGCTT 
AAAGATGTTC CATTCAGTGT TAAACGACAA AGTGAGAACA TAGAGGACGA TCAGGAGAAT 
ATGGAGGATA AAGAGCCAGC AACCAACATT AATCTTAATT GGCTTTTAAA GCAAATTCGG 
TTTTTGATAA ATAAAGAAGT AGTTAAAGCG TCCCACAGCA CAAGTATGCG AATGTCGTTG 
TTCACGCTTT TGGAAGGACT TATTACACTA TTGAACGTTG ATCAGTTGCA AAAACTGGGA 
CCTGGCATCC TCGGAGCTTT AGTAAGAGAA ATGTCTGAAG AAGATCAAAA TGTTGATGCA 
GATTTGAGAC AAGTAGCTTT GCGTGTTGGC AGCCGCCTAA GAAAACGTGT AGGATCCGAT 
GTATATGATA AGTTGCGTGC AAATGCTCAG ATGAAGCTAA TGATTCGCCG AGCTGATCGC 
AAAAAAGTCT TAGCTCAAGA AAAAATCCAC GATCCTGTTC GAGCAGCCAA GCGGAAAGTA 
GCAATCCAAG CACGTAAGAA GTCTGCCAAG AAATTAAAGG CTAGTGTCAT GAGGGGAAAA 
ACGGTAGATC TTAAGCAGAA ACTAAAGAAG CGGAAACGTA AAGCAGATGA CATTTTGTTT 
TAA