LOC108574055 cDNA ORF clone, Habropoda laboriosa

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108574055
Entrez Gene ID	108574055
Full Name	small subunit processome component 20 homolog
Gene Type	protein-coding
Organism	Habropoda laboriosa

mRNA and Protein(s)

mRNA	Protein	Name
XM_017936565.1	XP_017792054.1	small subunit processome component 20 homolog

Pathways from BioSystems
Gene Ontology

The following LOC108574055 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108574055 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
OHa65406	XM_017936565.1 Latest version!	Habropoda laboriosa small subunit processome component 20 homolog (LOC108574055), 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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** 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)

LOC108574055 ( XM_017936565.1 ) cDNA ORF clone, Habropoda laboriosa -> XP_017792054.1 Habropoda laboriosa small subunit processome component 20 homolog (LOC108574055), mRNA.

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CloneID	OHa65406
Clone ID Related Accession (Same CDS sequence)	XM_017936565.1
Accession Version	XM_017936565.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8337bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-25
Organism	Habropoda laboriosa
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_017100307.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Habropoda laboriosa Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGAATA AACCAACTCG TCATAAAGAA TTAAACACAT TTCAGTTTAA ATCATTTTCT 
GAAAGAGTGA GTGAAATTGA CGTCGATGTA TTTCACCGTG TTGCCCACCG AAACGAGGAG 
AACAATGAAG AAATTGAAAC ATATTTTCAC GAGACACTTC AAAAATGGAA TTATCTTAAC 
CTTACAGAAG GTTATAGCAA CTTTAAAAAG AAAGTTCGCA ACATTATCAC ACTCCCACAA 
TTGGTAAATC AAAAGCAATT CGTAATAGAC ACATTAATAG AATATTTGGA AAAAAAAGAT 
GTTTTATTTC TACAACCAAT TTTAGAATTA GTGGTAGCTG TATCTAAAGA TTTACAAAAA 
GATTTTTATG AATATTTCCC TAAATTTCTG ACAATTATTG TTGACTTATT ACAAACCAAA 
GATACAGAAC AAATAGAGTA TACATTTACA TCATTAGCTT ATTTGTTCAA ATTTTTATGG 
AGATATCTGG TTAAAAATGT TAAAACTGTT CTTGACCTAT TGCTACCATT ATTGGCAGAT 
ACACAACCAG CCTATATAAA TAGCTTTGCA GCTGAAAGCT TTGCATTTGT GGCACGTAAG 
ATTAAAGATA AAGATTCTTT CTTGAAAACA ATATTGCATA TTTTAAAGAA TAATCCTAAT 
GGAGTACCAG GATGTAGCAA ATTATTATTT GAAATAGTGT CTGGTACACC AGGACTATTT 
CATTCATGTG CAGAACAAAT GCTTTCATTA TATATTAATG CACTGAATAA TGAACATCTG 
AACCAAAACA TAATATTTGA ATTACTAAAA GAAATTTTTA ATTGCTTATT GCAAAATATA 
CACCCACAGA AATGTCAAAT ATTCTGGTCT GTGTTCTTAA ATGTAACAGA TATATCTATT 
GAGAAAACTA AGCATTTCCA ACCAACAGTT GAGAGAGAGA AAAGTTTGGT TCTCATGCTG 
CAGTTATTAA AAATTGTTAT TATTCATAAA AATGGAAAGT TTGTTATGGA TCCTGCATTA 
CTGATTAGAA AATTGGTACA AATTTTAGAT ACTTTTGAAA ATGAGAATGA TGTGTTGCAG 
GAATCCATAA ATGTATCAGT TGCTATTCTT TTGGCAGACA ATGTTAAGTT AATGCAAGAA 
ACATCTAGCC AGGTGTTATT CAAAATTATG GCTGTGAAAG ATATTAAATT ATTATACAAA 
GCTGTTGAAA GTTTAATACA CTATTCATCA TTTGAAACAT TGGTATTGCC GCATATAATA 
CGACACAGCA TTTCCACTAA TTTCAATCAT GATACTTTAC AGTTGTTTAG CAAGATTGTT 
AAAGTAAAGG CTCTCTTGTG TATCAATGGT ATCAGTTTAA ATAAATGGAC GAATTATATT 
TTAGATATAC GAGGTGCGAA ACCTGAAAGT ATCAGCTACT TTAAAAAAAA ATTAGAAGCT 
TTGTTGGATG ATAATGTATC AACAAATGCA TTAAAAATGT TAATTATTTT ACCACATTTG 
AAGCCTTTAC CAGAAAAGTT CAGAGACATT CTAAAAAAGG GAATATTATC TCTGTATAAA 
CGAATACTAA ATAACACAAA TACAGAAAGT GATATGATCA AATTATGTTT GACATTCTTG 
ATAGCTTTGG AATCAGCAAT TCACATTTTC GAACCAGAAA TTTTGCACAA GTTTCTGGAA 
ATCAACGATA TAAAAATATT AGATTTAATT ACTAAATATC CTGATAATAA ATTTATTTTG 
AATGCAACAG ATTTATGCAT AACATATTTT AGTACTTCGG AATACCAAGA AATGTACGTG 
AATCAAAGTG TGTTTGATAA TTTGAAAAAT AGTATTGCAC AGAAATTGAG TTCACCCTTC 
GGTGACGTTC GTTTAGTAGT AACACATTTA TATTCTTTAT TTGCCAATGT TAAAGCAATT 
AAATCATCCA TAATAAACAC CGAAACGGTT GAAAAAAGTG TTATGGAACA CATGTATTTG 
GCAGAATCTG AACCTATTAC AGTACAAAAT TATCGGAGTA GATTACTCCA TTTACAAGCA 
TTATCATTCG AAAATAATGC CGTGACAAAT TTAGATTTCA AATATTACGA ACTTCCGTTA 
CGATATTTAC TAGGAAATAT GTATATAAAT TTTTCTTTAC TATGGAATAA TGTAAGTCAG 
ATTATAGCTT CATATGCAAA CAAACAATGC GAACCATTTT GGCCTATATT CTTGGATGAA 
TTAAAACGTG ATCATACAGT AACTCCAGAT TATAAGCCAT CATTTGAGTG TGAAATTATT 
TCTGAAATAG AAACTTCAAT ACAAAAAAGT AATGATAATC CAGACTATGA GAATCACGAA 
ATTCTTCTGT GGAAATGTAT GTCCAGTTTT TCGCAATTCT GTGAAACGAA AAACAGAGAT 
ATAACAGGAT TATTCATTGA TTTTGTAAAT GACAATTTTT TCAAGACGAA TTCTGAAGAT 
GCTAAGTGTT GTAGTATTTT AAAAATGCAA GAAGCGAATA CCGATAACGA AATGGAAATT 
GATGCGCAAA GTGAAGATGA TAGTGAATCT GAAGAAAAAG AGGAGAAGGA GGAAAAAGAA 
ACTATATCTC CCATTAGTAC AAAATTAAAA CAAAAAGAAT CTAAACAAGT AACTAAATTT 
ATACTTAGTA GGAATTATAA AGTGAAGCTT TTAATTGCTC AGCTAGAAAT ATTTGAAAAG 
ATAACAAATC CAAAAACATT GTACAGAGAA TCAGAGATGC AAAAAATTTA TTTAGATTTA 
CTGTCATCAA AAAATTCTGA CATTCAGAAG GGTGCTTTAA ATTGTCTTCT GACTTATAAG 
TACAAATATT TATTACCTTA CAAAACCAAT TTGCTCGGTT TAATTGATGA AAAAAATTTG 
AAGACTGAAC TGACACGTTT CAAGATTGAT CAGGAAAGTA ACATGATACA AAACGAACAT 
CGCGAAGAAT TGATACCTAT ACTGATGAGA ATAATTTACG CAAAAATGGT TACAAAAATA 
GGGATGAGGA CTGGTGGTAA AGCCGGGGGT GCTGTAAGAC GGAAAATGAT TTTACGTTTT 
CTAGCTGGCA CTCAAGAGGA CGAAATGATT ATATTTACGA AAATGGCATT TAAACCTTTT 
AAGAGGTTCA TGTCCCTGGA AATGAATGAG AAAGTTAACT TAAAGCAGCT AACACAGAAG 
ATTATTGATA CTGTGGATTT GAGCAATGTT ATTCCACCTA AACGTTTGCA AAGTGCTATT 
AATTTACTTG GAATTTTAAT AGAGCAATGT GGTAGCAAAA TGGGTCAGAA ATTGTTACCA 
TTTTTGCTTC GTTTGGTAAT ATGCATTCTG GCAGAAGTTA CTGGAATTTT ACAAAGATCA 
GATCGAGTTT ATGTCGGTTT CTTAACATCT ATCAGAAACG TGAGAACAAG CTGCATCTTA 
ATATTAACAA GGTTCTTTAA CCACTTTGAA GACTATGCAT GGAATGACCA CGAAGTGGAT 
GCTTTGTTTA ATGTAGCTGT ATTTCCACAA TTAGAAAAAT TACCCATGGA GGGTATTCAT 
AGTCCTACTC CATTATTAAA GCTGATGATG TCGTGGAGCC AAAACTCGCG TTATTATCCA 
TTATTTATAA AATATCGCGA TGACGATAAG TCTGTTAGCC CTCTACCATA CGTGATGAGA 
CTTTTATTAG GCCCAAAAAC TCATGCATCT GTAATTAATG CTATTCTTGA AATGATCCAA 
AAAATGGTAA CATTGCAAGA CTATGGAAAG ATAAATGAAA ATGATATGGA AGTTGATACA 
GCATTTGTTC CTTTAACACC TATGCTTAAT AACTTGCTTG AAATAAACGA GGAAGCCGTA 
TCCAATGGTG TTAATTACGG CTCTACTATA CTCCTCCCTC ATGTGTTTAG TATTTTAGAA 
TATATTAAAA ATAAACTTCA GAAGTCAAAC AGGGGGATAA ATAAAACAGA ATTAGTGATT 
TTATCACGTA TCTCCGAATT TGTGAAAGAT GCAGATGCAT CTGATGTACT TCTTACACTT 
ACTCTACCAA TATTAACTAA AAAGGCAGGA GCTGGAGAAG CAGAAGACAC GATTATGGAA 
TTAATTACTA CCGTGATAAA TCTTACGAAA CAAGTTAAAA ATCCGATAAT TCATATACGC 
GCAATTTTGC CCTTATTAGG TGTAATAACG ACATTACCTG CTCGTAGATT GCTTCTGGAA 
CTGTACAAAA TCATCGTTGA AAAATCGTCC GAAGATGATC GCGAGACATT AATGAAAAAT 
TATAATTTAC TAAGTGATCT TAATGCATGG GATCGTAGAT GGATCGATCA ACCAGATTTC 
CAGAAAAGGT TGGATGCCTT TTCTGAAATT AATAATGCAA TAGAAAAGAA TGAGATCACT 
TTAGAGTTTG GCATAGCTAT TATTTATAAT TGTTATTACT TTCTTAAAAA TGAAGGAGAT 
TTAGCATTAA GAGATAATGC AGGACAATGC CTCAAAGTTC TTGGTTGTAA ATTGGCAAAA 
GAACACAAAG GAAGTATAGT GGATAGACGA TATTTAATGG ATGATACAAT TTTGGCTCTG 
ATAAGAAGAG GGATAACTGC TAAGAATGAA TTTGTAAAAC TTCAGTCAAT AGCTTTCTTA 
GGACACATGG CCATGGAATG TGCAGATGTT CATCCTGTTT TGCGAGATTT GTCGCTATTA 
ACTAACAAAA TGGATCCTGA AGTAGATTTC TTTGAAAATA TGCAACATTT GCAGCTGCAC 
AGAAGAGCAA GAGCACTGCT TAAATTCTGC AGCATAGTAA AATCATTGAA GAAGACATTG 
AATCCAAGAA CCTTAACACA ATTTATTTTT CCTCTTGCTT CTTCATATTT GTGCAATGAA 
GCTTTTGCAC ATAAAAACAG CATTGTTGAT GCTGCAATAG AAGCAGTTGG AACAGTGTGC 
AAACTCTTGC CATGGCACCA GTACGAAGTT ATATTAAAAC ATTACTTAGA TAAATTAAGG 
GGCTCTATAG AATTTCAAAA ACAACTTGTC AGAATCATTG TCATTATTTT GGATTCTTTT 
CATTTTAATC TGTCGAAGTA TACTCCTATA GAAGGATCTT CAGATTTAAA AGCTATCAAA 
GAAGTTTCTG AAAAAGAAGC AGTTTCCGAT GAAAAGAAAG AAGACGACAA AAACGTTGAG 
GAAAACATTG ATGATAAAAA CATTGAACAA GATGTAGGAG AAAAGTTAGA CGAAGTTTTA 
AACTCTGAAA ATATAGACAA TGTTGCAGAA ACTGTAGAAA GTGTTCAAAA GGAGACACAG 
GAAGAAATAC CTGTGGTGGA GAAACAAACA ATTCTTTCAC AGTACAGAGC ACGACGAGTT 
GTGTTTAGTA TATCCAAGCA ATTATTACCT CAGCTCCATC GCTCTATTGT AGCAAGAACG 
AGTCGGGAGA ATAGTCACAA AATTAACAAG AAAAGAGTTG CGGCAGATAA CGAGGAAGAA 
GAATTAATGC GAGTCCCAAT TGCACTTGCT TTTGTCAAAT TATTACAAAA ATTACCTGAG 
CACATTTTAG AGATTAATTT ACCAGGAATT TTTATGAAGT TATGTACATT CCTGAAATCA 
CGTTTGGACT CAGTACGACG GGTTACTCGC GAAATATTAC AAAAAATTAT GATAACTTTG 
GGTCCGAAAT ATCTTAATCA TCTTTTAAGA GAAATGAATA CCTTATTGAC GAAAGGTTTC 
CAAGTTCACG TTCTTGCATA TACAGTACAA GCAGTGTTAG TTGCTTTGAA ACCATATTAT 
CAAAAATTCG ATATTAACAA CAGTCTTCAA AGTATTTTAT CTGTATGTAA AGTAGATTTA 
TTTGGACTAA GTGCAGAAGA GAAAGAAGTA ATAGGAATCG TGAGGAATGT TTCAGAAGCA 
AAATCCACAA AAAGTTTTGA TATTTTTCAT ATATTGGCAG AATATATTAC TGAATCTTGC 
TTGGTAGATT TGATTATGCC ATTAAAAGAA GTGCTCATGA AAACGCACTC GTATAAAACT 
ATACAGAAAG TAGTAGAGTG TTTAAGGAAT ATAGTATTGG GTTTAGCTGA TAATACCTTC 
ATAGCATTGG ATCAAATGTT GATATTCCTT TATGGTGTAG TCTCCAAAAG TATTCCCGAA 
TTCATGCCCG AGAAGAACGA TAAACAACTT ACAGAGAAAC AAGTGGAAGT TCTGACTAGA 
TATAAGTCAG ATTGTTTCAT CATACCTCCA GAACCAAAGA ATAAAATGGG TATAAAAGTG 
GCTTCTAAAA CATCAAAGAA TACGAATGTC CATGTCATTG TAGAATTCGG TTTAAAACTA 
TTCCATATTT TATTGAAAAG AGACAAAATT TCCAATAAAG AGTTCAAGCC CTTGATAGAA 
CCATTTATAC CTCTCATAAG TGAATGCTTA AAGTCTCAAC ATGTTAAGTT GAGCACTTTG 
AGTTTGCAAT GTTTAAGTTG GTTGCTCAAA ATGAATCTAT CTTTGGTACA AGAAACAATC 
TCGGATATCT GTGAATCTAT CTTTAGTATA TTGCACAAAT ATGCCGCGGC AAGTTTGAGC 
AAAGGAGACA ATTTTGATCT AGTGATGGCT GGTTTCAAAT GTATGTCTGT AATCGTCCGT 
GATGTGAAAA ACTATACAAT CACTACAGAT CAACTGAAGG CCCTGATCAT GTATGCTGAA 
CAAGATATGC ACGACACTGA CAAACGGGCG ACAGCGTTTG GTTTACTTAA AAGTATAATT 
GCTCGAAAAA TGATTCTTCC GGAGATGTAT CTAGTCATGG AGAAAGTTGC TGCCTTAAGT 
GTTACATCTG AACTGGAACA TGTTAGATTA CAATCACGTT CCGTTTTTTA TTCCTACCTG 
ATGGAATATC CTCTTGGCAA ACATGTGAAT AAGCATGTAG CATTTTATTT GACACAACTT 
AGCTATGAGA TGCAGCCTGG TCGACTCAGT GCTTTGGAAA TGCTTCACAG TATTATAACA 
GGATTTCCAT TAAAAACTTT GATCGCCAAG TCAAGCCTCA TATTCATAAT GGCGGGTGCA 
CGGTTGATAA ATGACGATGA TCCAACATGT CGGAAATTGT GCGCCAAATG TATCAAAGAA 
ATGATTACAC GTATTCCTCA TAATGAAAGG AGTAAACTTT TTGATATAGT CGTAGCATGG 
TTAAAAGATA TTAAAGTAAC GCATCGAACC TTGGCTGCTC AGCTATGTGG TATATTTGTA 
ACAGTGGAAA AAGATACTTT TGAGTCTCGT TTAAAAGAAA TACTACCCTT CCTTGTGAAA 
CAATTTCACC CAAGTTTCAA CGATGACGAC AAACCAGGTC GTTTTGTGAA ATTACGTAAG 
CCAAGAGAAA TGCGGGTAGA AATGCATCGT AATATCAAGA ATCCAGAGAG AATGAGAGAC 
CACCATATGT TCCAAGTACT GCAACTGTTG CTGAAAGTAT CAGCAAATTG TACAGCATTC 
CTAAAAAATG AAGAACACAA AGAAGCTGTT TGTTCATTTG CTGAATATAG TCAATCCTTA 
TTGGCCCATC CTCACTCATG GGTTCGTCTA GCAGCATCTC AAATGATCGG TTTTATTTTA 
GCAGCTCTTG ACGTTGATAA AATTATATAC TTGTTAGAAA ATCCAGAAAA ATGCGAAACG 
GAAATCAATT ACATTTATCA GGATCCTATC ACCACTATAA GATCTTTGAC TTTAGATTTA 
ATTGCACAAC TACAACCTGA CCTGATTTTG GAAGACTTAG CCGATCAAGC TGTTAAAAAT 
TTGATTTTTA TCGCACGAAT TTTGAAATCT GTAAAGACAA TTAATACTAG GACTGCTGAT 
CAAGAAGATG ATATTAAACA TACGGAAAAA GATCAATTAT CCCTTTCTTG GGTGGTTAAA 
AAACTGAGAA AGGCTGTAAA TGTAGAGATA GTTAAAGCTC CCCAATCGAT AGTAGTGCGG 
ATTGCTTACT TTAAGTGGGT TGCCGGCGTA GTGGCTACAA TATCGATGGA ATATTTAAAC 
GTGGCCCTTT TTAATATTAT GTCGCCAATT GTACGCGAGA TATCGCTTAC GGAAGACAAA 
AATGTCGCTT TAAGACGATT GGCAAAAGAA GCGGCCACGA TGATTAAAAA ACGTTTAGGC 
ATCGAAGAGT ATAATAGATT ATTGAGCAAA ATACAACAGA AGTTGGATAT TAAGAAAGCG 
GAAAGGAAAA AAATACGTAC GCAACAGTTT GTAACGGATC CAGAATTGGC TGCTAAACGT 
AAGATTGCAA AACAGCAAAA AAAGAAAGAA GCCAAAAAAA GAAAATTGGA TACCATTAGA 
GGGAAAAAAG TAATGAAAAA ACGTCCTAAA AAAGAAGTTG ATTTGGATGT TATATAA

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

RefSeq	XP_017792054.1
CDS	87..8423
Translation	MKNKPTRHKELNTFQFKSFSERVSEIDVDVFHRVAHRNEENNEEIETYFHETLQKWNYLNLTEGYSNFKKKVRNIITLPQLVNQKQFVIDTLIEYLEKKDVLFLQPILELVVAVSKDLQKDFYEYFPKFLTIIVDLLQTKDTEQIEYTFTSLAYLFKFLWRYLVKNVKTVLDLLLPLLADTQPAYINSFAAESFAFVARKIKDKDSFLKTILHILKNNPNGVPGCSKLLFEIVSGTPGLFHSCAEQMLSLYINALNNEHLNQNIIFELLKEIFNCLLQNIHPQKCQIFWSVFLNVTDISIEKTKHFQPTVEREKSLVLMLQLLKIVIIHKNGKFVMDPALLIRKLVQILDTFENENDVLQESINVSVAILLADNVKLMQETSSQVLFKIMAVKDIKLLYKAVESLIHYSSFETLVLPHIIRHSISTNFNHDTLQLFSKIVKVKALLCINGISLNKWTNYILDIRGAKPESISYFKKKLEALLDDNVSTNALKMLIILPHLKPLPEKFRDILKKGILSLYKRILNNTNTESDMIKLCLTFLIALESAIHIFEPEILHKFLEINDIKILDLITKYPDNKFILNATDLCITYFSTSEYQEMYVNQSVFDNLKNSIAQKLSSPFGDVRLVVTHLYSLFANVKAIKSSIINTETVEKSVMEHMYLAESEPITVQNYRSRLLHLQALSFENNAVTNLDFKYYELPLRYLLGNMYINFSLLWNNVSQIIASYANKQCEPFWPIFLDELKRDHTVTPDYKPSFECEIISEIETSIQKSNDNPDYENHEILLWKCMSSFSQFCETKNRDITGLFIDFVNDNFFKTNSEDAKCCSILKMQEANTDNEMEIDAQSEDDSESEEKEEKEEKETISPISTKLKQKESKQVTKFILSRNYKVKLLIAQLEIFEKITNPKTLYRESEMQKIYLDLLSSKNSDIQKGALNCLLTYKYKYLLPYKTNLLGLIDEKNLKTELTRFKIDQESNMIQNEHREELIPILMRIIYAKMVTKIGMRTGGKAGGAVRRKMILRFLAGTQEDEMIIFTKMAFKPFKRFMSLEMNEKVNLKQLTQKIIDTVDLSNVIPPKRLQSAINLLGILIEQCGSKMGQKLLPFLLRLVICILAEVTGILQRSDRVYVGFLTSIRNVRTSCILILTRFFNHFEDYAWNDHEVDALFNVAVFPQLEKLPMEGIHSPTPLLKLMMSWSQNSRYYPLFIKYRDDDKSVSPLPYVMRLLLGPKTHASVINAILEMIQKMVTLQDYGKINENDMEVDTAFVPLTPMLNNLLEINEEAVSNGVNYGSTILLPHVFSILEYIKNKLQKSNRGINKTELVILSRISEFVKDADASDVLLTLTLPILTKKAGAGEAEDTIMELITTVINLTKQVKNPIIHIRAILPLLGVITTLPARRLLLELYKIIVEKSSEDDRETLMKNYNLLSDLNAWDRRWIDQPDFQKRLDAFSEINNAIEKNEITLEFGIAIIYNCYYFLKNEGDLALRDNAGQCLKVLGCKLAKEHKGSIVDRRYLMDDTILALIRRGITAKNEFVKLQSIAFLGHMAMECADVHPVLRDLSLLTNKMDPEVDFFENMQHLQLHRRARALLKFCSIVKSLKKTLNPRTLTQFIFPLASSYLCNEAFAHKNSIVDAAIEAVGTVCKLLPWHQYEVILKHYLDKLRGSIEFQKQLVRIIVIILDSFHFNLSKYTPIEGSSDLKAIKEVSEKEAVSDEKKEDDKNVEENIDDKNIEQDVGEKLDEVLNSENIDNVAETVESVQKETQEEIPVVEKQTILSQYRARRVVFSISKQLLPQLHRSIVARTSRENSHKINKKRVAADNEEEELMRVPIALAFVKLLQKLPEHILEINLPGIFMKLCTFLKSRLDSVRRVTREILQKIMITLGPKYLNHLLREMNTLLTKGFQVHVLAYTVQAVLVALKPYYQKFDINNSLQSILSVCKVDLFGLSAEEKEVIGIVRNVSEAKSTKSFDIFHILAEYITESCLVDLIMPLKEVLMKTHSYKTIQKVVECLRNIVLGLADNTFIALDQMLIFLYGVVSKSIPEFMPEKNDKQLTEKQVEVLTRYKSDCFIIPPEPKNKMGIKVASKTSKNTNVHVIVEFGLKLFHILLKRDKISNKEFKPLIEPFIPLISECLKSQHVKLSTLSLQCLSWLLKMNLSLVQETISDICESIFSILHKYAAASLSKGDNFDLVMAGFKCMSVIVRDVKNYTITTDQLKALIMYAEQDMHDTDKRATAFGLLKSIIARKMILPEMYLVMEKVAALSVTSELEHVRLQSRSVFYSYLMEYPLGKHVNKHVAFYLTQLSYEMQPGRLSALEMLHSIITGFPLKTLIAKSSLIFIMAGARLINDDDPTCRKLCAKCIKEMITRIPHNERSKLFDIVVAWLKDIKVTHRTLAAQLCGIFVTVEKDTFESRLKEILPFLVKQFHPSFNDDDKPGRFVKLRKPREMRVEMHRNIKNPERMRDHHMFQVLQLLLKVSANCTAFLKNEEHKEAVCSFAEYSQSLLAHPHSWVRLAASQMIGFILAALDVDKIIYLLENPEKCETEINYIYQDPITTIRSLTLDLIAQLQPDLILEDLADQAVKNLIFIARILKSVKTINTRTADQEDDIKHTEKDQLSLSWVVKKLRKAVNVEIVKAPQSIVVRIAYFKWVAGVVATISMEYLNVALFNIMSPIVREISLTEDKNVALRRLAKEAATMIKKRLGIEEYNRLLSKIQQKLDIKKAERKKIRTQQFVTDPELAAKRKIAKQQKKKEAKKRKLDTIRGKKVMKKRPKKEVDLDVI

Target ORF information:

RefSeq Version	XM_017936565.1
Organism	Habropoda laboriosa
Definition	Habropoda laboriosa small subunit processome component 20 homolog (LOC108574055), mRNA.

Target ORF information:

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

XM_017936565.1

ORF Insert Sequence:

ATGAAGAATA AACCAACTCG TCATAAAGAA TTAAACACAT TTCAGTTTAA ATCATTTTCT 
GAAAGAGTGA GTGAAATTGA CGTCGATGTA TTTCACCGTG TTGCCCACCG AAACGAGGAG 
AACAATGAAG AAATTGAAAC ATATTTTCAC GAGACACTTC AAAAATGGAA TTATCTTAAC 
CTTACAGAAG GTTATAGCAA CTTTAAAAAG AAAGTTCGCA ACATTATCAC ACTCCCACAA 
TTGGTAAATC AAAAGCAATT CGTAATAGAC ACATTAATAG AATATTTGGA AAAAAAAGAT 
GTTTTATTTC TACAACCAAT TTTAGAATTA GTGGTAGCTG TATCTAAAGA TTTACAAAAA 
GATTTTTATG AATATTTCCC TAAATTTCTG ACAATTATTG TTGACTTATT ACAAACCAAA 
GATACAGAAC AAATAGAGTA TACATTTACA TCATTAGCTT ATTTGTTCAA ATTTTTATGG 
AGATATCTGG TTAAAAATGT TAAAACTGTT CTTGACCTAT TGCTACCATT ATTGGCAGAT 
ACACAACCAG CCTATATAAA TAGCTTTGCA GCTGAAAGCT TTGCATTTGT GGCACGTAAG 
ATTAAAGATA AAGATTCTTT CTTGAAAACA ATATTGCATA TTTTAAAGAA TAATCCTAAT 
GGAGTACCAG GATGTAGCAA ATTATTATTT GAAATAGTGT CTGGTACACC AGGACTATTT 
CATTCATGTG CAGAACAAAT GCTTTCATTA TATATTAATG CACTGAATAA TGAACATCTG 
AACCAAAACA TAATATTTGA ATTACTAAAA GAAATTTTTA ATTGCTTATT GCAAAATATA 
CACCCACAGA AATGTCAAAT ATTCTGGTCT GTGTTCTTAA ATGTAACAGA TATATCTATT 
GAGAAAACTA AGCATTTCCA ACCAACAGTT GAGAGAGAGA AAAGTTTGGT TCTCATGCTG 
CAGTTATTAA AAATTGTTAT TATTCATAAA AATGGAAAGT TTGTTATGGA TCCTGCATTA 
CTGATTAGAA AATTGGTACA AATTTTAGAT ACTTTTGAAA ATGAGAATGA TGTGTTGCAG 
GAATCCATAA ATGTATCAGT TGCTATTCTT TTGGCAGACA ATGTTAAGTT AATGCAAGAA 
ACATCTAGCC AGGTGTTATT CAAAATTATG GCTGTGAAAG ATATTAAATT ATTATACAAA 
GCTGTTGAAA GTTTAATACA CTATTCATCA TTTGAAACAT TGGTATTGCC GCATATAATA 
CGACACAGCA TTTCCACTAA TTTCAATCAT GATACTTTAC AGTTGTTTAG CAAGATTGTT 
AAAGTAAAGG CTCTCTTGTG TATCAATGGT ATCAGTTTAA ATAAATGGAC GAATTATATT 
TTAGATATAC GAGGTGCGAA ACCTGAAAGT ATCAGCTACT TTAAAAAAAA ATTAGAAGCT 
TTGTTGGATG ATAATGTATC AACAAATGCA TTAAAAATGT TAATTATTTT ACCACATTTG 
AAGCCTTTAC CAGAAAAGTT CAGAGACATT CTAAAAAAGG GAATATTATC TCTGTATAAA 
CGAATACTAA ATAACACAAA TACAGAAAGT GATATGATCA AATTATGTTT GACATTCTTG 
ATAGCTTTGG AATCAGCAAT TCACATTTTC GAACCAGAAA TTTTGCACAA GTTTCTGGAA 
ATCAACGATA TAAAAATATT AGATTTAATT ACTAAATATC CTGATAATAA ATTTATTTTG 
AATGCAACAG ATTTATGCAT AACATATTTT AGTACTTCGG AATACCAAGA AATGTACGTG 
AATCAAAGTG TGTTTGATAA TTTGAAAAAT AGTATTGCAC AGAAATTGAG TTCACCCTTC 
GGTGACGTTC GTTTAGTAGT AACACATTTA TATTCTTTAT TTGCCAATGT TAAAGCAATT 
AAATCATCCA TAATAAACAC CGAAACGGTT GAAAAAAGTG TTATGGAACA CATGTATTTG 
GCAGAATCTG AACCTATTAC AGTACAAAAT TATCGGAGTA GATTACTCCA TTTACAAGCA 
TTATCATTCG AAAATAATGC CGTGACAAAT TTAGATTTCA AATATTACGA ACTTCCGTTA 
CGATATTTAC TAGGAAATAT GTATATAAAT TTTTCTTTAC TATGGAATAA TGTAAGTCAG 
ATTATAGCTT CATATGCAAA CAAACAATGC GAACCATTTT GGCCTATATT CTTGGATGAA 
TTAAAACGTG ATCATACAGT AACTCCAGAT TATAAGCCAT CATTTGAGTG TGAAATTATT 
TCTGAAATAG AAACTTCAAT ACAAAAAAGT AATGATAATC CAGACTATGA GAATCACGAA 
ATTCTTCTGT GGAAATGTAT GTCCAGTTTT TCGCAATTCT GTGAAACGAA AAACAGAGAT 
ATAACAGGAT TATTCATTGA TTTTGTAAAT GACAATTTTT TCAAGACGAA TTCTGAAGAT 
GCTAAGTGTT GTAGTATTTT AAAAATGCAA GAAGCGAATA CCGATAACGA AATGGAAATT 
GATGCGCAAA GTGAAGATGA TAGTGAATCT GAAGAAAAAG AGGAGAAGGA GGAAAAAGAA 
ACTATATCTC CCATTAGTAC AAAATTAAAA CAAAAAGAAT CTAAACAAGT AACTAAATTT 
ATACTTAGTA GGAATTATAA AGTGAAGCTT TTAATTGCTC AGCTAGAAAT ATTTGAAAAG 
ATAACAAATC CAAAAACATT GTACAGAGAA TCAGAGATGC AAAAAATTTA TTTAGATTTA 
CTGTCATCAA AAAATTCTGA CATTCAGAAG GGTGCTTTAA ATTGTCTTCT GACTTATAAG 
TACAAATATT TATTACCTTA CAAAACCAAT TTGCTCGGTT TAATTGATGA AAAAAATTTG 
AAGACTGAAC TGACACGTTT CAAGATTGAT CAGGAAAGTA ACATGATACA AAACGAACAT 
CGCGAAGAAT TGATACCTAT ACTGATGAGA ATAATTTACG CAAAAATGGT TACAAAAATA 
GGGATGAGGA CTGGTGGTAA AGCCGGGGGT GCTGTAAGAC GGAAAATGAT TTTACGTTTT 
CTAGCTGGCA CTCAAGAGGA CGAAATGATT ATATTTACGA AAATGGCATT TAAACCTTTT 
AAGAGGTTCA TGTCCCTGGA AATGAATGAG AAAGTTAACT TAAAGCAGCT AACACAGAAG 
ATTATTGATA CTGTGGATTT GAGCAATGTT ATTCCACCTA AACGTTTGCA AAGTGCTATT 
AATTTACTTG GAATTTTAAT AGAGCAATGT GGTAGCAAAA TGGGTCAGAA ATTGTTACCA 
TTTTTGCTTC GTTTGGTAAT ATGCATTCTG GCAGAAGTTA CTGGAATTTT ACAAAGATCA 
GATCGAGTTT ATGTCGGTTT CTTAACATCT ATCAGAAACG TGAGAACAAG CTGCATCTTA 
ATATTAACAA GGTTCTTTAA CCACTTTGAA GACTATGCAT GGAATGACCA CGAAGTGGAT 
GCTTTGTTTA ATGTAGCTGT ATTTCCACAA TTAGAAAAAT TACCCATGGA GGGTATTCAT 
AGTCCTACTC CATTATTAAA GCTGATGATG TCGTGGAGCC AAAACTCGCG TTATTATCCA 
TTATTTATAA AATATCGCGA TGACGATAAG TCTGTTAGCC CTCTACCATA CGTGATGAGA 
CTTTTATTAG GCCCAAAAAC TCATGCATCT GTAATTAATG CTATTCTTGA AATGATCCAA 
AAAATGGTAA CATTGCAAGA CTATGGAAAG ATAAATGAAA ATGATATGGA AGTTGATACA 
GCATTTGTTC CTTTAACACC TATGCTTAAT AACTTGCTTG AAATAAACGA GGAAGCCGTA 
TCCAATGGTG TTAATTACGG CTCTACTATA CTCCTCCCTC ATGTGTTTAG TATTTTAGAA 
TATATTAAAA ATAAACTTCA GAAGTCAAAC AGGGGGATAA ATAAAACAGA ATTAGTGATT 
TTATCACGTA TCTCCGAATT TGTGAAAGAT GCAGATGCAT CTGATGTACT TCTTACACTT 
ACTCTACCAA TATTAACTAA AAAGGCAGGA GCTGGAGAAG CAGAAGACAC GATTATGGAA 
TTAATTACTA CCGTGATAAA TCTTACGAAA CAAGTTAAAA ATCCGATAAT TCATATACGC 
GCAATTTTGC CCTTATTAGG TGTAATAACG ACATTACCTG CTCGTAGATT GCTTCTGGAA 
CTGTACAAAA TCATCGTTGA AAAATCGTCC GAAGATGATC GCGAGACATT AATGAAAAAT 
TATAATTTAC TAAGTGATCT TAATGCATGG GATCGTAGAT GGATCGATCA ACCAGATTTC 
CAGAAAAGGT TGGATGCCTT TTCTGAAATT AATAATGCAA TAGAAAAGAA TGAGATCACT 
TTAGAGTTTG GCATAGCTAT TATTTATAAT TGTTATTACT TTCTTAAAAA TGAAGGAGAT 
TTAGCATTAA GAGATAATGC AGGACAATGC CTCAAAGTTC TTGGTTGTAA ATTGGCAAAA 
GAACACAAAG GAAGTATAGT GGATAGACGA TATTTAATGG ATGATACAAT TTTGGCTCTG 
ATAAGAAGAG GGATAACTGC TAAGAATGAA TTTGTAAAAC TTCAGTCAAT AGCTTTCTTA 
GGACACATGG CCATGGAATG TGCAGATGTT CATCCTGTTT TGCGAGATTT GTCGCTATTA 
ACTAACAAAA TGGATCCTGA AGTAGATTTC TTTGAAAATA TGCAACATTT GCAGCTGCAC 
AGAAGAGCAA GAGCACTGCT TAAATTCTGC AGCATAGTAA AATCATTGAA GAAGACATTG 
AATCCAAGAA CCTTAACACA ATTTATTTTT CCTCTTGCTT CTTCATATTT GTGCAATGAA 
GCTTTTGCAC ATAAAAACAG CATTGTTGAT GCTGCAATAG AAGCAGTTGG AACAGTGTGC 
AAACTCTTGC CATGGCACCA GTACGAAGTT ATATTAAAAC ATTACTTAGA TAAATTAAGG 
GGCTCTATAG AATTTCAAAA ACAACTTGTC AGAATCATTG TCATTATTTT GGATTCTTTT 
CATTTTAATC TGTCGAAGTA TACTCCTATA GAAGGATCTT CAGATTTAAA AGCTATCAAA 
GAAGTTTCTG AAAAAGAAGC AGTTTCCGAT GAAAAGAAAG AAGACGACAA AAACGTTGAG 
GAAAACATTG ATGATAAAAA CATTGAACAA GATGTAGGAG AAAAGTTAGA CGAAGTTTTA 
AACTCTGAAA ATATAGACAA TGTTGCAGAA ACTGTAGAAA GTGTTCAAAA GGAGACACAG 
GAAGAAATAC CTGTGGTGGA GAAACAAACA ATTCTTTCAC AGTACAGAGC ACGACGAGTT 
GTGTTTAGTA TATCCAAGCA ATTATTACCT CAGCTCCATC GCTCTATTGT AGCAAGAACG 
AGTCGGGAGA ATAGTCACAA AATTAACAAG AAAAGAGTTG CGGCAGATAA CGAGGAAGAA 
GAATTAATGC GAGTCCCAAT TGCACTTGCT TTTGTCAAAT TATTACAAAA ATTACCTGAG 
CACATTTTAG AGATTAATTT ACCAGGAATT TTTATGAAGT TATGTACATT CCTGAAATCA 
CGTTTGGACT CAGTACGACG GGTTACTCGC GAAATATTAC AAAAAATTAT GATAACTTTG 
GGTCCGAAAT ATCTTAATCA TCTTTTAAGA GAAATGAATA CCTTATTGAC GAAAGGTTTC 
CAAGTTCACG TTCTTGCATA TACAGTACAA GCAGTGTTAG TTGCTTTGAA ACCATATTAT 
CAAAAATTCG ATATTAACAA CAGTCTTCAA AGTATTTTAT CTGTATGTAA AGTAGATTTA 
TTTGGACTAA GTGCAGAAGA GAAAGAAGTA ATAGGAATCG TGAGGAATGT TTCAGAAGCA 
AAATCCACAA AAAGTTTTGA TATTTTTCAT ATATTGGCAG AATATATTAC TGAATCTTGC 
TTGGTAGATT TGATTATGCC ATTAAAAGAA GTGCTCATGA AAACGCACTC GTATAAAACT 
ATACAGAAAG TAGTAGAGTG TTTAAGGAAT ATAGTATTGG GTTTAGCTGA TAATACCTTC 
ATAGCATTGG ATCAAATGTT GATATTCCTT TATGGTGTAG TCTCCAAAAG TATTCCCGAA 
TTCATGCCCG AGAAGAACGA TAAACAACTT ACAGAGAAAC AAGTGGAAGT TCTGACTAGA 
TATAAGTCAG ATTGTTTCAT CATACCTCCA GAACCAAAGA ATAAAATGGG TATAAAAGTG 
GCTTCTAAAA CATCAAAGAA TACGAATGTC CATGTCATTG TAGAATTCGG TTTAAAACTA 
TTCCATATTT TATTGAAAAG AGACAAAATT TCCAATAAAG AGTTCAAGCC CTTGATAGAA 
CCATTTATAC CTCTCATAAG TGAATGCTTA AAGTCTCAAC ATGTTAAGTT GAGCACTTTG 
AGTTTGCAAT GTTTAAGTTG GTTGCTCAAA ATGAATCTAT CTTTGGTACA AGAAACAATC 
TCGGATATCT GTGAATCTAT CTTTAGTATA TTGCACAAAT ATGCCGCGGC AAGTTTGAGC 
AAAGGAGACA ATTTTGATCT AGTGATGGCT GGTTTCAAAT GTATGTCTGT AATCGTCCGT 
GATGTGAAAA ACTATACAAT CACTACAGAT CAACTGAAGG CCCTGATCAT GTATGCTGAA 
CAAGATATGC ACGACACTGA CAAACGGGCG ACAGCGTTTG GTTTACTTAA AAGTATAATT 
GCTCGAAAAA TGATTCTTCC GGAGATGTAT CTAGTCATGG AGAAAGTTGC TGCCTTAAGT 
GTTACATCTG AACTGGAACA TGTTAGATTA CAATCACGTT CCGTTTTTTA TTCCTACCTG 
ATGGAATATC CTCTTGGCAA ACATGTGAAT AAGCATGTAG CATTTTATTT GACACAACTT 
AGCTATGAGA TGCAGCCTGG TCGACTCAGT GCTTTGGAAA TGCTTCACAG TATTATAACA 
GGATTTCCAT TAAAAACTTT GATCGCCAAG TCAAGCCTCA TATTCATAAT GGCGGGTGCA 
CGGTTGATAA ATGACGATGA TCCAACATGT CGGAAATTGT GCGCCAAATG TATCAAAGAA 
ATGATTACAC GTATTCCTCA TAATGAAAGG AGTAAACTTT TTGATATAGT CGTAGCATGG 
TTAAAAGATA TTAAAGTAAC GCATCGAACC TTGGCTGCTC AGCTATGTGG TATATTTGTA 
ACAGTGGAAA AAGATACTTT TGAGTCTCGT TTAAAAGAAA TACTACCCTT CCTTGTGAAA 
CAATTTCACC CAAGTTTCAA CGATGACGAC AAACCAGGTC GTTTTGTGAA ATTACGTAAG 
CCAAGAGAAA TGCGGGTAGA AATGCATCGT AATATCAAGA ATCCAGAGAG AATGAGAGAC 
CACCATATGT TCCAAGTACT GCAACTGTTG CTGAAAGTAT CAGCAAATTG TACAGCATTC 
CTAAAAAATG AAGAACACAA AGAAGCTGTT TGTTCATTTG CTGAATATAG TCAATCCTTA 
TTGGCCCATC CTCACTCATG GGTTCGTCTA GCAGCATCTC AAATGATCGG TTTTATTTTA 
GCAGCTCTTG ACGTTGATAA AATTATATAC TTGTTAGAAA ATCCAGAAAA ATGCGAAACG 
GAAATCAATT ACATTTATCA GGATCCTATC ACCACTATAA GATCTTTGAC TTTAGATTTA 
ATTGCACAAC TACAACCTGA CCTGATTTTG GAAGACTTAG CCGATCAAGC TGTTAAAAAT 
TTGATTTTTA TCGCACGAAT TTTGAAATCT GTAAAGACAA TTAATACTAG GACTGCTGAT 
CAAGAAGATG ATATTAAACA TACGGAAAAA GATCAATTAT CCCTTTCTTG GGTGGTTAAA 
AAACTGAGAA AGGCTGTAAA TGTAGAGATA GTTAAAGCTC CCCAATCGAT AGTAGTGCGG 
ATTGCTTACT TTAAGTGGGT TGCCGGCGTA GTGGCTACAA TATCGATGGA ATATTTAAAC 
GTGGCCCTTT TTAATATTAT GTCGCCAATT GTACGCGAGA TATCGCTTAC GGAAGACAAA 
AATGTCGCTT TAAGACGATT GGCAAAAGAA GCGGCCACGA TGATTAAAAA ACGTTTAGGC 
ATCGAAGAGT ATAATAGATT ATTGAGCAAA ATACAACAGA AGTTGGATAT TAAGAAAGCG 
GAAAGGAAAA AAATACGTAC GCAACAGTTT GTAACGGATC CAGAATTGGC TGCTAAACGT 
AAGATTGCAA AACAGCAAAA AAAGAAAGAA GCCAAAAAAA GAAAATTGGA TACCATTAGA 
GGGAAAAAAG TAATGAAAAA ACGTCCTAAA AAAGAAGTTG ATTTGGATGT TATATAA