LOC106636488 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106636488
Entrez Gene ID	106636488
Full Name	chromodomain-helicase-DNA-binding protein 1
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014348884.1	XP_014204370.1	chromodomain-helicase-DNA-binding protein 1 isoform X1
XM_014348885.1	XP_014204371.1	chromodomain-helicase-DNA-binding protein 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106636488 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106636488 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
OCo10328	XM_014348884.1 Latest version!	Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OCo10329	XM_014348885.1 Latest version!	Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC106636488 ( XM_014348884.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014204370.1 Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X1, mRNA.

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CloneID	OCo10328
Clone ID Related Accession (Same CDS sequence)	XM_014348884.1
Accession Version	XM_014348884.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5514bp) 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	2017-12-25
Organism	Copidosoma floridanum
Product	chromodomain-helicase-DNA-binding protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019384238.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGAAAT CTGAATCTGG TAAAGAATCT GCATCAGATT CTGAAAATGA AAGTAAGAGC 
GAAAATGGGA GCAGTTCTTC GGGAAGCAAC TCTGGGTCTG GCTCTGGATC AGAAAGCTCC 
TCAGGCTCTG GCTCAAGCTC TGACTCTGAA GCTGAAGAAA AATCAGTCGA TGAGAACAAC 
AGGTTCAAGG TGGGTGAGGA CGAGGAGGAG GGCAACGACG AAACACCAGC AGCCCTCGGC 
AATAGCTTTC AGAGCAACAG GAGCTCCAAC CACAGCGATA ATCAGTCAAG GTCTAGCAGA 
CACAGGAGCA ATAGTATTAG TCGCGAATGG GAGGAGAATC CTGATATCTA TGGCATCAGA 
AGGTCAGGCA GGTGCAGGAA GGAGCCAGAC AGGCTCGCAG TTACCCAACC GGAAAGTGAC 
AACGAAAACA GAAAGAAAGT TATAAGGAAG AGTTCTCAGA ACGCGTGGAA CTCTGACAGT 
TCAGAGTCAG AATCCGACGA TGCGGATGTC AAGAGGCCAC CACCGAGCAA GTCCATTTAC 
CGGAAAGCCG TACAAAAGGC CAAAGAAAAA GCGAAGCCTC GAAGGAAGCG TGTCTCCGTA 
TCCTCGGAAA ATTCTTCCTA TGACAGCGAT GAAAAGAGAC AAGTTACAAG GCGATCAGGC 
GCACAGGTCA GTTACAAGGA GGAGAGCGAG GTCGAAACGG ACAGCGAGGA TCTCATGGAA 
GTCGACGAGA CGACGGCCGC AGCCGAGCCC GCTGAGCCCG ACAACGCCGA GACCATCGAG 
AAAATTTACG GCCAACGCAT CGGCAAGAAA GGAGTGGTAG GTAACGTGAC GACAGTCTAC 
GCGGTCGAGG AGAATGGAGA TCCGAATCCG GAAAACTTGG AGGGCGAAGA GACTGAAACT 
CAGTACCTGA TCAAGTGGAA GGGCTGGTCG CACATACACA ACACGTGGGA GTCCAAGGAC 
TCTCTGGCCG CCCAGAAGGT CAAGGGAATA AAGAAATTGG AGAACTTCAT CAAGCGCGAA 
CAGGACATCA GCGATTGGAG GAAGTACGCC GGTCCCGAGG ACATTGACTA CTTTGAGTGC 
CAGGCGGAGT TGCAGCAAGA CCTGTTAAAG AGCTATTACA ACGTCGAAAG GATCATTGCC 
GAAGCCGAAA AACCAGATTC CGATCATCCC GATTACTATT GCAAATGGGA GAGCTTGCCG 
TATTCGGAGT CCACGTGGGA GGATGGCGCG TTGATAATAA AAAAGTGGCC GGAAAAGATA 
AACGAGTTCC GTGATCGCGA GGACTCCAAG AGGATACCCA GCAAACACTG CAAGGTGCTG 
AGGCACAGGC CAAAATTCCA TCAGTTGAAG GAGCAGCCGA GTTACATGGG CAAAGATGAG 
AACTTTGTGC TCAGGGATTA TCAGATGGAC GGCTTGAATT GGATGATACA TTCGTGGTGT 
AAGGACAACA GTGTCATATT GGCAGATGAG ATGGGCCTTG GCAAGACCAT TCAAACCACG 
TGCTTCTTGT ACTACCTGTT TCACACTCAA CAACTTCACG GCCCTTTCTT GCTGGTCGTG 
CCTCTATCGA CAATGACGTC TTGGCAAAGA GAAATAGTCC AGTGGGCTCC GGACTTGAAT 
TTTGTCACTT ACCTGGGTGA CGTTACTTCG CGCAATGTTA TCAGAGACTA CGAGTGGTGT 
TATGATTCCA AGAGGCTCAA GTTCAACGCA ATTCTGACGA CGTATGAAAT CGTCTTGAAA 
GACAAGGCAT TTTTAGGAGC CATCAATTGG GCTGTACTCT TGGTTGACGA AGCGCATCGT 
TTGAAAAACG ATGACTCACT TTTGTACAAA GCTTTGGCCG AATTTCACAC GAACCACAGA 
CTACTTATCA CAGGAACCCC GCTGCAAAAC AGCTTGAAAG AGTTGTGGGC TCTGTTGCAT 
TTTATTATGC CAAACAAATT CGACAGCTGG GAAGACTTTG AAAAGGAACA CGACAACGCT 
GCTCAAAAAG GCTACTCGAA GCTGCACAAA CAATTGGAGC CATTCATTTT GAGGAGGGTA 
AAGAAGGACG TGGAAAAATC TTTACCAGCC AAGGTCGAGC AGATATTGCG CGTCGAGATG 
ACGTCGTTGC AAAAACAGTA CTACAAGTGG ATATTGACGA AAAACTTTAA CGCTTTGAGA 
AAGGGCAACA AAGGCTCGAC CTCGACCTTC TTGAACATTG TGATCGAGTT GAAAAAGTGT 
TGCAACCATG CCTTTCTCAC GAGGCCAAAT GAAAATGAGA ACAGAGAAAG CAACATGGAT 
TATCTGCAAC AGATCATCCG TGGTTCTGGC AAACTCGTCT TGCTAGACAA GCTTCTCGTT 
CGGCTCAAAG AGACGGGGCA TCGTGTCCTG ATCTTCTCGC AGATGGTTCG GATGCTGGAT 
ATTCTCAGCG AGTATTTGCA GAAGCGACAC TTTCCCTTCC AGAGGCTCGA TGGTAGTATC 
AAAGGGGAGC TGAGGCGTCA GGCATTGGAT CACTTCAATG CTCCTGGCTC GCAGGACTTT 
TGTTTCCTGC TATCCACGCG GGCCGGCGGT CTTGGTATCA ATTTGGCTAC CGCTGATACT 
GTCATCATAT TCGATTCCGA CTGGAATCCC CAGAACGATT TACAAGCTCA GGCCAGAGCT 
CATAGAATAG GTCAAAAAAA CCAGGTCAAT ATTTACAGAT TGGTTACGAA AAGCTCGGTA 
GAAGAGGAGA TCGTTGAGCG CGCCAAGCAA AAAATGGTAC TTGACCATTT AGTTATACAA 
AGGATGGACA CTACCGGTAG AACCATATTG GACAAAAAAG GTTCCAATAC AAACAACAAC 
CCTTTCAACA AGGAAGATCT GAGTGCCATT TTGAAATTTG GAGCCGAAGA GTTGTTTAAA 
GACGAAGAGG ACGGTGATGA AGAACCTACA TGCGATATCG ATGAGATCTT GAAAAGAGCC 
GAAACTAGGG ACGAAGGGCC TGCCACAGTT GGAGACGAGT TGCTTTCAGC GTTCAAGGTA 
GCCAGCTTCG CCGCTTTCGA AGAAGAGCCC GAACCTCTTC CTCAAACCAA CGAAAATGAC 
GACGAAAGCA AAGACTGGGC TGAAATCATT CCTGAAAACT TCAGAGCAAA GGTAGAGGAA 
GCCGAGAAGA GTAAAGAGAT GGAGGATCTG TATCTTCCGC CGAGAAGTCG AAAGACCCTG 
CAACAGATCA ACGAAGCTGA CAACAAGGGC AAGAAGAAGA AAAAAGCTCA GTCGGGTGAC 
GAGAGTGACG ACGACGAAGA GTCTGGCAGT GACGAGGATG GAAGTGATGA CGGGAGGCCA 
AAGCGACGCG GAAGACCGCG AATGCAGCCT CGAGAAAATG TTAAGAGCTT TACCGATGTA 
GAGATAAGGC GCTTCATCAA GAGCTACAAG AAATTCCCAG CGCCGCTGAA GAGACTGGAC 
GAAATCGCCG CGGACGCCGA CTTGAACGAA AAGCCCACGT CCGAGCTTTC CTATCTGGCT 
GAACAGCTGC GTTCGCGGTG CGACGCTTGT ATGGCCGAGT CTGAGAACAG CGTCGCCAAG 
GAAAACAAGG CCGAAGAGGA GGACTCCAAG GGCGCACCAG GTCGGAAACG TAAGCGTGGT 
CCTACTTTCA AGGTCGGCGG AGTGCAGGTG AACGCCAAGT CGTTCAGTGC CGCTGTTACC 
GAGCTCGAAC CTCTGGAACA GGCAATCCCG ATGGACACCG AACAGAGAAC CAATTGGCAA 
CTTGACGCGA AAGTGAAGCC AGCCAATTTT GAATGCGAAT GGACGCTCGA GGACGACACC 
ATGTTGTTGA AAGGTATTTA TCAGCATGGA ATGGGATCGT GGGAGGCGAT AAAAATGGAC 
GAAAGTTTGA AGTTGGGGGA TAAAATACTT CTCAACGGTA GTAAAGCACA AATTAAGCGA 
ATTCAAGCTC GAGGGGAGTA TCTTTTGAAA ATTTTGAAGA AACAGATGGA TCAAAAGCTC 
GGAGTGACCA AACAAAGAAA ACCGAGAAAA GCAAAAGACA TAAAATCAGC GATCACGAAG 
GAAATAATTG AGGAAAATGA GAGCTCCGGC GACGAAAAAA AAATCAAACC AAAGATTGAA 
AAGCCACCCG TCAAGAAAGA GGAGGAACCT GTGGTTGTAA ACAAAAAAGA AGTGAAAGAG 
GAGACCGAAG CAGTAGTAAT ACCTGTAGAA GACAAGAAAA AAGAAAAAAA AATTAAAAAA 
GAAAAGAAAG AGAATAAAAA AACCAAAAAA ACCAGCAAAC AATCCGGACC GATGCATTTT 
ACAGCAAACA ACGAACCAAG AGCGCTCGAT GTTCTGGGAG ATTTGGATCC TTCGATATTC 
AACGAGTGCA AAGAAAAAAT GAGACCGGTT AAAAAGGCGC TCAAAGCTTT GGACAGGCCG 
GACCAGTCGC TCAGTGAATC GGAACAAGTA GCTCACACGC GCCAATGTCT CGTGCAAATT 
GGCAATCAAA TAAACACTTG CCTCTCGGAG TACAAGGATC CTGAACAGAT CAAGGAATGG 
CGAAGTAATC TTTGGTACTT TGTATCGAAA TTCACCGAGT TCGACGCCAA GAAGCTTTAC 
AAATTGTACA AACACGCCAC TAAAAAAGGC GAAAGCGGTA GCGTGACCCC GAGTCCAGAA 
AAAAAGGAAG ATAATAATAC AGTCAAGGAC GACGCCAAGC ATAACGCCAA AAACGCCAAG 
GAAAACAGGG ACAACCGAGG CGTGAAGCGA CGAGTAGAGG ACTTTGAGGA TAACTCAAAC 
AGCAGCAGCA CCCCAGTGAA AAAGCACATG ATCTCGTCGT CGACGCTGGG CAACATCGGT 
AGCTCGTCCT CGTTAACAAT CGGCGCCATT ACGATAACTC CCATTACAGC CAGCCCAAAC 
TCCACACCCC ACATGGCCAA CAGCTTAGAC ATGCGGCACA AGGATCCAAA GGACTTGAGC 
AAGCACAAAG ATCCAAAGAG GGATAGAGAA AGGGACAGGG ATAGGGGTAG GGACAGAGAA 
CGCGATAGGG ACAGGGATAG GGAGAGGGAC AGAAGTCATG GAGATCGCAT GGATAGGCTA 
GGAGTTAAGG ATGAGAGGAT CAGAAGAGAC AGTGGCGGAT ACGTCGGTGG TCATTACAGC 
GGCGGTAGGG ATGACGAACA CTGGATGACT AGAGACAGAG ACTCACGCGA TGGCAGGTTC 
GCCGACCACA AGCGCGATAG GTTCGACCCT TACAGTAGAA TGTCGGGAGG CTATCATCGC 
GACCGGGACA GAGATCGCGA TCGTATGCAT ATGAACGACA AAAGAGGAGG TGATTACTAT 
CGCTACTCTG GAGGTTCAGG TGGCTACGGT TACGGACCAG GTAGTTACGG TTCTGGAGCC 
GCTGGTGGCG GATATCCGCC CGACATACCA CCTGCACACT ACCGTGGTGG CGGTGGTGGT 
GGTGGTCGGA GCTACCCAGC CGGTGATGGC TACCAAGGTG ATTGGCGGCC GAGCAAGGAC 
TATCGCAACC GGGACTACGA CAGACCGCGT CCGCCCCCGA GCGCTAATTC TTAG

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

RefSeq	XP_014204370.1
CDS	58..5571
Translation	MQKSESGKESASDSENESKSENGSSSSGSNSGSGSGSESSSGSGSSSDSEAEEKSVDENNRFKVGEDEEEGNDETPAALGNSFQSNRSSNHSDNQSRSSRHRSNSISREWEENPDIYGIRRSGRCRKEPDRLAVTQPESDNENRKKVIRKSSQNAWNSDSSESESDDADVKRPPPSKSIYRKAVQKAKEKAKPRRKRVSVSSENSSYDSDEKRQVTRRSGAQVSYKEESEVETDSEDLMEVDETTAAAEPAEPDNAETIEKIYGQRIGKKGVVGNVTTVYAVEENGDPNPENLEGEETETQYLIKWKGWSHIHNTWESKDSLAAQKVKGIKKLENFIKREQDISDWRKYAGPEDIDYFECQAELQQDLLKSYYNVERIIAEAEKPDSDHPDYYCKWESLPYSESTWEDGALIIKKWPEKINEFRDREDSKRIPSKHCKVLRHRPKFHQLKEQPSYMGKDENFVLRDYQMDGLNWMIHSWCKDNSVILADEMGLGKTIQTTCFLYYLFHTQQLHGPFLLVVPLSTMTSWQREIVQWAPDLNFVTYLGDVTSRNVIRDYEWCYDSKRLKFNAILTTYEIVLKDKAFLGAINWAVLLVDEAHRLKNDDSLLYKALAEFHTNHRLLITGTPLQNSLKELWALLHFIMPNKFDSWEDFEKEHDNAAQKGYSKLHKQLEPFILRRVKKDVEKSLPAKVEQILRVEMTSLQKQYYKWILTKNFNALRKGNKGSTSTFLNIVIELKKCCNHAFLTRPNENENRESNMDYLQQIIRGSGKLVLLDKLLVRLKETGHRVLIFSQMVRMLDILSEYLQKRHFPFQRLDGSIKGELRRQALDHFNAPGSQDFCFLLSTRAGGLGINLATADTVIIFDSDWNPQNDLQAQARAHRIGQKNQVNIYRLVTKSSVEEEIVERAKQKMVLDHLVIQRMDTTGRTILDKKGSNTNNNPFNKEDLSAILKFGAEELFKDEEDGDEEPTCDIDEILKRAETRDEGPATVGDELLSAFKVASFAAFEEEPEPLPQTNENDDESKDWAEIIPENFRAKVEEAEKSKEMEDLYLPPRSRKTLQQINEADNKGKKKKKAQSGDESDDDEESGSDEDGSDDGRPKRRGRPRMQPRENVKSFTDVEIRRFIKSYKKFPAPLKRLDEIAADADLNEKPTSELSYLAEQLRSRCDACMAESENSVAKENKAEEEDSKGAPGRKRKRGPTFKVGGVQVNAKSFSAAVTELEPLEQAIPMDTEQRTNWQLDAKVKPANFECEWTLEDDTMLLKGIYQHGMGSWEAIKMDESLKLGDKILLNGSKAQIKRIQARGEYLLKILKKQMDQKLGVTKQRKPRKAKDIKSAITKEIIEENESSGDEKKIKPKIEKPPVKKEEEPVVVNKKEVKEETEAVVIPVEDKKKEKKIKKEKKENKKTKKTSKQSGPMHFTANNEPRALDVLGDLDPSIFNECKEKMRPVKKALKALDRPDQSLSESEQVAHTRQCLVQIGNQINTCLSEYKDPEQIKEWRSNLWYFVSKFTEFDAKKLYKLYKHATKKGESGSVTPSPEKKEDNNTVKDDAKHNAKNAKENRDNRGVKRRVEDFEDNSNSSSTPVKKHMISSSTLGNIGSSSSLTIGAITITPITASPNSTPHMANSLDMRHKDPKDLSKHKDPKRDRERDRDRGRDRERDRDRDRERDRSHGDRMDRLGVKDERIRRDSGGYVGGHYSGGRDDEHWMTRDRDSRDGRFADHKRDRFDPYSRMSGGYHRDRDRDRDRMHMNDKRGGDYYRYSGGSGGYGYGPGSYGSGAAGGGYPPDIPPAHYRGGGGGGGRSYPAGDGYQGDWRPSKDYRNRDYDRPRPPPSANS

Target ORF information:

RefSeq Version	XM_014348884.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X1, mRNA.

Target ORF information:

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

XM_014348884.1

ORF Insert Sequence:

ATGCAGAAAT CTGAATCTGG TAAAGAATCT GCATCAGATT CTGAAAATGA AAGTAAGAGC 
GAAAATGGGA GCAGTTCTTC GGGAAGCAAC TCTGGGTCTG GCTCTGGATC AGAAAGCTCC 
TCAGGCTCTG GCTCAAGCTC TGACTCTGAA GCTGAAGAAA AATCAGTCGA TGAGAACAAC 
AGGTTCAAGG TGGGTGAGGA CGAGGAGGAG GGCAACGACG AAACACCAGC AGCCCTCGGC 
AATAGCTTTC AGAGCAACAG GAGCTCCAAC CACAGCGATA ATCAGTCAAG GTCTAGCAGA 
CACAGGAGCA ATAGTATTAG TCGCGAATGG GAGGAGAATC CTGATATCTA TGGCATCAGA 
AGGTCAGGCA GGTGCAGGAA GGAGCCAGAC AGGCTCGCAG TTACCCAACC GGAAAGTGAC 
AACGAAAACA GAAAGAAAGT TATAAGGAAG AGTTCTCAGA ACGCGTGGAA CTCTGACAGT 
TCAGAGTCAG AATCCGACGA TGCGGATGTC AAGAGGCCAC CACCGAGCAA GTCCATTTAC 
CGGAAAGCCG TACAAAAGGC CAAAGAAAAA GCGAAGCCTC GAAGGAAGCG TGTCTCCGTA 
TCCTCGGAAA ATTCTTCCTA TGACAGCGAT GAAAAGAGAC AAGTTACAAG GCGATCAGGC 
GCACAGGTCA GTTACAAGGA GGAGAGCGAG GTCGAAACGG ACAGCGAGGA TCTCATGGAA 
GTCGACGAGA CGACGGCCGC AGCCGAGCCC GCTGAGCCCG ACAACGCCGA GACCATCGAG 
AAAATTTACG GCCAACGCAT CGGCAAGAAA GGAGTGGTAG GTAACGTGAC GACAGTCTAC 
GCGGTCGAGG AGAATGGAGA TCCGAATCCG GAAAACTTGG AGGGCGAAGA GACTGAAACT 
CAGTACCTGA TCAAGTGGAA GGGCTGGTCG CACATACACA ACACGTGGGA GTCCAAGGAC 
TCTCTGGCCG CCCAGAAGGT CAAGGGAATA AAGAAATTGG AGAACTTCAT CAAGCGCGAA 
CAGGACATCA GCGATTGGAG GAAGTACGCC GGTCCCGAGG ACATTGACTA CTTTGAGTGC 
CAGGCGGAGT TGCAGCAAGA CCTGTTAAAG AGCTATTACA ACGTCGAAAG GATCATTGCC 
GAAGCCGAAA AACCAGATTC CGATCATCCC GATTACTATT GCAAATGGGA GAGCTTGCCG 
TATTCGGAGT CCACGTGGGA GGATGGCGCG TTGATAATAA AAAAGTGGCC GGAAAAGATA 
AACGAGTTCC GTGATCGCGA GGACTCCAAG AGGATACCCA GCAAACACTG CAAGGTGCTG 
AGGCACAGGC CAAAATTCCA TCAGTTGAAG GAGCAGCCGA GTTACATGGG CAAAGATGAG 
AACTTTGTGC TCAGGGATTA TCAGATGGAC GGCTTGAATT GGATGATACA TTCGTGGTGT 
AAGGACAACA GTGTCATATT GGCAGATGAG ATGGGCCTTG GCAAGACCAT TCAAACCACG 
TGCTTCTTGT ACTACCTGTT TCACACTCAA CAACTTCACG GCCCTTTCTT GCTGGTCGTG 
CCTCTATCGA CAATGACGTC TTGGCAAAGA GAAATAGTCC AGTGGGCTCC GGACTTGAAT 
TTTGTCACTT ACCTGGGTGA CGTTACTTCG CGCAATGTTA TCAGAGACTA CGAGTGGTGT 
TATGATTCCA AGAGGCTCAA GTTCAACGCA ATTCTGACGA CGTATGAAAT CGTCTTGAAA 
GACAAGGCAT TTTTAGGAGC CATCAATTGG GCTGTACTCT TGGTTGACGA AGCGCATCGT 
TTGAAAAACG ATGACTCACT TTTGTACAAA GCTTTGGCCG AATTTCACAC GAACCACAGA 
CTACTTATCA CAGGAACCCC GCTGCAAAAC AGCTTGAAAG AGTTGTGGGC TCTGTTGCAT 
TTTATTATGC CAAACAAATT CGACAGCTGG GAAGACTTTG AAAAGGAACA CGACAACGCT 
GCTCAAAAAG GCTACTCGAA GCTGCACAAA CAATTGGAGC CATTCATTTT GAGGAGGGTA 
AAGAAGGACG TGGAAAAATC TTTACCAGCC AAGGTCGAGC AGATATTGCG CGTCGAGATG 
ACGTCGTTGC AAAAACAGTA CTACAAGTGG ATATTGACGA AAAACTTTAA CGCTTTGAGA 
AAGGGCAACA AAGGCTCGAC CTCGACCTTC TTGAACATTG TGATCGAGTT GAAAAAGTGT 
TGCAACCATG CCTTTCTCAC GAGGCCAAAT GAAAATGAGA ACAGAGAAAG CAACATGGAT 
TATCTGCAAC AGATCATCCG TGGTTCTGGC AAACTCGTCT TGCTAGACAA GCTTCTCGTT 
CGGCTCAAAG AGACGGGGCA TCGTGTCCTG ATCTTCTCGC AGATGGTTCG GATGCTGGAT 
ATTCTCAGCG AGTATTTGCA GAAGCGACAC TTTCCCTTCC AGAGGCTCGA TGGTAGTATC 
AAAGGGGAGC TGAGGCGTCA GGCATTGGAT CACTTCAATG CTCCTGGCTC GCAGGACTTT 
TGTTTCCTGC TATCCACGCG GGCCGGCGGT CTTGGTATCA ATTTGGCTAC CGCTGATACT 
GTCATCATAT TCGATTCCGA CTGGAATCCC CAGAACGATT TACAAGCTCA GGCCAGAGCT 
CATAGAATAG GTCAAAAAAA CCAGGTCAAT ATTTACAGAT TGGTTACGAA AAGCTCGGTA 
GAAGAGGAGA TCGTTGAGCG CGCCAAGCAA AAAATGGTAC TTGACCATTT AGTTATACAA 
AGGATGGACA CTACCGGTAG AACCATATTG GACAAAAAAG GTTCCAATAC AAACAACAAC 
CCTTTCAACA AGGAAGATCT GAGTGCCATT TTGAAATTTG GAGCCGAAGA GTTGTTTAAA 
GACGAAGAGG ACGGTGATGA AGAACCTACA TGCGATATCG ATGAGATCTT GAAAAGAGCC 
GAAACTAGGG ACGAAGGGCC TGCCACAGTT GGAGACGAGT TGCTTTCAGC GTTCAAGGTA 
GCCAGCTTCG CCGCTTTCGA AGAAGAGCCC GAACCTCTTC CTCAAACCAA CGAAAATGAC 
GACGAAAGCA AAGACTGGGC TGAAATCATT CCTGAAAACT TCAGAGCAAA GGTAGAGGAA 
GCCGAGAAGA GTAAAGAGAT GGAGGATCTG TATCTTCCGC CGAGAAGTCG AAAGACCCTG 
CAACAGATCA ACGAAGCTGA CAACAAGGGC AAGAAGAAGA AAAAAGCTCA GTCGGGTGAC 
GAGAGTGACG ACGACGAAGA GTCTGGCAGT GACGAGGATG GAAGTGATGA CGGGAGGCCA 
AAGCGACGCG GAAGACCGCG AATGCAGCCT CGAGAAAATG TTAAGAGCTT TACCGATGTA 
GAGATAAGGC GCTTCATCAA GAGCTACAAG AAATTCCCAG CGCCGCTGAA GAGACTGGAC 
GAAATCGCCG CGGACGCCGA CTTGAACGAA AAGCCCACGT CCGAGCTTTC CTATCTGGCT 
GAACAGCTGC GTTCGCGGTG CGACGCTTGT ATGGCCGAGT CTGAGAACAG CGTCGCCAAG 
GAAAACAAGG CCGAAGAGGA GGACTCCAAG GGCGCACCAG GTCGGAAACG TAAGCGTGGT 
CCTACTTTCA AGGTCGGCGG AGTGCAGGTG AACGCCAAGT CGTTCAGTGC CGCTGTTACC 
GAGCTCGAAC CTCTGGAACA GGCAATCCCG ATGGACACCG AACAGAGAAC CAATTGGCAA 
CTTGACGCGA AAGTGAAGCC AGCCAATTTT GAATGCGAAT GGACGCTCGA GGACGACACC 
ATGTTGTTGA AAGGTATTTA TCAGCATGGA ATGGGATCGT GGGAGGCGAT AAAAATGGAC 
GAAAGTTTGA AGTTGGGGGA TAAAATACTT CTCAACGGTA GTAAAGCACA AATTAAGCGA 
ATTCAAGCTC GAGGGGAGTA TCTTTTGAAA ATTTTGAAGA AACAGATGGA TCAAAAGCTC 
GGAGTGACCA AACAAAGAAA ACCGAGAAAA GCAAAAGACA TAAAATCAGC GATCACGAAG 
GAAATAATTG AGGAAAATGA GAGCTCCGGC GACGAAAAAA AAATCAAACC AAAGATTGAA 
AAGCCACCCG TCAAGAAAGA GGAGGAACCT GTGGTTGTAA ACAAAAAAGA AGTGAAAGAG 
GAGACCGAAG CAGTAGTAAT ACCTGTAGAA GACAAGAAAA AAGAAAAAAA AATTAAAAAA 
GAAAAGAAAG AGAATAAAAA AACCAAAAAA ACCAGCAAAC AATCCGGACC GATGCATTTT 
ACAGCAAACA ACGAACCAAG AGCGCTCGAT GTTCTGGGAG ATTTGGATCC TTCGATATTC 
AACGAGTGCA AAGAAAAAAT GAGACCGGTT AAAAAGGCGC TCAAAGCTTT GGACAGGCCG 
GACCAGTCGC TCAGTGAATC GGAACAAGTA GCTCACACGC GCCAATGTCT CGTGCAAATT 
GGCAATCAAA TAAACACTTG CCTCTCGGAG TACAAGGATC CTGAACAGAT CAAGGAATGG 
CGAAGTAATC TTTGGTACTT TGTATCGAAA TTCACCGAGT TCGACGCCAA GAAGCTTTAC 
AAATTGTACA AACACGCCAC TAAAAAAGGC GAAAGCGGTA GCGTGACCCC GAGTCCAGAA 
AAAAAGGAAG ATAATAATAC AGTCAAGGAC GACGCCAAGC ATAACGCCAA AAACGCCAAG 
GAAAACAGGG ACAACCGAGG CGTGAAGCGA CGAGTAGAGG ACTTTGAGGA TAACTCAAAC 
AGCAGCAGCA CCCCAGTGAA AAAGCACATG ATCTCGTCGT CGACGCTGGG CAACATCGGT 
AGCTCGTCCT CGTTAACAAT CGGCGCCATT ACGATAACTC CCATTACAGC CAGCCCAAAC 
TCCACACCCC ACATGGCCAA CAGCTTAGAC ATGCGGCACA AGGATCCAAA GGACTTGAGC 
AAGCACAAAG ATCCAAAGAG GGATAGAGAA AGGGACAGGG ATAGGGGTAG GGACAGAGAA 
CGCGATAGGG ACAGGGATAG GGAGAGGGAC AGAAGTCATG GAGATCGCAT GGATAGGCTA 
GGAGTTAAGG ATGAGAGGAT CAGAAGAGAC AGTGGCGGAT ACGTCGGTGG TCATTACAGC 
GGCGGTAGGG ATGACGAACA CTGGATGACT AGAGACAGAG ACTCACGCGA TGGCAGGTTC 
GCCGACCACA AGCGCGATAG GTTCGACCCT TACAGTAGAA TGTCGGGAGG CTATCATCGC 
GACCGGGACA GAGATCGCGA TCGTATGCAT ATGAACGACA AAAGAGGAGG TGATTACTAT 
CGCTACTCTG GAGGTTCAGG TGGCTACGGT TACGGACCAG GTAGTTACGG TTCTGGAGCC 
GCTGGTGGCG GATATCCGCC CGACATACCA CCTGCACACT ACCGTGGTGG CGGTGGTGGT 
GGTGGTCGGA GCTACCCAGC CGGTGATGGC TACCAAGGTG ATTGGCGGCC GAGCAAGGAC 
TATCGCAACC GGGACTACGA CAGACCGCGT CCGCCCCCGA GCGCTAATTC TTAG

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

LOC106636488 ( XM_014348885.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014204371.1 Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X2, mRNA.

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CloneID	OCo10329
Clone ID Related Accession (Same CDS sequence)	XM_014348885.1
Accession Version	XM_014348885.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5178bp) 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	2017-12-25
Organism	Copidosoma floridanum
Product	chromodomain-helicase-DNA-binding protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019384238.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGAAAT CTGAATCTGG TAAAGAATCT GCATCAGATT CTGAAAATGA AAGTAAGAGC 
GAAAATGGGA GCAGTTCTTC GGGAAGCAAC TCTGGGTCTG GCTCTGGATC AGAAAGTTCT 
CAGAACGCGT GGAACTCTGA CAGTTCAGAG TCAGAATCCG ACGATGCGGA TGTCAAGAGG 
CCACCACCGA GCAAGTCCAT TTACCGGAAA GCCGTACAAA AGGCCAAAGA AAAAGCGAAG 
CCTCGAAGGA AGCGTGTCTC CGTATCCTCG GAAAATTCTT CCTATGACAG CGATGAAAAG 
AGACAAGTTA CAAGGCGATC AGGCGCACAG GTCAGTTACA AGGAGGAGAG CGAGGTCGAA 
ACGGACAGCG AGGATCTCAT GGAAGTCGAC GAGACGACGG CCGCAGCCGA GCCCGCTGAG 
CCCGACAACG CCGAGACCAT CGAGAAAATT TACGGCCAAC GCATCGGCAA GAAAGGAGTG 
GTAGGTAACG TGACGACAGT CTACGCGGTC GAGGAGAATG GAGATCCGAA TCCGGAAAAC 
TTGGAGGGCG AAGAGACTGA AACTCAGTAC CTGATCAAGT GGAAGGGCTG GTCGCACATA 
CACAACACGT GGGAGTCCAA GGACTCTCTG GCCGCCCAGA AGGTCAAGGG AATAAAGAAA 
TTGGAGAACT TCATCAAGCG CGAACAGGAC ATCAGCGATT GGAGGAAGTA CGCCGGTCCC 
GAGGACATTG ACTACTTTGA GTGCCAGGCG GAGTTGCAGC AAGACCTGTT AAAGAGCTAT 
TACAACGTCG AAAGGATCAT TGCCGAAGCC GAAAAACCAG ATTCCGATCA TCCCGATTAC 
TATTGCAAAT GGGAGAGCTT GCCGTATTCG GAGTCCACGT GGGAGGATGG CGCGTTGATA 
ATAAAAAAGT GGCCGGAAAA GATAAACGAG TTCCGTGATC GCGAGGACTC CAAGAGGATA 
CCCAGCAAAC ACTGCAAGGT GCTGAGGCAC AGGCCAAAAT TCCATCAGTT GAAGGAGCAG 
CCGAGTTACA TGGGCAAAGA TGAGAACTTT GTGCTCAGGG ATTATCAGAT GGACGGCTTG 
AATTGGATGA TACATTCGTG GTGTAAGGAC AACAGTGTCA TATTGGCAGA TGAGATGGGC 
CTTGGCAAGA CCATTCAAAC CACGTGCTTC TTGTACTACC TGTTTCACAC TCAACAACTT 
CACGGCCCTT TCTTGCTGGT CGTGCCTCTA TCGACAATGA CGTCTTGGCA AAGAGAAATA 
GTCCAGTGGG CTCCGGACTT GAATTTTGTC ACTTACCTGG GTGACGTTAC TTCGCGCAAT 
GTTATCAGAG ACTACGAGTG GTGTTATGAT TCCAAGAGGC TCAAGTTCAA CGCAATTCTG 
ACGACGTATG AAATCGTCTT GAAAGACAAG GCATTTTTAG GAGCCATCAA TTGGGCTGTA 
CTCTTGGTTG ACGAAGCGCA TCGTTTGAAA AACGATGACT CACTTTTGTA CAAAGCTTTG 
GCCGAATTTC ACACGAACCA CAGACTACTT ATCACAGGAA CCCCGCTGCA AAACAGCTTG 
AAAGAGTTGT GGGCTCTGTT GCATTTTATT ATGCCAAACA AATTCGACAG CTGGGAAGAC 
TTTGAAAAGG AACACGACAA CGCTGCTCAA AAAGGCTACT CGAAGCTGCA CAAACAATTG 
GAGCCATTCA TTTTGAGGAG GGTAAAGAAG GACGTGGAAA AATCTTTACC AGCCAAGGTC 
GAGCAGATAT TGCGCGTCGA GATGACGTCG TTGCAAAAAC AGTACTACAA GTGGATATTG 
ACGAAAAACT TTAACGCTTT GAGAAAGGGC AACAAAGGCT CGACCTCGAC CTTCTTGAAC 
ATTGTGATCG AGTTGAAAAA GTGTTGCAAC CATGCCTTTC TCACGAGGCC AAATGAAAAT 
GAGAACAGAG AAAGCAACAT GGATTATCTG CAACAGATCA TCCGTGGTTC TGGCAAACTC 
GTCTTGCTAG ACAAGCTTCT CGTTCGGCTC AAAGAGACGG GGCATCGTGT CCTGATCTTC 
TCGCAGATGG TTCGGATGCT GGATATTCTC AGCGAGTATT TGCAGAAGCG ACACTTTCCC 
TTCCAGAGGC TCGATGGTAG TATCAAAGGG GAGCTGAGGC GTCAGGCATT GGATCACTTC 
AATGCTCCTG GCTCGCAGGA CTTTTGTTTC CTGCTATCCA CGCGGGCCGG CGGTCTTGGT 
ATCAATTTGG CTACCGCTGA TACTGTCATC ATATTCGATT CCGACTGGAA TCCCCAGAAC 
GATTTACAAG CTCAGGCCAG AGCTCATAGA ATAGGTCAAA AAAACCAGGT CAATATTTAC 
AGATTGGTTA CGAAAAGCTC GGTAGAAGAG GAGATCGTTG AGCGCGCCAA GCAAAAAATG 
GTACTTGACC ATTTAGTTAT ACAAAGGATG GACACTACCG GTAGAACCAT ATTGGACAAA 
AAAGGTTCCA ATACAAACAA CAACCCTTTC AACAAGGAAG ATCTGAGTGC CATTTTGAAA 
TTTGGAGCCG AAGAGTTGTT TAAAGACGAA GAGGACGGTG ATGAAGAACC TACATGCGAT 
ATCGATGAGA TCTTGAAAAG AGCCGAAACT AGGGACGAAG GGCCTGCCAC AGTTGGAGAC 
GAGTTGCTTT CAGCGTTCAA GGTAGCCAGC TTCGCCGCTT TCGAAGAAGA GCCCGAACCT 
CTTCCTCAAA CCAACGAAAA TGACGACGAA AGCAAAGACT GGGCTGAAAT CATTCCTGAA 
AACTTCAGAG CAAAGGTAGA GGAAGCCGAG AAGAGTAAAG AGATGGAGGA TCTGTATCTT 
CCGCCGAGAA GTCGAAAGAC CCTGCAACAG ATCAACGAAG CTGACAACAA GGGCAAGAAG 
AAGAAAAAAG CTCAGTCGGG TGACGAGAGT GACGACGACG AAGAGTCTGG CAGTGACGAG 
GATGGAAGTG ATGACGGGAG GCCAAAGCGA CGCGGAAGAC CGCGAATGCA GCCTCGAGAA 
AATGTTAAGA GCTTTACCGA TGTAGAGATA AGGCGCTTCA TCAAGAGCTA CAAGAAATTC 
CCAGCGCCGC TGAAGAGACT GGACGAAATC GCCGCGGACG CCGACTTGAA CGAAAAGCCC 
ACGTCCGAGC TTTCCTATCT GGCTGAACAG CTGCGTTCGC GGTGCGACGC TTGTATGGCC 
GAGTCTGAGA ACAGCGTCGC CAAGGAAAAC AAGGCCGAAG AGGAGGACTC CAAGGGCGCA 
CCAGGTCGGA AACGTAAGCG TGGTCCTACT TTCAAGGTCG GCGGAGTGCA GGTGAACGCC 
AAGTCGTTCA GTGCCGCTGT TACCGAGCTC GAACCTCTGG AACAGGCAAT CCCGATGGAC 
ACCGAACAGA GAACCAATTG GCAACTTGAC GCGAAAGTGA AGCCAGCCAA TTTTGAATGC 
GAATGGACGC TCGAGGACGA CACCATGTTG TTGAAAGGTA TTTATCAGCA TGGAATGGGA 
TCGTGGGAGG CGATAAAAAT GGACGAAAGT TTGAAGTTGG GGGATAAAAT ACTTCTCAAC 
GGTAGTAAAG CACAAATTAA GCGAATTCAA GCTCGAGGGG AGTATCTTTT GAAAATTTTG 
AAGAAACAGA TGGATCAAAA GCTCGGAGTG ACCAAACAAA GAAAACCGAG AAAAGCAAAA 
GACATAAAAT CAGCGATCAC GAAGGAAATA ATTGAGGAAA ATGAGAGCTC CGGCGACGAA 
AAAAAAATCA AACCAAAGAT TGAAAAGCCA CCCGTCAAGA AAGAGGAGGA ACCTGTGGTT 
GTAAACAAAA AAGAAGTGAA AGAGGAGACC GAAGCAGTAG TAATACCTGT AGAAGACAAG 
AAAAAAGAAA AAAAAATTAA AAAAGAAAAG AAAGAGAATA AAAAAACCAA AAAAACCAGC 
AAACAATCCG GACCGATGCA TTTTACAGCA AACAACGAAC CAAGAGCGCT CGATGTTCTG 
GGAGATTTGG ATCCTTCGAT ATTCAACGAG TGCAAAGAAA AAATGAGACC GGTTAAAAAG 
GCGCTCAAAG CTTTGGACAG GCCGGACCAG TCGCTCAGTG AATCGGAACA AGTAGCTCAC 
ACGCGCCAAT GTCTCGTGCA AATTGGCAAT CAAATAAACA CTTGCCTCTC GGAGTACAAG 
GATCCTGAAC AGATCAAGGA ATGGCGAAGT AATCTTTGGT ACTTTGTATC GAAATTCACC 
GAGTTCGACG CCAAGAAGCT TTACAAATTG TACAAACACG CCACTAAAAA AGGCGAAAGC 
GGTAGCGTGA CCCCGAGTCC AGAAAAAAAG GAAGATAATA ATACAGTCAA GGACGACGCC 
AAGCATAACG CCAAAAACGC CAAGGAAAAC AGGGACAACC GAGGCGTGAA GCGACGAGTA 
GAGGACTTTG AGGATAACTC AAACAGCAGC AGCACCCCAG TGAAAAAGCA CATGATCTCG 
TCGTCGACGC TGGGCAACAT CGGTAGCTCG TCCTCGTTAA CAATCGGCGC CATTACGATA 
ACTCCCATTA CAGCCAGCCC AAACTCCACA CCCCACATGG CCAACAGCTT AGACATGCGG 
CACAAGGATC CAAAGGACTT GAGCAAGCAC AAAGATCCAA AGAGGGATAG AGAAAGGGAC 
AGGGATAGGG GTAGGGACAG AGAACGCGAT AGGGACAGGG ATAGGGAGAG GGACAGAAGT 
CATGGAGATC GCATGGATAG GCTAGGAGTT AAGGATGAGA GGATCAGAAG AGACAGTGGC 
GGATACGTCG GTGGTCATTA CAGCGGCGGT AGGGATGACG AACACTGGAT GACTAGAGAC 
AGAGACTCAC GCGATGGCAG GTTCGCCGAC CACAAGCGCG ATAGGTTCGA CCCTTACAGT 
AGAATGTCGG GAGGCTATCA TCGCGACCGG GACAGAGATC GCGATCGTAT GCATATGAAC 
GACAAAAGAG GAGGTGATTA CTATCGCTAC TCTGGAGGTT CAGGTGGCTA CGGTTACGGA 
CCAGGTAGTT ACGGTTCTGG AGCCGCTGGT GGCGGATATC CGCCCGACAT ACCACCTGCA 
CACTACCGTG GTGGCGGTGG TGGTGGTGGT CGGAGCTACC CAGCCGGTGA TGGCTACCAA 
GGTGATTGGC GGCCGAGCAA GGACTATCGC AACCGGGACT ACGACAGACC GCGTCCGCCC 
CCGAGCGCTA ATTCTTAG

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

RefSeq	XP_014204371.1
CDS	58..5235
Translation	MQKSESGKESASDSENESKSENGSSSSGSNSGSGSGSESSQNAWNSDSSESESDDADVKRPPPSKSIYRKAVQKAKEKAKPRRKRVSVSSENSSYDSDEKRQVTRRSGAQVSYKEESEVETDSEDLMEVDETTAAAEPAEPDNAETIEKIYGQRIGKKGVVGNVTTVYAVEENGDPNPENLEGEETETQYLIKWKGWSHIHNTWESKDSLAAQKVKGIKKLENFIKREQDISDWRKYAGPEDIDYFECQAELQQDLLKSYYNVERIIAEAEKPDSDHPDYYCKWESLPYSESTWEDGALIIKKWPEKINEFRDREDSKRIPSKHCKVLRHRPKFHQLKEQPSYMGKDENFVLRDYQMDGLNWMIHSWCKDNSVILADEMGLGKTIQTTCFLYYLFHTQQLHGPFLLVVPLSTMTSWQREIVQWAPDLNFVTYLGDVTSRNVIRDYEWCYDSKRLKFNAILTTYEIVLKDKAFLGAINWAVLLVDEAHRLKNDDSLLYKALAEFHTNHRLLITGTPLQNSLKELWALLHFIMPNKFDSWEDFEKEHDNAAQKGYSKLHKQLEPFILRRVKKDVEKSLPAKVEQILRVEMTSLQKQYYKWILTKNFNALRKGNKGSTSTFLNIVIELKKCCNHAFLTRPNENENRESNMDYLQQIIRGSGKLVLLDKLLVRLKETGHRVLIFSQMVRMLDILSEYLQKRHFPFQRLDGSIKGELRRQALDHFNAPGSQDFCFLLSTRAGGLGINLATADTVIIFDSDWNPQNDLQAQARAHRIGQKNQVNIYRLVTKSSVEEEIVERAKQKMVLDHLVIQRMDTTGRTILDKKGSNTNNNPFNKEDLSAILKFGAEELFKDEEDGDEEPTCDIDEILKRAETRDEGPATVGDELLSAFKVASFAAFEEEPEPLPQTNENDDESKDWAEIIPENFRAKVEEAEKSKEMEDLYLPPRSRKTLQQINEADNKGKKKKKAQSGDESDDDEESGSDEDGSDDGRPKRRGRPRMQPRENVKSFTDVEIRRFIKSYKKFPAPLKRLDEIAADADLNEKPTSELSYLAEQLRSRCDACMAESENSVAKENKAEEEDSKGAPGRKRKRGPTFKVGGVQVNAKSFSAAVTELEPLEQAIPMDTEQRTNWQLDAKVKPANFECEWTLEDDTMLLKGIYQHGMGSWEAIKMDESLKLGDKILLNGSKAQIKRIQARGEYLLKILKKQMDQKLGVTKQRKPRKAKDIKSAITKEIIEENESSGDEKKIKPKIEKPPVKKEEEPVVVNKKEVKEETEAVVIPVEDKKKEKKIKKEKKENKKTKKTSKQSGPMHFTANNEPRALDVLGDLDPSIFNECKEKMRPVKKALKALDRPDQSLSESEQVAHTRQCLVQIGNQINTCLSEYKDPEQIKEWRSNLWYFVSKFTEFDAKKLYKLYKHATKKGESGSVTPSPEKKEDNNTVKDDAKHNAKNAKENRDNRGVKRRVEDFEDNSNSSSTPVKKHMISSSTLGNIGSSSSLTIGAITITPITASPNSTPHMANSLDMRHKDPKDLSKHKDPKRDRERDRDRGRDRERDRDRDRERDRSHGDRMDRLGVKDERIRRDSGGYVGGHYSGGRDDEHWMTRDRDSRDGRFADHKRDRFDPYSRMSGGYHRDRDRDRDRMHMNDKRGGDYYRYSGGSGGYGYGPGSYGSGAAGGGYPPDIPPAHYRGGGGGGGRSYPAGDGYQGDWRPSKDYRNRDYDRPRPPPSANS

Target ORF information:

RefSeq Version	XM_014348885.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum chromodomain-helicase-DNA-binding protein 1 (LOC106636488), transcript variant X2, mRNA.

Target ORF information:

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

XM_014348885.1

ORF Insert Sequence:

ATGCAGAAAT CTGAATCTGG TAAAGAATCT GCATCAGATT CTGAAAATGA AAGTAAGAGC 
GAAAATGGGA GCAGTTCTTC GGGAAGCAAC TCTGGGTCTG GCTCTGGATC AGAAAGTTCT 
CAGAACGCGT GGAACTCTGA CAGTTCAGAG TCAGAATCCG ACGATGCGGA TGTCAAGAGG 
CCACCACCGA GCAAGTCCAT TTACCGGAAA GCCGTACAAA AGGCCAAAGA AAAAGCGAAG 
CCTCGAAGGA AGCGTGTCTC CGTATCCTCG GAAAATTCTT CCTATGACAG CGATGAAAAG 
AGACAAGTTA CAAGGCGATC AGGCGCACAG GTCAGTTACA AGGAGGAGAG CGAGGTCGAA 
ACGGACAGCG AGGATCTCAT GGAAGTCGAC GAGACGACGG CCGCAGCCGA GCCCGCTGAG 
CCCGACAACG CCGAGACCAT CGAGAAAATT TACGGCCAAC GCATCGGCAA GAAAGGAGTG 
GTAGGTAACG TGACGACAGT CTACGCGGTC GAGGAGAATG GAGATCCGAA TCCGGAAAAC 
TTGGAGGGCG AAGAGACTGA AACTCAGTAC CTGATCAAGT GGAAGGGCTG GTCGCACATA 
CACAACACGT GGGAGTCCAA GGACTCTCTG GCCGCCCAGA AGGTCAAGGG AATAAAGAAA 
TTGGAGAACT TCATCAAGCG CGAACAGGAC ATCAGCGATT GGAGGAAGTA CGCCGGTCCC 
GAGGACATTG ACTACTTTGA GTGCCAGGCG GAGTTGCAGC AAGACCTGTT AAAGAGCTAT 
TACAACGTCG AAAGGATCAT TGCCGAAGCC GAAAAACCAG ATTCCGATCA TCCCGATTAC 
TATTGCAAAT GGGAGAGCTT GCCGTATTCG GAGTCCACGT GGGAGGATGG CGCGTTGATA 
ATAAAAAAGT GGCCGGAAAA GATAAACGAG TTCCGTGATC GCGAGGACTC CAAGAGGATA 
CCCAGCAAAC ACTGCAAGGT GCTGAGGCAC AGGCCAAAAT TCCATCAGTT GAAGGAGCAG 
CCGAGTTACA TGGGCAAAGA TGAGAACTTT GTGCTCAGGG ATTATCAGAT GGACGGCTTG 
AATTGGATGA TACATTCGTG GTGTAAGGAC AACAGTGTCA TATTGGCAGA TGAGATGGGC 
CTTGGCAAGA CCATTCAAAC CACGTGCTTC TTGTACTACC TGTTTCACAC TCAACAACTT 
CACGGCCCTT TCTTGCTGGT CGTGCCTCTA TCGACAATGA CGTCTTGGCA AAGAGAAATA 
GTCCAGTGGG CTCCGGACTT GAATTTTGTC ACTTACCTGG GTGACGTTAC TTCGCGCAAT 
GTTATCAGAG ACTACGAGTG GTGTTATGAT TCCAAGAGGC TCAAGTTCAA CGCAATTCTG 
ACGACGTATG AAATCGTCTT GAAAGACAAG GCATTTTTAG GAGCCATCAA TTGGGCTGTA 
CTCTTGGTTG ACGAAGCGCA TCGTTTGAAA AACGATGACT CACTTTTGTA CAAAGCTTTG 
GCCGAATTTC ACACGAACCA CAGACTACTT ATCACAGGAA CCCCGCTGCA AAACAGCTTG 
AAAGAGTTGT GGGCTCTGTT GCATTTTATT ATGCCAAACA AATTCGACAG CTGGGAAGAC 
TTTGAAAAGG AACACGACAA CGCTGCTCAA AAAGGCTACT CGAAGCTGCA CAAACAATTG 
GAGCCATTCA TTTTGAGGAG GGTAAAGAAG GACGTGGAAA AATCTTTACC AGCCAAGGTC 
GAGCAGATAT TGCGCGTCGA GATGACGTCG TTGCAAAAAC AGTACTACAA GTGGATATTG 
ACGAAAAACT TTAACGCTTT GAGAAAGGGC AACAAAGGCT CGACCTCGAC CTTCTTGAAC 
ATTGTGATCG AGTTGAAAAA GTGTTGCAAC CATGCCTTTC TCACGAGGCC AAATGAAAAT 
GAGAACAGAG AAAGCAACAT GGATTATCTG CAACAGATCA TCCGTGGTTC TGGCAAACTC 
GTCTTGCTAG ACAAGCTTCT CGTTCGGCTC AAAGAGACGG GGCATCGTGT CCTGATCTTC 
TCGCAGATGG TTCGGATGCT GGATATTCTC AGCGAGTATT TGCAGAAGCG ACACTTTCCC 
TTCCAGAGGC TCGATGGTAG TATCAAAGGG GAGCTGAGGC GTCAGGCATT GGATCACTTC 
AATGCTCCTG GCTCGCAGGA CTTTTGTTTC CTGCTATCCA CGCGGGCCGG CGGTCTTGGT 
ATCAATTTGG CTACCGCTGA TACTGTCATC ATATTCGATT CCGACTGGAA TCCCCAGAAC 
GATTTACAAG CTCAGGCCAG AGCTCATAGA ATAGGTCAAA AAAACCAGGT CAATATTTAC 
AGATTGGTTA CGAAAAGCTC GGTAGAAGAG GAGATCGTTG AGCGCGCCAA GCAAAAAATG 
GTACTTGACC ATTTAGTTAT ACAAAGGATG GACACTACCG GTAGAACCAT ATTGGACAAA 
AAAGGTTCCA ATACAAACAA CAACCCTTTC AACAAGGAAG ATCTGAGTGC CATTTTGAAA 
TTTGGAGCCG AAGAGTTGTT TAAAGACGAA GAGGACGGTG ATGAAGAACC TACATGCGAT 
ATCGATGAGA TCTTGAAAAG AGCCGAAACT AGGGACGAAG GGCCTGCCAC AGTTGGAGAC 
GAGTTGCTTT CAGCGTTCAA GGTAGCCAGC TTCGCCGCTT TCGAAGAAGA GCCCGAACCT 
CTTCCTCAAA CCAACGAAAA TGACGACGAA AGCAAAGACT GGGCTGAAAT CATTCCTGAA 
AACTTCAGAG CAAAGGTAGA GGAAGCCGAG AAGAGTAAAG AGATGGAGGA TCTGTATCTT 
CCGCCGAGAA GTCGAAAGAC CCTGCAACAG ATCAACGAAG CTGACAACAA GGGCAAGAAG 
AAGAAAAAAG CTCAGTCGGG TGACGAGAGT GACGACGACG AAGAGTCTGG CAGTGACGAG 
GATGGAAGTG ATGACGGGAG GCCAAAGCGA CGCGGAAGAC CGCGAATGCA GCCTCGAGAA 
AATGTTAAGA GCTTTACCGA TGTAGAGATA AGGCGCTTCA TCAAGAGCTA CAAGAAATTC 
CCAGCGCCGC TGAAGAGACT GGACGAAATC GCCGCGGACG CCGACTTGAA CGAAAAGCCC 
ACGTCCGAGC TTTCCTATCT GGCTGAACAG CTGCGTTCGC GGTGCGACGC TTGTATGGCC 
GAGTCTGAGA ACAGCGTCGC CAAGGAAAAC AAGGCCGAAG AGGAGGACTC CAAGGGCGCA 
CCAGGTCGGA AACGTAAGCG TGGTCCTACT TTCAAGGTCG GCGGAGTGCA GGTGAACGCC 
AAGTCGTTCA GTGCCGCTGT TACCGAGCTC GAACCTCTGG AACAGGCAAT CCCGATGGAC 
ACCGAACAGA GAACCAATTG GCAACTTGAC GCGAAAGTGA AGCCAGCCAA TTTTGAATGC 
GAATGGACGC TCGAGGACGA CACCATGTTG TTGAAAGGTA TTTATCAGCA TGGAATGGGA 
TCGTGGGAGG CGATAAAAAT GGACGAAAGT TTGAAGTTGG GGGATAAAAT ACTTCTCAAC 
GGTAGTAAAG CACAAATTAA GCGAATTCAA GCTCGAGGGG AGTATCTTTT GAAAATTTTG 
AAGAAACAGA TGGATCAAAA GCTCGGAGTG ACCAAACAAA GAAAACCGAG AAAAGCAAAA 
GACATAAAAT CAGCGATCAC GAAGGAAATA ATTGAGGAAA ATGAGAGCTC CGGCGACGAA 
AAAAAAATCA AACCAAAGAT TGAAAAGCCA CCCGTCAAGA AAGAGGAGGA ACCTGTGGTT 
GTAAACAAAA AAGAAGTGAA AGAGGAGACC GAAGCAGTAG TAATACCTGT AGAAGACAAG 
AAAAAAGAAA AAAAAATTAA AAAAGAAAAG AAAGAGAATA AAAAAACCAA AAAAACCAGC 
AAACAATCCG GACCGATGCA TTTTACAGCA AACAACGAAC CAAGAGCGCT CGATGTTCTG 
GGAGATTTGG ATCCTTCGAT ATTCAACGAG TGCAAAGAAA AAATGAGACC GGTTAAAAAG 
GCGCTCAAAG CTTTGGACAG GCCGGACCAG TCGCTCAGTG AATCGGAACA AGTAGCTCAC 
ACGCGCCAAT GTCTCGTGCA AATTGGCAAT CAAATAAACA CTTGCCTCTC GGAGTACAAG 
GATCCTGAAC AGATCAAGGA ATGGCGAAGT AATCTTTGGT ACTTTGTATC GAAATTCACC 
GAGTTCGACG CCAAGAAGCT TTACAAATTG TACAAACACG CCACTAAAAA AGGCGAAAGC 
GGTAGCGTGA CCCCGAGTCC AGAAAAAAAG GAAGATAATA ATACAGTCAA GGACGACGCC 
AAGCATAACG CCAAAAACGC CAAGGAAAAC AGGGACAACC GAGGCGTGAA GCGACGAGTA 
GAGGACTTTG AGGATAACTC AAACAGCAGC AGCACCCCAG TGAAAAAGCA CATGATCTCG 
TCGTCGACGC TGGGCAACAT CGGTAGCTCG TCCTCGTTAA CAATCGGCGC CATTACGATA 
ACTCCCATTA CAGCCAGCCC AAACTCCACA CCCCACATGG CCAACAGCTT AGACATGCGG 
CACAAGGATC CAAAGGACTT GAGCAAGCAC AAAGATCCAA AGAGGGATAG AGAAAGGGAC 
AGGGATAGGG GTAGGGACAG AGAACGCGAT AGGGACAGGG ATAGGGAGAG GGACAGAAGT 
CATGGAGATC GCATGGATAG GCTAGGAGTT AAGGATGAGA GGATCAGAAG AGACAGTGGC 
GGATACGTCG GTGGTCATTA CAGCGGCGGT AGGGATGACG AACACTGGAT GACTAGAGAC 
AGAGACTCAC GCGATGGCAG GTTCGCCGAC CACAAGCGCG ATAGGTTCGA CCCTTACAGT 
AGAATGTCGG GAGGCTATCA TCGCGACCGG GACAGAGATC GCGATCGTAT GCATATGAAC 
GACAAAAGAG GAGGTGATTA CTATCGCTAC TCTGGAGGTT CAGGTGGCTA CGGTTACGGA 
CCAGGTAGTT ACGGTTCTGG AGCCGCTGGT GGCGGATATC CGCCCGACAT ACCACCTGCA 
CACTACCGTG GTGGCGGTGG TGGTGGTGGT CGGAGCTACC CAGCCGGTGA TGGCTACCAA 
GGTGATTGGC GGCCGAGCAA GGACTATCGC AACCGGGACT ACGACAGACC GCGTCCGCCC 
CCGAGCGCTA ATTCTTAG