LOC107724155 cDNA ORF clone, Sinocyclocheilus rhinocerous

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107724155
Entrez Gene ID	107724155
Full Name	protein capicua homolog
Gene Type	protein-coding
Organism	Sinocyclocheilus rhinocerous

mRNA and Protein(s)

mRNA	Protein	Name
XM_016532958.1	XP_016388444.1	protein capicua homolog

Pathways from BioSystems
Gene Ontology

The following LOC107724155 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107724155 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
OSi160322	XM_016532958.1 Latest version!	Sinocyclocheilus rhinocerous protein capicua homolog (LOC107724155), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC107724155 ( XM_016532958.1 ) cDNA ORF clone, Sinocyclocheilus rhinocerous -> XP_016388444.1 Sinocyclocheilus rhinocerous protein capicua homolog (LOC107724155), mRNA.

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CloneID	OSi160322
Clone ID Related Accession (Same CDS sequence)	XM_016532958.1
Accession Version	XM_016532958.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7896bp) 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	2016-05-02
Organism	Sinocyclocheilus rhinocerous
Product	protein capicua homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015659713.1) 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 :: Sinocyclocheilus rhinocerous Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGCCAC CAAAGAAACA GAGAGGACGC TCTCCTTTAT CGACAAGAGC AAAAGGAGCA 
AGAAAACGAG TGGGCAAGCT TGAAGAACAT TCACAGACAA CACCGCCTGG ACCGTCACAC 
CAGAAATACA CTCCATCCAA AGAAGATAGC TCTCAGGACA AGCATATCAA GAGTAGCAAC 
TTTCTAAACA GTGAGGGGTT AAAAGAGCAA ATAAAAGAAA GGACAATGGA AACATCAAAA 
TCTGAAGGGA ATGCAGTAAT AGTGAATAAG GCAAAAAGCC CCAAGAACGT TAATACTAAC 
AGTTTAACAG ATAATACAGA CTCAATCAAA ATAGCCAGCA ACGCACATGA AAATTCACAT 
AGTAATAGCA CAGACATCTG TAACACAAAC ACACAAAACT TTACTAGCAC AAACAGTAAA 
GGTAGCAACC AACATGCAAA CAGCACTGCT AGCAATACAC AAAACACAAA TACTACAGCC 
AACAGTTTAA ATAAAAATAA CTCTTTGAGT GCCAACCACA CTTCCACCAC ACCCTCCAGT 
CGAAAAACAG CTACTTTCAA AGCTAGGGTG CCCAAGAAGA AATACATGTA TGAACATCAA 
GCTTCCAGTA CTTCTCCCAT CAGTTTGACC CCTGTAGCTC AACTCACTAT TCATAGCAAC 
CATCTAAATT CCATTTCTCA GAGCACTAAT CCTGTGGTCA GAACTGATTT AGTGATAGCA 
GATATTTCTG ATCTGGATAA TAGTGTGAAT AACAGGAGAG AAATAGGGAA AATAGCAAGC 
ACAGAAACTC CAAAAGGAGA TAGAACTAAG GGTGATATGT TGAAAAGTGA GGTGCCTTCC 
GAAGGAGAAA AGGTGGTCCA AATGGTGGAA GTAGATGGAT ATGGGGAGCA AGCTCCAAAT 
TCTGTGCGCT CATCATCCAC AGACACAGCC AGTGAACACT CTGTGGATCT GGAGGTAGTT 
GAGCCCTCTT GTGTGCAGCT AAATTCAGGG AACCATGTAA GAGCGCCAAG AAGATTCAAC 
CTCTCCAACA GTTCAACCCT GTCTGTCCTC TTGTCCCCCA ATCACATACA AACTGAGCAG 
GTAGGGTCTG CAACAATAGC AGAAGCACTA GCTAAAGGAC TAAAAAACCA AAGGGTGCTA 
GCACGTAGAC GACCAAGAAC TAATTTAAAG GAAGATGAGA AGCTGATCAA GGAATATGTT 
TTTTTCTGTG GTGTGGTGCG TGGGTCCAGT AGAGAGCAGC TGAATGTAGA GTTGCAGATT 
AATGGGGAGG GGACACTGCT CTCATATCCA TTTCATACAT TAGTAAGTCG CCCACACCAA 
CCCATTGACC TCATTTTAGA CGCCCCACCC CCAGGAAGTG AACTTGTGGA GGTTGGGACA 
CGTGTTTGCG TGCCTTATGG AGGAGATAAA GGTAAAGAGT GGTACAGAGA AGGTGTGGTT 
GCTCAGGTAG ACTCTCATTT AGCTTGCCCC TACATGGTGC TTTTGCAGGA GGAATTGGAG 
CAGGAGAAAG AAAGGTGCAG CAATGAGGAG ATGCAACAGA CATCAAGAAC AAAGAATGTA 
TGGGTTACTC GCCAGAACTT GCGCCTCCTT GTTCCGCCAT GGGATGGGGT TATGAGAGAG 
AAAGAACAGG AGGAGAGAGA GCACAGGGAG GAGATAGAAG TGGAGAGAGA GCTTTGTCAG 
TTAAGTGAGG GAATGGATTT AGTAAGTGCA GGCCCTCCCA GGGAGAACTG CAGATTCCCT 
TCTCCAGACA CAGGGGTTCA TCACTATGGA AGAAGCACAC ATCTTTCATC TTCCACTTCA 
CCAGCAGTTG TTATGGTAGC AAACAGTATG TTTAGTTTAG CAACTAGGAG GGAGGATGAT 
GGAACTGGGA ATAGGGAAAG AGTTAGAGAA AGAGAACACG AGCGAAAGCA ACTGCAGACT 
CCAGAGGTGG ACATGGAGGT TTTGCGGCTT AACATGGCAC CACTCAGAGA TGGTGGAGGG 
CCCGTAGTCT CAGGGGGACC AAAAGCAAGT GTGCCTAATC AGCACAGACA AATTCTTTCC 
AAACCTCCTG GGTATCCAAG TCCCATTACA GTGGTGCGAG GCATCGCCGG GACTTCTTTA 
GGAAGTCCAC AGCCCACCCC TTCACCTGCA GTTTTAGGGT CTGATGGGGG GACCTCTCAC 
CCTATACCAC CCTCTGTGCC TCCTTCCCCC AGTTCCAGGG GTTCTCTGAC ACCTCTAGAA 
AAGACTCCTA CACCTTCACA GACCTCCACC CCAATTCCAG GGAGTTCTGC TTCTTCTTCT 
GCTTCTTCCT CAAGATCAAG GACACCATTG GCAGCTGCCC AACAGAAATA CAAGAAAGGC 
GATGTGGTTT GTACCCCTAA TGGAATCCGT AAGAAGTTCA ATGGGAAGCA GTGGCGCCGC 
TTGTGCTCAC GAGAAGGCTG CATGAAAGAG TCCCAGCGTC GTGGCTACTG TTCTCGTCAC 
CTCTCCGTGC GCACCAAAGA AATGGAGGGA GCAGTGGGAG AGAGAGGGAG TGGAGGAGGT 
GGAGAGAGTA GCTCAGGGAC TGTGACCCCT TCAGATCTGC GGGGTCGTGC TAGCAGTGAA 
TTTGATTGGG ATGAGACTTC TCGCGACAGT AGTGAGACAA GCAGCCGAGG TACTGACTCT 
CGTCCACGTC TTGGCTTGCC ATCACTGCTT CCTCAAGATT TCTCTCGTTT TGACTTTGAT 
GAATGTGAAG CTGCAACTAT GCTGGTATCC CTGGGCTCAA GGTCTGTAAC ACCCTCATTC 
TCACCAATTT CAAATCAGTC CCCATTCTCA CCTACACCTT CCCCATCAGC TTCGCCACTT 
TTTGGCTTTC ACCCTGCAAA TTTCAGTCCT GTTACTGCCT CTCCAGTTTT GCCTCCTCGT 
CGCCACAAAC ACCCCAGTGG TACCAACAGT GGTGTCCCAA AACATGGAAC AGGAGGCACA 
GAGAGGGAGA AAGACAGACA CTTGTCTGGT GTTGTGCCGT CCTTCCACAC TAATCTAACC 
TTCACTGTAC CTATGAGCCC AGGCAAACGC AGGACGGATG CCCCACCTCC TCCAGCTCCT 
CTGTTGCAGG AATATGGCAA ACCCAATCAG GAACAAAGCT GTCGGGACCC TTCTCTTGTA 
ACAAGTCTCT GCATTATCTC TACTCAGACG ACTACTGTCA CACACCCCCA AAGACTGACT 
TCAACTACTG TCTCTTCCCC ACCTGCTTCT CCCCTATTCT TAAAATCAGG TTCACAATGT 
ACAGTCTCCC AGCAGCCTCT GAGAGACTCT CCAGTAATAG TGAGAAATCC TGAGGTTCCT 
TTAATAAAGT TTACAGAACT GCCACTGACT AGAGTTGCAG AGGTGGACAG GACCAGTTCC 
ACAGAAAACA GCCAAACTGG TGTACATTCA GAGACAGGAC TACATGTTCC TGTTCCAATT 
AACGCTGCTT CCACTAATGG ATCTGTCTTA CTGCAGAATC CCACCTCAAC TCTTGTTCTA 
GTGTCTACTA CCTCTTCCAT CCCAAACCCA ACCCCTGCAG GTCTACCTAC ACAATCCAGC 
GCCACCTTAG CCTGCATATC AGTGCCTAGC CCTGTCCCAG GGCCTGGTCT CATTGGTGTG 
GGGGATGGAG GGCGACAAGA GAAGAGTGGT CAAGTGACAT TGCAGCAGCC TGTCCCTTGT 
CACCCTGCTC CTACTGCCCT GCTGCCGCTC ATACTTTCCA CAGAGACCTT GCATCCTGTG 
CCATGCAAAG AAATCATCAT GGGGCGACCT GGGACTGTGT GGACGAATGT TGAGCCCAGA 
TCGGTTCCAG TGTTTCCTTG GCATTCGTTG GTCCCTTTCC TGGCACCCAC CCAATCAGAT 
CCATCGGCTC AACCTGGTGA GGGCCAACAA ACTGTCAGTC ATCCGCAGAC AACTTCTCTG 
AAGAAAGAGG CTCAGAGCGG GTCAGTGCTG AAGGAGATTA TAGAGGGAGC ACCTAACCCT 
TCCTCACGGC CCACTCCCTC CGCTGATGAA CTGCCCCCAG AGAGAGAGAA GGATCCAGAG 
CGAGAGAGAC CTGACAGTGA AACAGAAAGT GACGTGGATG ATCCGTTTTT CCCCGGTGTT 
CTTCCTGATC CGCCAATTTC TGCATCTCCT GGAAAGCGTA GATCTCAGTC TCTCAGTGCA 
CTGCCCAAAG ATGACAAAAC CAGTCCTGGA AAGAGGGAGA AAGACCACAT CCGGAGGCCC 
ATGAATGCGT TTATGATCTT CAGCAAGCGG CATCGTGCGC TGGTTCATCA GAGACACCCA 
AACCAGGACA ACCGCACTGT CAGCAAGATA CTTGGAGAGT GGTGGTATGC TTTGGGACCC 
AAAGAGAAAC AGAAATACCA CGACCTCGCA TTTCAGGTGA AGGAGGCACA CTTCAAGGCA 
CATCCTGACT GGAAATGGTG TAATAAGGAC AGAAAGAAAT CCAGCAGCGA GGGACGTGGT 
GTTCCAGGGG GCAAAAGTGA AAGTAAAATG AGCACGGAGC TTTTAAAACC TCCATCTGTG 
TCAATGGGAA TGGAGCTCAA AGGTGTGGGG CCTGGCATGG TGAGCGTGTC AGAGCGAGTC 
GGAGCTGAGG GACATGGTCA ATTGCCCCGT CCTCGTGCCT TCTCTCAGAG TGCCATGCAC 
AGTCTGGAGA GGAGCGAGAG AGGCAATCCA CAGGCACTCG CTGAGCTCGC ACAGATGTGT 
GGTGATGGTG GTCAGGTTGC AGGGCGGGGA GCTCTCTCTC AGACACAGAG GGGGGTAAGT 
GAGGACATGA CAAGCGACGA AGAGCGTATG GTCATCTGTG AAGAAGAGGG GGATGATGAT 
GTCATTGACG ACTCGTATCC GGGCAGCTCC ATTGACCTGA AGTGTAAGGA GAGGGTGACA 
GACAGTGATA GTGAAAATGG ATCTGGAGAT GAAGGAGAAC GCAAGAGAGT TTTTGCTCCC 
GTGATTTGCT CCTCATCTTA TGGCCCTGGT CATGGTCGGA GCGTATCTCT CTCCTCCTAC 
CCCAGCTCCA GACGCTTTAG CGATGTTTCC TCAAAGAGAA AGCGAGCAGT GGAGGGAGGT 
GATGGAGAAA GAAGGGAAGG TGAAGGAGCA GTGTCTCAGC ACTCTGCGGG TCAGTCCATC 
CTGGTCAGTT CTGCCGGGGG AGTGTCGTCA GTGCTAGGGG CGGTGAGAGT GGCGTCCACT 
GTTGTCACTA ATGTGGTGCG ACCTGTGGTC AGCACGCCGG TGCCGATCGC CAGCAAGTCC 
CCACATGACC GGAAACCCGC TCCGCCACAG ACACAGCTTT TCATTGGACC TGGTACCACA 
GGAAACCCAG CAACAGCTTC AGGTGGAGGG GGTGGGTACT ATTCTTCATC ATCACCCAAT 
CCTGTTAGTG CATCAGGAGC TCAAGGGGGG CTGGTGACCA ATCTAGTTTT GGGAGGCACA 
TTCCAAGCTC CGCCCGGTGT ACAGCTTGTC ACACCCCCTC CTCCACAAAA CCCAGCCTCC 
CCCGCCCCTC TTACTCATAG TAATGGTCCA CTTCCTCTGT CCGTTCTGCA GTCACACATT 
CTCCCCTCTG CCTCAATAGC ACCCTCATCG GGCCAAACAC CCATAACACA GGTTCAGTAC 
ATTATCCCTA CCCTCTCTAC CAACAATCCC AAGAGCCCCT CCCCTCAGCA GGCCGGTCAA 
CCAACCAGTA TCTTCACCCT ACCTACAGCT CTGCCCACTC ACGCCTCGTT GGCCAACGGG 
AAGCAGTCGG GATATGTCTC CAGTCCTGCT GTGGGTGTAG TTAACCCAGG AGCCAGAGTG 
CAAACACAGT CACCAGTCTT GCAGGGCAAG ATGCTGGTTC CCATGGCAAC AGTGAGGGCT 
GCTCCTGCCC CCTCTCAGCA GTTTCCCTTG GTAGCCCCTC CTCTTCCTGT TCAGAATGGA 
GGACAAGCAG GAAGCAAGAT TATTCAGATT GCGCCGATGC CTGTCGTCCA GTCGCAGCTT 
CCCTCAACGG GACCAGTGCA GCCTGGGAGC CCATTTTCTG TTACTATGGG AACAGCTACA 
GTGGTGGCCC CAGGCTCTAA CCCGTCTCAG ACCGTGCTGC TACCGCCCCC ACCTGCAAGA 
ATCACTTATG TACAGTCCGC TCCTGGGGTT CCTTCTCCTT TGCCATTAGT TCCCTCGACA 
ACAGGCTCCT CCTCTCAGAC AGCTTCAGCA ACACCTGGAT CTGCTTATGT TCCATCACCC 
TTGGCGACCT TTGCAGCGAT CGCTCATCCA GGACAGACTT TGGTGCAGCC ACTGATTGCA 
GGTCAGCCAT CGCTGTTGGC CCCGGCACAG TCTCCCAGTG CCCCTCATGC TCCAGCCATC 
TCCGCCATCT ACACCCCTAC AAATGTGACC CTGGCAACTG GGGTGGTGTC TATGGCAACG 
GTGTCACCCA GTGTGGTGTA CACAGTGTCC AGTTCCTCTA GCCTATGTCC ACACATCCTT 
CCTAAACACA CCACAACAAC CTCCATGACC TCTGTAACCT CGGACAGGCA GGGGAACGTA 
TCCACACATT CCGAGCGACA GCTGCACCAG GAAAGAACAC TGGACCGGCA GCACACAGAC 
AGTCAGGTCT ACATGCAGTC CTCTGAGAGA CAGACCGAGA AGGTCTCTCT CATACAGCTG 
GACAAACCGT TCCAGGTCCC GAGTAAAAGC AGCAGCAGTT CAGTTGCGCC GCCACCGGGC 
ACCTCAGTGC CACTGCAGCC TGGAAGCCCT GCTCAAACCT GTCATTCCGG CAGTGCTCCG 
GGGACACCCA AACTGATCAC ACCAAGGCCT CCTCAGAAAG TGAAAGCCAC AGTGGCCAAC 
ATCCCAGTGG GCAGTTATGA TGGAGGAGGG AGAGGCAAAG AGCGAGAAAA GGAGAGGGAC 
AGGGAGAAAG AGAGAGAGCG AGAGCGAGAG AAGGACAAAG AGAGTGGTAG TCGGTTCTCA 
TTTGAGGTAG ACAAGGCAGC CGAGACGAGC TCCCCTGCAA CCTTTTCACC AGAGGAGGGG 
TCCGCAGAAG CCCCCGCCCA CTCTGTAGCA GAGAGTGCTA CACCTATTGG CCGTGGCAAA 
GAAGCAAATG CTAAGGAGGT TGAATGGAAG GACTCCCACC CTTCTTCTCC ATTACCTCCT 
CCCTCTGGAT CAGATCCGGC TCCGCCTCAG TCTCAGGGTG ATAAAGATGC ACCACCTAAA 
AAAGTCAAGG CCCGGCCCCC TCCACTCAAA CGACCGTTCG ATTCTGTTGA CAAGGTCCTG 
TCAGAAGTGT ACTTTGAGGA GCGCTTTGCA GAGCTGCCAG AATTCCGTCC AGAGGAGGTT 
CTGCCTTCTC CAACCCTGCA GAGTCTGGCC ACCTCCCCAC GAGCCATACT GGGCAGCTAT 
CGCAGGAAGA GGAAAAACTC CACCGACCTG GACTCATCCA CAGAAGATCC AATCTCTCCA 
AAAAGGAAAA GCCGCCGCAG ATCTAGCTGC AGTTCAGAGC CAAACACACC TAAAAGCGCT 
GCAAAGTGTG AGGGGGACAT TTTCACCTTT GAAAGGCCAG ATGGAGAGGA TGTTCTGGGG 
GAGCTGGAGT TTGAGAAGGT GCCCTACTCC TCTCTCAGGA GAACTCTTGA TCAGAGGAGA 
GCTCTTGTCA TGCAGCTATT CCAGGAGCAT GGCTTCTTCC CCTCAGCTCA AGCTACTGCT 
GCATTCCAGG CGCGATACTC TGATATCTTC CCCACTAAGG TGTGTTTACA GCTCAAGATC 
CGAGAGGTCC GGCAAAAGAT CATGCAAACG GCAGCTCCGT CGGAATTGGC CGGCACTTCA 
GATATATCCT CATTGCCGGG GCCTTCTGGG GTGGTGGCGG CCAGTGACAT CACTGTTGGG 
GCAGAGCCTC AGGAAAAAGA GGCCGAGCGG GAGGGTGAGC AGAACAGCTC GGAGGAGCCC 
AGAAATGCTG GCGATTCACA GGACTCCACC AGATGA

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

RefSeq	XP_016388444.1
CDS	330..8225
Translation	MRPPKKQRGRSPLSTRAKGARKRVGKLEEHSQTTPPGPSHQKYTPSKEDSSQDKHIKSSNFLNSEGLKEQIKERTMETSKSEGNAVIVNKAKSPKNVNTNSLTDNTDSIKIASNAHENSHSNSTDICNTNTQNFTSTNSKGSNQHANSTASNTQNTNTTANSLNKNNSLSANHTSTTPSSRKTATFKARVPKKKYMYEHQASSTSPISLTPVAQLTIHSNHLNSISQSTNPVVRTDLVIADISDLDNSVNNRREIGKIASTETPKGDRTKGDMLKSEVPSEGEKVVQMVEVDGYGEQAPNSVRSSSTDTASEHSVDLEVVEPSCVQLNSGNHVRAPRRFNLSNSSTLSVLLSPNHIQTEQVGSATIAEALAKGLKNQRVLARRRPRTNLKEDEKLIKEYVFFCGVVRGSSREQLNVELQINGEGTLLSYPFHTLVSRPHQPIDLILDAPPPGSELVEVGTRVCVPYGGDKGKEWYREGVVAQVDSHLACPYMVLLQEELEQEKERCSNEEMQQTSRTKNVWVTRQNLRLLVPPWDGVMREKEQEEREHREEIEVERELCQLSEGMDLVSAGPPRENCRFPSPDTGVHHYGRSTHLSSSTSPAVVMVANSMFSLATRREDDGTGNRERVREREHERKQLQTPEVDMEVLRLNMAPLRDGGGPVVSGGPKASVPNQHRQILSKPPGYPSPITVVRGIAGTSLGSPQPTPSPAVLGSDGGTSHPIPPSVPPSPSSRGSLTPLEKTPTPSQTSTPIPGSSASSSASSSRSRTPLAAAQQKYKKGDVVCTPNGIRKKFNGKQWRRLCSREGCMKESQRRGYCSRHLSVRTKEMEGAVGERGSGGGGESSSGTVTPSDLRGRASSEFDWDETSRDSSETSSRGTDSRPRLGLPSLLPQDFSRFDFDECEAATMLVSLGSRSVTPSFSPISNQSPFSPTPSPSASPLFGFHPANFSPVTASPVLPPRRHKHPSGTNSGVPKHGTGGTEREKDRHLSGVVPSFHTNLTFTVPMSPGKRRTDAPPPPAPLLQEYGKPNQEQSCRDPSLVTSLCIISTQTTTVTHPQRLTSTTVSSPPASPLFLKSGSQCTVSQQPLRDSPVIVRNPEVPLIKFTELPLTRVAEVDRTSSTENSQTGVHSETGLHVPVPINAASTNGSVLLQNPTSTLVLVSTTSSIPNPTPAGLPTQSSATLACISVPSPVPGPGLIGVGDGGRQEKSGQVTLQQPVPCHPAPTALLPLILSTETLHPVPCKEIIMGRPGTVWTNVEPRSVPVFPWHSLVPFLAPTQSDPSAQPGEGQQTVSHPQTTSLKKEAQSGSVLKEIIEGAPNPSSRPTPSADELPPEREKDPERERPDSETESDVDDPFFPGVLPDPPISASPGKRRSQSLSALPKDDKTSPGKREKDHIRRPMNAFMIFSKRHRALVHQRHPNQDNRTVSKILGEWWYALGPKEKQKYHDLAFQVKEAHFKAHPDWKWCNKDRKKSSSEGRGVPGGKSESKMSTELLKPPSVSMGMELKGVGPGMVSVSERVGAEGHGQLPRPRAFSQSAMHSLERSERGNPQALAELAQMCGDGGQVAGRGALSQTQRGVSEDMTSDEERMVICEEEGDDDVIDDSYPGSSIDLKCKERVTDSDSENGSGDEGERKRVFAPVICSSSYGPGHGRSVSLSSYPSSRRFSDVSSKRKRAVEGGDGERREGEGAVSQHSAGQSILVSSAGGVSSVLGAVRVASTVVTNVVRPVVSTPVPIASKSPHDRKPAPPQTQLFIGPGTTGNPATASGGGGGYYSSSSPNPVSASGAQGGLVTNLVLGGTFQAPPGVQLVTPPPPQNPASPAPLTHSNGPLPLSVLQSHILPSASIAPSSGQTPITQVQYIIPTLSTNNPKSPSPQQAGQPTSIFTLPTALPTHASLANGKQSGYVSSPAVGVVNPGARVQTQSPVLQGKMLVPMATVRAAPAPSQQFPLVAPPLPVQNGGQAGSKIIQIAPMPVVQSQLPSTGPVQPGSPFSVTMGTATVVAPGSNPSQTVLLPPPPARITYVQSAPGVPSPLPLVPSTTGSSSQTASATPGSAYVPSPLATFAAIAHPGQTLVQPLIAGQPSLLAPAQSPSAPHAPAISAIYTPTNVTLATGVVSMATVSPSVVYTVSSSSSLCPHILPKHTTTTSMTSVTSDRQGNVSTHSERQLHQERTLDRQHTDSQVYMQSSERQTEKVSLIQLDKPFQVPSKSSSSSVAPPPGTSVPLQPGSPAQTCHSGSAPGTPKLITPRPPQKVKATVANIPVGSYDGGGRGKEREKERDREKEREREREKDKESGSRFSFEVDKAAETSSPATFSPEEGSAEAPAHSVAESATPIGRGKEANAKEVEWKDSHPSSPLPPPSGSDPAPPQSQGDKDAPPKKVKARPPPLKRPFDSVDKVLSEVYFEERFAELPEFRPEEVLPSPTLQSLATSPRAILGSYRRKRKNSTDLDSSTEDPISPKRKSRRRSSCSSEPNTPKSAAKCEGDIFTFERPDGEDVLGELEFEKVPYSSLRRTLDQRRALVMQLFQEHGFFPSAQATAAFQARYSDIFPTKVCLQLKIREVRQKIMQTAAPSELAGTSDISSLPGPSGVVAASDITVGAEPQEKEAEREGEQNSSEEPRNAGDSQDSTR

Target ORF information:

RefSeq Version	XM_016532958.1
Organism	Sinocyclocheilus rhinocerous
Definition	Sinocyclocheilus rhinocerous protein capicua homolog (LOC107724155), mRNA.

Target ORF information:

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

XM_016532958.1

ORF Insert Sequence:

ATGAGGCCAC CAAAGAAACA GAGAGGACGC TCTCCTTTAT CGACAAGAGC AAAAGGAGCA 
AGAAAACGAG TGGGCAAGCT TGAAGAACAT TCACAGACAA CACCGCCTGG ACCGTCACAC 
CAGAAATACA CTCCATCCAA AGAAGATAGC TCTCAGGACA AGCATATCAA GAGTAGCAAC 
TTTCTAAACA GTGAGGGGTT AAAAGAGCAA ATAAAAGAAA GGACAATGGA AACATCAAAA 
TCTGAAGGGA ATGCAGTAAT AGTGAATAAG GCAAAAAGCC CCAAGAACGT TAATACTAAC 
AGTTTAACAG ATAATACAGA CTCAATCAAA ATAGCCAGCA ACGCACATGA AAATTCACAT 
AGTAATAGCA CAGACATCTG TAACACAAAC ACACAAAACT TTACTAGCAC AAACAGTAAA 
GGTAGCAACC AACATGCAAA CAGCACTGCT AGCAATACAC AAAACACAAA TACTACAGCC 
AACAGTTTAA ATAAAAATAA CTCTTTGAGT GCCAACCACA CTTCCACCAC ACCCTCCAGT 
CGAAAAACAG CTACTTTCAA AGCTAGGGTG CCCAAGAAGA AATACATGTA TGAACATCAA 
GCTTCCAGTA CTTCTCCCAT CAGTTTGACC CCTGTAGCTC AACTCACTAT TCATAGCAAC 
CATCTAAATT CCATTTCTCA GAGCACTAAT CCTGTGGTCA GAACTGATTT AGTGATAGCA 
GATATTTCTG ATCTGGATAA TAGTGTGAAT AACAGGAGAG AAATAGGGAA AATAGCAAGC 
ACAGAAACTC CAAAAGGAGA TAGAACTAAG GGTGATATGT TGAAAAGTGA GGTGCCTTCC 
GAAGGAGAAA AGGTGGTCCA AATGGTGGAA GTAGATGGAT ATGGGGAGCA AGCTCCAAAT 
TCTGTGCGCT CATCATCCAC AGACACAGCC AGTGAACACT CTGTGGATCT GGAGGTAGTT 
GAGCCCTCTT GTGTGCAGCT AAATTCAGGG AACCATGTAA GAGCGCCAAG AAGATTCAAC 
CTCTCCAACA GTTCAACCCT GTCTGTCCTC TTGTCCCCCA ATCACATACA AACTGAGCAG 
GTAGGGTCTG CAACAATAGC AGAAGCACTA GCTAAAGGAC TAAAAAACCA AAGGGTGCTA 
GCACGTAGAC GACCAAGAAC TAATTTAAAG GAAGATGAGA AGCTGATCAA GGAATATGTT 
TTTTTCTGTG GTGTGGTGCG TGGGTCCAGT AGAGAGCAGC TGAATGTAGA GTTGCAGATT 
AATGGGGAGG GGACACTGCT CTCATATCCA TTTCATACAT TAGTAAGTCG CCCACACCAA 
CCCATTGACC TCATTTTAGA CGCCCCACCC CCAGGAAGTG AACTTGTGGA GGTTGGGACA 
CGTGTTTGCG TGCCTTATGG AGGAGATAAA GGTAAAGAGT GGTACAGAGA AGGTGTGGTT 
GCTCAGGTAG ACTCTCATTT AGCTTGCCCC TACATGGTGC TTTTGCAGGA GGAATTGGAG 
CAGGAGAAAG AAAGGTGCAG CAATGAGGAG ATGCAACAGA CATCAAGAAC AAAGAATGTA 
TGGGTTACTC GCCAGAACTT GCGCCTCCTT GTTCCGCCAT GGGATGGGGT TATGAGAGAG 
AAAGAACAGG AGGAGAGAGA GCACAGGGAG GAGATAGAAG TGGAGAGAGA GCTTTGTCAG 
TTAAGTGAGG GAATGGATTT AGTAAGTGCA GGCCCTCCCA GGGAGAACTG CAGATTCCCT 
TCTCCAGACA CAGGGGTTCA TCACTATGGA AGAAGCACAC ATCTTTCATC TTCCACTTCA 
CCAGCAGTTG TTATGGTAGC AAACAGTATG TTTAGTTTAG CAACTAGGAG GGAGGATGAT 
GGAACTGGGA ATAGGGAAAG AGTTAGAGAA AGAGAACACG AGCGAAAGCA ACTGCAGACT 
CCAGAGGTGG ACATGGAGGT TTTGCGGCTT AACATGGCAC CACTCAGAGA TGGTGGAGGG 
CCCGTAGTCT CAGGGGGACC AAAAGCAAGT GTGCCTAATC AGCACAGACA AATTCTTTCC 
AAACCTCCTG GGTATCCAAG TCCCATTACA GTGGTGCGAG GCATCGCCGG GACTTCTTTA 
GGAAGTCCAC AGCCCACCCC TTCACCTGCA GTTTTAGGGT CTGATGGGGG GACCTCTCAC 
CCTATACCAC CCTCTGTGCC TCCTTCCCCC AGTTCCAGGG GTTCTCTGAC ACCTCTAGAA 
AAGACTCCTA CACCTTCACA GACCTCCACC CCAATTCCAG GGAGTTCTGC TTCTTCTTCT 
GCTTCTTCCT CAAGATCAAG GACACCATTG GCAGCTGCCC AACAGAAATA CAAGAAAGGC 
GATGTGGTTT GTACCCCTAA TGGAATCCGT AAGAAGTTCA ATGGGAAGCA GTGGCGCCGC 
TTGTGCTCAC GAGAAGGCTG CATGAAAGAG TCCCAGCGTC GTGGCTACTG TTCTCGTCAC 
CTCTCCGTGC GCACCAAAGA AATGGAGGGA GCAGTGGGAG AGAGAGGGAG TGGAGGAGGT 
GGAGAGAGTA GCTCAGGGAC TGTGACCCCT TCAGATCTGC GGGGTCGTGC TAGCAGTGAA 
TTTGATTGGG ATGAGACTTC TCGCGACAGT AGTGAGACAA GCAGCCGAGG TACTGACTCT 
CGTCCACGTC TTGGCTTGCC ATCACTGCTT CCTCAAGATT TCTCTCGTTT TGACTTTGAT 
GAATGTGAAG CTGCAACTAT GCTGGTATCC CTGGGCTCAA GGTCTGTAAC ACCCTCATTC 
TCACCAATTT CAAATCAGTC CCCATTCTCA CCTACACCTT CCCCATCAGC TTCGCCACTT 
TTTGGCTTTC ACCCTGCAAA TTTCAGTCCT GTTACTGCCT CTCCAGTTTT GCCTCCTCGT 
CGCCACAAAC ACCCCAGTGG TACCAACAGT GGTGTCCCAA AACATGGAAC AGGAGGCACA 
GAGAGGGAGA AAGACAGACA CTTGTCTGGT GTTGTGCCGT CCTTCCACAC TAATCTAACC 
TTCACTGTAC CTATGAGCCC AGGCAAACGC AGGACGGATG CCCCACCTCC TCCAGCTCCT 
CTGTTGCAGG AATATGGCAA ACCCAATCAG GAACAAAGCT GTCGGGACCC TTCTCTTGTA 
ACAAGTCTCT GCATTATCTC TACTCAGACG ACTACTGTCA CACACCCCCA AAGACTGACT 
TCAACTACTG TCTCTTCCCC ACCTGCTTCT CCCCTATTCT TAAAATCAGG TTCACAATGT 
ACAGTCTCCC AGCAGCCTCT GAGAGACTCT CCAGTAATAG TGAGAAATCC TGAGGTTCCT 
TTAATAAAGT TTACAGAACT GCCACTGACT AGAGTTGCAG AGGTGGACAG GACCAGTTCC 
ACAGAAAACA GCCAAACTGG TGTACATTCA GAGACAGGAC TACATGTTCC TGTTCCAATT 
AACGCTGCTT CCACTAATGG ATCTGTCTTA CTGCAGAATC CCACCTCAAC TCTTGTTCTA 
GTGTCTACTA CCTCTTCCAT CCCAAACCCA ACCCCTGCAG GTCTACCTAC ACAATCCAGC 
GCCACCTTAG CCTGCATATC AGTGCCTAGC CCTGTCCCAG GGCCTGGTCT CATTGGTGTG 
GGGGATGGAG GGCGACAAGA GAAGAGTGGT CAAGTGACAT TGCAGCAGCC TGTCCCTTGT 
CACCCTGCTC CTACTGCCCT GCTGCCGCTC ATACTTTCCA CAGAGACCTT GCATCCTGTG 
CCATGCAAAG AAATCATCAT GGGGCGACCT GGGACTGTGT GGACGAATGT TGAGCCCAGA 
TCGGTTCCAG TGTTTCCTTG GCATTCGTTG GTCCCTTTCC TGGCACCCAC CCAATCAGAT 
CCATCGGCTC AACCTGGTGA GGGCCAACAA ACTGTCAGTC ATCCGCAGAC AACTTCTCTG 
AAGAAAGAGG CTCAGAGCGG GTCAGTGCTG AAGGAGATTA TAGAGGGAGC ACCTAACCCT 
TCCTCACGGC CCACTCCCTC CGCTGATGAA CTGCCCCCAG AGAGAGAGAA GGATCCAGAG 
CGAGAGAGAC CTGACAGTGA AACAGAAAGT GACGTGGATG ATCCGTTTTT CCCCGGTGTT 
CTTCCTGATC CGCCAATTTC TGCATCTCCT GGAAAGCGTA GATCTCAGTC TCTCAGTGCA 
CTGCCCAAAG ATGACAAAAC CAGTCCTGGA AAGAGGGAGA AAGACCACAT CCGGAGGCCC 
ATGAATGCGT TTATGATCTT CAGCAAGCGG CATCGTGCGC TGGTTCATCA GAGACACCCA 
AACCAGGACA ACCGCACTGT CAGCAAGATA CTTGGAGAGT GGTGGTATGC TTTGGGACCC 
AAAGAGAAAC AGAAATACCA CGACCTCGCA TTTCAGGTGA AGGAGGCACA CTTCAAGGCA 
CATCCTGACT GGAAATGGTG TAATAAGGAC AGAAAGAAAT CCAGCAGCGA GGGACGTGGT 
GTTCCAGGGG GCAAAAGTGA AAGTAAAATG AGCACGGAGC TTTTAAAACC TCCATCTGTG 
TCAATGGGAA TGGAGCTCAA AGGTGTGGGG CCTGGCATGG TGAGCGTGTC AGAGCGAGTC 
GGAGCTGAGG GACATGGTCA ATTGCCCCGT CCTCGTGCCT TCTCTCAGAG TGCCATGCAC 
AGTCTGGAGA GGAGCGAGAG AGGCAATCCA CAGGCACTCG CTGAGCTCGC ACAGATGTGT 
GGTGATGGTG GTCAGGTTGC AGGGCGGGGA GCTCTCTCTC AGACACAGAG GGGGGTAAGT 
GAGGACATGA CAAGCGACGA AGAGCGTATG GTCATCTGTG AAGAAGAGGG GGATGATGAT 
GTCATTGACG ACTCGTATCC GGGCAGCTCC ATTGACCTGA AGTGTAAGGA GAGGGTGACA 
GACAGTGATA GTGAAAATGG ATCTGGAGAT GAAGGAGAAC GCAAGAGAGT TTTTGCTCCC 
GTGATTTGCT CCTCATCTTA TGGCCCTGGT CATGGTCGGA GCGTATCTCT CTCCTCCTAC 
CCCAGCTCCA GACGCTTTAG CGATGTTTCC TCAAAGAGAA AGCGAGCAGT GGAGGGAGGT 
GATGGAGAAA GAAGGGAAGG TGAAGGAGCA GTGTCTCAGC ACTCTGCGGG TCAGTCCATC 
CTGGTCAGTT CTGCCGGGGG AGTGTCGTCA GTGCTAGGGG CGGTGAGAGT GGCGTCCACT 
GTTGTCACTA ATGTGGTGCG ACCTGTGGTC AGCACGCCGG TGCCGATCGC CAGCAAGTCC 
CCACATGACC GGAAACCCGC TCCGCCACAG ACACAGCTTT TCATTGGACC TGGTACCACA 
GGAAACCCAG CAACAGCTTC AGGTGGAGGG GGTGGGTACT ATTCTTCATC ATCACCCAAT 
CCTGTTAGTG CATCAGGAGC TCAAGGGGGG CTGGTGACCA ATCTAGTTTT GGGAGGCACA 
TTCCAAGCTC CGCCCGGTGT ACAGCTTGTC ACACCCCCTC CTCCACAAAA CCCAGCCTCC 
CCCGCCCCTC TTACTCATAG TAATGGTCCA CTTCCTCTGT CCGTTCTGCA GTCACACATT 
CTCCCCTCTG CCTCAATAGC ACCCTCATCG GGCCAAACAC CCATAACACA GGTTCAGTAC 
ATTATCCCTA CCCTCTCTAC CAACAATCCC AAGAGCCCCT CCCCTCAGCA GGCCGGTCAA 
CCAACCAGTA TCTTCACCCT ACCTACAGCT CTGCCCACTC ACGCCTCGTT GGCCAACGGG 
AAGCAGTCGG GATATGTCTC CAGTCCTGCT GTGGGTGTAG TTAACCCAGG AGCCAGAGTG 
CAAACACAGT CACCAGTCTT GCAGGGCAAG ATGCTGGTTC CCATGGCAAC AGTGAGGGCT 
GCTCCTGCCC CCTCTCAGCA GTTTCCCTTG GTAGCCCCTC CTCTTCCTGT TCAGAATGGA 
GGACAAGCAG GAAGCAAGAT TATTCAGATT GCGCCGATGC CTGTCGTCCA GTCGCAGCTT 
CCCTCAACGG GACCAGTGCA GCCTGGGAGC CCATTTTCTG TTACTATGGG AACAGCTACA 
GTGGTGGCCC CAGGCTCTAA CCCGTCTCAG ACCGTGCTGC TACCGCCCCC ACCTGCAAGA 
ATCACTTATG TACAGTCCGC TCCTGGGGTT CCTTCTCCTT TGCCATTAGT TCCCTCGACA 
ACAGGCTCCT CCTCTCAGAC AGCTTCAGCA ACACCTGGAT CTGCTTATGT TCCATCACCC 
TTGGCGACCT TTGCAGCGAT CGCTCATCCA GGACAGACTT TGGTGCAGCC ACTGATTGCA 
GGTCAGCCAT CGCTGTTGGC CCCGGCACAG TCTCCCAGTG CCCCTCATGC TCCAGCCATC 
TCCGCCATCT ACACCCCTAC AAATGTGACC CTGGCAACTG GGGTGGTGTC TATGGCAACG 
GTGTCACCCA GTGTGGTGTA CACAGTGTCC AGTTCCTCTA GCCTATGTCC ACACATCCTT 
CCTAAACACA CCACAACAAC CTCCATGACC TCTGTAACCT CGGACAGGCA GGGGAACGTA 
TCCACACATT CCGAGCGACA GCTGCACCAG GAAAGAACAC TGGACCGGCA GCACACAGAC 
AGTCAGGTCT ACATGCAGTC CTCTGAGAGA CAGACCGAGA AGGTCTCTCT CATACAGCTG 
GACAAACCGT TCCAGGTCCC GAGTAAAAGC AGCAGCAGTT CAGTTGCGCC GCCACCGGGC 
ACCTCAGTGC CACTGCAGCC TGGAAGCCCT GCTCAAACCT GTCATTCCGG CAGTGCTCCG 
GGGACACCCA AACTGATCAC ACCAAGGCCT CCTCAGAAAG TGAAAGCCAC AGTGGCCAAC 
ATCCCAGTGG GCAGTTATGA TGGAGGAGGG AGAGGCAAAG AGCGAGAAAA GGAGAGGGAC 
AGGGAGAAAG AGAGAGAGCG AGAGCGAGAG AAGGACAAAG AGAGTGGTAG TCGGTTCTCA 
TTTGAGGTAG ACAAGGCAGC CGAGACGAGC TCCCCTGCAA CCTTTTCACC AGAGGAGGGG 
TCCGCAGAAG CCCCCGCCCA CTCTGTAGCA GAGAGTGCTA CACCTATTGG CCGTGGCAAA 
GAAGCAAATG CTAAGGAGGT TGAATGGAAG GACTCCCACC CTTCTTCTCC ATTACCTCCT 
CCCTCTGGAT CAGATCCGGC TCCGCCTCAG TCTCAGGGTG ATAAAGATGC ACCACCTAAA 
AAAGTCAAGG CCCGGCCCCC TCCACTCAAA CGACCGTTCG ATTCTGTTGA CAAGGTCCTG 
TCAGAAGTGT ACTTTGAGGA GCGCTTTGCA GAGCTGCCAG AATTCCGTCC AGAGGAGGTT 
CTGCCTTCTC CAACCCTGCA GAGTCTGGCC ACCTCCCCAC GAGCCATACT GGGCAGCTAT 
CGCAGGAAGA GGAAAAACTC CACCGACCTG GACTCATCCA CAGAAGATCC AATCTCTCCA 
AAAAGGAAAA GCCGCCGCAG ATCTAGCTGC AGTTCAGAGC CAAACACACC TAAAAGCGCT 
GCAAAGTGTG AGGGGGACAT TTTCACCTTT GAAAGGCCAG ATGGAGAGGA TGTTCTGGGG 
GAGCTGGAGT TTGAGAAGGT GCCCTACTCC TCTCTCAGGA GAACTCTTGA TCAGAGGAGA 
GCTCTTGTCA TGCAGCTATT CCAGGAGCAT GGCTTCTTCC CCTCAGCTCA AGCTACTGCT 
GCATTCCAGG CGCGATACTC TGATATCTTC CCCACTAAGG TGTGTTTACA GCTCAAGATC 
CGAGAGGTCC GGCAAAAGAT CATGCAAACG GCAGCTCCGT CGGAATTGGC CGGCACTTCA 
GATATATCCT CATTGCCGGG GCCTTCTGGG GTGGTGGCGG CCAGTGACAT CACTGTTGGG 
GCAGAGCCTC AGGAAAAAGA GGCCGAGCGG GAGGGTGAGC AGAACAGCTC GGAGGAGCCC 
AGAAATGCTG GCGATTCACA GGACTCCACC AGATGA