LOC110992974 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110992974
Entrez Gene ID	110992974
Full Name	xanthine dehydrogenase/oxidase-like
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022259005.1	XP_022114697.1	xanthine dehydrogenase/oxidase-like

Pathways from BioSystems
Gene Ontology

The following LOC110992974 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110992974 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
OPi77322	XM_022259005.1 Latest version!	Pieris rapae xanthine dehydrogenase/oxidase-like (LOC110992974), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC110992974 ( XM_022259005.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022114697.1 Pieris rapae xanthine dehydrogenase/oxidase-like (LOC110992974), mRNA.

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CloneID	OPi77322
Clone ID Related Accession (Same CDS sequence)	XM_022259005.1
Accession Version	XM_022259005.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3798bp) 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	2017-08-09
Organism	Pieris rapae(cabbage white)
Product	xanthine dehydrogenase/oxidase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093242.1) 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 :: Pieris rapae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATAAAA TTGTTCTTAA AATTAACGGG AAAGAATATA AAGTCGGTGG CGAATATCCT 
ATCGACTTTA CACTCAATGA GTTCATAAGA ACAGTAGCAG ATCTACGTGG CACAAAAGTG 
ATGTGTCGAG AAGGTGGTTG TGGAGCTTGT ATCGTTGCCG TGAAAGCCTC CACGCCACCC 
TCTAATGAAA TTAAAACTTT CGCAGTAAAT TCTTGTTTAG TTTCAATATT TTCCTGCCAT 
GGTTGGGAAA TAATAACAGT TGAAGGTATT GGAAACAAAA GAATCGGATA TCATGAAATA 
CAAAAACGAC TTGCACAATT TAATGGCACT CAGTGCGGAT TCTGTTCACC TGGTTGGGTC 
ATGAGCATGT ACAGTTTATA CGAATCGAAA GGAAAAGTTC TTACCTCAGC AGAAATAGAA 
AATTCATTTG CAAGTAATAT ATGTAGATGT ACTGGATACA GATCGATAGC TGATGCATTT 
AAGTCACTCG CTACAGATGC CAGAAGTGAT ATTAAACAAA ACGTCATTGA CCTTGAAGAT 
ATTGCTAATA CGTGTAGAAA ATCTAGTAAA TGTGAAGACG AAGTTTGTGA AAATGGATGG 
TGTGTAATTG GACCTGATAC TAACGTAAAA ATGGAAATTG ATTGTGATGG CCATAAGTGG 
TTTCGAGTTC AGACACTGGA TGACATATTT AAAGCTATGA AGAACGGTGA CTATAGAATT 
GTAGCTGGGA ATACAGGACA AGGCGTATAT TCATACGAAA ACGACGCAAC TAACTTGATA 
GATATATCAA ATGTTTCCGA GTTAAAGGGT CATGATCAGG AAGTTAATTT AATATTAAAA 
GCAGCAATGA CATTAACAGA AATGATGGAT GTGTTCCTGA AACTTTCGGC AGAAAACGAA 
GACTTTTCTT ATTTGAAACA ACTTTGGGAA CATTTAGATC TTGTCGCTCA TATACCAGTA 
AGAAACACTG GAACTCTCGC TGGAAACTTA TACATGAAGC GTATTCACCC CAGTTTTCCA 
TCTGATCTTT TTCTGCTCTT TGAAACAGTG GGTGGAATGA TAACTATCGC TGAAGCCGTT 
GGGAAAAATA AAGTGATGTC ATTCTCGGAC TTCATGCAAT ATGATATGAA AAAGAAAATT 
ATAGTAAATG TACTACTGCC TCCACTGTCG AGATGCTGTC TGGTAAAAAC TTATAAGATT 
ATGTCTCGGA GTCAAAATGC CCACGCTGTC GTAAACGCTG GTTTTATGTT CCAATTGCAT 
AGAAATTCAC ATGTACTGGA AAAGGCTACA ATTGTGTATG GCGGCATATC ACATACATTT 
ATCCATGCAT CAAAAACGGA ACAGGTTTTA GTAGCCAAAG ATGTATTTAC GAATGAAACA 
TTAGATTTGG CTCTAAAATC ATTATCGGAG GAAGTGAATC CCGAAATTAT AGAACCTGAG 
CCATCTGTTG GCTATCGAAA GATGTTAGCA ATAAGTCTTT TTTACAAAGC TATATTAAGC 
TTATGTCCCA AGGACAAGAT GAATCCTTTA TACAAATCAG GTGGGGACGT TTTTAAGCGA 
GAAGTCTCCA AAGGAAGTCA GTATTATGAT AGTGATCAGT CAGTTTGGCC ATTGAATAAG 
CCGGTGCCGA AGATCGAAGC GATTTTGCAG TGTAGTGGGG AATTGATTTA TGCAAACGCT 
CTACGGAAGC AAACAAATGA AGTGTATGCT GCATTTGTAA CTGCCGATGT TACTCCGGGG 
AGTGTTATTA ACGATTTTGA TACGACTGAA GCTTTTAAAT TACCAGGTGT TACTGCGTTC 
TATACACCTA AGGACATTCC AGGTGAAAAT ACGTTCACAC CGAAGAATGT GCCCCTAGTT 
ATAGTTCAAG AAGAAATTTT GTGTTCTGGA AAAGTAATGT TCTATGGACA ACCGGCTGGT 
ATAATAGTAG CAAGCAGAGA AAAAACAGCT TTAAAAGCAG CTAAACTTGT GAAAATCAAT 
TATAAAACAA TAAATAAAAA CAAACCTTTA CTATCAGTAG ATGATGTTAT GAATTCACCA 
GAGAAGAGCA CAAGGATTAT AAAGAATAAA ACTATCGAGC CCACAGATTT AGGAAATGAC 
GTCAAAAAGG AAATTAAAGG CGAATTCAAA ATGGCCGACC AGTATCATTT TTATATTGAA 
CCACAGACAT GTATAGCAAA GCCTACCGAT GATGGCATGG AAGTATATTC TTCTACGCAA 
TGGTTAGACC TTACAAATAT TGCTGTTGCT CAAACCTTAA ATGTTCCTGT AAACAGTATA 
AATGTTATTG TTCAAAAAGT GGGTGGAGCG TATGGTGGTA AAATCACTCG CGCAACGCAA 
GTCGCGTGCG CAGCAGCTCT TGTCGCACAT TTGCAAGGGA ACACTTGCAG AATGATTCTG 
CCATTGCAAA TTAATATGAA ATCCATCGGA AAGAGACTTC CCACACAAAA TTCATTCGAG 
GTTGGAGTCG ATGATAACGG ACTGATTCAA TACCTTAAAA ACACATTTTA TCAAGACAAA 
GGACATTCAA TTAATGAAAT CCTCTTCCCG CTAACAATCG CCCATTCGTT TAGCTGTTAT 
GATACAAAAC GATGGGGAAT TGAGGCTAAT ACAGTGCTGA CTGATAAACC CTCGAACACT 
TGGTGCAGAG GGCCAGGTTC CACCGAAGGC GTAGCCATGA TCGAAAACAT AATGGAGAGA 
ATTGCTTTCG ATATGGGAAA AGATCCAACG CAGGTACGAA TTGCAAATAT GGCCCAAGAA 
AACAATGACC TTATAGATAT GATAGCCCAA TTGAAAACAG ATTCAGACTA TGACAGCCGC 
TTGCAGAAAA CAACCGCATT TAATGAACAA AACCGATGGA GAAAGAGAGC CATCAAGATT 
CTGCCAATGC GTTACGATTT AACATATTTT GGTAATTACA ATTCAATCGT TTCCATCTAT 
CATGGTGATG GCAGTGTTGT TATAATGCAT GGAGGTATCG AAATGGGACA AGGTCTAAAT 
ACTAAAGTTG CCCAAGTATG TGCATATACA TTAGGTATTC CTTTAGAGAA AATCAGTGTT 
AAAGCTTCCA CAAGCTTCAC ATCCCCTAAC ACAATGACAA CTGGAGGTAG TATTGGTAGT 
GAATGTGTGT CGTTCGCGAC AAAGAAAGCA TGTGATATAT TACTTGATAG GCTAGCACCA 
ATAAAGGCGA AAGGTGATAT GCCGTGGGAG GATTTGATAA CCGAAGCTTT TAAAAAAGAA 
ATAGATTTGC AAGCGTCTTA CATGTACTCT GCTATGAATG ATGATGTGAA GCCGTATTTC 
ATATACGCAG TGTGTGCGTT GGAAGTCGAA GTAGATATCT TAACAGGGAA CCATAATATA 
ATTAGAGTAG ATTTACTCGA AGATACCGGT CGAAGTTTGA GTCCTTTAAT TGACATAACT 
CAGATAGAAG GAGCATTTGT AATGGGTCTG GGATATTGGA CATCCGAAAA ACTGGTGTAC 
GACACCAACA ACGGAAGACT TTTGACTGAT GGTACGTGGA CTTATAAACC ACCAGGCCTC 
AAAGATATAC CAGCTGACAT GAGAATATAT TTCTCAAAGA ACTCTAGGAA CGAATTCGGA 
GTTTTACAGT CTAAAGCCAC TGGCGAGCCG GCCTTGTGTC TAGCAACGAT CATAATACAT 
GCACTCCGGG AAGCAGTGCG GTCTGCGCGT TTAGACGCCG GATATCCGGA TCAATGGTTC 
CAAATTGAAA ATCCTTGCAC AGTCGAAAAC ATTTTCATGG CGGTTGGACA TAAAATTGAA 
CACTTCAAGT TAAAATAG

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

RefSeq	XP_022114697.1
CDS	160..3957
Translation	MDKIVLKINGKEYKVGGEYPIDFTLNEFIRTVADLRGTKVMCREGGCGACIVAVKASTPPSNEIKTFAVNSCLVSIFSCHGWEIITVEGIGNKRIGYHEIQKRLAQFNGTQCGFCSPGWVMSMYSLYESKGKVLTSAEIENSFASNICRCTGYRSIADAFKSLATDARSDIKQNVIDLEDIANTCRKSSKCEDEVCENGWCVIGPDTNVKMEIDCDGHKWFRVQTLDDIFKAMKNGDYRIVAGNTGQGVYSYENDATNLIDISNVSELKGHDQEVNLILKAAMTLTEMMDVFLKLSAENEDFSYLKQLWEHLDLVAHIPVRNTGTLAGNLYMKRIHPSFPSDLFLLFETVGGMITIAEAVGKNKVMSFSDFMQYDMKKKIIVNVLLPPLSRCCLVKTYKIMSRSQNAHAVVNAGFMFQLHRNSHVLEKATIVYGGISHTFIHASKTEQVLVAKDVFTNETLDLALKSLSEEVNPEIIEPEPSVGYRKMLAISLFYKAILSLCPKDKMNPLYKSGGDVFKREVSKGSQYYDSDQSVWPLNKPVPKIEAILQCSGELIYANALRKQTNEVYAAFVTADVTPGSVINDFDTTEAFKLPGVTAFYTPKDIPGENTFTPKNVPLVIVQEEILCSGKVMFYGQPAGIIVASREKTALKAAKLVKINYKTINKNKPLLSVDDVMNSPEKSTRIIKNKTIEPTDLGNDVKKEIKGEFKMADQYHFYIEPQTCIAKPTDDGMEVYSSTQWLDLTNIAVAQTLNVPVNSINVIVQKVGGAYGGKITRATQVACAAALVAHLQGNTCRMILPLQINMKSIGKRLPTQNSFEVGVDDNGLIQYLKNTFYQDKGHSINEILFPLTIAHSFSCYDTKRWGIEANTVLTDKPSNTWCRGPGSTEGVAMIENIMERIAFDMGKDPTQVRIANMAQENNDLIDMIAQLKTDSDYDSRLQKTTAFNEQNRWRKRAIKILPMRYDLTYFGNYNSIVSIYHGDGSVVIMHGGIEMGQGLNTKVAQVCAYTLGIPLEKISVKASTSFTSPNTMTTGGSIGSECVSFATKKACDILLDRLAPIKAKGDMPWEDLITEAFKKEIDLQASYMYSAMNDDVKPYFIYAVCALEVEVDILTGNHNIIRVDLLEDTGRSLSPLIDITQIEGAFVMGLGYWTSEKLVYDTNNGRLLTDGTWTYKPPGLKDIPADMRIYFSKNSRNEFGVLQSKATGEPALCLATIIIHALREAVRSARLDAGYPDQWFQIENPCTVENIFMAVGHKIEHFKLK

Target ORF information:

RefSeq Version	XM_022259005.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae xanthine dehydrogenase/oxidase-like (LOC110992974), mRNA.

Target ORF information:

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

XM_022259005.1

ORF Insert Sequence:

ATGGATAAAA TTGTTCTTAA AATTAACGGG AAAGAATATA AAGTCGGTGG CGAATATCCT 
ATCGACTTTA CACTCAATGA GTTCATAAGA ACAGTAGCAG ATCTACGTGG CACAAAAGTG 
ATGTGTCGAG AAGGTGGTTG TGGAGCTTGT ATCGTTGCCG TGAAAGCCTC CACGCCACCC 
TCTAATGAAA TTAAAACTTT CGCAGTAAAT TCTTGTTTAG TTTCAATATT TTCCTGCCAT 
GGTTGGGAAA TAATAACAGT TGAAGGTATT GGAAACAAAA GAATCGGATA TCATGAAATA 
CAAAAACGAC TTGCACAATT TAATGGCACT CAGTGCGGAT TCTGTTCACC TGGTTGGGTC 
ATGAGCATGT ACAGTTTATA CGAATCGAAA GGAAAAGTTC TTACCTCAGC AGAAATAGAA 
AATTCATTTG CAAGTAATAT ATGTAGATGT ACTGGATACA GATCGATAGC TGATGCATTT 
AAGTCACTCG CTACAGATGC CAGAAGTGAT ATTAAACAAA ACGTCATTGA CCTTGAAGAT 
ATTGCTAATA CGTGTAGAAA ATCTAGTAAA TGTGAAGACG AAGTTTGTGA AAATGGATGG 
TGTGTAATTG GACCTGATAC TAACGTAAAA ATGGAAATTG ATTGTGATGG CCATAAGTGG 
TTTCGAGTTC AGACACTGGA TGACATATTT AAAGCTATGA AGAACGGTGA CTATAGAATT 
GTAGCTGGGA ATACAGGACA AGGCGTATAT TCATACGAAA ACGACGCAAC TAACTTGATA 
GATATATCAA ATGTTTCCGA GTTAAAGGGT CATGATCAGG AAGTTAATTT AATATTAAAA 
GCAGCAATGA CATTAACAGA AATGATGGAT GTGTTCCTGA AACTTTCGGC AGAAAACGAA 
GACTTTTCTT ATTTGAAACA ACTTTGGGAA CATTTAGATC TTGTCGCTCA TATACCAGTA 
AGAAACACTG GAACTCTCGC TGGAAACTTA TACATGAAGC GTATTCACCC CAGTTTTCCA 
TCTGATCTTT TTCTGCTCTT TGAAACAGTG GGTGGAATGA TAACTATCGC TGAAGCCGTT 
GGGAAAAATA AAGTGATGTC ATTCTCGGAC TTCATGCAAT ATGATATGAA AAAGAAAATT 
ATAGTAAATG TACTACTGCC TCCACTGTCG AGATGCTGTC TGGTAAAAAC TTATAAGATT 
ATGTCTCGGA GTCAAAATGC CCACGCTGTC GTAAACGCTG GTTTTATGTT CCAATTGCAT 
AGAAATTCAC ATGTACTGGA AAAGGCTACA ATTGTGTATG GCGGCATATC ACATACATTT 
ATCCATGCAT CAAAAACGGA ACAGGTTTTA GTAGCCAAAG ATGTATTTAC GAATGAAACA 
TTAGATTTGG CTCTAAAATC ATTATCGGAG GAAGTGAATC CCGAAATTAT AGAACCTGAG 
CCATCTGTTG GCTATCGAAA GATGTTAGCA ATAAGTCTTT TTTACAAAGC TATATTAAGC 
TTATGTCCCA AGGACAAGAT GAATCCTTTA TACAAATCAG GTGGGGACGT TTTTAAGCGA 
GAAGTCTCCA AAGGAAGTCA GTATTATGAT AGTGATCAGT CAGTTTGGCC ATTGAATAAG 
CCGGTGCCGA AGATCGAAGC GATTTTGCAG TGTAGTGGGG AATTGATTTA TGCAAACGCT 
CTACGGAAGC AAACAAATGA AGTGTATGCT GCATTTGTAA CTGCCGATGT TACTCCGGGG 
AGTGTTATTA ACGATTTTGA TACGACTGAA GCTTTTAAAT TACCAGGTGT TACTGCGTTC 
TATACACCTA AGGACATTCC AGGTGAAAAT ACGTTCACAC CGAAGAATGT GCCCCTAGTT 
ATAGTTCAAG AAGAAATTTT GTGTTCTGGA AAAGTAATGT TCTATGGACA ACCGGCTGGT 
ATAATAGTAG CAAGCAGAGA AAAAACAGCT TTAAAAGCAG CTAAACTTGT GAAAATCAAT 
TATAAAACAA TAAATAAAAA CAAACCTTTA CTATCAGTAG ATGATGTTAT GAATTCACCA 
GAGAAGAGCA CAAGGATTAT AAAGAATAAA ACTATCGAGC CCACAGATTT AGGAAATGAC 
GTCAAAAAGG AAATTAAAGG CGAATTCAAA ATGGCCGACC AGTATCATTT TTATATTGAA 
CCACAGACAT GTATAGCAAA GCCTACCGAT GATGGCATGG AAGTATATTC TTCTACGCAA 
TGGTTAGACC TTACAAATAT TGCTGTTGCT CAAACCTTAA ATGTTCCTGT AAACAGTATA 
AATGTTATTG TTCAAAAAGT GGGTGGAGCG TATGGTGGTA AAATCACTCG CGCAACGCAA 
GTCGCGTGCG CAGCAGCTCT TGTCGCACAT TTGCAAGGGA ACACTTGCAG AATGATTCTG 
CCATTGCAAA TTAATATGAA ATCCATCGGA AAGAGACTTC CCACACAAAA TTCATTCGAG 
GTTGGAGTCG ATGATAACGG ACTGATTCAA TACCTTAAAA ACACATTTTA TCAAGACAAA 
GGACATTCAA TTAATGAAAT CCTCTTCCCG CTAACAATCG CCCATTCGTT TAGCTGTTAT 
GATACAAAAC GATGGGGAAT TGAGGCTAAT ACAGTGCTGA CTGATAAACC CTCGAACACT 
TGGTGCAGAG GGCCAGGTTC CACCGAAGGC GTAGCCATGA TCGAAAACAT AATGGAGAGA 
ATTGCTTTCG ATATGGGAAA AGATCCAACG CAGGTACGAA TTGCAAATAT GGCCCAAGAA 
AACAATGACC TTATAGATAT GATAGCCCAA TTGAAAACAG ATTCAGACTA TGACAGCCGC 
TTGCAGAAAA CAACCGCATT TAATGAACAA AACCGATGGA GAAAGAGAGC CATCAAGATT 
CTGCCAATGC GTTACGATTT AACATATTTT GGTAATTACA ATTCAATCGT TTCCATCTAT 
CATGGTGATG GCAGTGTTGT TATAATGCAT GGAGGTATCG AAATGGGACA AGGTCTAAAT 
ACTAAAGTTG CCCAAGTATG TGCATATACA TTAGGTATTC CTTTAGAGAA AATCAGTGTT 
AAAGCTTCCA CAAGCTTCAC ATCCCCTAAC ACAATGACAA CTGGAGGTAG TATTGGTAGT 
GAATGTGTGT CGTTCGCGAC AAAGAAAGCA TGTGATATAT TACTTGATAG GCTAGCACCA 
ATAAAGGCGA AAGGTGATAT GCCGTGGGAG GATTTGATAA CCGAAGCTTT TAAAAAAGAA 
ATAGATTTGC AAGCGTCTTA CATGTACTCT GCTATGAATG ATGATGTGAA GCCGTATTTC 
ATATACGCAG TGTGTGCGTT GGAAGTCGAA GTAGATATCT TAACAGGGAA CCATAATATA 
ATTAGAGTAG ATTTACTCGA AGATACCGGT CGAAGTTTGA GTCCTTTAAT TGACATAACT 
CAGATAGAAG GAGCATTTGT AATGGGTCTG GGATATTGGA CATCCGAAAA ACTGGTGTAC 
GACACCAACA ACGGAAGACT TTTGACTGAT GGTACGTGGA CTTATAAACC ACCAGGCCTC 
AAAGATATAC CAGCTGACAT GAGAATATAT TTCTCAAAGA ACTCTAGGAA CGAATTCGGA 
GTTTTACAGT CTAAAGCCAC TGGCGAGCCG GCCTTGTGTC TAGCAACGAT CATAATACAT 
GCACTCCGGG AAGCAGTGCG GTCTGCGCGT TTAGACGCCG GATATCCGGA TCAATGGTTC 
CAAATTGAAA ATCCTTGCAC AGTCGAAAAC ATTTTCATGG CGGTTGGACA TAAAATTGAA 
CACTTCAAGT TAAAATAG