LOC110997433 cDNA ORF clone, Pieris rapae(cabbage white)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110997433
Entrez Gene ID	110997433
Full Name	rap guanine nucleotide exchange factor 2
Gene Type	protein-coding
Organism	Pieris rapae(cabbage white)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022265586.1	XP_022121278.1	rap guanine nucleotide exchange factor 2

Pathways from BioSystems
Gene Ontology

The following LOC110997433 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110997433 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
OPi82596	XM_022265586.1 Latest version!	Pieris rapae rap guanine nucleotide exchange factor 2 (LOC110997433), 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)

LOC110997433 ( XM_022265586.1 ) cDNA ORF clone, Pieris rapae(cabbage white) -> XP_022121278.1 Pieris rapae rap guanine nucleotide exchange factor 2 (LOC110997433), mRNA.

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CloneID	OPi82596
Clone ID Related Accession (Same CDS sequence)	XM_022265586.1
Accession Version	XM_022265586.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3534bp) 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	rap guanine nucleotide exchange factor 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019093459.1) 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##

ATGTTGAGAG GTGGGCGTGG TGGCCGCCAC AGTCCAGAGC TGTATCCCCA TACTCTAAAG 
TGTTCCAACG CAAGTGACAC CAGTTCAGCG TATAGTGGTA GTGACACAAT GACATCTGTT 
CATAGCTCCT TAGACATGGA TATGGAGGTA GATCTGTCTG GCCTTCTCGA GTCTATAGTG 
GATTCTGATG AGGAAGAAGA TTTAGAAGAA ACTATGGACA GCCTCACTGT TCGTGATCCA 
GTCCGAGAAT GTCTGGAAAA AGATCCCAGT GAAAGAACAG ACGAAGATAT TGAGATTCTA 
TTAGAATTCA CTCAACATTT AAAAGCATTT ACAAATATGA CACTTACTGT ACGAAGAGCA 
TTATGTGCTG TAATGGTATT TGCAGTTGTA GAGAAGGCAG AGACCATTGT AATGCAAGAT 
GGAGAGGAAC ATGACTCCTG GTCAGTATTA ATAAATGGGC ATGTCGGTAT TGAACATCAA 
AATGGAGAAG TTGAATATCT GAATGTTGGT GACAGTTTTG GGATGGCGGA GGCTACCCTT 
GAAAGGCTGT ACCATCGGGG TGTTATGACA ACTAGATGCA ATGATTGCCA ATTTGTGTGT 
GTTACTCAAA CGGACTACTA CCGAATTTTA CATCAGGGAG AAGAAAACAT AAAACGTCAC 
GAAAACGAAA ATGGAGTTGT GGTTTTGGTT ACAGAGTACA GGGGTGCTGC AGGTGAATCT 
GGTCATCAAG ATGGACATGT AGTTATTAGG GGAACCCCTG AACATTTGAT GCTACAACTT 
ATTGAAGATA ATTCACGTGA CTCAACATAT GTAGAAGATT TTCTATTGAC TCACAGAACA 
TTCATTGAAA ATCATTTAGT GGTTGCCAAG CAATTACTTG CCTGGTTCTC AGAACCATCT 
GTACGTGATA AGGTGACAAG GGTAGTGCTG TATTGGGTGA ACAACCATTT TACCGATTTT 
GAAACTGATC CAAATATGAT GGAATTCCTT GAGAATTTTG AATTGGCTTT GGAGCATGAG 
AAAATGGAAA GCCAACTGAG ACTGTTAAAC ATAGCTTGTT CTGCTAAAGC CAGAACTAGA 
AGTGTTACTT TGTCACGCCC CACAAGAGAT GAGCCACTGA ATTTTACTAT TTTAGGTGGA 
TATGAAAGGG GTTATGGTAT ATTTGTATTA AAAGTTGAAA AACATTCTAA GGCAGAGGAA 
GTGGGCTTGA AAAGAGGTGA TCAGATACTG GAAGTTAACA GTCAATCTTT TCAACATGTG 
AGTCATGCAA AAGCCATGGA AATAATTACA GGATCCACAC ATCTAAGTAT AACTGTAAAA 
AGTAATTTCT TAGCTTTTAA GCAAATGTTA CTCATGCCAG AAAATTCCCC TAGACAGAGG 
GGAGGTACAA ATATGGTCAG GTGGCAAACA GATCCTAGAG CAAGACTTTC AACAGCAGAA 
TTACTTAGTG ATGATCCCAT TACCCTGACT CCAATTTTCC AATCTCCAAT AAAGAAATCA 
CAACAAGAAA TAAATGTGAA AAAAGAACCA CAAAAAGGAT TTATGACACT GGGTCCAAAA 
CGACTTCATA AGGCTTTAAT GAAAATGAAT ATTCTGCCAA AAAATACCAT TGCTGATGGA 
ATTCATAATG ATGACAGTAT ACTTTCCAAT ACAGATGCTT TAAACAAAGC CAACACAAGC 
ACTTCATTTT ATAGTTCACA CAGTAATCCA GACCTGATTT CAATTTGTTA TGATGATTAT 
CAGTCATCTG ATTACCCTGA ACATGTGCTT AAGGTGTATA GAGCTGATCA AACTTGTAAA 
TATTTACCAG CTCATAAAGA AACTACTGCC AGAGAAGTAG TAATGCTTGC CTTGCGAGAA 
TTTGGTATTA CAGAGCCAAG TTCAAATTTC TCCTTGTGTG AAGTTTCTGT TGCACAAGGA 
GGAATAATTA AACAACATAG GCTACCTGAT CAGTTACAAA ACCTTGCAGA AAGAATTGGA 
TTAAGCTCTA GATATTATTT GAAAACAAAT GGTATTAGTG AAACTTTGGT ACCTGATGAA 
ATGGCTCCGG AACTACTCAG AGAGAGTGTT GTACATTTCT TGCAACTGAA TGCAGTGGAA 
GTCGCTGTCC AGTTGACATT ACAAGATTTC TACATATTTA GACAAATCGA GAGTACTGAG 
TATGTGGATG ATTTGTTTGA ACTAAAAAGT AGATATGGTA CACCCATGCT ATCACAATTT 
GCTGGTTTGG TAAATAAAGA AATGTTTTGG GTTGTAACAG AGGTGGTCAA TGAGCAAAAT 
CTTGTTAGAA GGTCTAGAAT CATAAAACAA TTTATAAAAG TTGCAAGGCA CTGCAAAGAG 
TGTAAAAACT ACAATTCTAT GTTTGCTATA ATTTCAGGAT TAGGTCATGG TGCAGTATCT 
AGACTTAGAA TGACCTGGGA CAAATTACCT ACAAAATACA TTAAACTGTT TACAGATTTA 
CAATCATTTA TGGACCCCTC TAGGAATATG TCCAAGTACA GACAATTAAT TACAGCTGAA 
CAAGGCAGAT CACCTGTCAT TCCCTTTTAC CCTGTAGTCA GAAAAGATCT GACATTTATT 
CACCTTGGAA ATGATACGAA AGTGGAAGGT ATGGTAAATT TTGAAAAATT ACGCATGATA 
GCCAAAGAGG TAAAGACACT CACAAATATG TGTAGTGCTC CATACGACTT GCTAACTTTA 
CTGGAATCTG GTAAACAACC TCCTTCCAAT GCTATGGTGG CATTGAATCA GTTGACAACT 
GGAGTTCAAC AAGGCCAAGT CACAGTAAAA AGAAGAAAGA AGTCCTCCAA TGTGCCAAAT 
CCAAAAAAGA TGTTCGAGGA AGCGCAAATG GTTCGCCGGG TCAAAGCTTA CTTAAATCGC 
ATGCATGTGG AAACTGACGA AGAAAGACTT CACGCTCTGT CTTTAGAATG TGAAGGTTCG 
GGTCCGGCAC CTTCGATGCC ACGCCGTCGA CATCCATCAC CATCTCTTTC TACTACGAGC 
AGTGCATCGT CGGCCAGTGA AAGTAAAAAA GGCTTCGCAG GAAATAAATT TGGAGCAGCT 
TCACCTCAAG CCGTGAGAAA GTTATTGGCT CTATCCGAAC CTGCCAAAAC CCGTCCACAC 
CAGCCGAGAC CTCCTCCACC CCCCGGACCT TCCCCGTGCT CCCATAGAAG AGACGGAACC 
GTGCCGGGCA TTTGTTGTTC CCGCGCCGCA CACGAGAGAT CACACTCGGA CACGCCTACG 
CCGCTGCCAG TAGATTTGTC AGCGGAAAGT AGCAGTGTGA CGTCATTAGT AAACTTGCCA 
TTAAGAAAAA CGGGATCGGC CACTTCGAGC GACAGCGGGC ACGGCTCCTG CACAACGGCG 
AACTGTGTTC GGCCGATTCC TCCTCCGCGA ATGCCTTACA CGCTCGCCGC TCAAGTGGCC 
CGCATCGATC GTCTCAACCG TGCTCATTCG CACGAAGGTG TTACTCGTTC TTACGATTAC 
TATCACGACG CGCCAGATGA CGAAGACGAC GATCAGCAAG TTTCTGCAGT GTAA

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

RefSeq	XP_022121278.1
CDS	289..3822
Translation	MLRGGRGGRHSPELYPHTLKCSNASDTSSAYSGSDTMTSVHSSLDMDMEVDLSGLLESIVDSDEEEDLEETMDSLTVRDPVRECLEKDPSERTDEDIEILLEFTQHLKAFTNMTLTVRRALCAVMVFAVVEKAETIVMQDGEEHDSWSVLINGHVGIEHQNGEVEYLNVGDSFGMAEATLERLYHRGVMTTRCNDCQFVCVTQTDYYRILHQGEENIKRHENENGVVVLVTEYRGAAGESGHQDGHVVIRGTPEHLMLQLIEDNSRDSTYVEDFLLTHRTFIENHLVVAKQLLAWFSEPSVRDKVTRVVLYWVNNHFTDFETDPNMMEFLENFELALEHEKMESQLRLLNIACSAKARTRSVTLSRPTRDEPLNFTILGGYERGYGIFVLKVEKHSKAEEVGLKRGDQILEVNSQSFQHVSHAKAMEIITGSTHLSITVKSNFLAFKQMLLMPENSPRQRGGTNMVRWQTDPRARLSTAELLSDDPITLTPIFQSPIKKSQQEINVKKEPQKGFMTLGPKRLHKALMKMNILPKNTIADGIHNDDSILSNTDALNKANTSTSFYSSHSNPDLISICYDDYQSSDYPEHVLKVYRADQTCKYLPAHKETTAREVVMLALREFGITEPSSNFSLCEVSVAQGGIIKQHRLPDQLQNLAERIGLSSRYYLKTNGISETLVPDEMAPELLRESVVHFLQLNAVEVAVQLTLQDFYIFRQIESTEYVDDLFELKSRYGTPMLSQFAGLVNKEMFWVVTEVVNEQNLVRRSRIIKQFIKVARHCKECKNYNSMFAIISGLGHGAVSRLRMTWDKLPTKYIKLFTDLQSFMDPSRNMSKYRQLITAEQGRSPVIPFYPVVRKDLTFIHLGNDTKVEGMVNFEKLRMIAKEVKTLTNMCSAPYDLLTLLESGKQPPSNAMVALNQLTTGVQQGQVTVKRRKKSSNVPNPKKMFEEAQMVRRVKAYLNRMHVETDEERLHALSLECEGSGPAPSMPRRRHPSPSLSTTSSASSASESKKGFAGNKFGAASPQAVRKLLALSEPAKTRPHQPRPPPPPGPSPCSHRRDGTVPGICCSRAAHERSHSDTPTPLPVDLSAESSSVTSLVNLPLRKTGSATSSDSGHGSCTTANCVRPIPPPRMPYTLAAQVARIDRLNRAHSHEGVTRSYDYYHDAPDDEDDDQQVSAV

Target ORF information:

RefSeq Version	XM_022265586.1
Organism	Pieris rapae(cabbage white)
Definition	Pieris rapae rap guanine nucleotide exchange factor 2 (LOC110997433), mRNA.

Target ORF information:

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

XM_022265586.1

ORF Insert Sequence:

ATGTTGAGAG GTGGGCGTGG TGGCCGCCAC AGTCCAGAGC TGTATCCCCA TACTCTAAAG 
TGTTCCAACG CAAGTGACAC CAGTTCAGCG TATAGTGGTA GTGACACAAT GACATCTGTT 
CATAGCTCCT TAGACATGGA TATGGAGGTA GATCTGTCTG GCCTTCTCGA GTCTATAGTG 
GATTCTGATG AGGAAGAAGA TTTAGAAGAA ACTATGGACA GCCTCACTGT TCGTGATCCA 
GTCCGAGAAT GTCTGGAAAA AGATCCCAGT GAAAGAACAG ACGAAGATAT TGAGATTCTA 
TTAGAATTCA CTCAACATTT AAAAGCATTT ACAAATATGA CACTTACTGT ACGAAGAGCA 
TTATGTGCTG TAATGGTATT TGCAGTTGTA GAGAAGGCAG AGACCATTGT AATGCAAGAT 
GGAGAGGAAC ATGACTCCTG GTCAGTATTA ATAAATGGGC ATGTCGGTAT TGAACATCAA 
AATGGAGAAG TTGAATATCT GAATGTTGGT GACAGTTTTG GGATGGCGGA GGCTACCCTT 
GAAAGGCTGT ACCATCGGGG TGTTATGACA ACTAGATGCA ATGATTGCCA ATTTGTGTGT 
GTTACTCAAA CGGACTACTA CCGAATTTTA CATCAGGGAG AAGAAAACAT AAAACGTCAC 
GAAAACGAAA ATGGAGTTGT GGTTTTGGTT ACAGAGTACA GGGGTGCTGC AGGTGAATCT 
GGTCATCAAG ATGGACATGT AGTTATTAGG GGAACCCCTG AACATTTGAT GCTACAACTT 
ATTGAAGATA ATTCACGTGA CTCAACATAT GTAGAAGATT TTCTATTGAC TCACAGAACA 
TTCATTGAAA ATCATTTAGT GGTTGCCAAG CAATTACTTG CCTGGTTCTC AGAACCATCT 
GTACGTGATA AGGTGACAAG GGTAGTGCTG TATTGGGTGA ACAACCATTT TACCGATTTT 
GAAACTGATC CAAATATGAT GGAATTCCTT GAGAATTTTG AATTGGCTTT GGAGCATGAG 
AAAATGGAAA GCCAACTGAG ACTGTTAAAC ATAGCTTGTT CTGCTAAAGC CAGAACTAGA 
AGTGTTACTT TGTCACGCCC CACAAGAGAT GAGCCACTGA ATTTTACTAT TTTAGGTGGA 
TATGAAAGGG GTTATGGTAT ATTTGTATTA AAAGTTGAAA AACATTCTAA GGCAGAGGAA 
GTGGGCTTGA AAAGAGGTGA TCAGATACTG GAAGTTAACA GTCAATCTTT TCAACATGTG 
AGTCATGCAA AAGCCATGGA AATAATTACA GGATCCACAC ATCTAAGTAT AACTGTAAAA 
AGTAATTTCT TAGCTTTTAA GCAAATGTTA CTCATGCCAG AAAATTCCCC TAGACAGAGG 
GGAGGTACAA ATATGGTCAG GTGGCAAACA GATCCTAGAG CAAGACTTTC AACAGCAGAA 
TTACTTAGTG ATGATCCCAT TACCCTGACT CCAATTTTCC AATCTCCAAT AAAGAAATCA 
CAACAAGAAA TAAATGTGAA AAAAGAACCA CAAAAAGGAT TTATGACACT GGGTCCAAAA 
CGACTTCATA AGGCTTTAAT GAAAATGAAT ATTCTGCCAA AAAATACCAT TGCTGATGGA 
ATTCATAATG ATGACAGTAT ACTTTCCAAT ACAGATGCTT TAAACAAAGC CAACACAAGC 
ACTTCATTTT ATAGTTCACA CAGTAATCCA GACCTGATTT CAATTTGTTA TGATGATTAT 
CAGTCATCTG ATTACCCTGA ACATGTGCTT AAGGTGTATA GAGCTGATCA AACTTGTAAA 
TATTTACCAG CTCATAAAGA AACTACTGCC AGAGAAGTAG TAATGCTTGC CTTGCGAGAA 
TTTGGTATTA CAGAGCCAAG TTCAAATTTC TCCTTGTGTG AAGTTTCTGT TGCACAAGGA 
GGAATAATTA AACAACATAG GCTACCTGAT CAGTTACAAA ACCTTGCAGA AAGAATTGGA 
TTAAGCTCTA GATATTATTT GAAAACAAAT GGTATTAGTG AAACTTTGGT ACCTGATGAA 
ATGGCTCCGG AACTACTCAG AGAGAGTGTT GTACATTTCT TGCAACTGAA TGCAGTGGAA 
GTCGCTGTCC AGTTGACATT ACAAGATTTC TACATATTTA GACAAATCGA GAGTACTGAG 
TATGTGGATG ATTTGTTTGA ACTAAAAAGT AGATATGGTA CACCCATGCT ATCACAATTT 
GCTGGTTTGG TAAATAAAGA AATGTTTTGG GTTGTAACAG AGGTGGTCAA TGAGCAAAAT 
CTTGTTAGAA GGTCTAGAAT CATAAAACAA TTTATAAAAG TTGCAAGGCA CTGCAAAGAG 
TGTAAAAACT ACAATTCTAT GTTTGCTATA ATTTCAGGAT TAGGTCATGG TGCAGTATCT 
AGACTTAGAA TGACCTGGGA CAAATTACCT ACAAAATACA TTAAACTGTT TACAGATTTA 
CAATCATTTA TGGACCCCTC TAGGAATATG TCCAAGTACA GACAATTAAT TACAGCTGAA 
CAAGGCAGAT CACCTGTCAT TCCCTTTTAC CCTGTAGTCA GAAAAGATCT GACATTTATT 
CACCTTGGAA ATGATACGAA AGTGGAAGGT ATGGTAAATT TTGAAAAATT ACGCATGATA 
GCCAAAGAGG TAAAGACACT CACAAATATG TGTAGTGCTC CATACGACTT GCTAACTTTA 
CTGGAATCTG GTAAACAACC TCCTTCCAAT GCTATGGTGG CATTGAATCA GTTGACAACT 
GGAGTTCAAC AAGGCCAAGT CACAGTAAAA AGAAGAAAGA AGTCCTCCAA TGTGCCAAAT 
CCAAAAAAGA TGTTCGAGGA AGCGCAAATG GTTCGCCGGG TCAAAGCTTA CTTAAATCGC 
ATGCATGTGG AAACTGACGA AGAAAGACTT CACGCTCTGT CTTTAGAATG TGAAGGTTCG 
GGTCCGGCAC CTTCGATGCC ACGCCGTCGA CATCCATCAC CATCTCTTTC TACTACGAGC 
AGTGCATCGT CGGCCAGTGA AAGTAAAAAA GGCTTCGCAG GAAATAAATT TGGAGCAGCT 
TCACCTCAAG CCGTGAGAAA GTTATTGGCT CTATCCGAAC CTGCCAAAAC CCGTCCACAC 
CAGCCGAGAC CTCCTCCACC CCCCGGACCT TCCCCGTGCT CCCATAGAAG AGACGGAACC 
GTGCCGGGCA TTTGTTGTTC CCGCGCCGCA CACGAGAGAT CACACTCGGA CACGCCTACG 
CCGCTGCCAG TAGATTTGTC AGCGGAAAGT AGCAGTGTGA CGTCATTAGT AAACTTGCCA 
TTAAGAAAAA CGGGATCGGC CACTTCGAGC GACAGCGGGC ACGGCTCCTG CACAACGGCG 
AACTGTGTTC GGCCGATTCC TCCTCCGCGA ATGCCTTACA CGCTCGCCGC TCAAGTGGCC 
CGCATCGATC GTCTCAACCG TGCTCATTCG CACGAAGGTG TTACTCGTTC TTACGATTAC 
TATCACGACG CGCCAGATGA CGAAGACGAC GATCAGCAAG TTTCTGCAGT GTAA