LOC107418458 cDNA ORF clone, Ziziphus jujuba(common jujube)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107418458
Entrez Gene ID	107418458
Full Name	probable phospholipid-transporting ATPase 4
Gene Type	protein-coding
Organism	Ziziphus jujuba(common jujube)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016027158.1	XP_015882644.1	probable phospholipid-transporting ATPase 4

Pathways from BioSystems
Gene Ontology

The following LOC107418458 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107418458 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
OZi01076	XM_016027158.1 Latest version!	Ziziphus jujuba probable phospholipid-transporting ATPase 4 (LOC107418458), 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)

LOC107418458 ( XM_016027158.1 ) cDNA ORF clone, Ziziphus jujuba(common jujube) -> XP_015882644.1 Ziziphus jujuba probable phospholipid-transporting ATPase 4 (LOC107418458), mRNA.

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CloneID	OZi01076
Clone ID Related Accession (Same CDS sequence)	XM_016027158.1
Accession Version	XM_016027158.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3768bp) 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	2018-05-15
Organism	Ziziphus jujuba(common jujube)
Product	probable phospholipid-transporting ATPase 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_029679.1) 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 :: Ziziphus jujuba 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGCATCAG GTTCATCATC ATCATCATCA GCTGGGACAA GAAAGGGGAA GATCAGATGG 
AGCAAATTGT ATTCGTTTTC GTGCTTTCGA CCGAGCATCA ATGGGGATGT TGTCGGTCAG 
CCAGGGTTTT CGAGGGTGGT ATTCTGCAAT GAGCCTCATC TTCACAAGGA CAAGCCATTC 
AAGTATCCAA AAAACCATGT ATCAACCACC AAATACAACG TGTTGAGTTT TCTTCCCAAA 
GCACTTTTCG AGCAGTTCAG GAGAGTTGCC AATCTTTATT TTCTCTTGGC CGCTGTTTTG 
TCCATTACAT CTTTGACTCC TTTTAATCCT ATAAGTTTGA TTGCTCCTTT AGTCTTTGTT 
GTTGGGGTTA GCATGCTTAA AGAGGCTGTG GAAGATTGGC ACAGATTTTT GCAGGATTTG 
AATGTGAATT CAAGAACAGT GCACGCACAT GTTGGAGACG GCATATTTGT GAAAAAGCCA 
TGGAAAGATC TCTGTTCAGG TGACATTGTG AAAGTAAACA AGAATGAATA TTTTCCATGT 
GATCTCCTCC TTTTGTCTTC AAGCTTTGAA GATGGTGTTT GTTATGTAGA AACCATGAAC 
CTTGATGGAG AAACCAATCT CAAGATAAAA AGATCATTAG AAGCTACACT TGGCTTAGAC 
AAAGATGAAC AATTCAATGA ATTCAGAGCC ATTGTTCGCT GTGAGGATCC AAATCCTCAC 
CTCTATACCT TTGTTGGCAA TTTAGAGTTC AAAAATGAAT CATATCCTTT ATGTCCTACA 
CAACTACTTC TAAGAGATTC AAAACTTCGC AACACAGATT ACATTTATGG AGCAGTGATC 
TTCACTGGTC CTGATACAAA AGCAGTGAGA AATTCGACCA TGTCTCCATC CAAGCGAAGC 
CGGATTGAAA GAAAGATGGA TCATGTTATC TACTTTCTTT TCTCACTACT GGTTTTGATT 
TCATTGATAA CTGCAACCGG GTTTGCTTTC CTTTGGAATT CTGAGATTCA TAAATGGTGG 
TACCTTCGTT TGCAAGGCAG TGATGATGAT CGATTCTATA AGCCATCTAA GCCTTTTGTA 
TCTGGTTTCT CGCAGTTCAT AAGAGCACTT ATATTGTATG GCTATTTGAT CCCAATTTCA 
CTATATGTGT CCATTGAAGT TGTTAAAGTT CTACAAGCCA TGCTAATCAA CAAGGATATG 
GAATTGTATG ATGAAGTAAC AGGGAAATCA GTTCGTGCTC GAACATCAAA TTTGAATGAA 
GAACTTGGTC AGGTAGAGAT GATTTTGTCA GATAAAACTG GGACTTTGAC ATGTAACCAG 
ATGGAATTTA GGAAATGCTC AATTGCTGGT GTTTCATATG GGGGTGATAT CAATGAAGTT 
GATCTTGCAG TATCAAAACG GATGAATGTC GACTTGGAAG CATATCAATT TAGTATGCAT 
CAGAAATCAG ATTCAACTGA AAGCTTTGAA AGGTTTGAGT TCTCTGTTGC AGATATAAAG 
ACTCAAATGG AAGCTCTTGG GGACCAAAAG AATGTGCAGA ATTCAATTAC AGAAAACTCA 
AGAATTTCGA ATCTCGGGAA AGAATCTGTC ATAAAAGGTT TCAACTTTAG GGATAGTAGA 
CTTATGGACA AGAAGTGGAT AGCAAGCAGA ACAAATTTAT TTGATGTAAA AATGTTTTTT 
AGAGTCATGG CCTTGTGTCA CACAGGCATA CCTATTGAAG ATAATGCAAT TAATAATAAG 
TTCAAGTATG AGGCAGAGTC ACCAGAAGAA GTATCATTTC TGATTGCTGC ACAAGAATTC 
GGGTTCCAAT TCATGCGGAG AACTCAATCG ACAATGCTTC TTAAGGAATT TGATAATTCT 
GATAAAGAAG TGAAGAGGGA ATATAAGCTT TTAAATCTTT TGGAATTCAG TAGCTCAAGG 
AAGAGAATGT CTGTTATAGT AAGAGATGAA GAAGGTCAAA TTTTTCTCCT TTGCAAAGGT 
GCAGATAGCA TAATCTTCGA TAGGCTTGCT GATGATGGTA GATCATACCA AGAGGCAACA 
ACCTCACACC TTTCAAATTA TGCAGAAGAT GGTTTTCGAA CACTAGCATT TGCATATAGG 
AGACTTGAGT CCACCGAATA CGAACATTGG AACAAAATGT TTACGGAGGC AAAGACAACA 
ATTGGTCCTG AAAGAGATGA GTTGCTAGAG AAAGCATCTG AAATGATTGA AAAGGACTTG 
ATTTTGTTAG GTGCTGCTGC TGTTGAAGAC AAGTTACAGA AAGGGGTTCC TGAATGTATC 
GATAAACTTG CCCAAGCAGG GATCAAAATA TGGCTACTTA CCGGGGACAA GAAGGAAACT 
GCAATAAATA TTGGGTTTGC TTGCAGTTTA CTTAGGCAAG ACATGAATCA ATTTCATTTG 
ACCTTGGCCA ATGAAACAAC AAGCAATTAT CAATTGAAGG CAATGAAAGA AGATATTTTA 
AACCAACTTG AAAATTTCTA CAAAGTGATG CATGAAGAAA ACATTAAAGG GTCACCATTA 
TCTTTGGTGA TAGATGGAAA AGCTCTTGAG GTTGCTTTGA AAAGTGATGT CAAGGACCGG 
TTTTTACAGT TGGCTGTGAA CTGTGCTTCT GTTATTTGCT GCAGGGTTTC ACCAAAACAG 
AAAGCTTTGA TTACGCAGTT AGTAAAGGAA TATACTGGCA AGACAACACT GGCTATTGGG 
GATGGAGCAA ATGATGTTGG CATGATTCAA GAAGCTGACA TTGGAGTTGG AATCAGTGGC 
ATGGAAGGAA TGCAAGCAGT CATGGCCAGT GACTTCTCAT TGCCTCAATT CAGATTTTTA 
GGCAGATTAC TTATAGTTCA TGGACACTGG TGTTACAAGA GAATTTCCAA AATGATTCTA 
TACTTTGTAT ACAAGAATGT TGCATTTGGC CTTACTCTGT TCTACTATGA ATTGTACACA 
AGTTTCTCCG GAGAGGTCTT GTACGATGAT TGGTACATGA CATTGTTTAA TGTCATTTTG 
ACATCTTTGC CAGTCATATC ATTAGGTGTT CTCGAGCAGG ATGTTTCTTC AGAAGTGTGT 
CTTGAGTTTC CATCACTTTA CCAACAAGGC CAAAGGAACA TATATTTCAA TTGGAGCGGC 
ATAATGGGAT GGATACTAAA CGGTGTTGTT TCATCTTTAG TCATTTTCCT TGCAAACATG 
TACATACTCT CCCCGGCTGC ATTCGAAGAA GAAGGACATG TCGCGGACCT AACACACCTC 
GGTGCAACCA CATACACATG CATAATATGG ACGGTTAATT GCCAGATTGC TCTAATCATA 
AGTCACTTCA CTTGGATTCA ACATCTATTC ATATGGGGTA GCATATTACT ATGGTACATT 
TTCATGTTCG TGTATGGTGC ACTACCTCAT GCCTACTCTC AACGTGGGTT TCGAATTTTA 
ACCGAATCTC TAGGACTTGC ACCGATGTAT TGGATGGTCA CATTGCTTGT TGTGGTTGTT 
TCTCTTCTTC CATACTTCAT ACATGTTGTC ATTCAGAGGT CATTCTATCC CATGGATGAT 
CATGTGCTCC AGGAAATGAA GTACTCGAGG AAAGACGTGT TTGACAATCA AATGTGGCAG 
AGAGAACAGA ACAATTCCAA GAAGTTGACA CAGATTGGAT TTTCTGCAAG AGTTGATGCT 
AGGATTCTAT ATCTGCGAGA GCATTTGCAT CAGAAGAAAA CTTTGATATA TAGATCAGTG 
ACAAGTAGTC CAATTTATAA ATCATTGACA AATAGTCCAT TGTTCTAA

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

RefSeq	XP_015882644.1
CDS	1..3768
Translation	MASGSSSSSSAGTRKGKIRWSKLYSFSCFRPSINGDVVGQPGFSRVVFCNEPHLHKDKPFKYPKNHVSTTKYNVLSFLPKALFEQFRRVANLYFLLAAVLSITSLTPFNPISLIAPLVFVVGVSMLKEAVEDWHRFLQDLNVNSRTVHAHVGDGIFVKKPWKDLCSGDIVKVNKNEYFPCDLLLLSSSFEDGVCYVETMNLDGETNLKIKRSLEATLGLDKDEQFNEFRAIVRCEDPNPHLYTFVGNLEFKNESYPLCPTQLLLRDSKLRNTDYIYGAVIFTGPDTKAVRNSTMSPSKRSRIERKMDHVIYFLFSLLVLISLITATGFAFLWNSEIHKWWYLRLQGSDDDRFYKPSKPFVSGFSQFIRALILYGYLIPISLYVSIEVVKVLQAMLINKDMELYDEVTGKSVRARTSNLNEELGQVEMILSDKTGTLTCNQMEFRKCSIAGVSYGGDINEVDLAVSKRMNVDLEAYQFSMHQKSDSTESFERFEFSVADIKTQMEALGDQKNVQNSITENSRISNLGKESVIKGFNFRDSRLMDKKWIASRTNLFDVKMFFRVMALCHTGIPIEDNAINNKFKYEAESPEEVSFLIAAQEFGFQFMRRTQSTMLLKEFDNSDKEVKREYKLLNLLEFSSSRKRMSVIVRDEEGQIFLLCKGADSIIFDRLADDGRSYQEATTSHLSNYAEDGFRTLAFAYRRLESTEYEHWNKMFTEAKTTIGPERDELLEKASEMIEKDLILLGAAAVEDKLQKGVPECIDKLAQAGIKIWLLTGDKKETAINIGFACSLLRQDMNQFHLTLANETTSNYQLKAMKEDILNQLENFYKVMHEENIKGSPLSLVIDGKALEVALKSDVKDRFLQLAVNCASVICCRVSPKQKALITQLVKEYTGKTTLAIGDGANDVGMIQEADIGVGISGMEGMQAVMASDFSLPQFRFLGRLLIVHGHWCYKRISKMILYFVYKNVAFGLTLFYYELYTSFSGEVLYDDWYMTLFNVILTSLPVISLGVLEQDVSSEVCLEFPSLYQQGQRNIYFNWSGIMGWILNGVVSSLVIFLANMYILSPAAFEEEGHVADLTHLGATTYTCIIWTVNCQIALIISHFTWIQHLFIWGSILLWYIFMFVYGALPHAYSQRGFRILTESLGLAPMYWMVTLLVVVVSLLPYFIHVVIQRSFYPMDDHVLQEMKYSRKDVFDNQMWQREQNNSKKLTQIGFSARVDARILYLREHLHQKKTLIYRSVTSSPIYKSLTNSPLF

Target ORF information:

RefSeq Version	XM_016027158.1
Organism	Ziziphus jujuba(common jujube)
Definition	Ziziphus jujuba probable phospholipid-transporting ATPase 4 (LOC107418458), mRNA.

Target ORF information:

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

XM_016027158.1

ORF Insert Sequence:

ATGGCATCAG GTTCATCATC ATCATCATCA GCTGGGACAA GAAAGGGGAA GATCAGATGG 
AGCAAATTGT ATTCGTTTTC GTGCTTTCGA CCGAGCATCA ATGGGGATGT TGTCGGTCAG 
CCAGGGTTTT CGAGGGTGGT ATTCTGCAAT GAGCCTCATC TTCACAAGGA CAAGCCATTC 
AAGTATCCAA AAAACCATGT ATCAACCACC AAATACAACG TGTTGAGTTT TCTTCCCAAA 
GCACTTTTCG AGCAGTTCAG GAGAGTTGCC AATCTTTATT TTCTCTTGGC CGCTGTTTTG 
TCCATTACAT CTTTGACTCC TTTTAATCCT ATAAGTTTGA TTGCTCCTTT AGTCTTTGTT 
GTTGGGGTTA GCATGCTTAA AGAGGCTGTG GAAGATTGGC ACAGATTTTT GCAGGATTTG 
AATGTGAATT CAAGAACAGT GCACGCACAT GTTGGAGACG GCATATTTGT GAAAAAGCCA 
TGGAAAGATC TCTGTTCAGG TGACATTGTG AAAGTAAACA AGAATGAATA TTTTCCATGT 
GATCTCCTCC TTTTGTCTTC AAGCTTTGAA GATGGTGTTT GTTATGTAGA AACCATGAAC 
CTTGATGGAG AAACCAATCT CAAGATAAAA AGATCATTAG AAGCTACACT TGGCTTAGAC 
AAAGATGAAC AATTCAATGA ATTCAGAGCC ATTGTTCGCT GTGAGGATCC AAATCCTCAC 
CTCTATACCT TTGTTGGCAA TTTAGAGTTC AAAAATGAAT CATATCCTTT ATGTCCTACA 
CAACTACTTC TAAGAGATTC AAAACTTCGC AACACAGATT ACATTTATGG AGCAGTGATC 
TTCACTGGTC CTGATACAAA AGCAGTGAGA AATTCGACCA TGTCTCCATC CAAGCGAAGC 
CGGATTGAAA GAAAGATGGA TCATGTTATC TACTTTCTTT TCTCACTACT GGTTTTGATT 
TCATTGATAA CTGCAACCGG GTTTGCTTTC CTTTGGAATT CTGAGATTCA TAAATGGTGG 
TACCTTCGTT TGCAAGGCAG TGATGATGAT CGATTCTATA AGCCATCTAA GCCTTTTGTA 
TCTGGTTTCT CGCAGTTCAT AAGAGCACTT ATATTGTATG GCTATTTGAT CCCAATTTCA 
CTATATGTGT CCATTGAAGT TGTTAAAGTT CTACAAGCCA TGCTAATCAA CAAGGATATG 
GAATTGTATG ATGAAGTAAC AGGGAAATCA GTTCGTGCTC GAACATCAAA TTTGAATGAA 
GAACTTGGTC AGGTAGAGAT GATTTTGTCA GATAAAACTG GGACTTTGAC ATGTAACCAG 
ATGGAATTTA GGAAATGCTC AATTGCTGGT GTTTCATATG GGGGTGATAT CAATGAAGTT 
GATCTTGCAG TATCAAAACG GATGAATGTC GACTTGGAAG CATATCAATT TAGTATGCAT 
CAGAAATCAG ATTCAACTGA AAGCTTTGAA AGGTTTGAGT TCTCTGTTGC AGATATAAAG 
ACTCAAATGG AAGCTCTTGG GGACCAAAAG AATGTGCAGA ATTCAATTAC AGAAAACTCA 
AGAATTTCGA ATCTCGGGAA AGAATCTGTC ATAAAAGGTT TCAACTTTAG GGATAGTAGA 
CTTATGGACA AGAAGTGGAT AGCAAGCAGA ACAAATTTAT TTGATGTAAA AATGTTTTTT 
AGAGTCATGG CCTTGTGTCA CACAGGCATA CCTATTGAAG ATAATGCAAT TAATAATAAG 
TTCAAGTATG AGGCAGAGTC ACCAGAAGAA GTATCATTTC TGATTGCTGC ACAAGAATTC 
GGGTTCCAAT TCATGCGGAG AACTCAATCG ACAATGCTTC TTAAGGAATT TGATAATTCT 
GATAAAGAAG TGAAGAGGGA ATATAAGCTT TTAAATCTTT TGGAATTCAG TAGCTCAAGG 
AAGAGAATGT CTGTTATAGT AAGAGATGAA GAAGGTCAAA TTTTTCTCCT TTGCAAAGGT 
GCAGATAGCA TAATCTTCGA TAGGCTTGCT GATGATGGTA GATCATACCA AGAGGCAACA 
ACCTCACACC TTTCAAATTA TGCAGAAGAT GGTTTTCGAA CACTAGCATT TGCATATAGG 
AGACTTGAGT CCACCGAATA CGAACATTGG AACAAAATGT TTACGGAGGC AAAGACAACA 
ATTGGTCCTG AAAGAGATGA GTTGCTAGAG AAAGCATCTG AAATGATTGA AAAGGACTTG 
ATTTTGTTAG GTGCTGCTGC TGTTGAAGAC AAGTTACAGA AAGGGGTTCC TGAATGTATC 
GATAAACTTG CCCAAGCAGG GATCAAAATA TGGCTACTTA CCGGGGACAA GAAGGAAACT 
GCAATAAATA TTGGGTTTGC TTGCAGTTTA CTTAGGCAAG ACATGAATCA ATTTCATTTG 
ACCTTGGCCA ATGAAACAAC AAGCAATTAT CAATTGAAGG CAATGAAAGA AGATATTTTA 
AACCAACTTG AAAATTTCTA CAAAGTGATG CATGAAGAAA ACATTAAAGG GTCACCATTA 
TCTTTGGTGA TAGATGGAAA AGCTCTTGAG GTTGCTTTGA AAAGTGATGT CAAGGACCGG 
TTTTTACAGT TGGCTGTGAA CTGTGCTTCT GTTATTTGCT GCAGGGTTTC ACCAAAACAG 
AAAGCTTTGA TTACGCAGTT AGTAAAGGAA TATACTGGCA AGACAACACT GGCTATTGGG 
GATGGAGCAA ATGATGTTGG CATGATTCAA GAAGCTGACA TTGGAGTTGG AATCAGTGGC 
ATGGAAGGAA TGCAAGCAGT CATGGCCAGT GACTTCTCAT TGCCTCAATT CAGATTTTTA 
GGCAGATTAC TTATAGTTCA TGGACACTGG TGTTACAAGA GAATTTCCAA AATGATTCTA 
TACTTTGTAT ACAAGAATGT TGCATTTGGC CTTACTCTGT TCTACTATGA ATTGTACACA 
AGTTTCTCCG GAGAGGTCTT GTACGATGAT TGGTACATGA CATTGTTTAA TGTCATTTTG 
ACATCTTTGC CAGTCATATC ATTAGGTGTT CTCGAGCAGG ATGTTTCTTC AGAAGTGTGT 
CTTGAGTTTC CATCACTTTA CCAACAAGGC CAAAGGAACA TATATTTCAA TTGGAGCGGC 
ATAATGGGAT GGATACTAAA CGGTGTTGTT TCATCTTTAG TCATTTTCCT TGCAAACATG 
TACATACTCT CCCCGGCTGC ATTCGAAGAA GAAGGACATG TCGCGGACCT AACACACCTC 
GGTGCAACCA CATACACATG CATAATATGG ACGGTTAATT GCCAGATTGC TCTAATCATA 
AGTCACTTCA CTTGGATTCA ACATCTATTC ATATGGGGTA GCATATTACT ATGGTACATT 
TTCATGTTCG TGTATGGTGC ACTACCTCAT GCCTACTCTC AACGTGGGTT TCGAATTTTA 
ACCGAATCTC TAGGACTTGC ACCGATGTAT TGGATGGTCA CATTGCTTGT TGTGGTTGTT 
TCTCTTCTTC CATACTTCAT ACATGTTGTC ATTCAGAGGT CATTCTATCC CATGGATGAT 
CATGTGCTCC AGGAAATGAA GTACTCGAGG AAAGACGTGT TTGACAATCA AATGTGGCAG 
AGAGAACAGA ACAATTCCAA GAAGTTGACA CAGATTGGAT TTTCTGCAAG AGTTGATGCT 
AGGATTCTAT ATCTGCGAGA GCATTTGCAT CAGAAGAAAA CTTTGATATA TAGATCAGTG 
ACAAGTAGTC CAATTTATAA ATCATTGACA AATAGTCCAT TGTTCTAA