LOC110026433 cDNA ORF clone, Phalaenopsis equestris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110026433
Entrez Gene ID	110026433
Full Name	phospholipid-transporting ATPase 1
Gene Type	protein-coding
Organism	Phalaenopsis equestris

mRNA and Protein(s)

mRNA	Protein	Name
XM_020727363.1	XP_020583022.1	phospholipid-transporting ATPase 1

Pathways from BioSystems
Gene Ontology

The following LOC110026433 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110026433 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
OPh98311	XM_020727363.1 Latest version!	Phalaenopsis equestris phospholipid-transporting ATPase 1 (LOC110026433), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC110026433 ( XM_020727363.1 ) cDNA ORF clone, Phalaenopsis equestris -> XP_020583022.1 Phalaenopsis equestris phospholipid-transporting ATPase 1 (LOC110026433), mRNA.

Price & Availability↑

CloneID	OPh98311
Clone ID Related Accession (Same CDS sequence)	XM_020727363.1
Accession Version	XM_020727363.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3549bp) 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	2017-04-09
Organism	Phalaenopsis equestris
Product	phospholipid-transporting ATPase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018164814.1) 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 :: Phalaenopsis equestris Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCAG AGCGGCACCT ACTTGATCTA TCCCCTCGCC CCCCAAATCC TGCCCCCGAT 
ATACTCAAAC CCATCCCTTC CTCCCGTAGC TCCAGACGTT CCCGGGGCTC CCGCGGTTCC 
CTCGACCGCA TCAACTTCGC TCCTCCACCA TCTGTCATTC GTTACGGCTC CCGTGCTGAA 
TCTGATCGCT TAAACGCCTC GCAGAAAGAT ATCCCTGACG AGGACGCTCG CCTCGTTAGT 
ATCAACGACC CAACAAGCAC CAACGAGCGC TTCGAGTTCT CCGGCAACTC CATCCGCACC 
GCCAAGTACT CCATCCTCAC CTTCCTCCCG CGCAACCTCT TCGAGCAGTT CCACCGGGTT 
GCTTACATCT ACTTCCTCGT CATCGCCATC CTCAACCAGC TCCCTCAGCT TGCTGTCTTC 
GGTCGCGGGG CTTCCATCCT CCCCCTCGCT TTCGTTCTCT TCGTCACCGC CGTGAAAGAC 
GCCTATGAAG ACTATCGCCG CCACCGTTCT GACCGCATCG AAAACAACCG CACGGCCCTA 
GTCTTCTCCG CCGGCGACTT CCGCCCTAAA AGATGGAAAG ATATCCGCGT CGGGGAGATC 
ATTAAGGTCC AATCGAACAA CACCCTCCCC TGCGACATTG TCCTCCTATC CACCAGCGAT 
CCCACCGGCG TCGCCTATGT CCAGACGATA AATCTCGACG GGGAGTCTAA CCTCAAGACT 
CGTTATGCGA AGCAAGAGAC ACTTCTTCGA GCTCCGGAGA AACAAGGGCT CTCTGGATTG 
ATCCGTTGCG AAAACCCTAA TCGGAACATC TATGGCTTCT ATGCCAATAT GGATATTGAT 
GGCAAGCGAG TTTCTCTTGG GCCCTCGAAT ATAGTCCTTC GGGGTTGTGA GCTGAAGAAC 
ACATCTTGGG CTGTTGGGGT TGTTGTTTAT GCTGGTAGAG AGACGAAAGT GATGCTTAAC 
AGCTCGGGAT CTCCATCCAA GCGGAGCCGG CTAGAGACTC ATATGAACAG GGAGACCTTG 
CTCCTATCTG GAGTTCTGAT TGTGCTATGT ATTTTGGTGG CTGTTTTTAC TGGTGTATGG 
TTGGCAATTC ATAAGAGTGA ATTGGAGTTT GCTCAGTTTT TCAGGAAGAA GAATTACTCC 
AACTCCGCGG GACGCAATTA TAATTACTAT GGTATAGGGA TGGAGGTGTT CATTAGGTTC 
CTCATGGCGG TGATCGTGTT TCAGATCATG ATCCCTATTT CTCTGTATAT TTCAATGGAG 
CTTGTACGTC TCGGACAAGC CTACTTTATG ATTCAGGATT CTAATTTATA CGATAAGACA 
TCACAATCGC GATTCCAGTG TCGGGCTTTG AACATAAATG AGGATTTGGG GCAGATAAAG 
TATGTGTTTT CAGACAAAAC AGGAACTTTG ACAGAGAATA AAATGGAGTT CCAGTGTGCC 
AGTATCAGTG GAACTGATTA CAGCAATGGG AATTCTTCGT CTCCTGGTGA TTCGGGAGTC 
TATTCTGTAA TAGTTGGGGA TCAGTATTGG AGGCCAAAGA TGACGGTAAA AACTGATCCT 
GAGCTCTTGA GGTTGTTGAG AAACGAAAGG AATACAGAGC AAGGAAGAAA TGCCATTAAT 
TTCTTCCTTG CTCTGTCTGC CTGCAATACT ATAGTGCCCT TGGTTGTGGA TACACCAGAT 
CCCGCGCAGA AGTTGATAGA TTATCAAGGG GAGTCTCCTG ACGAACAAGC GCTGGTGTAT 
GCAGCAGCTG CGTATGGCTT TGTGCTAATT GAACGAACTT CTGGGCATAT AGTCATAGAT 
GTTCTTGGAG ATAGACAGAG GTTTGACATA TTGGGTCTTC ACGAGTTTGA CAGCGAGAGA 
AAGAGAATGT CAGTTATCGT TGGCTTTCCT GATAAAACAG TGAAGATTTT TGTTAAAGGT 
GCTGACAGCT CAATGTTTAG CATCATGGAA AAAACATTGA ATGCAAACAT AATTCGAACG 
ACGGAATCAC ACCTCAAATC ATACTCATCT GTGGGTCTGA GAACATTGGT GATTGGCATG 
CGAGCGATGA ATACGACGGA ATTTGAGGAA TGGCATTCTT CCTACGAGAA AGCAAGCACA 
GCATTGTTTG GCAGGGGAAG CTTACTCAAA GCAGTTGCAG CCAACATAGA AAGCAATCTC 
ACCATTTTAG GGGCCTCTGG AATTGAAGAT AAGCTTCAGG ACGGTGTACC TGAAGCCATA 
GAATCTTTGA GGCAGGCTGG GATCAAGGTC TGGGTGTTGA CAGGCGACAA GCAAGAGACG 
GCTATTTCCA TTGGATATTC TTGTAAACTT CTGACTGGAG ATATGAACCA GTTTATAATA 
AACAGCAATT CAAAGGAGTC ATGTAAAAAG AGTTTAGAGG AAGCCCTCTC CACAGCCACC 
AAAGTTTCAA CCATGCCTCT AGCAGGATTA GGTGGTGGAA GGACCCCTCT TGCTCTGATT 
ATTGATGGGA AAAGTCTCCT CTACATTCTT GAGACAGAAT TAGAAGATGA GCTTTTCAAA 
GTAGCGACAT TGTGCGACGT TGTTTTGTGC TGCCGAGTGG CTCCGTTGCA GAAGGCTGGG 
ATTGTTGCTC TAATCAAGAA GAGAACAGAT GATATGACTC TTGCAATTGG TGATGGTGCG 
AACGATGTCT CGATGATTCA GATGGCTGAT GTTGGGATAG GAATCAGTGG GCAAGAGGGT 
CGACAGGCAG TGATGGCCTC AGACTTCGCA ATGGGCCAGT TTAGATTCTT AGTTCCCCTC 
TTATTGGTTC ATGGCCACTG GAATTACCAA AGAATGGCAT ATATGATATT GTACAATTTC 
TACAGGAATT CGATTTTCGT ATTTGTACTT TTCTGGTATA TACTGTACAC AGCATTTAGT 
TTAACAACTG CAATTACAGA TTGGAGCAGT GTCTTGTATT CAGTTATTTA TACTGCTCTC 
CCCACTATAG TAATTGGAAT TCTGGACAAG GATTTGAGCA GAAAAACGCT TCTGAAGCAC 
CCACAACTCT ACGGTTCAGG ACAAAGAGAA GAACGATACA ACCTCAGGCT CTTTATTCTT 
ACCATGATGG ATTCTATTTG GCAAAGCTTA GCCATCTTCT TCATCCCATA TCTTTCTTAT 
CGCCACAGCA CTGTGGATGG ATCCAGCATT GGTGATCTCT GGACCCTTGC AGTGGTCATC 
ATGGTGAATA TTCACTTAGC CATTGATGTT TTTAGGTGGA ATTGGGTCGT ACATGCCGCC 
ATTTGGGGCT GCATTGTTGC AACATTTATT TGTGTCATTG TCATTGATGC GTTGCCTATG 
CTCCCCGGAT TTTGGGCAAT CTTCCATGTG ATGGCGACAT GGTTGTTCTG GTTTTGTTTA 
GCCGCCATTC TCGTGGCCGG GATGGTTCCG AGGTTTATGA TGAAGGCTTT TTCCGAGTTC 
TTCTTTCCGA ACGATATCCA GATTGCGAGA GAGCAGGAGA AGTTTGGGAA TGTAAATGAG 
AACCAGAACC GTGTTTCTGA AGTTGCTATG AGCAGTTTCT CAGACACTCA ACCGCAGTGG 
ATGCTATAG

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

RefSeq	XP_020583022.1
CDS	316..3864
Translation	MSSERHLLDLSPRPPNPAPDILKPIPSSRSSRRSRGSRGSLDRINFAPPPSVIRYGSRAESDRLNASQKDIPDEDARLVSINDPTSTNERFEFSGNSIRTAKYSILTFLPRNLFEQFHRVAYIYFLVIAILNQLPQLAVFGRGASILPLAFVLFVTAVKDAYEDYRRHRSDRIENNRTALVFSAGDFRPKRWKDIRVGEIIKVQSNNTLPCDIVLLSTSDPTGVAYVQTINLDGESNLKTRYAKQETLLRAPEKQGLSGLIRCENPNRNIYGFYANMDIDGKRVSLGPSNIVLRGCELKNTSWAVGVVVYAGRETKVMLNSSGSPSKRSRLETHMNRETLLLSGVLIVLCILVAVFTGVWLAIHKSELEFAQFFRKKNYSNSAGRNYNYYGIGMEVFIRFLMAVIVFQIMIPISLYISMELVRLGQAYFMIQDSNLYDKTSQSRFQCRALNINEDLGQIKYVFSDKTGTLTENKMEFQCASISGTDYSNGNSSSPGDSGVYSVIVGDQYWRPKMTVKTDPELLRLLRNERNTEQGRNAINFFLALSACNTIVPLVVDTPDPAQKLIDYQGESPDEQALVYAAAAYGFVLIERTSGHIVIDVLGDRQRFDILGLHEFDSERKRMSVIVGFPDKTVKIFVKGADSSMFSIMEKTLNANIIRTTESHLKSYSSVGLRTLVIGMRAMNTTEFEEWHSSYEKASTALFGRGSLLKAVAANIESNLTILGASGIEDKLQDGVPEAIESLRQAGIKVWVLTGDKQETAISIGYSCKLLTGDMNQFIINSNSKESCKKSLEEALSTATKVSTMPLAGLGGGRTPLALIIDGKSLLYILETELEDELFKVATLCDVVLCCRVAPLQKAGIVALIKKRTDDMTLAIGDGANDVSMIQMADVGIGISGQEGRQAVMASDFAMGQFRFLVPLLLVHGHWNYQRMAYMILYNFYRNSIFVFVLFWYILYTAFSLTTAITDWSSVLYSVIYTALPTIVIGILDKDLSRKTLLKHPQLYGSGQREERYNLRLFILTMMDSIWQSLAIFFIPYLSYRHSTVDGSSIGDLWTLAVVIMVNIHLAIDVFRWNWVVHAAIWGCIVATFICVIVIDALPMLPGFWAIFHVMATWLFWFCLAAILVAGMVPRFMMKAFSEFFFPNDIQIAREQEKFGNVNENQNRVSEVAMSSFSDTQPQWML

Target ORF information:

RefSeq Version	XM_020727363.1
Organism	Phalaenopsis equestris
Definition	Phalaenopsis equestris phospholipid-transporting ATPase 1 (LOC110026433), mRNA.

Target ORF information:

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

XM_020727363.1

ORF Insert Sequence:

ATGTCTTCAG AGCGGCACCT ACTTGATCTA TCCCCTCGCC CCCCAAATCC TGCCCCCGAT 
ATACTCAAAC CCATCCCTTC CTCCCGTAGC TCCAGACGTT CCCGGGGCTC CCGCGGTTCC 
CTCGACCGCA TCAACTTCGC TCCTCCACCA TCTGTCATTC GTTACGGCTC CCGTGCTGAA 
TCTGATCGCT TAAACGCCTC GCAGAAAGAT ATCCCTGACG AGGACGCTCG CCTCGTTAGT 
ATCAACGACC CAACAAGCAC CAACGAGCGC TTCGAGTTCT CCGGCAACTC CATCCGCACC 
GCCAAGTACT CCATCCTCAC CTTCCTCCCG CGCAACCTCT TCGAGCAGTT CCACCGGGTT 
GCTTACATCT ACTTCCTCGT CATCGCCATC CTCAACCAGC TCCCTCAGCT TGCTGTCTTC 
GGTCGCGGGG CTTCCATCCT CCCCCTCGCT TTCGTTCTCT TCGTCACCGC CGTGAAAGAC 
GCCTATGAAG ACTATCGCCG CCACCGTTCT GACCGCATCG AAAACAACCG CACGGCCCTA 
GTCTTCTCCG CCGGCGACTT CCGCCCTAAA AGATGGAAAG ATATCCGCGT CGGGGAGATC 
ATTAAGGTCC AATCGAACAA CACCCTCCCC TGCGACATTG TCCTCCTATC CACCAGCGAT 
CCCACCGGCG TCGCCTATGT CCAGACGATA AATCTCGACG GGGAGTCTAA CCTCAAGACT 
CGTTATGCGA AGCAAGAGAC ACTTCTTCGA GCTCCGGAGA AACAAGGGCT CTCTGGATTG 
ATCCGTTGCG AAAACCCTAA TCGGAACATC TATGGCTTCT ATGCCAATAT GGATATTGAT 
GGCAAGCGAG TTTCTCTTGG GCCCTCGAAT ATAGTCCTTC GGGGTTGTGA GCTGAAGAAC 
ACATCTTGGG CTGTTGGGGT TGTTGTTTAT GCTGGTAGAG AGACGAAAGT GATGCTTAAC 
AGCTCGGGAT CTCCATCCAA GCGGAGCCGG CTAGAGACTC ATATGAACAG GGAGACCTTG 
CTCCTATCTG GAGTTCTGAT TGTGCTATGT ATTTTGGTGG CTGTTTTTAC TGGTGTATGG 
TTGGCAATTC ATAAGAGTGA ATTGGAGTTT GCTCAGTTTT TCAGGAAGAA GAATTACTCC 
AACTCCGCGG GACGCAATTA TAATTACTAT GGTATAGGGA TGGAGGTGTT CATTAGGTTC 
CTCATGGCGG TGATCGTGTT TCAGATCATG ATCCCTATTT CTCTGTATAT TTCAATGGAG 
CTTGTACGTC TCGGACAAGC CTACTTTATG ATTCAGGATT CTAATTTATA CGATAAGACA 
TCACAATCGC GATTCCAGTG TCGGGCTTTG AACATAAATG AGGATTTGGG GCAGATAAAG 
TATGTGTTTT CAGACAAAAC AGGAACTTTG ACAGAGAATA AAATGGAGTT CCAGTGTGCC 
AGTATCAGTG GAACTGATTA CAGCAATGGG AATTCTTCGT CTCCTGGTGA TTCGGGAGTC 
TATTCTGTAA TAGTTGGGGA TCAGTATTGG AGGCCAAAGA TGACGGTAAA AACTGATCCT 
GAGCTCTTGA GGTTGTTGAG AAACGAAAGG AATACAGAGC AAGGAAGAAA TGCCATTAAT 
TTCTTCCTTG CTCTGTCTGC CTGCAATACT ATAGTGCCCT TGGTTGTGGA TACACCAGAT 
CCCGCGCAGA AGTTGATAGA TTATCAAGGG GAGTCTCCTG ACGAACAAGC GCTGGTGTAT 
GCAGCAGCTG CGTATGGCTT TGTGCTAATT GAACGAACTT CTGGGCATAT AGTCATAGAT 
GTTCTTGGAG ATAGACAGAG GTTTGACATA TTGGGTCTTC ACGAGTTTGA CAGCGAGAGA 
AAGAGAATGT CAGTTATCGT TGGCTTTCCT GATAAAACAG TGAAGATTTT TGTTAAAGGT 
GCTGACAGCT CAATGTTTAG CATCATGGAA AAAACATTGA ATGCAAACAT AATTCGAACG 
ACGGAATCAC ACCTCAAATC ATACTCATCT GTGGGTCTGA GAACATTGGT GATTGGCATG 
CGAGCGATGA ATACGACGGA ATTTGAGGAA TGGCATTCTT CCTACGAGAA AGCAAGCACA 
GCATTGTTTG GCAGGGGAAG CTTACTCAAA GCAGTTGCAG CCAACATAGA AAGCAATCTC 
ACCATTTTAG GGGCCTCTGG AATTGAAGAT AAGCTTCAGG ACGGTGTACC TGAAGCCATA 
GAATCTTTGA GGCAGGCTGG GATCAAGGTC TGGGTGTTGA CAGGCGACAA GCAAGAGACG 
GCTATTTCCA TTGGATATTC TTGTAAACTT CTGACTGGAG ATATGAACCA GTTTATAATA 
AACAGCAATT CAAAGGAGTC ATGTAAAAAG AGTTTAGAGG AAGCCCTCTC CACAGCCACC 
AAAGTTTCAA CCATGCCTCT AGCAGGATTA GGTGGTGGAA GGACCCCTCT TGCTCTGATT 
ATTGATGGGA AAAGTCTCCT CTACATTCTT GAGACAGAAT TAGAAGATGA GCTTTTCAAA 
GTAGCGACAT TGTGCGACGT TGTTTTGTGC TGCCGAGTGG CTCCGTTGCA GAAGGCTGGG 
ATTGTTGCTC TAATCAAGAA GAGAACAGAT GATATGACTC TTGCAATTGG TGATGGTGCG 
AACGATGTCT CGATGATTCA GATGGCTGAT GTTGGGATAG GAATCAGTGG GCAAGAGGGT 
CGACAGGCAG TGATGGCCTC AGACTTCGCA ATGGGCCAGT TTAGATTCTT AGTTCCCCTC 
TTATTGGTTC ATGGCCACTG GAATTACCAA AGAATGGCAT ATATGATATT GTACAATTTC 
TACAGGAATT CGATTTTCGT ATTTGTACTT TTCTGGTATA TACTGTACAC AGCATTTAGT 
TTAACAACTG CAATTACAGA TTGGAGCAGT GTCTTGTATT CAGTTATTTA TACTGCTCTC 
CCCACTATAG TAATTGGAAT TCTGGACAAG GATTTGAGCA GAAAAACGCT TCTGAAGCAC 
CCACAACTCT ACGGTTCAGG ACAAAGAGAA GAACGATACA ACCTCAGGCT CTTTATTCTT 
ACCATGATGG ATTCTATTTG GCAAAGCTTA GCCATCTTCT TCATCCCATA TCTTTCTTAT 
CGCCACAGCA CTGTGGATGG ATCCAGCATT GGTGATCTCT GGACCCTTGC AGTGGTCATC 
ATGGTGAATA TTCACTTAGC CATTGATGTT TTTAGGTGGA ATTGGGTCGT ACATGCCGCC 
ATTTGGGGCT GCATTGTTGC AACATTTATT TGTGTCATTG TCATTGATGC GTTGCCTATG 
CTCCCCGGAT TTTGGGCAAT CTTCCATGTG ATGGCGACAT GGTTGTTCTG GTTTTGTTTA 
GCCGCCATTC TCGTGGCCGG GATGGTTCCG AGGTTTATGA TGAAGGCTTT TTCCGAGTTC 
TTCTTTCCGA ACGATATCCA GATTGCGAGA GAGCAGGAGA AGTTTGGGAA TGTAAATGAG 
AACCAGAACC GTGTTTCTGA AGTTGCTATG AGCAGTTTCT CAGACACTCA ACCGCAGTGG 
ATGCTATAG