LOC105362509 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105362509
Entrez Gene ID	105362509
Full Name	myeloperoxidase
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011499970.1	XP_011498272.1	myeloperoxidase

Pathways from BioSystems
Gene Ontology

The following LOC105362509 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105362509 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
OCe198182	XM_011499970.1 Latest version!	Ceratosolen solmsi marchali myeloperoxidase (LOC105362509), 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)

LOC105362509 ( XM_011499970.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011498272.1 Ceratosolen solmsi marchali myeloperoxidase (LOC105362509), mRNA.

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CloneID	OCe198182
Clone ID Related Accession (Same CDS sequence)	XM_011499970.1
Accession Version	XM_011499970.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3924bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	myeloperoxidase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948424.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATAAAA ATTTTTTTTG CCCAGGCATG AACGTGCCTC GCCAACAGTC CCTGCCAAGT 
GGACTCTCGG CGACGTCACA ACTACGTAGT GGCCGATCTT ACAGGCCCAC GGCCCACGAG 
GGTCTGAGCA GCCTCGCCGG AGTTTGGTCG GAACTCGTGT TGCGCGACAT CTCGGACCCC 
GTGAGGCCCA GGAGGAACGA CGAGGAGTGT TGCGGACCGG TACCGCGGCA TCCTGAATGC 
ATGCCCCACG TGGACGGACG CGGACGCTGC TTGGGTTATT GGCGCGCTGT GCCGACCCTC 
AGCGCCCACG GTTGTCAACC GGAGGCCCGA GAAATAATGA ACGGGGCCTC GGGCTACCTC 
GACGGCTCGG ACTTGTACGG TGCTAATGAC GATAGGCTCC ACAAGCTGCG AATATACCAG 
GGAGGCAAGG TCGACTTGAC CCAGTGCGAA TTTTGTGGCA AGATCGACTC GAGTATTGGC 
CAATTGTACC GAGCGATATT GTCCGAGCAT AATCGGATTG CCGAGAAATT GGCCGTTATC 
AACGAGCATT GGGATGATAC GAGGCTTTAC TTGGAGGCTC GCAGAGCTGT CGTTGCACAG 
ATACAACACG TGACGCTGAA CGAATTTGTG CCAAGTGTGT TGGGGGAGGC TGGTCACGCA 
GACAAGGAAC TTATGCCAAC CCGTAGTGGC TTTTATGGGG GATACTCGTC AACGAATCGC 
GGTGGTGCCA TAGACGCTGT TGCTCTCGCT GCATTGCAAG CTCTTACCTC GCTCAAGCGT 
CACGAAAGTT CAAATCTCGA GCAGCAGCTC GTACTGGCCG CCAATAAAGT CAACCTTAAT 
GTGCTCGAGC ATGAGACTTC ATCACAGGGT TGGGAGCCAA GTGCTCTGTT GGTGCACATT 
GCCCGAGATC ACGGGATGCC CAGTTACATA AACTTTGTAC ATTTTTGCTC ATCTGGGCAA 
GTCAAGCTTC AAAATTTCAC CAGCCTGATG AATTTAGTCG AGCCCAAAGA CATTATACTT 
CTTCAACAAA TTTATTCCCG AGTGGAAGAT GTAGATCTCT TTGTAGGTGG AATTCTTGAA 
ATTCCGACTG ATGGAGCAGC GGTTGGGCCT ACTTTTGTCT GTCTTTTACG TCAACAACTT 
ATCAAACTTC GAAATTCCGA TCGATTTTGG TATGAGAATG ATATTCCACC ATCGAGCCTA 
AAATCTGGTC AAATTACCGA GATACGTAAG GTAACATTGT CCGGTATATT ATGCGCTAAC 
TCGGGCATTA CGAAAATCCA GTCAAAATCC TTTATTCAAC AAGATCCTTA TCTAAATGTT 
AAAATTAACT GCAACCAACA TGGGCTTTTG GATTTGTCAG CTTGGAGGGA AGAGCCTATT 
ACAGCTACTG TTGTTGATAA TCACATGACA GCAGCGGTTA CCCTTACCGA CTCGGCTACG 
TCTCTCGCAT CTGAAATTAA TCAAGACATG ATCGTTGCCG CGATTAAAAA GGCTGAAGAG 
AATCTAGTGT TGAGAAAACA ATTGGAGTAC AATTCTTGGC TGGAACAAAG AATAGCTGAT 
CCGAAATCAC CGGCGGGCAC TGCGGCGAGC TTTTCTAAAG CTAATAAAGA TGCTTTGTTA 
CTAGCCAATT CGTCGATTTT ATATGAGCTT GCGACGAATG AGCTTATTAA TGGGGTCCAC 
GGTTTAAGAA GAAAAAAGCG ACAAGCTTTT GATGCTGGTG ATAATATTTT GGGTTTTCCT 
AACAACGAAT TCAATGATAT TCTTCAAAAT GTTGACATTT CTGGCTTTAT TACACAAAAG 
CCGCCAACAA ATCACGAAGA AATTGATTGC CCTGTCGATG ATGCCGCGTG TGACCCAACG 
ACCCCATATC GTACATTTTC TGGCCATTGT AATAATTTGC GAAATCCATC GCTTGCAAAG 
TCTTTGACAA CGTTTGCCAG ACTTTTGCCG CCAATATACG AAGACGGAGT TTCGAAACCA 
AAAATAACAT CTGTTACTGG AGTGCCTTTG CCAAATCCAA GAGTTATATC GACAATTATT 
CATCCGGATA TTTCTAATCT TCATAATCGC TATACGCTTA TGGTGATGCA GTTCGCTCAA 
TTTCTCGATC ACGATCTCAC CATGACACCC ATTCACAAGG GTTTTGCCGA GTCCATTCCT 
AGTTGTCGGG CTTGTGACTC GGCTCGTACA GTTCATCCCG AGTGCAATCC ATTCCCTGTA 
CCACCAAACG ATCACTTTTA TCCAACGGCC AACATCTCTA CGGGAGCAAG ACTCTGTATC 
CCATCGATGA GGTCACTCCC GGGTCAACAG CACCTTGGGC CTCGTGAGCA GGTTAATCAA 
AATACTGGCT TCCTCGATGC CTCGGTAATC TATGGCGAAA ATAATTGTAT AGCCAATATT 
TTGAGAGGCT TTAGTGGTCG CATGAATATA ACGAGTCATC CAAATCGCGG TAAAGACCTA 
CTGCCTCAGT CACGTACACA TCCAGAGTGC AAGGCTCCAT CAGGCTACTG TTTCATCGGA 
GGCGATGGAC GCGCTTCCGA ACAGCCAGGT TTAGCCGTAA TGCACACTAT GTGGGTTAGA 
GAGCATAACA GAGTAATGGA AGGCTTAAGG CAAGTTAATC TACATTGGGA CGCTGAAAAA 
CTCTTCCAGG AAACTCGTCG GGTCCTCAGT GGTATGTTAC AGCATGTTAC GTATAACGAG 
TTCCTTCCAC GTATACTCGG ATGGAACGCC GTTAGCCTTT ATGGGCTAAA ACTCTTACCC 
CAAGGATACT ACAAGGAATA TTCTCCGACT TGTAATCCAA GCGTTCTCAA TGAATTCGCA 
ACGGCTGCTT ATCGTATAGG TCACTCGCTT CTACGACCAC ATCTGCCAAG AATGGACCGT 
AACTACCAAA ACATCGATCC ACCAATACTA TTACGAGATG GCTTCTTTAA TCCCGATATG 
TTATATCAAC CGGAGATGAT TGACGAGATG ATTCGTGGTT TGGTATCTAC ACCTATGGAG 
ACGCTCGATC AGTTCATAAC CGGCGAGGTC ACAAATCACT TGTTTGAGCA GAGAGGAATT 
CCACACTCGG GCGTGGACCT TATTGCGCTA AATATCCAAC GATCGAGAGA TCACGGCATA 
CCAGGATACA ATAATTATAG AGCATTGTGT AATTTGAAAA GGGCGGCAAC TTTTGATGAT 
CTATCTAGAG AAATGGCACC GGAGGTTATT GCAAGATTGA AAAGGGTTTA CAGTTCTGTT 
GATGATATCG ATCTATTTCC AGGTGGTATG AGCGAGAGGC CATTGCAGGG CGGATTGGTC 
GGGCCGACGT TCGCCTGTAT AATTGCTATT CAATTTCGTC AATCGCGCAA GTGCGATCGC 
TTTTGGTACG AGACCGATGA TCCAAATATC CGCTTTAGTG AGCATCAGCT TGCCGAAATA 
CGTAAGACAA CTCTTGCTAA AGTAATGTGC GAGAATATGG ATCATCATAC GGATATGCAG 
AGGGCAGCTT TTGATTTGCC GAGTAACTTC TTAAATCCAC GAGTGCCGTG CGGTTCGATG 
CCTCAGATGA ATTTTGAGGC TTGGAGGGAA ACACGACATG GTTGTCAGAT TGGTGGTAGG 
AACGTTGCCG TGGGCGAGTC CGGTTTTCCT ACGCCTTGTA CTAGCTGCGT ATGCACGGCT 
GAGGGAACAC ATTGCGCGTC ATTAAGAGTA ACGGATTGCA ATCAACTTCT TCGAGAAGCA 
TCTCGAGAGG CGATTCTACG AGATGACGTA TGCACAGCAC AATGTGGCTT TATCCTGGCC 
GCTACGGATA GCTCGTCAAA TATACAATTT AAGACATCAA ACAACTTCCC CAGCTTTTCT 
CAACATCGAA GCAGCCTGCG AAGCTCATTT TCGTCATCTT TTAATGGCTT CAAGTTGCCG 
GATCTTTCGC AGTTTATCGG TTAG

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

RefSeq	XP_011498272.1
CDS	119..4042
Translation	MDKNFFCPGMNVPRQQSLPSGLSATSQLRSGRSYRPTAHEGLSSLAGVWSELVLRDISDPVRPRRNDEECCGPVPRHPECMPHVDGRGRCLGYWRAVPTLSAHGCQPEAREIMNGASGYLDGSDLYGANDDRLHKLRIYQGGKVDLTQCEFCGKIDSSIGQLYRAILSEHNRIAEKLAVINEHWDDTRLYLEARRAVVAQIQHVTLNEFVPSVLGEAGHADKELMPTRSGFYGGYSSTNRGGAIDAVALAALQALTSLKRHESSNLEQQLVLAANKVNLNVLEHETSSQGWEPSALLVHIARDHGMPSYINFVHFCSSGQVKLQNFTSLMNLVEPKDIILLQQIYSRVEDVDLFVGGILEIPTDGAAVGPTFVCLLRQQLIKLRNSDRFWYENDIPPSSLKSGQITEIRKVTLSGILCANSGITKIQSKSFIQQDPYLNVKINCNQHGLLDLSAWREEPITATVVDNHMTAAVTLTDSATSLASEINQDMIVAAIKKAEENLVLRKQLEYNSWLEQRIADPKSPAGTAASFSKANKDALLLANSSILYELATNELINGVHGLRRKKRQAFDAGDNILGFPNNEFNDILQNVDISGFITQKPPTNHEEIDCPVDDAACDPTTPYRTFSGHCNNLRNPSLAKSLTTFARLLPPIYEDGVSKPKITSVTGVPLPNPRVISTIIHPDISNLHNRYTLMVMQFAQFLDHDLTMTPIHKGFAESIPSCRACDSARTVHPECNPFPVPPNDHFYPTANISTGARLCIPSMRSLPGQQHLGPREQVNQNTGFLDASVIYGENNCIANILRGFSGRMNITSHPNRGKDLLPQSRTHPECKAPSGYCFIGGDGRASEQPGLAVMHTMWVREHNRVMEGLRQVNLHWDAEKLFQETRRVLSGMLQHVTYNEFLPRILGWNAVSLYGLKLLPQGYYKEYSPTCNPSVLNEFATAAYRIGHSLLRPHLPRMDRNYQNIDPPILLRDGFFNPDMLYQPEMIDEMIRGLVSTPMETLDQFITGEVTNHLFEQRGIPHSGVDLIALNIQRSRDHGIPGYNNYRALCNLKRAATFDDLSREMAPEVIARLKRVYSSVDDIDLFPGGMSERPLQGGLVGPTFACIIAIQFRQSRKCDRFWYETDDPNIRFSEHQLAEIRKTTLAKVMCENMDHHTDMQRAAFDLPSNFLNPRVPCGSMPQMNFEAWRETRHGCQIGGRNVAVGESGFPTPCTSCVCTAEGTHCASLRVTDCNQLLREASREAILRDDVCTAQCGFILAATDSSSNIQFKTSNNFPSFSQHRSSLRSSFSSSFNGFKLPDLSQFIG

Target ORF information:

RefSeq Version	XM_011499970.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali myeloperoxidase (LOC105362509), mRNA.

Target ORF information:

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

XM_011499970.1

ORF Insert Sequence:

ATGGATAAAA ATTTTTTTTG CCCAGGCATG AACGTGCCTC GCCAACAGTC CCTGCCAAGT 
GGACTCTCGG CGACGTCACA ACTACGTAGT GGCCGATCTT ACAGGCCCAC GGCCCACGAG 
GGTCTGAGCA GCCTCGCCGG AGTTTGGTCG GAACTCGTGT TGCGCGACAT CTCGGACCCC 
GTGAGGCCCA GGAGGAACGA CGAGGAGTGT TGCGGACCGG TACCGCGGCA TCCTGAATGC 
ATGCCCCACG TGGACGGACG CGGACGCTGC TTGGGTTATT GGCGCGCTGT GCCGACCCTC 
AGCGCCCACG GTTGTCAACC GGAGGCCCGA GAAATAATGA ACGGGGCCTC GGGCTACCTC 
GACGGCTCGG ACTTGTACGG TGCTAATGAC GATAGGCTCC ACAAGCTGCG AATATACCAG 
GGAGGCAAGG TCGACTTGAC CCAGTGCGAA TTTTGTGGCA AGATCGACTC GAGTATTGGC 
CAATTGTACC GAGCGATATT GTCCGAGCAT AATCGGATTG CCGAGAAATT GGCCGTTATC 
AACGAGCATT GGGATGATAC GAGGCTTTAC TTGGAGGCTC GCAGAGCTGT CGTTGCACAG 
ATACAACACG TGACGCTGAA CGAATTTGTG CCAAGTGTGT TGGGGGAGGC TGGTCACGCA 
GACAAGGAAC TTATGCCAAC CCGTAGTGGC TTTTATGGGG GATACTCGTC AACGAATCGC 
GGTGGTGCCA TAGACGCTGT TGCTCTCGCT GCATTGCAAG CTCTTACCTC GCTCAAGCGT 
CACGAAAGTT CAAATCTCGA GCAGCAGCTC GTACTGGCCG CCAATAAAGT CAACCTTAAT 
GTGCTCGAGC ATGAGACTTC ATCACAGGGT TGGGAGCCAA GTGCTCTGTT GGTGCACATT 
GCCCGAGATC ACGGGATGCC CAGTTACATA AACTTTGTAC ATTTTTGCTC ATCTGGGCAA 
GTCAAGCTTC AAAATTTCAC CAGCCTGATG AATTTAGTCG AGCCCAAAGA CATTATACTT 
CTTCAACAAA TTTATTCCCG AGTGGAAGAT GTAGATCTCT TTGTAGGTGG AATTCTTGAA 
ATTCCGACTG ATGGAGCAGC GGTTGGGCCT ACTTTTGTCT GTCTTTTACG TCAACAACTT 
ATCAAACTTC GAAATTCCGA TCGATTTTGG TATGAGAATG ATATTCCACC ATCGAGCCTA 
AAATCTGGTC AAATTACCGA GATACGTAAG GTAACATTGT CCGGTATATT ATGCGCTAAC 
TCGGGCATTA CGAAAATCCA GTCAAAATCC TTTATTCAAC AAGATCCTTA TCTAAATGTT 
AAAATTAACT GCAACCAACA TGGGCTTTTG GATTTGTCAG CTTGGAGGGA AGAGCCTATT 
ACAGCTACTG TTGTTGATAA TCACATGACA GCAGCGGTTA CCCTTACCGA CTCGGCTACG 
TCTCTCGCAT CTGAAATTAA TCAAGACATG ATCGTTGCCG CGATTAAAAA GGCTGAAGAG 
AATCTAGTGT TGAGAAAACA ATTGGAGTAC AATTCTTGGC TGGAACAAAG AATAGCTGAT 
CCGAAATCAC CGGCGGGCAC TGCGGCGAGC TTTTCTAAAG CTAATAAAGA TGCTTTGTTA 
CTAGCCAATT CGTCGATTTT ATATGAGCTT GCGACGAATG AGCTTATTAA TGGGGTCCAC 
GGTTTAAGAA GAAAAAAGCG ACAAGCTTTT GATGCTGGTG ATAATATTTT GGGTTTTCCT 
AACAACGAAT TCAATGATAT TCTTCAAAAT GTTGACATTT CTGGCTTTAT TACACAAAAG 
CCGCCAACAA ATCACGAAGA AATTGATTGC CCTGTCGATG ATGCCGCGTG TGACCCAACG 
ACCCCATATC GTACATTTTC TGGCCATTGT AATAATTTGC GAAATCCATC GCTTGCAAAG 
TCTTTGACAA CGTTTGCCAG ACTTTTGCCG CCAATATACG AAGACGGAGT TTCGAAACCA 
AAAATAACAT CTGTTACTGG AGTGCCTTTG CCAAATCCAA GAGTTATATC GACAATTATT 
CATCCGGATA TTTCTAATCT TCATAATCGC TATACGCTTA TGGTGATGCA GTTCGCTCAA 
TTTCTCGATC ACGATCTCAC CATGACACCC ATTCACAAGG GTTTTGCCGA GTCCATTCCT 
AGTTGTCGGG CTTGTGACTC GGCTCGTACA GTTCATCCCG AGTGCAATCC ATTCCCTGTA 
CCACCAAACG ATCACTTTTA TCCAACGGCC AACATCTCTA CGGGAGCAAG ACTCTGTATC 
CCATCGATGA GGTCACTCCC GGGTCAACAG CACCTTGGGC CTCGTGAGCA GGTTAATCAA 
AATACTGGCT TCCTCGATGC CTCGGTAATC TATGGCGAAA ATAATTGTAT AGCCAATATT 
TTGAGAGGCT TTAGTGGTCG CATGAATATA ACGAGTCATC CAAATCGCGG TAAAGACCTA 
CTGCCTCAGT CACGTACACA TCCAGAGTGC AAGGCTCCAT CAGGCTACTG TTTCATCGGA 
GGCGATGGAC GCGCTTCCGA ACAGCCAGGT TTAGCCGTAA TGCACACTAT GTGGGTTAGA 
GAGCATAACA GAGTAATGGA AGGCTTAAGG CAAGTTAATC TACATTGGGA CGCTGAAAAA 
CTCTTCCAGG AAACTCGTCG GGTCCTCAGT GGTATGTTAC AGCATGTTAC GTATAACGAG 
TTCCTTCCAC GTATACTCGG ATGGAACGCC GTTAGCCTTT ATGGGCTAAA ACTCTTACCC 
CAAGGATACT ACAAGGAATA TTCTCCGACT TGTAATCCAA GCGTTCTCAA TGAATTCGCA 
ACGGCTGCTT ATCGTATAGG TCACTCGCTT CTACGACCAC ATCTGCCAAG AATGGACCGT 
AACTACCAAA ACATCGATCC ACCAATACTA TTACGAGATG GCTTCTTTAA TCCCGATATG 
TTATATCAAC CGGAGATGAT TGACGAGATG ATTCGTGGTT TGGTATCTAC ACCTATGGAG 
ACGCTCGATC AGTTCATAAC CGGCGAGGTC ACAAATCACT TGTTTGAGCA GAGAGGAATT 
CCACACTCGG GCGTGGACCT TATTGCGCTA AATATCCAAC GATCGAGAGA TCACGGCATA 
CCAGGATACA ATAATTATAG AGCATTGTGT AATTTGAAAA GGGCGGCAAC TTTTGATGAT 
CTATCTAGAG AAATGGCACC GGAGGTTATT GCAAGATTGA AAAGGGTTTA CAGTTCTGTT 
GATGATATCG ATCTATTTCC AGGTGGTATG AGCGAGAGGC CATTGCAGGG CGGATTGGTC 
GGGCCGACGT TCGCCTGTAT AATTGCTATT CAATTTCGTC AATCGCGCAA GTGCGATCGC 
TTTTGGTACG AGACCGATGA TCCAAATATC CGCTTTAGTG AGCATCAGCT TGCCGAAATA 
CGTAAGACAA CTCTTGCTAA AGTAATGTGC GAGAATATGG ATCATCATAC GGATATGCAG 
AGGGCAGCTT TTGATTTGCC GAGTAACTTC TTAAATCCAC GAGTGCCGTG CGGTTCGATG 
CCTCAGATGA ATTTTGAGGC TTGGAGGGAA ACACGACATG GTTGTCAGAT TGGTGGTAGG 
AACGTTGCCG TGGGCGAGTC CGGTTTTCCT ACGCCTTGTA CTAGCTGCGT ATGCACGGCT 
GAGGGAACAC ATTGCGCGTC ATTAAGAGTA ACGGATTGCA ATCAACTTCT TCGAGAAGCA 
TCTCGAGAGG CGATTCTACG AGATGACGTA TGCACAGCAC AATGTGGCTT TATCCTGGCC 
GCTACGGATA GCTCGTCAAA TATACAATTT AAGACATCAA ACAACTTCCC CAGCTTTTCT 
CAACATCGAA GCAGCCTGCG AAGCTCATTT TCGTCATCTT TTAATGGCTT CAAGTTGCCG 
GATCTTTCGC AGTTTATCGG TTAG