LOC103334343 cDNA ORF clone, Prunus mume(Japanese apricot)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103334343
Entrez Gene ID	103334343
Full Name	uncharacterized LOC103334343
Gene Type	protein-coding
Organism	Prunus mume(Japanese apricot)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008237295.1	XP_008235517.1	uncharacterized protein LOC103334343

Pathways from BioSystems
Gene Ontology

The following LOC103334343 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103334343 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
OPr62058	XM_008237295.1 Latest version!	Prunus mume uncharacterized LOC103334343 (LOC103334343), 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)

LOC103334343 ( XM_008237295.1 ) cDNA ORF clone, Prunus mume(Japanese apricot) -> XP_008235517.1 Prunus mume uncharacterized LOC103334343 (LOC103334343), mRNA.

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CloneID	OPr62058
Clone ID Related Accession (Same CDS sequence)	XM_008237295.1
Accession Version	XM_008237295.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3801bp) 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	2016-05-10
Organism	Prunus mume(Japanese apricot)
Product	uncharacterized protein LOC103334343
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024131.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Prunus mume Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGCTAA GCAGGTCCGA GCATTTTTTT GATACCATGA CCAATGAGGT GCCTGGCCCA 
TCAGGTCAAT GGATCCAGAA AGAAGCAACC TTAGTTGTTC CAAACAAGGT TAAGAATGTA 
CACAATCACG TCTCTGTACA GACAGGGGAG GAATTTTCCA TGGAGTTTCT TCAGGATCGT 
TTTGCAGCAA GAAGAGTTCC TGCTGTGACT GATACGGTTG AGAGTTGTGA AAATAAGGTT 
GGATTGAATT ATAATCAGAA TTATCAGCTG GGCTATCAGG ATCTTACTGG TATTCTGGGG 
TTGAGGAGGA CGGATTCTGA GTGTGCATCT GATACATCTG ATTTTGCCTC GGCGAAAGGG 
TCGTGTAAAG AGATTGAAAA CGGCGTTTGT GTTGACAAGT TAAGCAGATG CAACAGGGAG 
GAAGTTGATA GCAGACAAGG ATCAAGGAAG GCTTTTGGAG AACTGAATTT TGACCGGGCT 
GGTTTTGGAT CAACTACCCT GCCTGTTTAT ATGTCTGAGT CCCCTCATTC CAACAACCTT 
AATGGGTCAG GAGTGTCGGA TGGTTCTCAA TCTGGGAAGA TGAAATTTCT TTGCAGCTTT 
GGTGGAAAAA TTTTGCCCAG GCCTAGCGAT GGGAAACTCA GGTATGTTGG GGGGGAGACA 
CGGATTATTT CCTTCAGGAA GAATATCTCG TGGGAAGAGC TTGTGGAAAA AACTTCTGGT 
TTTTGCAACC AACCTCATAC GATCAAGTAC CAGCTCCCAA GTGAGGATCT TGATGCTCTT 
ATATCTGTGT CATCTGATGA GGATCTTCAA AATATGATAG AGGAGTACCA TGGGCTTGAA 
AGGCATGAGG GTTCTCAGAG ACCACGGATC TTTTTGATTC CTTTAGGTGA ATCTGAAAAT 
ACATCTTCCT TTGAGGCAGA TAGCATACAA CAAAGCAACC CTGATTATCA ATATGTTGCT 
GCTGTAAATG GCATGATAGA TCCTAGTCCT AGGAAAAACA GTGGAGGGCA GAATTTGACT 
GAAGCAAGTC AACAGGGAAC CAAGACTTCG CTATTTCCTA TGGAGATTAA GAGTGATTCT 
AAAGTCTTGC ATCCTAATCA AATTTTGAGT GAATCCCAGA ATATGGCTAG GTCTGCCGTT 
CAATCTCCTT CTTTTTCTCC AATTACACAT CAACGAGGAG ATTCCAAGAG TGATCATTTA 
CAATCACGTG GTGTTAACTC ATGCCAGGGT AGTAATGAGA GCAGCAGTTC TTTTGTTAGT 
TCTCAACCAC CACCAGAGAA CTCTAGCATC AGCGCTGCAG GTTATAAAAA TCATCCACTG 
GGGACAATAA CTTTTATGGA ACCTGGCCAA CACTATGGAG GACATAGTCA CAACCGCAAT 
CCCAGCAAAG ATGCTGCATC TGCTTTAGCT TTTGGTCAAA ACGAAGGTGA TTTTGATGGA 
TTTTCTCATG AGAGGCCAGT CTATAAGGAA ACATTAACTC CTCCTGACAG GCCTATCTCA 
CACCCAGAAC ATCCAAAGGC TATGTTGTCA GGATCTAATG ATTCCATTGA TTGTCATCAT 
GGCATACCAC ATGCGTTTTC TGATTCAAAA CTGCAAGAGA ATGGAGGGAG GTCTATATAC 
TGTTCACAAG AAGGCATGAG CCCATCTTCC CCCTTAAACC TCCCAAAAGC TCAATTGTCA 
TTGCTGCTGA ACTCAGGTGC CTCACAAGAA AAGCCAACCC AACTGCATGA CAATATCGAA 
TCTTTCAATC CTCAGCTGCA AAATCAGTTA CATGGTATGG AGTCAATTGG ATTGCAGAGA 
AGACTGGATT TGCCAAATTC TTCTCCGTGT TTAGAATCTT TGGGCAGGAA TGAACATGCT 
CCCAAAGGTA ATGGTGATAT TCCTGAAAAA TACTGGACAT CTAAAAAGAA AGATTCTTTG 
CCTTCGGAAC TGACAAAGAA GTTTAATGAA AAGGATCCTT TCCTTCATCA AGATGAGACC 
CTTTATGGGA CAAGATCACC TGCCACTGGT GTTGAGTATC GGAATGGATT GCCTAATATA 
AATCCCAACC CAACATCTAG TTTTGCTTCT GGGGTTGTCA TTCCTGCAGC CATTAGTTTG 
AAACCTTTGG TAGATAACAA GATGGAGGAA CCTAAGAACT TCCAACATGA CAAAACCCCT 
ATCAATATTC TTGTCACGAG CCAAAGAACT GCCAATGATC AGGATTGTGC TTTGACAGGG 
ACTGCAAATG GTGAACAAGG ACAGGATGTT TCAGGGGCCA GGAATTCTGA AGTTGCAGGA 
TTATTTCCAA GTACTAGACA GCATTCTCGT AATGAAAATT CTTTGGCAGA TCTCATCTCA 
GGGTTGTCCG ATGGCCCAAA CTACCATGAA CCTGCACGTC CGCAACTTGT TGCGAGTCAA 
AAGGATGTAG GTTTCCAAGA ACCCCTGCTA ATACACTCTG CAAAGATGTA CCCGTCGACA 
GTTCTTGATG ACCCTGAGTT GCAAGACAGT GACCATAGGG TGTTGCAGAA CCCAATCCAA 
GATGCTGCAT TTAAAAGAGG GGTCTCTCTC ATTGACGATG ACTTTGTAAA TTGCCCTGAT 
GAGAATGCTG AGAAGTTGAG CTCGAATGTT GTTGAAAATG TTGCTCTGAG ACAACCAAAA 
TCCCTAACAA TGAGTAATGA TAAAAAGCAG TTGGAGTCAG TGATAATTGT GGAAGACGTA 
ACCGACACTA TTACTCCTGG CATCCAGTTT TCATCAGTAG TTTCCCCATA TTCTGTGGAT 
GAACCCATTG GTGATCTCAT ATCCCCTACT GCAACAGAGG TGGAGAGCAT CATTCCAGAT 
TCTGAATATG AGGATGATAG GGTCAGTGAG GGAGACAAGA GTGAATCATT TAGTGATGCA 
ATGATAGCTG AAATGGAAGC CAGCATCTAT GGCTTGCAGA TTATAAAAAA TGCTGATCTG 
GAAGAATTAC GGGAATTAGG ATCTGGTACA TATGGAACTG TGTATCATGG AAAATGGCGG 
GGAACAGATG TTGCGATCAA GCGAATTAAA AAGAGCTGTT TTGCAGGGAG ATCATCAGAG 
CAAGACCGAC TGACAAAAGA CTTCTGGAGA GAGGCGCAGA TCCTTTCAAA TCTTCATCAT 
CCAAATGTGG TTGCATTCTA TGGGGTAGTA CCTGACGGAG CTGGTGGTAC GTTGGCAACT 
GTAGCCGAAT TCATGGTCAA TGGGTCACTT AGGCATGCAC TACTTAAGAA GGATAGATCA 
CTTGACCGTC GTAGAAAGCT TATAATTGCA ATGGATGCAG CTTTCGGCAT GGAATACTTG 
CATTCAAAGA ATATTGTCCA TTTTGATTTG AAGTGTGACA ATCTGCTAGT CAACTTGAGG 
GATCCTCAAC GACCTATATG CAAGGTTGGA GATTTTGGTT TATCGAGAAT CAAACGCAAT 
ACTTTGGTAT CTGGTGGTGT GCGAGGAACT CTTCCTTGGA TGGCACCAGA ATTATTAAAT 
GGTAGCAGCA GCCGGGTTTC TGAGAAGGTG GATGTGTTCT CGTTTGGAAT TTCAATGTGG 
GAGATCTTGA CTGGGGAGGA ACCATACGCG AATATGCATT GTGGTGCCAT CATTGGGGGA 
ATCGTGAAGA ACACTCTTCG ACCTCCTATT CCAGAACGTT GTGATTCCGA GTGGAGGAGT 
CTGATGGAAC AGTGCTGGTC ACCTGATCCT GAAATCCGGC CATCATTCAC TGAGATAACT 
AACAGATTGC GAGCTATGTC TAATGCACTT CAGGCAAAGG CACCTCAGAA TCAGACAAGA 
CATATGAAGC CCAACGTTTG A

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

RefSeq	XP_008235517.1
CDS	681..4481
Translation	MQLSRSEHFFDTMTNEVPGPSGQWIQKEATLVVPNKVKNVHNHVSVQTGEEFSMEFLQDRFAARRVPAVTDTVESCENKVGLNYNQNYQLGYQDLTGILGLRRTDSECASDTSDFASAKGSCKEIENGVCVDKLSRCNREEVDSRQGSRKAFGELNFDRAGFGSTTLPVYMSESPHSNNLNGSGVSDGSQSGKMKFLCSFGGKILPRPSDGKLRYVGGETRIISFRKNISWEELVEKTSGFCNQPHTIKYQLPSEDLDALISVSSDEDLQNMIEEYHGLERHEGSQRPRIFLIPLGESENTSSFEADSIQQSNPDYQYVAAVNGMIDPSPRKNSGGQNLTEASQQGTKTSLFPMEIKSDSKVLHPNQILSESQNMARSAVQSPSFSPITHQRGDSKSDHLQSRGVNSCQGSNESSSSFVSSQPPPENSSISAAGYKNHPLGTITFMEPGQHYGGHSHNRNPSKDAASALAFGQNEGDFDGFSHERPVYKETLTPPDRPISHPEHPKAMLSGSNDSIDCHHGIPHAFSDSKLQENGGRSIYCSQEGMSPSSPLNLPKAQLSLLLNSGASQEKPTQLHDNIESFNPQLQNQLHGMESIGLQRRLDLPNSSPCLESLGRNEHAPKGNGDIPEKYWTSKKKDSLPSELTKKFNEKDPFLHQDETLYGTRSPATGVEYRNGLPNINPNPTSSFASGVVIPAAISLKPLVDNKMEEPKNFQHDKTPINILVTSQRTANDQDCALTGTANGEQGQDVSGARNSEVAGLFPSTRQHSRNENSLADLISGLSDGPNYHEPARPQLVASQKDVGFQEPLLIHSAKMYPSTVLDDPELQDSDHRVLQNPIQDAAFKRGVSLIDDDFVNCPDENAEKLSSNVVENVALRQPKSLTMSNDKKQLESVIIVEDVTDTITPGIQFSSVVSPYSVDEPIGDLISPTATEVESIIPDSEYEDDRVSEGDKSESFSDAMIAEMEASIYGLQIIKNADLEELRELGSGTYGTVYHGKWRGTDVAIKRIKKSCFAGRSSEQDRLTKDFWREAQILSNLHHPNVVAFYGVVPDGAGGTLATVAEFMVNGSLRHALLKKDRSLDRRRKLIIAMDAAFGMEYLHSKNIVHFDLKCDNLLVNLRDPQRPICKVGDFGLSRIKRNTLVSGGVRGTLPWMAPELLNGSSSRVSEKVDVFSFGISMWEILTGEEPYANMHCGAIIGGIVKNTLRPPIPERCDSEWRSLMEQCWSPDPEIRPSFTEITNRLRAMSNALQAKAPQNQTRHMKPNV

Target ORF information:

RefSeq Version	XM_008237295.1
Organism	Prunus mume(Japanese apricot)
Definition	Prunus mume uncharacterized LOC103334343 (LOC103334343), mRNA.

Target ORF information:

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

XM_008237295.1

ORF Insert Sequence:

ATGCAGCTAA GCAGGTCCGA GCATTTTTTT GATACCATGA CCAATGAGGT GCCTGGCCCA 
TCAGGTCAAT GGATCCAGAA AGAAGCAACC TTAGTTGTTC CAAACAAGGT TAAGAATGTA 
CACAATCACG TCTCTGTACA GACAGGGGAG GAATTTTCCA TGGAGTTTCT TCAGGATCGT 
TTTGCAGCAA GAAGAGTTCC TGCTGTGACT GATACGGTTG AGAGTTGTGA AAATAAGGTT 
GGATTGAATT ATAATCAGAA TTATCAGCTG GGCTATCAGG ATCTTACTGG TATTCTGGGG 
TTGAGGAGGA CGGATTCTGA GTGTGCATCT GATACATCTG ATTTTGCCTC GGCGAAAGGG 
TCGTGTAAAG AGATTGAAAA CGGCGTTTGT GTTGACAAGT TAAGCAGATG CAACAGGGAG 
GAAGTTGATA GCAGACAAGG ATCAAGGAAG GCTTTTGGAG AACTGAATTT TGACCGGGCT 
GGTTTTGGAT CAACTACCCT GCCTGTTTAT ATGTCTGAGT CCCCTCATTC CAACAACCTT 
AATGGGTCAG GAGTGTCGGA TGGTTCTCAA TCTGGGAAGA TGAAATTTCT TTGCAGCTTT 
GGTGGAAAAA TTTTGCCCAG GCCTAGCGAT GGGAAACTCA GGTATGTTGG GGGGGAGACA 
CGGATTATTT CCTTCAGGAA GAATATCTCG TGGGAAGAGC TTGTGGAAAA AACTTCTGGT 
TTTTGCAACC AACCTCATAC GATCAAGTAC CAGCTCCCAA GTGAGGATCT TGATGCTCTT 
ATATCTGTGT CATCTGATGA GGATCTTCAA AATATGATAG AGGAGTACCA TGGGCTTGAA 
AGGCATGAGG GTTCTCAGAG ACCACGGATC TTTTTGATTC CTTTAGGTGA ATCTGAAAAT 
ACATCTTCCT TTGAGGCAGA TAGCATACAA CAAAGCAACC CTGATTATCA ATATGTTGCT 
GCTGTAAATG GCATGATAGA TCCTAGTCCT AGGAAAAACA GTGGAGGGCA GAATTTGACT 
GAAGCAAGTC AACAGGGAAC CAAGACTTCG CTATTTCCTA TGGAGATTAA GAGTGATTCT 
AAAGTCTTGC ATCCTAATCA AATTTTGAGT GAATCCCAGA ATATGGCTAG GTCTGCCGTT 
CAATCTCCTT CTTTTTCTCC AATTACACAT CAACGAGGAG ATTCCAAGAG TGATCATTTA 
CAATCACGTG GTGTTAACTC ATGCCAGGGT AGTAATGAGA GCAGCAGTTC TTTTGTTAGT 
TCTCAACCAC CACCAGAGAA CTCTAGCATC AGCGCTGCAG GTTATAAAAA TCATCCACTG 
GGGACAATAA CTTTTATGGA ACCTGGCCAA CACTATGGAG GACATAGTCA CAACCGCAAT 
CCCAGCAAAG ATGCTGCATC TGCTTTAGCT TTTGGTCAAA ACGAAGGTGA TTTTGATGGA 
TTTTCTCATG AGAGGCCAGT CTATAAGGAA ACATTAACTC CTCCTGACAG GCCTATCTCA 
CACCCAGAAC ATCCAAAGGC TATGTTGTCA GGATCTAATG ATTCCATTGA TTGTCATCAT 
GGCATACCAC ATGCGTTTTC TGATTCAAAA CTGCAAGAGA ATGGAGGGAG GTCTATATAC 
TGTTCACAAG AAGGCATGAG CCCATCTTCC CCCTTAAACC TCCCAAAAGC TCAATTGTCA 
TTGCTGCTGA ACTCAGGTGC CTCACAAGAA AAGCCAACCC AACTGCATGA CAATATCGAA 
TCTTTCAATC CTCAGCTGCA AAATCAGTTA CATGGTATGG AGTCAATTGG ATTGCAGAGA 
AGACTGGATT TGCCAAATTC TTCTCCGTGT TTAGAATCTT TGGGCAGGAA TGAACATGCT 
CCCAAAGGTA ATGGTGATAT TCCTGAAAAA TACTGGACAT CTAAAAAGAA AGATTCTTTG 
CCTTCGGAAC TGACAAAGAA GTTTAATGAA AAGGATCCTT TCCTTCATCA AGATGAGACC 
CTTTATGGGA CAAGATCACC TGCCACTGGT GTTGAGTATC GGAATGGATT GCCTAATATA 
AATCCCAACC CAACATCTAG TTTTGCTTCT GGGGTTGTCA TTCCTGCAGC CATTAGTTTG 
AAACCTTTGG TAGATAACAA GATGGAGGAA CCTAAGAACT TCCAACATGA CAAAACCCCT 
ATCAATATTC TTGTCACGAG CCAAAGAACT GCCAATGATC AGGATTGTGC TTTGACAGGG 
ACTGCAAATG GTGAACAAGG ACAGGATGTT TCAGGGGCCA GGAATTCTGA AGTTGCAGGA 
TTATTTCCAA GTACTAGACA GCATTCTCGT AATGAAAATT CTTTGGCAGA TCTCATCTCA 
GGGTTGTCCG ATGGCCCAAA CTACCATGAA CCTGCACGTC CGCAACTTGT TGCGAGTCAA 
AAGGATGTAG GTTTCCAAGA ACCCCTGCTA ATACACTCTG CAAAGATGTA CCCGTCGACA 
GTTCTTGATG ACCCTGAGTT GCAAGACAGT GACCATAGGG TGTTGCAGAA CCCAATCCAA 
GATGCTGCAT TTAAAAGAGG GGTCTCTCTC ATTGACGATG ACTTTGTAAA TTGCCCTGAT 
GAGAATGCTG AGAAGTTGAG CTCGAATGTT GTTGAAAATG TTGCTCTGAG ACAACCAAAA 
TCCCTAACAA TGAGTAATGA TAAAAAGCAG TTGGAGTCAG TGATAATTGT GGAAGACGTA 
ACCGACACTA TTACTCCTGG CATCCAGTTT TCATCAGTAG TTTCCCCATA TTCTGTGGAT 
GAACCCATTG GTGATCTCAT ATCCCCTACT GCAACAGAGG TGGAGAGCAT CATTCCAGAT 
TCTGAATATG AGGATGATAG GGTCAGTGAG GGAGACAAGA GTGAATCATT TAGTGATGCA 
ATGATAGCTG AAATGGAAGC CAGCATCTAT GGCTTGCAGA TTATAAAAAA TGCTGATCTG 
GAAGAATTAC GGGAATTAGG ATCTGGTACA TATGGAACTG TGTATCATGG AAAATGGCGG 
GGAACAGATG TTGCGATCAA GCGAATTAAA AAGAGCTGTT TTGCAGGGAG ATCATCAGAG 
CAAGACCGAC TGACAAAAGA CTTCTGGAGA GAGGCGCAGA TCCTTTCAAA TCTTCATCAT 
CCAAATGTGG TTGCATTCTA TGGGGTAGTA CCTGACGGAG CTGGTGGTAC GTTGGCAACT 
GTAGCCGAAT TCATGGTCAA TGGGTCACTT AGGCATGCAC TACTTAAGAA GGATAGATCA 
CTTGACCGTC GTAGAAAGCT TATAATTGCA ATGGATGCAG CTTTCGGCAT GGAATACTTG 
CATTCAAAGA ATATTGTCCA TTTTGATTTG AAGTGTGACA ATCTGCTAGT CAACTTGAGG 
GATCCTCAAC GACCTATATG CAAGGTTGGA GATTTTGGTT TATCGAGAAT CAAACGCAAT 
ACTTTGGTAT CTGGTGGTGT GCGAGGAACT CTTCCTTGGA TGGCACCAGA ATTATTAAAT 
GGTAGCAGCA GCCGGGTTTC TGAGAAGGTG GATGTGTTCT CGTTTGGAAT TTCAATGTGG 
GAGATCTTGA CTGGGGAGGA ACCATACGCG AATATGCATT GTGGTGCCAT CATTGGGGGA 
ATCGTGAAGA ACACTCTTCG ACCTCCTATT CCAGAACGTT GTGATTCCGA GTGGAGGAGT 
CTGATGGAAC AGTGCTGGTC ACCTGATCCT GAAATCCGGC CATCATTCAC TGAGATAACT 
AACAGATTGC GAGCTATGTC TAATGCACTT CAGGCAAAGG CACCTCAGAA TCAGACAAGA 
CATATGAAGC CCAACGTTTG A