LOC103446848 cDNA ORF clone, Malus domestica(apple)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103446848
Entrez Gene ID	103446848
Full Name	putative disease resistance RPP13-like protein 1
Gene Type	protein-coding
Organism	Malus domestica(apple)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029099377.1	XP_028955210.1	putative disease resistance RPP13-like protein 1
XM_008386005.2	XP_008384227.1	putative disease resistance RPP13-like protein 1

Pathways from BioSystems
Gene Ontology

The following LOC103446848 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103446848 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
OMa114812	XM_008386005.2 Latest version!	Malus x domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMa421854	XM_029099377.1 Latest version!	Malus domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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)

LOC103446848 ( XM_008386005.2 ) cDNA ORF clone, Malus domestica(apple) -> XP_008384227.1 Malus x domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.

Price & Availability↑

CloneID	OMa114812
Clone ID Related Accession (Same CDS sequence)	XM_008386005.2
Accession Version	XM_008386005.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3735bp) 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	2016-06-21
Organism	Malus domestica(apple)
Product	putative disease resistance RPP13-like protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024248.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 22, 2016 this sequence version replaced XM_008386005.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Malus domestica Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGGCTTTGG TTGGAGAGGC TTTGCTATCC GGTTCGATCA AGGTGTTGTG CGACAAGATT 
GCCTCCGGAC AGTTCATGGA CTTCTTCCGG GCAAGAAGAC TCGACTATTC ACTCATGGAC 
AGACTGGAGG TGACGTTGAT GACCCTCCAT GCAGTGCTCA ACGATGCAGA GGAGAAGCAG 
ATCGTCAACC CTGCCGTCGG GATGTGGCTA GACGAGCTCA AACATGCTGT GTTCGATGCC 
GAGGACTTGG TGGATGAGCT TGATACTGAA GATTTGCGTC GCAAGGCCAA AGATCAGACT 
AAGAAAATCC AGGTGCGGGA CATCCTTTCT ACCTCCCTTA ATCCTTTTCA TTATAAATCC 
TTGAATCGTA GAATAGAAGA TTTGTTCAAC AAGTTGGAAC ACCTTGCAAA ACAAAAAGAC 
AACCTCGGTC TTAGAGGAGG TGTTGGGGGC AATGTTTCAC AAAGAACTCC CACAACTTCT 
GTTGTTGAGG ACGAATTTTG TACCTATGGA AGGGATGGCG ATATAGAAAA GTTAAAATCT 
CTACTGCTGC TATCTGACAA TGAAAGTAGC AGTAATTTTT CTGTAGTCCC TATAGTCGGA 
ATGGGCGGGG TTGGTAAGAC AACTCTTGCT CAACTCCTTT ACAATGATGA ACAAGTTAAA 
GACCACTTTG ATACTCATGC TTGGGTTTGT GTTTCCGAAC AGTATGAGGG TTTGAGGGTT 
ATTAARACCC TTATTGAGGA AATCACYAAA AARCCTTGTG ACAATTTGGA GATGAATTCC 
CTTGAAGTTC AACTAAGGGA ACARCTGAGG GGAAAGAGAK TTTTACTTGT CTTGGATGAC 
CTTTGGAATG AAAAYTATRA TGASTGGGAG CGTCTACGAA TTCTTTTCAC GTATGGGGCA 
AAGGGAAGYA AGGTCATTGT AACAACAAGG AGTAGACGTG TTGCATCCAT TGTGCACAAT 
ACTATTCCTA TTCACAACTT AGAAAAWTTG TCAGATGAAG ATTGTTGGTT GTTACTAGCA 
AAACATGCAT TTAGAAATGA AAACCCCTAT AAACATCCAA ACTTGGTTGA AATTGGTAAG 
CAAATTGCAC GTAAGTGCAA CGGTTTGCCT CTAGCTGCAA AAACGCTAGG GGGTCTCTTA 
AGTTGCAACC TAGACTACAA GGAATGGAAT CACATATTGA ATAGCAATCT TTGGGATCTA 
CCGCATGCTG ATAGTGTTCT TCCTTCTCTA AGATTGAGCT ACCACTATCT TCCAACTTAC 
TTGAAACGAT GCTTTGCTTA TTGCTCAATT TTTCCAAAAG ACTATGAATT TGAAAAAGAG 
AATGTAATTC CACTATGGAT GGCAGAAGGC TTAATTCCTA ATGCAAAGAA CGAGAAAGCT 
ATGGAGGAGG TTGGTGAAAG ATACTTTGAC GAACTGTTAT CGCGGTCACT ATTTCAAAGA 
CCAAGATTGG ATCAACCAAG TTTCACAATG CATGATCTTA TCAATGACTT GGCTATGTTT 
GTGTCTGGAG AGTTTTGTTT AAGGTTGGAT CAGAAAAATT CACATGAAGT TCCTAAAAGA 
GTTCGCCACT TGTCGTATAT GCGAGGAAAA TTTGATACAT CTCCAAAATT TGAGCCACTA 
GAAGGAGTCA AGTGTTTGCG TACCTTCTTT CCAGCGTCTT TAGCACCATA TTACCGTTGG 
GATCATGAAT ATGTAAGCAA CAAGGTTCTA GATGATTTAC TACCAGCACA AAAATATTTA 
CGAGCATTTT CATTGTCAAG ATACAAAAAC ATCACTCACT TACCTGATTC CATTGGTAAC 
CACATACACT TGCGCTACAT TGATCTCTCT TATACGACAA TTAAAAGGTT ACCAGATACA 
GTGTGTACCC TCTACAATTT ACAAACTCTG TTGTTGTTCG GTTGTTCTTC TCTTGTTGAA 
TTGCCTGCAG ACATGAGGAA ATTGATTCAT TTGCGTCATC TTGATATTGG TGGAACTAAC 
ATAAAAGAGA TGCCTGTGCA TATGGGTAGA CTAAAAAGTT TGAGAACACT GACAGCTTTT 
GTGTTGGGGA AATCTTCTGG GTCAAGCATT GCAGAATTGA GGGAGTTGTC GCACCTTGGA 
AGAAAAATTT CTATCTTGAA TCTGCAAAAT GTAGTCGGTG CTATTGATGC CTTGCTGGAG 
GATAAGAAAG ATCTCAACGA GGTAGAGTTG TCATGGGGTC GTGTGGTTTC CAATGATTCC 
GTAAAAGAGA GATATGTGCT CGAAAGACTT CAACCTTCGG TAAATTTGGT GAAGCTAACC 
ATCAGGTGTT ATGGCGGAAT CAGTTTCCCG AATTGGGTGG GAGACTCGTC CTTCTCCAAC 
TTACAAGTGA TGCGTCTCAG TGACTGTGGT AATTGCAGTT CATTGCCACC AGTTGGTCAG 
CTACCTGCTC TGAAAGAGCT CTACGTAGAA AGGATGAAAG TTGTTAAGAG TGTTGGTGTT 
GAGTTGTACG GCGGAAATCA ACCATTTCAA TGTTTAGAGA AGTTAGAGTT TTGGGAGATG 
CCAGAGTGGG AGGAATGGCA GCCAAGTCCA AGTGGAGGTG AAAGTCCAGA CTTTCCTCGT 
CTTGAGGAGC TGAGGTTATT CTCATGTCCG AAGCTGAGAG GAAACATGCC CATTCGTCTT 
CCTTCCTTGA AAATACTTCA GGTCTTGGCA TGTGAGGTTC TACATGAAAA CAGGGCCAGT 
AATACCCTGA ACGCGGAATC CTTACGGGAA TCTCTTAAAG AACTGACAAT AAAGGGATGC 
CCGGGTCTCT CATTATTACT AGAGTCGACG GAGACGCTGC CATCGCTTCA GATGCTGCGT 
ATTGGTAGTG TTGGTGGAAG CAAATGGTTG CCGCAAMTGA TGCACAACAG CAATCGTCTT 
CAAAGTTTGA CATTATGGGG ATGTTCCTCA CTCTTGTCGT TCCCTACAAA TGGTCTGCCC 
ACCACGCTGA CGTCACTCGG TATAGAAAAT TGCAAGAAAT TAGAATTCCT ATCAGGTGAG 
ATGATGGCCA CATTGACTAM CCTTCAGTCT TTGAGTCTAT CCGACAGCTG TGATTCTCTG 
AGGTCGTTCC CTTTGGGCAT TTTCCCCAAC CTTTCATCTC TTTSTATCGG TAATTGTGAG 
AATCTGGAAT CTCTTTCAGT TGMAGGAGGA GCAGATGAAA ATCTCAGCCA TCTCAACTCC 
CTGGATATTA ATGGATGTCR AAATCTTGTC TCTTTTCCCG ACGGGGGATT GCCCACTCCC 
AACCTCACTT CCTTTCAAGT CTTATACTGT GACAATTTGA AGTTGTTGCC GGACCGCATG 
CACACCCTCA CCGCCCTTCA AGATTTGGGG ATAGCCAATC TTCCAAATGT GGTGTCATTT 
GCACAAGGGG GTTTGCCTCC CAACCTACAA TCATTTGGGA TCGTCGGAGT AAGCAAGGAT 
CTGGTGGAGA CGYTGCTCAA TGAACAGCTG CTCCCTGCCA CTCTTCACCA TCTCGAAATC 
TGTGGTGTAT GGAATCTGAA ATCTTTGGAC GGAAAGGGAC TTGAGCACCT TACTTCTCTT 
CAAAAGCTAG AAATTTCAGG CTGCSAGAGT CTCGAATTCC TGCCAAAAGA GGGTTTGCCG 
GCATCTCTTT CTTATCTGAG CATCGAGGGT TGTCCTTCTC TGAAGAAGAA GTATCGGAAC 
AAGAAGGGAA AAGATTGGAG AAACATAGCT CGCATTCCTT GCATAAACAT AGATGATGAA 
ATCACYATCA TATGA

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

RefSeq	XP_008384227.1
CDS	1..3735
Translation	MALVGEALLSGSIKVLCDKIASGQFMDFFRARRLDYSLMDRLEVTLMTLHAVLNDAEEKQIVNPAVGMWLDELKHAVFDAEDLVDELDTEDLRRKAKDQTKKIQVRDILSTSLNPFHYKSLNRRIEDLFNKLEHLAKQKDNLGLRGGVGGNVSQRTPTTSVVEDEFCTYGRDGDIEKLKSLLLLSDNESSSNFSVVPIVGMGGVGKTTLAQLLYNDEQVKDHFDTHAWVCVSEQYEGLRVInullTLIEEInullKnullPCDNLEMNSLEVQLREnullLRGKRnullLLVLDDLWNEnullYnullnullWERLRILFTYGAKGnullKVIVTTRSRRVASIVHNTIPIHNLEnullLSDEDCWLLLAKHAFRNENPYKHPNLVEIGKQIARKCNGLPLAAKTLGGLLSCNLDYKEWNHILNSNLWDLPHADSVLPSLRLSYHYLPTYLKRCFAYCSIFPKDYEFEKENVIPLWMAEGLIPNAKNEKAMEEVGERYFDELLSRSLFQRPRLDQPSFTMHDLINDLAMFVSGEFCLRLDQKNSHEVPKRVRHLSYMRGKFDTSPKFEPLEGVKCLRTFFPASLAPYYRWDHEYVSNKVLDDLLPAQKYLRAFSLSRYKNITHLPDSIGNHIHLRYIDLSYTTIKRLPDTVCTLYNLQTLLLFGCSSLVELPADMRKLIHLRHLDIGGTNIKEMPVHMGRLKSLRTLTAFVLGKSSGSSIAELRELSHLGRKISILNLQNVVGAIDALLEDKKDLNEVELSWGRVVSNDSVKERYVLERLQPSVNLVKLTIRCYGGISFPNWVGDSSFSNLQVMRLSDCGNCSSLPPVGQLPALKELYVERMKVVKSVGVELYGGNQPFQCLEKLEFWEMPEWEEWQPSPSGGESPDFPRLEELRLFSCPKLRGNMPIRLPSLKILQVLACEVLHENRASNTLNAESLRESLKELTIKGCPGLSLLLESTETLPSLQMLRIGSVGGSKWLPQnullMHNSNRLQSLTLWGCSSLLSFPTNGLPTTLTSLGIENCKKLEFLSGEMMATLTnullLQSLSLSDSCDSLRSFPLGIFPNLSSLnullIGNCENLESLSVnullGGADENLSHLNSLDINGCnullNLVSFPDGGLPTPNLTSFQVLYCDNLKLLPDRMHTLTALQDLGIANLPNVVSFAQGGLPPNLQSFGIVGVSKDLVETnullLNEQLLPATLHHLEICGVWNLKSLDGKGLEHLTSLQKLEISGCnullSLEFLPKEGLPASLSYLSIEGCPSLKKKYRNKKGKDWRNIARIPCINIDDEInullII

Target ORF information:

RefSeq Version	XM_008386005.2
Organism	Malus domestica(apple)
Definition	Malus x domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.

Target ORF information:

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

XM_008386005.2

ORF Insert Sequence:

ATGGCTTTGG TTGGAGAGGC TTTGCTATCC GGTTCGATCA AGGTGTTGTG CGACAAGATT 
GCCTCCGGAC AGTTCATGGA CTTCTTCCGG GCAAGAAGAC TCGACTATTC ACTCATGGAC 
AGACTGGAGG TGACGTTGAT GACCCTCCAT GCAGTGCTCA ACGATGCAGA GGAGAAGCAG 
ATCGTCAACC CTGCCGTCGG GATGTGGCTA GACGAGCTCA AACATGCTGT GTTCGATGCC 
GAGGACTTGG TGGATGAGCT TGATACTGAA GATTTGCGTC GCAAGGCCAA AGATCAGACT 
AAGAAAATCC AGGTGCGGGA CATCCTTTCT ACCTCCCTTA ATCCTTTTCA TTATAAATCC 
TTGAATCGTA GAATAGAAGA TTTGTTCAAC AAGTTGGAAC ACCTTGCAAA ACAAAAAGAC 
AACCTCGGTC TTAGAGGAGG TGTTGGGGGC AATGTTTCAC AAAGAACTCC CACAACTTCT 
GTTGTTGAGG ACGAATTTTG TACCTATGGA AGGGATGGCG ATATAGAAAA GTTAAAATCT 
CTACTGCTGC TATCTGACAA TGAAAGTAGC AGTAATTTTT CTGTAGTCCC TATAGTCGGA 
ATGGGCGGGG TTGGTAAGAC AACTCTTGCT CAACTCCTTT ACAATGATGA ACAAGTTAAA 
GACCACTTTG ATACTCATGC TTGGGTTTGT GTTTCCGAAC AGTATGAGGG TTTGAGGGTT 
ATTAARACCC TTATTGAGGA AATCACYAAA AARCCTTGTG ACAATTTGGA GATGAATTCC 
CTTGAAGTTC AACTAAGGGA ACARCTGAGG GGAAAGAGAK TTTTACTTGT CTTGGATGAC 
CTTTGGAATG AAAAYTATRA TGASTGGGAG CGTCTACGAA TTCTTTTCAC GTATGGGGCA 
AAGGGAAGYA AGGTCATTGT AACAACAAGG AGTAGACGTG TTGCATCCAT TGTGCACAAT 
ACTATTCCTA TTCACAACTT AGAAAAWTTG TCAGATGAAG ATTGTTGGTT GTTACTAGCA 
AAACATGCAT TTAGAAATGA AAACCCCTAT AAACATCCAA ACTTGGTTGA AATTGGTAAG 
CAAATTGCAC GTAAGTGCAA CGGTTTGCCT CTAGCTGCAA AAACGCTAGG GGGTCTCTTA 
AGTTGCAACC TAGACTACAA GGAATGGAAT CACATATTGA ATAGCAATCT TTGGGATCTA 
CCGCATGCTG ATAGTGTTCT TCCTTCTCTA AGATTGAGCT ACCACTATCT TCCAACTTAC 
TTGAAACGAT GCTTTGCTTA TTGCTCAATT TTTCCAAAAG ACTATGAATT TGAAAAAGAG 
AATGTAATTC CACTATGGAT GGCAGAAGGC TTAATTCCTA ATGCAAAGAA CGAGAAAGCT 
ATGGAGGAGG TTGGTGAAAG ATACTTTGAC GAACTGTTAT CGCGGTCACT ATTTCAAAGA 
CCAAGATTGG ATCAACCAAG TTTCACAATG CATGATCTTA TCAATGACTT GGCTATGTTT 
GTGTCTGGAG AGTTTTGTTT AAGGTTGGAT CAGAAAAATT CACATGAAGT TCCTAAAAGA 
GTTCGCCACT TGTCGTATAT GCGAGGAAAA TTTGATACAT CTCCAAAATT TGAGCCACTA 
GAAGGAGTCA AGTGTTTGCG TACCTTCTTT CCAGCGTCTT TAGCACCATA TTACCGTTGG 
GATCATGAAT ATGTAAGCAA CAAGGTTCTA GATGATTTAC TACCAGCACA AAAATATTTA 
CGAGCATTTT CATTGTCAAG ATACAAAAAC ATCACTCACT TACCTGATTC CATTGGTAAC 
CACATACACT TGCGCTACAT TGATCTCTCT TATACGACAA TTAAAAGGTT ACCAGATACA 
GTGTGTACCC TCTACAATTT ACAAACTCTG TTGTTGTTCG GTTGTTCTTC TCTTGTTGAA 
TTGCCTGCAG ACATGAGGAA ATTGATTCAT TTGCGTCATC TTGATATTGG TGGAACTAAC 
ATAAAAGAGA TGCCTGTGCA TATGGGTAGA CTAAAAAGTT TGAGAACACT GACAGCTTTT 
GTGTTGGGGA AATCTTCTGG GTCAAGCATT GCAGAATTGA GGGAGTTGTC GCACCTTGGA 
AGAAAAATTT CTATCTTGAA TCTGCAAAAT GTAGTCGGTG CTATTGATGC CTTGCTGGAG 
GATAAGAAAG ATCTCAACGA GGTAGAGTTG TCATGGGGTC GTGTGGTTTC CAATGATTCC 
GTAAAAGAGA GATATGTGCT CGAAAGACTT CAACCTTCGG TAAATTTGGT GAAGCTAACC 
ATCAGGTGTT ATGGCGGAAT CAGTTTCCCG AATTGGGTGG GAGACTCGTC CTTCTCCAAC 
TTACAAGTGA TGCGTCTCAG TGACTGTGGT AATTGCAGTT CATTGCCACC AGTTGGTCAG 
CTACCTGCTC TGAAAGAGCT CTACGTAGAA AGGATGAAAG TTGTTAAGAG TGTTGGTGTT 
GAGTTGTACG GCGGAAATCA ACCATTTCAA TGTTTAGAGA AGTTAGAGTT TTGGGAGATG 
CCAGAGTGGG AGGAATGGCA GCCAAGTCCA AGTGGAGGTG AAAGTCCAGA CTTTCCTCGT 
CTTGAGGAGC TGAGGTTATT CTCATGTCCG AAGCTGAGAG GAAACATGCC CATTCGTCTT 
CCTTCCTTGA AAATACTTCA GGTCTTGGCA TGTGAGGTTC TACATGAAAA CAGGGCCAGT 
AATACCCTGA ACGCGGAATC CTTACGGGAA TCTCTTAAAG AACTGACAAT AAAGGGATGC 
CCGGGTCTCT CATTATTACT AGAGTCGACG GAGACGCTGC CATCGCTTCA GATGCTGCGT 
ATTGGTAGTG TTGGTGGAAG CAAATGGTTG CCGCAAMTGA TGCACAACAG CAATCGTCTT 
CAAAGTTTGA CATTATGGGG ATGTTCCTCA CTCTTGTCGT TCCCTACAAA TGGTCTGCCC 
ACCACGCTGA CGTCACTCGG TATAGAAAAT TGCAAGAAAT TAGAATTCCT ATCAGGTGAG 
ATGATGGCCA CATTGACTAM CCTTCAGTCT TTGAGTCTAT CCGACAGCTG TGATTCTCTG 
AGGTCGTTCC CTTTGGGCAT TTTCCCCAAC CTTTCATCTC TTTSTATCGG TAATTGTGAG 
AATCTGGAAT CTCTTTCAGT TGMAGGAGGA GCAGATGAAA ATCTCAGCCA TCTCAACTCC 
CTGGATATTA ATGGATGTCR AAATCTTGTC TCTTTTCCCG ACGGGGGATT GCCCACTCCC 
AACCTCACTT CCTTTCAAGT CTTATACTGT GACAATTTGA AGTTGTTGCC GGACCGCATG 
CACACCCTCA CCGCCCTTCA AGATTTGGGG ATAGCCAATC TTCCAAATGT GGTGTCATTT 
GCACAAGGGG GTTTGCCTCC CAACCTACAA TCATTTGGGA TCGTCGGAGT AAGCAAGGAT 
CTGGTGGAGA CGYTGCTCAA TGAACAGCTG CTCCCTGCCA CTCTTCACCA TCTCGAAATC 
TGTGGTGTAT GGAATCTGAA ATCTTTGGAC GGAAAGGGAC TTGAGCACCT TACTTCTCTT 
CAAAAGCTAG AAATTTCAGG CTGCSAGAGT CTCGAATTCC TGCCAAAAGA GGGTTTGCCG 
GCATCTCTTT CTTATCTGAG CATCGAGGGT TGTCCTTCTC TGAAGAAGAA GTATCGGAAC 
AAGAAGGGAA AAGATTGGAG AAACATAGCT CGCATTCCTT GCATAAACAT AGATGATGAA 
ATCACYATCA TATGA

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

LOC103446848 ( XM_029099377.1 ) cDNA ORF clone, Malus domestica(apple) -> XP_028955210.1 Malus domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.

Price & Availability↑

CloneID	OMa421854
Clone ID Related Accession (Same CDS sequence)	XM_029099377.1
Accession Version	XM_029099377.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3735bp) 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	2019-05-02
Organism	Malus domestica(apple)
Product	putative disease resistance RPP13-like protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041791.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Malus domestica Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTTGG TTGGAGAGGC TTTGCTATCC GGTTCGATCA AGGTGTTGTG CGACAAGATT 
GCCTCCGGAC AGTTCATGGA CTTCTTCCGG GCAAGAAGAC TCGACTATTC ACTCATGGAC 
AGACTGGAGG TGACGTTGAT GACCCTCCAT GCAGTGCTCA ACGATGCAGA GGAGAAGCAG 
ATCGTCAACC CTGCCGTCGG GATGTGGCTA GACGAGCTCA AACATGCTGT GTTCGATGCC 
GAGGACTTGG TGGATGAGCT TGATACTGAA GATTTGCGTC GCAAGGCCAA AGATCAGACT 
AAGAAAATCC AGGTGCGGGA CATCCTTTCT ACCTCCCTTA ATCCTTTTCA TTATAAATCC 
TTGAATCGTA GAATAGAAGA TTTGTTCAAC AAGTTGGAAC ACCTTGCAAA ACAAAAAGAC 
AACCTCGGTC TTAGAGGAGG TGTTGGGGGC AATGTTTCAC AAAGAACTCC CACAACTTCT 
GTTGTTGAGG ACGAATTTTG TACCTATGGA AGGGATGGCG ATATAGAAAA GTTAAAATCT 
CTACTGCTGC TATCTGACAA TGAAAGTAGC AGTAATTTTT CTGTAGTCCC TATAGTCGGA 
ATGGGCGGGG TTGGTAAGAC AACTCTTGCT CAACTCCTTT ACAATGATGA ACAAGTTAAA 
GACCACTTTG ATACTCATGC TTGGGTTTGT GTTTCCGAAC AGTATGAGGG TTTGAGGGTT 
ATTAAGACCC TTATTGAGGA AATCACTAAA AAGCCTTGTG ACAATTTGGA GATGAATTCC 
CTTGAAGTTC AACTAAGGGA ACAGCTGAGG GGAAAGAGAG TTTTACTTGT CTTGGATGAC 
CTTTGGAATG AAAATTATAA TGAGTGGGAG CGTCTACGAA TTCTTTTCAC GTATGGGGCA 
AAGGGAAGCA AGGTCATTGT AACAACAAGG AGTAGACGTG TTGCATCCAT TGTGCACAAT 
ACTATTCCTA TTCACAACTT AGAAAATTTG TCAGATGAAG ATTGTTGGTT GTTACTAGCA 
AAACATGCAT TTAGAAATGA AAACCCCTAT GAACATCCAA ACTTGGTTGA AATTGGTAAG 
CAAATTGCAC GTAAGTGCAA CGGTTTGCCT CTAGCTGCAA AAACGCTAGG GGGTCTCTTA 
AGTTGCAACC TAGACTACAA GGAATGGAAT CACATATTGA ATAGCAATCT TTGGGATCTA 
CCGCATGCTG ATAGTGTTCT TCCTTCTCTA AGATTGAGCT ACCACTATCT TCCAACTTAC 
TTGAAACGAT GCTTTGCTTA TTGCTCAATT TTTCCAAAAG ACTATGAATT TGAAAAAGAG 
AATGTAATTC CACTATGGAT GGCAGAAGGC TTAATTCCTA ATGCAAAGAA CGAGAAAGCT 
ATGGAGGAGG TTGGTGAAAG ATACTTTGAC GAACTGTTAT CGCGGTCACT ATTTCAAAGA 
CCAAGATTGG ATCAACCAAG TTTCACAATG CATGATCTTA TCAATGACTT GGCTATGTTT 
GTGTCTGGAG AGTTTTGTTT AAGGTTGGAT CAGAAAAATT CACATGAAGT TCCTAAAAGA 
GTTCGCCACT TGTCGTATAT GCGAGGAAAA TTTGATACAT CTCCAAAATT TGAGCCACTA 
GAAGGAGTCA AGTGTTTGCG TACCTTCTTT CCAGCGTCTT TAGCACCATA TTACCGTTGG 
GATCATGAAT ATGTAAGCAA CAAGGTTCTA GATGATTTAC TACCAGCACA AAAATATTTA 
CGAGCATTTT CATTGTCAAG ATACAAAAAC ATCACTCACG TACCTGATTC CATTGGTAAC 
CACATACACT TGCGCTACAT TGATCTCTCT TATACGACAA TTAAAAGGTT ACCAGATACA 
GTGTGTACCC TCTACAATTT ACAAACTCTG TTGTTGTTCG GTTGTTCTTC TCTTGTTGAA 
TTGCCTGCAG ACATGAGGAA ATTGATTCAT TTGCGTCATC TTGATATTGG TGGAACTAAC 
ATAAAAGAGA TGCCTGTGCA TATGGGTAGA CTAAAAAGTT TGAGAACACT GACAGCTTTT 
GTGTTGGGGA AATCTTCTGG GTCAAGCATT GCAGAATTGA GGGAGTTGTC GCACCTTGGA 
AGAAAAATTT CTATCTTGAA TCTGCAAAAT GTAGTCGGTG CTATTGATGC CTTGCTGGAG 
GATAAGAAAG ATCTCAACGA GGTAGAGTTG TCATGGGGTC GTGTGGTTTC CAATGATTCC 
GTAAAAGAGA GATATGTGCT CGAAAGACTT CAACCTTCGG TAAATTTGGT GAAGCTAACC 
ATCAGGTGTT ATGGCGGAAT CAGTTTCCCG AATTGGGTGG GAGACTCGTC CTTCTCCAAC 
TTACAAGTGA TGCGTCTCAG TGACTGTGGT AATTGCAGTT CATTGCCACC AGTTGGTCAG 
CTACCTGCTC TGAAAGAGCT CTACGTAGAA AGGATGAAAG TTGTTAAGAG TGTTGGTGTT 
GAGTTGTACG GCGGAAATCA ACCATTTCAA TGTTTAGAGA AGTTAGAGTT TTGGGAGATG 
CCAGAGTGGG AGGAATGGCA GCCAAGTCCA AGTGGAGGTG AAAGTCCAGA CTTTCCTCGT 
CTTGAGGAGC TGAGGTTATT CTCATGTCCG AAGCTGAGAG GAAACATGCC CATTCGTCTT 
CCTTCCTTGA AAATACTTCA GGTCTTGGCA TGTGAGGTTC TACATGAAAA CAGGGCCAGT 
AATACCCTGA ACGCGGAATC CTTACGGGAA TCTCTTAAAG AACTGACAAT AAAGGGATGC 
CCGGGTCTCT CATTATTACT AGAGTCGACG GAGACGCTGC CATCGCTTCA GATGCTCCGT 
ATTGGTAGTG TTGGTGGAAG CAAATGGTTG CCGCAAATGA TGCACAACAG CAATCGTCTT 
CAAAGTTTGA CATTATGGGG ATGTTCCTCA CTCTTGTCGT TCCCTACAAA TGGTCTGCCC 
ACCACGCTGA CGTCACTCGG TATAGAAAAT TGCAAGAAAT TAGAATTCCT ATCAGGTGAG 
ATGATGGCCA CATTGACTTC CCTTCAGTCT TTGAGTCTAT CCGACAGCTG TGATTCTCTG 
AGGTCGTTCC CTTTGGGCAT TTTCCCCAAC CTTTCATCTC TTTCTATCGG TAATTGTGAG 
AATCTGGAAT CTCTTTCAGT TGAAGGAGGA GCAGATGAAA ATCTCAGCCA TCTCAACTCC 
CTGGATATTA ATGGATGTCA AAATCTTGTC TCTTTTCCCG ACGGGGGATT GCCCACTCCC 
AACCTCACTT CCTTTCAAGT CTTATACTGT GACAATTTGA AGTTGTTGCC GGACCGCATG 
CACACCCTCA CCGCCCTTCA AGATTTGGGG ATAGCCAATC TTCCAAATGT GGTGTCATTT 
GCACAAGGGG GTTTGCCTCC CAACCTACAA TCATTTGGGA TCGTCGGAGT AAGCAAGGAT 
CTGGTGGAGA CGTTGCTCAA TGAACAGCTG CTCCCTGCCA CTCTTCACCA TCTCGAAATC 
TGTGGTGTAT GGAATCTGAA ATCTTTGGAC GGAAAGGGAC TTGAGCACCT TACTTCTCTT 
CAAAAGCTAG AAATTTCAGG CTGCCAGAGT CTCGAATTCC TGCCAAAAGA GGGTTTGCCG 
GCATCTCTTT CTTATCTGAG CATCGAGGGT TGTCCTTCTC TGAAGAAGAA GTATCGGAAC 
AAGAAGGGAA AAGATTGGAG AAACATAGCT CGCATTCCTT GCATAAACAT AGATGATGAA 
ATCACCATCA TATGA

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

RefSeq	XP_028955210.1
CDS	138..3872
Translation	MALVGEALLSGSIKVLCDKIASGQFMDFFRARRLDYSLMDRLEVTLMTLHAVLNDAEEKQIVNPAVGMWLDELKHAVFDAEDLVDELDTEDLRRKAKDQTKKIQVRDILSTSLNPFHYKSLNRRIEDLFNKLEHLAKQKDNLGLRGGVGGNVSQRTPTTSVVEDEFCTYGRDGDIEKLKSLLLLSDNESSSNFSVVPIVGMGGVGKTTLAQLLYNDEQVKDHFDTHAWVCVSEQYEGLRVIKTLIEEITKKPCDNLEMNSLEVQLREQLRGKRVLLVLDDLWNENYNEWERLRILFTYGAKGSKVIVTTRSRRVASIVHNTIPIHNLENLSDEDCWLLLAKHAFRNENPYEHPNLVEIGKQIARKCNGLPLAAKTLGGLLSCNLDYKEWNHILNSNLWDLPHADSVLPSLRLSYHYLPTYLKRCFAYCSIFPKDYEFEKENVIPLWMAEGLIPNAKNEKAMEEVGERYFDELLSRSLFQRPRLDQPSFTMHDLINDLAMFVSGEFCLRLDQKNSHEVPKRVRHLSYMRGKFDTSPKFEPLEGVKCLRTFFPASLAPYYRWDHEYVSNKVLDDLLPAQKYLRAFSLSRYKNITHVPDSIGNHIHLRYIDLSYTTIKRLPDTVCTLYNLQTLLLFGCSSLVELPADMRKLIHLRHLDIGGTNIKEMPVHMGRLKSLRTLTAFVLGKSSGSSIAELRELSHLGRKISILNLQNVVGAIDALLEDKKDLNEVELSWGRVVSNDSVKERYVLERLQPSVNLVKLTIRCYGGISFPNWVGDSSFSNLQVMRLSDCGNCSSLPPVGQLPALKELYVERMKVVKSVGVELYGGNQPFQCLEKLEFWEMPEWEEWQPSPSGGESPDFPRLEELRLFSCPKLRGNMPIRLPSLKILQVLACEVLHENRASNTLNAESLRESLKELTIKGCPGLSLLLESTETLPSLQMLRIGSVGGSKWLPQMMHNSNRLQSLTLWGCSSLLSFPTNGLPTTLTSLGIENCKKLEFLSGEMMATLTSLQSLSLSDSCDSLRSFPLGIFPNLSSLSIGNCENLESLSVEGGADENLSHLNSLDINGCQNLVSFPDGGLPTPNLTSFQVLYCDNLKLLPDRMHTLTALQDLGIANLPNVVSFAQGGLPPNLQSFGIVGVSKDLVETLLNEQLLPATLHHLEICGVWNLKSLDGKGLEHLTSLQKLEISGCQSLEFLPKEGLPASLSYLSIEGCPSLKKKYRNKKGKDWRNIARIPCINIDDEITII

Target ORF information:

RefSeq Version	XM_029099377.1
Organism	Malus domestica(apple)
Definition	Malus domestica putative disease resistance RPP13-like protein 1 (LOC103446848), mRNA.

Target ORF information:

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

XM_029099377.1

ORF Insert Sequence:

ATGGCTTTGG TTGGAGAGGC TTTGCTATCC GGTTCGATCA AGGTGTTGTG CGACAAGATT 
GCCTCCGGAC AGTTCATGGA CTTCTTCCGG GCAAGAAGAC TCGACTATTC ACTCATGGAC 
AGACTGGAGG TGACGTTGAT GACCCTCCAT GCAGTGCTCA ACGATGCAGA GGAGAAGCAG 
ATCGTCAACC CTGCCGTCGG GATGTGGCTA GACGAGCTCA AACATGCTGT GTTCGATGCC 
GAGGACTTGG TGGATGAGCT TGATACTGAA GATTTGCGTC GCAAGGCCAA AGATCAGACT 
AAGAAAATCC AGGTGCGGGA CATCCTTTCT ACCTCCCTTA ATCCTTTTCA TTATAAATCC 
TTGAATCGTA GAATAGAAGA TTTGTTCAAC AAGTTGGAAC ACCTTGCAAA ACAAAAAGAC 
AACCTCGGTC TTAGAGGAGG TGTTGGGGGC AATGTTTCAC AAAGAACTCC CACAACTTCT 
GTTGTTGAGG ACGAATTTTG TACCTATGGA AGGGATGGCG ATATAGAAAA GTTAAAATCT 
CTACTGCTGC TATCTGACAA TGAAAGTAGC AGTAATTTTT CTGTAGTCCC TATAGTCGGA 
ATGGGCGGGG TTGGTAAGAC AACTCTTGCT CAACTCCTTT ACAATGATGA ACAAGTTAAA 
GACCACTTTG ATACTCATGC TTGGGTTTGT GTTTCCGAAC AGTATGAGGG TTTGAGGGTT 
ATTAAGACCC TTATTGAGGA AATCACTAAA AAGCCTTGTG ACAATTTGGA GATGAATTCC 
CTTGAAGTTC AACTAAGGGA ACAGCTGAGG GGAAAGAGAG TTTTACTTGT CTTGGATGAC 
CTTTGGAATG AAAATTATAA TGAGTGGGAG CGTCTACGAA TTCTTTTCAC GTATGGGGCA 
AAGGGAAGCA AGGTCATTGT AACAACAAGG AGTAGACGTG TTGCATCCAT TGTGCACAAT 
ACTATTCCTA TTCACAACTT AGAAAATTTG TCAGATGAAG ATTGTTGGTT GTTACTAGCA 
AAACATGCAT TTAGAAATGA AAACCCCTAT GAACATCCAA ACTTGGTTGA AATTGGTAAG 
CAAATTGCAC GTAAGTGCAA CGGTTTGCCT CTAGCTGCAA AAACGCTAGG GGGTCTCTTA 
AGTTGCAACC TAGACTACAA GGAATGGAAT CACATATTGA ATAGCAATCT TTGGGATCTA 
CCGCATGCTG ATAGTGTTCT TCCTTCTCTA AGATTGAGCT ACCACTATCT TCCAACTTAC 
TTGAAACGAT GCTTTGCTTA TTGCTCAATT TTTCCAAAAG ACTATGAATT TGAAAAAGAG 
AATGTAATTC CACTATGGAT GGCAGAAGGC TTAATTCCTA ATGCAAAGAA CGAGAAAGCT 
ATGGAGGAGG TTGGTGAAAG ATACTTTGAC GAACTGTTAT CGCGGTCACT ATTTCAAAGA 
CCAAGATTGG ATCAACCAAG TTTCACAATG CATGATCTTA TCAATGACTT GGCTATGTTT 
GTGTCTGGAG AGTTTTGTTT AAGGTTGGAT CAGAAAAATT CACATGAAGT TCCTAAAAGA 
GTTCGCCACT TGTCGTATAT GCGAGGAAAA TTTGATACAT CTCCAAAATT TGAGCCACTA 
GAAGGAGTCA AGTGTTTGCG TACCTTCTTT CCAGCGTCTT TAGCACCATA TTACCGTTGG 
GATCATGAAT ATGTAAGCAA CAAGGTTCTA GATGATTTAC TACCAGCACA AAAATATTTA 
CGAGCATTTT CATTGTCAAG ATACAAAAAC ATCACTCACG TACCTGATTC CATTGGTAAC 
CACATACACT TGCGCTACAT TGATCTCTCT TATACGACAA TTAAAAGGTT ACCAGATACA 
GTGTGTACCC TCTACAATTT ACAAACTCTG TTGTTGTTCG GTTGTTCTTC TCTTGTTGAA 
TTGCCTGCAG ACATGAGGAA ATTGATTCAT TTGCGTCATC TTGATATTGG TGGAACTAAC 
ATAAAAGAGA TGCCTGTGCA TATGGGTAGA CTAAAAAGTT TGAGAACACT GACAGCTTTT 
GTGTTGGGGA AATCTTCTGG GTCAAGCATT GCAGAATTGA GGGAGTTGTC GCACCTTGGA 
AGAAAAATTT CTATCTTGAA TCTGCAAAAT GTAGTCGGTG CTATTGATGC CTTGCTGGAG 
GATAAGAAAG ATCTCAACGA GGTAGAGTTG TCATGGGGTC GTGTGGTTTC CAATGATTCC 
GTAAAAGAGA GATATGTGCT CGAAAGACTT CAACCTTCGG TAAATTTGGT GAAGCTAACC 
ATCAGGTGTT ATGGCGGAAT CAGTTTCCCG AATTGGGTGG GAGACTCGTC CTTCTCCAAC 
TTACAAGTGA TGCGTCTCAG TGACTGTGGT AATTGCAGTT CATTGCCACC AGTTGGTCAG 
CTACCTGCTC TGAAAGAGCT CTACGTAGAA AGGATGAAAG TTGTTAAGAG TGTTGGTGTT 
GAGTTGTACG GCGGAAATCA ACCATTTCAA TGTTTAGAGA AGTTAGAGTT TTGGGAGATG 
CCAGAGTGGG AGGAATGGCA GCCAAGTCCA AGTGGAGGTG AAAGTCCAGA CTTTCCTCGT 
CTTGAGGAGC TGAGGTTATT CTCATGTCCG AAGCTGAGAG GAAACATGCC CATTCGTCTT 
CCTTCCTTGA AAATACTTCA GGTCTTGGCA TGTGAGGTTC TACATGAAAA CAGGGCCAGT 
AATACCCTGA ACGCGGAATC CTTACGGGAA TCTCTTAAAG AACTGACAAT AAAGGGATGC 
CCGGGTCTCT CATTATTACT AGAGTCGACG GAGACGCTGC CATCGCTTCA GATGCTCCGT 
ATTGGTAGTG TTGGTGGAAG CAAATGGTTG CCGCAAATGA TGCACAACAG CAATCGTCTT 
CAAAGTTTGA CATTATGGGG ATGTTCCTCA CTCTTGTCGT TCCCTACAAA TGGTCTGCCC 
ACCACGCTGA CGTCACTCGG TATAGAAAAT TGCAAGAAAT TAGAATTCCT ATCAGGTGAG 
ATGATGGCCA CATTGACTTC CCTTCAGTCT TTGAGTCTAT CCGACAGCTG TGATTCTCTG 
AGGTCGTTCC CTTTGGGCAT TTTCCCCAAC CTTTCATCTC TTTCTATCGG TAATTGTGAG 
AATCTGGAAT CTCTTTCAGT TGAAGGAGGA GCAGATGAAA ATCTCAGCCA TCTCAACTCC 
CTGGATATTA ATGGATGTCA AAATCTTGTC TCTTTTCCCG ACGGGGGATT GCCCACTCCC 
AACCTCACTT CCTTTCAAGT CTTATACTGT GACAATTTGA AGTTGTTGCC GGACCGCATG 
CACACCCTCA CCGCCCTTCA AGATTTGGGG ATAGCCAATC TTCCAAATGT GGTGTCATTT 
GCACAAGGGG GTTTGCCTCC CAACCTACAA TCATTTGGGA TCGTCGGAGT AAGCAAGGAT 
CTGGTGGAGA CGTTGCTCAA TGAACAGCTG CTCCCTGCCA CTCTTCACCA TCTCGAAATC 
TGTGGTGTAT GGAATCTGAA ATCTTTGGAC GGAAAGGGAC TTGAGCACCT TACTTCTCTT 
CAAAAGCTAG AAATTTCAGG CTGCCAGAGT CTCGAATTCC TGCCAAAAGA GGGTTTGCCG 
GCATCTCTTT CTTATCTGAG CATCGAGGGT TGTCCTTCTC TGAAGAAGAA GTATCGGAAC 
AAGAAGGGAA AAGATTGGAG AAACATAGCT CGCATTCCTT GCATAAACAT AGATGATGAA 
ATCACCATCA TATGA