LOC106625030 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106625030
Entrez Gene ID	106625030
Full Name	murinoglobulin-1-like
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014244831.1	XP_014100306.1	LOW QUALITY PROTEIN: murinoglobulin-1-like

Pathways from BioSystems
Gene Ontology

The following LOC106625030 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106625030 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
OBa77316	XM_014244831.1 Latest version!	Bactrocera oleae murinoglobulin-1-like (LOC106625030), 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)

LOC106625030 ( XM_014244831.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014100306.1 Bactrocera oleae murinoglobulin-1-like (LOC106625030), mRNA.

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CloneID	OBa77316
Clone ID Related Accession (Same CDS sequence)	XM_014244831.1
Accession Version	XM_014244831.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3780bp) 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	2015-09-20
Organism	Bactrocera oleae(olive fruit fly)
Product	LOW QUALITY PROTEIN: murinoglobulin-1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013583756.1) 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 :: Bactrocera oleae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 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 frameshifts :: corrected 3 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGGCAGCGT TGAGAAGTCA CTATTCCGTA ATTGGACCCG GTACCCTGCA TTCGAACAAC 
AAATATACCG TTGGTGTGGC TGTCTATCAA AATACTGAAC CAGTCACATT GAAGGTTGGC 
TTAGTTGGTC CAGATTTCGA AAAGACTGAG ACGGTTGAAT TGCAACCAGA TGAAGCGAAA 
GAAGTAAAGT TCGATGTGCC CGCTTTGCCG AAGGGCAAAT ACAATCTTAC GGCGGAGGGC 
ATATCGGGTT TGATTTTTAA AAATACAACC GAACTAAATT ACGACAATTT CGCAGCAATC 
ACTAAAATAC AAACCGATAA AGGCAAATAT AAGCCTGGTG ATAAGGTAAA CTTCCGTGTG 
CTGTTTTTGG ATGAGAACTT GAAACCTGGC GTAGCGGATA AGGACGCTGC CATTTGGTTT 
GAGGATGGCA AGCGCAACAT TGTTAAGGAA TTTAAAAATT TCGAACTCAA AAACGGCGTA 
TTTACGGGTG AATTTCAAAT ATCCGAGTTT GCGGTGCTCG GTGGTTGGCG TTTGATTGTT 
AAGAATGGCG GCTCCTACAA TCAGGAGGTT TACTTTGATG TGGAGAAATA TGTGCTACCC 
AAATACGAAG TGAAAATCGA GGCTACCGAA GCCGTTTCCG TACGTGATGG CGATGTCAAT 
ATAGTGGCGA AGGCCAACTA CACATATGGC AAACCCGTGG AGGGAAAAGT AACCGCTGTT 
GTAGGTTATG GCGATCTCTA CTCCTATTCG GACGATGCGA AGATCAAGAG CGCGCCTACA 
CTCATTAAAA GCGCCGATAT GGTGAACGGC AAAGCTAAGT TGCTTGTCAA TGTTAAGGAA 
TTCAAAGATC ATTTGATGAG CGACTTGTAT GCTACATCCA TGCAAATTAC CACAACGGTG 
GAGGAAGCAT ACACGGGCGT TAAACTCAAT GAGACCAAAT ATATAAGTGT ATACCCTTAT 
CGTTATGACA TGAACTGTGT AACCTATGAC ACGTGTTACA CATACCACGC GGATAAAGAG 
TCTGAAGTAT TAGTACATGT TAAATTTGTC GACGGCACTG TGTTAACGGA TACAAAGAAT 
CCAATTAAGC TGATCTACAA AGAATCGCTG TCACAACGAC ACTTCTGGCA TGGAGCACGC 
AATCAGGAAG AGACGTCAAC AACGGTGCGA CCAATGATCG AAGGCAAAAC GCATACATTC 
GAGAGTCACC TCAACGGCAC TGGCTTTGCG AAATTCATCG TGAAACTACC CAACTTGGAT 
GAGATTGAGG ATTATCAACA TTACTACGAA ATAACTGCAG AGTATATTGA TGAGACGCGC 
AAGATATCGA ACTCCTATCA ATATCGCGAA CCCAAAAATG TGGTGCCGCA ACCAGAAGAG 
AAAGAACCAA CCGAATGGTT TAAGCTACTC ATCAATTATC CATCGACCAA ATACTCCATT 
AACTCCTCTG ATATTGTAAC AATAACTGTC AACTCGAGCG AACCCTTGCC ATATCTCGTT 
TATGATGTCA TTGGACGTGG TAATATTGTA GAACATCAAC GAGTGGTTCT ACCAGAGAAT 
ACCAAGATCT ATAATATCAC ATTACCCTAC AAATACATAT ATGCGCCCTT CGCAAGAGTT 
TTCGTTTACT ATGTTGACGA ACATGGTGAA TTTCACCATG CGGAGACCTC GTTCCAAGCT 
GAAATGGAGC TACAAAATGC GATTGATATT ACCACACCGA GTGAAGTAAA ACCTGGCGAG 
ACTGTACCAC TGCATATTAA GACGGCACCA CATTCGTTCG TCGGCCTCCT GGCTGTTGAT 
CAGAGTGTCT TGCTACTCGC TGGTAATAAC GACATCTCCG AAAATGAATT TAGATGGCGT 
GTTGGTAGCT ATGACACTAG CACACCATGG CAAGGAGGCT ACTCGCACTA TCCCGGTGAA 
TATACGGGCG TGGTGACACT CACTTCCGCA GATTACTTCT ACAATTGGAC CAAGCCAGTT 
CGTTCATATG CGACACCCTT CAGTGCTCGT GGTGATATAC TGAAGAGCTT TAATAAAGTT 
AATGACGCTC CTGTAACTAC CATTGCTCCA GAGGCTGGCG TCGGTGGTGC TATTGGTTTT 
GCTCAATCTG ATTCCCCTGC AGCACCGCCA GCGCAACAAC CAACAGTTCG AAAAGATTTT 
CGTGAAACTT GGCTATTCAA GGATTTCGAA GACACACAAG CAGAAGAGTT TGATTGGACT 
GATAAAATAC CAGAAACCAT TACATCATGG GTGCTCACAG CTTTTGCCGT AAATCCCGAA 
AAAGGTCTTG CAGTAATGAA GGACTCCAAA AACATAAAAA CATTCCAGTC ATTCTTCTTA 
TCGCCGCGCC TTCCTTACTC TGTGAAACGA GGCGAGGTCG TCAACACACA GCTCTTGATT 
TTCAACTACT TGGATAAAGC TTTAGACGTT GCTGTCACAC TTGACAACAC CGACGGTGAA 
TACGAGTTCA CCGATGTCTC CAATGAGGTT ATCAACGAAG CGAGCCGTGT GAAAAATGTA 
CGCGTAGCCG CTCAATCTTC AGCTGGTGTT TCCTTCATGA TACGTCCCAA AGTAATTGGC 
AATATATTAT TGAAATATAC CGCCGTCTCA CCGATTGCCG GCGATGCCAT ACATAAAGCG 
CTAAAAGTTG TGCCTGAAGG TGTAACCGAG TATGCAAATC GTGCATACTT CGTAAATCTG 
AAAGATACGC CCGAGTTCAA GCAGTCTTTC GAACTGGAAT TACCGCAAGA TCTAGTACCC 
GACTCTGAAC ATATAGAAGT CTCGGCTATA GGCGATATTT TGGGACCACT TTTGAATAAT 
ATGGATCATT TGGTACGCCT ACCAACCGGT TGTGCTGAGC AGACCACGTC ATCATTTGTG 
CCTAACTTCA TTGTCTTGGA ATATTTAAAT CAAACGAACA AACTAACGCC AGCGTTAGAA 
TCACAAATAC AAAGTAATCT ACTCTCTGGT TACCAACACA TTCTAAACTT CCGTTTAGAT 
GACGGTTCAT TCAGCTCTTT CGTCAGTTAT CGACACACAG AATACCCCGT CAATGGCTCC 
ACGTGGTTAA CGGCATACAT TGTGCGTTCG CTTAACCAAG CTAAAGAACA TATAAAGGTC 
GACGAAAATG TGCTGAAAGA AGGATTGAAG TACTTAGTTA GCAAGCAAGC CGACAACGGA 
AGTTTCTTGG AGAGCAACGA TTTCTTCTTC GGTTCTTACA GAAGACCTTT GACGCTTACT 
GCCAGCGTAT TACTCACTCT GGTTGAGGCT GGGGAACTCG CTAAACCTTA TGAAGCGGAG 
ATCGAGAAGG GTTTCAAATA TATTTTGGAG AATGTCGACA AAGAAGAAGA TCTCCATGTT 
AAGGCAATAA CTACATATGC GCTTAATAAG ATCGGTAGTC CCACCGCAGC CACGCAACTA 
GAAGAACTCA AAACGCTGGC AAAGACTGAA GCCACGCAAA AATGGTGGCG AACAAAAAGG 
AACAAACCAA ACAAACTATG GTGGCGTTGG CTTCGCAACG ATGTAGAGAT CACGTCTTTG 
TTTTGCGACG CTGTTCCGAA ACTGGCAAAA CGACGGTGGA TGAAGGTTTT ACCGTTANNA 
CGTTGGGTGG GTGGGCGCGC GTAACATTAT GGTGGCTTCT CCTCCACACA GATACAGGTA 
CTGGGCNNTA GTGCTTTGAT CAAGTTCGCC GACTTTGCGN ACTATGAAGC AGCCAATATG 
GACTTGGGAT GTGGCCGGGC AAGGGAGATA GGGAAAGAGG TTACATACAC AAGATTTTGA

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

RefSeq	XP_014100306.1
CDS	1..3780
Translation	MAALRSHYSVIGPGTLHSNNKYTVGVAVYQNTEPVTLKVGLVGPDFEKTETVELQPDEAKEVKFDVPALPKGKYNLTAEGISGLIFKNTTELNYDNFAAITKIQTDKGKYKPGDKVNFRVLFLDENLKPGVADKDAAIWFEDGKRNIVKEFKNFELKNGVFTGEFQISEFAVLGGWRLIVKNGGSYNQEVYFDVEKYVLPKYEVKIEATEAVSVRDGDVNIVAKANYTYGKPVEGKVTAVVGYGDLYSYSDDAKIKSAPTLIKSADMVNGKAKLLVNVKEFKDHLMSDLYATSMQITTTVEEAYTGVKLNETKYISVYPYRYDMNCVTYDTCYTYHADKESEVLVHVKFVDGTVLTDTKNPIKLIYKESLSQRHFWHGARNQEETSTTVRPMIEGKTHTFESHLNGTGFAKFIVKLPNLDEIEDYQHYYEITAEYIDETRKISNSYQYREPKNVVPQPEEKEPTEWFKLLINYPSTKYSINSSDIVTITVNSSEPLPYLVYDVIGRGNIVEHQRVVLPENTKIYNITLPYKYIYAPFARVFVYYVDEHGEFHHAETSFQAEMELQNAIDITTPSEVKPGETVPLHIKTAPHSFVGLLAVDQSVLLLAGNNDISENEFRWRVGSYDTSTPWQGGYSHYPGEYTGVVTLTSADYFYNWTKPVRSYATPFSARGDILKSFNKVNDAPVTTIAPEAGVGGAIGFAQSDSPAAPPAQQPTVRKDFRETWLFKDFEDTQAEEFDWTDKIPETITSWVLTAFAVNPEKGLAVMKDSKNIKTFQSFFLSPRLPYSVKRGEVVNTQLLIFNYLDKALDVAVTLDNTDGEYEFTDVSNEVINEASRVKNVRVAAQSSAGVSFMIRPKVIGNILLKYTAVSPIAGDAIHKALKVVPEGVTEYANRAYFVNLKDTPEFKQSFELELPQDLVPDSEHIEVSAIGDILGPLLNNMDHLVRLPTGCAEQTTSSFVPNFIVLEYLNQTNKLTPALESQIQSNLLSGYQHILNFRLDDGSFSSFVSYRHTEYPVNGSTWLTAYIVRSLNQAKEHIKVDENVLKEGLKYLVSKQADNGSFLESNDFFFGSYRRPLTLTASVLLTLVEAGELAKPYEAEIEKGFKYILENVDKEEDLHVKAITTYALNKIGSPTAATQLEELKTLAKTEATQKWWRTKRNKPNKLWWRWLRNDVEITSLFCDAVPKLAKRRWMKVLPLnullRWVGGRA*HYGGFSSTQIQVLGnullSALIKFADFAnullYEAANMDLGCGRAREIGKEVTYTRF

Target ORF information:

RefSeq Version	XM_014244831.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae murinoglobulin-1-like (LOC106625030), mRNA.

Target ORF information:

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

XM_014244831.1

ORF Insert Sequence:

ATGGCAGCGT TGAGAAGTCA CTATTCCGTA ATTGGACCCG GTACCCTGCA TTCGAACAAC 
AAATATACCG TTGGTGTGGC TGTCTATCAA AATACTGAAC CAGTCACATT GAAGGTTGGC 
TTAGTTGGTC CAGATTTCGA AAAGACTGAG ACGGTTGAAT TGCAACCAGA TGAAGCGAAA 
GAAGTAAAGT TCGATGTGCC CGCTTTGCCG AAGGGCAAAT ACAATCTTAC GGCGGAGGGC 
ATATCGGGTT TGATTTTTAA AAATACAACC GAACTAAATT ACGACAATTT CGCAGCAATC 
ACTAAAATAC AAACCGATAA AGGCAAATAT AAGCCTGGTG ATAAGGTAAA CTTCCGTGTG 
CTGTTTTTGG ATGAGAACTT GAAACCTGGC GTAGCGGATA AGGACGCTGC CATTTGGTTT 
GAGGATGGCA AGCGCAACAT TGTTAAGGAA TTTAAAAATT TCGAACTCAA AAACGGCGTA 
TTTACGGGTG AATTTCAAAT ATCCGAGTTT GCGGTGCTCG GTGGTTGGCG TTTGATTGTT 
AAGAATGGCG GCTCCTACAA TCAGGAGGTT TACTTTGATG TGGAGAAATA TGTGCTACCC 
AAATACGAAG TGAAAATCGA GGCTACCGAA GCCGTTTCCG TACGTGATGG CGATGTCAAT 
ATAGTGGCGA AGGCCAACTA CACATATGGC AAACCCGTGG AGGGAAAAGT AACCGCTGTT 
GTAGGTTATG GCGATCTCTA CTCCTATTCG GACGATGCGA AGATCAAGAG CGCGCCTACA 
CTCATTAAAA GCGCCGATAT GGTGAACGGC AAAGCTAAGT TGCTTGTCAA TGTTAAGGAA 
TTCAAAGATC ATTTGATGAG CGACTTGTAT GCTACATCCA TGCAAATTAC CACAACGGTG 
GAGGAAGCAT ACACGGGCGT TAAACTCAAT GAGACCAAAT ATATAAGTGT ATACCCTTAT 
CGTTATGACA TGAACTGTGT AACCTATGAC ACGTGTTACA CATACCACGC GGATAAAGAG 
TCTGAAGTAT TAGTACATGT TAAATTTGTC GACGGCACTG TGTTAACGGA TACAAAGAAT 
CCAATTAAGC TGATCTACAA AGAATCGCTG TCACAACGAC ACTTCTGGCA TGGAGCACGC 
AATCAGGAAG AGACGTCAAC AACGGTGCGA CCAATGATCG AAGGCAAAAC GCATACATTC 
GAGAGTCACC TCAACGGCAC TGGCTTTGCG AAATTCATCG TGAAACTACC CAACTTGGAT 
GAGATTGAGG ATTATCAACA TTACTACGAA ATAACTGCAG AGTATATTGA TGAGACGCGC 
AAGATATCGA ACTCCTATCA ATATCGCGAA CCCAAAAATG TGGTGCCGCA ACCAGAAGAG 
AAAGAACCAA CCGAATGGTT TAAGCTACTC ATCAATTATC CATCGACCAA ATACTCCATT 
AACTCCTCTG ATATTGTAAC AATAACTGTC AACTCGAGCG AACCCTTGCC ATATCTCGTT 
TATGATGTCA TTGGACGTGG TAATATTGTA GAACATCAAC GAGTGGTTCT ACCAGAGAAT 
ACCAAGATCT ATAATATCAC ATTACCCTAC AAATACATAT ATGCGCCCTT CGCAAGAGTT 
TTCGTTTACT ATGTTGACGA ACATGGTGAA TTTCACCATG CGGAGACCTC GTTCCAAGCT 
GAAATGGAGC TACAAAATGC GATTGATATT ACCACACCGA GTGAAGTAAA ACCTGGCGAG 
ACTGTACCAC TGCATATTAA GACGGCACCA CATTCGTTCG TCGGCCTCCT GGCTGTTGAT 
CAGAGTGTCT TGCTACTCGC TGGTAATAAC GACATCTCCG AAAATGAATT TAGATGGCGT 
GTTGGTAGCT ATGACACTAG CACACCATGG CAAGGAGGCT ACTCGCACTA TCCCGGTGAA 
TATACGGGCG TGGTGACACT CACTTCCGCA GATTACTTCT ACAATTGGAC CAAGCCAGTT 
CGTTCATATG CGACACCCTT CAGTGCTCGT GGTGATATAC TGAAGAGCTT TAATAAAGTT 
AATGACGCTC CTGTAACTAC CATTGCTCCA GAGGCTGGCG TCGGTGGTGC TATTGGTTTT 
GCTCAATCTG ATTCCCCTGC AGCACCGCCA GCGCAACAAC CAACAGTTCG AAAAGATTTT 
CGTGAAACTT GGCTATTCAA GGATTTCGAA GACACACAAG CAGAAGAGTT TGATTGGACT 
GATAAAATAC CAGAAACCAT TACATCATGG GTGCTCACAG CTTTTGCCGT AAATCCCGAA 
AAAGGTCTTG CAGTAATGAA GGACTCCAAA AACATAAAAA CATTCCAGTC ATTCTTCTTA 
TCGCCGCGCC TTCCTTACTC TGTGAAACGA GGCGAGGTCG TCAACACACA GCTCTTGATT 
TTCAACTACT TGGATAAAGC TTTAGACGTT GCTGTCACAC TTGACAACAC CGACGGTGAA 
TACGAGTTCA CCGATGTCTC CAATGAGGTT ATCAACGAAG CGAGCCGTGT GAAAAATGTA 
CGCGTAGCCG CTCAATCTTC AGCTGGTGTT TCCTTCATGA TACGTCCCAA AGTAATTGGC 
AATATATTAT TGAAATATAC CGCCGTCTCA CCGATTGCCG GCGATGCCAT ACATAAAGCG 
CTAAAAGTTG TGCCTGAAGG TGTAACCGAG TATGCAAATC GTGCATACTT CGTAAATCTG 
AAAGATACGC CCGAGTTCAA GCAGTCTTTC GAACTGGAAT TACCGCAAGA TCTAGTACCC 
GACTCTGAAC ATATAGAAGT CTCGGCTATA GGCGATATTT TGGGACCACT TTTGAATAAT 
ATGGATCATT TGGTACGCCT ACCAACCGGT TGTGCTGAGC AGACCACGTC ATCATTTGTG 
CCTAACTTCA TTGTCTTGGA ATATTTAAAT CAAACGAACA AACTAACGCC AGCGTTAGAA 
TCACAAATAC AAAGTAATCT ACTCTCTGGT TACCAACACA TTCTAAACTT CCGTTTAGAT 
GACGGTTCAT TCAGCTCTTT CGTCAGTTAT CGACACACAG AATACCCCGT CAATGGCTCC 
ACGTGGTTAA CGGCATACAT TGTGCGTTCG CTTAACCAAG CTAAAGAACA TATAAAGGTC 
GACGAAAATG TGCTGAAAGA AGGATTGAAG TACTTAGTTA GCAAGCAAGC CGACAACGGA 
AGTTTCTTGG AGAGCAACGA TTTCTTCTTC GGTTCTTACA GAAGACCTTT GACGCTTACT 
GCCAGCGTAT TACTCACTCT GGTTGAGGCT GGGGAACTCG CTAAACCTTA TGAAGCGGAG 
ATCGAGAAGG GTTTCAAATA TATTTTGGAG AATGTCGACA AAGAAGAAGA TCTCCATGTT 
AAGGCAATAA CTACATATGC GCTTAATAAG ATCGGTAGTC CCACCGCAGC CACGCAACTA 
GAAGAACTCA AAACGCTGGC AAAGACTGAA GCCACGCAAA AATGGTGGCG AACAAAAAGG 
AACAAACCAA ACAAACTATG GTGGCGTTGG CTTCGCAACG ATGTAGAGAT CACGTCTTTG 
TTTTGCGACG CTGTTCCGAA ACTGGCAAAA CGACGGTGGA TGAAGGTTTT ACCGTTANNA 
CGTTGGGTGG GTGGGCGCGC GTAACATTAT GGTGGCTTCT CCTCCACACA GATACAGGTA 
CTGGGCNNTA GTGCTTTGAT CAAGTTCGCC GACTTTGCGN ACTATGAAGC AGCCAATATG 
GACTTGGGAT GTGGCCGGGC AAGGGAGATA GGGAAAGAGG TTACATACAC AAGATTTTGA