ROS1 cDNA ORF clone, Apaloderma vittatum(bar-tailed trogon)

Gene
Clones
gRNAs

Summary

Gene Symbol	ROS1
Entrez Gene ID	104274634
Full Name	ROS proto-oncogene 1, receptor tyrosine kinase
Gene Type	protein-coding
Organism	Apaloderma vittatum(bar-tailed trogon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009870325.1	XP_009868627.1	LOW QUALITY PROTEIN: proto-oncogene tyrosine-protein kinase ROS

Pathways from BioSystems
Gene Ontology

The following ROS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ROS1 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
OAp124163	XM_009870325.1 Latest version!	Apaloderma vittatum ROS proto-oncogene 1, receptor tyrosine kinase (ROS1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

ROS1 ( XM_009870325.1 ) cDNA ORF clone, Apaloderma vittatum(bar-tailed trogon) -> XP_009868627.1 Apaloderma vittatum ROS proto-oncogene 1, receptor tyrosine kinase (ROS1), mRNA.

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CloneID	OAp124163
Clone ID Related Accession (Same CDS sequence)	XM_009870325.1
Accession Version	XM_009870325.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6951bp) 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	2014-10-23
Organism	Apaloderma vittatum(bar-tailed trogon)
Product	LOW QUALITY PROTEIN: proto-oncogene tyrosine-protein kinase ROS
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009718688.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apaloderma vittatum Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGAGGAACA CTTACCTGTG GGATCTCCCG CTAAACAGAC TTGCCGTCTT TCACTGTGTA 
TGGATTTCTG CAGTGTACTG TACTTTCTCA AAAAACTGTC AAAACTTGTG CACGAGTAAC 
CTGGAAGGAG AACTTGGAAT CACTAACCTT TGCAATGTTA GTGACATTAC TGGAGCATGC 
ACACAGGGAT GTCAGTACTG GAATGCAACG GTGCAAACTG ATTGTCTGCT GAGATGTAAT 
CAGACATACA CCAGAGCATG TGAGACAGTT TCCTGTAAGT TTGGCTGTAG CCGTGCAGAA 
GATGCCTATG GAATTGAAGC ACAGAACTAC TTGAACAAGC CTGGAGCACC ATTTGCATCT 
ACCATTGGAA GCCACAGTGT CGCATTAGGG TGGAGGCCAG CTAACATCTC TGGGGTGAAA 
TATATTATCC AGTGGAAGTT CAATCAGCTC CCTGGAGACT GGAGGTACAC GGAGGTAGTG 
TCTGAAACTT CATATACAGT CAGAAACCTT CAAGCCTTCA CAGAATACAT GTTTCGAGTA 
GTTTGGATCA TAACATCTCA GCTGCAGCTC CATTCTCCAG CTAGTCCCAG TTACCGGACA 
CATGCTTTTG GAGCTCCTGC AACAGCTCCT GTCATTAAAG GTATTCAGAG TTCAAGTCCA 
AACACTGTTG AAGTTAGCTG GTCTCCACCA CTCNNNNNNN NNNNNNNNNN NNNNNNNNNN 
NNNNTGATTA TTGGGTACAA CTTGCTCCTG ACCAGTGAGA ATCATGAACT ATTGAGAGCC 
TCAAGCGGGC ATAGCTTTCA GTTCTACTCC ACCTTCCCAA ACAATACTTA CAGGTTCATT 
ATTGTGGCTG GTAATGAGGT TGGNNNNNNN NNNNNNNCCA ACATCACAAC CCCAGAATCC 
AAAGTTCAGG AAAAGGCAAC ATGGCTCTTC CTATCCAGAA ACCAGTCTTT AAGGAAGAGA 
TACACAGAAA AATTCCTTGA AGCTGCCCAA TGCCTTCAAA GTGGTATTAT ACACCACAAT 
ATTACAGGAA TTTCTGTGAA TGTTTATCAG CAAGTTGTCT ATTTTTCTGA GGGGAATTCC 
ATCTGGGCGA AAGGAGCTGC AGATATGTCT GATGTATCTG ACCTAATGCT CTTCTATGCT 
GGCTGGGGGA ATATTACGTC CATCTCAGTA GACTGGCTTT ACCAGAGGAT ATACTTTGTC 
ATGAATGAAA AGATACATGT CTGCCATTTA GAGAACTGCA CGGCAGCTGA AGACATCACT 
CCTCTTAATG TGACATCCCC TAGGAAGGTT GTAGCTGATC CCTATAATGG CTATATTTTC 
TGTCTCCTGG AGGATGGCAT ATACAGAGCA AACCTTCCAC TCTTCCCTGG CACTGACTCC 
TCAGCTTCAC TGGTAGTGAA ATCAAGTGCC CTGAGAGACT TCATGATCAA CTTTCAATCT 
AAGAGACTAA TTTTCTTCAA CAAAACAGAG CAGGCCTTTG TGTCAGGTTT TCTTGATGGT 
TCAGAATTTC ACACGCTGCG ATCACATGTG CCGCTTAATG ACATGGAGAG CTTTGTTTAT 
GAGGATAACA CGTTTACTGT CACAGATGGC TGGGCAGTTT TCCACGAGGA GGTCTCTCCA 
GTAGGGAGTT CTAGCTTCAA TGAGTATGTT GTGGATTGCA ATTTGGCATA TCCAGAGTAC 
TCTGGCTTTG GCAACTTGCT TTTCTACGGG ACATCAACTC AGCCTTTTCC TTTACCGACT 
CGTCCTTGGC TTGTCACCGT GCTGTTTGGA TCGGACCAAG CTGTGATCAG CTGGAGACCA 
CCTGAACACA CTATTGGAGC CAGTCTAACT GCTTGGCAGA ACTGGACCTA TGATGTGAAA 
GTGTCATCTC ACCATCCATC TGAGGAGGAA TGGGTTGTCT CAAACATTAG TGGCACTAGG 
CTTACAGTGA AAGAGCTGGC CAGCTTCACA GTGTATGAAG TGTCAGTCAG AGCTGTGTCT 
CCTGCTGGTG AAGGGCCTTG GTCAGAGTCC TTCAGAGGCA CAACTTTAGA AGAAGCTCAA 
GAAGAACCGT ATATATTGGC AGCTGGGGCT GAAGGGCTCT GGAAGCAGCA GTTGGATAGC 
TATGGGCCAG GAGAACTCCT CTATCCTCAT ATAAGAAATA TTTCAGACCT TGACTGGTAT 
AATGACACAC TTTTTTGGAT TAATTCCATG GGAGAAGTTC AAACCTGGTC ATTGAACAAA 
AGAGAGGGTA CCACTGGGAG TGCTTATGTA TCTGACGTCA GAAATGCAAG GATGTTGGCC 
TTTGATTGGT TGGGTCAATG CTTATACTGG GTTGGCAAAG CAAATACGAT CTACAGAAAA 
TCACTGCAGC GAGGCCATGT GGATGTTGTG GTTCATGTTG TGTTCCTAGT GAAGGATCTA 
GTAGTGGATT CAGTAAATGG CTATTTGTAC TGGGCCACAA TGTATTCAGT GGAGAGTGCG 
AGACTGAATG GAGAGGAGTA TCTTATAATA CAAGAGCAGC TACAGTTTTC TGATAAACAC 
GTAGTTGGTT TAACTTTGGA TCTCATGTAT GGTTTTCTTT ACTGGCTTGT GCAAGATAGT 
CTATGCCTAA ACCTATACAG AGTTTCTCTT CGCAAAGAGG GTTGTGTTAA TGCCATCGTC 
ACAGAATTTT CAGCATGGAG CACTTCAGAA ATATCTCAGG GTGCACTGGA ATACTACAGT 
GGTCGTCTGT TCTGGATCAG TAGTCTTCAG TTCATTACAA CTCAAGAAGT CAATCAGAGC 
CTTAGCATTC CCTTCTCACA ACCAGCAGAG TTTGTAGCTT TTACCCTTGT TCACACATCA 
CTTAAACCTT TGCCAGGAAA TTTTTCTTTT ACACCAAAAG TGATTCCAGA TTCAGTGCCA 
GAGACTTCCT TCAGGATTAA AGGAAACTCT TCAAGTTTTC ACATTACTTG GAGTCCCTCC 
ACAAATGTGG AATGGGGAAT TGTCTTTTAC TGCGTGGGAT CAAAAGCTCT ACACGTGAGG 
ACTTTGGAGA GTGAGCGGTG CCTCCATCCC CATAACCTGA CAGTGCCATC TTACCACGTT 
GATTGGCTGG AACCATTTGC ACTTTTTGAT TTTGCTGTCA CTCCATACAC ATACTGGGGC 
AAGGCACCAA CCACATCTGT ATCCCTTCGA GCACCTGAAG GAGTTCCTTC AGCCCCTACA 
AACCCTAGAA TATATGTGTT ACAAAATAAC CCACACAAAA GTGATGAGAA AGTTCTTGTG 
GAGTTCCGTT GGGACAGACC TGAAAGGGAC AATGGCATAT TAACTCAATT CAGGGTTTAC 
TATCAACTAT TGAATCAGAG TGGCACTGCT GACACTTTCA AGGAGTGGAA CGTGAGCGAC 
GTTAAACCCA ACCTGATGCT CTTTCCTCTC AGGGATGTGC TTCCCAGTCT TACAGTAAGG 
TTTCAGGTGC AAGCCTTCAC CTCTGTGGGT CCAGGACCTT TGTCTGCTAT AGCTGAGAGG 
AATTCATCAG ATCTTTTCCC TGTCCCAACT CTTATAACTG TTTCTGCCAA CAAGTTATTT 
CTTACTGACA TAGACAATAA TCATACCATA TGGGAAATTT CAGCAAAGAC AATTATAAAG 
GACATCTGTT ATACTGCTAA TGATGACAAA GCTTACTATA TCGTAGAAGA TTCTCTTTTT 
CTTCTGAATA TACAGACCAC TTCAAAGCTT CAGTTTTTCA AAGATGCATA TATTCGCAAT 
GCCACAGCCA TCACAGTTGA CTGGATTGCA CGACATCTCT TTGTTGCTCT GAAAACACCA 
TGGAATGAAA CTCAAATATT TGTTATTGAT CTTGAGCTCA AGACAAAATC TCTAAAAGCC 
TTGAACATAC AGTTGGGTAA AAGTAATTCA ATATCATCTC TGTTGTCATA CCCTTTCTTA 
AGCCGCTTGT ACTGGATGGA AGAGTTTGAT TATGGCAGCC GCATGTTTTA CTATGATATT 
CTGAATAACA CCGTGCACCA CATTTTGGGA TACGTATCAG CAGAAGAACA GATGAGGAAC 
TACTGTACCT GTAGTGTGGC AGAAGCAGAG CTAGGAAGAC CTATGAGTAT GGATGTGTCT 
GACCCCAAGA ATCCTCAGCT GCTCTTTATC AGAGGAAGAG ATGAAGTATG GGCCTCAGAC 
ATGGATGGTT GCCACTGCTG GAGAATTACC AGGATACCGA GTTTTCAAGG TAAAAAAATT 
GGCAGCTTGA CTGTAGACAA GAAATTTATA TACTGGAGCG CTGAAACAAA GGAGTACACT 
GAAATTTGGC TAGCAAATAA AGAAAGCACA AGACACTTCC TTCAGAAGAG AGCAAATCAT 
GCGCTGAAAA TTTTAGCCTA CAGCTCAGCA GAGCAATTAT ATCCAGATAA AAGGTGCCTG 
GTTCTGTTGC CAGACACTGA GAAACCTGCC ATCCTTGATA GGACGAACAC CAGTTTTACA 
TTAAGCTTGC CATCTGTCCC ACCAGAGCAA CTATGCCCTG GCATATCGCA GCCTATGCCA 
ACATATCTGG TATTTCTCAG ACAAATGACT AAGAACTGTG GGAACTCAAG CTACTGTTTG 
TCTGCTCTAC AGCAAAAAAC ATTGGAATTC CAGGATCCTA TAGCTGTCAT AGACAACCTA 
CAACCATTTT CAAGTTATGT CATAAAAGTT GCAGTGAAAA ACTACTATTC AGATGAGAAA 
GTGCTGCCTC TGGGAAAAGA GACAATTGCC ACAACTCTAT ATGGAGTACC AGAGGCAGCT 
GGTTCCATTA AGGCAGTGGT TTTGTCTGAC ACCACCATCA ACATATCTTG GAGTGAACCT 
CTGAAGCCAA ATGGACCTCT AGAATCCATC CGCTATCAAA TCTCTGTCAA TTTATTGCTT 
TCTGTCCCAG CAATACCCTT GAGAAAAAGT GAATTTCCAA ATGGGACACT TATCTGGTCT 
GTCAGTGGGC TCCAATCTGG AACAAATAAT TATTTCAAGG TTCTTGCTTT TCATCCTGAT 
GAGAACTGGT TTTCTGAAAG TGTCGCTGTT ATTGCAAAAA CTTTTGAGAC TCCACCCGCA 
CCTGTCAACA TAGTTCCCAG AAACACCACT TTGCAGCTAG AGTGGAGAGC TCCTCTGCAT 
GTCAATGAAA CCAGCTTCAG GTTTGAGCTG CGTAAGTGGC AAGCAAGAAG TTATTGGTTT 
TCTCCTACAA GCACTACGTG CACAGCAAAT CTTGTTTACA CATGCAATCT CACAGGAACT 
CTTCCTTCAA CCAACTACTT TGTAAGAGTA ACAGTAGTTT ATGTGACAGG AGCAAAAAGC 
ACTTCCTCTT CAACAAGCTT TAAAACTACA GCTGGTGTTC CCAGTAAGCC AGGAGTTCCA 
AAAAAAGCAG AAGACATTAA AAACTCTGTA CAGTGGGAAA AGGCTGATGA CAATGGAAGC 
AACCTGACCT ACTACATCTT AGAAAGCAGG AAGAAGCCTG ACAACACCAG CAAAATGCAG 
TCCTTGTGGA AGGTGGTTTA TAATGGCTCC TGTGAGAGTA TCTGCACATG GAAGGCCAAG 
AACTTAGAAG GAGCTTTCCA GTTCAGAGCA GCAGCTGCAA ACGTGCTGGG ACTTGGTGAA 
TACAGTGACA CAAGCAAGGA TATAATTTTG AGTGAATATA CTGTGGTCTT CCCAGACACC 
AACATTGCCA TTGCTGCTGT GACTGGAGTT GTTGTGCTGG GCTTGACTGT GGTCTTGCTG 
TTAGGTTTTG CATGGCACCA AAGATGGAAA TCCAGAAAAC AAGCCTTCCC TGGACAGATA 
GTGTTTATGA AGGAAGATAA AGAATTAGCT CAACTCAGAG GAGTGGCTGA GACAGTAGGA 
CTAGCCAATG CCTGTTATGC TCTAAGCACT CTTCCTTCTC AAGCAGAAAT TGAATTATTG 
CCAGCTTTCC CTCGGGACAA ACTGAACTTA CACAAATTAT TAGGAAGCGG AGCATTCGGA 
GAGGTGTATG AAGGGACTGC GGTAGATATC CTGGCAGATG GAAGAGGAGA ATGCAAAGTA 
GCAGTCAAGA CTTTGAAGAA GGGTGCAACA GACCACGAGA AGAGTGAATT CTTGAAGGAG 
GCATACTTAA TGAGCAAATT TGATCACCCC CACATTCTGA AGTTGCTTGG TGTATGCTTG 
TTAAATGAAC CTCAGTACCT TATATTGGAG CTGATGGAAG GAGGGGATCT ACTTAGCTAT 
TTACGAGGAG CCAGAAAGCA AAAGCTCCAG AGTCCCTTAC TGACAGTGAT TGACCTCTTG 
GATATATGTT TGGATATTTG CAAAGGCTGT GTCTATTTAG AGAAAATGCA TTTTATACAC 
AGGGACCTTG CTGCTCGCAA CTGCCTTGTG TCTGAGAAGG AATACGATCA CTCCTCCCGG 
ATAGTAAAGA TTGGTGATTT TGGACTTGCC AGAGATATCT ATAAAAATGA TTATTACAGG 
AAAATAGGAG AAGGCCTACT CCCTGTCAGA TGGATGGCTC CTGAAAGCCT CATTGACGGC 
GTCTTTACAA ATCACTCTGA TGTTTGGGCT TTTGGAGTCT TAGTGTGGGA AACATTAACT 
TTGGGTCAAA AGCCATACCC AGCTTTCTCC AATGCAGAAG TTTTACACCA TGTACGATCA 
GGAGGAAGGC TGGAATCTCC AAACAATTGT CCTGGTGCCC TATGTGATTT AATGACAAGA 
TGCTGGGCCC AAGAACCTCA CGACAGACCT ACTTTCTCTT ATATTCAGGA CAAACTGCAA 
GAGATAAGAC ACTCTCCACT GTCCTTCATC CAGTACCTTG AAGACAAAGA GGCAGGAACT 
GGAGTCATCA ACCAAGGTTT TGAAGATAGT GATGTTCCAT GTGAAGATTC GGATAGTACT 
CTTTCAGCCA CACTAATGGA AACAAGGAAT CAAGACGGCT TAAATTATTT GGTATTAGTC 
AAAGAAGGCA ACCGAGATCA AAGAAGCATC AATTCTGTTG AACTTAGTTA A

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

RefSeq	XP_009868627.1
CDS	1..6951
Translation	MRNTYLWDLPLNRLAVFHCVWISAVYCTFSKNCQNLCTSNLEGELGITNLCNVSDITGACTQGCQYWNATVQTDCLLRCNQTYTRACETVSCKFGCSRAEDAYGIEAQNYLNKPGAPFASTIGSHSVALGWRPANISGVKYIIQWKFNQLPGDWRYTEVVSETSYTVRNLQAFTEYMFRVVWIITSQLQLHSPASPSYRTHAFGAPATAPVIKGIQSSSPNTVEVSWSPPLnullnullnullnullnullnullnullnullnullnullnullIIGYNLLLTSENHELLRASSGHSFQFYSTFPNNTYRFIIVAGNEVnullnullnullnullnullnullNITTPESKVQEKATWLFLSRNQSLRKRYTEKFLEAAQCLQSGIIHHNITGISVNVYQQVVYFSEGNSIWAKGAADMSDVSDLMLFYAGWGNITSISVDWLYQRIYFVMNEKIHVCHLENCTAAEDITPLNVTSPRKVVADPYNGYIFCLLEDGIYRANLPLFPGTDSSASLVVKSSALRDFMINFQSKRLIFFNKTEQAFVSGFLDGSEFHTLRSHVPLNDMESFVYEDNTFTVTDGWAVFHEEVSPVGSSSFNEYVVDCNLAYPEYSGFGNLLFYGTSTQPFPLPTRPWLVTVLFGSDQAVISWRPPEHTIGASLTAWQNWTYDVKVSSHHPSEEEWVVSNISGTRLTVKELASFTVYEVSVRAVSPAGEGPWSESFRGTTLEEAQEEPYILAAGAEGLWKQQLDSYGPGELLYPHIRNISDLDWYNDTLFWINSMGEVQTWSLNKREGTTGSAYVSDVRNARMLAFDWLGQCLYWVGKANTIYRKSLQRGHVDVVVHVVFLVKDLVVDSVNGYLYWATMYSVESARLNGEEYLIIQEQLQFSDKHVVGLTLDLMYGFLYWLVQDSLCLNLYRVSLRKEGCVNAIVTEFSAWSTSEISQGALEYYSGRLFWISSLQFITTQEVNQSLSIPFSQPAEFVAFTLVHTSLKPLPGNFSFTPKVIPDSVPETSFRIKGNSSSFHITWSPSTNVEWGIVFYCVGSKALHVRTLESERCLHPHNLTVPSYHVDWLEPFALFDFAVTPYTYWGKAPTTSVSLRAPEGVPSAPTNPRIYVLQNNPHKSDEKVLVEFRWDRPERDNGILTQFRVYYQLLNQSGTADTFKEWNVSDVKPNLMLFPLRDVLPSLTVRFQVQAFTSVGPGPLSAIAERNSSDLFPVPTLITVSANKLFLTDIDNNHTIWEISAKTIIKDICYTANDDKAYYIVEDSLFLLNIQTTSKLQFFKDAYIRNATAITVDWIARHLFVALKTPWNETQIFVIDLELKTKSLKALNIQLGKSNSISSLLSYPFLSRLYWMEEFDYGSRMFYYDILNNTVHHILGYVSAEEQMRNYCTCSVAEAELGRPMSMDVSDPKNPQLLFIRGRDEVWASDMDGCHCWRITRIPSFQGKKIGSLTVDKKFIYWSAETKEYTEIWLANKESTRHFLQKRANHALKILAYSSAEQLYPDKRCLVLLPDTEKPAILDRTNTSFTLSLPSVPPEQLCPGISQPMPTYLVFLRQMTKNCGNSSYCLSALQQKTLEFQDPIAVIDNLQPFSSYVIKVAVKNYYSDEKVLPLGKETIATTLYGVPEAAGSIKAVVLSDTTINISWSEPLKPNGPLESIRYQISVNLLLSVPAIPLRKSEFPNGTLIWSVSGLQSGTNNYFKVLAFHPDENWFSESVAVIAKTFETPPAPVNIVPRNTTLQLEWRAPLHVNETSFRFELRKWQARSYWFSPTSTTCTANLVYTCNLTGTLPSTNYFVRVTVVYVTGAKSTSSSTSFKTTAGVPSKPGVPKKAEDIKNSVQWEKADDNGSNLTYYILESRKKPDNTSKMQSLWKVVYNGSCESICTWKAKNLEGAFQFRAAAANVLGLGEYSDTSKDIILSEYTVVFPDTNIAIAAVTGVVVLGLTVVLLLGFAWHQRWKSRKQAFPGQIVFMKEDKELAQLRGVAETVGLANACYALSTLPSQAEIELLPAFPRDKLNLHKLLGSGAFGEVYEGTAVDILADGRGECKVAVKTLKKGATDHEKSEFLKEAYLMSKFDHPHILKLLGVCLLNEPQYLILELMEGGDLLSYLRGARKQKLQSPLLTVIDLLDICLDICKGCVYLEKMHFIHRDLAARNCLVSEKEYDHSSRIVKIGDFGLARDIYKNDYYRKIGEGLLPVRWMAPESLIDGVFTNHSDVWAFGVLVWETLTLGQKPYPAFSNAEVLHHVRSGGRLESPNNCPGALCDLMTRCWAQEPHDRPTFSYIQDKLQEIRHSPLSFIQYLEDKEAGTGVINQGFEDSDVPCEDSDSTLSATLMETRNQDGLNYLVLVKEGNRDQRSINSVELS

Target ORF information:

RefSeq Version	XM_009870325.1
Organism	Apaloderma vittatum(bar-tailed trogon)
Definition	Apaloderma vittatum ROS proto-oncogene 1, receptor tyrosine kinase (ROS1), mRNA.

Target ORF information:

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

XM_009870325.1

ORF Insert Sequence:

ATGAGGAACA CTTACCTGTG GGATCTCCCG CTAAACAGAC TTGCCGTCTT TCACTGTGTA 
TGGATTTCTG CAGTGTACTG TACTTTCTCA AAAAACTGTC AAAACTTGTG CACGAGTAAC 
CTGGAAGGAG AACTTGGAAT CACTAACCTT TGCAATGTTA GTGACATTAC TGGAGCATGC 
ACACAGGGAT GTCAGTACTG GAATGCAACG GTGCAAACTG ATTGTCTGCT GAGATGTAAT 
CAGACATACA CCAGAGCATG TGAGACAGTT TCCTGTAAGT TTGGCTGTAG CCGTGCAGAA 
GATGCCTATG GAATTGAAGC ACAGAACTAC TTGAACAAGC CTGGAGCACC ATTTGCATCT 
ACCATTGGAA GCCACAGTGT CGCATTAGGG TGGAGGCCAG CTAACATCTC TGGGGTGAAA 
TATATTATCC AGTGGAAGTT CAATCAGCTC CCTGGAGACT GGAGGTACAC GGAGGTAGTG 
TCTGAAACTT CATATACAGT CAGAAACCTT CAAGCCTTCA CAGAATACAT GTTTCGAGTA 
GTTTGGATCA TAACATCTCA GCTGCAGCTC CATTCTCCAG CTAGTCCCAG TTACCGGACA 
CATGCTTTTG GAGCTCCTGC AACAGCTCCT GTCATTAAAG GTATTCAGAG TTCAAGTCCA 
AACACTGTTG AAGTTAGCTG GTCTCCACCA CTCNNNNNNN NNNNNNNNNN NNNNNNNNNN 
NNNNTGATTA TTGGGTACAA CTTGCTCCTG ACCAGTGAGA ATCATGAACT ATTGAGAGCC 
TCAAGCGGGC ATAGCTTTCA GTTCTACTCC ACCTTCCCAA ACAATACTTA CAGGTTCATT 
ATTGTGGCTG GTAATGAGGT TGGNNNNNNN NNNNNNNCCA ACATCACAAC CCCAGAATCC 
AAAGTTCAGG AAAAGGCAAC ATGGCTCTTC CTATCCAGAA ACCAGTCTTT AAGGAAGAGA 
TACACAGAAA AATTCCTTGA AGCTGCCCAA TGCCTTCAAA GTGGTATTAT ACACCACAAT 
ATTACAGGAA TTTCTGTGAA TGTTTATCAG CAAGTTGTCT ATTTTTCTGA GGGGAATTCC 
ATCTGGGCGA AAGGAGCTGC AGATATGTCT GATGTATCTG ACCTAATGCT CTTCTATGCT 
GGCTGGGGGA ATATTACGTC CATCTCAGTA GACTGGCTTT ACCAGAGGAT ATACTTTGTC 
ATGAATGAAA AGATACATGT CTGCCATTTA GAGAACTGCA CGGCAGCTGA AGACATCACT 
CCTCTTAATG TGACATCCCC TAGGAAGGTT GTAGCTGATC CCTATAATGG CTATATTTTC 
TGTCTCCTGG AGGATGGCAT ATACAGAGCA AACCTTCCAC TCTTCCCTGG CACTGACTCC 
TCAGCTTCAC TGGTAGTGAA ATCAAGTGCC CTGAGAGACT TCATGATCAA CTTTCAATCT 
AAGAGACTAA TTTTCTTCAA CAAAACAGAG CAGGCCTTTG TGTCAGGTTT TCTTGATGGT 
TCAGAATTTC ACACGCTGCG ATCACATGTG CCGCTTAATG ACATGGAGAG CTTTGTTTAT 
GAGGATAACA CGTTTACTGT CACAGATGGC TGGGCAGTTT TCCACGAGGA GGTCTCTCCA 
GTAGGGAGTT CTAGCTTCAA TGAGTATGTT GTGGATTGCA ATTTGGCATA TCCAGAGTAC 
TCTGGCTTTG GCAACTTGCT TTTCTACGGG ACATCAACTC AGCCTTTTCC TTTACCGACT 
CGTCCTTGGC TTGTCACCGT GCTGTTTGGA TCGGACCAAG CTGTGATCAG CTGGAGACCA 
CCTGAACACA CTATTGGAGC CAGTCTAACT GCTTGGCAGA ACTGGACCTA TGATGTGAAA 
GTGTCATCTC ACCATCCATC TGAGGAGGAA TGGGTTGTCT CAAACATTAG TGGCACTAGG 
CTTACAGTGA AAGAGCTGGC CAGCTTCACA GTGTATGAAG TGTCAGTCAG AGCTGTGTCT 
CCTGCTGGTG AAGGGCCTTG GTCAGAGTCC TTCAGAGGCA CAACTTTAGA AGAAGCTCAA 
GAAGAACCGT ATATATTGGC AGCTGGGGCT GAAGGGCTCT GGAAGCAGCA GTTGGATAGC 
TATGGGCCAG GAGAACTCCT CTATCCTCAT ATAAGAAATA TTTCAGACCT TGACTGGTAT 
AATGACACAC TTTTTTGGAT TAATTCCATG GGAGAAGTTC AAACCTGGTC ATTGAACAAA 
AGAGAGGGTA CCACTGGGAG TGCTTATGTA TCTGACGTCA GAAATGCAAG GATGTTGGCC 
TTTGATTGGT TGGGTCAATG CTTATACTGG GTTGGCAAAG CAAATACGAT CTACAGAAAA 
TCACTGCAGC GAGGCCATGT GGATGTTGTG GTTCATGTTG TGTTCCTAGT GAAGGATCTA 
GTAGTGGATT CAGTAAATGG CTATTTGTAC TGGGCCACAA TGTATTCAGT GGAGAGTGCG 
AGACTGAATG GAGAGGAGTA TCTTATAATA CAAGAGCAGC TACAGTTTTC TGATAAACAC 
GTAGTTGGTT TAACTTTGGA TCTCATGTAT GGTTTTCTTT ACTGGCTTGT GCAAGATAGT 
CTATGCCTAA ACCTATACAG AGTTTCTCTT CGCAAAGAGG GTTGTGTTAA TGCCATCGTC 
ACAGAATTTT CAGCATGGAG CACTTCAGAA ATATCTCAGG GTGCACTGGA ATACTACAGT 
GGTCGTCTGT TCTGGATCAG TAGTCTTCAG TTCATTACAA CTCAAGAAGT CAATCAGAGC 
CTTAGCATTC CCTTCTCACA ACCAGCAGAG TTTGTAGCTT TTACCCTTGT TCACACATCA 
CTTAAACCTT TGCCAGGAAA TTTTTCTTTT ACACCAAAAG TGATTCCAGA TTCAGTGCCA 
GAGACTTCCT TCAGGATTAA AGGAAACTCT TCAAGTTTTC ACATTACTTG GAGTCCCTCC 
ACAAATGTGG AATGGGGAAT TGTCTTTTAC TGCGTGGGAT CAAAAGCTCT ACACGTGAGG 
ACTTTGGAGA GTGAGCGGTG CCTCCATCCC CATAACCTGA CAGTGCCATC TTACCACGTT 
GATTGGCTGG AACCATTTGC ACTTTTTGAT TTTGCTGTCA CTCCATACAC ATACTGGGGC 
AAGGCACCAA CCACATCTGT ATCCCTTCGA GCACCTGAAG GAGTTCCTTC AGCCCCTACA 
AACCCTAGAA TATATGTGTT ACAAAATAAC CCACACAAAA GTGATGAGAA AGTTCTTGTG 
GAGTTCCGTT GGGACAGACC TGAAAGGGAC AATGGCATAT TAACTCAATT CAGGGTTTAC 
TATCAACTAT TGAATCAGAG TGGCACTGCT GACACTTTCA AGGAGTGGAA CGTGAGCGAC 
GTTAAACCCA ACCTGATGCT CTTTCCTCTC AGGGATGTGC TTCCCAGTCT TACAGTAAGG 
TTTCAGGTGC AAGCCTTCAC CTCTGTGGGT CCAGGACCTT TGTCTGCTAT AGCTGAGAGG 
AATTCATCAG ATCTTTTCCC TGTCCCAACT CTTATAACTG TTTCTGCCAA CAAGTTATTT 
CTTACTGACA TAGACAATAA TCATACCATA TGGGAAATTT CAGCAAAGAC AATTATAAAG 
GACATCTGTT ATACTGCTAA TGATGACAAA GCTTACTATA TCGTAGAAGA TTCTCTTTTT 
CTTCTGAATA TACAGACCAC TTCAAAGCTT CAGTTTTTCA AAGATGCATA TATTCGCAAT 
GCCACAGCCA TCACAGTTGA CTGGATTGCA CGACATCTCT TTGTTGCTCT GAAAACACCA 
TGGAATGAAA CTCAAATATT TGTTATTGAT CTTGAGCTCA AGACAAAATC TCTAAAAGCC 
TTGAACATAC AGTTGGGTAA AAGTAATTCA ATATCATCTC TGTTGTCATA CCCTTTCTTA 
AGCCGCTTGT ACTGGATGGA AGAGTTTGAT TATGGCAGCC GCATGTTTTA CTATGATATT 
CTGAATAACA CCGTGCACCA CATTTTGGGA TACGTATCAG CAGAAGAACA GATGAGGAAC 
TACTGTACCT GTAGTGTGGC AGAAGCAGAG CTAGGAAGAC CTATGAGTAT GGATGTGTCT 
GACCCCAAGA ATCCTCAGCT GCTCTTTATC AGAGGAAGAG ATGAAGTATG GGCCTCAGAC 
ATGGATGGTT GCCACTGCTG GAGAATTACC AGGATACCGA GTTTTCAAGG TAAAAAAATT 
GGCAGCTTGA CTGTAGACAA GAAATTTATA TACTGGAGCG CTGAAACAAA GGAGTACACT 
GAAATTTGGC TAGCAAATAA AGAAAGCACA AGACACTTCC TTCAGAAGAG AGCAAATCAT 
GCGCTGAAAA TTTTAGCCTA CAGCTCAGCA GAGCAATTAT ATCCAGATAA AAGGTGCCTG 
GTTCTGTTGC CAGACACTGA GAAACCTGCC ATCCTTGATA GGACGAACAC CAGTTTTACA 
TTAAGCTTGC CATCTGTCCC ACCAGAGCAA CTATGCCCTG GCATATCGCA GCCTATGCCA 
ACATATCTGG TATTTCTCAG ACAAATGACT AAGAACTGTG GGAACTCAAG CTACTGTTTG 
TCTGCTCTAC AGCAAAAAAC ATTGGAATTC CAGGATCCTA TAGCTGTCAT AGACAACCTA 
CAACCATTTT CAAGTTATGT CATAAAAGTT GCAGTGAAAA ACTACTATTC AGATGAGAAA 
GTGCTGCCTC TGGGAAAAGA GACAATTGCC ACAACTCTAT ATGGAGTACC AGAGGCAGCT 
GGTTCCATTA AGGCAGTGGT TTTGTCTGAC ACCACCATCA ACATATCTTG GAGTGAACCT 
CTGAAGCCAA ATGGACCTCT AGAATCCATC CGCTATCAAA TCTCTGTCAA TTTATTGCTT 
TCTGTCCCAG CAATACCCTT GAGAAAAAGT GAATTTCCAA ATGGGACACT TATCTGGTCT 
GTCAGTGGGC TCCAATCTGG AACAAATAAT TATTTCAAGG TTCTTGCTTT TCATCCTGAT 
GAGAACTGGT TTTCTGAAAG TGTCGCTGTT ATTGCAAAAA CTTTTGAGAC TCCACCCGCA 
CCTGTCAACA TAGTTCCCAG AAACACCACT TTGCAGCTAG AGTGGAGAGC TCCTCTGCAT 
GTCAATGAAA CCAGCTTCAG GTTTGAGCTG CGTAAGTGGC AAGCAAGAAG TTATTGGTTT 
TCTCCTACAA GCACTACGTG CACAGCAAAT CTTGTTTACA CATGCAATCT CACAGGAACT 
CTTCCTTCAA CCAACTACTT TGTAAGAGTA ACAGTAGTTT ATGTGACAGG AGCAAAAAGC 
ACTTCCTCTT CAACAAGCTT TAAAACTACA GCTGGTGTTC CCAGTAAGCC AGGAGTTCCA 
AAAAAAGCAG AAGACATTAA AAACTCTGTA CAGTGGGAAA AGGCTGATGA CAATGGAAGC 
AACCTGACCT ACTACATCTT AGAAAGCAGG AAGAAGCCTG ACAACACCAG CAAAATGCAG 
TCCTTGTGGA AGGTGGTTTA TAATGGCTCC TGTGAGAGTA TCTGCACATG GAAGGCCAAG 
AACTTAGAAG GAGCTTTCCA GTTCAGAGCA GCAGCTGCAA ACGTGCTGGG ACTTGGTGAA 
TACAGTGACA CAAGCAAGGA TATAATTTTG AGTGAATATA CTGTGGTCTT CCCAGACACC 
AACATTGCCA TTGCTGCTGT GACTGGAGTT GTTGTGCTGG GCTTGACTGT GGTCTTGCTG 
TTAGGTTTTG CATGGCACCA AAGATGGAAA TCCAGAAAAC AAGCCTTCCC TGGACAGATA 
GTGTTTATGA AGGAAGATAA AGAATTAGCT CAACTCAGAG GAGTGGCTGA GACAGTAGGA 
CTAGCCAATG CCTGTTATGC TCTAAGCACT CTTCCTTCTC AAGCAGAAAT TGAATTATTG 
CCAGCTTTCC CTCGGGACAA ACTGAACTTA CACAAATTAT TAGGAAGCGG AGCATTCGGA 
GAGGTGTATG AAGGGACTGC GGTAGATATC CTGGCAGATG GAAGAGGAGA ATGCAAAGTA 
GCAGTCAAGA CTTTGAAGAA GGGTGCAACA GACCACGAGA AGAGTGAATT CTTGAAGGAG 
GCATACTTAA TGAGCAAATT TGATCACCCC CACATTCTGA AGTTGCTTGG TGTATGCTTG 
TTAAATGAAC CTCAGTACCT TATATTGGAG CTGATGGAAG GAGGGGATCT ACTTAGCTAT 
TTACGAGGAG CCAGAAAGCA AAAGCTCCAG AGTCCCTTAC TGACAGTGAT TGACCTCTTG 
GATATATGTT TGGATATTTG CAAAGGCTGT GTCTATTTAG AGAAAATGCA TTTTATACAC 
AGGGACCTTG CTGCTCGCAA CTGCCTTGTG TCTGAGAAGG AATACGATCA CTCCTCCCGG 
ATAGTAAAGA TTGGTGATTT TGGACTTGCC AGAGATATCT ATAAAAATGA TTATTACAGG 
AAAATAGGAG AAGGCCTACT CCCTGTCAGA TGGATGGCTC CTGAAAGCCT CATTGACGGC 
GTCTTTACAA ATCACTCTGA TGTTTGGGCT TTTGGAGTCT TAGTGTGGGA AACATTAACT 
TTGGGTCAAA AGCCATACCC AGCTTTCTCC AATGCAGAAG TTTTACACCA TGTACGATCA 
GGAGGAAGGC TGGAATCTCC AAACAATTGT CCTGGTGCCC TATGTGATTT AATGACAAGA 
TGCTGGGCCC AAGAACCTCA CGACAGACCT ACTTTCTCTT ATATTCAGGA CAAACTGCAA 
GAGATAAGAC ACTCTCCACT GTCCTTCATC CAGTACCTTG AAGACAAAGA GGCAGGAACT 
GGAGTCATCA ACCAAGGTTT TGAAGATAGT GATGTTCCAT GTGAAGATTC GGATAGTACT 
CTTTCAGCCA CACTAATGGA AACAAGGAAT CAAGACGGCT TAAATTATTT GGTATTAGTC 
AAAGAAGGCA ACCGAGATCA AAGAAGCATC AATTCTGTTG AACTTAGTTA A