MAP1B cDNA ORF clone, Geospiza fortis(medium ground-finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	MAP1B
Entrez Gene ID	102041068
Full Name	microtubule associated protein 1B
Gene Type	protein-coding
Organism	Geospiza fortis(medium ground-finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014309883.1	XP_014165358.1	LOW QUALITY PROTEIN: microtubule-associated protein 1B

Pathways from BioSystems
Gene Ontology

The following MAP1B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MAP1B 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
OGe12066	XM_014309883.1 Latest version!	Geospiza fortis microtubule associated protein 1B (MAP1B), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1371.30 $1959.00

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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)

MAP1B ( XM_014309883.1 ) cDNA ORF clone, Geospiza fortis(medium ground-finch) -> XP_014165358.1 Geospiza fortis microtubule associated protein 1B (MAP1B), mRNA.

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CloneID	OGe12066
Clone ID Related Accession (Same CDS sequence)	XM_014309883.1
Accession Version	XM_014309883.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7065bp) 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	2019-10-05
Organism	Geospiza fortis(medium ground-finch)
Product	LOW QUALITY PROTEIN: microtubule-associated protein 1B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005054462.1) 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 Name :: Geospiza fortis 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGATCACAG ATGCTGCAAG GCACAAGCTC CTTGTTCTAA CTGGCCAGTG CTTTGAAAAC 
ACAGGAGAGC TCATTCTTCA GTCAGGGTCC TTCTCCTTCC AGAACTTCAT TGAGATCTTC 
ACAGATCAAG AGATTGGTGA ATTGTTGAGC ACCACACACC CTGCCAACAA AGCCAGCCTA 
ACTCTTTTCT GCCCTGAGGA AGGGGACTGG AAAAATTCCA ACCTTGACAG ACACAACCTT 
CAAGACTTCA TTAACATTAA ACTCAACTCA GCTTCCATAT TGCCTGAGAT GGAAGGACTC 
TCTGAATTCA CAGAGTATCT GTCAGAATCA GTAGAAGTGC CATCGCCTTT TGACATTTTG 
GAACCTCCAA CCTCAGGAGG TTTCTTGAAG CTCTCCAAAC CCTGCTGTTA CATTTTCCCA 
GGGGGAAGAG GGGACTCTGC ATTGTTCGCA GTGAATGGAT TCAATATGCT TATCAATGGA 
GGATCTGAAA GAAAATCTTG CTTTTGGAAA CTTATCCGGC ACTTGGACAG GGTAGATTCC 
ATTCTGCTGA CTCACATTGG AGATGACAAT CTGCCAGGAA TCAATAGCAT GCTTCAGCGA 
AAGATAGCTG AACTAGAAGA GGAACAGTCC CAAGGGTCTA CTACCAACAG TGACTGGATG 
AAAAATCTGA TCTCACCTGA TTTAGGAGTT GTGTTCCTTA ATGTACCTGA GAACCTGAAG 
AACCTGGATC CTAATTTCAG AGTAAAAAGG AGTGTAGAAG AAGCTTGCTT TACTCTCCAG 
TATTTAAATA AGTTGTCTAT GAAACCAGAA CCACTTTTCA GAAATACAGG AAATACCATT 
GAACCTATCA TTTTATTTCA GAAAATGGGA GTTGGCAAAC TTGAGATGTA TGTGCTTAAT 
CCTGTCAAAA ATAGCAAAGA GATGCAATAT TTTATGCAGC AGTGGAGTGG TACTAACAAA 
GATAAAGCTG AGTTCCTGCT ACCAAATGGC CAAGAGCTAG ACATTCCATT ATCCTATTTC 
ACCTCTGTCT CATCCCTGAT TGTGTGGCAT NNCNNNNNNN NNNNNNAAAT AATCCGAGTT 
CTCTTTCCTG GAAACAGCAC CCAGTATAAT ATTCTAGAGG GACTAGAAAA ACTCAAACAC 
TTAGACTTCC TGAAACAACC AATGGTTACA CAAAAAGACC TAACTGGGAA CATTGCTAGT 
CCAGCTGTGA AACAAGCAAA ATTGAAACAA CGAACAGATA GCAAGGAGAG TCTGAAGCCT 
GCTGCAAAGA CACCACCAAA TAAGCCTGTC AGAAAGGAAT CTAAAGAAGA AACACCAGAG 
CCTGTGAAGC CTAGTCCAGT ACCAGAAAAG CCTCAGAAGC TGGAAAGCAA AGAAAAAGTT 
CCAGTTAAAA AAGAAAAACC AGCAAAAGTA GAGACCAAAC CAATAGTGGT AGAAAAAGAC 
ATAGCAAATA AGGAAGAACA ACTAGTGAAA TCCGAAATTC CTGAGAAACA AGGTACAGAT 
GTAAAACCGA AAATGTCAAA GGAGAAAACA GTGAAAAAGG AAGTCAAAGC AAAACCTGAA 
GAAAAGAAGG AGGACAAAGA AAAACCAAAG AAAGAGGTTT CTAAAAAAGA AGAGAAAACA 
CCCATCAAAA AAGAGGAAAA ACCAAAAAAA GAAGAGATCA AGAAAGAAGT TAAGAAAGAG 
GTGAAAAAGG AAGACAAGAA GGAAACTAAG AAAGAAATAA AGAAAGAAGC TTCAACAAAA 
GAAGCTAAAA AAGAAGCTAA AAAAGAAGAG AAGAAGGAAA TCAAGAAGGA AGACAAAGAA 
GCCAAAAAGG ACATCAAAAA GGTTCCTAAA GAAACAAAGA AGACAGCTAC TCCTTCAAAT 
GAAGCCAAAA AGCCAGCAGC AAAGCCTAAA CCACAAAAGA AGGAGGAACC TGCTAAAAAA 
GAAGCAATAG CTGCTGGAAA GCCAAAGGAA AAAGGAAAAG TTAAAAGTGT GAAGAAGGAC 
CTCAAAGTCA GTGGAGCACA AGCTGCCCTT GCAGCAGTTG GAGCCACAAC TGTAGCAGCT 
GCAGAAATTA CAGCCGGTGG AAAGGAGCTT GAAGCAGAGA GATCCCTTAT GTCTTCACCA 
GAGGATTTAA CAAAGGATTT TGAGGAATTA AAAGCTGAAG AAGTAGAAAC AATAAAAGAA 
ACAAAATCTG AAGTTGCACT TATAAAGGAT GATCTGAATC TCACTGGCAC AGTACAAAAA 
GACGCTTTTG AAGTACAAAA AGAAAAATTG GATAATGAAG GACCTGCTGA GTCATCTGAT 
GAAGGCATAA CTACCACAGA GGCTGAGGGT GAGTGTGAAC AGACACCTGA AGAATTGGAA 
CCTGTGGAAA AACACAAGGT TGATGACAAT GAAAAGTTTG AAGATGAGGG AACTGGCTTG 
GAAGAATCAT CTGAAGCAGA TTATGAAGAA AAGGCAGAGA CAGAAGAAGC TGAAGAACGA 
GATGAAGTGG AAAAAACACA ACTGGATGCC ACAAAACCAT ATGTGGAAGA ATCAAGAAAA 
ATTCCAGGTG GCTCAGAAAA AGTAATGACT CAAGTAGATA CTAACATTAA AGATGAAAAT 
TGTATTGAAA AGGCAGATTA TGAGGCATCC GATGAACGAG CTGAAGAAGA CAGGGAAGAA 
GCAATAGAAA AGGCAGAAAC TGAAGAGACT GAAGAAGATG AGGAAGACAA AGCAGAAGAC 
ATCAGAGATG AAGAAGAAAC TGAAAAAACA GAAGCCGAAG AAGATTATGT GATGGCTGTG 
GTAGACAAAG CTGCAGAATC TGGTGAAGCC GAGGATAAGT ATGGCTTACT CATAATTACA 
CCAACTAAGC GCTCAGAGTC TCAGTCTCCT GTGATTGAAC CAGCTTCTTC TATCCATGAT 
GAGACACTGC CTGGTGGTTC AGAAAGTGAA GCCACTGTTT CTGATGAAGA AAATAGGGAA 
GATCAACCTG AGGAGTTCAC TGCTACTTCA GGTTACACAC AGTCCACCAT TGAAATATCC 
AGTGAACCAA CTCCAATGGA TGAAATGTCA ACACCCCGAG ATGTCATGAG TGATGAAACT 
AACAACGAGG AAAGCGAGTC ACCCTCTCAG GAATATGTGA ACATTACCAA GTATGAGACA 
TCACTGTACT CTCAGGAGTT CAGCAGAACT AAACTTTCTC CACTTCCAGA TGCTTTTAAT 
GGGCTATCGG AAGGATCCAA AACAGAGGCC ACAGAAGGAA AGGATTATAA TGCCTCAGCT 
TCCACCATCT CACCACCATC TTCATTAGAA GAAGATAAAT TCTGCAAATC TGCATTCCAA 
GATGTATACC GGCAAAGAGA AAGTGAAATC CAAGGCACTG ATAAATTAGA AATCAGAGAA 
CCCTATCAAG AAGATGGTGG AAAACATATT TCAGCCAAGA GTCCAGCTGA CAGTTTGTCC 
CCTCCATCGC CTGTTGCCAA AACACCACTG AGTGAACGTA GTGTGAACTT TTCACTCACT 
CCCAATGAGA TCAAGGTTCC TTCTGAGTCT GTCCCCGTTG CTAAATTGCC TGATGTACAC 
CAAGAAGTTG CTGAAGAGCA CTGCACAAGC CCTGAAGATA AAACATTAGA AGTAGCATCT 
CCGTCACAGT CTGCTGCTGG TAGTGCTGGC CACACACCTT ATTATCAGTC TCCCACTGAT 
GAAAAGTCCA GTCAGCTTCC CTCTGAAACC AGTGAAAAGT CAACAGAAGC TCCTGTTAGC 
TTTGAGTTCA GTGAAGTCAA AGACGAGTCT GAGAAATGCA GAATAAGCCC TATGGATGAG 
CCCGTGCCAG ATTCAGAATC TCCTATTGAA AAAGTTCTCT CACCTCTGCG GAGTCCTCCA 
CTGATAGGTT CAGAGACCAC TTATGATGCG TTTTTGAGTG CTGATTTAAA GTCTCCCACC 
AGAGATTATG GAAGTCCTTC TGAGGGGAAA CCTGAAAAGG AAAAATCACC TGTTCAGATG 
AGCCCAGCTT CTGAAGCAAG CTCTGTGGGC CTCTTCCAAG AAAAACAAGA TGAAAAAAGC 
ATGGAATTTA TGGTAATTAA GGAAGGCTTC AGCCTGGAAA GGAAAATGGA GGATACAGAA 
CCCAGCAGCT CCCAGTCTTC ACTGGTCTTG GATGAGCGGA AGTTAGCAGG TGATCTCTCA 
CCAACTCAAA TAGATATCAG TCAGTTTGGT TCTTTAAAAG AAGATACCAA AATGTCAATT 
TCTGAAGGCA CTGTCTCTGA CAAGTCTGCA ACCCCCGTTG ATGAGGTTGT TGCAGAAGAC 
ACCTATTCCC ATATAGAAGG AGTAGCTTCT GTCTCTACAG CATCCGTTGC TACCAGTTCA 
TTTCCGGAAC CAACTACTGA TGATGTATCT CCTTCTTTGC ATGCTGAGGT TGGTTCTCCC 
CACTCTACTG AAGTTGATGA TTCCCTTTCA GTGTCAGTTG TTCAAACACC AACAACTTTT 
CAGGAAACAG AAATGTCTCC ATCTAAAGAA GAGTGCCCAA GACCTATGTC AATTTCTCCA 
CCAGATTTCT CACCTAAAAC TGCAAAATCA AGAACACCGG TGCTTGATCA CAGATCTCCT 
GAGCAGTCAG CTATGTCAGT AGAATATGGT CGGGAGTCAC CTGAGCAGTC TTTAGCAATG 
GATTTTAGTA GGCAGTCTCC AGAATATCCT GCTGTAGGCA CTAGTGTACA CCATATATCT 
GAAAATGGAC CAACAGAAGT AGATTATAGC CCTTCAGATA CACAGGAGTC TCCTTTTGCA 
CAGAAGATTT CACCTGTGGA ACAGTCATCT TACTCTCAAG AGAAAGATAT TTCAGAAATT 
ATTTCAGTTT CTCAAATTGA AGCTTCATCC TCAACTTCAT CAGCTCATAC ACCTTCCCAG 
GTAGCTTCAC CACTGCCAGA GGAAACATTT TCAGGTGGTG TTCCACCCAG AGAGATGTCA 
CTGCATTCTT CTTTTACCTC AGAAAAGGTG CAGAGCCTGG GGGAAAAGCT GTCACCAAAA 
TCTGACCTGT CTCCACTAAC TCCAAGGGAG TCTTCTCCCC TGTATTCTCC TACTTTTCCA 
GACTCACCTC CTGCAATCAC AGAAGCAGTG TCAGCTAGTC ACACATCTTT GTTGTCACAG 
CATGTGTCTC CTGTCAAAGC TTTTGGTTAT CAGGAACCCC TATCAAAGCA CAGTCCAGAA 
CCTTTACTCA GCCCTGATAA AGAAGATTCA GAGAAAAGCA GCAGGTCACC AGAAGAACTT 
AGTTATTCAT ATGAGGCCAG AGAGAAAAGT ACAAGGTCAC CAGAGAACAT CAGCTATTCC 
TATGAGGCAG TCGGAAAATC TACTAGATCA CCTCAAGCTA TGGATTATTC CTATGAAACA 
AGCAGAAAAA CTACTAGGTC TCCTGAGACC ACAGATTATT CCTATGAGAT AACCAGAAAC 
ACTACTAGGT CACCTGAGGG TACAGACTAT TCATATGAGA TAATTGAAAA AAATATGAGG 
TCATCTGAGG TCACAGATTA TTCTTATCAG ATAACAGGGA AAACCACCAG GTCACCAGAA 
GCCACAGATT ATTCCTATGA GACAGCTGGG AAAATCACCA AATCACCTGA AGCCACAGAT 
TATTCCTATG AGTTAACTGG GAAAGCTACC AGATCGCCTG ATACTATGGA TTATTCCTAT 
GAGACAGCAA GGAAAACCTC TAAGTCACCA GAAGCCGTTG GCTACTGCTA TGATACAATT 
GGGAGAACCA CCAGGTCATC AGAGGCCATG ACTTACTCTT ATGAGACAAC TGGCAAAGCC 
TCCAGTTCAC CTGAAGCCAC AGATTACTCG TTTGAGACAA CTGGGAGAGC TAGCCCTGGG 
AGGTCACCTG AAGCTACCAG CTACTCCTAT GAAGCAAGTG CACATTTTAC TCCAAGTAAA 
TCGTTAGCAG AATCCCGTCA AGATGTTGAC TTATGCCTTG TGTCCTCTTG TGAATATAAG 
CATCCCAAAA CTGAACTTTC ACCTTCATTT ATCAACCCAA ATCCCCTTGA GTGGTTTGCA 
AGTGAGGAAC AGTCTCAAGA TCAAGAGAAG CCACTAACTC AGTCTGGGGG AGCTCAGCCT 
CCTTCTGGGG GAAAGCAGCA AGGGCGGCAG TGTGATGAAA CTCCTCCCAC ATCTGTGAGC 
GAGTCTGCCC CGTCTCAGAC CGATTCGGAT GTTCCGCCAG AGACTGAGGA ATGCCCTTCC 
ATCACTGCAG ATGCTAACAT TGACTCAGAG GATGAGTCGG AAACCATTCC AACGGACAAG 
ACAATTACGT ACAAACACAT TGACCCGCCA CCTGTCCCAA TGCAGGATCG CAGCCCTTCC 
CCCAGGCACC CTGATGTCAC CATGGTTGAT CCAGAGGCTC TGCCAGTTGA ACAGAATTTA 
GGTAAACCTT TGAAGAAGGA CCTCAAAGAA AAGACGAAGA CAAAAAAGCA GGGTACCAAG 
ACCAAGTCAT CTTCTCCTGT TAAAAAAAGT GATGGTAAAT CAAAACAAGT GGCTTCACCA 
AAGCCAGCTA CAAAAGAATC TTTAGACAAA ATTTCCAGAA CAGCTTCTCC AAAAAAGAAG 
GAATCTGTGG AGAAGGCAAC CAAAAATATC TCCAATCCAG AGGTAAAGTC TCGAGTGGAG 
GAGAAAGATA AGGATACCAA GAATGCAGCG AATACAACAA CATCCAAGTC GGCAAAGACT 
GCAGCCACAG GACCTGGGAA TACTAAGGTG GCAAAATCTA CAGCAGTGCC TCCAGGACCT 
CCAGTGTATT TGGATCTGGT GTACATTCCC AACCACAGCA ACAGCAAGAA TGTTGATGTT 
GAGTTTTTCA AGAGGGTGCG GTCATCCTAC TATGTGGTGA GCGGGAATGA TGCTGCGGCC 
GAGGAGCCAA GCAGGGCTGT TCTGGACTCC CTGCTGGAGG GCAAGGCACA GTGGGAGAGT 
AACATGCAGG TGACTTTAAT CCCAACCCAT GACTCCGAAG TGATGAGGGA ATGGTATCAA 
GAGACCCATG AGAAACAGCA GGATCTCAAC ATCATGGTTT TGGCAAGCAG CAGCACTGTT 
GTTATGCAAG ATGAATCTTT TCCTGCATGC AAAATTGAGC TGTAA

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

RefSeq	XP_014165358.1
CDS	193..7257
Translation	MITDAARHKLLVLTGQCFENTGELILQSGSFSFQNFIEIFTDQEIGELLSTTHPANKASLTLFCPEEGDWKNSNLDRHNLQDFINIKLNSASILPEMEGLSEFTEYLSESVEVPSPFDILEPPTSGGFLKLSKPCCYIFPGGRGDSALFAVNGFNMLINGGSERKSCFWKLIRHLDRVDSILLTHIGDDNLPGINSMLQRKIAELEEEQSQGSTTNSDWMKNLISPDLGVVFLNVPENLKNLDPNFRVKRSVEEACFTLQYLNKLSMKPEPLFRNTGNTIEPIILFQKMGVGKLEMYVLNPVKNSKEMQYFMQQWSGTNKDKAEFLLPNGQELDIPLSYFTSVSSLIVWHnullnullnullnullnullnullIIRVLFPGNSTQYNILEGLEKLKHLDFLKQPMVTQKDLTGNIASPAVKQAKLKQRTDSKESLKPAAKTPPNKPVRKESKEETPEPVKPSPVPEKPQKLESKEKVPVKKEKPAKVETKPIVVEKDIANKEEQLVKSEIPEKQGTDVKPKMSKEKTVKKEVKAKPEEKKEDKEKPKKEVSKKEEKTPIKKEEKPKKEEIKKEVKKEVKKEDKKETKKEIKKEASTKEAKKEAKKEEKKEIKKEDKEAKKDIKKVPKETKKTATPSNEAKKPAAKPKPQKKEEPAKKEAIAAGKPKEKGKVKSVKKDLKVSGAQAALAAVGATTVAAAEITAGGKELEAERSLMSSPEDLTKDFEELKAEEVETIKETKSEVALIKDDLNLTGTVQKDAFEVQKEKLDNEGPAESSDEGITTTEAEGECEQTPEELEPVEKHKVDDNEKFEDEGTGLEESSEADYEEKAETEEAEERDEVEKTQLDATKPYVEESRKIPGGSEKVMTQVDTNIKDENCIEKADYEASDERAEEDREEAIEKAETEETEEDEEDKAEDIRDEEETEKTEAEEDYVMAVVDKAAESGEAEDKYGLLIITPTKRSESQSPVIEPASSIHDETLPGGSESEATVSDEENREDQPEEFTATSGYTQSTIEISSEPTPMDEMSTPRDVMSDETNNEESESPSQEYVNITKYETSLYSQEFSRTKLSPLPDAFNGLSEGSKTEATEGKDYNASASTISPPSSLEEDKFCKSAFQDVYRQRESEIQGTDKLEIREPYQEDGGKHISAKSPADSLSPPSPVAKTPLSERSVNFSLTPNEIKVPSESVPVAKLPDVHQEVAEEHCTSPEDKTLEVASPSQSAAGSAGHTPYYQSPTDEKSSQLPSETSEKSTEAPVSFEFSEVKDESEKCRISPMDEPVPDSESPIEKVLSPLRSPPLIGSETTYDAFLSADLKSPTRDYGSPSEGKPEKEKSPVQMSPASEASSVGLFQEKQDEKSMEFMVIKEGFSLERKMEDTEPSSSQSSLVLDERKLAGDLSPTQIDISQFGSLKEDTKMSISEGTVSDKSATPVDEVVAEDTYSHIEGVASVSTASVATSSFPEPTTDDVSPSLHAEVGSPHSTEVDDSLSVSVVQTPTTFQETEMSPSKEECPRPMSISPPDFSPKTAKSRTPVLDHRSPEQSAMSVEYGRESPEQSLAMDFSRQSPEYPAVGTSVHHISENGPTEVDYSPSDTQESPFAQKISPVEQSSYSQEKDISEIISVSQIEASSSTSSAHTPSQVASPLPEETFSGGVPPREMSLHSSFTSEKVQSLGEKLSPKSDLSPLTPRESSPLYSPTFPDSPPAITEAVSASHTSLLSQHVSPVKAFGYQEPLSKHSPEPLLSPDKEDSEKSSRSPEELSYSYEAREKSTRSPENISYSYEAVGKSTRSPQAMDYSYETSRKTTRSPETTDYSYEITRNTTRSPEGTDYSYEIIEKNMRSSEVTDYSYQITGKTTRSPEATDYSYETAGKITKSPEATDYSYELTGKATRSPDTMDYSYETARKTSKSPEAVGYCYDTIGRTTRSSEAMTYSYETTGKASSSPEATDYSFETTGRASPGRSPEATSYSYEASAHFTPSKSLAESRQDVDLCLVSSCEYKHPKTELSPSFINPNPLEWFASEEQSQDQEKPLTQSGGAQPPSGGKQQGRQCDETPPTSVSESAPSQTDSDVPPETEECPSITADANIDSEDESETIPTDKTITYKHIDPPPVPMQDRSPSPRHPDVTMVDPEALPVEQNLGKPLKKDLKEKTKTKKQGTKTKSSSPVKKSDGKSKQVASPKPATKESLDKISRTASPKKKESVEKATKNISNPEVKSRVEEKDKDTKNAANTTTSKSAKTAATGPGNTKVAKSTAVPPGPPVYLDLVYIPNHSNSKNVDVEFFKRVRSSYYVVSGNDAAAEEPSRAVLDSLLEGKAQWESNMQVTLIPTHDSEVMREWYQETHEKQQDLNIMVLASSSTVVMQDESFPACKIEL

Target ORF information:

RefSeq Version	XM_014309883.1
Organism	Geospiza fortis(medium ground-finch)
Definition	Geospiza fortis microtubule associated protein 1B (MAP1B), mRNA.

Target ORF information:

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

XM_014309883.1

ORF Insert Sequence:

ATGATCACAG ATGCTGCAAG GCACAAGCTC CTTGTTCTAA CTGGCCAGTG CTTTGAAAAC 
ACAGGAGAGC TCATTCTTCA GTCAGGGTCC TTCTCCTTCC AGAACTTCAT TGAGATCTTC 
ACAGATCAAG AGATTGGTGA ATTGTTGAGC ACCACACACC CTGCCAACAA AGCCAGCCTA 
ACTCTTTTCT GCCCTGAGGA AGGGGACTGG AAAAATTCCA ACCTTGACAG ACACAACCTT 
CAAGACTTCA TTAACATTAA ACTCAACTCA GCTTCCATAT TGCCTGAGAT GGAAGGACTC 
TCTGAATTCA CAGAGTATCT GTCAGAATCA GTAGAAGTGC CATCGCCTTT TGACATTTTG 
GAACCTCCAA CCTCAGGAGG TTTCTTGAAG CTCTCCAAAC CCTGCTGTTA CATTTTCCCA 
GGGGGAAGAG GGGACTCTGC ATTGTTCGCA GTGAATGGAT TCAATATGCT TATCAATGGA 
GGATCTGAAA GAAAATCTTG CTTTTGGAAA CTTATCCGGC ACTTGGACAG GGTAGATTCC 
ATTCTGCTGA CTCACATTGG AGATGACAAT CTGCCAGGAA TCAATAGCAT GCTTCAGCGA 
AAGATAGCTG AACTAGAAGA GGAACAGTCC CAAGGGTCTA CTACCAACAG TGACTGGATG 
AAAAATCTGA TCTCACCTGA TTTAGGAGTT GTGTTCCTTA ATGTACCTGA GAACCTGAAG 
AACCTGGATC CTAATTTCAG AGTAAAAAGG AGTGTAGAAG AAGCTTGCTT TACTCTCCAG 
TATTTAAATA AGTTGTCTAT GAAACCAGAA CCACTTTTCA GAAATACAGG AAATACCATT 
GAACCTATCA TTTTATTTCA GAAAATGGGA GTTGGCAAAC TTGAGATGTA TGTGCTTAAT 
CCTGTCAAAA ATAGCAAAGA GATGCAATAT TTTATGCAGC AGTGGAGTGG TACTAACAAA 
GATAAAGCTG AGTTCCTGCT ACCAAATGGC CAAGAGCTAG ACATTCCATT ATCCTATTTC 
ACCTCTGTCT CATCCCTGAT TGTGTGGCAT NNCNNNNNNN NNNNNNAAAT AATCCGAGTT 
CTCTTTCCTG GAAACAGCAC CCAGTATAAT ATTCTAGAGG GACTAGAAAA ACTCAAACAC 
TTAGACTTCC TGAAACAACC AATGGTTACA CAAAAAGACC TAACTGGGAA CATTGCTAGT 
CCAGCTGTGA AACAAGCAAA ATTGAAACAA CGAACAGATA GCAAGGAGAG TCTGAAGCCT 
GCTGCAAAGA CACCACCAAA TAAGCCTGTC AGAAAGGAAT CTAAAGAAGA AACACCAGAG 
CCTGTGAAGC CTAGTCCAGT ACCAGAAAAG CCTCAGAAGC TGGAAAGCAA AGAAAAAGTT 
CCAGTTAAAA AAGAAAAACC AGCAAAAGTA GAGACCAAAC CAATAGTGGT AGAAAAAGAC 
ATAGCAAATA AGGAAGAACA ACTAGTGAAA TCCGAAATTC CTGAGAAACA AGGTACAGAT 
GTAAAACCGA AAATGTCAAA GGAGAAAACA GTGAAAAAGG AAGTCAAAGC AAAACCTGAA 
GAAAAGAAGG AGGACAAAGA AAAACCAAAG AAAGAGGTTT CTAAAAAAGA AGAGAAAACA 
CCCATCAAAA AAGAGGAAAA ACCAAAAAAA GAAGAGATCA AGAAAGAAGT TAAGAAAGAG 
GTGAAAAAGG AAGACAAGAA GGAAACTAAG AAAGAAATAA AGAAAGAAGC TTCAACAAAA 
GAAGCTAAAA AAGAAGCTAA AAAAGAAGAG AAGAAGGAAA TCAAGAAGGA AGACAAAGAA 
GCCAAAAAGG ACATCAAAAA GGTTCCTAAA GAAACAAAGA AGACAGCTAC TCCTTCAAAT 
GAAGCCAAAA AGCCAGCAGC AAAGCCTAAA CCACAAAAGA AGGAGGAACC TGCTAAAAAA 
GAAGCAATAG CTGCTGGAAA GCCAAAGGAA AAAGGAAAAG TTAAAAGTGT GAAGAAGGAC 
CTCAAAGTCA GTGGAGCACA AGCTGCCCTT GCAGCAGTTG GAGCCACAAC TGTAGCAGCT 
GCAGAAATTA CAGCCGGTGG AAAGGAGCTT GAAGCAGAGA GATCCCTTAT GTCTTCACCA 
GAGGATTTAA CAAAGGATTT TGAGGAATTA AAAGCTGAAG AAGTAGAAAC AATAAAAGAA 
ACAAAATCTG AAGTTGCACT TATAAAGGAT GATCTGAATC TCACTGGCAC AGTACAAAAA 
GACGCTTTTG AAGTACAAAA AGAAAAATTG GATAATGAAG GACCTGCTGA GTCATCTGAT 
GAAGGCATAA CTACCACAGA GGCTGAGGGT GAGTGTGAAC AGACACCTGA AGAATTGGAA 
CCTGTGGAAA AACACAAGGT TGATGACAAT GAAAAGTTTG AAGATGAGGG AACTGGCTTG 
GAAGAATCAT CTGAAGCAGA TTATGAAGAA AAGGCAGAGA CAGAAGAAGC TGAAGAACGA 
GATGAAGTGG AAAAAACACA ACTGGATGCC ACAAAACCAT ATGTGGAAGA ATCAAGAAAA 
ATTCCAGGTG GCTCAGAAAA AGTAATGACT CAAGTAGATA CTAACATTAA AGATGAAAAT 
TGTATTGAAA AGGCAGATTA TGAGGCATCC GATGAACGAG CTGAAGAAGA CAGGGAAGAA 
GCAATAGAAA AGGCAGAAAC TGAAGAGACT GAAGAAGATG AGGAAGACAA AGCAGAAGAC 
ATCAGAGATG AAGAAGAAAC TGAAAAAACA GAAGCCGAAG AAGATTATGT GATGGCTGTG 
GTAGACAAAG CTGCAGAATC TGGTGAAGCC GAGGATAAGT ATGGCTTACT CATAATTACA 
CCAACTAAGC GCTCAGAGTC TCAGTCTCCT GTGATTGAAC CAGCTTCTTC TATCCATGAT 
GAGACACTGC CTGGTGGTTC AGAAAGTGAA GCCACTGTTT CTGATGAAGA AAATAGGGAA 
GATCAACCTG AGGAGTTCAC TGCTACTTCA GGTTACACAC AGTCCACCAT TGAAATATCC 
AGTGAACCAA CTCCAATGGA TGAAATGTCA ACACCCCGAG ATGTCATGAG TGATGAAACT 
AACAACGAGG AAAGCGAGTC ACCCTCTCAG GAATATGTGA ACATTACCAA GTATGAGACA 
TCACTGTACT CTCAGGAGTT CAGCAGAACT AAACTTTCTC CACTTCCAGA TGCTTTTAAT 
GGGCTATCGG AAGGATCCAA AACAGAGGCC ACAGAAGGAA AGGATTATAA TGCCTCAGCT 
TCCACCATCT CACCACCATC TTCATTAGAA GAAGATAAAT TCTGCAAATC TGCATTCCAA 
GATGTATACC GGCAAAGAGA AAGTGAAATC CAAGGCACTG ATAAATTAGA AATCAGAGAA 
CCCTATCAAG AAGATGGTGG AAAACATATT TCAGCCAAGA GTCCAGCTGA CAGTTTGTCC 
CCTCCATCGC CTGTTGCCAA AACACCACTG AGTGAACGTA GTGTGAACTT TTCACTCACT 
CCCAATGAGA TCAAGGTTCC TTCTGAGTCT GTCCCCGTTG CTAAATTGCC TGATGTACAC 
CAAGAAGTTG CTGAAGAGCA CTGCACAAGC CCTGAAGATA AAACATTAGA AGTAGCATCT 
CCGTCACAGT CTGCTGCTGG TAGTGCTGGC CACACACCTT ATTATCAGTC TCCCACTGAT 
GAAAAGTCCA GTCAGCTTCC CTCTGAAACC AGTGAAAAGT CAACAGAAGC TCCTGTTAGC 
TTTGAGTTCA GTGAAGTCAA AGACGAGTCT GAGAAATGCA GAATAAGCCC TATGGATGAG 
CCCGTGCCAG ATTCAGAATC TCCTATTGAA AAAGTTCTCT CACCTCTGCG GAGTCCTCCA 
CTGATAGGTT CAGAGACCAC TTATGATGCG TTTTTGAGTG CTGATTTAAA GTCTCCCACC 
AGAGATTATG GAAGTCCTTC TGAGGGGAAA CCTGAAAAGG AAAAATCACC TGTTCAGATG 
AGCCCAGCTT CTGAAGCAAG CTCTGTGGGC CTCTTCCAAG AAAAACAAGA TGAAAAAAGC 
ATGGAATTTA TGGTAATTAA GGAAGGCTTC AGCCTGGAAA GGAAAATGGA GGATACAGAA 
CCCAGCAGCT CCCAGTCTTC ACTGGTCTTG GATGAGCGGA AGTTAGCAGG TGATCTCTCA 
CCAACTCAAA TAGATATCAG TCAGTTTGGT TCTTTAAAAG AAGATACCAA AATGTCAATT 
TCTGAAGGCA CTGTCTCTGA CAAGTCTGCA ACCCCCGTTG ATGAGGTTGT TGCAGAAGAC 
ACCTATTCCC ATATAGAAGG AGTAGCTTCT GTCTCTACAG CATCCGTTGC TACCAGTTCA 
TTTCCGGAAC CAACTACTGA TGATGTATCT CCTTCTTTGC ATGCTGAGGT TGGTTCTCCC 
CACTCTACTG AAGTTGATGA TTCCCTTTCA GTGTCAGTTG TTCAAACACC AACAACTTTT 
CAGGAAACAG AAATGTCTCC ATCTAAAGAA GAGTGCCCAA GACCTATGTC AATTTCTCCA 
CCAGATTTCT CACCTAAAAC TGCAAAATCA AGAACACCGG TGCTTGATCA CAGATCTCCT 
GAGCAGTCAG CTATGTCAGT AGAATATGGT CGGGAGTCAC CTGAGCAGTC TTTAGCAATG 
GATTTTAGTA GGCAGTCTCC AGAATATCCT GCTGTAGGCA CTAGTGTACA CCATATATCT 
GAAAATGGAC CAACAGAAGT AGATTATAGC CCTTCAGATA CACAGGAGTC TCCTTTTGCA 
CAGAAGATTT CACCTGTGGA ACAGTCATCT TACTCTCAAG AGAAAGATAT TTCAGAAATT 
ATTTCAGTTT CTCAAATTGA AGCTTCATCC TCAACTTCAT CAGCTCATAC ACCTTCCCAG 
GTAGCTTCAC CACTGCCAGA GGAAACATTT TCAGGTGGTG TTCCACCCAG AGAGATGTCA 
CTGCATTCTT CTTTTACCTC AGAAAAGGTG CAGAGCCTGG GGGAAAAGCT GTCACCAAAA 
TCTGACCTGT CTCCACTAAC TCCAAGGGAG TCTTCTCCCC TGTATTCTCC TACTTTTCCA 
GACTCACCTC CTGCAATCAC AGAAGCAGTG TCAGCTAGTC ACACATCTTT GTTGTCACAG 
CATGTGTCTC CTGTCAAAGC TTTTGGTTAT CAGGAACCCC TATCAAAGCA CAGTCCAGAA 
CCTTTACTCA GCCCTGATAA AGAAGATTCA GAGAAAAGCA GCAGGTCACC AGAAGAACTT 
AGTTATTCAT ATGAGGCCAG AGAGAAAAGT ACAAGGTCAC CAGAGAACAT CAGCTATTCC 
TATGAGGCAG TCGGAAAATC TACTAGATCA CCTCAAGCTA TGGATTATTC CTATGAAACA 
AGCAGAAAAA CTACTAGGTC TCCTGAGACC ACAGATTATT CCTATGAGAT AACCAGAAAC 
ACTACTAGGT CACCTGAGGG TACAGACTAT TCATATGAGA TAATTGAAAA AAATATGAGG 
TCATCTGAGG TCACAGATTA TTCTTATCAG ATAACAGGGA AAACCACCAG GTCACCAGAA 
GCCACAGATT ATTCCTATGA GACAGCTGGG AAAATCACCA AATCACCTGA AGCCACAGAT 
TATTCCTATG AGTTAACTGG GAAAGCTACC AGATCGCCTG ATACTATGGA TTATTCCTAT 
GAGACAGCAA GGAAAACCTC TAAGTCACCA GAAGCCGTTG GCTACTGCTA TGATACAATT 
GGGAGAACCA CCAGGTCATC AGAGGCCATG ACTTACTCTT ATGAGACAAC TGGCAAAGCC 
TCCAGTTCAC CTGAAGCCAC AGATTACTCG TTTGAGACAA CTGGGAGAGC TAGCCCTGGG 
AGGTCACCTG AAGCTACCAG CTACTCCTAT GAAGCAAGTG CACATTTTAC TCCAAGTAAA 
TCGTTAGCAG AATCCCGTCA AGATGTTGAC TTATGCCTTG TGTCCTCTTG TGAATATAAG 
CATCCCAAAA CTGAACTTTC ACCTTCATTT ATCAACCCAA ATCCCCTTGA GTGGTTTGCA 
AGTGAGGAAC AGTCTCAAGA TCAAGAGAAG CCACTAACTC AGTCTGGGGG AGCTCAGCCT 
CCTTCTGGGG GAAAGCAGCA AGGGCGGCAG TGTGATGAAA CTCCTCCCAC ATCTGTGAGC 
GAGTCTGCCC CGTCTCAGAC CGATTCGGAT GTTCCGCCAG AGACTGAGGA ATGCCCTTCC 
ATCACTGCAG ATGCTAACAT TGACTCAGAG GATGAGTCGG AAACCATTCC AACGGACAAG 
ACAATTACGT ACAAACACAT TGACCCGCCA CCTGTCCCAA TGCAGGATCG CAGCCCTTCC 
CCCAGGCACC CTGATGTCAC CATGGTTGAT CCAGAGGCTC TGCCAGTTGA ACAGAATTTA 
GGTAAACCTT TGAAGAAGGA CCTCAAAGAA AAGACGAAGA CAAAAAAGCA GGGTACCAAG 
ACCAAGTCAT CTTCTCCTGT TAAAAAAAGT GATGGTAAAT CAAAACAAGT GGCTTCACCA 
AAGCCAGCTA CAAAAGAATC TTTAGACAAA ATTTCCAGAA CAGCTTCTCC AAAAAAGAAG 
GAATCTGTGG AGAAGGCAAC CAAAAATATC TCCAATCCAG AGGTAAAGTC TCGAGTGGAG 
GAGAAAGATA AGGATACCAA GAATGCAGCG AATACAACAA CATCCAAGTC GGCAAAGACT 
GCAGCCACAG GACCTGGGAA TACTAAGGTG GCAAAATCTA CAGCAGTGCC TCCAGGACCT 
CCAGTGTATT TGGATCTGGT GTACATTCCC AACCACAGCA ACAGCAAGAA TGTTGATGTT 
GAGTTTTTCA AGAGGGTGCG GTCATCCTAC TATGTGGTGA GCGGGAATGA TGCTGCGGCC 
GAGGAGCCAA GCAGGGCTGT TCTGGACTCC CTGCTGGAGG GCAAGGCACA GTGGGAGAGT 
AACATGCAGG TGACTTTAAT CCCAACCCAT GACTCCGAAG TGATGAGGGA ATGGTATCAA 
GAGACCCATG AGAAACAGCA GGATCTCAAC ATCATGGTTT TGGCAAGCAG CAGCACTGTT 
GTTATGCAAG ATGAATCTTT TCCTGCATGC AAAATTGAGC TGTAA