LOC100864852 cDNA ORF clone, Apis florea(little honeybee)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100864852
Entrez Gene ID	100864852
Full Name	tubulin polyglutamylase TTLL13
Gene Type	protein-coding
Organism	Apis florea(little honeybee)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012491059.1	XP_012346513.1	LOW QUALITY PROTEIN: tubulin polyglutamylase TTLL13
XM_031918669.1	XP_031774529.1	LOW QUALITY PROTEIN: tubulin polyglutamylase TTLL13P

Pathways from BioSystems
Gene Ontology

The following LOC100864852 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100864852 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
OAp138851	XM_012491059.1 Latest version!	Apis florea tubulin polyglutamylase TTLL13 (LOC100864852), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$426.30 $609.00
OAp187096	XM_031918669.1 Latest version!	Apis florea tubulin polyglutamylase TTLL13P (LOC100864852), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC100864852 ( XM_012491059.1 ) cDNA ORF clone, Apis florea(little honeybee) -> XP_012346513.1 Apis florea tubulin polyglutamylase TTLL13 (LOC100864852), mRNA.

Price & Availability↑

CloneID	OAp138851
Clone ID Related Accession (Same CDS sequence)	XM_012491059.1
Accession Version	XM_012491059.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2349bp) 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	2015-05-11
Organism	Apis florea(little honeybee)
Product	LOW QUALITY PROTEIN: tubulin polyglutamylase TTLL13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003791204.1) 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 :: Apis florea Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 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##

ATGAACGTCA TCGAACGCAA CAACAAACGT CCTTTGATGG TGGTGCGCGA GAACGAAATT 
GGTGATACAA AAAAGAGTGG CGAGATCACG TGTGAATCGG ATTCAAGTAC CGAAGTGCGA 
TCATGTAAAA CTGTATACAG AAACCGATGC AAGAAACTCG TGGTTGTATC TGACACTTCA 
TTGAATATTA TTTCATTTAC CGATTCGAAT AAAAATGATC GAAAACCAAT TATACCCAAA 
TGTTTAACGG ATAAAAAAGA TGAGAAAGGT GATTTGTCAT TTGTGGATAC CGACGATGTC 
GAGTCACGAA AGGAAGGAAT TTCGGTCAAG AAAAAAAAGA AAAAACGAAG ATATTTGACG 
ATATGTACGA GTAATTGTAA ATACGACGCG GTGAGACGAG TGGCAGCTCG TTTTGGAATG 
AAAGAAGTTA CCGAAGATAG CAGTTGGAAT CTTTACTGGA CAGATTTGAG CGTGAGCGTG 
GAACGAGCGA AAGATATGAA AAGATATCAA AAGGTTAATC ATTTCCCCGG AATGACGGAA 
ATCTGTAGAA AGGATTTATT AGCTCGAAAC TTGAACCGCA TGTTGAAGCT TTTTCCAAAG 
GATTACAACT TTTTCCCCAA AACATGGTGT TTTCCTGCAG ACCACGGAGA AGCAATAGCC 
TATGCGAAAT TAAGACGCTC GAAAACTTTC ATCATTAAAC CTGATACAGG CTGTCAAGGA 
CGTGGCATTT ACCTGACAAA AAATTTGAGA GATGTTAAAC CGACCGAGCG CATGATTTGC 
CAAGTTTACG TGGCCAGACC TTTCCTGGTT GACGGTTACA AATTCGATCT TCGTATCTAC 
GCATTGCTCA CCTCCTGCGA TCCTCTTAGA ATTTATGTGT ACAACGATGG TCTTGCGAGA 
TTTGCCACGA GTAGATATAA GGAACCTACC GGTCACAACA CATCCAACGT TTTTATGCAC 
TTGACCAATT ATGCCGTGAA TAAACACAGC CGAATGTATG TAATCGACGA CGAAATCGGT 
AGTAAAAGGA AAATATCGAC TCTGAATAAG TGGTTTAAAA TGAAAGACAT TGATGTGGAT 
GAGATGTGGC GTAAGATCGA CGAAATCATT ATAAAAACGA TTTTGGCGGC ATATCCTATT 
CTGAAACATA GTTATCATAC ATGTTTTCCT ACACACGATA AAACATACGC TTGTTTTGAA 
TTACTCGGTT TCGATGTGTT ACTCGATTGG AAACTAAAAC CATATCTCTT AGAGGTTAAT 
CATTCACCGA GTTTTCATAC AGATGCACAA ATCGATAAGG ATATAAAGGA GGGTCTGTTG 
ATGAATACGT TTGAAATGCT GAATTTTCAA CAATGCGACA AAAAAAAANT TATCGAAGAA 
GATAGAAAGC GAGTTAGGGA TAGGTTGCTT CAGGGAATAA ATTCTAAGGA TAGCAATACG 
AATGACTCGA TCGGTACAAC GTCGAAACCT GAAAAGTTGG AGGAAGATTA TCTCCAGAAA 
CAATTTAAAT GGGAGGACGA ACACATGGGC AATTTTCGTA GGATCTATCC ATGTTCCGAT 
AGTGAAAAAT ACGAACCATT TTTTAAACAA ACTAACATAT CCGTGTATCA AGATACTGCG 
GCATCAAGAG CTCGAGAAGA AGCATCGAGG ATCCAAAAGG AAGAAAATGA GGTGAAAATG 
AAGGAGCAAG AAAATAAGAA GATTTCTGGT AAATGCAGTG ATTCGAAATT ACATTCAGAG 
AGTTCAAACG CGACGCAGAA GAATACAATA ACAAATGATC AAGAGAAGGG TAAATCTGCG 
AATGTATCGA AAAAGAATAC TTGTGTAAAT ATAAAGAAGT CGACGATTCC AAATAATATT 
TCACATTCGT TCGAGCCAGA GATTATCTGT GAATCTGAGG AAAGAGAACG TGTCACATCA 
TTAGCACAAC GGGATTTCTT GATTAAGAGT TATGGAATGT TGGAACAAAT ATATATGGCA 
ATGAAGAAGA ACGGTACATT ACGAGCTATC GACGAGAAAA AATATGGATT GTACGGAAGA 
CTTGGGTATA CAGATAATAT AAGCAGAAGT GCGTCTATTT GCAGACACAA ATGTCACATT 
CATTCTTCTG GAATAGAGAC AAGATATGAA CCATGGATAA ATCAATCATC GCAATTTTGC 
CTGAAAGATT TCAAGGTAAT TTGTAACGAA AAACCGGTTT ACATTCGACC AAAGATACCA 
AAGAAATTTT GGATAAATGA TCTGAATTCG AAAGATCGAA TTACGAAAGC TCACATCGCT 
CGTACTTTAT CGAATATTGT ACGCCTTCAT ACAATCGAAA AACGACAAAA AGTCTATGTT 
AAATTATAA

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

RefSeq	XP_012346513.1
CDS	511..2859
Translation	MNVIERNNKRPLMVVRENEIGDTKKSGEITCESDSSTEVRSCKTVYRNRCKKLVVVSDTSLNIISFTDSNKNDRKPIIPKCLTDKKDEKGDLSFVDTDDVESRKEGISVKKKKKKRRYLTICTSNCKYDAVRRVAARFGMKEVTEDSSWNLYWTDLSVSVERAKDMKRYQKVNHFPGMTEICRKDLLARNLNRMLKLFPKDYNFFPKTWCFPADHGEAIAYAKLRRSKTFIIKPDTGCQGRGIYLTKNLRDVKPTERMICQVYVARPFLVDGYKFDLRIYALLTSCDPLRIYVYNDGLARFATSRYKEPTGHNTSNVFMHLTNYAVNKHSRMYVIDDEIGSKRKISTLNKWFKMKDIDVDEMWRKIDEIIIKTILAAYPILKHSYHTCFPTHDKTYACFELLGFDVLLDWKLKPYLLEVNHSPSFHTDAQIDKDIKEGLLMNTFEMLNFQQCDKKKnullIEEDRKRVRDRLLQGINSKDSNTNDSIGTTSKPEKLEEDYLQKQFKWEDEHMGNFRRIYPCSDSEKYEPFFKQTNISVYQDTAASRAREEASRIQKEENEVKMKEQENKKISGKCSDSKLHSESSNATQKNTITNDQEKGKSANVSKKNTCVNIKKSTIPNNISHSFEPEIICESEERERVTSLAQRDFLIKSYGMLEQIYMAMKKNGTLRAIDEKKYGLYGRLGYTDNISRSASICRHKCHIHSSGIETRYEPWINQSSQFCLKDFKVICNEKPVYIRPKIPKKFWINDLNSKDRITKAHIARTLSNIVRLHTIEKRQKVYVKL

Target ORF information:

RefSeq Version	XM_012491059.1
Organism	Apis florea(little honeybee)
Definition	Apis florea tubulin polyglutamylase TTLL13 (LOC100864852), mRNA.

Target ORF information:

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

XM_012491059.1

ORF Insert Sequence:

ATGAACGTCA TCGAACGCAA CAACAAACGT CCTTTGATGG TGGTGCGCGA GAACGAAATT 
GGTGATACAA AAAAGAGTGG CGAGATCACG TGTGAATCGG ATTCAAGTAC CGAAGTGCGA 
TCATGTAAAA CTGTATACAG AAACCGATGC AAGAAACTCG TGGTTGTATC TGACACTTCA 
TTGAATATTA TTTCATTTAC CGATTCGAAT AAAAATGATC GAAAACCAAT TATACCCAAA 
TGTTTAACGG ATAAAAAAGA TGAGAAAGGT GATTTGTCAT TTGTGGATAC CGACGATGTC 
GAGTCACGAA AGGAAGGAAT TTCGGTCAAG AAAAAAAAGA AAAAACGAAG ATATTTGACG 
ATATGTACGA GTAATTGTAA ATACGACGCG GTGAGACGAG TGGCAGCTCG TTTTGGAATG 
AAAGAAGTTA CCGAAGATAG CAGTTGGAAT CTTTACTGGA CAGATTTGAG CGTGAGCGTG 
GAACGAGCGA AAGATATGAA AAGATATCAA AAGGTTAATC ATTTCCCCGG AATGACGGAA 
ATCTGTAGAA AGGATTTATT AGCTCGAAAC TTGAACCGCA TGTTGAAGCT TTTTCCAAAG 
GATTACAACT TTTTCCCCAA AACATGGTGT TTTCCTGCAG ACCACGGAGA AGCAATAGCC 
TATGCGAAAT TAAGACGCTC GAAAACTTTC ATCATTAAAC CTGATACAGG CTGTCAAGGA 
CGTGGCATTT ACCTGACAAA AAATTTGAGA GATGTTAAAC CGACCGAGCG CATGATTTGC 
CAAGTTTACG TGGCCAGACC TTTCCTGGTT GACGGTTACA AATTCGATCT TCGTATCTAC 
GCATTGCTCA CCTCCTGCGA TCCTCTTAGA ATTTATGTGT ACAACGATGG TCTTGCGAGA 
TTTGCCACGA GTAGATATAA GGAACCTACC GGTCACAACA CATCCAACGT TTTTATGCAC 
TTGACCAATT ATGCCGTGAA TAAACACAGC CGAATGTATG TAATCGACGA CGAAATCGGT 
AGTAAAAGGA AAATATCGAC TCTGAATAAG TGGTTTAAAA TGAAAGACAT TGATGTGGAT 
GAGATGTGGC GTAAGATCGA CGAAATCATT ATAAAAACGA TTTTGGCGGC ATATCCTATT 
CTGAAACATA GTTATCATAC ATGTTTTCCT ACACACGATA AAACATACGC TTGTTTTGAA 
TTACTCGGTT TCGATGTGTT ACTCGATTGG AAACTAAAAC CATATCTCTT AGAGGTTAAT 
CATTCACCGA GTTTTCATAC AGATGCACAA ATCGATAAGG ATATAAAGGA GGGTCTGTTG 
ATGAATACGT TTGAAATGCT GAATTTTCAA CAATGCGACA AAAAAAAANT TATCGAAGAA 
GATAGAAAGC GAGTTAGGGA TAGGTTGCTT CAGGGAATAA ATTCTAAGGA TAGCAATACG 
AATGACTCGA TCGGTACAAC GTCGAAACCT GAAAAGTTGG AGGAAGATTA TCTCCAGAAA 
CAATTTAAAT GGGAGGACGA ACACATGGGC AATTTTCGTA GGATCTATCC ATGTTCCGAT 
AGTGAAAAAT ACGAACCATT TTTTAAACAA ACTAACATAT CCGTGTATCA AGATACTGCG 
GCATCAAGAG CTCGAGAAGA AGCATCGAGG ATCCAAAAGG AAGAAAATGA GGTGAAAATG 
AAGGAGCAAG AAAATAAGAA GATTTCTGGT AAATGCAGTG ATTCGAAATT ACATTCAGAG 
AGTTCAAACG CGACGCAGAA GAATACAATA ACAAATGATC AAGAGAAGGG TAAATCTGCG 
AATGTATCGA AAAAGAATAC TTGTGTAAAT ATAAAGAAGT CGACGATTCC AAATAATATT 
TCACATTCGT TCGAGCCAGA GATTATCTGT GAATCTGAGG AAAGAGAACG TGTCACATCA 
TTAGCACAAC GGGATTTCTT GATTAAGAGT TATGGAATGT TGGAACAAAT ATATATGGCA 
ATGAAGAAGA ACGGTACATT ACGAGCTATC GACGAGAAAA AATATGGATT GTACGGAAGA 
CTTGGGTATA CAGATAATAT AAGCAGAAGT GCGTCTATTT GCAGACACAA ATGTCACATT 
CATTCTTCTG GAATAGAGAC AAGATATGAA CCATGGATAA ATCAATCATC GCAATTTTGC 
CTGAAAGATT TCAAGGTAAT TTGTAACGAA AAACCGGTTT ACATTCGACC AAAGATACCA 
AAGAAATTTT GGATAAATGA TCTGAATTCG AAAGATCGAA TTACGAAAGC TCACATCGCT 
CGTACTTTAT CGAATATTGT ACGCCTTCAT ACAATCGAAA AACGACAAAA AGTCTATGTT 
AAATTATAA

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

LOC100864852 ( XM_031918669.1 ) cDNA ORF clone, Apis florea(little honeybee) -> XP_031774529.1 Apis florea tubulin polyglutamylase TTLL13P (LOC100864852), mRNA.

Price & Availability↑

CloneID	OAp187096
Clone ID Related Accession (Same CDS sequence)	XM_031918669.1
Accession Version	XM_031918669.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3381bp) 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	2019-12-22
Organism	Apis florea(little honeybee)
Product	LOW QUALITY PROTEIN: tubulin polyglutamylase TTLL13P
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003791204.1) 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 :: Apis florea Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 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##

ATGCGGATGG CAGTGGTAGG CGCCGGTGTG ATTGGCGTAA CAAGTGCGTT TGCGGTGAAA 
AGCGTATTCC CACAATTCGA GGTGGATATA TTTGCGGACA AATTTTCACC AAATACCACT 
GGCGACGGAA GCGCCGGTCT TTGGACTCCT TATCTTCTCG GGATCACTCC TTATAATAAA 
ATATCACAAT GGGGCGGAAT TACGCATCGA TTGTTGGAAA AATTTTGGAA AGCGGGCTTG 
GCATCCGATA TCGGGCTTTC CTTGCTACCA ATATATCGCG TCACCAACAA TCCTGATGGA 
TTTCCCGATA CGAGCTGGAC CAAATTGGTA TACGGTGCGC ACAAACTGAA TTCGAACGAA 
CTGAAAGAAT TGAATTCCGA GTGCAACGCC AATTATAAAC ACGCGTGGAT GTTCTTGACG 
TATACTTGCG AGCCTGTTCG TATGCTGCCT TGGTTAACGA AACGATTTCT CGAAGCGGGC 
GGAGAAGTTN CGAAAAAGAA GATACGTACG CTATACGAAT TGATCGATAA TGGATACGAT 
TTGATAATAA ATTGCAGCGG TTTTGGTGCA CGTGAACTCG TGGGCGATAA TACCGTTACG 
TCCATCAGAG GTCAAGTTGC TAAGGTGACA GCATCCTGGA TAATGCATGG ATATTTGGAA 
GAAAATGATC ATGGAAATTA TATAATACCG AATATCGATA ACGTAGTATT GGGCGGTACG 
CATCAAGAAA ATGATTTGGA TTGCACTCCG CGGAAAGAGG ATTTCGAATT TATTCGTAAC 
GGATGTTGTC GAATTTTACC CGCTCTCAAA AATGCGAAAG TAACAAAAGA TTGGGTTGGT 
CTTAGACCTG GAAGATGCGA AGTTCGCGTC GAGACTGAAG TTTGCCGTTC TTCCAACGGG 
AGACAAGTTA CGATAATTCA TAATTATGGA CACGGAGGAA GCGGTGTGAC GTTGAGTTGG 
GGATGTGCTT TAAACATTGT GAAGATTATA AAGGATATGA CAAGGTTGAA ATCAAATCTG 
GATACACCGG TCATGAACGT CATCGAACGC AACAACAAAC GTCCTTTGAT GGTGGTGCGC 
GAGAACGAAA TTGGTGATAC AAAAAAGAGT GGCGAGATCA CGTGTGAATC GGATTCAAGT 
ACCGAAGTGC GATCATGTAA AACTGTATAC AGAAACCGAT GCAAGAAACT CGTGGTTGTA 
TCTGACACTT CATTGAATAT TATTTCATTT ACCGATTCGA ATAAAAATGA TCGAAAACCA 
ATTATACCCA AATGTTTAAC GGATAAAAAA GATGAGAAAG GTGATTTGTC ATTTGTGGAT 
ACCGACGATG TCGAGTCACG AAAGGAAGGA ATTTCGGTCA AGAAAAAAAA GAAAAAACGA 
AGATATTTGA CGATATGTAC GAGTAATTGT AAATACGACG CGGTGAGACG AGTGGCAGCT 
CGTTTTGGAA TGAAAGAAGT TACCGAAGAT AGCAGTTGGA ATCTTTACTG GACAGATTTG 
AGCGTGAGCG TGGAACGAGC GAAAGATATG AAAAGATATC AAAAGGTTAA TCATTTCCCC 
GGAATGACGG AAATCTGTAG AAAGGATTTA TTAGCTCGAA ACTTGAACCG CATGTTGAAG 
CTTTTTCCAA AGGATTACAA CTTTTTCCCC AAAACATGGT GTTTTCCTGC AGACCACGGA 
GAAGCAATAG CCTATGCGAA ATTAAGACGC TCGAAAACTT TCATCATTAA ACCTGATACA 
GGCTGTCAAG GACGTGGCAT TTACCTGACA AAAAATTTGA GAGATGTTAA ACCGACCGAG 
CGCATGATTT GCCAAGTTTA CGTGGCCAGA CCTTTCCTGG TTGACGGTTA CAAATTCGAT 
CTTCGTATCT ACGCATTGCT CACCTCCTGC GATCCTCTTA GAATTTATGT GTACAACGAT 
GGTCTTGCGA GATTTGCCAC GAGTAGATAT AAGGAACCTA CCGGTCACAA CACATCCAAC 
GTTTTTATGC ACTTGACCAA TTATGCCGTG AATAAACACA GCCGAATGTA TGTAATCGAC 
GACGAAATCG GTAGTAAAAG GAAAATATCG ACTCTGAATA AGTGGTTTAA AATGAAAGAC 
ATTGATGTGG ATGAGATGTG GCGTAAGATC GACGAAATCA TTATAAAAAC GATTTTGGCG 
GCATATCCTA TTCTGAAACA TAGTTATCAT ACATGTTTTC CTACACACGA TAAAACATAC 
GCTTGTTTTG AATTACTCGG TTTCGATGTG TTACTCGATT GGAAACTAAA ACCATATCTC 
TTAGAGGTTA ATCATTCACC GAGTTTTCAT ACAGATGCAC AAATCGATAA GGATATAAAG 
GAGGGTCTGT TGATGAATAC GTTTGAAATG CTGAATTTTC AACAATGCGA CAAAAAAAAA 
TTANTCGAAG AAGATAGAAA GCGAGTTAGG GATAGGTTGC TTCAGGGAAT AAATTCTAAG 
GATAGCAATA CGAATGACTC GATCGGTACA ACGTCGAAAC CTGAAAAGTT GGAGGAAGAT 
TATCTCCAGA AACAATTTAA ATGGGAGGAC GAACACATGG GCAATTTTCG TAGGATCTAT 
CCATGTTCCG ATAGTGAAAA ATACGAACCA TTTTTTAAAC AAACTAACAT ATCCGTGTAT 
CAAGATACTG CGGCATCAAG AGCTCGAGAA GAAGCATCGA GGATCCAAAA GGAAGAAAAT 
GAGGTGAAAA TGAAGGAGCA AGAAAATAAG AAGATTTCTG GTAAATGCAG TGATTCGAAA 
TTACATTCAG AGAGTTCAAA CGCGACGCAG AAGAATACAA TAACAAATGA TCAAGAGAAG 
GGTAAATCTG CGAATGTATC GAAAAAGAAT ACTTGTGTAA ATATAAAGAA GTCGACGATT 
CCAAATAATA TTTCACATTC GTTCGAGCCA GAGATTATCT GTGAATCTGA GGAAAGAGAA 
CGTGTCACAT CATTAGCACA ACGGGATTTC TTGATTAAGA GTTATGGAAT GTTGGAACAA 
ATATATATGG CAATGAAGAA GAACGGTACA TTACGAGCTA TCGACGAGAA AAAATATGGA 
TTGTACGGAA GACTTGGGTA TACAGATAAT ATAAGCAGAA GTGCGTCTAT TTGCAGACAC 
AAATGTCACA TTCATTCTTC TGGAATAGAG ACAAGATATG AACCATGGAT AAATCAATCA 
TCGCAATTTT GCCTGAAAGA TTTCAAGGTA ATTTGTAACG AAAAACCGGT TTACATTCGA 
CCAAAGATAC CAAAGAAATT TTGGATAAAT GATCTGAATT CGAAAGATCG AATTACGAAA 
GCTCACATCG CTCGTACTTT ATCGAATATT GTACGCCTTC ATACAATCGA AAAACGACAA 
AAAGTCTATG TTAAATTATA A

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

RefSeq	XP_031774529.1
CDS	767..4147
Translation	MRMAVVGAGVIGVTSAFAVKSVFPQFEVDIFADKFSPNTTGDGSAGLWTPYLLGITPYNKISQWGGITHRLLEKFWKAGLASDIGLSLLPIYRVTNNPDGFPDTSWTKLVYGAHKLNSNELKELNSECNANYKHAWMFLTYTCEPVRMLPWLTKRFLEAGGEVnullKKKIRTLYELIDNGYDLIINCSGFGARELVGDNTVTSIRGQVAKVTASWIMHGYLEENDHGNYIIPNIDNVVLGGTHQENDLDCTPRKEDFEFIRNGCCRILPALKNAKVTKDWVGLRPGRCEVRVETEVCRSSNGRQVTIIHNYGHGGSGVTLSWGCALNIVKIIKDMTRLKSNLDTPVMNVIERNNKRPLMVVRENEIGDTKKSGEITCESDSSTEVRSCKTVYRNRCKKLVVVSDTSLNIISFTDSNKNDRKPIIPKCLTDKKDEKGDLSFVDTDDVESRKEGISVKKKKKKRRYLTICTSNCKYDAVRRVAARFGMKEVTEDSSWNLYWTDLSVSVERAKDMKRYQKVNHFPGMTEICRKDLLARNLNRMLKLFPKDYNFFPKTWCFPADHGEAIAYAKLRRSKTFIIKPDTGCQGRGIYLTKNLRDVKPTERMICQVYVARPFLVDGYKFDLRIYALLTSCDPLRIYVYNDGLARFATSRYKEPTGHNTSNVFMHLTNYAVNKHSRMYVIDDEIGSKRKISTLNKWFKMKDIDVDEMWRKIDEIIIKTILAAYPILKHSYHTCFPTHDKTYACFELLGFDVLLDWKLKPYLLEVNHSPSFHTDAQIDKDIKEGLLMNTFEMLNFQQCDKKKLnullEEDRKRVRDRLLQGINSKDSNTNDSIGTTSKPEKLEEDYLQKQFKWEDEHMGNFRRIYPCSDSEKYEPFFKQTNISVYQDTAASRAREEASRIQKEENEVKMKEQENKKISGKCSDSKLHSESSNATQKNTITNDQEKGKSANVSKKNTCVNIKKSTIPNNISHSFEPEIICESEERERVTSLAQRDFLIKSYGMLEQIYMAMKKNGTLRAIDEKKYGLYGRLGYTDNISRSASICRHKCHIHSSGIETRYEPWINQSSQFCLKDFKVICNEKPVYIRPKIPKKFWINDLNSKDRITKAHIARTLSNIVRLHTIEKRQKVYVKL

Target ORF information:

RefSeq Version	XM_031918669.1
Organism	Apis florea(little honeybee)
Definition	Apis florea tubulin polyglutamylase TTLL13P (LOC100864852), mRNA.

Target ORF information:

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

XM_031918669.1

ORF Insert Sequence:

ATGCGGATGG CAGTGGTAGG CGCCGGTGTG ATTGGCGTAA CAAGTGCGTT TGCGGTGAAA 
AGCGTATTCC CACAATTCGA GGTGGATATA TTTGCGGACA AATTTTCACC AAATACCACT 
GGCGACGGAA GCGCCGGTCT TTGGACTCCT TATCTTCTCG GGATCACTCC TTATAATAAA 
ATATCACAAT GGGGCGGAAT TACGCATCGA TTGTTGGAAA AATTTTGGAA AGCGGGCTTG 
GCATCCGATA TCGGGCTTTC CTTGCTACCA ATATATCGCG TCACCAACAA TCCTGATGGA 
TTTCCCGATA CGAGCTGGAC CAAATTGGTA TACGGTGCGC ACAAACTGAA TTCGAACGAA 
CTGAAAGAAT TGAATTCCGA GTGCAACGCC AATTATAAAC ACGCGTGGAT GTTCTTGACG 
TATACTTGCG AGCCTGTTCG TATGCTGCCT TGGTTAACGA AACGATTTCT CGAAGCGGGC 
GGAGAAGTTN CGAAAAAGAA GATACGTACG CTATACGAAT TGATCGATAA TGGATACGAT 
TTGATAATAA ATTGCAGCGG TTTTGGTGCA CGTGAACTCG TGGGCGATAA TACCGTTACG 
TCCATCAGAG GTCAAGTTGC TAAGGTGACA GCATCCTGGA TAATGCATGG ATATTTGGAA 
GAAAATGATC ATGGAAATTA TATAATACCG AATATCGATA ACGTAGTATT GGGCGGTACG 
CATCAAGAAA ATGATTTGGA TTGCACTCCG CGGAAAGAGG ATTTCGAATT TATTCGTAAC 
GGATGTTGTC GAATTTTACC CGCTCTCAAA AATGCGAAAG TAACAAAAGA TTGGGTTGGT 
CTTAGACCTG GAAGATGCGA AGTTCGCGTC GAGACTGAAG TTTGCCGTTC TTCCAACGGG 
AGACAAGTTA CGATAATTCA TAATTATGGA CACGGAGGAA GCGGTGTGAC GTTGAGTTGG 
GGATGTGCTT TAAACATTGT GAAGATTATA AAGGATATGA CAAGGTTGAA ATCAAATCTG 
GATACACCGG TCATGAACGT CATCGAACGC AACAACAAAC GTCCTTTGAT GGTGGTGCGC 
GAGAACGAAA TTGGTGATAC AAAAAAGAGT GGCGAGATCA CGTGTGAATC GGATTCAAGT 
ACCGAAGTGC GATCATGTAA AACTGTATAC AGAAACCGAT GCAAGAAACT CGTGGTTGTA 
TCTGACACTT CATTGAATAT TATTTCATTT ACCGATTCGA ATAAAAATGA TCGAAAACCA 
ATTATACCCA AATGTTTAAC GGATAAAAAA GATGAGAAAG GTGATTTGTC ATTTGTGGAT 
ACCGACGATG TCGAGTCACG AAAGGAAGGA ATTTCGGTCA AGAAAAAAAA GAAAAAACGA 
AGATATTTGA CGATATGTAC GAGTAATTGT AAATACGACG CGGTGAGACG AGTGGCAGCT 
CGTTTTGGAA TGAAAGAAGT TACCGAAGAT AGCAGTTGGA ATCTTTACTG GACAGATTTG 
AGCGTGAGCG TGGAACGAGC GAAAGATATG AAAAGATATC AAAAGGTTAA TCATTTCCCC 
GGAATGACGG AAATCTGTAG AAAGGATTTA TTAGCTCGAA ACTTGAACCG CATGTTGAAG 
CTTTTTCCAA AGGATTACAA CTTTTTCCCC AAAACATGGT GTTTTCCTGC AGACCACGGA 
GAAGCAATAG CCTATGCGAA ATTAAGACGC TCGAAAACTT TCATCATTAA ACCTGATACA 
GGCTGTCAAG GACGTGGCAT TTACCTGACA AAAAATTTGA GAGATGTTAA ACCGACCGAG 
CGCATGATTT GCCAAGTTTA CGTGGCCAGA CCTTTCCTGG TTGACGGTTA CAAATTCGAT 
CTTCGTATCT ACGCATTGCT CACCTCCTGC GATCCTCTTA GAATTTATGT GTACAACGAT 
GGTCTTGCGA GATTTGCCAC GAGTAGATAT AAGGAACCTA CCGGTCACAA CACATCCAAC 
GTTTTTATGC ACTTGACCAA TTATGCCGTG AATAAACACA GCCGAATGTA TGTAATCGAC 
GACGAAATCG GTAGTAAAAG GAAAATATCG ACTCTGAATA AGTGGTTTAA AATGAAAGAC 
ATTGATGTGG ATGAGATGTG GCGTAAGATC GACGAAATCA TTATAAAAAC GATTTTGGCG 
GCATATCCTA TTCTGAAACA TAGTTATCAT ACATGTTTTC CTACACACGA TAAAACATAC 
GCTTGTTTTG AATTACTCGG TTTCGATGTG TTACTCGATT GGAAACTAAA ACCATATCTC 
TTAGAGGTTA ATCATTCACC GAGTTTTCAT ACAGATGCAC AAATCGATAA GGATATAAAG 
GAGGGTCTGT TGATGAATAC GTTTGAAATG CTGAATTTTC AACAATGCGA CAAAAAAAAA 
TTANTCGAAG AAGATAGAAA GCGAGTTAGG GATAGGTTGC TTCAGGGAAT AAATTCTAAG 
GATAGCAATA CGAATGACTC GATCGGTACA ACGTCGAAAC CTGAAAAGTT GGAGGAAGAT 
TATCTCCAGA AACAATTTAA ATGGGAGGAC GAACACATGG GCAATTTTCG TAGGATCTAT 
CCATGTTCCG ATAGTGAAAA ATACGAACCA TTTTTTAAAC AAACTAACAT ATCCGTGTAT 
CAAGATACTG CGGCATCAAG AGCTCGAGAA GAAGCATCGA GGATCCAAAA GGAAGAAAAT 
GAGGTGAAAA TGAAGGAGCA AGAAAATAAG AAGATTTCTG GTAAATGCAG TGATTCGAAA 
TTACATTCAG AGAGTTCAAA CGCGACGCAG AAGAATACAA TAACAAATGA TCAAGAGAAG 
GGTAAATCTG CGAATGTATC GAAAAAGAAT ACTTGTGTAA ATATAAAGAA GTCGACGATT 
CCAAATAATA TTTCACATTC GTTCGAGCCA GAGATTATCT GTGAATCTGA GGAAAGAGAA 
CGTGTCACAT CATTAGCACA ACGGGATTTC TTGATTAAGA GTTATGGAAT GTTGGAACAA 
ATATATATGG CAATGAAGAA GAACGGTACA TTACGAGCTA TCGACGAGAA AAAATATGGA 
TTGTACGGAA GACTTGGGTA TACAGATAAT ATAAGCAGAA GTGCGTCTAT TTGCAGACAC 
AAATGTCACA TTCATTCTTC TGGAATAGAG ACAAGATATG AACCATGGAT AAATCAATCA 
TCGCAATTTT GCCTGAAAGA TTTCAAGGTA ATTTGTAACG AAAAACCGGT TTACATTCGA 
CCAAAGATAC CAAAGAAATT TTGGATAAAT GATCTGAATT CGAAAGATCG AATTACGAAA 
GCTCACATCG CTCGTACTTT ATCGAATATT GTACGCCTTC ATACAATCGA AAAACGACAA 
AAAGTCTATG TTAAATTATA A