LOC100222337 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100222337
Entrez Gene ID	100222337
Full Name	fer-1-like protein 4
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012570141.1	XP_012425595.1	LOW QUALITY PROTEIN: fer-1-like protein 4

Pathways from BioSystems
Gene Ontology

The following LOC100222337 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100222337 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
OTd16142	XM_012570141.1 Latest version!	Taeniopygia guttata fer-1-like protein 4 (LOC100222337), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC100222337 ( XM_012570141.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012425595.1 Taeniopygia guttata fer-1-like protein 4 (LOC100222337), mRNA.

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CloneID	OTd16142
Clone ID Related Accession (Same CDS sequence)	XM_012570141.1
Accession Version	XM_012570141.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5922bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	LOW QUALITY PROTEIN: fer-1-like protein 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197828.1) 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 :: Taeniopygia guttata Annotation Release 103 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## ab initio :: 15% of CDS bases frameshifts :: corrected 2 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGGATATCT TGAAAATCCC CGGACAGATA CATCTCTTTC GTTGGCCTCA CTATGGGAAG 
TTTGTCATGG GCGAAATGCT GTCCATTAAG GTTTACAACT GCAGCAAGGT TTTCAGTAAC 
AGGCTGCTCG GTACCCTTGT CCTCAGCCTT CAGCACCTGA TGACATCCAG AAGGCTAATC 
CTGCGTGAGT CCCTTGTGGA CATGAGCAAC AGAGTCACTG GTATCTACAT TGAGTTGAAT 
TTGCGCTATC AGCCTCCAGA TAGCTCATCG GGGACGTGGG TTGAAGAGGA TTTTGTCTAT 
CTTACGAAAG ACAGGACTAC TGAGTGGCTG AGAGTGAAGG AACTGGACAA GAAGTCTGCT 
GCACTAGGCA GGAAGCTGGC AAAAGGTCTG GAGACTGACG AAGAAGAGGA AGAGGAGGAA 
GATTTCTATG ATACATCTGA GACTGGGGCC TTGGGCACTA TCTTCAGCCC TGTGAAGAGT 
ATCAGTAAGC CCATGCAGTT AGCTATGGAT AAACAGGAGG AGGGAGTCAT CTACATGTGC 
ATTGCAAAAC ATTGCCTGCG CAGAGCTTCA AAGAGTGTTC AGGTCTGCAT TGAGACTGCC 
CTGTACATGT GCATACTGGT TGGGATTAAT GTAATTGAAG CACAGAAGTT GGTGGGGGTG 
AACATCAACC CCTTTGTTGT AGTCAAGGTG GGAGAGGAAA AGAGGCACAC GGCAACACAG 
AAGTCAACAA ACTGCTCCTT CTACAACGAA TATTTTTTGT TTGACTTCTA TGAGCCAAGG 
GACATCTTAT TCCAGAGACT CATAGAGATC TCGGTTTTTC ACTCAAAGAA GATACCATTT 
CTGGGAACTT GCATAGGAAC ATTCAAGATG GATGTTGAGA CAGTGTACAG CCAGCCAGAT 
CACAGGTTTT TCCAGAAGTG GGCAGTTATC AGTGACCCCA TGGACACCCA GGCAGGTGTA 
AAAGGTTTTG TGAAGTGCAG CATCTCTGTC TCTGCACGCG GGGATATTGT GGGCTTCCTT 
CCCACCTATT CCAGGAACCA GGATGAGGAC ATCAAAAGGA ATCTGCTGCT GCCTAAGAGA 
TTCCCTGCAG AGAGACCCTG GGCCAGGGTC TGCATCAAAC TGTATCGTGC TGAGGGCCTG 
TCCAGCATGA GAGCAGGCAT CATGGGTGGT ATCTCCAAGA TCATAGGGGA GAAAAAAGTC 
TTTATCGACC CATATGTGCA GGTCTCATTC TGTGGGCAGC AGGGGGAAAC ATCAGTGGAG 
ACCACCACTA CTGAGCCTGA GTGGAACAAG CAGATCAGTT TTGTTGAGAT GTTCCCTCCT 
CTGTCCAGGA AGATAAAAGT CCAGGTGCTG GATGATGCCA GTGTCAGAGA TGTGGCCATT 
GCTACACACT ACATTGATGT GCAGGAGATC TCGGAAACTG ACAGGAGTGG CTTTAACCCC 
ATGTTTGGCC CAGCCNTGAA CCTGTATGGC TCCCCCCAGA ACTCAGCTCT GCGGGATGTC 
CACAAAGACC TCAATGAAGG CATGGGTGAG GGCATCTTCT ACCGTGGGCA CATCCTTATG 
GCCATCACAG TGGAGATCTT CAGCAGCCCC AGTGCGGCAG AGAGGAAGCT TGGGTACAGC 
ATAAGAGATG CTCTGAGAAA AAGGAAGCTG AAGAAGAAAA GTAAAAAATC CAAGGAGAAA 
ACTAAAGAAC TGAGCCAGCT GCAGGGAGAA GGGGAGGCTG GGAGCTCTCA GGAGGCCAAA 
CAGCCCAGGG AGGTCACTGT GGAGGTGGAA GAGCTTCATC CACTCCCTGA GGAAGACTGC 
CAAGCGTCTG GAAACTATGG CAAATCAGAA GAGGATGTGA TCAAAGGATG GCAAAAAGTG 
GAAAAGGAAG AAGTGAAAGA GGAAAGGCAG CCTTTACTGG ATGCTGGTTC AGGTGGTGAG 
CTGGATGCTG AAATCCTGAC TCCAGTTTTA GCAGCACTGA ACAGATCAGT TAAAAAGAGT 
CATAGACCAG AGCCCATGGA GTATGACAAG TCTTACAGCT GCCTACCCAT GACACATGAA 
AAACCTTGTG TGTATGTATG GAGCTACTGG GAGGATCACG CCTGGAGACT CTGCATTTCC 
AACTGGATTG TCAGACTGGC AGAGCGCCTG GAGCAGGGGT TGGATGATGT GGGGAAGCTC 
TTGAGAAGAC CAAAGGCTAA AGCAGAAGAG CGGCTCAGAG AGGTGCTTGA GGAATTTGTA 
GCTGGATGCA GGCAATATTC ACTCAGCGCA GAGAGAAAAA CAATGGCTCA TCCAAATAAC 
CGGGACAGAT GTCGGACAAA ATACCTGATG CACAACATTA TCCTGTATGC AAAGGAGGGG 
CTCTGTGTGA GGCGGCACCT GACCCAAGAC AACGTCAAGG AGAAGGTTAA GGAGACCAGA 
AGGATCCTGG CAAAGATACG CTTCATGGCT AAAGAGCCCC AGTGCACTCT CCCTGATGTA 
CTCATCTGGA TGCTCAGCAA CAACAGGCGT GTGGCATATG CCAGAATTCC TGCACAAAAC 
ATCCTCTACT CAGTAGTTGA AGAGGAGAAA GGCAAAGACT GTGCAAAGAT CCAGACTGTC 
TTTATGAAGG TCCCTGGCTT ACACACTGGT GAGATTTTTG CCAAACTGGA AATCTACATG 
TGGCTTGGGG TAACCAAATA CGCGAAAAAC TGTTTGGCAG AGCTGCCTGA GGAGTTCCTT 
TCTGAACGTG AGCAGGAGAT AGCCCAGCTC TCAGCATACA GCCCTCCCAG CTGGCTCAGC 
AGGGATGACT TCAGCTATTT CCAGCTCCGA GCCCATCTGT ATCAGGCTCG AGGGATCCTT 
CCTGCAGATG ATAATGGCCT TTCAGATCCA TTTGCAAGAG TGGTGTTTTC AGCTCATTGC 
CAGACCACTA GGATGCTGGA GGAGACACTG AGCCCTATGG GGAATGAGCT TTTGTTTGAC 
CATCTCATTA TTGATGGGAA GAAAGAAGAG TTGAAAACAG AGACCCCCAT CATTATAATC 
AACCTTTTCA GCCACAATAA ATTTGGCTCC CCTGATTTCC TTGGGCAGGC CTTTGCTGTC 
CCACAGGTGA AGCTGGTCGA TGAGCCATAT ACCAAACCTG CCCTGCAGTT CTTCAATTTC 
TACAGAGGCA GCATAGCAGC AGGAGAGCTC ATTGCCACTT TTGAGCTGAT TGAGCTCGAT 
TACAGTGGCC ATTTGGAGCC ATCAGTGCCT GAGGATGTGG AGCCCAAGGA GCCCAGCTGC 
CTGGAAGACC CCCATGCTGG ACGGTTCATC ATCCCTGAGG GCATCCGCCC AGTACTGAAG 
GAGTTCCGCA TAGAGATCCT GTTCTGGGGC CTGAGGGACC TGAAGAGAGT GAACTTGTTT 
GAGGTAGATG AGCCCCAGGT GATCATTGAA TGTGCTGGCA AGAAGGTGGA ATCAAAGGTG 
ATTGTGTCCT ACAAAGAGAA CCCCAACTTC ACTGAGCTGG TCAAATACAT GGATGTGGAC 
CCTCCAGAGC AGATATACCT GCACCCTCCC CTCAGCATCT TTGTGGTGGA AAAGAGTGCT 
TTTGGGCGCA CTGTGCTTGT GGGTAGCCAT GTCATGTCCG ATGTGATGAA ATTCTCTTCC 
AGAGGGCTGG AGGAGGAACC AGAGAATGTT CCCAAAGCTT GCAATGTCTC ATCTCACCGT 
CTTCCATCTG AGACCGTGGT AAACATTGGA CTGGCAGCTG GTGACCCAGG TTCCATCACT 
CAACCCCTTA TTTTTGTGAA GGCTCCTTTG AAGAAAATTC CTATCAATAA GCTTGTTAAA 
AAGGAGGATG AATATGAAGA GGAAAAACCA GAACTGGAAG AACTGGATTG GTGGTCCAAG 
TACTATGCGT CCCAGAAAGA GCTGTATAAC CAGGCATGCA GTGATGAGGA AGATGCTGGG 
AATGATGACT TGAATGATGC AGGTGAATCA GGTAACAGGA GGTACCAGAG ATGGAGGGGA 
ATATCTTCCA CTGACATTGA AGCAGAGGAT GAGGCAGTGA TTGAAGCTGA ACATGCTCAA 
CCCAAGAGGA AGCTCATTGC TACCCTTCAG ATCTACAACT CTGAGCTGGA ACATGAGTTT 
GGTAATTTTG AAGACAGGTT GTGTATTTTC CCCCTTCATC GTGGCAAAGC AAATGAGGAT 
GAAGATGGAA ATGAGAATGA ACATTACGTG GGGAAGTACA AGGGCTCCTT CTATGTCTAC 
CCCACTGAGG AAGCTGCTAC AGAGCCCAAG GTCTCCCAGG GCATTCCAAG GAACAGACCC 
ATCAAGGTTC TTGTAAGAGT TTATATTGTT AAGGCTACAA ATCTGCCTCC AGCAGACCCC 
AATGGCAAAG CAGACTCCTA TGTGGTGGTG ACTGTGGGGA AGCAGCAGAA GGACACAAAG 
GAGCAATACA TCCCAAAGCA GCTCAATCCT GTGTTTGGAG AAGTTGTGGA GCTGGCAGTC 
TCCTTTCCCA TGGAATCAGA ACTCACTGTG GCAATATTAG ATCATGATTT GGTTGGATCT 
GATGATCTGA TTGGGGAGAC CAAGACTGAT TTGGAGAATC GATTCTACAG CAAGCACAGG 
GCCAACTGTG GAGTGGCTGC GCAGTATGAC TTAAATGGCT ACAACATGTG GCGAGATGCT 
TTTAAACCCA CACAGATCTT GGATTGTCTG TGCAAGAAAA ACTCAATCCC TGCTGCTGAG 
TACAGATGGG AGGAGATCAA AGTGGACAAT AAAATATTCA AGATCCCTCC AGAGGCTTTT 
CCTGAAGGTA GAGGGCGTGT TGAACTGAAC TTGTTGGTGG ATGTTGAACA TAAGGCTTTG 
TACGTCCTGC AGCACTGGGA AGAGATGCCA GGATATGGGT ATAAGCTAGT ACCAGAGCAT 
GTGGAAATCC AGTCTTTGTA CAACCCGGAG AACCCTGGGC TTTTAAATGG CTCCTTGCAC 
ATGTGGATTG ACATGTTTCC AAACAATGTC CCTGCACCAC CACCCGTCAA CATCAAGCCA 
CGACTGCCTG TCAGCTATGA GCTCCGTGTG ATTATCTGGA ACACAGACAA TGTGATCCTT 
GATGATGTCA ACCCAGTAAA AGGAGAGCCT TCCAGCAACA TCTACGTGAA AAGCTGGATA 
AAACGTCTTG ACCATGACAA GCAGGAGATG GATGTTCACT TTAACTCCTT GACTGGGTAA 
GGCAGTTTCA ACTGGAGGTT CATCTTCCGC TTCAGTTATC TCCCAGCTGA GAAGATCACC 
TACAAGAAAA AGGACTCTAT CTTCTCCATG GAGGAATCAG AGTTTCAGGA GCCGGCTGTT 
CTGGTCCTCC AGGTCTGCGA TTATGAATGC ACTGACCTCA AGGTTTTACC ATATGATCTC 
CTCTTCCATG TGCCTGCAGG CTCCATCAAG CTGAAGATGC ATGACATGGT GTGGGCAGCG 
AAGAGCTCTG AGCATTGCAC CCTCAAAATG GCCAAGGAGA ACGCAACACC TCGATTCTCC 
ATCTTCCGAA ATAAGCGCAT GAGGGGCTGG TGGCCCTTCA TCAAANTCAG AGATCAAGAA 
GATGACAAGA GAGAGGAAAG GGAGTACAAG AAGAAGAAGA AGAAAACAAA GTGGAGCAGC 
TCAGTCAAAC CAGAGGACAT GGAATTCATA GACTCCAGTG GGAACAAGTA CTTCCTGATG 
GGTAAGGTGG AAGCAGAGTT CCAACTGCTG ACTGTGGAGG AGGCTGACAA AAGTCCTGTT 
GGATTGGGCC GAAAAGGGCC TGAACCCCTG GAAAAGCCCA ATTGGCCCAA AACAACTTTC 
AGCTGGTTTG TGAATCCCAT GAAGACCTTT GTGGTTTTTA TCTGGAAGCG ATACAAGAGA 
TACATAATTG TGCTGTTTGT TGTCAGTGTT CTGACAATCT TCCTGGTTCT TTTGGTCTAC 
ACCATGCCTG GATACATCAG TGAGAAGATC ATTAATGGAT AA

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

RefSeq	XP_012425595.1
CDS	1..5922
Translation	MDILKIPGQIHLFRWPHYGKFVMGEMLSIKVYNCSKVFSNRLLGTLVLSLQHLMTSRRLILRESLVDMSNRVTGIYIELNLRYQPPDSSSGTWVEEDFVYLTKDRTTEWLRVKELDKKSAALGRKLAKGLETDEEEEEEEDFYDTSETGALGTIFSPVKSISKPMQLAMDKQEEGVIYMCIAKHCLRRASKSVQVCIETALYMCILVGINVIEAQKLVGVNINPFVVVKVGEEKRHTATQKSTNCSFYNEYFLFDFYEPRDILFQRLIEISVFHSKKIPFLGTCIGTFKMDVETVYSQPDHRFFQKWAVISDPMDTQAGVKGFVKCSISVSARGDIVGFLPTYSRNQDEDIKRNLLLPKRFPAERPWARVCIKLYRAEGLSSMRAGIMGGISKIIGEKKVFIDPYVQVSFCGQQGETSVETTTTEPEWNKQISFVEMFPPLSRKIKVQVLDDASVRDVAIATHYIDVQEISETDRSGFNPMFGPAnullNLYGSPQNSALRDVHKDLNEGMGEGIFYRGHILMAITVEIFSSPSAAERKLGYSIRDALRKRKLKKKSKKSKEKTKELSQLQGEGEAGSSQEAKQPREVTVEVEELHPLPEEDCQASGNYGKSEEDVIKGWQKVEKEEVKEERQPLLDAGSGGELDAEILTPVLAALNRSVKKSHRPEPMEYDKSYSCLPMTHEKPCVYVWSYWEDHAWRLCISNWIVRLAERLEQGLDDVGKLLRRPKAKAEERLREVLEEFVAGCRQYSLSAERKTMAHPNNRDRCRTKYLMHNIILYAKEGLCVRRHLTQDNVKEKVKETRRILAKIRFMAKEPQCTLPDVLIWMLSNNRRVAYARIPAQNILYSVVEEEKGKDCAKIQTVFMKVPGLHTGEIFAKLEIYMWLGVTKYAKNCLAELPEEFLSEREQEIAQLSAYSPPSWLSRDDFSYFQLRAHLYQARGILPADDNGLSDPFARVVFSAHCQTTRMLEETLSPMGNELLFDHLIIDGKKEELKTETPIIIINLFSHNKFGSPDFLGQAFAVPQVKLVDEPYTKPALQFFNFYRGSIAAGELIATFELIELDYSGHLEPSVPEDVEPKEPSCLEDPHAGRFIIPEGIRPVLKEFRIEILFWGLRDLKRVNLFEVDEPQVIIECAGKKVESKVIVSYKENPNFTELVKYMDVDPPEQIYLHPPLSIFVVEKSAFGRTVLVGSHVMSDVMKFSSRGLEEEPENVPKACNVSSHRLPSETVVNIGLAAGDPGSITQPLIFVKAPLKKIPINKLVKKEDEYEEEKPELEELDWWSKYYASQKELYNQACSDEEDAGNDDLNDAGESGNRRYQRWRGISSTDIEAEDEAVIEAEHAQPKRKLIATLQIYNSELEHEFGNFEDRLCIFPLHRGKANEDEDGNENEHYVGKYKGSFYVYPTEEAATEPKVSQGIPRNRPIKVLVRVYIVKATNLPPADPNGKADSYVVVTVGKQQKDTKEQYIPKQLNPVFGEVVELAVSFPMESELTVAILDHDLVGSDDLIGETKTDLENRFYSKHRANCGVAAQYDLNGYNMWRDAFKPTQILDCLCKKNSIPAAEYRWEEIKVDNKIFKIPPEAFPEGRGRVELNLLVDVEHKALYVLQHWEEMPGYGYKLVPEHVEIQSLYNPENPGLLNGSLHMWIDMFPNNVPAPPPVNIKPRLPVSYELRVIIWNTDNVILDDVNPVKGEPSSNIYVKSWIKRLDHDKQEMDVHFNSLTG*GSFNWRFIFRFSYLPAEKITYKKKDSIFSMEESEFQEPAVLVLQVCDYECTDLKVLPYDLLFHVPAGSIKLKMHDMVWAAKSSEHCTLKMAKENATPRFSIFRNKRMRGWWPFIKnullRDQEDDKREEREYKKKKKKTKWSSSVKPEDMEFIDSSGNKYFLMGKVEAEFQLLTVEEADKSPVGLGRKGPEPLEKPNWPKTTFSWFVNPMKTFVVFIWKRYKRYIIVLFVVSVLTIFLVLLVYTMPGYISEKIING

Target ORF information:

RefSeq Version	XM_012570141.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata fer-1-like protein 4 (LOC100222337), mRNA.

Target ORF information:

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

XM_012570141.1

ORF Insert Sequence:

ATGGATATCT TGAAAATCCC CGGACAGATA CATCTCTTTC GTTGGCCTCA CTATGGGAAG 
TTTGTCATGG GCGAAATGCT GTCCATTAAG GTTTACAACT GCAGCAAGGT TTTCAGTAAC 
AGGCTGCTCG GTACCCTTGT CCTCAGCCTT CAGCACCTGA TGACATCCAG AAGGCTAATC 
CTGCGTGAGT CCCTTGTGGA CATGAGCAAC AGAGTCACTG GTATCTACAT TGAGTTGAAT 
TTGCGCTATC AGCCTCCAGA TAGCTCATCG GGGACGTGGG TTGAAGAGGA TTTTGTCTAT 
CTTACGAAAG ACAGGACTAC TGAGTGGCTG AGAGTGAAGG AACTGGACAA GAAGTCTGCT 
GCACTAGGCA GGAAGCTGGC AAAAGGTCTG GAGACTGACG AAGAAGAGGA AGAGGAGGAA 
GATTTCTATG ATACATCTGA GACTGGGGCC TTGGGCACTA TCTTCAGCCC TGTGAAGAGT 
ATCAGTAAGC CCATGCAGTT AGCTATGGAT AAACAGGAGG AGGGAGTCAT CTACATGTGC 
ATTGCAAAAC ATTGCCTGCG CAGAGCTTCA AAGAGTGTTC AGGTCTGCAT TGAGACTGCC 
CTGTACATGT GCATACTGGT TGGGATTAAT GTAATTGAAG CACAGAAGTT GGTGGGGGTG 
AACATCAACC CCTTTGTTGT AGTCAAGGTG GGAGAGGAAA AGAGGCACAC GGCAACACAG 
AAGTCAACAA ACTGCTCCTT CTACAACGAA TATTTTTTGT TTGACTTCTA TGAGCCAAGG 
GACATCTTAT TCCAGAGACT CATAGAGATC TCGGTTTTTC ACTCAAAGAA GATACCATTT 
CTGGGAACTT GCATAGGAAC ATTCAAGATG GATGTTGAGA CAGTGTACAG CCAGCCAGAT 
CACAGGTTTT TCCAGAAGTG GGCAGTTATC AGTGACCCCA TGGACACCCA GGCAGGTGTA 
AAAGGTTTTG TGAAGTGCAG CATCTCTGTC TCTGCACGCG GGGATATTGT GGGCTTCCTT 
CCCACCTATT CCAGGAACCA GGATGAGGAC ATCAAAAGGA ATCTGCTGCT GCCTAAGAGA 
TTCCCTGCAG AGAGACCCTG GGCCAGGGTC TGCATCAAAC TGTATCGTGC TGAGGGCCTG 
TCCAGCATGA GAGCAGGCAT CATGGGTGGT ATCTCCAAGA TCATAGGGGA GAAAAAAGTC 
TTTATCGACC CATATGTGCA GGTCTCATTC TGTGGGCAGC AGGGGGAAAC ATCAGTGGAG 
ACCACCACTA CTGAGCCTGA GTGGAACAAG CAGATCAGTT TTGTTGAGAT GTTCCCTCCT 
CTGTCCAGGA AGATAAAAGT CCAGGTGCTG GATGATGCCA GTGTCAGAGA TGTGGCCATT 
GCTACACACT ACATTGATGT GCAGGAGATC TCGGAAACTG ACAGGAGTGG CTTTAACCCC 
ATGTTTGGCC CAGCCNTGAA CCTGTATGGC TCCCCCCAGA ACTCAGCTCT GCGGGATGTC 
CACAAAGACC TCAATGAAGG CATGGGTGAG GGCATCTTCT ACCGTGGGCA CATCCTTATG 
GCCATCACAG TGGAGATCTT CAGCAGCCCC AGTGCGGCAG AGAGGAAGCT TGGGTACAGC 
ATAAGAGATG CTCTGAGAAA AAGGAAGCTG AAGAAGAAAA GTAAAAAATC CAAGGAGAAA 
ACTAAAGAAC TGAGCCAGCT GCAGGGAGAA GGGGAGGCTG GGAGCTCTCA GGAGGCCAAA 
CAGCCCAGGG AGGTCACTGT GGAGGTGGAA GAGCTTCATC CACTCCCTGA GGAAGACTGC 
CAAGCGTCTG GAAACTATGG CAAATCAGAA GAGGATGTGA TCAAAGGATG GCAAAAAGTG 
GAAAAGGAAG AAGTGAAAGA GGAAAGGCAG CCTTTACTGG ATGCTGGTTC AGGTGGTGAG 
CTGGATGCTG AAATCCTGAC TCCAGTTTTA GCAGCACTGA ACAGATCAGT TAAAAAGAGT 
CATAGACCAG AGCCCATGGA GTATGACAAG TCTTACAGCT GCCTACCCAT GACACATGAA 
AAACCTTGTG TGTATGTATG GAGCTACTGG GAGGATCACG CCTGGAGACT CTGCATTTCC 
AACTGGATTG TCAGACTGGC AGAGCGCCTG GAGCAGGGGT TGGATGATGT GGGGAAGCTC 
TTGAGAAGAC CAAAGGCTAA AGCAGAAGAG CGGCTCAGAG AGGTGCTTGA GGAATTTGTA 
GCTGGATGCA GGCAATATTC ACTCAGCGCA GAGAGAAAAA CAATGGCTCA TCCAAATAAC 
CGGGACAGAT GTCGGACAAA ATACCTGATG CACAACATTA TCCTGTATGC AAAGGAGGGG 
CTCTGTGTGA GGCGGCACCT GACCCAAGAC AACGTCAAGG AGAAGGTTAA GGAGACCAGA 
AGGATCCTGG CAAAGATACG CTTCATGGCT AAAGAGCCCC AGTGCACTCT CCCTGATGTA 
CTCATCTGGA TGCTCAGCAA CAACAGGCGT GTGGCATATG CCAGAATTCC TGCACAAAAC 
ATCCTCTACT CAGTAGTTGA AGAGGAGAAA GGCAAAGACT GTGCAAAGAT CCAGACTGTC 
TTTATGAAGG TCCCTGGCTT ACACACTGGT GAGATTTTTG CCAAACTGGA AATCTACATG 
TGGCTTGGGG TAACCAAATA CGCGAAAAAC TGTTTGGCAG AGCTGCCTGA GGAGTTCCTT 
TCTGAACGTG AGCAGGAGAT AGCCCAGCTC TCAGCATACA GCCCTCCCAG CTGGCTCAGC 
AGGGATGACT TCAGCTATTT CCAGCTCCGA GCCCATCTGT ATCAGGCTCG AGGGATCCTT 
CCTGCAGATG ATAATGGCCT TTCAGATCCA TTTGCAAGAG TGGTGTTTTC AGCTCATTGC 
CAGACCACTA GGATGCTGGA GGAGACACTG AGCCCTATGG GGAATGAGCT TTTGTTTGAC 
CATCTCATTA TTGATGGGAA GAAAGAAGAG TTGAAAACAG AGACCCCCAT CATTATAATC 
AACCTTTTCA GCCACAATAA ATTTGGCTCC CCTGATTTCC TTGGGCAGGC CTTTGCTGTC 
CCACAGGTGA AGCTGGTCGA TGAGCCATAT ACCAAACCTG CCCTGCAGTT CTTCAATTTC 
TACAGAGGCA GCATAGCAGC AGGAGAGCTC ATTGCCACTT TTGAGCTGAT TGAGCTCGAT 
TACAGTGGCC ATTTGGAGCC ATCAGTGCCT GAGGATGTGG AGCCCAAGGA GCCCAGCTGC 
CTGGAAGACC CCCATGCTGG ACGGTTCATC ATCCCTGAGG GCATCCGCCC AGTACTGAAG 
GAGTTCCGCA TAGAGATCCT GTTCTGGGGC CTGAGGGACC TGAAGAGAGT GAACTTGTTT 
GAGGTAGATG AGCCCCAGGT GATCATTGAA TGTGCTGGCA AGAAGGTGGA ATCAAAGGTG 
ATTGTGTCCT ACAAAGAGAA CCCCAACTTC ACTGAGCTGG TCAAATACAT GGATGTGGAC 
CCTCCAGAGC AGATATACCT GCACCCTCCC CTCAGCATCT TTGTGGTGGA AAAGAGTGCT 
TTTGGGCGCA CTGTGCTTGT GGGTAGCCAT GTCATGTCCG ATGTGATGAA ATTCTCTTCC 
AGAGGGCTGG AGGAGGAACC AGAGAATGTT CCCAAAGCTT GCAATGTCTC ATCTCACCGT 
CTTCCATCTG AGACCGTGGT AAACATTGGA CTGGCAGCTG GTGACCCAGG TTCCATCACT 
CAACCCCTTA TTTTTGTGAA GGCTCCTTTG AAGAAAATTC CTATCAATAA GCTTGTTAAA 
AAGGAGGATG AATATGAAGA GGAAAAACCA GAACTGGAAG AACTGGATTG GTGGTCCAAG 
TACTATGCGT CCCAGAAAGA GCTGTATAAC CAGGCATGCA GTGATGAGGA AGATGCTGGG 
AATGATGACT TGAATGATGC AGGTGAATCA GGTAACAGGA GGTACCAGAG ATGGAGGGGA 
ATATCTTCCA CTGACATTGA AGCAGAGGAT GAGGCAGTGA TTGAAGCTGA ACATGCTCAA 
CCCAAGAGGA AGCTCATTGC TACCCTTCAG ATCTACAACT CTGAGCTGGA ACATGAGTTT 
GGTAATTTTG AAGACAGGTT GTGTATTTTC CCCCTTCATC GTGGCAAAGC AAATGAGGAT 
GAAGATGGAA ATGAGAATGA ACATTACGTG GGGAAGTACA AGGGCTCCTT CTATGTCTAC 
CCCACTGAGG AAGCTGCTAC AGAGCCCAAG GTCTCCCAGG GCATTCCAAG GAACAGACCC 
ATCAAGGTTC TTGTAAGAGT TTATATTGTT AAGGCTACAA ATCTGCCTCC AGCAGACCCC 
AATGGCAAAG CAGACTCCTA TGTGGTGGTG ACTGTGGGGA AGCAGCAGAA GGACACAAAG 
GAGCAATACA TCCCAAAGCA GCTCAATCCT GTGTTTGGAG AAGTTGTGGA GCTGGCAGTC 
TCCTTTCCCA TGGAATCAGA ACTCACTGTG GCAATATTAG ATCATGATTT GGTTGGATCT 
GATGATCTGA TTGGGGAGAC CAAGACTGAT TTGGAGAATC GATTCTACAG CAAGCACAGG 
GCCAACTGTG GAGTGGCTGC GCAGTATGAC TTAAATGGCT ACAACATGTG GCGAGATGCT 
TTTAAACCCA CACAGATCTT GGATTGTCTG TGCAAGAAAA ACTCAATCCC TGCTGCTGAG 
TACAGATGGG AGGAGATCAA AGTGGACAAT AAAATATTCA AGATCCCTCC AGAGGCTTTT 
CCTGAAGGTA GAGGGCGTGT TGAACTGAAC TTGTTGGTGG ATGTTGAACA TAAGGCTTTG 
TACGTCCTGC AGCACTGGGA AGAGATGCCA GGATATGGGT ATAAGCTAGT ACCAGAGCAT 
GTGGAAATCC AGTCTTTGTA CAACCCGGAG AACCCTGGGC TTTTAAATGG CTCCTTGCAC 
ATGTGGATTG ACATGTTTCC AAACAATGTC CCTGCACCAC CACCCGTCAA CATCAAGCCA 
CGACTGCCTG TCAGCTATGA GCTCCGTGTG ATTATCTGGA ACACAGACAA TGTGATCCTT 
GATGATGTCA ACCCAGTAAA AGGAGAGCCT TCCAGCAACA TCTACGTGAA AAGCTGGATA 
AAACGTCTTG ACCATGACAA GCAGGAGATG GATGTTCACT TTAACTCCTT GACTGGGTAA 
GGCAGTTTCA ACTGGAGGTT CATCTTCCGC TTCAGTTATC TCCCAGCTGA GAAGATCACC 
TACAAGAAAA AGGACTCTAT CTTCTCCATG GAGGAATCAG AGTTTCAGGA GCCGGCTGTT 
CTGGTCCTCC AGGTCTGCGA TTATGAATGC ACTGACCTCA AGGTTTTACC ATATGATCTC 
CTCTTCCATG TGCCTGCAGG CTCCATCAAG CTGAAGATGC ATGACATGGT GTGGGCAGCG 
AAGAGCTCTG AGCATTGCAC CCTCAAAATG GCCAAGGAGA ACGCAACACC TCGATTCTCC 
ATCTTCCGAA ATAAGCGCAT GAGGGGCTGG TGGCCCTTCA TCAAANTCAG AGATCAAGAA 
GATGACAAGA GAGAGGAAAG GGAGTACAAG AAGAAGAAGA AGAAAACAAA GTGGAGCAGC 
TCAGTCAAAC CAGAGGACAT GGAATTCATA GACTCCAGTG GGAACAAGTA CTTCCTGATG 
GGTAAGGTGG AAGCAGAGTT CCAACTGCTG ACTGTGGAGG AGGCTGACAA AAGTCCTGTT 
GGATTGGGCC GAAAAGGGCC TGAACCCCTG GAAAAGCCCA ATTGGCCCAA AACAACTTTC 
AGCTGGTTTG TGAATCCCAT GAAGACCTTT GTGGTTTTTA TCTGGAAGCG ATACAAGAGA 
TACATAATTG TGCTGTTTGT TGTCAGTGTT CTGACAATCT TCCTGGTTCT TTTGGTCTAC 
ACCATGCCTG GATACATCAG TGAGAAGATC ATTAATGGAT AA

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

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LOC100222337 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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