ANKRD31 cDNA ORF clone, Physeter catodon(sperm whale)

Gene
Clones
gRNAs

Summary

Gene Symbol	ANKRD31
Entrez Gene ID	102992386
Full Name	ankyrin repeat domain 31
Gene Type	protein-coding
Organism	Physeter catodon(sperm whale)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007108649.1	XP_007108711.1	LOW QUALITY PROTEIN: putative ankyrin repeat domain-containing protein 31
XM_024124135.1	XP_023979903.1	putative ankyrin repeat domain-containing protein 31

Pathways from BioSystems
Gene Ontology

The following ANKRD31 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANKRD31 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
OPh117825	XM_007108649.1 Latest version!	Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPh285473	XM_024124135.1 Latest version!	Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

ANKRD31 ( XM_007108649.1 ) cDNA ORF clone, Physeter catodon(sperm whale) -> XP_007108711.1 Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.

Price & Availability↑

CloneID	OPh117825
Clone ID Related Accession (Same CDS sequence)	XM_007108649.1
Accession Version	XM_007108649.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5769bp) 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	1394380800000
Organism	Physeter catodon(sperm whale)
Product	LOW QUALITY PROTEIN: putative ankyrin repeat domain-containing protein 31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006713663.1) 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 :: Physeter catodon Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTGCCAA GTACTATTCT TAAAACTGTT AAACGGAAAG AAGAGAAGAG ACAGAGCAAG 
ATTAGCTTCA GTAGTGGGCA TCAGTCCCCC GTGGCCAGCA GTCACTCTCT GCAGCTAACG 
CCGGGTCATT GGCCTGCCCA CACCCCTCTT GTGCCACAGA ACAAAGGACT TCATCCTCTC 
CCCACAAAGG ATAGACAGCA GTGGGGTTGG CCAGGTGCCA TAAGACACAC ACATTTAAAT 
AGAACGAAGG AGTACACACT GAGTCTAAAC AGGGAAAGGG ATTCCCATAC AAGGTGGTTG 
ATCTTAAATC AAGACACATC TCGTAGATCT GAGTTCAGTC TCCATCCTGG TATAAGTAGA 
ACATGCAAAG GCACACCTCC AGAGATTCAA CTTGGATTCA AACTCGGAGA GGATCCACAA 
GAGCAAATGA ATAAAAATCA GACGATGCCT ATTTTTAGTG AGGATACAGT CTTACAGCAA 
CCTCAAGATG AAATGGAACA AAATGAAGCT CCGTTACAGA TTAGAAAAAG TTGTCCAGTG 
TTCACGGTGT CATTTCCCCA GGCTGAACTT TCACTGAACC ACCAGAGTAT TCAAGGACCT 
GAGGCTGAAG ATCCTAAAGT GTTAACACAC CCAGAAAAGG AACTAAGTAG AGACAGAGAC 
TCTCCTGAAA TAAGCCTTCT CTCAAGTACT ACTATTAAAG AATTTGATAC ATTTGCTGTT 
AAGGAGAACT CGTTAATAGA GCCAGAGAAG GAGCCTAGCA AGGAAGTCAC ATTGACCGTG 
ACTTCTGAAG AAACCAAAGA TGAAGAAAGC TCTCTTGAAA CTTTTGTGTC TGCCTTAGAA 
AAGTTACTGA CATCACCAGA AATCACCCAG GAGGAAAGAC CGATTAGAGT AATGAGTGAT 
TTTGAACGTA GAGAGTTGAT GAACCCATTG AGCAATTCTT CGAGTTCCAT ATCAATACCT 
TTGACATGTC ACAAATATTT ACTAGAAAAC TCAAAGGATG ATGCATTGCC AGCTGAGTCG 
TTAGCAGCCT TAAACTCGTT GTCAGAAGCC AAGGTGGAAC CCATCTGTCA CAGAAAAGAG 
GGAGATATCA GTCTCAGTGC TGGAAATGAA TGTTTAGGAG TGGAGCCCAA TATGTCTCAG 
ACTGATGAAG ATTGTACACA AATAGCAGAG AGTCTAGAAG ACCCAAATTC ATTTGGATTG 
CAAACTTTGG TTCATCAAAA TGTCACCTCT TGTGATCCAC TAAATAATAA GGGAAATTCA 
AATCCGGTGG AAAATAGCCC TGACCAGGAC ACTCCATGTG TGTTAAGGAG ATCGTCCAGA 
CTGAAAGTAG GCAGAGATGC AAAGCCCACA GATGACATAT ATAAGATGCC AGAAAAGATT 
TTACCCAAAA TACTTGGCTG TGAGGATCAA ACAAATAATA ACTCTTCAAC TGAGAATTTC 
AGAATGCAGA ACCCTGCTTT AAGGATTGAA GGTAAAGGGA AGACTATGCA TTCATCCAGA 
CTCAAGAGTG GAGAACAGAT CAGGAAAAAC AGAAAACTTG CAGGGAAAAA TGAAAAAATG 
AAGATGAATA AAGTATCTCG TTGTAACATT AACCGGAGAA ACATGTTTGG AGAGAACTTA 
CTGTATAAAG CTGCTCTGCA CAATGATGCT AATCTTGTTC ATCATTATAT GAAGAAAGGT 
GGAAATGTTA ATCAACCAAG TTATGCTGGT TGGACAGCAC TTCATGAAGC TAGTGTAGGA 
GGATTTTATC AGACAGCAAG TGAACTATTA AAGGGTGGAG CAGATGTAAA TATCAGAGGA 
ATGTACCAGA TCACTCCCCT ACATGATGCT GTGATGAATG GACATTATAA GGTGGCACAG 
TTACTTCTTT TGAATGGAGC AGATCCTTTA TTTAGAAATG ACAGTGGAAA GTGTGCTTTG 
GATGAAGCCA AAGACTCATG TATGAAGCGT CTCCTTGAGA GATATGTTCC TAAACATCAA 
AAACATCTTA CATCAGCGCA GACAAATAGC ACTGACCCTT CAGACTTAGA GGATGCACAC 
CACCACAAGA AACCAAAATT CAGTTCTAAA AATCACAGTG GGTTTGTTTG TGATGAAAAT 
TCCAAGAGAC AGAAGCCAGA ACATGTAAAA GTCGATAAAG GAAGCAAAGA GGGTTTATTT 
ATAAATAAAG AAGATGTATA TGAACATTAC CAAAAAGATT CCCAAAACAC GAAATTTGGT 
AAATCCAAGC ATAAACGATC AACTCTTAAC CAAATATACT CAACAGGACT CAGAAAGGAC 
AATCTCCATG GTGTTGAGGA TCCCAGCACA AATGTGTCTA AAGATAAAGG AAGAAGAAAT 
ACACGACGTA AAAGGACTCA AGTGGATGAT GCAATCCAAG AAAGCAATCC AAGAGAGACA 
ATAGCTGTGT CTTCTTCCAG AAAAATAAAC AGATTGGTTA CTTGTCAACA ACATACTCTC 
CAAACCCTTG ATGACCTTCC AGAAAAGTCA TGTAAACCTT TTAGCCCATC TCTGTCAGGA 
CTGAAAAATG GTTTAAGTAA CGATGTTGAG ACTTGTTCAT TTCCCAAAGA GACACATACC 
CAAAGCCTGG ATTTATCAGA TAGTCAAGAA ATAAAATTTT TGGAATTAGA ATCCACTGAC 
CAAGCTGAAG CCGTTTCTTT CTCAGGACTT TCTTTACATA AAAAAACCGA GTTACCACTT 
GTTACTACAG ATCAGAAGCC TCATACTCAC CAAGAACAGC AGCACATTAG CCCTTATAAA 
TCTCATGAAA ACAGTAACTC AGGTCAAAAA GATGAGAGCC CTAATATGTG GGAAAACTTT 
TCCCCATCCT TTATAAAGGA AGATTTTAAT CATGATGATG ATGGTGATCC CTGTGCTCCT 
GAGGAGACTG TAACATTTAA AAAGGTGATA AGTTCTTCAG GTTGCAAAAA CCACGATAAT 
TATAAAGAGA ATAAAACAAA TAGAGAAGAA ATGGATTTTC AACAATTTTT ACCTTCTCAA 
GACCATTTTT CACAGGAAAA TGAGTTAATA AAAGCAGGCA GCCTAACCAT ATTTCCACAA 
CAGGAAGCTG TTAATTTTTC TAATTCAGAT AATATAATAG TTTCTGAACA TGTTTCAAAT 
TATGAACAAT GTACATGTGG AACTTCTTTT GATCACTCAC ATGGCAGTCC TGAACATACT 
TCCCTGGCTT ATACAAGAAC ACTCTCAACA CATGAAGTTT CAAAGTTGAC TAGTCATGTG 
GAACTATTCG AGAGGCCTCA GAATTGTAGC CCCAGAATAC CATCTCCTTT AATGAATCAA 
GCGGATACAC ATATTGTGGA AAAGGTGAAT AAGGAAGGAG ACACTAAAAG GAATTACGCT 
GACAAAGGCC AAAAACCAAG TTCTTCAAAT AGGCCTTTAT CCAGAGTTGT TCATTCTCAA 
GTAACAGAAA CAACTAAAGT TGAAAAAAGA AGACAAGAGA TCAAAACTAT ACATAGTATA 
GGCTTTCAGT CCCCTGACAA TATCAATAAA GAATTGACTG TCTCACAACT TAGTCAAGGA 
GAAGAGAAGG AAATTTCTCA CAAACCAGAA ATGAAAACAG CTGGGATCAA TAAGAGGAAT 
GCCAGAGGAG AAAGCCGGCT TCATTTGGCT GCCAGAAGAG GAAACTTGTC TCTGGTGAAA 
GCTCTAATAG AATCTGGAGC AGATGTGAAT CTAAAAGATA ACACAGGTTG TACACCACTT 
CATGAGGCAG CTAGTACGGG ATGTAATGAT ATAATTGTAG AGTTGTTAAA AGCTAGTGCT 
AATGTTAATT GTGAAAATGT ACATGGAATT CTGCCCTTAC ATGATGCTGT TGCAAACAAC 
CATTTAAAGG CAGCTGAGAT TCTACTACAA CATGGAGCAA ACCCTAATCA AAAGGATCAA 
AAGCAGAAGA CTGCTTTGGA TGAAGCAGAT GATAAAAACA TGAAAGAGCT GCTAAAATCT 
TATGGTGCTA TTGAGACTGA CAATAGAGAT GAGAGTAATG CTGTAGTCAC TGTAAAAATT 
CCTGCTATCC GGGGAAAAAG ACATAAACAG TGTGATGACT GCAAAACTGT TGATACAAGT 
TCTATTTCAC ACCAAGAACA AACAAAAGAA AACCTTGCCA TGCATCAGAC CATCAGTGCC 
ATTCTACAAG ATTTAGAAGA AAAACAAGAA AATTTATTAG CGTTTGAAAT AAGAACCCCT 
GAAGATGCAG AACAATACAT TGATAAAATG TTAGAGATAA AGGAGGTTAT GGACAACGTG 
CTTGCCAAAC AGAAGGCAGA AAGGGATGAT TTAGCTAAAA AATACAGGGT GTCCATAGAG 
TCATTTAAGC ATGGAGTCCT GAGAGAACAA CTAGCTAACT TGGCCACAAG GCAGAAGAGC 
CTTTTACTTG TAGCAAAAAA ACAGAAAAAA ATAAGCCAGA AAATTCAGAA CTATAAGAAT 
GTTACATCTT TCTCTGGTCT TAGTTTCAAG AAGCTGCCAT TGAGCTCAGA AATCTCTAAT 
GAAAAGGACA GCCAAGAGTT TACTAGTCTG GAAAATTCAG TACAGCCCCA GTCAGGTTCA 
CTTTCTCCTG TCAGCCTTGT TTGTGGAAGC ATGCAGGAAA CACAGTTGTC TTGGGAAATC 
TGGCATGACA ACCAAAATAC CAACACTTGT CTAAATTCAA AGACAGTGAG AAGGGAAGAA 
TTTTCTGGAA ATGAACTGAA TTCTAAACAA AGTGTCAGTG ACTGTACCTT AGATAGATTA 
TCAAAATCCA GACTTTCAGA TGGCACTAAG AAGATTAAAT TACAATCCCA ACCTATTTCT 
TTTATTGCTC AAGCAGAATA TTCACAAAAA GAAAATGATC TTACAGATAC TACAGCCAAA 
GGACATGAGT CCTTTAGTCC TTCAGCAGTA ACTGGCACAT TAAAGATTTC AGAAACCGCA 
AGTGTATTTG CCCACAATGA TGCCAATCCA TCAACTGTTA TTTGTGATCA GGCTCTTTCC 
AATTGTGATC CAAAAAAAGG AAACAGGAAA ACAGCTTCCC AGCAACCACA TAAGGGGACA 
TCAGAATCCC TGGTACATCA AGGGATTGAT GTCTTTGGCA GTAATATGGG GCATCAGGTG 
AAACCTTATC TTAAAAAACC AGCTCTTGCT GTTCCACATG CAAATGATAG TCAGAGCTCC 
TCCTCCTCTG GGTCTGGCCG TCAACATACT GTAAAAAATC CTTCAAAATA CAGCACAACT 
CCTAAAAAGA AATGTATGCA GATAAAGGAT CTGATATTGC TAGGAAGAAT TAATCCGGGA 
AATAATATTC TGGAATTCAA AACACAGGAG ACTACCCATA AAGCCAGTGT TTTATTGAAT 
GGCAAAATTA AGGTAGAAAA TGGTCAGATT TATAAAAACC CAGTCATCTG GCTCAAGGAT 
CTTCTAGGAG CTGATAGTTA CGTGACCTGG AATTATGCTT GGAGTAAGGT AACATACCGG 
GGGAAGGAAC TTTTAAAGTA TATTTCTGAG GAATTACCCT TGCCTCCAGA CCCAAACTTG 
GTACCTCAGC AACATCAACC TTGTCTTCCA GACATGCCTT GTTTAGATGA CCTAGTACAG 
GAACCAAGCA AANNTAACTT GGAAAAAATG AAATTTGGAC AAGGAACTTC CAAAGAGTCA 
ATCCAAAGCA TCCCACATTA TCTTCAAATA AATGAAATAC TGTTAATCAG CGATCAAGAA 
TTTCTCCCAT GCCATATAAT GGATGAGCAT TGGAAGTTCT ATGTGGAATG TGAGGAGCTA 
ACATTCTAA

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

RefSeq	XP_007108711.1
CDS	1..5769
Translation	MVPSTILKTVKRKEEKRQSKISFSSGHQSPVASSHSLQLTPGHWPAHTPLVPQNKGLHPLPTKDRQQWGWPGAIRHTHLNRTKEYTLSLNRERDSHTRWLILNQDTSRRSEFSLHPGISRTCKGTPPEIQLGFKLGEDPQEQMNKNQTMPIFSEDTVLQQPQDEMEQNEAPLQIRKSCPVFTVSFPQAELSLNHQSIQGPEAEDPKVLTHPEKELSRDRDSPEISLLSSTTIKEFDTFAVKENSLIEPEKEPSKEVTLTVTSEETKDEESSLETFVSALEKLLTSPEITQEERPIRVMSDFERRELMNPLSNSSSSISIPLTCHKYLLENSKDDALPAESLAALNSLSEAKVEPICHRKEGDISLSAGNECLGVEPNMSQTDEDCTQIAESLEDPNSFGLQTLVHQNVTSCDPLNNKGNSNPVENSPDQDTPCVLRRSSRLKVGRDAKPTDDIYKMPEKILPKILGCEDQTNNNSSTENFRMQNPALRIEGKGKTMHSSRLKSGEQIRKNRKLAGKNEKMKMNKVSRCNINRRNMFGENLLYKAALHNDANLVHHYMKKGGNVNQPSYAGWTALHEASVGGFYQTASELLKGGADVNIRGMYQITPLHDAVMNGHYKVAQLLLLNGADPLFRNDSGKCALDEAKDSCMKRLLERYVPKHQKHLTSAQTNSTDPSDLEDAHHHKKPKFSSKNHSGFVCDENSKRQKPEHVKVDKGSKEGLFINKEDVYEHYQKDSQNTKFGKSKHKRSTLNQIYSTGLRKDNLHGVEDPSTNVSKDKGRRNTRRKRTQVDDAIQESNPRETIAVSSSRKINRLVTCQQHTLQTLDDLPEKSCKPFSPSLSGLKNGLSNDVETCSFPKETHTQSLDLSDSQEIKFLELESTDQAEAVSFSGLSLHKKTELPLVTTDQKPHTHQEQQHISPYKSHENSNSGQKDESPNMWENFSPSFIKEDFNHDDDGDPCAPEETVTFKKVISSSGCKNHDNYKENKTNREEMDFQQFLPSQDHFSQENELIKAGSLTIFPQQEAVNFSNSDNIIVSEHVSNYEQCTCGTSFDHSHGSPEHTSLAYTRTLSTHEVSKLTSHVELFERPQNCSPRIPSPLMNQADTHIVEKVNKEGDTKRNYADKGQKPSSSNRPLSRVVHSQVTETTKVEKRRQEIKTIHSIGFQSPDNINKELTVSQLSQGEEKEISHKPEMKTAGINKRNARGESRLHLAARRGNLSLVKALIESGADVNLKDNTGCTPLHEAASTGCNDIIVELLKASANVNCENVHGILPLHDAVANNHLKAAEILLQHGANPNQKDQKQKTALDEADDKNMKELLKSYGAIETDNRDESNAVVTVKIPAIRGKRHKQCDDCKTVDTSSISHQEQTKENLAMHQTISAILQDLEEKQENLLAFEIRTPEDAEQYIDKMLEIKEVMDNVLAKQKAERDDLAKKYRVSIESFKHGVLREQLANLATRQKSLLLVAKKQKKISQKIQNYKNVTSFSGLSFKKLPLSSEISNEKDSQEFTSLENSVQPQSGSLSPVSLVCGSMQETQLSWEIWHDNQNTNTCLNSKTVRREEFSGNELNSKQSVSDCTLDRLSKSRLSDGTKKIKLQSQPISFIAQAEYSQKENDLTDTTAKGHESFSPSAVTGTLKISETASVFAHNDANPSTVICDQALSNCDPKKGNRKTASQQPHKGTSESLVHQGIDVFGSNMGHQVKPYLKKPALAVPHANDSQSSSSSGSGRQHTVKNPSKYSTTPKKKCMQIKDLILLGRINPGNNILEFKTQETTHKASVLLNGKIKVENGQIYKNPVIWLKDLLGADSYVTWNYAWSKVTYRGKELLKYISEELPLPPDPNLVPQQHQPCLPDMPCLDDLVQEPSKnullNLEKMKFGQGTSKESIQSIPHYLQINEILLISDQEFLPCHIMDEHWKFYVECEELTF

Target ORF information:

RefSeq Version	XM_007108649.1
Organism	Physeter catodon(sperm whale)
Definition	Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.

Target ORF information:

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

XM_007108649.1

ORF Insert Sequence:

ATGGTGCCAA GTACTATTCT TAAAACTGTT AAACGGAAAG AAGAGAAGAG ACAGAGCAAG 
ATTAGCTTCA GTAGTGGGCA TCAGTCCCCC GTGGCCAGCA GTCACTCTCT GCAGCTAACG 
CCGGGTCATT GGCCTGCCCA CACCCCTCTT GTGCCACAGA ACAAAGGACT TCATCCTCTC 
CCCACAAAGG ATAGACAGCA GTGGGGTTGG CCAGGTGCCA TAAGACACAC ACATTTAAAT 
AGAACGAAGG AGTACACACT GAGTCTAAAC AGGGAAAGGG ATTCCCATAC AAGGTGGTTG 
ATCTTAAATC AAGACACATC TCGTAGATCT GAGTTCAGTC TCCATCCTGG TATAAGTAGA 
ACATGCAAAG GCACACCTCC AGAGATTCAA CTTGGATTCA AACTCGGAGA GGATCCACAA 
GAGCAAATGA ATAAAAATCA GACGATGCCT ATTTTTAGTG AGGATACAGT CTTACAGCAA 
CCTCAAGATG AAATGGAACA AAATGAAGCT CCGTTACAGA TTAGAAAAAG TTGTCCAGTG 
TTCACGGTGT CATTTCCCCA GGCTGAACTT TCACTGAACC ACCAGAGTAT TCAAGGACCT 
GAGGCTGAAG ATCCTAAAGT GTTAACACAC CCAGAAAAGG AACTAAGTAG AGACAGAGAC 
TCTCCTGAAA TAAGCCTTCT CTCAAGTACT ACTATTAAAG AATTTGATAC ATTTGCTGTT 
AAGGAGAACT CGTTAATAGA GCCAGAGAAG GAGCCTAGCA AGGAAGTCAC ATTGACCGTG 
ACTTCTGAAG AAACCAAAGA TGAAGAAAGC TCTCTTGAAA CTTTTGTGTC TGCCTTAGAA 
AAGTTACTGA CATCACCAGA AATCACCCAG GAGGAAAGAC CGATTAGAGT AATGAGTGAT 
TTTGAACGTA GAGAGTTGAT GAACCCATTG AGCAATTCTT CGAGTTCCAT ATCAATACCT 
TTGACATGTC ACAAATATTT ACTAGAAAAC TCAAAGGATG ATGCATTGCC AGCTGAGTCG 
TTAGCAGCCT TAAACTCGTT GTCAGAAGCC AAGGTGGAAC CCATCTGTCA CAGAAAAGAG 
GGAGATATCA GTCTCAGTGC TGGAAATGAA TGTTTAGGAG TGGAGCCCAA TATGTCTCAG 
ACTGATGAAG ATTGTACACA AATAGCAGAG AGTCTAGAAG ACCCAAATTC ATTTGGATTG 
CAAACTTTGG TTCATCAAAA TGTCACCTCT TGTGATCCAC TAAATAATAA GGGAAATTCA 
AATCCGGTGG AAAATAGCCC TGACCAGGAC ACTCCATGTG TGTTAAGGAG ATCGTCCAGA 
CTGAAAGTAG GCAGAGATGC AAAGCCCACA GATGACATAT ATAAGATGCC AGAAAAGATT 
TTACCCAAAA TACTTGGCTG TGAGGATCAA ACAAATAATA ACTCTTCAAC TGAGAATTTC 
AGAATGCAGA ACCCTGCTTT AAGGATTGAA GGTAAAGGGA AGACTATGCA TTCATCCAGA 
CTCAAGAGTG GAGAACAGAT CAGGAAAAAC AGAAAACTTG CAGGGAAAAA TGAAAAAATG 
AAGATGAATA AAGTATCTCG TTGTAACATT AACCGGAGAA ACATGTTTGG AGAGAACTTA 
CTGTATAAAG CTGCTCTGCA CAATGATGCT AATCTTGTTC ATCATTATAT GAAGAAAGGT 
GGAAATGTTA ATCAACCAAG TTATGCTGGT TGGACAGCAC TTCATGAAGC TAGTGTAGGA 
GGATTTTATC AGACAGCAAG TGAACTATTA AAGGGTGGAG CAGATGTAAA TATCAGAGGA 
ATGTACCAGA TCACTCCCCT ACATGATGCT GTGATGAATG GACATTATAA GGTGGCACAG 
TTACTTCTTT TGAATGGAGC AGATCCTTTA TTTAGAAATG ACAGTGGAAA GTGTGCTTTG 
GATGAAGCCA AAGACTCATG TATGAAGCGT CTCCTTGAGA GATATGTTCC TAAACATCAA 
AAACATCTTA CATCAGCGCA GACAAATAGC ACTGACCCTT CAGACTTAGA GGATGCACAC 
CACCACAAGA AACCAAAATT CAGTTCTAAA AATCACAGTG GGTTTGTTTG TGATGAAAAT 
TCCAAGAGAC AGAAGCCAGA ACATGTAAAA GTCGATAAAG GAAGCAAAGA GGGTTTATTT 
ATAAATAAAG AAGATGTATA TGAACATTAC CAAAAAGATT CCCAAAACAC GAAATTTGGT 
AAATCCAAGC ATAAACGATC AACTCTTAAC CAAATATACT CAACAGGACT CAGAAAGGAC 
AATCTCCATG GTGTTGAGGA TCCCAGCACA AATGTGTCTA AAGATAAAGG AAGAAGAAAT 
ACACGACGTA AAAGGACTCA AGTGGATGAT GCAATCCAAG AAAGCAATCC AAGAGAGACA 
ATAGCTGTGT CTTCTTCCAG AAAAATAAAC AGATTGGTTA CTTGTCAACA ACATACTCTC 
CAAACCCTTG ATGACCTTCC AGAAAAGTCA TGTAAACCTT TTAGCCCATC TCTGTCAGGA 
CTGAAAAATG GTTTAAGTAA CGATGTTGAG ACTTGTTCAT TTCCCAAAGA GACACATACC 
CAAAGCCTGG ATTTATCAGA TAGTCAAGAA ATAAAATTTT TGGAATTAGA ATCCACTGAC 
CAAGCTGAAG CCGTTTCTTT CTCAGGACTT TCTTTACATA AAAAAACCGA GTTACCACTT 
GTTACTACAG ATCAGAAGCC TCATACTCAC CAAGAACAGC AGCACATTAG CCCTTATAAA 
TCTCATGAAA ACAGTAACTC AGGTCAAAAA GATGAGAGCC CTAATATGTG GGAAAACTTT 
TCCCCATCCT TTATAAAGGA AGATTTTAAT CATGATGATG ATGGTGATCC CTGTGCTCCT 
GAGGAGACTG TAACATTTAA AAAGGTGATA AGTTCTTCAG GTTGCAAAAA CCACGATAAT 
TATAAAGAGA ATAAAACAAA TAGAGAAGAA ATGGATTTTC AACAATTTTT ACCTTCTCAA 
GACCATTTTT CACAGGAAAA TGAGTTAATA AAAGCAGGCA GCCTAACCAT ATTTCCACAA 
CAGGAAGCTG TTAATTTTTC TAATTCAGAT AATATAATAG TTTCTGAACA TGTTTCAAAT 
TATGAACAAT GTACATGTGG AACTTCTTTT GATCACTCAC ATGGCAGTCC TGAACATACT 
TCCCTGGCTT ATACAAGAAC ACTCTCAACA CATGAAGTTT CAAAGTTGAC TAGTCATGTG 
GAACTATTCG AGAGGCCTCA GAATTGTAGC CCCAGAATAC CATCTCCTTT AATGAATCAA 
GCGGATACAC ATATTGTGGA AAAGGTGAAT AAGGAAGGAG ACACTAAAAG GAATTACGCT 
GACAAAGGCC AAAAACCAAG TTCTTCAAAT AGGCCTTTAT CCAGAGTTGT TCATTCTCAA 
GTAACAGAAA CAACTAAAGT TGAAAAAAGA AGACAAGAGA TCAAAACTAT ACATAGTATA 
GGCTTTCAGT CCCCTGACAA TATCAATAAA GAATTGACTG TCTCACAACT TAGTCAAGGA 
GAAGAGAAGG AAATTTCTCA CAAACCAGAA ATGAAAACAG CTGGGATCAA TAAGAGGAAT 
GCCAGAGGAG AAAGCCGGCT TCATTTGGCT GCCAGAAGAG GAAACTTGTC TCTGGTGAAA 
GCTCTAATAG AATCTGGAGC AGATGTGAAT CTAAAAGATA ACACAGGTTG TACACCACTT 
CATGAGGCAG CTAGTACGGG ATGTAATGAT ATAATTGTAG AGTTGTTAAA AGCTAGTGCT 
AATGTTAATT GTGAAAATGT ACATGGAATT CTGCCCTTAC ATGATGCTGT TGCAAACAAC 
CATTTAAAGG CAGCTGAGAT TCTACTACAA CATGGAGCAA ACCCTAATCA AAAGGATCAA 
AAGCAGAAGA CTGCTTTGGA TGAAGCAGAT GATAAAAACA TGAAAGAGCT GCTAAAATCT 
TATGGTGCTA TTGAGACTGA CAATAGAGAT GAGAGTAATG CTGTAGTCAC TGTAAAAATT 
CCTGCTATCC GGGGAAAAAG ACATAAACAG TGTGATGACT GCAAAACTGT TGATACAAGT 
TCTATTTCAC ACCAAGAACA AACAAAAGAA AACCTTGCCA TGCATCAGAC CATCAGTGCC 
ATTCTACAAG ATTTAGAAGA AAAACAAGAA AATTTATTAG CGTTTGAAAT AAGAACCCCT 
GAAGATGCAG AACAATACAT TGATAAAATG TTAGAGATAA AGGAGGTTAT GGACAACGTG 
CTTGCCAAAC AGAAGGCAGA AAGGGATGAT TTAGCTAAAA AATACAGGGT GTCCATAGAG 
TCATTTAAGC ATGGAGTCCT GAGAGAACAA CTAGCTAACT TGGCCACAAG GCAGAAGAGC 
CTTTTACTTG TAGCAAAAAA ACAGAAAAAA ATAAGCCAGA AAATTCAGAA CTATAAGAAT 
GTTACATCTT TCTCTGGTCT TAGTTTCAAG AAGCTGCCAT TGAGCTCAGA AATCTCTAAT 
GAAAAGGACA GCCAAGAGTT TACTAGTCTG GAAAATTCAG TACAGCCCCA GTCAGGTTCA 
CTTTCTCCTG TCAGCCTTGT TTGTGGAAGC ATGCAGGAAA CACAGTTGTC TTGGGAAATC 
TGGCATGACA ACCAAAATAC CAACACTTGT CTAAATTCAA AGACAGTGAG AAGGGAAGAA 
TTTTCTGGAA ATGAACTGAA TTCTAAACAA AGTGTCAGTG ACTGTACCTT AGATAGATTA 
TCAAAATCCA GACTTTCAGA TGGCACTAAG AAGATTAAAT TACAATCCCA ACCTATTTCT 
TTTATTGCTC AAGCAGAATA TTCACAAAAA GAAAATGATC TTACAGATAC TACAGCCAAA 
GGACATGAGT CCTTTAGTCC TTCAGCAGTA ACTGGCACAT TAAAGATTTC AGAAACCGCA 
AGTGTATTTG CCCACAATGA TGCCAATCCA TCAACTGTTA TTTGTGATCA GGCTCTTTCC 
AATTGTGATC CAAAAAAAGG AAACAGGAAA ACAGCTTCCC AGCAACCACA TAAGGGGACA 
TCAGAATCCC TGGTACATCA AGGGATTGAT GTCTTTGGCA GTAATATGGG GCATCAGGTG 
AAACCTTATC TTAAAAAACC AGCTCTTGCT GTTCCACATG CAAATGATAG TCAGAGCTCC 
TCCTCCTCTG GGTCTGGCCG TCAACATACT GTAAAAAATC CTTCAAAATA CAGCACAACT 
CCTAAAAAGA AATGTATGCA GATAAAGGAT CTGATATTGC TAGGAAGAAT TAATCCGGGA 
AATAATATTC TGGAATTCAA AACACAGGAG ACTACCCATA AAGCCAGTGT TTTATTGAAT 
GGCAAAATTA AGGTAGAAAA TGGTCAGATT TATAAAAACC CAGTCATCTG GCTCAAGGAT 
CTTCTAGGAG CTGATAGTTA CGTGACCTGG AATTATGCTT GGAGTAAGGT AACATACCGG 
GGGAAGGAAC TTTTAAAGTA TATTTCTGAG GAATTACCCT TGCCTCCAGA CCCAAACTTG 
GTACCTCAGC AACATCAACC TTGTCTTCCA GACATGCCTT GTTTAGATGA CCTAGTACAG 
GAACCAAGCA AANNTAACTT GGAAAAAATG AAATTTGGAC AAGGAACTTC CAAAGAGTCA 
ATCCAAAGCA TCCCACATTA TCTTCAAATA AATGAAATAC TGTTAATCAG CGATCAAGAA 
TTTCTCCCAT GCCATATAAT GGATGAGCAT TGGAAGTTCT ATGTGGAATG TGAGGAGCTA 
ACATTCTAA

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

ANKRD31 ( XM_024124135.1 ) cDNA ORF clone, Physeter catodon(sperm whale) -> XP_023979903.1 Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.

Price & Availability↑

CloneID	OPh285473
Clone ID Related Accession (Same CDS sequence)	XM_024124135.1
Accession Version	XM_024124135.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5808bp) 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	1553011200000
Organism	Physeter catodon(sperm whale)
Product	putative ankyrin repeat domain-containing protein 31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_041221.1) 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 Name :: Physeter catodon 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##

ATGGAGGAAG GTGCCCAGGC CCCAGACTGG GACAGTGATG AAACGGTGAT CGAAGCATCG 
GTGACGGAGA GCGACGAGGA AGAAGAGGAG TTGCCCTGGA GAAGGTTGAT CTTAAATCAA 
GACACATCTC GTAGATCTGA GTTCAGTCTC CATCCTGGTA TAAGTAGAAC ATGCAAAGGC 
ACACCTCCAG AGATTCAACT TGGATTCAAA CTCGGAGAGG ATCCACAAGA GCAAATGAAT 
AAAAATCAGA CGATGCCTAT TTTTAGTGAG GATACAGTCT TACAGCAACC TCAAGATGAA 
ATGGAACAAA ATGAAGCTCC GTTACAGATT AGAAAAAGTT GTCCAGTGTT CACGGTGTCA 
TTTCCCCAGG CTGAACTTTC ACTGAACCAC CAGAGTATTC AAGGACCTGA GGCTGAAGAT 
CCTAAAGTGT TAACACACCC AGAAAAGGAA CTAAGTAGAG ACAGAGACTC TCCTGAAATA 
AGCCTTCTCT CAAGTACTAC TATTAAAGAA TTTGATACAT TTGCTGTTAA GGAGAACTCG 
TTAATAGAGC CAGAGAAGGA GCCTAGCAAG GAAGTCACAT TGACCGTGAC TTCTGAAGAA 
ACCAAAGATG AAGAAAGCTC TCTTGAAACT TTTGTGTCTG CCTTAGAAAA GTTACTGACA 
TCACCAGAAA TCACCCAGGA GGAAAGACCG ATTAGAGTAA TGAGTGATTT TGAACGTAGA 
GAGTTGATGA ACCCATTGAG CAATTCTTCG AGTTCCATAT CAATACCTTT GACATGTCAC 
AAATATTTAC TAGAAAACTC AAAGGATGAT GCATTGCCAG CTGAGTCGTT AGCAGCCTTA 
AACTCGTTGT CAGAAGCCAA GGTGGAACCC ATCTGTCACA GAAAAGAGGG AGATATCAGT 
CTCAGTGCTG GAAATGAATG TTTAGGAGTG GAGCCCAATA TGTCTCAGAC TGATGAAGAT 
TGTACACAAA TAGCAGAGGT GAATTTTGAG ACTCTTTGTT CTATTCAACC ATTTGAACAG 
GATTCCAAGT TAGGTGAGCT ACAGGACAAG CATCTTTCAG TGCAGCAAAG TCTAGAAGAC 
CCAAATTCAT TTGGATTGCA AACTTTGGTT CATCAAAATG TCACCTCTTG TGATCCACTA 
AATAATAAGG GAAATTCAAA TCCGGTGGAA AATAGCCCTG ACCAGGACAC TCCATGTGTG 
TTAAGGAGAT CGTCCAGACT GAAAGTAGGC AGAGATGCAA AGCCCACAGA TGACATATAT 
AAGATGCCAG AAAAGATTTT ACCCAAAATA CTTGGCTGTG AGGATCAAAC AAATAATAAC 
TCTTCAACTG AGAATTTCAG AATGCAGAAC CCTGCTTTAA GGATTGAAGG TAAAGGGAAG 
ACTATGCATT CATCCAGACT CAAGAGTGGA GAACAGATCA GGAAAAACAG AAAACTTGCA 
GGGAAAAATG AAAAAATGAA GATGAATAAA GTATCTCGTT GTAACATTAA CCGGAGAAAC 
ATGTTTGGAG AGAACTTACT GTATAAAGCT GCTCTGCACA ATGATGCTAA TCTTGTTCAT 
CATTATATGA AGAAAGGTGG AAATGTTAAT CAACCAAGTT ATGCTGGTTG GACAGCACTT 
CATGAAGCTA GTGTAGGAGG ATTTTATCAG ACAGCAAGTG AACTATTAAA GGGTGGAGCA 
GATGTAAATA TCAGAGGAAT GTACCAGATC ACTCCCCTAC ATGATGCTGT GATGAACGGA 
CATTATAAGG TGGCACAGTT ACTTCTTTTG AATGGAGCAG ATCCTTTATT TAGAAATGAC 
AGTGGAAAGT GTGCTTTGGA TGAAGCCAAA GACTCATGTA TGAAGCGTCT CCTTGAGAGA 
TATGTTCCTA AACATCAAAA ACATCTTACA TCAGCGCAGA CAAATAGCAC TGACCCTTCA 
GACTTAGAGG ATGCACACCA CCACAAGAAA CCAAAATTCA GTTCTAAAAA TCACAGTGGG 
TTTGTTTGTG ATGAAAATTC CAAGAGACAG AAGCCAGAAC ATGTAAAAGT CGATAAAGGA 
AGCAAAGAGG GTTTATTTAT AAATAAAGAA GATGTATATG AACATTACCA AAAAGATTCC 
CAAAACACGA AATTTGGTAA ATCCAAGCAT AAACGATCAA CTCTTAACCA AATATACTCA 
ACAGGACTCA GAAAGGACAA TCTCCATGGT GTTGAGGATC CCAGCACAAA TGTGTCTAAA 
GATAAAGGAA GAAGAAATAC ACGACGTAAA AGGACTCAAG TGGATGATGC AATCCAAGAA 
AGCAATCCAA GAGAGACAAT AGCTGTGTCT TCTTCCAGAA AAATAAACAG ATTGGTTACT 
TGTCAACAAC ATACTCTCCA AACCCTTGAT GACCTTCCAG AAAAGTCATG TAAACCTTTT 
AGCCCATCTC TGTCAGGACT GAAAAATGGT TTAAGTAACG ATGTTGAGAC TTGTTCATTT 
CCCAAAGAGA CACATACCCA AAGCCTGGAT TTATCAGATA GTCAAGAAAT AAAATTTTTG 
GAATTAGAAT CCACTGACCA AGCTGAAGCC GTTTCTTTCT CAGGACTTTC TTTACATAAA 
AAAACCGAGT TACCACTTGT TACTACAGAT CAGAAGCCTC ATACTCACCA AGAACAGCAG 
CACATTAGCC CTTATAAATC TCATGAAAAC AGTAACTCAG GTCAAAAAGA TGAGAGCCCT 
AATATGTGGG AAAACTTTTC CCCATCCTTT ATAAAGGAAG ATTTTAATCA TGATGATGAT 
GGTGATCCCT GTGCTCCTGA GGAGACTGTA ACATTTAAAA AGGTGATAAG TTCTTCAGGT 
TGCAAAAACC ACGATAATTA TAAAGAGAAT AAAACAAATA GAGAAGAAAT GGATTTTCAA 
CAATTTTTAC CTTCTCAAGA CCATTTTTCA CAGGAAAATG AGTTAATAAA AGCAGGCAGC 
CTAACCATAT TTCCACAACA GGAAGCTGTT AATTTTTCTA ATTCAGATAA TATAATAGTT 
TCTGAACATG TTTCAAATTA TGAACAATGT ACATGTGGAA CTTCTTTTGA TCACTCACAT 
GGCAGTCCTG AACATACTTC CCTGGCTTAT ACAAGAACAC TCTCAACACA TGAAGTTTCA 
AAGTTGACTA GTCATGTGGA ACTATTCGAG AGGCCTCAGA ATTGTAGCCC CAGAATACCA 
TCTCCTTTAA TGAATCAAAC GGATACACAT ATTGTGGAAA AGGTGAATAA GGAAGGAGAC 
ACTAAAAGGA ATTACGCTGA CAAAGGCCAA AAACCAAGTT CTTCAAATAG GCCTTTATCC 
AGAGTTGTTC ATTCTCAAGT AACAGAAACA ACTAAAGTTG AAAAAAGAAG ACAAGAGATC 
AAAACTATAC ATAGTATAGG CTTTCAGTCC CCTGACAATA TCAATAAAGA ATTGACTGTC 
TCACAACTTA GTCAAGGAGA AGAGAAGGAA ATTTCTCACA AACCAGGTGA GGAATTAACT 
AATAATGTCA ATGGAGATGA AAAGACTATA AGAAATTGTG AGAAGAAAGA AAAAACAGAT 
TCAGAAATTC ACATGCCTAC TAACATACAG GAACACAAAA AAGTTCAGAA TTTCAGAAAA 
AGGCAAAATT TCTTGAAAGC TACCTGCAGC CAAGAAATGA AAACAGCTGG GATCAATAAG 
AGGAATGCCA GAGGAGAAAG CCGGCTTCAT TTGGCTGCCA GAAGAGGAAA CTTGTCTCTG 
GTGAAAGCTC TAATAGAATC TGGAGCAGAT GTGAATCTAA AAGATAACAC AGGTTGTACA 
CCACTTCATG AGGCAGCTAG TACGGGATGT AATGATATAA TTGTAGAGTT GTTAAAAGCT 
AGTGCTAATG TTAATTGTGA AAATGTACAT GGAATTCTGC CCTTACATGA TGCTGTTGCA 
AACAACCATT TAAAGGCAGC TGAGATTCTA CTACAACATG GAGCAAACCC TAATCAAAAG 
GATCAAAAGC AGAAGACTGC TTTGGATGAA GCAGATGATA AAAACATGAA AGAGCTGCTA 
AAATCTTATG GTGCTATTGA GACTGACAAT AGAGATGAGA GTAATGCTGT AGTCACTGTA 
AAAATTCCTG CTATCCGGGG AAAAAGACAT AAACAGTGTG ATGACTGCAA AACTGTTGAT 
ACAAGTTCTA TTTCACACCA AGAACAAACA AAAGAAAACC TTGCCATGCA TCAGACCATC 
AGTGCCATTC TACAAGATTT AGAAGAAAAA CAAGAAAATT TATTAGCGTT TGAAATAAGA 
ACCCCTGAAG ATGCAGAACA ATACATTGAT AAAATGTTAG AGATAAAGGA GGTTATGGAC 
AACGTGCTTG CCAAACAGAA GGCAGAAAGG GATGATTTAG CTAAAAAATA CAGGGTGTCC 
ATAGAGTCAT TTAAGCATGG AGTCCTGAGA GAACAACTAG CTAACTTGGC CACAAGGCAG 
AAGAGCCTTT TACTTGTAGC AAAAAAACAG AAAAAAATAA GCCAGAAAAT TCAGAACTAT 
AAGAATGTTA CATCTTTCTC TGGTCTTAGT TTCAAGAAGC TGCCATTGAG CTCAGAAATC 
TCTAATGAAA AGGACAGCCA AGAGTTTACT AGTCTGGAAA ATTCAGTACA GCCCCAGTCA 
GGTTCACTTT CTCCTGTCAG CCTTGTTTGT GGAAGCATGC AGGAAACACA GTTGTCTTGG 
GAAATCTGGC ATGACAACCA AAATACCAAC ACTTGTCTAA ATTCAAAGAC AGTGAGAAGG 
GAAGAATTTT CTGGAAATGA ACTGAATTCT AAACAAAGTG TCAGTGACTG TACCTTAGAT 
AGATTATCAA AATCCAGACT TTCAGATGGC ACTAAGAAGA TTAAATTACA ATCCCAACCT 
ATTTCTTTTA TTGCTCAAGC AGAATATTCA CAAAAAGAAA ATGATCTTAC AGATACTACA 
GCCAAAGGAC ATGAGTCCTT TAGTCCTTCA GCAGTAACTG GCACATTAAA GATTTCAGAA 
ACCGCAAGTG TATTTGCCCA CAATGATGCC AATCCATCAA CTGTTATTTG TGATCAGGCT 
CTTTCCAATT GTGATCCAAA AAAAGGAAAC AGGAAAACAG CTTCCCAGCA ACCACATAAG 
GGGACATCAG AATCCCTGGT ACATCAAGGG ATTGATGTCT TTGGCAGTAA TATGGGGCAT 
CAGGTGAAAC CTTATCTTAA AAAACCAGCT CTTGCTGTTC CACATGCAAA TGATAGTCAG 
AGCTCCTCCT CCTCTGGGTC TGGCCGTCAA CATACTGTAA AAAATCCTTC AAAATACAGC 
ACAACTCCTA AAAAGAAATG TATGCAGATA AAGGATCTGA TATTGCTAGG AAGAATTAAT 
CCGGGAAATA ATATTCTGGA ATTCAAAACA CAGGAGACTA CCCATAAAGC CAGTGTTTTA 
TTGAATGGCA AAATTAAGGT AGAAAATGGT CAGATTTATA AAAACCCAGT CATCTGGCTC 
AAGGATCTTC TAGGAGCTGA TAGTTACGTG ACCTGGAATT ATGCTTGGAG TAAGGTAACA 
TACCGGGGGA AGGAACTTTT AAAGTATATT TCTGAGGAAT TACCCTTGCC TCCAGACCCA 
AACTTGGTAC CTCAGCAACA TCAACCTTGT CTTCCAGATA TTTCAGAAAA TGTTAGTGCT 
AATTTGAGAA CTGTGGAGGC ACCAGTATGC CAACCAGCAT CTTGCTACCT TGATCTGGAC 
CTAGGAATCT ATAGACAGGT CCCTGCAGGC ATCCGTAGGC TGCTGTTGAA GTTTTGTCTG 
AACATCCTTG ATTTAGGATT CTTTTGTACC TGGTTTTGTG GTACCTGA

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

RefSeq	XP_023979903.1
CDS	16..5823
Translation	MEEGAQAPDWDSDETVIEASVTESDEEEEELPWRRLILNQDTSRRSEFSLHPGISRTCKGTPPEIQLGFKLGEDPQEQMNKNQTMPIFSEDTVLQQPQDEMEQNEAPLQIRKSCPVFTVSFPQAELSLNHQSIQGPEAEDPKVLTHPEKELSRDRDSPEISLLSSTTIKEFDTFAVKENSLIEPEKEPSKEVTLTVTSEETKDEESSLETFVSALEKLLTSPEITQEERPIRVMSDFERRELMNPLSNSSSSISIPLTCHKYLLENSKDDALPAESLAALNSLSEAKVEPICHRKEGDISLSAGNECLGVEPNMSQTDEDCTQIAEVNFETLCSIQPFEQDSKLGELQDKHLSVQQSLEDPNSFGLQTLVHQNVTSCDPLNNKGNSNPVENSPDQDTPCVLRRSSRLKVGRDAKPTDDIYKMPEKILPKILGCEDQTNNNSSTENFRMQNPALRIEGKGKTMHSSRLKSGEQIRKNRKLAGKNEKMKMNKVSRCNINRRNMFGENLLYKAALHNDANLVHHYMKKGGNVNQPSYAGWTALHEASVGGFYQTASELLKGGADVNIRGMYQITPLHDAVMNGHYKVAQLLLLNGADPLFRNDSGKCALDEAKDSCMKRLLERYVPKHQKHLTSAQTNSTDPSDLEDAHHHKKPKFSSKNHSGFVCDENSKRQKPEHVKVDKGSKEGLFINKEDVYEHYQKDSQNTKFGKSKHKRSTLNQIYSTGLRKDNLHGVEDPSTNVSKDKGRRNTRRKRTQVDDAIQESNPRETIAVSSSRKINRLVTCQQHTLQTLDDLPEKSCKPFSPSLSGLKNGLSNDVETCSFPKETHTQSLDLSDSQEIKFLELESTDQAEAVSFSGLSLHKKTELPLVTTDQKPHTHQEQQHISPYKSHENSNSGQKDESPNMWENFSPSFIKEDFNHDDDGDPCAPEETVTFKKVISSSGCKNHDNYKENKTNREEMDFQQFLPSQDHFSQENELIKAGSLTIFPQQEAVNFSNSDNIIVSEHVSNYEQCTCGTSFDHSHGSPEHTSLAYTRTLSTHEVSKLTSHVELFERPQNCSPRIPSPLMNQTDTHIVEKVNKEGDTKRNYADKGQKPSSSNRPLSRVVHSQVTETTKVEKRRQEIKTIHSIGFQSPDNINKELTVSQLSQGEEKEISHKPGEELTNNVNGDEKTIRNCEKKEKTDSEIHMPTNIQEHKKVQNFRKRQNFLKATCSQEMKTAGINKRNARGESRLHLAARRGNLSLVKALIESGADVNLKDNTGCTPLHEAASTGCNDIIVELLKASANVNCENVHGILPLHDAVANNHLKAAEILLQHGANPNQKDQKQKTALDEADDKNMKELLKSYGAIETDNRDESNAVVTVKIPAIRGKRHKQCDDCKTVDTSSISHQEQTKENLAMHQTISAILQDLEEKQENLLAFEIRTPEDAEQYIDKMLEIKEVMDNVLAKQKAERDDLAKKYRVSIESFKHGVLREQLANLATRQKSLLLVAKKQKKISQKIQNYKNVTSFSGLSFKKLPLSSEISNEKDSQEFTSLENSVQPQSGSLSPVSLVCGSMQETQLSWEIWHDNQNTNTCLNSKTVRREEFSGNELNSKQSVSDCTLDRLSKSRLSDGTKKIKLQSQPISFIAQAEYSQKENDLTDTTAKGHESFSPSAVTGTLKISETASVFAHNDANPSTVICDQALSNCDPKKGNRKTASQQPHKGTSESLVHQGIDVFGSNMGHQVKPYLKKPALAVPHANDSQSSSSSGSGRQHTVKNPSKYSTTPKKKCMQIKDLILLGRINPGNNILEFKTQETTHKASVLLNGKIKVENGQIYKNPVIWLKDLLGADSYVTWNYAWSKVTYRGKELLKYISEELPLPPDPNLVPQQHQPCLPDISENVSANLRTVEAPVCQPASCYLDLDLGIYRQVPAGIRRLLLKFCLNILDLGFFCTWFCGT

Target ORF information:

RefSeq Version	XM_024124135.1
Organism	Physeter catodon(sperm whale)
Definition	Physeter catodon ankyrin repeat domain 31 (ANKRD31), mRNA.

Target ORF information:

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

XM_024124135.1

ORF Insert Sequence:

ATGGAGGAAG GTGCCCAGGC CCCAGACTGG GACAGTGATG AAACGGTGAT CGAAGCATCG 
GTGACGGAGA GCGACGAGGA AGAAGAGGAG TTGCCCTGGA GAAGGTTGAT CTTAAATCAA 
GACACATCTC GTAGATCTGA GTTCAGTCTC CATCCTGGTA TAAGTAGAAC ATGCAAAGGC 
ACACCTCCAG AGATTCAACT TGGATTCAAA CTCGGAGAGG ATCCACAAGA GCAAATGAAT 
AAAAATCAGA CGATGCCTAT TTTTAGTGAG GATACAGTCT TACAGCAACC TCAAGATGAA 
ATGGAACAAA ATGAAGCTCC GTTACAGATT AGAAAAAGTT GTCCAGTGTT CACGGTGTCA 
TTTCCCCAGG CTGAACTTTC ACTGAACCAC CAGAGTATTC AAGGACCTGA GGCTGAAGAT 
CCTAAAGTGT TAACACACCC AGAAAAGGAA CTAAGTAGAG ACAGAGACTC TCCTGAAATA 
AGCCTTCTCT CAAGTACTAC TATTAAAGAA TTTGATACAT TTGCTGTTAA GGAGAACTCG 
TTAATAGAGC CAGAGAAGGA GCCTAGCAAG GAAGTCACAT TGACCGTGAC TTCTGAAGAA 
ACCAAAGATG AAGAAAGCTC TCTTGAAACT TTTGTGTCTG CCTTAGAAAA GTTACTGACA 
TCACCAGAAA TCACCCAGGA GGAAAGACCG ATTAGAGTAA TGAGTGATTT TGAACGTAGA 
GAGTTGATGA ACCCATTGAG CAATTCTTCG AGTTCCATAT CAATACCTTT GACATGTCAC 
AAATATTTAC TAGAAAACTC AAAGGATGAT GCATTGCCAG CTGAGTCGTT AGCAGCCTTA 
AACTCGTTGT CAGAAGCCAA GGTGGAACCC ATCTGTCACA GAAAAGAGGG AGATATCAGT 
CTCAGTGCTG GAAATGAATG TTTAGGAGTG GAGCCCAATA TGTCTCAGAC TGATGAAGAT 
TGTACACAAA TAGCAGAGGT GAATTTTGAG ACTCTTTGTT CTATTCAACC ATTTGAACAG 
GATTCCAAGT TAGGTGAGCT ACAGGACAAG CATCTTTCAG TGCAGCAAAG TCTAGAAGAC 
CCAAATTCAT TTGGATTGCA AACTTTGGTT CATCAAAATG TCACCTCTTG TGATCCACTA 
AATAATAAGG GAAATTCAAA TCCGGTGGAA AATAGCCCTG ACCAGGACAC TCCATGTGTG 
TTAAGGAGAT CGTCCAGACT GAAAGTAGGC AGAGATGCAA AGCCCACAGA TGACATATAT 
AAGATGCCAG AAAAGATTTT ACCCAAAATA CTTGGCTGTG AGGATCAAAC AAATAATAAC 
TCTTCAACTG AGAATTTCAG AATGCAGAAC CCTGCTTTAA GGATTGAAGG TAAAGGGAAG 
ACTATGCATT CATCCAGACT CAAGAGTGGA GAACAGATCA GGAAAAACAG AAAACTTGCA 
GGGAAAAATG AAAAAATGAA GATGAATAAA GTATCTCGTT GTAACATTAA CCGGAGAAAC 
ATGTTTGGAG AGAACTTACT GTATAAAGCT GCTCTGCACA ATGATGCTAA TCTTGTTCAT 
CATTATATGA AGAAAGGTGG AAATGTTAAT CAACCAAGTT ATGCTGGTTG GACAGCACTT 
CATGAAGCTA GTGTAGGAGG ATTTTATCAG ACAGCAAGTG AACTATTAAA GGGTGGAGCA 
GATGTAAATA TCAGAGGAAT GTACCAGATC ACTCCCCTAC ATGATGCTGT GATGAACGGA 
CATTATAAGG TGGCACAGTT ACTTCTTTTG AATGGAGCAG ATCCTTTATT TAGAAATGAC 
AGTGGAAAGT GTGCTTTGGA TGAAGCCAAA GACTCATGTA TGAAGCGTCT CCTTGAGAGA 
TATGTTCCTA AACATCAAAA ACATCTTACA TCAGCGCAGA CAAATAGCAC TGACCCTTCA 
GACTTAGAGG ATGCACACCA CCACAAGAAA CCAAAATTCA GTTCTAAAAA TCACAGTGGG 
TTTGTTTGTG ATGAAAATTC CAAGAGACAG AAGCCAGAAC ATGTAAAAGT CGATAAAGGA 
AGCAAAGAGG GTTTATTTAT AAATAAAGAA GATGTATATG AACATTACCA AAAAGATTCC 
CAAAACACGA AATTTGGTAA ATCCAAGCAT AAACGATCAA CTCTTAACCA AATATACTCA 
ACAGGACTCA GAAAGGACAA TCTCCATGGT GTTGAGGATC CCAGCACAAA TGTGTCTAAA 
GATAAAGGAA GAAGAAATAC ACGACGTAAA AGGACTCAAG TGGATGATGC AATCCAAGAA 
AGCAATCCAA GAGAGACAAT AGCTGTGTCT TCTTCCAGAA AAATAAACAG ATTGGTTACT 
TGTCAACAAC ATACTCTCCA AACCCTTGAT GACCTTCCAG AAAAGTCATG TAAACCTTTT 
AGCCCATCTC TGTCAGGACT GAAAAATGGT TTAAGTAACG ATGTTGAGAC TTGTTCATTT 
CCCAAAGAGA CACATACCCA AAGCCTGGAT TTATCAGATA GTCAAGAAAT AAAATTTTTG 
GAATTAGAAT CCACTGACCA AGCTGAAGCC GTTTCTTTCT CAGGACTTTC TTTACATAAA 
AAAACCGAGT TACCACTTGT TACTACAGAT CAGAAGCCTC ATACTCACCA AGAACAGCAG 
CACATTAGCC CTTATAAATC TCATGAAAAC AGTAACTCAG GTCAAAAAGA TGAGAGCCCT 
AATATGTGGG AAAACTTTTC CCCATCCTTT ATAAAGGAAG ATTTTAATCA TGATGATGAT 
GGTGATCCCT GTGCTCCTGA GGAGACTGTA ACATTTAAAA AGGTGATAAG TTCTTCAGGT 
TGCAAAAACC ACGATAATTA TAAAGAGAAT AAAACAAATA GAGAAGAAAT GGATTTTCAA 
CAATTTTTAC CTTCTCAAGA CCATTTTTCA CAGGAAAATG AGTTAATAAA AGCAGGCAGC 
CTAACCATAT TTCCACAACA GGAAGCTGTT AATTTTTCTA ATTCAGATAA TATAATAGTT 
TCTGAACATG TTTCAAATTA TGAACAATGT ACATGTGGAA CTTCTTTTGA TCACTCACAT 
GGCAGTCCTG AACATACTTC CCTGGCTTAT ACAAGAACAC TCTCAACACA TGAAGTTTCA 
AAGTTGACTA GTCATGTGGA ACTATTCGAG AGGCCTCAGA ATTGTAGCCC CAGAATACCA 
TCTCCTTTAA TGAATCAAAC GGATACACAT ATTGTGGAAA AGGTGAATAA GGAAGGAGAC 
ACTAAAAGGA ATTACGCTGA CAAAGGCCAA AAACCAAGTT CTTCAAATAG GCCTTTATCC 
AGAGTTGTTC ATTCTCAAGT AACAGAAACA ACTAAAGTTG AAAAAAGAAG ACAAGAGATC 
AAAACTATAC ATAGTATAGG CTTTCAGTCC CCTGACAATA TCAATAAAGA ATTGACTGTC 
TCACAACTTA GTCAAGGAGA AGAGAAGGAA ATTTCTCACA AACCAGGTGA GGAATTAACT 
AATAATGTCA ATGGAGATGA AAAGACTATA AGAAATTGTG AGAAGAAAGA AAAAACAGAT 
TCAGAAATTC ACATGCCTAC TAACATACAG GAACACAAAA AAGTTCAGAA TTTCAGAAAA 
AGGCAAAATT TCTTGAAAGC TACCTGCAGC CAAGAAATGA AAACAGCTGG GATCAATAAG 
AGGAATGCCA GAGGAGAAAG CCGGCTTCAT TTGGCTGCCA GAAGAGGAAA CTTGTCTCTG 
GTGAAAGCTC TAATAGAATC TGGAGCAGAT GTGAATCTAA AAGATAACAC AGGTTGTACA 
CCACTTCATG AGGCAGCTAG TACGGGATGT AATGATATAA TTGTAGAGTT GTTAAAAGCT 
AGTGCTAATG TTAATTGTGA AAATGTACAT GGAATTCTGC CCTTACATGA TGCTGTTGCA 
AACAACCATT TAAAGGCAGC TGAGATTCTA CTACAACATG GAGCAAACCC TAATCAAAAG 
GATCAAAAGC AGAAGACTGC TTTGGATGAA GCAGATGATA AAAACATGAA AGAGCTGCTA 
AAATCTTATG GTGCTATTGA GACTGACAAT AGAGATGAGA GTAATGCTGT AGTCACTGTA 
AAAATTCCTG CTATCCGGGG AAAAAGACAT AAACAGTGTG ATGACTGCAA AACTGTTGAT 
ACAAGTTCTA TTTCACACCA AGAACAAACA AAAGAAAACC TTGCCATGCA TCAGACCATC 
AGTGCCATTC TACAAGATTT AGAAGAAAAA CAAGAAAATT TATTAGCGTT TGAAATAAGA 
ACCCCTGAAG ATGCAGAACA ATACATTGAT AAAATGTTAG AGATAAAGGA GGTTATGGAC 
AACGTGCTTG CCAAACAGAA GGCAGAAAGG GATGATTTAG CTAAAAAATA CAGGGTGTCC 
ATAGAGTCAT TTAAGCATGG AGTCCTGAGA GAACAACTAG CTAACTTGGC CACAAGGCAG 
AAGAGCCTTT TACTTGTAGC AAAAAAACAG AAAAAAATAA GCCAGAAAAT TCAGAACTAT 
AAGAATGTTA CATCTTTCTC TGGTCTTAGT TTCAAGAAGC TGCCATTGAG CTCAGAAATC 
TCTAATGAAA AGGACAGCCA AGAGTTTACT AGTCTGGAAA ATTCAGTACA GCCCCAGTCA 
GGTTCACTTT CTCCTGTCAG CCTTGTTTGT GGAAGCATGC AGGAAACACA GTTGTCTTGG 
GAAATCTGGC ATGACAACCA AAATACCAAC ACTTGTCTAA ATTCAAAGAC AGTGAGAAGG 
GAAGAATTTT CTGGAAATGA ACTGAATTCT AAACAAAGTG TCAGTGACTG TACCTTAGAT 
AGATTATCAA AATCCAGACT TTCAGATGGC ACTAAGAAGA TTAAATTACA ATCCCAACCT 
ATTTCTTTTA TTGCTCAAGC AGAATATTCA CAAAAAGAAA ATGATCTTAC AGATACTACA 
GCCAAAGGAC ATGAGTCCTT TAGTCCTTCA GCAGTAACTG GCACATTAAA GATTTCAGAA 
ACCGCAAGTG TATTTGCCCA CAATGATGCC AATCCATCAA CTGTTATTTG TGATCAGGCT 
CTTTCCAATT GTGATCCAAA AAAAGGAAAC AGGAAAACAG CTTCCCAGCA ACCACATAAG 
GGGACATCAG AATCCCTGGT ACATCAAGGG ATTGATGTCT TTGGCAGTAA TATGGGGCAT 
CAGGTGAAAC CTTATCTTAA AAAACCAGCT CTTGCTGTTC CACATGCAAA TGATAGTCAG 
AGCTCCTCCT CCTCTGGGTC TGGCCGTCAA CATACTGTAA AAAATCCTTC AAAATACAGC 
ACAACTCCTA AAAAGAAATG TATGCAGATA AAGGATCTGA TATTGCTAGG AAGAATTAAT 
CCGGGAAATA ATATTCTGGA ATTCAAAACA CAGGAGACTA CCCATAAAGC CAGTGTTTTA 
TTGAATGGCA AAATTAAGGT AGAAAATGGT CAGATTTATA AAAACCCAGT CATCTGGCTC 
AAGGATCTTC TAGGAGCTGA TAGTTACGTG ACCTGGAATT ATGCTTGGAG TAAGGTAACA 
TACCGGGGGA AGGAACTTTT AAAGTATATT TCTGAGGAAT TACCCTTGCC TCCAGACCCA 
AACTTGGTAC CTCAGCAACA TCAACCTTGT CTTCCAGATA TTTCAGAAAA TGTTAGTGCT 
AATTTGAGAA CTGTGGAGGC ACCAGTATGC CAACCAGCAT CTTGCTACCT TGATCTGGAC 
CTAGGAATCT ATAGACAGGT CCCTGCAGGC ATCCGTAGGC TGCTGTTGAA GTTTTGTCTG 
AACATCCTTG ATTTAGGATT CTTTTGTACC TGGTTTTGTG GTACCTGA

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

ANKRD31 cDNA ORF clone, Physeter catodon(sperm whale)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

SUPPORT

COMPANY

SUPPORT

COMPANY