EDRF1 cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey)

Gene
Clones
gRNAs

Summary

Gene Symbol	EDRF1
Entrez Gene ID	108519557
Full Name	erythroid differentiation regulatory factor 1
Gene Type	protein-coding
Organism	Rhinopithecus bieti(black snub-nosed monkey)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017858637.1	XP_017714126.1	LOW QUALITY PROTEIN: erythroid differentiation-related factor 1

Pathways from BioSystems
Gene Ontology

The following EDRF1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EDRF1 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
ORh46621	XM_017858637.1 Latest version!	Rhinopithecus bieti erythroid differentiation regulatory factor 1 (EDRF1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

EDRF1 ( XM_017858637.1 ) cDNA ORF clone, Rhinopithecus bieti(black snub-nosed monkey) -> XP_017714126.1 Rhinopithecus bieti erythroid differentiation regulatory factor 1 (EDRF1), mRNA.

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CloneID	ORh46621
Clone ID Related Accession (Same CDS sequence)	XM_017858637.1
Accession Version	XM_017858637.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3717bp) 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	2016-08-23
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Product	LOW QUALITY PROTEIN: erythroid differentiation-related factor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016819184.1) 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 Version :: Rhinopithecus bieti Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGGGGGATC CCAAGGAGGC CGGAGCCGAG GGTCCGCCGG CCGGAGCCGC CGCTCGAGGA 
GGGCTCAGCC TCCTGTCCCA GGGAGAATCC GAGGAACCTT CTGCACAGGG ATCAGCTTTA 
TTTCTTGGAG GCAATGAAGT GAAGAGCCGA GCTGTGGTGA AATACTCTTC TGCCCCTCTT 
CGAACAGCAT TTGCACGCCT TGAAGAGAAA ACAGACTTGA AACTCCCACC TGCCAACTGG 
TTACGAGAGA GTGCCAAACT AGGGCCGGCA GGAACTACCA TTCTTGGCAA CAGCAAGAAA 
AGCAAGCCAT TTTCAAGCTT TGGCATGGCA TATGACTTTA TTGATTCAGT GGGAAATGAT 
GTGGATGTTG TCTCTGACTC TGAAAACATA AAAAAACTCC TGAAAATTCC CTACAGCAAG 
TCGCACGTGA GCATGGCAGT ACACCGCATA GGAAGGACTC TCTTACTAGA TGAGCTAGAT 
ATTCAAGAAC TCTTTATGAG ATCATCTCAG ACTGGTGACT GGACATGGTT GAAAGAGTTT 
TATCAAAGAC TAATTGATCA GAAGTGGCAG AGGAAGAAAA AGAGCAAGGA GCACTGGTAT 
CAAAAGGCAA TTCTTTCCAA GTTCTTATAT TACAGTATCA ATGGTGATGG AGCCGCTCAG 
CCTGTCTCAT CTACCGCAGA ACAGCAGGAA TCGTCCAGTT CAGATCAGAC AAATGATTCG 
GAAGGGGCTT CATGGCCCGC TCCCTTCGAA ATGCCTTCTT CAGTTTCTGA AGATCCCAGT 
GCTTCCAGTC AGGGAAGTGA GCCTCTTGAA CCCTCATACA TAGTGGGGCA TGTGGCCTCA 
GCACCCAAAG AACAAAACCT GACTACTTTA TTCAATGACG GGGAGCACAG TCAGGGTCTT 
AAAAATGATT TCGTTCGGAA TATTCTTTGG ACGTTTGAAG ATATCCATAT GTTGGTTGGC 
TCCAACATGC CCATATTTGG AGGAGGCAGA TACCCAGCAG TCAGCTTACG TCTCAGGGAT 
AACAACAAAC CAATTAATGT GCTAACTGGA ATTGACTATT GGTTGGACAA CTTGATATGC 
AATGTACCAG AACTTGTGAT GTGTTTTCAT GTAAACGGAA TTGTACAGAA ATATGAAATG 
ATAAAGACAG AAGAAATTCC CAATTTGGAA AACTCTAATT TTNCTACTAA AGTCATAAAA 
GACATTGCAC AGAATATTTT ATCATTTTTG AAATCTAATT GTACCAAAGA AGGACATACC 
TATTGGCTCT TTAAAGCAAG TGGCAGTGAT ATAGTGAAGC TCTATGACCT CACTACTCTT 
TGTGAAGAAA CTGAAGACAA ATACCAAAAT CCATTCACAA TGCCAGTGGC CATTCTCTTG 
TACAAGGTTG CTTGCAACAT GATGATGAAG AAGAATCAAA ATAAGAAACA CTATGGAACT 
ATTAGAACGT TGCTTCTTAA TTGTCTTAAA TTACTGGACA AAAGCAGGCA TCCTCAAATT 
ATTGCTTCCG CCAATTACAT GCTTTCAGAA NCTTTTCAAT TGGATGAACC TNAAAAGGAA 
GAAAATTCAG AATCTCCTTT AAACGAGAAT TCTGATGAAA GTTATAGTGA AGAGGAGGAA 
GAGATGCCCG ACAGTGATGA AAATGGATCC TATAGCACCA GCTCTGATCC ATCGGATGAT 
AGCAAAGCAG TAGCTATAAT CAAGTCTGTT GGAGAACTGT CGGTACCAGA AAAATACAAA 
TCTATTCATC AAATTAGACC CAGTTGTGCA TTTCCAGTTT GCCATGACAC AGAAGAGCGC 
TGTAGACTTG TGCTGAGCTA TGTTCTAGAG GGTTTAAAAT CTGTCGATAG CAGCATCAAA 
AAAGAAAGCG ACCTCCCAGC AGCTGACCCC AGCACTCCAA TCCCGTTAAA ATATGAAGAC 
GAATCCACAA GAGGGGGTCC CGAGGGGCTA GAGAAGCAGA TGGCCTTGTT TTTGGACAAA 
ATGGGCTCCC TTCAGAAGGG CAATTATTCC AGTCTATCTG GAATGATCCC TGGCTCTTGG 
CAACATAAAA TGAAACTTCA GCTGATTCTC AAGTCATCGA AGGCCTATTA TGTTTTGTCT 
GATGCTGCCA TGAGTCTTCA GAAATATGGA AGAGCATTAC GCTACATTAA ATTAGCTTTG 
CAAAGCCATG ATACTTACTG CTGCCTCTGC ACCAATATGC TTTCCGAAGT GCTGCTGTTT 
CTCTCTCAAT ATTTGACACT TTGTGGTGAT ATCCAACTAA TGCTGGCCCA GAATGCAAAT 
AATAGAGCAG CACACCTTGA AGAGTTTCAT TACCAAACAA AAGAAGACCA GGAGATCCTG 
CATAGCCTTC ACAGAGAGTC CAGTTGCCAA GGATTTGCAT GGGCAACTGA TTTGTCTACA 
GACTTAGAAA GTCAACTTTC TGTTAGTTGT AAATGTTATG AGGCTGCTAA TGAAATCTTG 
CAATTTAGTG ACTTGAAAAG CCAAAATCCA GAACACTATG TACAAGTATT GAAGAGAATG 
GGTAACATTA GAAATGAAAT TGGAGTGTTT TACATGAATC AGGCTGCTGC ATTACAGAGT 
GAGAGAGTAG TGAGCAAATC TGTGTCTGCT GCCGAGCAAC AGTTGTGGAA AAAAAGCTTT 
TCTTGTTTTG AAAAGGGAAT TCACAACTTT GAGTCAATTG AGGATGCCAC AAATGCCGCC 
CTTTTATTAT GTAACACGGG AAGACTCATG CGAATTTGTG CACAGGCGCA CTGTGGTGCA 
GGTGATGAAT TTAAACGTGA ATTTTCACCA GAAGAAGGCT TATATTATAA TAAGGCTATT 
GATTACTATT TGAAAGCGCT GAGGTCATTG GGAACACGAG ACATACACCC AGCTGTTTGG 
GATTCAGTGA ACTGGGAATT GTCCACTACT TACTTTACTA TGGCAACTCT ACAGCAAGAT 
TATGCTCCAT TATCTAGAAA AGCTCAGGAG CAGATTGAAA AAGAAGTCAG TGAGGCCATG 
ATGAAGTCCC TGAAATACTG CGATGTGGAT TCCATGTCTG CTCGGCAGCC CCTTTGTCAG 
TATCGAGCTG CAACCATCCA TCACAGGCTG GCCTCCATGT ACCACAGCTG TCTGAGGAAT 
CAGGTTGGTG ACGAACACCT CAGGAAACAA CACCGGGTGC TGGCCGATCT TCATTACAGC 
AAGGCCGCAA AGCTATTTCA GCTGCTCAAA GATGCTCCCT GCGAACTGCT GAGAGTACAG 
CTAGAGAGAG TAGCATTTGC TGAATTTCAG ATGACCAGTC AGAATAGCAA TGTTGGAAAG 
TTGAAAACAC TATCTGGGGC TCTTGATATA ATGGTGAGAA CCGAGCACGC ATTCCAGCTT 
ATCCAGAAGG AGCTTGTAGA AGAATTTGGC CAGCCTAAGA GTGGTGACGC TGCTCCAGCT 
GCTGATGCTT CTCCTAGTCT CAATCGAGAA GAAGTGATGA AACTCCTCAG TATATTTGAG 
TCTCGGTTGT CATTTCTTCT CCTTCAGTCC ATTAAACTGC TATCTTCAAC TAAAAAGAAA 
ACAAGCAATA ACATCGAAGA TGATGCAGTT CTCAAAACCA ACAAGCACAT TTACTCCCAG 
CTTTTGAGAG CAACTGCAAA TAAAACTGCG ACTCTTCTGG AAAGAATCAA CGTTATCGTC 
CACCTGCTGG GCCAGCTTGC GGCCGGCAGT GCAGCGAGCA GCAGCGCCGT TCAGTGA

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

RefSeq	XP_017714126.1
CDS	300..4016
Translation	MGDPKEAGAEGPPAGAAARGGLSLLSQGESEEPSAQGSALFLGGNEVKSRAVVKYSSAPLRTAFARLEEKTDLKLPPANWLRESAKLGPAGTTILGNSKKSKPFSSFGMAYDFIDSVGNDVDVVSDSENIKKLLKIPYSKSHVSMAVHRIGRTLLLDELDIQELFMRSSQTGDWTWLKEFYQRLIDQKWQRKKKSKEHWYQKAILSKFLYYSINGDGAAQPVSSTAEQQESSSSDQTNDSEGASWPAPFEMPSSVSEDPSASSQGSEPLEPSYIVGHVASAPKEQNLTTLFNDGEHSQGLKNDFVRNILWTFEDIHMLVGSNMPIFGGGRYPAVSLRLRDNNKPINVLTGIDYWLDNLICNVPELVMCFHVNGIVQKYEMIKTEEIPNLENSNFnullTKVIKDIAQNILSFLKSNCTKEGHTYWLFKASGSDIVKLYDLTTLCEETEDKYQNPFTMPVAILLYKVACNMMMKKNQNKKHYGTIRTLLLNCLKLLDKSRHPQIIASANYMLSEnullFQLDEPnullKEENSESPLNENSDESYSEEEEEMPDSDENGSYSTSSDPSDDSKAVAIIKSVGELSVPEKYKSIHQIRPSCAFPVCHDTEERCRLVLSYVLEGLKSVDSSIKKESDLPAADPSTPIPLKYEDESTRGGPEGLEKQMALFLDKMGSLQKGNYSSLSGMIPGSWQHKMKLQLILKSSKAYYVLSDAAMSLQKYGRALRYIKLALQSHDTYCCLCTNMLSEVLLFLSQYLTLCGDIQLMLAQNANNRAAHLEEFHYQTKEDQEILHSLHRESSCQGFAWATDLSTDLESQLSVSCKCYEAANEILQFSDLKSQNPEHYVQVLKRMGNIRNEIGVFYMNQAAALQSERVVSKSVSAAEQQLWKKSFSCFEKGIHNFESIEDATNAALLLCNTGRLMRICAQAHCGAGDEFKREFSPEEGLYYNKAIDYYLKALRSLGTRDIHPAVWDSVNWELSTTYFTMATLQQDYAPLSRKAQEQIEKEVSEAMMKSLKYCDVDSMSARQPLCQYRAATIHHRLASMYHSCLRNQVGDEHLRKQHRVLADLHYSKAAKLFQLLKDAPCELLRVQLERVAFAEFQMTSQNSNVGKLKTLSGALDIMVRTEHAFQLIQKELVEEFGQPKSGDAAPAADASPSLNREEVMKLLSIFESRLSFLLLQSIKLLSSTKKKTSNNIEDDAVLKTNKHIYSQLLRATANKTATLLERINVIVHLLGQLAAGSAASSSAVQ

Target ORF information:

RefSeq Version	XM_017858637.1
Organism	Rhinopithecus bieti(black snub-nosed monkey)
Definition	Rhinopithecus bieti erythroid differentiation regulatory factor 1 (EDRF1), mRNA.

Target ORF information:

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

XM_017858637.1

ORF Insert Sequence:

ATGGGGGATC CCAAGGAGGC CGGAGCCGAG GGTCCGCCGG CCGGAGCCGC CGCTCGAGGA 
GGGCTCAGCC TCCTGTCCCA GGGAGAATCC GAGGAACCTT CTGCACAGGG ATCAGCTTTA 
TTTCTTGGAG GCAATGAAGT GAAGAGCCGA GCTGTGGTGA AATACTCTTC TGCCCCTCTT 
CGAACAGCAT TTGCACGCCT TGAAGAGAAA ACAGACTTGA AACTCCCACC TGCCAACTGG 
TTACGAGAGA GTGCCAAACT AGGGCCGGCA GGAACTACCA TTCTTGGCAA CAGCAAGAAA 
AGCAAGCCAT TTTCAAGCTT TGGCATGGCA TATGACTTTA TTGATTCAGT GGGAAATGAT 
GTGGATGTTG TCTCTGACTC TGAAAACATA AAAAAACTCC TGAAAATTCC CTACAGCAAG 
TCGCACGTGA GCATGGCAGT ACACCGCATA GGAAGGACTC TCTTACTAGA TGAGCTAGAT 
ATTCAAGAAC TCTTTATGAG ATCATCTCAG ACTGGTGACT GGACATGGTT GAAAGAGTTT 
TATCAAAGAC TAATTGATCA GAAGTGGCAG AGGAAGAAAA AGAGCAAGGA GCACTGGTAT 
CAAAAGGCAA TTCTTTCCAA GTTCTTATAT TACAGTATCA ATGGTGATGG AGCCGCTCAG 
CCTGTCTCAT CTACCGCAGA ACAGCAGGAA TCGTCCAGTT CAGATCAGAC AAATGATTCG 
GAAGGGGCTT CATGGCCCGC TCCCTTCGAA ATGCCTTCTT CAGTTTCTGA AGATCCCAGT 
GCTTCCAGTC AGGGAAGTGA GCCTCTTGAA CCCTCATACA TAGTGGGGCA TGTGGCCTCA 
GCACCCAAAG AACAAAACCT GACTACTTTA TTCAATGACG GGGAGCACAG TCAGGGTCTT 
AAAAATGATT TCGTTCGGAA TATTCTTTGG ACGTTTGAAG ATATCCATAT GTTGGTTGGC 
TCCAACATGC CCATATTTGG AGGAGGCAGA TACCCAGCAG TCAGCTTACG TCTCAGGGAT 
AACAACAAAC CAATTAATGT GCTAACTGGA ATTGACTATT GGTTGGACAA CTTGATATGC 
AATGTACCAG AACTTGTGAT GTGTTTTCAT GTAAACGGAA TTGTACAGAA ATATGAAATG 
ATAAAGACAG AAGAAATTCC CAATTTGGAA AACTCTAATT TTNCTACTAA AGTCATAAAA 
GACATTGCAC AGAATATTTT ATCATTTTTG AAATCTAATT GTACCAAAGA AGGACATACC 
TATTGGCTCT TTAAAGCAAG TGGCAGTGAT ATAGTGAAGC TCTATGACCT CACTACTCTT 
TGTGAAGAAA CTGAAGACAA ATACCAAAAT CCATTCACAA TGCCAGTGGC CATTCTCTTG 
TACAAGGTTG CTTGCAACAT GATGATGAAG AAGAATCAAA ATAAGAAACA CTATGGAACT 
ATTAGAACGT TGCTTCTTAA TTGTCTTAAA TTACTGGACA AAAGCAGGCA TCCTCAAATT 
ATTGCTTCCG CCAATTACAT GCTTTCAGAA NCTTTTCAAT TGGATGAACC TNAAAAGGAA 
GAAAATTCAG AATCTCCTTT AAACGAGAAT TCTGATGAAA GTTATAGTGA AGAGGAGGAA 
GAGATGCCCG ACAGTGATGA AAATGGATCC TATAGCACCA GCTCTGATCC ATCGGATGAT 
AGCAAAGCAG TAGCTATAAT CAAGTCTGTT GGAGAACTGT CGGTACCAGA AAAATACAAA 
TCTATTCATC AAATTAGACC CAGTTGTGCA TTTCCAGTTT GCCATGACAC AGAAGAGCGC 
TGTAGACTTG TGCTGAGCTA TGTTCTAGAG GGTTTAAAAT CTGTCGATAG CAGCATCAAA 
AAAGAAAGCG ACCTCCCAGC AGCTGACCCC AGCACTCCAA TCCCGTTAAA ATATGAAGAC 
GAATCCACAA GAGGGGGTCC CGAGGGGCTA GAGAAGCAGA TGGCCTTGTT TTTGGACAAA 
ATGGGCTCCC TTCAGAAGGG CAATTATTCC AGTCTATCTG GAATGATCCC TGGCTCTTGG 
CAACATAAAA TGAAACTTCA GCTGATTCTC AAGTCATCGA AGGCCTATTA TGTTTTGTCT 
GATGCTGCCA TGAGTCTTCA GAAATATGGA AGAGCATTAC GCTACATTAA ATTAGCTTTG 
CAAAGCCATG ATACTTACTG CTGCCTCTGC ACCAATATGC TTTCCGAAGT GCTGCTGTTT 
CTCTCTCAAT ATTTGACACT TTGTGGTGAT ATCCAACTAA TGCTGGCCCA GAATGCAAAT 
AATAGAGCAG CACACCTTGA AGAGTTTCAT TACCAAACAA AAGAAGACCA GGAGATCCTG 
CATAGCCTTC ACAGAGAGTC CAGTTGCCAA GGATTTGCAT GGGCAACTGA TTTGTCTACA 
GACTTAGAAA GTCAACTTTC TGTTAGTTGT AAATGTTATG AGGCTGCTAA TGAAATCTTG 
CAATTTAGTG ACTTGAAAAG CCAAAATCCA GAACACTATG TACAAGTATT GAAGAGAATG 
GGTAACATTA GAAATGAAAT TGGAGTGTTT TACATGAATC AGGCTGCTGC ATTACAGAGT 
GAGAGAGTAG TGAGCAAATC TGTGTCTGCT GCCGAGCAAC AGTTGTGGAA AAAAAGCTTT 
TCTTGTTTTG AAAAGGGAAT TCACAACTTT GAGTCAATTG AGGATGCCAC AAATGCCGCC 
CTTTTATTAT GTAACACGGG AAGACTCATG CGAATTTGTG CACAGGCGCA CTGTGGTGCA 
GGTGATGAAT TTAAACGTGA ATTTTCACCA GAAGAAGGCT TATATTATAA TAAGGCTATT 
GATTACTATT TGAAAGCGCT GAGGTCATTG GGAACACGAG ACATACACCC AGCTGTTTGG 
GATTCAGTGA ACTGGGAATT GTCCACTACT TACTTTACTA TGGCAACTCT ACAGCAAGAT 
TATGCTCCAT TATCTAGAAA AGCTCAGGAG CAGATTGAAA AAGAAGTCAG TGAGGCCATG 
ATGAAGTCCC TGAAATACTG CGATGTGGAT TCCATGTCTG CTCGGCAGCC CCTTTGTCAG 
TATCGAGCTG CAACCATCCA TCACAGGCTG GCCTCCATGT ACCACAGCTG TCTGAGGAAT 
CAGGTTGGTG ACGAACACCT CAGGAAACAA CACCGGGTGC TGGCCGATCT TCATTACAGC 
AAGGCCGCAA AGCTATTTCA GCTGCTCAAA GATGCTCCCT GCGAACTGCT GAGAGTACAG 
CTAGAGAGAG TAGCATTTGC TGAATTTCAG ATGACCAGTC AGAATAGCAA TGTTGGAAAG 
TTGAAAACAC TATCTGGGGC TCTTGATATA ATGGTGAGAA CCGAGCACGC ATTCCAGCTT 
ATCCAGAAGG AGCTTGTAGA AGAATTTGGC CAGCCTAAGA GTGGTGACGC TGCTCCAGCT 
GCTGATGCTT CTCCTAGTCT CAATCGAGAA GAAGTGATGA AACTCCTCAG TATATTTGAG 
TCTCGGTTGT CATTTCTTCT CCTTCAGTCC ATTAAACTGC TATCTTCAAC TAAAAAGAAA 
ACAAGCAATA ACATCGAAGA TGATGCAGTT CTCAAAACCA ACAAGCACAT TTACTCCCAG 
CTTTTGAGAG CAACTGCAAA TAAAACTGCG ACTCTTCTGG AAAGAATCAA CGTTATCGTC 
CACCTGCTGG GCCAGCTTGC GGCCGGCAGT GCAGCGAGCA GCAGCGCCGT TCAGTGA