EDRF1 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	EDRF1
Entrez Gene ID	106486366
Full Name	erythroid differentiation regulatory factor 1
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013944942.1	XP_013800396.1	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
OAp15834	XM_013944942.1 Latest version!	Apteryx australis mantelli 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_013944942.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013800396.1 Apteryx australis mantelli erythroid differentiation regulatory factor 1 (EDRF1), mRNA.

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CloneID	OAp15834
Clone ID Related Accession (Same CDS sequence)	XM_013944942.1
Accession Version	XM_013944942.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3708bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	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_013993227.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGTCACTGT ATTCGGAGGG AAATGTGCAG TGGCACGGCT TGCTCATTAA GGAAGGAGTG 
CGATCGGTTT TAACGCGGGG TTTTGGGTCG CTGTTGTTTC TTGGAGGCAA TGAAGTAAAA 
AGCAGTGCTG TGGTGAAATA CTCGTCTGCC CCGCCGCAAG CGGCGTTTGC CCGTCTTCAG 
GAGAAGACTG ATTTGAAACT TCCACCTGCA AACTGGTTAC GTGAAAGCGC TAAGCTAGGA 
TCAGCAGGTA CGACTATTCT TGGCAACAAC AAGAAAAGTA AACCCTTTTC AAGCTTTGGA 
ATGGCATATG ACTTCATTGA CTCAATTGGA AATGATGTGG ATGTCGTGTC TGATTCAGAG 
AATATTAAAA AACTTCTGAA GATACCTTAT AGCAAGTCAC ATGTGAGCAT GGCAGTACAT 
CGAATTGGGC GGACCCTCTT GCTGGATGAG CTAGATATTC AAGAACTCTT CATGAGATCA 
TCTCAGACAG GAGACTGGAC ATGGCTGAAA GAGTTTTATC AAAGGCTGAT TGATCAGAAG 
TGGCAACGAA AAAAGAAGAG TAAAGAGCAC TGGTACCAGA AGGCTATTCT TTCCAAATTT 
TTGTATTACA GTATTAATGG TGATGGAGCT GCTCAGCCTG TTCCTTCCAC TTCGAAACAG 
CACCAGGAGG GTCCTGTTTC AGGTGAGAGT GATGAAGCAG GAAGGGCCTC CTGGCCAGCT 
CCTTTTGAAA TGCCTTCTTC AATATCTGAA GATCCAGGTG CCTCTAACCA GGGAAGTGTG 
CCTCTTGAAC CCTCATGTAT AGTGGGGCAT GTGGCCTCAG CCCCCAAAGA ACAAAACCTG 
ACTACTTTGT TCAATGACGG GGAAAACAGT CAGGGACTTA AAAATGACTT TGTTCGTAAC 
ATCTTGTGGA CCTTTGAAGA TATCCACATG TTAGTAGGAT CAAATATGCC TATATTTGGA 
GGTGGGAGAT ACCCTGCTGT GAGCTTGCGT CTCAGGGATA ACAACAAGCC AATAAACGTG 
TTAACAGGAA TTGACTATTG GCTGGATAAC TTAATATGCA ATGTCCCGGA GCTTGTGATG 
TGCTTTCATG TTAATGGAAT TGTTCAGAAA TATGAAATGA TCAAGACTGA AGATATTCCC 
AATTTGGAAA ACTCAAATTT CTCTACCAAA GTGATAAAGG ATATTGCTCA AAATATCTTA 
TCTTTTCTGA AATCAAATTG TACCAAAGAA GGACATACTT ATTGGTTATT TAAGGCAAGT 
GGAAGTGATA TAGTAAAGCT ATATGACCTA ACCACTCTTT GTGAAGAAAC AGAAGACAAA 
TACCAAAACC CTTTTACAAT GCCTGTGGCA ATTCTTCTGT ACAAAGTTGC TTGCAATATG 
ATGCTGAAGA AAAACCAGAA TAAGAAACAC TATGGCACTA TCAGAACTTT GCTCCTTAAT 
TGTCTGAAGT TGCTGGACAA TGGCAGACAT CCTCAAATTA TTGCATCAGC AAACTACATG 
TTATCAGAGC TTTTTCAGTT GGATGAACCT AAAAAAGAAG ATGGTACGGA CTTCCCTATG 
AATGGTAATT CTGATGAAAG CTATAGCGAA GAAGAGGAAG AAATGCCAGA TAGTGATGAA 
AATGGTTCTT ACAGTAACAG TTCTGATCCA CCAGATGACA ATAAAGCAGT GGCTATAATC 
AAATCAGTAG GAGAGTTATC AGTACCAGAA AAATACAAGT CTGTTCATCG AATACGACCT 
AGTTGTGCAT TTCCTGTCTG CCATGGCGCT GAAGAACGCT GTAGGCTAGT GCTCAGTTAT 
GTCCTGGAGG GCTTGAAATC TGTTGACAGC AGCATTAAAA AAGAAGGTGA CCTTCCTGCA 
GCTGACCCCA GCACCCCAAT CCCATTGAAA TATGAAGATG AATCCACCAG TGGTGGTCCT 
GAGTGTCTGG AAAAACAGAT GGCCTTATTT TTAGACAAAA TGGGCTCATT TCCGAAGGGT 
AAACATTCCA GTCTGTCAGG AATGATTCCT GGATCGTGGC AATATAAAAT GAAACTTCAG 
CTCATTCTGA AGTCGTCAAA GGCTTATTAC GTTCTGTCCG ATGCTGCGAT GAGCCTGCAG 
AAATATGGGA GAGCGTTACG GTACATCAAA CTAGCTTTAC AGTGCCATGA TACCTACTGT 
TGCCTGTGTG CCAGCATGCT TCCTGAAGTA TTAGTATTTC TTTGTCAGTG TTTAACCCTC 
TGTGGAGATA CCCAGTTAAT GCTTGCCCAA AATGCAAATA ATAGAGCAGC ATATCTTGAA 
GAATATAACT ACCAGACGAA AGAAGATCAG GAAATACTAC ACAGTCTTCA CAGAGAATCC 
AGCTGCCAAG TGTTTGCATG GGCTACTGAC TTGTCTACAG ACTTGGAGTG TCAACTTTCA 
GTCAGCTGTA AATGTTATGA GGCAGCCAAT GAAATTTTAC TTTTTAGTAA TTTAAAAAAT 
CAGAATCCAG AGCAGCACAT GCAAGTACTG AAGAGGATGG GCAACATCAG GAATGAAATT 
GGAGTGTTCT ACATGAACCA GGCTGCTGCA GTGCAGACTG AGAGAGTGGT GAGTAAAAAT 
GTATCAACAA CAGAACAGCA ACTCTGGAAG AAAAGCTTCT CTTGTTTTGA AAAAGGGATT 
CAGAATTTTG AGTCAATTGA CGACGCAACC AATGCTGCTC TGCTGCTGTG TAACACGGGA 
AGACTGATGC GAATTTGTGC TCAAGCCCAC TGTGCGACTG AAGGGGACTT CAAAAGAGAG 
TTTTCCCCAG AAGAGGCCCT TTATTATAAT AAGGCTATTG ACTACTATCT GAAGGCATTA 
AGATCTCTGG GTAAGAGAGA GATGCATCCA GCTGTTTGGG ATTCTGTAAA CTGGGAGCTT 
TCTACGACAT ATTTCACTAT GGCAACTCTA CAGCAGGATT ATGCTCCATT ATCTAGAAAG 
GCTCAGGAAC AGATAGAAAA GGAAGTTAGT GAAGCCATGA TGAAGTCTTT GAAATATTGC 
GATGTTGATA CAGTGTCTCC ACGACAGCCT CTCTGCCAAT ATCGGGCTGC GACCATCCAC 
CACAGGCTTG CTTCGATGTA TCATAGCTGC CTGAGAAACC AGGTTGGTGA CGAGCATTTG 
AGGAAGCAAC ATCGTGTACT TGCTGATCTT CATTATAGTA AAGCAGTAAG ACTCTTTCAG 
CTCTTAAAGG ATGCACCCTG CGAGTTCCTT CGTGTGCAAC TGGAAAGAGT GGCATTTGCA 
GAATTCCAGA TGGCGAGTCA GAACAGCTGT GCTGGGAAAT TAAAGACTTT GTTTGGAGCC 
CTAGACATAA TGGTGAAAAC CAAGTGTGCG TTTCAGCTCA TCAGAAAAGA GCTTGCGGCA 
GAGTGTGAAC AGATAAGCGA GAATAAAAGT AGTGCTGAGA ATACAACATC TAATGATTCT 
TCCACTAGCC TTAACAAAGA AGAAGTATTG AAACTGCTTA GTATTTTTGA GTCCAGAATG 
TCATTCCTTC TCCTACAATC TGTTAAATTG TTAACTTCAG CAAAAAAGAA AACAGGGGGC 
ATTAATGAAG AAGAAGAAGT TCTTAAAACA AACAAGCAAG TTTACTCCCT GCTGTTGCGT 
GCAACTGCTA ACAAAAGCAT GACTCTGCTA GAGCGAATAG AGGTAATCTT AAGTTTGCTG 
GAACAACTGA CTCAAAATAG TGAAGCCAGC AATGTAGGAA TTCAGTGA

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

RefSeq	XP_013800396.1
CDS	1..3708
Translation	MSLYSEGNVQWHGLLIKEGVRSVLTRGFGSLLFLGGNEVKSSAVVKYSSAPPQAAFARLQEKTDLKLPPANWLRESAKLGSAGTTILGNNKKSKPFSSFGMAYDFIDSIGNDVDVVSDSENIKKLLKIPYSKSHVSMAVHRIGRTLLLDELDIQELFMRSSQTGDWTWLKEFYQRLIDQKWQRKKKSKEHWYQKAILSKFLYYSINGDGAAQPVPSTSKQHQEGPVSGESDEAGRASWPAPFEMPSSISEDPGASNQGSVPLEPSCIVGHVASAPKEQNLTTLFNDGENSQGLKNDFVRNILWTFEDIHMLVGSNMPIFGGGRYPAVSLRLRDNNKPINVLTGIDYWLDNLICNVPELVMCFHVNGIVQKYEMIKTEDIPNLENSNFSTKVIKDIAQNILSFLKSNCTKEGHTYWLFKASGSDIVKLYDLTTLCEETEDKYQNPFTMPVAILLYKVACNMMLKKNQNKKHYGTIRTLLLNCLKLLDNGRHPQIIASANYMLSELFQLDEPKKEDGTDFPMNGNSDESYSEEEEEMPDSDENGSYSNSSDPPDDNKAVAIIKSVGELSVPEKYKSVHRIRPSCAFPVCHGAEERCRLVLSYVLEGLKSVDSSIKKEGDLPAADPSTPIPLKYEDESTSGGPECLEKQMALFLDKMGSFPKGKHSSLSGMIPGSWQYKMKLQLILKSSKAYYVLSDAAMSLQKYGRALRYIKLALQCHDTYCCLCASMLPEVLVFLCQCLTLCGDTQLMLAQNANNRAAYLEEYNYQTKEDQEILHSLHRESSCQVFAWATDLSTDLECQLSVSCKCYEAANEILLFSNLKNQNPEQHMQVLKRMGNIRNEIGVFYMNQAAAVQTERVVSKNVSTTEQQLWKKSFSCFEKGIQNFESIDDATNAALLLCNTGRLMRICAQAHCATEGDFKREFSPEEALYYNKAIDYYLKALRSLGKREMHPAVWDSVNWELSTTYFTMATLQQDYAPLSRKAQEQIEKEVSEAMMKSLKYCDVDTVSPRQPLCQYRAATIHHRLASMYHSCLRNQVGDEHLRKQHRVLADLHYSKAVRLFQLLKDAPCEFLRVQLERVAFAEFQMASQNSCAGKLKTLFGALDIMVKTKCAFQLIRKELAAECEQISENKSSAENTTSNDSSTSLNKEEVLKLLSIFESRMSFLLLQSVKLLTSAKKKTGGINEEEEVLKTNKQVYSLLLRATANKSMTLLERIEVILSLLEQLTQNSEASNVGIQ

Target ORF information:

RefSeq Version	XM_013944942.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli 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_013944942.1

ORF Insert Sequence:

ATGTCACTGT ATTCGGAGGG AAATGTGCAG TGGCACGGCT TGCTCATTAA GGAAGGAGTG 
CGATCGGTTT TAACGCGGGG TTTTGGGTCG CTGTTGTTTC TTGGAGGCAA TGAAGTAAAA 
AGCAGTGCTG TGGTGAAATA CTCGTCTGCC CCGCCGCAAG CGGCGTTTGC CCGTCTTCAG 
GAGAAGACTG ATTTGAAACT TCCACCTGCA AACTGGTTAC GTGAAAGCGC TAAGCTAGGA 
TCAGCAGGTA CGACTATTCT TGGCAACAAC AAGAAAAGTA AACCCTTTTC AAGCTTTGGA 
ATGGCATATG ACTTCATTGA CTCAATTGGA AATGATGTGG ATGTCGTGTC TGATTCAGAG 
AATATTAAAA AACTTCTGAA GATACCTTAT AGCAAGTCAC ATGTGAGCAT GGCAGTACAT 
CGAATTGGGC GGACCCTCTT GCTGGATGAG CTAGATATTC AAGAACTCTT CATGAGATCA 
TCTCAGACAG GAGACTGGAC ATGGCTGAAA GAGTTTTATC AAAGGCTGAT TGATCAGAAG 
TGGCAACGAA AAAAGAAGAG TAAAGAGCAC TGGTACCAGA AGGCTATTCT TTCCAAATTT 
TTGTATTACA GTATTAATGG TGATGGAGCT GCTCAGCCTG TTCCTTCCAC TTCGAAACAG 
CACCAGGAGG GTCCTGTTTC AGGTGAGAGT GATGAAGCAG GAAGGGCCTC CTGGCCAGCT 
CCTTTTGAAA TGCCTTCTTC AATATCTGAA GATCCAGGTG CCTCTAACCA GGGAAGTGTG 
CCTCTTGAAC CCTCATGTAT AGTGGGGCAT GTGGCCTCAG CCCCCAAAGA ACAAAACCTG 
ACTACTTTGT TCAATGACGG GGAAAACAGT CAGGGACTTA AAAATGACTT TGTTCGTAAC 
ATCTTGTGGA CCTTTGAAGA TATCCACATG TTAGTAGGAT CAAATATGCC TATATTTGGA 
GGTGGGAGAT ACCCTGCTGT GAGCTTGCGT CTCAGGGATA ACAACAAGCC AATAAACGTG 
TTAACAGGAA TTGACTATTG GCTGGATAAC TTAATATGCA ATGTCCCGGA GCTTGTGATG 
TGCTTTCATG TTAATGGAAT TGTTCAGAAA TATGAAATGA TCAAGACTGA AGATATTCCC 
AATTTGGAAA ACTCAAATTT CTCTACCAAA GTGATAAAGG ATATTGCTCA AAATATCTTA 
TCTTTTCTGA AATCAAATTG TACCAAAGAA GGACATACTT ATTGGTTATT TAAGGCAAGT 
GGAAGTGATA TAGTAAAGCT ATATGACCTA ACCACTCTTT GTGAAGAAAC AGAAGACAAA 
TACCAAAACC CTTTTACAAT GCCTGTGGCA ATTCTTCTGT ACAAAGTTGC TTGCAATATG 
ATGCTGAAGA AAAACCAGAA TAAGAAACAC TATGGCACTA TCAGAACTTT GCTCCTTAAT 
TGTCTGAAGT TGCTGGACAA TGGCAGACAT CCTCAAATTA TTGCATCAGC AAACTACATG 
TTATCAGAGC TTTTTCAGTT GGATGAACCT AAAAAAGAAG ATGGTACGGA CTTCCCTATG 
AATGGTAATT CTGATGAAAG CTATAGCGAA GAAGAGGAAG AAATGCCAGA TAGTGATGAA 
AATGGTTCTT ACAGTAACAG TTCTGATCCA CCAGATGACA ATAAAGCAGT GGCTATAATC 
AAATCAGTAG GAGAGTTATC AGTACCAGAA AAATACAAGT CTGTTCATCG AATACGACCT 
AGTTGTGCAT TTCCTGTCTG CCATGGCGCT GAAGAACGCT GTAGGCTAGT GCTCAGTTAT 
GTCCTGGAGG GCTTGAAATC TGTTGACAGC AGCATTAAAA AAGAAGGTGA CCTTCCTGCA 
GCTGACCCCA GCACCCCAAT CCCATTGAAA TATGAAGATG AATCCACCAG TGGTGGTCCT 
GAGTGTCTGG AAAAACAGAT GGCCTTATTT TTAGACAAAA TGGGCTCATT TCCGAAGGGT 
AAACATTCCA GTCTGTCAGG AATGATTCCT GGATCGTGGC AATATAAAAT GAAACTTCAG 
CTCATTCTGA AGTCGTCAAA GGCTTATTAC GTTCTGTCCG ATGCTGCGAT GAGCCTGCAG 
AAATATGGGA GAGCGTTACG GTACATCAAA CTAGCTTTAC AGTGCCATGA TACCTACTGT 
TGCCTGTGTG CCAGCATGCT TCCTGAAGTA TTAGTATTTC TTTGTCAGTG TTTAACCCTC 
TGTGGAGATA CCCAGTTAAT GCTTGCCCAA AATGCAAATA ATAGAGCAGC ATATCTTGAA 
GAATATAACT ACCAGACGAA AGAAGATCAG GAAATACTAC ACAGTCTTCA CAGAGAATCC 
AGCTGCCAAG TGTTTGCATG GGCTACTGAC TTGTCTACAG ACTTGGAGTG TCAACTTTCA 
GTCAGCTGTA AATGTTATGA GGCAGCCAAT GAAATTTTAC TTTTTAGTAA TTTAAAAAAT 
CAGAATCCAG AGCAGCACAT GCAAGTACTG AAGAGGATGG GCAACATCAG GAATGAAATT 
GGAGTGTTCT ACATGAACCA GGCTGCTGCA GTGCAGACTG AGAGAGTGGT GAGTAAAAAT 
GTATCAACAA CAGAACAGCA ACTCTGGAAG AAAAGCTTCT CTTGTTTTGA AAAAGGGATT 
CAGAATTTTG AGTCAATTGA CGACGCAACC AATGCTGCTC TGCTGCTGTG TAACACGGGA 
AGACTGATGC GAATTTGTGC TCAAGCCCAC TGTGCGACTG AAGGGGACTT CAAAAGAGAG 
TTTTCCCCAG AAGAGGCCCT TTATTATAAT AAGGCTATTG ACTACTATCT GAAGGCATTA 
AGATCTCTGG GTAAGAGAGA GATGCATCCA GCTGTTTGGG ATTCTGTAAA CTGGGAGCTT 
TCTACGACAT ATTTCACTAT GGCAACTCTA CAGCAGGATT ATGCTCCATT ATCTAGAAAG 
GCTCAGGAAC AGATAGAAAA GGAAGTTAGT GAAGCCATGA TGAAGTCTTT GAAATATTGC 
GATGTTGATA CAGTGTCTCC ACGACAGCCT CTCTGCCAAT ATCGGGCTGC GACCATCCAC 
CACAGGCTTG CTTCGATGTA TCATAGCTGC CTGAGAAACC AGGTTGGTGA CGAGCATTTG 
AGGAAGCAAC ATCGTGTACT TGCTGATCTT CATTATAGTA AAGCAGTAAG ACTCTTTCAG 
CTCTTAAAGG ATGCACCCTG CGAGTTCCTT CGTGTGCAAC TGGAAAGAGT GGCATTTGCA 
GAATTCCAGA TGGCGAGTCA GAACAGCTGT GCTGGGAAAT TAAAGACTTT GTTTGGAGCC 
CTAGACATAA TGGTGAAAAC CAAGTGTGCG TTTCAGCTCA TCAGAAAAGA GCTTGCGGCA 
GAGTGTGAAC AGATAAGCGA GAATAAAAGT AGTGCTGAGA ATACAACATC TAATGATTCT 
TCCACTAGCC TTAACAAAGA AGAAGTATTG AAACTGCTTA GTATTTTTGA GTCCAGAATG 
TCATTCCTTC TCCTACAATC TGTTAAATTG TTAACTTCAG CAAAAAAGAA AACAGGGGGC 
ATTAATGAAG AAGAAGAAGT TCTTAAAACA AACAAGCAAG TTTACTCCCT GCTGTTGCGT 
GCAACTGCTA ACAAAAGCAT GACTCTGCTA GAGCGAATAG AGGTAATCTT AAGTTTGCTG 
GAACAACTGA CTCAAAATAG TGAAGCCAGC AATGTAGGAA TTCAGTGA