Efcab5 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Efcab5
Entrez Gene ID	103730546
Full Name	EF-hand calcium binding domain 5
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008828825.1	XP_008827047.1	EF-hand calcium-binding domain-containing protein 5
XM_029561475.1	XP_029417335.1	EF-hand calcium-binding domain-containing protein 5

Pathways from BioSystems
Gene Ontology

The following Efcab5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Efcab5 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
ONa140664	XM_029561475.1 Latest version!	Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ONa45505	XM_008828825.1 Latest version!	Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

Efcab5 ( XM_029561475.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029417335.1 Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.

Price & Availability↑

CloneID	ONa140664
Clone ID Related Accession (Same CDS sequence)	XM_029561475.1
Accession Version	XM_029561475.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3768bp) 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	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	EF-hand calcium-binding domain-containing protein 5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008333884.1) 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 :: Nannospalax galili 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGAAA CAAAGAATGA AACAAAGTCT CCAGAAGTGC AGCCAAAATC CTCAATTGAT 
TTAACAAAGG ATTCTCATGC AGTTTCAAAG AATGTTGTGA TTAGAAAACC TGCAAAAGTG 
ATTTTTGGCA CAGGTGAAAC TGAACTGAAA TCAAAGACAG TGCAACCATG GAAGAAAAAT 
CTTTGTGAGA GAATGGAAGC AAGGGCCCAG GCAATGCAGC AGAGAATGCT AGAGCAGGGG 
GCCCTGAAGA AGGAACAAGA GCAAAAGATT GCAAAAAAGC TCCCTGAGGA TAACTTGGCC 
AAAGAGTGGT TTAACACTGA AAGCATGACT TTGACCACCC GTGTGTATCT GCTGGATAAC 
CTTCTACCCA CCTTGATTCC TGGTGTAGAA CAAATGTTAA TGCAAGTAGA AAAGAAGAAA 
CTTTTGACCA AAGCAGACAT TCCAGCCAAG TTTGACCCAA TTAATTATTT GGGGGAATAT 
TTAATGAGAA ATAATACTCA TTATATCAAA GATCCAGGAA TGTCTGGTTA CCAGAGGGTG 
ATGAAAGATG TCATGGAAGA CCTGAAGATA CATGTTCCTG ATACCATCAG CCACAGAGTG 
TCCAAGATGA AGGAGAATAT TAAACAGAAA AGACAACAGA GAGAGTACAT AAGCAGAGTC 
AAAGGCAAGG TGGCCAGCAT GAGGAGACAG GCTTTGGAGG AACAGTTCAG TGAATGGGTC 
CTGGATGCCA AAGGGATGAT TCCTATGGTT GTGATTCAGA ATGTGCTTTA TGATTTTTTT 
AAGAAGCCAG GCTTAAATCT TGAATCACAT TGCAAAGACC TGGATGTGAC CGACTTAATA 
GAACCAGGAC TGAACCAAGT GCAATTCATA GAATACCTCT CTACACACAC TGCAGACTTG 
AAAAGTGACA CTTTTGAGGA ATTCCTTAAG CATCTTTGCC ACAGTGCAGA TGAATTCCGA 
GAGGTCATAA AAACTGACAT CCGAAGACAG ATGTTTGCTG AACTCTTCCT ACAGTGTGAC 
AGTGCAAAGG TGAAGGCTTT GAATCGGCAA AGAACGTTGG CCTTGCTGGA AGCATTCTAT 
GACCAAAGTC CACGAACACT TAGGAGTTTA CTCCGAAACC CAAGACAATG GCCTTTTGTA 
GAATTTGAGG AGATAGAGTT GCCTGAGTTC TGGGGAGACA TGGATATTCA GAAACACATT 
TATGAAGATT TTGATGAAGT AGTCTTAAAG ATGAATGTAT TACTTTCTGA AAAACATGTT 
GGTAAACCCC AAGAAAATGA ACAGAGACTA TCAACAGTAC CACCAAACCT ACCACAACAG 
CAGAGGGAGA TAAGTGCAGA ACAAGAACCA GGTACAGAGT CAATAACAGA TCAGCTCACT 
GTAGAACAAG GAAGAGGGTC AACTTCAGAG CAGGGATCAC TCAGAGACTC CATAGCAGAA 
CAAGATACAC ACACACAGCA GGACTTAAAT AGAGAAGATG AGCCACACAG AGGGTCAGTT 
TCAGAACTTG AGCAACACAG AGCATCAGTA GCAGCAGGAC AACGCAGAAG GTCGTCTGCA 
GAACAAGGAC ATAGAATATC AGCTTCAGAA GGAGAATCAC TCAGAGGATC AATGATAGAT 
CAAGGACAGT ACAAAAGATC CACAGGTCAG CGCAAAGGGT CAGGAGTGTC AGCTTCAGAA 
TATGGAAAAC AAGAAGAGTT GGTAGTAGAA GAGTCACTGA AAGAGTCAGA ACAAGGACCA 
CTGGCAGACG CCACTATTCG AGAAGAGCAG GAGGTAGACT CAGCCTCACA ACCAGAGCAA 
AGTAGTGCCT TAGGAACAAG TACAAAATCT GAACACATTC AAATGGCATC ACAAGAAGAA 
AAGCCTTTGC AGCAAATAAG CAAGGAAGAA GTAGTCATGA ATTCTGAACT ACAGGAGGAA 
GTTCCTACAT CAAGCAAAAG AGATCATCTT TCAGTAACTT CAAAAAAGGA TGCTCAAAAA 
GACAAATCCT GTGAACCCAA GTCCCAAAAT ATAGATGGAA AGTCATGGTC AGGTGAATTT 
TTGACTTGTA ACTGGAAAAT GAAGTATGTC AAATATGAAG ATGAGGAACA GGCAAAATTA 
ATCTGTGGTG ACCCCAGGTT CACAGACCTA CACGCAATTA TCAGAAATTT ACAGTCTTAC 
AAGGAAGTAA AAGGTAGGAG CGACTTCAAT GGAGTTTCCT TCAATTTGCT CCAGTTTGTG 
CAAGTCCTGG AGACATTTGT TGGTGAAGAT ACCCCCTTGA GTGTCAGTCA GAACCTCACC 
TCCTTTTTTC AGAAGGGCTA TGTTGAAACA AAAGGAGAAA AAATGAGTTC TTTAGAACAG 
GTTAGACAAA AGGCTTTCCA AATCCGACGG GGACTTCTCC TAGAAGCCCT CTTTCAGAAG 
TGGGACAATG ATGGTTCAGG CTTTCTAGAT CTGAATGAAG TTGATGAACT CTTGTATTCA 
TATAAGGAGG GAATGGAAAA AGAATCTATG AAGAAAGCTA AACTACACAT CCAGTTTCCA 
GAGCCACACC CTGGTCATGA GGTAAAATTG TCTTCAAAAC AATTTCAAAA ATACATAGAA 
TTGGTTGTAT CTGAACTCAG GGGCAATGAA GATCAAGTTC TGGATAGTGT TGTGGAATTT 
CTCGTGAATT CTTTGGTGAG GAGCCATACT GAAGGTCTGA GGAATTGTGC AAGACAGAAA 
TGGCTACATC AAATCCAGTA TGCTGCAGAG ACAAGTGGGG TGTCCCTGGA GCCAGTGTAC 
ACTGAGACCT TCAAGGCCCT CATGCAGGAT GCTGAGGCAC ATGGAAATAA GAAGATCAGT 
GCTCACATTT CCCTCTTAGA AGAAAACTTA CTACTGCCAG ATAGAGGGAA CGTGCTCTTG 
AGGAATGTGG CTTGTACCCT TGATGATGCT CCATTTGTAC TGAACAAAGT ACTTTACAGA 
GATATGGAGG GAATCAGCTT TACAGTAGTT GATGAAGGCA AGCCAATCCA TGTCCCCCAA 
GTTCAGCACC ATGGGAACAT CTTCTTCTGG AACAATTCCC GCAATAAGAA TGAGCACAAT 
GGGTCTTTCC TGGCTCTACC TCTTCAGGAT GCATATATGA GGATCTTTGG GGTCCTGGCA 
GTTGACACTC TTCGAGATCC CCAGGAAATA AACATATTTC TACCACACGA GATCAGATTC 
TATCAGGGTG TTGCCAATGT TTTCAGCACG GCCTATCACT ATGTTCACAG CAGGGAGCAC 
ATCTTACACA CCGTGACCAC TGGCATTAGC TGGCTCTACA ATATCACATC TGGGATCACC 
TCCATTACTA CATGCTTTGT TGAGCCTAGC CCAGGCCAGG AAGACTGTGT TTTGCGCAAT 
ATGATGCTTA CAGAGCAGCT AGGTCTAACA GAAATTCATA CAGCTCCCCC TACCATCTTG 
AGGAAGTCAT GCATCTTCAG AGATTTCCTC TTTAAGTGCA CAGACACTTC AGAAGTTGTT 
TTGGCCTCAG CCAGTGGAGA AACCCACATA GTAATTCCAC TTCGTGAGAG AACAAGAGAG 
GCTATGGGAG TTCTTGATGT GAACATCGGA CGGAGTAGGA TGTTGTTGTA TCAAGAATAC 
AAAGATCTAC AGAAAATGAT AAAGATGATC CAAACTGCCT GCTATGAAAT ATTGGGAGAA 
TTCTCTGGAG AAATAAAGAA AAACTTGGTC CTAGAGATGG AGAAGGCAGG AGAAGTCAAG 
CGTGCAGGCA TTCTCTTCTT CCGAACGATG CTGCAGGAGC TCTTCTAA

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

RefSeq	XP_029417335.1
CDS	119..3886
Translation	MEETKNETKSPEVQPKSSIDLTKDSHAVSKNVVIRKPAKVIFGTGETELKSKTVQPWKKNLCERMEARAQAMQQRMLEQGALKKEQEQKIAKKLPEDNLAKEWFNTESMTLTTRVYLLDNLLPTLIPGVEQMLMQVEKKKLLTKADIPAKFDPINYLGEYLMRNNTHYIKDPGMSGYQRVMKDVMEDLKIHVPDTISHRVSKMKENIKQKRQQREYISRVKGKVASMRRQALEEQFSEWVLDAKGMIPMVVIQNVLYDFFKKPGLNLESHCKDLDVTDLIEPGLNQVQFIEYLSTHTADLKSDTFEEFLKHLCHSADEFREVIKTDIRRQMFAELFLQCDSAKVKALNRQRTLALLEAFYDQSPRTLRSLLRNPRQWPFVEFEEIELPEFWGDMDIQKHIYEDFDEVVLKMNVLLSEKHVGKPQENEQRLSTVPPNLPQQQREISAEQEPGTESITDQLTVEQGRGSTSEQGSLRDSIAEQDTHTQQDLNREDEPHRGSVSELEQHRASVAAGQRRRSSAEQGHRISASEGESLRGSMIDQGQYKRSTGQRKGSGVSASEYGKQEELVVEESLKESEQGPLADATIREEQEVDSASQPEQSSALGTSTKSEHIQMASQEEKPLQQISKEEVVMNSELQEEVPTSSKRDHLSVTSKKDAQKDKSCEPKSQNIDGKSWSGEFLTCNWKMKYVKYEDEEQAKLICGDPRFTDLHAIIRNLQSYKEVKGRSDFNGVSFNLLQFVQVLETFVGEDTPLSVSQNLTSFFQKGYVETKGEKMSSLEQVRQKAFQIRRGLLLEALFQKWDNDGSGFLDLNEVDELLYSYKEGMEKESMKKAKLHIQFPEPHPGHEVKLSSKQFQKYIELVVSELRGNEDQVLDSVVEFLVNSLVRSHTEGLRNCARQKWLHQIQYAAETSGVSLEPVYTETFKALMQDAEAHGNKKISAHISLLEENLLLPDRGNVLLRNVACTLDDAPFVLNKVLYRDMEGISFTVVDEGKPIHVPQVQHHGNIFFWNNSRNKNEHNGSFLALPLQDAYMRIFGVLAVDTLRDPQEINIFLPHEIRFYQGVANVFSTAYHYVHSREHILHTVTTGISWLYNITSGITSITTCFVEPSPGQEDCVLRNMMLTEQLGLTEIHTAPPTILRKSCIFRDFLFKCTDTSEVVLASASGETHIVIPLRERTREAMGVLDVNIGRSRMLLYQEYKDLQKMIKMIQTACYEILGEFSGEIKKNLVLEMEKAGEVKRAGILFFRTMLQELF

Target ORF information:

RefSeq Version	XM_029561475.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.

Target ORF information:

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

XM_029561475.1

ORF Insert Sequence:

ATGGAAGAAA CAAAGAATGA AACAAAGTCT CCAGAAGTGC AGCCAAAATC CTCAATTGAT 
TTAACAAAGG ATTCTCATGC AGTTTCAAAG AATGTTGTGA TTAGAAAACC TGCAAAAGTG 
ATTTTTGGCA CAGGTGAAAC TGAACTGAAA TCAAAGACAG TGCAACCATG GAAGAAAAAT 
CTTTGTGAGA GAATGGAAGC AAGGGCCCAG GCAATGCAGC AGAGAATGCT AGAGCAGGGG 
GCCCTGAAGA AGGAACAAGA GCAAAAGATT GCAAAAAAGC TCCCTGAGGA TAACTTGGCC 
AAAGAGTGGT TTAACACTGA AAGCATGACT TTGACCACCC GTGTGTATCT GCTGGATAAC 
CTTCTACCCA CCTTGATTCC TGGTGTAGAA CAAATGTTAA TGCAAGTAGA AAAGAAGAAA 
CTTTTGACCA AAGCAGACAT TCCAGCCAAG TTTGACCCAA TTAATTATTT GGGGGAATAT 
TTAATGAGAA ATAATACTCA TTATATCAAA GATCCAGGAA TGTCTGGTTA CCAGAGGGTG 
ATGAAAGATG TCATGGAAGA CCTGAAGATA CATGTTCCTG ATACCATCAG CCACAGAGTG 
TCCAAGATGA AGGAGAATAT TAAACAGAAA AGACAACAGA GAGAGTACAT AAGCAGAGTC 
AAAGGCAAGG TGGCCAGCAT GAGGAGACAG GCTTTGGAGG AACAGTTCAG TGAATGGGTC 
CTGGATGCCA AAGGGATGAT TCCTATGGTT GTGATTCAGA ATGTGCTTTA TGATTTTTTT 
AAGAAGCCAG GCTTAAATCT TGAATCACAT TGCAAAGACC TGGATGTGAC CGACTTAATA 
GAACCAGGAC TGAACCAAGT GCAATTCATA GAATACCTCT CTACACACAC TGCAGACTTG 
AAAAGTGACA CTTTTGAGGA ATTCCTTAAG CATCTTTGCC ACAGTGCAGA TGAATTCCGA 
GAGGTCATAA AAACTGACAT CCGAAGACAG ATGTTTGCTG AACTCTTCCT ACAGTGTGAC 
AGTGCAAAGG TGAAGGCTTT GAATCGGCAA AGAACGTTGG CCTTGCTGGA AGCATTCTAT 
GACCAAAGTC CACGAACACT TAGGAGTTTA CTCCGAAACC CAAGACAATG GCCTTTTGTA 
GAATTTGAGG AGATAGAGTT GCCTGAGTTC TGGGGAGACA TGGATATTCA GAAACACATT 
TATGAAGATT TTGATGAAGT AGTCTTAAAG ATGAATGTAT TACTTTCTGA AAAACATGTT 
GGTAAACCCC AAGAAAATGA ACAGAGACTA TCAACAGTAC CACCAAACCT ACCACAACAG 
CAGAGGGAGA TAAGTGCAGA ACAAGAACCA GGTACAGAGT CAATAACAGA TCAGCTCACT 
GTAGAACAAG GAAGAGGGTC AACTTCAGAG CAGGGATCAC TCAGAGACTC CATAGCAGAA 
CAAGATACAC ACACACAGCA GGACTTAAAT AGAGAAGATG AGCCACACAG AGGGTCAGTT 
TCAGAACTTG AGCAACACAG AGCATCAGTA GCAGCAGGAC AACGCAGAAG GTCGTCTGCA 
GAACAAGGAC ATAGAATATC AGCTTCAGAA GGAGAATCAC TCAGAGGATC AATGATAGAT 
CAAGGACAGT ACAAAAGATC CACAGGTCAG CGCAAAGGGT CAGGAGTGTC AGCTTCAGAA 
TATGGAAAAC AAGAAGAGTT GGTAGTAGAA GAGTCACTGA AAGAGTCAGA ACAAGGACCA 
CTGGCAGACG CCACTATTCG AGAAGAGCAG GAGGTAGACT CAGCCTCACA ACCAGAGCAA 
AGTAGTGCCT TAGGAACAAG TACAAAATCT GAACACATTC AAATGGCATC ACAAGAAGAA 
AAGCCTTTGC AGCAAATAAG CAAGGAAGAA GTAGTCATGA ATTCTGAACT ACAGGAGGAA 
GTTCCTACAT CAAGCAAAAG AGATCATCTT TCAGTAACTT CAAAAAAGGA TGCTCAAAAA 
GACAAATCCT GTGAACCCAA GTCCCAAAAT ATAGATGGAA AGTCATGGTC AGGTGAATTT 
TTGACTTGTA ACTGGAAAAT GAAGTATGTC AAATATGAAG ATGAGGAACA GGCAAAATTA 
ATCTGTGGTG ACCCCAGGTT CACAGACCTA CACGCAATTA TCAGAAATTT ACAGTCTTAC 
AAGGAAGTAA AAGGTAGGAG CGACTTCAAT GGAGTTTCCT TCAATTTGCT CCAGTTTGTG 
CAAGTCCTGG AGACATTTGT TGGTGAAGAT ACCCCCTTGA GTGTCAGTCA GAACCTCACC 
TCCTTTTTTC AGAAGGGCTA TGTTGAAACA AAAGGAGAAA AAATGAGTTC TTTAGAACAG 
GTTAGACAAA AGGCTTTCCA AATCCGACGG GGACTTCTCC TAGAAGCCCT CTTTCAGAAG 
TGGGACAATG ATGGTTCAGG CTTTCTAGAT CTGAATGAAG TTGATGAACT CTTGTATTCA 
TATAAGGAGG GAATGGAAAA AGAATCTATG AAGAAAGCTA AACTACACAT CCAGTTTCCA 
GAGCCACACC CTGGTCATGA GGTAAAATTG TCTTCAAAAC AATTTCAAAA ATACATAGAA 
TTGGTTGTAT CTGAACTCAG GGGCAATGAA GATCAAGTTC TGGATAGTGT TGTGGAATTT 
CTCGTGAATT CTTTGGTGAG GAGCCATACT GAAGGTCTGA GGAATTGTGC AAGACAGAAA 
TGGCTACATC AAATCCAGTA TGCTGCAGAG ACAAGTGGGG TGTCCCTGGA GCCAGTGTAC 
ACTGAGACCT TCAAGGCCCT CATGCAGGAT GCTGAGGCAC ATGGAAATAA GAAGATCAGT 
GCTCACATTT CCCTCTTAGA AGAAAACTTA CTACTGCCAG ATAGAGGGAA CGTGCTCTTG 
AGGAATGTGG CTTGTACCCT TGATGATGCT CCATTTGTAC TGAACAAAGT ACTTTACAGA 
GATATGGAGG GAATCAGCTT TACAGTAGTT GATGAAGGCA AGCCAATCCA TGTCCCCCAA 
GTTCAGCACC ATGGGAACAT CTTCTTCTGG AACAATTCCC GCAATAAGAA TGAGCACAAT 
GGGTCTTTCC TGGCTCTACC TCTTCAGGAT GCATATATGA GGATCTTTGG GGTCCTGGCA 
GTTGACACTC TTCGAGATCC CCAGGAAATA AACATATTTC TACCACACGA GATCAGATTC 
TATCAGGGTG TTGCCAATGT TTTCAGCACG GCCTATCACT ATGTTCACAG CAGGGAGCAC 
ATCTTACACA CCGTGACCAC TGGCATTAGC TGGCTCTACA ATATCACATC TGGGATCACC 
TCCATTACTA CATGCTTTGT TGAGCCTAGC CCAGGCCAGG AAGACTGTGT TTTGCGCAAT 
ATGATGCTTA CAGAGCAGCT AGGTCTAACA GAAATTCATA CAGCTCCCCC TACCATCTTG 
AGGAAGTCAT GCATCTTCAG AGATTTCCTC TTTAAGTGCA CAGACACTTC AGAAGTTGTT 
TTGGCCTCAG CCAGTGGAGA AACCCACATA GTAATTCCAC TTCGTGAGAG AACAAGAGAG 
GCTATGGGAG TTCTTGATGT GAACATCGGA CGGAGTAGGA TGTTGTTGTA TCAAGAATAC 
AAAGATCTAC AGAAAATGAT AAAGATGATC CAAACTGCCT GCTATGAAAT ATTGGGAGAA 
TTCTCTGGAG AAATAAAGAA AAACTTGGTC CTAGAGATGG AGAAGGCAGG AGAAGTCAAG 
CGTGCAGGCA TTCTCTTCTT CCGAACGATG CTGCAGGAGC TCTTCTAA

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

Efcab5 ( XM_008828825.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008827047.1 Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.

Price & Availability↑

CloneID	ONa45505
Clone ID Related Accession (Same CDS sequence)	XM_008828825.1
Accession Version	XM_008828825.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4155bp) 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	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	EF-hand calcium-binding domain-containing protein 5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008333884.1) 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 :: Nannospalax galili Annotation Release 101 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## ab initio :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGGTTATAC AGAGTGCAAA GAACTGCTTT CCAGTTGGAT TTAACGCCTG CTCCAAAGGA 
GGAAACTCCC CTCTGGCACT GCAAAAACCC ATGGCTGCGA AGATCATAGG CCATAAAGTG 
CAGCCAAAAT CCTCAATTGA TTTAACAAAG GATTCTCATG CAGTTTCAAA GAATGTTGTG 
ATTAGAAAAC CTGCAAAAGT GATTTTTGGC ACAGGTGAAA CTGAACTGAA ATCAAAGACA 
GTGCAACCAT GGAAGAAAAA TCTTTGTGAG AGAATGGAAG CAAGGGCCCA GGCAATGCAG 
CAGAGAATGC TAGAGCAGGG GGCCCTGAAG AAGGAACAAG AGCAAAAGAT TGCAAAAAAG 
CTCCCTGAGG ATAACTTGGC CAAAGAGTGG TTTAACACTG AAAGCATGAC TTTGACCACC 
CGTGTGTATC TGCTGGATAA CCTTCTACCC ACCTTGATTC CTGGTGTAGA ACAAATGTTA 
ATGCAAGTAG AAAAGAAGAA ACTTTTGACC AAAGCAGACA TTCCAGCCAA GTTTGACCCA 
ATTAATTATT TGGGGGAATA TTTAATGAGA AATAATACTC ATTATATCAA AGATCCAGGA 
ATGTCTGGTT ACCAGAGGGT GATGAAAGAT GTCATGGAAG ACCTGAAGAT ACATGTTCCT 
GATACCATCA GCCACAGAGT GTCCAAGATG AAGGAGAATA TTAAACAGAA AAGACAACAG 
AGAGAGTACA TAAGCAGAGT CAAAGGCAAG GTGGCCAGCA TGAGGAGACA GGCTTTGGAG 
GAACAGTTCA GTGAATGGGT CCTGGATGCC AAAGGGATGA TTCCTATGGT TGTGATTCAG 
AATGTGCTTT ATGATTTTTT TAAGAAGCCA GGCTTAAATC TTGAATCACA TTGCAAAGAC 
CTGGATGTGA CCGACTTAAT AGAACCAGGA CTGAACCAAG TGCAATTCAT AGAATACCTC 
TCTACACACA CTGCAGACTT GAAAAGTGAC ACTTTTGAGG AATTCCTTAA GCATCTTTGC 
CACAGTGCAG ATGAATTCCG AGAGGTCATA AAAACTGACA TCCGAAGACA GATGTTTGCT 
GAACTCTTCC TACAGTGTGA CAGTGCAAAG GTGAAGGCTT TGAATCGGCA AAGAACGTTG 
GCCTTGCTGG AAGCATTCTA TGACCAAAGT CCACGAACAC TTAGGAGTTT ACTCCGAAAC 
CCAAGACAAT GGCCTTTTGT AGAATTTGAG GAGATAGAGT TGCCTGAGTT CTGGGGAGAC 
ATGGATATTC AGAAACACAT TTATGAAGAT TTTGATGAAG TAGTCTTAAA GATGAATGTA 
TTACTTTCTG AAAAACATGT TGGTAAACCC CAAGAAAATG AACAGAGACT ATCAACAGTA 
CCACCAAACC TACCACAACA GCAGAGGGAG ATAAGTGCAG AACAAGAACC AGGTACAGAG 
TCAATAACAG ATCAGCTCAC TGTAGAACAA GGAAGAGGGT CAACTTCAGA GCAGGGATCA 
CTCAGAGACT CCATAGCAGA ACAAGATACA CACACACAGC AGGACTTAAA TAGAGAAGAT 
GAGCCACACA GAGGGTCAGT TTCAGAACTT GAGCAACACA GAGCATCAGT AGCAGCAGGA 
CAACGCAGAA GGTCGTCTGC AGAACAAGGA CATAGAATAT CAGCTTCAGA AGGAGAATCA 
CTCAGAGGAT CAATGATAGA TCAAGGACAG TACAAAAGAT CCACAGGTCA GCGCAAAGGG 
TCAGGAGTGT CAGCTTCAGA ATATGGAAAA CAAGAAGAGT TGGTAGTAGA AGAGTCACTG 
AAAGAGTCAG AACAAGGACC ACTGGCAGAC GCCACTATTC GAGAAGAGCA GGAGGTAGAC 
TCAGCCTCAC AACCAGAGCA AAGTAGTGCC TTAGGAACAA GTACAAAATC TGAACACATT 
CAAATGGCAT CACAAGAAGA AAAGCCTTTG CAGCAAATAA GCAAGGAAGA AGTAGTCATG 
AATTCTGAAC TACAGGAGGA AGTTCCTACA TCAAGCAAAA GAGATCATCT TTCAGTAACT 
TCAAAAAAGG ATGCTCAAAA AGACAAATCC TGTGAACCCA AGTCCCAAAA TATAGATGGA 
AAGTCATGGT CAGGTGAATT TTTGACTTGT AACTGGAAAA TGAAGTATGT CAAATATGAA 
GATGAGGAAC AGGCAAAATT AATCTGTGGT GACCCCAGGT TCACAGACCT ACACGCAATT 
ATCAGAAATT TACAGTCTTA CAAGGAAGTA AAAGGTAGGA GCGACTTCAA TGGAGTTTCC 
TTCAATTTGC TCCAGTTTGT GCAAGTCCTG GAGACATTTG TTGGTGAAGA TACCCCCTTG 
AGTGTCAGTC AGAACCTCAC CTCCTTTTTT CAGAAGGGCT ATGTTGAAAC AAAAGGAGAA 
AAAATGAGTT CTTTAGAACA GGTTAGACAA AAGGCTTTCC AAATCCGACG GGGACTTCTC 
CTAGAAGCCC TCTTTCAGAA GTGGGACAAT GATGGTTCAG GCTTTCTAGA TCTGAATGAA 
GTTGATGAAC TCTTGTATTC ATATAAGGAG GGAATGGAAA AAGAATCTAT GAAGAAAGCT 
AAACTACACA TCCAGTTTCC AGAGCCACAC CCTGGTCATG AGGTAAAATT GTCTTCAAAA 
CAATTTCAAA AATACATAGA ATTGGTTGTA TCTGAACTCA GGGGCAATGA AGATCAAGTT 
CTGGATAGTG TTGTGGAATT TCTCGTGAAT TCTTTGGTGA GGAGCCATAC TGAAGGTCTG 
AGGAATTGTG CAAGACAGAA ATGGCTACAT CAAATCCAGT ATGCTGCAGA GACAAGTGGG 
GTGTCCCTGG AGCCAGTGTA CACTGAGACC TTCAAGGCCC TCATGCAGGA TGCTGAGGCA 
CATGGAAATA AGAAGATCAG TGCTCACATT TCCCTCTTAG AAGAAAACTT ACTACTGCCA 
GATAGAGGGA ACGTGCTCTT GAGGAATGTG GCTTGTACCC TTGATGATGC TCCATTTGTA 
CTGAACAAAG TACTTTACAG AGATATGGAG GGAATCAGCT TTACAGTAGT TGATGAAGGC 
AAGCCAATCC ATGTCCCCCA AGTTCAGCAC CATGGGAACA TCTTCTTCTG GAACAATTCC 
CGCAATAAGA ATGAGCACAA TGGGTCTTTC CTGGCTCTAC CTCTTCAGGA TGCATATATG 
AGGATCTTTG GGGTCCTGGC AGTTGACACT CTTCGAGATC CCCAGGAAAT AAACATATTT 
CTACCACACG AGATCAGATT CTATCAGGGT GTTGCCAATG TTTTCAGCAC GGCCTATCAC 
TATGTTCACA GCAGGGAGCA CATCTTACAC ACCGTGACCA CTGGCATTAG CTGGCTCTAC 
AATATCACAT CTGGGATCAC CTCCATTACT ACATGCTTTG TTGAGCCTAG CCCAGGCCAG 
GAAGACTGTG TTTTGCGCAA TATGATGCTT ACAGAGCAGC TAGGTCTAAC AGAAATTCAT 
ACAGCTCCCC CTACCATCTT GAGGAAGTCA TGCATCTTCA GAGATTTCCT CTTTAAGTGC 
ACAGACACTT CAGAAGTTGT TTTGGCCTCA GCCAGTGGAG AAACCCACAT AGTAATTCCA 
CTTCGTGAGA GAACAAGAGA GGCTATGGGA GTTCTTGATG TGAACATCGG ACGGAGTAGG 
ATGTTGTTGT ATCAAGAATA CAAAGATCTA CAGAAAATGA TAAAGATGAT CCAAACTGCC 
TGCTATGAAA TATTGGGAGA ATTCTCTGGA GAAATAAAGA AAAACTTGGT CCTAGAGATG 
GAGAAGGCAG GAGAAGTCAA GCGTGCAGGC ATTCTCTTCT TCCGAACGAT GCTGCAGGAG 
CTGCTAAAAG GCTTAGAACT AGACTCCCCA GGACAAGTGG AAGGAAAAGG CAACCCCAGA 
GAGGACAGCC ACACTCCTCA GGCATACAAC ATTATACTAA CATTTCTTTT TCTTGATGCA 
GGTCATTCCA GAACTGAAGT ATGGAAATTT GGCAATACTG TCATAGAACT CCTATATCAC 
TGGATAAACA TTTGTTCAAT TCTCATGGAA CTAAACAAAA CACAAAATAG TTCTATTTTA 
CCTCCACTGC CCTCTAAATA TGACAAGTAT ATATATGCAA AAATGCCAAA GAAAACCTTG 
CCAGAGAAAA GCTGA

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

RefSeq	XP_008827047.1
CDS	1..4155
Translation	MVIQSAKNCFPVGFNACSKGGNSPLALQKPMAAKIIGHKVQPKSSIDLTKDSHAVSKNVVIRKPAKVIFGTGETELKSKTVQPWKKNLCERMEARAQAMQQRMLEQGALKKEQEQKIAKKLPEDNLAKEWFNTESMTLTTRVYLLDNLLPTLIPGVEQMLMQVEKKKLLTKADIPAKFDPINYLGEYLMRNNTHYIKDPGMSGYQRVMKDVMEDLKIHVPDTISHRVSKMKENIKQKRQQREYISRVKGKVASMRRQALEEQFSEWVLDAKGMIPMVVIQNVLYDFFKKPGLNLESHCKDLDVTDLIEPGLNQVQFIEYLSTHTADLKSDTFEEFLKHLCHSADEFREVIKTDIRRQMFAELFLQCDSAKVKALNRQRTLALLEAFYDQSPRTLRSLLRNPRQWPFVEFEEIELPEFWGDMDIQKHIYEDFDEVVLKMNVLLSEKHVGKPQENEQRLSTVPPNLPQQQREISAEQEPGTESITDQLTVEQGRGSTSEQGSLRDSIAEQDTHTQQDLNREDEPHRGSVSELEQHRASVAAGQRRRSSAEQGHRISASEGESLRGSMIDQGQYKRSTGQRKGSGVSASEYGKQEELVVEESLKESEQGPLADATIREEQEVDSASQPEQSSALGTSTKSEHIQMASQEEKPLQQISKEEVVMNSELQEEVPTSSKRDHLSVTSKKDAQKDKSCEPKSQNIDGKSWSGEFLTCNWKMKYVKYEDEEQAKLICGDPRFTDLHAIIRNLQSYKEVKGRSDFNGVSFNLLQFVQVLETFVGEDTPLSVSQNLTSFFQKGYVETKGEKMSSLEQVRQKAFQIRRGLLLEALFQKWDNDGSGFLDLNEVDELLYSYKEGMEKESMKKAKLHIQFPEPHPGHEVKLSSKQFQKYIELVVSELRGNEDQVLDSVVEFLVNSLVRSHTEGLRNCARQKWLHQIQYAAETSGVSLEPVYTETFKALMQDAEAHGNKKISAHISLLEENLLLPDRGNVLLRNVACTLDDAPFVLNKVLYRDMEGISFTVVDEGKPIHVPQVQHHGNIFFWNNSRNKNEHNGSFLALPLQDAYMRIFGVLAVDTLRDPQEINIFLPHEIRFYQGVANVFSTAYHYVHSREHILHTVTTGISWLYNITSGITSITTCFVEPSPGQEDCVLRNMMLTEQLGLTEIHTAPPTILRKSCIFRDFLFKCTDTSEVVLASASGETHIVIPLRERTREAMGVLDVNIGRSRMLLYQEYKDLQKMIKMIQTACYEILGEFSGEIKKNLVLEMEKAGEVKRAGILFFRTMLQELLKGLELDSPGQVEGKGNPREDSHTPQAYNIILTFLFLDAGHSRTEVWKFGNTVIELLYHWINICSILMELNKTQNSSILPPLPSKYDKYIYAKMPKKTLPEKS

Target ORF information:

RefSeq Version	XM_008828825.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili EF-hand calcium binding domain 5 (Efcab5), mRNA.

Target ORF information:

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

XM_008828825.1

ORF Insert Sequence:

ATGGTTATAC AGAGTGCAAA GAACTGCTTT CCAGTTGGAT TTAACGCCTG CTCCAAAGGA 
GGAAACTCCC CTCTGGCACT GCAAAAACCC ATGGCTGCGA AGATCATAGG CCATAAAGTG 
CAGCCAAAAT CCTCAATTGA TTTAACAAAG GATTCTCATG CAGTTTCAAA GAATGTTGTG 
ATTAGAAAAC CTGCAAAAGT GATTTTTGGC ACAGGTGAAA CTGAACTGAA ATCAAAGACA 
GTGCAACCAT GGAAGAAAAA TCTTTGTGAG AGAATGGAAG CAAGGGCCCA GGCAATGCAG 
CAGAGAATGC TAGAGCAGGG GGCCCTGAAG AAGGAACAAG AGCAAAAGAT TGCAAAAAAG 
CTCCCTGAGG ATAACTTGGC CAAAGAGTGG TTTAACACTG AAAGCATGAC TTTGACCACC 
CGTGTGTATC TGCTGGATAA CCTTCTACCC ACCTTGATTC CTGGTGTAGA ACAAATGTTA 
ATGCAAGTAG AAAAGAAGAA ACTTTTGACC AAAGCAGACA TTCCAGCCAA GTTTGACCCA 
ATTAATTATT TGGGGGAATA TTTAATGAGA AATAATACTC ATTATATCAA AGATCCAGGA 
ATGTCTGGTT ACCAGAGGGT GATGAAAGAT GTCATGGAAG ACCTGAAGAT ACATGTTCCT 
GATACCATCA GCCACAGAGT GTCCAAGATG AAGGAGAATA TTAAACAGAA AAGACAACAG 
AGAGAGTACA TAAGCAGAGT CAAAGGCAAG GTGGCCAGCA TGAGGAGACA GGCTTTGGAG 
GAACAGTTCA GTGAATGGGT CCTGGATGCC AAAGGGATGA TTCCTATGGT TGTGATTCAG 
AATGTGCTTT ATGATTTTTT TAAGAAGCCA GGCTTAAATC TTGAATCACA TTGCAAAGAC 
CTGGATGTGA CCGACTTAAT AGAACCAGGA CTGAACCAAG TGCAATTCAT AGAATACCTC 
TCTACACACA CTGCAGACTT GAAAAGTGAC ACTTTTGAGG AATTCCTTAA GCATCTTTGC 
CACAGTGCAG ATGAATTCCG AGAGGTCATA AAAACTGACA TCCGAAGACA GATGTTTGCT 
GAACTCTTCC TACAGTGTGA CAGTGCAAAG GTGAAGGCTT TGAATCGGCA AAGAACGTTG 
GCCTTGCTGG AAGCATTCTA TGACCAAAGT CCACGAACAC TTAGGAGTTT ACTCCGAAAC 
CCAAGACAAT GGCCTTTTGT AGAATTTGAG GAGATAGAGT TGCCTGAGTT CTGGGGAGAC 
ATGGATATTC AGAAACACAT TTATGAAGAT TTTGATGAAG TAGTCTTAAA GATGAATGTA 
TTACTTTCTG AAAAACATGT TGGTAAACCC CAAGAAAATG AACAGAGACT ATCAACAGTA 
CCACCAAACC TACCACAACA GCAGAGGGAG ATAAGTGCAG AACAAGAACC AGGTACAGAG 
TCAATAACAG ATCAGCTCAC TGTAGAACAA GGAAGAGGGT CAACTTCAGA GCAGGGATCA 
CTCAGAGACT CCATAGCAGA ACAAGATACA CACACACAGC AGGACTTAAA TAGAGAAGAT 
GAGCCACACA GAGGGTCAGT TTCAGAACTT GAGCAACACA GAGCATCAGT AGCAGCAGGA 
CAACGCAGAA GGTCGTCTGC AGAACAAGGA CATAGAATAT CAGCTTCAGA AGGAGAATCA 
CTCAGAGGAT CAATGATAGA TCAAGGACAG TACAAAAGAT CCACAGGTCA GCGCAAAGGG 
TCAGGAGTGT CAGCTTCAGA ATATGGAAAA CAAGAAGAGT TGGTAGTAGA AGAGTCACTG 
AAAGAGTCAG AACAAGGACC ACTGGCAGAC GCCACTATTC GAGAAGAGCA GGAGGTAGAC 
TCAGCCTCAC AACCAGAGCA AAGTAGTGCC TTAGGAACAA GTACAAAATC TGAACACATT 
CAAATGGCAT CACAAGAAGA AAAGCCTTTG CAGCAAATAA GCAAGGAAGA AGTAGTCATG 
AATTCTGAAC TACAGGAGGA AGTTCCTACA TCAAGCAAAA GAGATCATCT TTCAGTAACT 
TCAAAAAAGG ATGCTCAAAA AGACAAATCC TGTGAACCCA AGTCCCAAAA TATAGATGGA 
AAGTCATGGT CAGGTGAATT TTTGACTTGT AACTGGAAAA TGAAGTATGT CAAATATGAA 
GATGAGGAAC AGGCAAAATT AATCTGTGGT GACCCCAGGT TCACAGACCT ACACGCAATT 
ATCAGAAATT TACAGTCTTA CAAGGAAGTA AAAGGTAGGA GCGACTTCAA TGGAGTTTCC 
TTCAATTTGC TCCAGTTTGT GCAAGTCCTG GAGACATTTG TTGGTGAAGA TACCCCCTTG 
AGTGTCAGTC AGAACCTCAC CTCCTTTTTT CAGAAGGGCT ATGTTGAAAC AAAAGGAGAA 
AAAATGAGTT CTTTAGAACA GGTTAGACAA AAGGCTTTCC AAATCCGACG GGGACTTCTC 
CTAGAAGCCC TCTTTCAGAA GTGGGACAAT GATGGTTCAG GCTTTCTAGA TCTGAATGAA 
GTTGATGAAC TCTTGTATTC ATATAAGGAG GGAATGGAAA AAGAATCTAT GAAGAAAGCT 
AAACTACACA TCCAGTTTCC AGAGCCACAC CCTGGTCATG AGGTAAAATT GTCTTCAAAA 
CAATTTCAAA AATACATAGA ATTGGTTGTA TCTGAACTCA GGGGCAATGA AGATCAAGTT 
CTGGATAGTG TTGTGGAATT TCTCGTGAAT TCTTTGGTGA GGAGCCATAC TGAAGGTCTG 
AGGAATTGTG CAAGACAGAA ATGGCTACAT CAAATCCAGT ATGCTGCAGA GACAAGTGGG 
GTGTCCCTGG AGCCAGTGTA CACTGAGACC TTCAAGGCCC TCATGCAGGA TGCTGAGGCA 
CATGGAAATA AGAAGATCAG TGCTCACATT TCCCTCTTAG AAGAAAACTT ACTACTGCCA 
GATAGAGGGA ACGTGCTCTT GAGGAATGTG GCTTGTACCC TTGATGATGC TCCATTTGTA 
CTGAACAAAG TACTTTACAG AGATATGGAG GGAATCAGCT TTACAGTAGT TGATGAAGGC 
AAGCCAATCC ATGTCCCCCA AGTTCAGCAC CATGGGAACA TCTTCTTCTG GAACAATTCC 
CGCAATAAGA ATGAGCACAA TGGGTCTTTC CTGGCTCTAC CTCTTCAGGA TGCATATATG 
AGGATCTTTG GGGTCCTGGC AGTTGACACT CTTCGAGATC CCCAGGAAAT AAACATATTT 
CTACCACACG AGATCAGATT CTATCAGGGT GTTGCCAATG TTTTCAGCAC GGCCTATCAC 
TATGTTCACA GCAGGGAGCA CATCTTACAC ACCGTGACCA CTGGCATTAG CTGGCTCTAC 
AATATCACAT CTGGGATCAC CTCCATTACT ACATGCTTTG TTGAGCCTAG CCCAGGCCAG 
GAAGACTGTG TTTTGCGCAA TATGATGCTT ACAGAGCAGC TAGGTCTAAC AGAAATTCAT 
ACAGCTCCCC CTACCATCTT GAGGAAGTCA TGCATCTTCA GAGATTTCCT CTTTAAGTGC 
ACAGACACTT CAGAAGTTGT TTTGGCCTCA GCCAGTGGAG AAACCCACAT AGTAATTCCA 
CTTCGTGAGA GAACAAGAGA GGCTATGGGA GTTCTTGATG TGAACATCGG ACGGAGTAGG 
ATGTTGTTGT ATCAAGAATA CAAAGATCTA CAGAAAATGA TAAAGATGAT CCAAACTGCC 
TGCTATGAAA TATTGGGAGA ATTCTCTGGA GAAATAAAGA AAAACTTGGT CCTAGAGATG 
GAGAAGGCAG GAGAAGTCAA GCGTGCAGGC ATTCTCTTCT TCCGAACGAT GCTGCAGGAG 
CTGCTAAAAG GCTTAGAACT AGACTCCCCA GGACAAGTGG AAGGAAAAGG CAACCCCAGA 
GAGGACAGCC ACACTCCTCA GGCATACAAC ATTATACTAA CATTTCTTTT TCTTGATGCA 
GGTCATTCCA GAACTGAAGT ATGGAAATTT GGCAATACTG TCATAGAACT CCTATATCAC 
TGGATAAACA TTTGTTCAAT TCTCATGGAA CTAAACAAAA CACAAAATAG TTCTATTTTA 
CCTCCACTGC CCTCTAAATA TGACAAGTAT ATATATGCAA AAATGCCAAA GAAAACCTTG 
CCAGAGAAAA GCTGA