AKNA cDNA ORF clone, Nanorana parkeri

Gene
Clones
gRNAs

Summary

Gene Symbol	AKNA
Entrez Gene ID	108795630
Full Name	AT-hook transcription factor
Gene Type	protein-coding
Organism	Nanorana parkeri

mRNA and Protein(s)

mRNA	Protein	Name
XM_018566919.1	XP_018422421.1	AT-hook-containing transcription factor

Pathways from BioSystems
Gene Ontology

The following AKNA gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AKNA 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
ONa63427	XM_018566919.1 Latest version!	Nanorana parkeri AT-hook transcription factor (AKNA), 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)

AKNA ( XM_018566919.1 ) cDNA ORF clone, Nanorana parkeri -> XP_018422421.1 Nanorana parkeri AT-hook transcription factor (AKNA), mRNA.

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CloneID	ONa63427
Clone ID Related Accession (Same CDS sequence)	XM_018566919.1
Accession Version	XM_018566919.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3813bp) 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	2016-09-29
Organism	Nanorana parkeri
Product	AT-hook-containing transcription factor
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017307256.1) 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 :: Nanorana parkeri Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 21% of CDS bases ##RefSeq-Attributes-END##

ATGGATGGCT ACAACAGGCA GGAGCAAATT GGCAGCAGTG AAGATGAGGA TCAGAACTTT 
GTAAGGTATA TGGATGAGGA TGGAGTCATT GGATTAAAGG AAGGCGGAAT GGAACTATAT 
AACCAAGGAT TTATAGAAGA GGATGAAACT GAACAACAAA AAATACTAGG TTTGGAAATA 
GGAGACATGT TGGAGCAAGA TGAAGAAGGA ATTTTGTTCC CAGCATCCCC TACAGATGGT 
GACAGATCAG ATAGTCAAAG CTGGAAAGAG CAATTTAGTT TTTCCCAAAT GCCAGAAGAA 
AGAAGGAACC AAGAAATAAT TAGCATTCAT GATACCGATG ATCTCACTTT TTTGGACCAA 
CCTAGCAGGT CAATTACTTT GCCTTCTGCA CTTGAACGAA GACCTCCAAG CAGGGACCAA 
CAGCTGGATA TGACTGAAGA TGAGGTGGAT CAAGGGAGTT CCCTGGGAGC ATGGGATGGG 
AATGAAGAAG AAAACTGGAA CACACAACAA TTGGGATTGC TCTATAATGG AACTGAACAT 
GAAAGGCTTG ACGACTATGG ACAAACTTTA GCAGGGGAAG ATCAGTGGAA CAACTTACCT 
GGATCCCCTC AAGAAGATTA CTCTAACATT TCAAAGAATC AGGGAGGTGA AGCTATTAAA 
GAGTCCCACT CACCATCATC TCCTCCACTT CCTAGCACTT GGGACACTAG ACTATTTGGC 
ATGTTGAGTC TATCACCTGG TATAGAAGCT GAGACTCTTC CAGAACCCTC ACATACAGAT 
AGTGGCGAAG GATCAGCCGT CATTCCTTTT GGAGATCATG GAAAGGTTTC CAGAGTTACA 
AAGTTGTCCA ATCAGACTAC ATATTTAAGA ACTAAGTCTA CCTTATCACC TTCCTCTTCG 
ACCAAAAGGC AGAACGCACA GCATTCTAAT GAAAAGAAAA GCAAAAATTC AACCATTGAA 
CAATATGGCA GAGGTCAGCT CAACTACCCT TTGCCTGATT TTTCTAAAGT TGGTCCCCGG 
GTCCGATTTC CCCGTGATGA CCAGGGTTAT CGTCCTCCTC AGCCACAAAG GCTAGAAAAG 
CAAAGTGCCC CTACTCTCTT TAAATCACCA GCAGATATAG TAAGAGAGGT CCTGCTGAGC 
AGTGTTGAAA AGCCTGCCCA GGAACCAACC ATTCCACCCT CAGTACCACA AGAGTTCAAA 
ACCCCACAGC AAGCCACCCA ACTTGTTCAT CAGCTACAGG AGGATTATCA CAAGCTGCTC 
ACTAAGTATG CAGAGGCTGA AAATACGATT GACCGTCTGC GCCTTGGAGC TAAAGTACAG 
CTCTACTCTG ACCCTGCAAA ACCAAGCCAC AGTGTTCAAA TGGGAACAGT CATGCAAGGG 
TCAAAAGTCA TGGAGTTCAC CATACATCAT GCACAGGTGG CAAACTTCAG TGCAGTAAAT 
GAAGACAATG ATATAACCAA AAGGGACACA GGTTCCTCTG CTCCACGGAA TCATTCAGCA 
ACTCCCTCAG ATGCCACTTT ACCAGGTACC TCAGGTTCTT CCATTCTTCA GGGACCTGAA 
GACAGTGCTT CCATTCTAAG ATCACACCTG GAGACCCTTT ATAGAGAGGT CGACCTTTTC 
GTGGGGCTGT TGCAAGGGGG AAATTTGACT CCTGAAGAAC AACAACAGGC TGTGCAAGAG 
CTCCGTGGCT CTCTAGATGT GCTAGAACGC AGGTACTTAC AGGCTCAGGA GCAGTATCGT 
CAAGAACAAC GACGCACTGG GTACCCATCT CTGGAGCTGG ATCCACAAAG AGAACTTGAA 
GATGCCATAT TCCAATTGGG AGTCCAACTG GATGAGTTAC AAGAAAGAGT AGACCATTCC 
GCCCAGTCCA ACCCTAGCAC AGACCTCACA CGTAGTACTC GCCATTTGGA TAATGTCCCA 
TTGCCATCAG CTGTAGTGCC TGTTCCAACT ACTCAGACAC CGTACCCACA GGCGACATCC 
CCAGGCCCCC CTGGATTGCC TGGTACAGGT ATGAGAACAT CAGATAAAGA GGATCCAGAG 
GAATATTTAC CTCAACCGCT CCACTACAAA CACATGCAGG TGGAAAAGGA TTATGGAGCT 
TTGCTGTCCA CATATAGCAG CTTTAAATCC CTTCCTGATG CCCTGGGACA GGAGCAGGAT 
GAGTGGCCTC AGCAGAATCC ACCAATTGCC AGACCACATG ATCACGAAAA CAACAGCACT 
GGACAGGGGC AATTTCAAGC TTCCAGATCA CAGGACCATG CCAGACCACA TGATCACCAA 
GATAGCAGCA CTGCACAGGG GCATTTTGAA GCCTCCAGAT TACAGGACAA TGCACAAGCT 
AGAAGACCAC TTGGGATGAT GACTCCTGTT AGTAGTCATA ATGAGCATGC ACAGGCTGTC 
AATTCACAAG ACCACCAATT ACAAACTAAG GCAAAGCGCC AATCTCCAAG GACCAGTCAG 
CAGTATTATC CAAAGTCCAT TGCTTCTCAA AACTTTCCAC CCGATCGTCT ATCACTGAGC 
TCCTCATTGC CCCGGCTGAA GGAACAGTCT CCTCGGACCC CCACCATCGA GTTTTCTGCC 
AGTGAGGAAA GCATCCAGGG ATCCCCGTCT CATAAAAGCA CCAAGAATGT CGGTCCTTTG 
AGCCACAACG AGTCACCAAT TACTCTTAAA GAAAGCATTG CACAGAGGAG GATTTTGTCC 
CCAGAAACAG ATAGTGGTTT CCTTGGTTCA GAGAGTGGAC GGTGCTTTCC GCTCCACAAA 
CAGAGACATC AGCTGAGCCC AAATAGAAGA GAAGACGCTG TAGCAACACA AGATTCCTCT 
AATGCTGCTG TGAAAAATGA AAGGCGACGC TCTAAAAACA GCAGTGGTAA CTTCTACAGT 
ACCCGCAAAG TGTTACGTGA CAATAGAACG CAGAACAACC CCTGGGTTGG CCCATCAGAA 
GCTAGCTCTC CCTCTTTGGG GCCGAAGAGC CTGACTGAAA GCGAGAGCCG GGAAGAAAGT 
CACACTGATG AATCGGACTC AGAACGGGAA AGATCTAACA ATGTTATTGG TGATGTGTCT 
TCTGGAGCCT CTCTGCTTCC TTCACCTACT GACGAGCCAA CCCAGCCTCT CAGGAACATT 
ATGGAGTCTC GCACAGCAAG AAATCAGGCC ATCCATGATT TACAGAAGGA AGTGACTCAG 
CTTCGTCACC ACTTAGAGAA CAGCCTGACC CGATCACCAG CCCGAGGGAA GCTGTGGAAG 
CCAACTGCTG CTAAGAAGCA ACATGAGGCG GACGTTCCTC ACTTTTCCCC TGGCTTGGAT 
TCAACTATTT ACAGACATCG GGCTCCAGTA AATGAAACAA GGACAGTTAC CATGAAAACA 
TCAAAGGAGG ATGAAAGTGT CCTTCCCACA CACCCAGCCT GTCTGTTTTG CATGGGAAAG 
AGTGGATCTT ATAATGCACC AAGAACTGGA ATGAGTAATG ATGAAAACAG GCGTCATCGA 
AGGAATAAGC ATTGCCAGCA CTGGTATATG AGTCATCCTC CTCCAGTAGG CTATGTTCCC 
AGTCCACCTG TGCCATACAG CCCTCCTGTC ATATACAGCA CTCCACCTGG CATCTATGTT 
CCTGTTGAGT ATAATGTTAC TGACATACGA TCTTCATTTG CTGTGGCTCC TCCCCCTAAT 
TCAGACATCG GAGACCTGTA TGATTTAAGC TACCCTTTGA GCCAGGCACT AGATGCAGCC 
CAAGAACTGA AAATAACCAG CAAACGAATG TGCCAATCTC TGACCACAGA CCTCAGCATG 
CAGCGCAGTC TTCGAGGTTC CTGTCTTTTC TAG

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

RefSeq	XP_018422421.1
CDS	111..3923
Translation	MDGYNRQEQIGSSEDEDQNFVRYMDEDGVIGLKEGGMELYNQGFIEEDETEQQKILGLEIGDMLEQDEEGILFPASPTDGDRSDSQSWKEQFSFSQMPEERRNQEIISIHDTDDLTFLDQPSRSITLPSALERRPPSRDQQLDMTEDEVDQGSSLGAWDGNEEENWNTQQLGLLYNGTEHERLDDYGQTLAGEDQWNNLPGSPQEDYSNISKNQGGEAIKESHSPSSPPLPSTWDTRLFGMLSLSPGIEAETLPEPSHTDSGEGSAVIPFGDHGKVSRVTKLSNQTTYLRTKSTLSPSSSTKRQNAQHSNEKKSKNSTIEQYGRGQLNYPLPDFSKVGPRVRFPRDDQGYRPPQPQRLEKQSAPTLFKSPADIVREVLLSSVEKPAQEPTIPPSVPQEFKTPQQATQLVHQLQEDYHKLLTKYAEAENTIDRLRLGAKVQLYSDPAKPSHSVQMGTVMQGSKVMEFTIHHAQVANFSAVNEDNDITKRDTGSSAPRNHSATPSDATLPGTSGSSILQGPEDSASILRSHLETLYREVDLFVGLLQGGNLTPEEQQQAVQELRGSLDVLERRYLQAQEQYRQEQRRTGYPSLELDPQRELEDAIFQLGVQLDELQERVDHSAQSNPSTDLTRSTRHLDNVPLPSAVVPVPTTQTPYPQATSPGPPGLPGTGMRTSDKEDPEEYLPQPLHYKHMQVEKDYGALLSTYSSFKSLPDALGQEQDEWPQQNPPIARPHDHENNSTGQGQFQASRSQDHARPHDHQDSSTAQGHFEASRLQDNAQARRPLGMMTPVSSHNEHAQAVNSQDHQLQTKAKRQSPRTSQQYYPKSIASQNFPPDRLSLSSSLPRLKEQSPRTPTIEFSASEESIQGSPSHKSTKNVGPLSHNESPITLKESIAQRRILSPETDSGFLGSESGRCFPLHKQRHQLSPNRREDAVATQDSSNAAVKNERRRSKNSSGNFYSTRKVLRDNRTQNNPWVGPSEASSPSLGPKSLTESESREESHTDESDSERERSNNVIGDVSSGASLLPSPTDEPTQPLRNIMESRTARNQAIHDLQKEVTQLRHHLENSLTRSPARGKLWKPTAAKKQHEADVPHFSPGLDSTIYRHRAPVNETRTVTMKTSKEDESVLPTHPACLFCMGKSGSYNAPRTGMSNDENRRHRRNKHCQHWYMSHPPPVGYVPSPPVPYSPPVIYSTPPGIYVPVEYNVTDIRSSFAVAPPPNSDIGDLYDLSYPLSQALDAAQELKITSKRMCQSLTTDLSMQRSLRGSCLF

Target ORF information:

RefSeq Version	XM_018566919.1
Organism	Nanorana parkeri
Definition	Nanorana parkeri AT-hook transcription factor (AKNA), mRNA.

Target ORF information:

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

XM_018566919.1

ORF Insert Sequence:

ATGGATGGCT ACAACAGGCA GGAGCAAATT GGCAGCAGTG AAGATGAGGA TCAGAACTTT 
GTAAGGTATA TGGATGAGGA TGGAGTCATT GGATTAAAGG AAGGCGGAAT GGAACTATAT 
AACCAAGGAT TTATAGAAGA GGATGAAACT GAACAACAAA AAATACTAGG TTTGGAAATA 
GGAGACATGT TGGAGCAAGA TGAAGAAGGA ATTTTGTTCC CAGCATCCCC TACAGATGGT 
GACAGATCAG ATAGTCAAAG CTGGAAAGAG CAATTTAGTT TTTCCCAAAT GCCAGAAGAA 
AGAAGGAACC AAGAAATAAT TAGCATTCAT GATACCGATG ATCTCACTTT TTTGGACCAA 
CCTAGCAGGT CAATTACTTT GCCTTCTGCA CTTGAACGAA GACCTCCAAG CAGGGACCAA 
CAGCTGGATA TGACTGAAGA TGAGGTGGAT CAAGGGAGTT CCCTGGGAGC ATGGGATGGG 
AATGAAGAAG AAAACTGGAA CACACAACAA TTGGGATTGC TCTATAATGG AACTGAACAT 
GAAAGGCTTG ACGACTATGG ACAAACTTTA GCAGGGGAAG ATCAGTGGAA CAACTTACCT 
GGATCCCCTC AAGAAGATTA CTCTAACATT TCAAAGAATC AGGGAGGTGA AGCTATTAAA 
GAGTCCCACT CACCATCATC TCCTCCACTT CCTAGCACTT GGGACACTAG ACTATTTGGC 
ATGTTGAGTC TATCACCTGG TATAGAAGCT GAGACTCTTC CAGAACCCTC ACATACAGAT 
AGTGGCGAAG GATCAGCCGT CATTCCTTTT GGAGATCATG GAAAGGTTTC CAGAGTTACA 
AAGTTGTCCA ATCAGACTAC ATATTTAAGA ACTAAGTCTA CCTTATCACC TTCCTCTTCG 
ACCAAAAGGC AGAACGCACA GCATTCTAAT GAAAAGAAAA GCAAAAATTC AACCATTGAA 
CAATATGGCA GAGGTCAGCT CAACTACCCT TTGCCTGATT TTTCTAAAGT TGGTCCCCGG 
GTCCGATTTC CCCGTGATGA CCAGGGTTAT CGTCCTCCTC AGCCACAAAG GCTAGAAAAG 
CAAAGTGCCC CTACTCTCTT TAAATCACCA GCAGATATAG TAAGAGAGGT CCTGCTGAGC 
AGTGTTGAAA AGCCTGCCCA GGAACCAACC ATTCCACCCT CAGTACCACA AGAGTTCAAA 
ACCCCACAGC AAGCCACCCA ACTTGTTCAT CAGCTACAGG AGGATTATCA CAAGCTGCTC 
ACTAAGTATG CAGAGGCTGA AAATACGATT GACCGTCTGC GCCTTGGAGC TAAAGTACAG 
CTCTACTCTG ACCCTGCAAA ACCAAGCCAC AGTGTTCAAA TGGGAACAGT CATGCAAGGG 
TCAAAAGTCA TGGAGTTCAC CATACATCAT GCACAGGTGG CAAACTTCAG TGCAGTAAAT 
GAAGACAATG ATATAACCAA AAGGGACACA GGTTCCTCTG CTCCACGGAA TCATTCAGCA 
ACTCCCTCAG ATGCCACTTT ACCAGGTACC TCAGGTTCTT CCATTCTTCA GGGACCTGAA 
GACAGTGCTT CCATTCTAAG ATCACACCTG GAGACCCTTT ATAGAGAGGT CGACCTTTTC 
GTGGGGCTGT TGCAAGGGGG AAATTTGACT CCTGAAGAAC AACAACAGGC TGTGCAAGAG 
CTCCGTGGCT CTCTAGATGT GCTAGAACGC AGGTACTTAC AGGCTCAGGA GCAGTATCGT 
CAAGAACAAC GACGCACTGG GTACCCATCT CTGGAGCTGG ATCCACAAAG AGAACTTGAA 
GATGCCATAT TCCAATTGGG AGTCCAACTG GATGAGTTAC AAGAAAGAGT AGACCATTCC 
GCCCAGTCCA ACCCTAGCAC AGACCTCACA CGTAGTACTC GCCATTTGGA TAATGTCCCA 
TTGCCATCAG CTGTAGTGCC TGTTCCAACT ACTCAGACAC CGTACCCACA GGCGACATCC 
CCAGGCCCCC CTGGATTGCC TGGTACAGGT ATGAGAACAT CAGATAAAGA GGATCCAGAG 
GAATATTTAC CTCAACCGCT CCACTACAAA CACATGCAGG TGGAAAAGGA TTATGGAGCT 
TTGCTGTCCA CATATAGCAG CTTTAAATCC CTTCCTGATG CCCTGGGACA GGAGCAGGAT 
GAGTGGCCTC AGCAGAATCC ACCAATTGCC AGACCACATG ATCACGAAAA CAACAGCACT 
GGACAGGGGC AATTTCAAGC TTCCAGATCA CAGGACCATG CCAGACCACA TGATCACCAA 
GATAGCAGCA CTGCACAGGG GCATTTTGAA GCCTCCAGAT TACAGGACAA TGCACAAGCT 
AGAAGACCAC TTGGGATGAT GACTCCTGTT AGTAGTCATA ATGAGCATGC ACAGGCTGTC 
AATTCACAAG ACCACCAATT ACAAACTAAG GCAAAGCGCC AATCTCCAAG GACCAGTCAG 
CAGTATTATC CAAAGTCCAT TGCTTCTCAA AACTTTCCAC CCGATCGTCT ATCACTGAGC 
TCCTCATTGC CCCGGCTGAA GGAACAGTCT CCTCGGACCC CCACCATCGA GTTTTCTGCC 
AGTGAGGAAA GCATCCAGGG ATCCCCGTCT CATAAAAGCA CCAAGAATGT CGGTCCTTTG 
AGCCACAACG AGTCACCAAT TACTCTTAAA GAAAGCATTG CACAGAGGAG GATTTTGTCC 
CCAGAAACAG ATAGTGGTTT CCTTGGTTCA GAGAGTGGAC GGTGCTTTCC GCTCCACAAA 
CAGAGACATC AGCTGAGCCC AAATAGAAGA GAAGACGCTG TAGCAACACA AGATTCCTCT 
AATGCTGCTG TGAAAAATGA AAGGCGACGC TCTAAAAACA GCAGTGGTAA CTTCTACAGT 
ACCCGCAAAG TGTTACGTGA CAATAGAACG CAGAACAACC CCTGGGTTGG CCCATCAGAA 
GCTAGCTCTC CCTCTTTGGG GCCGAAGAGC CTGACTGAAA GCGAGAGCCG GGAAGAAAGT 
CACACTGATG AATCGGACTC AGAACGGGAA AGATCTAACA ATGTTATTGG TGATGTGTCT 
TCTGGAGCCT CTCTGCTTCC TTCACCTACT GACGAGCCAA CCCAGCCTCT CAGGAACATT 
ATGGAGTCTC GCACAGCAAG AAATCAGGCC ATCCATGATT TACAGAAGGA AGTGACTCAG 
CTTCGTCACC ACTTAGAGAA CAGCCTGACC CGATCACCAG CCCGAGGGAA GCTGTGGAAG 
CCAACTGCTG CTAAGAAGCA ACATGAGGCG GACGTTCCTC ACTTTTCCCC TGGCTTGGAT 
TCAACTATTT ACAGACATCG GGCTCCAGTA AATGAAACAA GGACAGTTAC CATGAAAACA 
TCAAAGGAGG ATGAAAGTGT CCTTCCCACA CACCCAGCCT GTCTGTTTTG CATGGGAAAG 
AGTGGATCTT ATAATGCACC AAGAACTGGA ATGAGTAATG ATGAAAACAG GCGTCATCGA 
AGGAATAAGC ATTGCCAGCA CTGGTATATG AGTCATCCTC CTCCAGTAGG CTATGTTCCC 
AGTCCACCTG TGCCATACAG CCCTCCTGTC ATATACAGCA CTCCACCTGG CATCTATGTT 
CCTGTTGAGT ATAATGTTAC TGACATACGA TCTTCATTTG CTGTGGCTCC TCCCCCTAAT 
TCAGACATCG GAGACCTGTA TGATTTAAGC TACCCTTTGA GCCAGGCACT AGATGCAGCC 
CAAGAACTGA AAATAACCAG CAAACGAATG TGCCAATCTC TGACCACAGA CCTCAGCATG 
CAGCGCAGTC TTCGAGGTTC CTGTCTTTTC TAG