ZBTB38 cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	ZBTB38
Entrez Gene ID	104408706
Full Name	zinc finger and BTB domain containing 38
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010018380.1	XP_010016682.1	zinc finger and BTB domain-containing protein 38

Pathways from BioSystems
Gene Ontology

The following ZBTB38 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ZBTB38 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
ONe116111	XM_010018380.1 Latest version!	Nestor notabilis zinc finger and BTB domain containing 38 (ZBTB38), 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)

ZBTB38 ( XM_010018380.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010016682.1 Nestor notabilis zinc finger and BTB domain containing 38 (ZBTB38), mRNA.

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CloneID	ONe116111
Clone ID Related Accession (Same CDS sequence)	XM_010018380.1
Accession Version	XM_010018380.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3579bp) 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	2014-10-30
Organism	Nestor notabilis(Kea)
Product	zinc finger and BTB domain-containing protein 38
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009936509.1) 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 :: Nestor notabilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAGTCA TGTCCCATTC AAAGGATCTC AAGGACGACT TCCACAGTGA CACTGTGCTT 
TCCATTTTAA ATGAACAGCG CATTCGGGGC ATTTTATGTG ACGTCACCAT CATTGTGGAA 
GACACCAAAT TTAAAGCCCA TAGTAATGTG CTGGCAGCTT CAAGCCTTTA CTTTAAAAAC 
ATTTTTTGGA GTCGTACTAT CTGTATTTCA GGTCATGTAC TGGAGTTAGA TGATCTCAAA 
GCTGAAGTGT TTACAGAAAT ACTGAATTAC ATCTACAGTT CCACAGTAGT TGTTAAGAGG 
CAGGAGACTG TAACGGACCT TGCAGCTGCA GGGAAAAAAC TGGGAATATC ATTTCTAGAA 
GATCTTACAG ATGTTAATTT TTCTAGTTCC CCCTGCCCCT ATGCATACTG TATTAATGAA 
AAAGGGACTG TCAAAGAGGA AAAGCATGAA AAGAGACATG AAGACTCCGC TGTGACGAAT 
GGACCACGCA TTACAAATGC ATTCTCAATT TTTGAAACAG AAAACAGTTT GTTTTCTCCA 
CTTGATTTGA GGGCAAGCTT TAAAAAGGTA TCTGAGACAA CGCAACCTCC CAGCATCAGC 
CTTGACAGAA GCGACGTCTG CAAAGATGCT GAGCCAGCAA GTACACTGGC TGAACACTCC 
TATGCGGTTT CTTCTGGGGG AGACACTTTT CAAGGAACAC CCTTTCTTGA GCAGGACAGC 
AGCCCTTCAT ACAAGGCGGG TGAAGACCAC TATGAAAATA TCCAAGCCAC ACCACTTGTT 
CAGCCGGGAA AACAAGCATG TAGTACTTCT AAAACAGCCT TTAAGCCCCA AAGTACTGGT 
TTGGCTGTAG CAAAAGTACC TGCCTCGACA GTAACCACTA CAGAAACCCA AAAAGAAGCA 
GTTACTGATC AGACAATTAC TCCCCTTCCA AACCCTCAAA ATAAAGCAGG AGATTTGCAT 
TTACCCAGAG AAGAGGAAAA CAGTTCTGCT GACGCTTCTG GATCTGTGAC GACTGTTGTT 
CCACCCGTTT ACAATTGTAA CTGTTGTGCA GAATCATTCA ATGACAGGGC GTTACTTACT 
ACTCATCTTC AGCTTCACTC AGAGCAACAG GAAACTTTCA AATGCAAATA CTGCAGCAAA 
CAATTTGCAA ATCTAAATAT ACTGGAAAGT CATGAACAAG TCTGCATGAG ATCAAGTGGC 
TTACCAGTTC ACAATGGAAA TGAACACAAC TTTGAGGATA ACTATACTGC TGCGGATGGA 
AGGAATGGAA GTTCATATGC AAATGCAGAG CCTCTATTGT CTGAGAACAG CATCACTGAT 
TATTCTAATG CAAACCGCAC TTTACCAGAA ACAGATCATT TGGTTAAAGT CGTTGACGGG 
CAGATATTAT ACACTTGCGT TGTTTGCAAG CGTAGCTATG TAACATTGTC TAGCCTTCGA 
AGACATGCAA ATGTGCATTC ATGGAGAAGA ACATATCCTT GTCACTACTG CAATAAAGTA 
TTCGCATTAG CTGAGTATCG CACCAGACAT GAGATCTGGC ACACTGGAGA AAGACGGTAC 
CAGTGCATTT TCTGTCTGGA GACTTTTATG ACTTACTATA TACTAAAAAA TCATCAGAAG 
TCTTTCCATG CGATTGACCA TCGTCTCTCA GTAAATAAAA AGACAGCAAA TGGAGGCTTA 
AAACCAAGTA TGTACCCATA CAAACTTTAT CGACTCTTAC CTATGAAATG CAGGCGACTA 
CCTTATAAGT CTTACCGAAA TTCTTCATAT GAAAATGTTC AAACAAGTAG CCAAGTTAAT 
GAAACTGCTT CTACTAACTG TTTCATTCAG AGTTCTCTTA GCTCTGAGCT ACCACCACTG 
AATTTTCAAC ATAATATAAT AGCAACAAAC AGAACTCTTG CCTTGGATAC GTCCTCATGT 
AATGATGCAG CAGCTTCCAC AAACACTCAG AATTCTTCCT CTTGGGGAGT AGGAATCTTA 
AATTCTGACC TGCAAAGAGA CTTTTTCACA GCTGAAAAAA GAGTTTCCAC TGCTCCAAAT 
GACTCTGCTT CTCAGGAGTG CGATTCCTCA GTTGTGTCTT TAACTAATGT GACTGAAAAC 
TCAACCTCTG TCATCAGTTA CAGCAGTTCT GCTCCCTCTG TTATAATGCA CAGTAGCAGA 
GTTTCATCAG TTATAATGCA CAGCAAAACA ATTACTTCTG TAGAAAACAA TAAAACACAA 
TCTTCAAATA ATCTACCTAG TCAATCTGTA AGTGATGATT GTAAATATGG GTCAGATAAT 
TACGGGAAGT GCATAACAAA ATCAAAAACT ATTAAGGATA AAAAGAAAAC ACTGCTGTAC 
AACAGAGCAG AAGCAACTGA GGATTTGCAG CATGTCACAG GATCTGGAGG GTCTTCTAGC 
AAAACAACAA ATACTGTCCA AGAATCAAGT AAAACTGAAA CATACATTGC AAAGCCTGCC 
CTACCTGGAA CATCTACTGA CAGCAATGTT GCACCTCTTT GTCAAATAAC AGTAAAAATT 
GGTAATGAGG CTATTGTAAA AAGACATATA TTAGGATCTA AGCTGTTTTG TAAAAGGGGA 
CGAAAATCTA AACACGAGTC CAAACAGGAC AATCTAACTG AGGAATCGGA AATGGAGATG 
AAAGAAAGAA GCCCATCTAG GCTTTATAGC TCGGAATGCC TGGAGCTGAC AGAAATGTGT 
GATGACGTAA GTGACCAGGA CTCCAGCGAT AAACCTTGGA GACCCTATTA TAATTACAAA 
CCAAAAAAGA AATCCAAACA GCTAAGAAAA ATGAAAAAGA CCAAATGGAG GAAAAAGCAC 
GGAAGCAAGA ACACCACTAT GGAAAGCCAC AACACGTGCA GTCGAGAGTA TGCGCTCAGG 
AATGCTCCTG AGGAAAAGGC AATCAGTCAA GAAGAGAATG CAGAAATGCC TAATCTTCAT 
TGTGAGCTCT GTGAAAGAGA TCAGTCTTCC ACTGCAGAAA TTCAAGAGCA CGTACACTGG 
CATGGATCTG CATCAAAGCC TTACACTTGT GAATTATGCC AAAAACAGTT TCAAAGTCCA 
TCCACTTTGA AAATGCATAT GAGGTGTCAC ACTGGGGAAA AGCCCTACAC TTGCAAGACC 
TGTGGTAAAT GTTTCTCAGT TCCTGGTAAT CTACAGAAAC ATGAACGTAT TCACCTGGGT 
GTCAAAGACT TTGTCTGCCA ATACTGTAAT AAGGCGTTCA CTTTAAATGA AACGCTCAAA 
ATACATGAAA GAATTCATAC TGGAGAAAAA CGCTATCACT GTCAGTTCTG CTTTCAGAGC 
TTCTTGTACC TTTCTACCAA AAGGAACCAT GAGCAAAGGC ATGTACGTGA GCATAATGGC 
AAAGGATATG CTTGCTTTCA GTGCCCCAAA ATTTGCAAGA CAGCAGCTGC TCTGGGAATG 
CACCAGAAGA AACATCTGTT CAAAAGTCCA GGTCCACAAG ATAGAAAGGA ACAGCTTTGC 
AATGAAAGCA CTAAACTTTT GGAAAATCCA CATTTCCCTG GCTCGGAAGG AAGCGAGGTA 
AAAAATACAC AAAATGTAAC TCCAGAAGTT ATACTCTGA

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

RefSeq	XP_010016682.1
CDS	1..3579
Translation	MTVMSHSKDLKDDFHSDTVLSILNEQRIRGILCDVTIIVEDTKFKAHSNVLAASSLYFKNIFWSRTICISGHVLELDDLKAEVFTEILNYIYSSTVVVKRQETVTDLAAAGKKLGISFLEDLTDVNFSSSPCPYAYCINEKGTVKEEKHEKRHEDSAVTNGPRITNAFSIFETENSLFSPLDLRASFKKVSETTQPPSISLDRSDVCKDAEPASTLAEHSYAVSSGGDTFQGTPFLEQDSSPSYKAGEDHYENIQATPLVQPGKQACSTSKTAFKPQSTGLAVAKVPASTVTTTETQKEAVTDQTITPLPNPQNKAGDLHLPREEENSSADASGSVTTVVPPVYNCNCCAESFNDRALLTTHLQLHSEQQETFKCKYCSKQFANLNILESHEQVCMRSSGLPVHNGNEHNFEDNYTAADGRNGSSYANAEPLLSENSITDYSNANRTLPETDHLVKVVDGQILYTCVVCKRSYVTLSSLRRHANVHSWRRTYPCHYCNKVFALAEYRTRHEIWHTGERRYQCIFCLETFMTYYILKNHQKSFHAIDHRLSVNKKTANGGLKPSMYPYKLYRLLPMKCRRLPYKSYRNSSYENVQTSSQVNETASTNCFIQSSLSSELPPLNFQHNIIATNRTLALDTSSCNDAAASTNTQNSSSWGVGILNSDLQRDFFTAEKRVSTAPNDSASQECDSSVVSLTNVTENSTSVISYSSSAPSVIMHSSRVSSVIMHSKTITSVENNKTQSSNNLPSQSVSDDCKYGSDNYGKCITKSKTIKDKKKTLLYNRAEATEDLQHVTGSGGSSSKTTNTVQESSKTETYIAKPALPGTSTDSNVAPLCQITVKIGNEAIVKRHILGSKLFCKRGRKSKHESKQDNLTEESEMEMKERSPSRLYSSECLELTEMCDDVSDQDSSDKPWRPYYNYKPKKKSKQLRKMKKTKWRKKHGSKNTTMESHNTCSREYALRNAPEEKAISQEENAEMPNLHCELCERDQSSTAEIQEHVHWHGSASKPYTCELCQKQFQSPSTLKMHMRCHTGEKPYTCKTCGKCFSVPGNLQKHERIHLGVKDFVCQYCNKAFTLNETLKIHERIHTGEKRYHCQFCFQSFLYLSTKRNHEQRHVREHNGKGYACFQCPKICKTAAALGMHQKKHLFKSPGPQDRKEQLCNESTKLLENPHFPGSEGSEVKNTQNVTPEVIL

Target ORF information:

RefSeq Version	XM_010018380.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis zinc finger and BTB domain containing 38 (ZBTB38), mRNA.

Target ORF information:

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

XM_010018380.1

ORF Insert Sequence:

ATGACAGTCA TGTCCCATTC AAAGGATCTC AAGGACGACT TCCACAGTGA CACTGTGCTT 
TCCATTTTAA ATGAACAGCG CATTCGGGGC ATTTTATGTG ACGTCACCAT CATTGTGGAA 
GACACCAAAT TTAAAGCCCA TAGTAATGTG CTGGCAGCTT CAAGCCTTTA CTTTAAAAAC 
ATTTTTTGGA GTCGTACTAT CTGTATTTCA GGTCATGTAC TGGAGTTAGA TGATCTCAAA 
GCTGAAGTGT TTACAGAAAT ACTGAATTAC ATCTACAGTT CCACAGTAGT TGTTAAGAGG 
CAGGAGACTG TAACGGACCT TGCAGCTGCA GGGAAAAAAC TGGGAATATC ATTTCTAGAA 
GATCTTACAG ATGTTAATTT TTCTAGTTCC CCCTGCCCCT ATGCATACTG TATTAATGAA 
AAAGGGACTG TCAAAGAGGA AAAGCATGAA AAGAGACATG AAGACTCCGC TGTGACGAAT 
GGACCACGCA TTACAAATGC ATTCTCAATT TTTGAAACAG AAAACAGTTT GTTTTCTCCA 
CTTGATTTGA GGGCAAGCTT TAAAAAGGTA TCTGAGACAA CGCAACCTCC CAGCATCAGC 
CTTGACAGAA GCGACGTCTG CAAAGATGCT GAGCCAGCAA GTACACTGGC TGAACACTCC 
TATGCGGTTT CTTCTGGGGG AGACACTTTT CAAGGAACAC CCTTTCTTGA GCAGGACAGC 
AGCCCTTCAT ACAAGGCGGG TGAAGACCAC TATGAAAATA TCCAAGCCAC ACCACTTGTT 
CAGCCGGGAA AACAAGCATG TAGTACTTCT AAAACAGCCT TTAAGCCCCA AAGTACTGGT 
TTGGCTGTAG CAAAAGTACC TGCCTCGACA GTAACCACTA CAGAAACCCA AAAAGAAGCA 
GTTACTGATC AGACAATTAC TCCCCTTCCA AACCCTCAAA ATAAAGCAGG AGATTTGCAT 
TTACCCAGAG AAGAGGAAAA CAGTTCTGCT GACGCTTCTG GATCTGTGAC GACTGTTGTT 
CCACCCGTTT ACAATTGTAA CTGTTGTGCA GAATCATTCA ATGACAGGGC GTTACTTACT 
ACTCATCTTC AGCTTCACTC AGAGCAACAG GAAACTTTCA AATGCAAATA CTGCAGCAAA 
CAATTTGCAA ATCTAAATAT ACTGGAAAGT CATGAACAAG TCTGCATGAG ATCAAGTGGC 
TTACCAGTTC ACAATGGAAA TGAACACAAC TTTGAGGATA ACTATACTGC TGCGGATGGA 
AGGAATGGAA GTTCATATGC AAATGCAGAG CCTCTATTGT CTGAGAACAG CATCACTGAT 
TATTCTAATG CAAACCGCAC TTTACCAGAA ACAGATCATT TGGTTAAAGT CGTTGACGGG 
CAGATATTAT ACACTTGCGT TGTTTGCAAG CGTAGCTATG TAACATTGTC TAGCCTTCGA 
AGACATGCAA ATGTGCATTC ATGGAGAAGA ACATATCCTT GTCACTACTG CAATAAAGTA 
TTCGCATTAG CTGAGTATCG CACCAGACAT GAGATCTGGC ACACTGGAGA AAGACGGTAC 
CAGTGCATTT TCTGTCTGGA GACTTTTATG ACTTACTATA TACTAAAAAA TCATCAGAAG 
TCTTTCCATG CGATTGACCA TCGTCTCTCA GTAAATAAAA AGACAGCAAA TGGAGGCTTA 
AAACCAAGTA TGTACCCATA CAAACTTTAT CGACTCTTAC CTATGAAATG CAGGCGACTA 
CCTTATAAGT CTTACCGAAA TTCTTCATAT GAAAATGTTC AAACAAGTAG CCAAGTTAAT 
GAAACTGCTT CTACTAACTG TTTCATTCAG AGTTCTCTTA GCTCTGAGCT ACCACCACTG 
AATTTTCAAC ATAATATAAT AGCAACAAAC AGAACTCTTG CCTTGGATAC GTCCTCATGT 
AATGATGCAG CAGCTTCCAC AAACACTCAG AATTCTTCCT CTTGGGGAGT AGGAATCTTA 
AATTCTGACC TGCAAAGAGA CTTTTTCACA GCTGAAAAAA GAGTTTCCAC TGCTCCAAAT 
GACTCTGCTT CTCAGGAGTG CGATTCCTCA GTTGTGTCTT TAACTAATGT GACTGAAAAC 
TCAACCTCTG TCATCAGTTA CAGCAGTTCT GCTCCCTCTG TTATAATGCA CAGTAGCAGA 
GTTTCATCAG TTATAATGCA CAGCAAAACA ATTACTTCTG TAGAAAACAA TAAAACACAA 
TCTTCAAATA ATCTACCTAG TCAATCTGTA AGTGATGATT GTAAATATGG GTCAGATAAT 
TACGGGAAGT GCATAACAAA ATCAAAAACT ATTAAGGATA AAAAGAAAAC ACTGCTGTAC 
AACAGAGCAG AAGCAACTGA GGATTTGCAG CATGTCACAG GATCTGGAGG GTCTTCTAGC 
AAAACAACAA ATACTGTCCA AGAATCAAGT AAAACTGAAA CATACATTGC AAAGCCTGCC 
CTACCTGGAA CATCTACTGA CAGCAATGTT GCACCTCTTT GTCAAATAAC AGTAAAAATT 
GGTAATGAGG CTATTGTAAA AAGACATATA TTAGGATCTA AGCTGTTTTG TAAAAGGGGA 
CGAAAATCTA AACACGAGTC CAAACAGGAC AATCTAACTG AGGAATCGGA AATGGAGATG 
AAAGAAAGAA GCCCATCTAG GCTTTATAGC TCGGAATGCC TGGAGCTGAC AGAAATGTGT 
GATGACGTAA GTGACCAGGA CTCCAGCGAT AAACCTTGGA GACCCTATTA TAATTACAAA 
CCAAAAAAGA AATCCAAACA GCTAAGAAAA ATGAAAAAGA CCAAATGGAG GAAAAAGCAC 
GGAAGCAAGA ACACCACTAT GGAAAGCCAC AACACGTGCA GTCGAGAGTA TGCGCTCAGG 
AATGCTCCTG AGGAAAAGGC AATCAGTCAA GAAGAGAATG CAGAAATGCC TAATCTTCAT 
TGTGAGCTCT GTGAAAGAGA TCAGTCTTCC ACTGCAGAAA TTCAAGAGCA CGTACACTGG 
CATGGATCTG CATCAAAGCC TTACACTTGT GAATTATGCC AAAAACAGTT TCAAAGTCCA 
TCCACTTTGA AAATGCATAT GAGGTGTCAC ACTGGGGAAA AGCCCTACAC TTGCAAGACC 
TGTGGTAAAT GTTTCTCAGT TCCTGGTAAT CTACAGAAAC ATGAACGTAT TCACCTGGGT 
GTCAAAGACT TTGTCTGCCA ATACTGTAAT AAGGCGTTCA CTTTAAATGA AACGCTCAAA 
ATACATGAAA GAATTCATAC TGGAGAAAAA CGCTATCACT GTCAGTTCTG CTTTCAGAGC 
TTCTTGTACC TTTCTACCAA AAGGAACCAT GAGCAAAGGC ATGTACGTGA GCATAATGGC 
AAAGGATATG CTTGCTTTCA GTGCCCCAAA ATTTGCAAGA CAGCAGCTGC TCTGGGAATG 
CACCAGAAGA AACATCTGTT CAAAAGTCCA GGTCCACAAG ATAGAAAGGA ACAGCTTTGC 
AATGAAAGCA CTAAACTTTT GGAAAATCCA CATTTCCCTG GCTCGGAAGG AAGCGAGGTA 
AAAAATACAC AAAATGTAAC TCCAGAAGTT ATACTCTGA