KIAA0825 cDNA ORF clone, Myotis brandtii(Brandt's bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA0825
Entrez Gene ID	102255098
Full Name	KIAA0825 ortholog
Gene Type	protein-coding
Organism	Myotis brandtii(Brandt's bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014543966.1	XP_014399452.1	uncharacterized protein KIAA0825 homolog

Pathways from BioSystems
Gene Ontology

The following KIAA0825 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA0825 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
OMy49594	XM_014543966.1 Latest version!	Myotis brandtii KIAA0825 ortholog (KIAA0825), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

KIAA0825 ( XM_014543966.1 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_014399452.1 Myotis brandtii KIAA0825 ortholog (KIAA0825), mRNA.

Price & Availability↑

CloneID	OMy49594
Clone ID Related Accession (Same CDS sequence)	XM_014543966.1
Accession Version	XM_014543966.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) 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	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
Product	uncharacterized protein KIAA0825 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005363247.1) 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 :: Myotis brandtii Annotation Release 101 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##

ATGGACTGGG GAGATGAATA TTCCCATAAT TCCTTTGACC TACATTGTTT GTTAAATTCA 
TTTCCTGGAG ACTTGGAGTT TAAGCAGATC TTCAGTGATA TTGATGAAAA GATAGAACAA 
AATGCTGCAA GCATAGAACA TTGCATTAAA GAAATACAGT CCGAAGTCAA CAAACAATGT 
CCAGATGTGC AGTTGCAGAC AACAACTGAC TGTTTTGAAT GGTTAAATAA CTATAATTAT 
AATTCATCCA AGTCACCTTC TATTCCCCAT GGAGATTTGA TAAAATTTCT CAAAACACTG 
CAAGATTTGT TGAAGAATGA ACAAAATCAA GAAGAAATGA TACTGGATTT ACTTTGGGAC 
CTCTCCTGTC AGAGCAGCAT TTCATTTCCA TCAACTCTAA GTTGGACATC TTTCCACTTC 
CTCTCTAGGA CTTCTCTTCA TTCTGTTGAA GATCATTCCT CTATGGATGT AAAGTCTATA 
TGGGATGATA TCAGATTACA TCTTCGACGC TTCTTAGTGG GCAAATTACA AAGCCATAAT 
GAAATAAACA ATTTGCAGCA GAAAATTCTG TTGAAAAATC AGTGCATACA ACAACTCTTG 
TTTCTTTATC CAGAATCAGA AGTTATAGTC AAGTATCAAA ATATACAGAA TAAACTTCTG 
CAGAACTGCT TTCCTTCTTA TAGCAGGGAA TCAAATTTAG ACGTAATGGT TCATGGATAC 
CAAAGTACAA TGCTTAGGTT ATACTCAATG ATAGAAGAGG ATTTTAACAC ACTGCATGAA 
ATTTTAGCTC CATCCTCAAC AGTGAAATTC ATTAAAGAAA CCTACCTGGA TACTGTTACA 
GAAGAAATAT CAAAATTTCT TGCAAATTTT TGTGAGTTGC AGTTCAAAGA AAGTGCTGCC 
CGAGTGACTA AAACAAGCAA GAGTTCCAGC AGGCATAGAG GAGCAGTGCA TGCTTTGGTT 
ACTCCTGAAT GCCCACAGAA AGGACAAAAT TTTTTTATTT CCTTAGATGA ACTTGAATTC 
TTATCACAGC TTATAAAATC CTTTTTGAAG CTGGAAAAAA ATGTTCAAGA ATTGTTTGAA 
GAAATTTTTT TATCACTCAA GATACCAAGG AACAATAAAT CAGGAATTTT GGTCACATCC 
AATAGAGAGA CTATAATAGA GAAACCTAGA GCAAATGAAA CCAATATTTC TTCAGAGCAA 
TTGCTACTAG GAAAAGAGAC TACTCTACTA GATTTTGACT GGAGAAGTGC ATTTAAAGAA 
GTGTCTCTTC CCATGGCACA CTGTATAACA ACAGCAATAG AAGATTTTTC CATAAAAATT 
CTCCAACAGG AGCACAATGA AAGGTCTTCA GCTGTGACCT ATGCTATGAA CCTTATAAAT 
GTCCAACAAG TTTGGCAAGA CAGCTGTGTG GTTCCTGAGG AGGACCAACC AAAGAAAATT 
GCAAAGTTTT GTTCTGACAT CATGGAAAAA CTTGACACAA TGCTTCCACT GGCTCTGGCA 
TGCAGAGATG ATTCTTTCCA GGAAATTAGA GCACACTTTG TGGAGGCCTG TTGTAAAGTG 
GCAACAGCTG TCCTGGCGAG ACTGCAAGAG AGAGTCCAGG AGTTTCCTTC CCAAGCTCCC 
CTGGAAAACC TGCACACAGT GCTCTCCACG GCCGTGTATA TCTTCCAGCA TTTTACTCGA 
TATGATAATT TGATGAAAGA AAATACTAAC AAACCCATAT TCCTGGTGCC TGTCCAGCGA 
TATCAGGAAT TCATCAACAC TCTCCAGTTT CAGGTTACGG ACTACTGCGT CAGAGTTTGT 
GCTACAAGCA TTTTACAGGA TGCTGAGAGC CACCACTGGG ATGACTACAA AGCTTTTTAT 
GAGGGGGAAA GATGCTCCTT CTCACTCCAG ATGTGGCATT ATTTCTTCTG GGCTCTTCAT 
CATGATCTCT GGACCATTCT ACCCCCCAAG TTAGCCCAGA AGATTCTAAC AGAAGTTCTG 
GAGAAGTCTT TGGGTCTACT GGCCTCCAGA TATGCTCGGG CCTGTCCCAG TTACAAGAGA 
ACTCCGCAGA TAAGACTTGA TGTCACAACA ATTTTAATAT GCACTGAGAA CATGTTATGG 
TCAGTTTGCA CATCTGTACA GAAACTTTTG AATCCTCATG AATATATAGA TGATAAAATT 
TTTAAAATTT ATACCCATTG TAATAATCTG TTGACAACAT TAGTCATTTT GACTTCACCA 
TTAACTGACT TATATCAGGC CTTTCAGCAT GACATAGATG ATTCTGCTTC AGATTCCTTA 
AAACCACTTT TTAAGCAACC ATTACATTGG CTTTCTTGCA TATCGCATTT CCATCCTTCT 
TCACTCAGGA CTCCATCAGC TGGACAACTG ACAACTGAGG GTCAATTGAA ACTGCTGTTA 
GCCCAGCCAG GTTGTAATTG GAACCTGCTT CTGGAAACTC TACTGCATCA GGATGGTTTT 
TTGCTGAAAA TCTTGCTGAA GAGCTCAAAA TGCACCTTTC AAGAACAAGG TCCTGATACA 
GAAAATACTA TGAAGCAAGT ACCCACGTTG GTGGAAGCCA TCTTTAAAAT ACTATATTAT 
TGCAATTTTT CTCCACAAAC ATTTGGGAAT GTTTTTGTGA GCTACATGGA AGAAGAACAA 
TTATGGGACT TTTTATATAA CATTCCAGTC TCAACGTGCA TGGAGTCTGA GCGAGAGGTC 
ATCCGATGCT TGAGATTGGC ACTCACCGAT GCTGTCAAGG ACATTATACA GCAGATCACA 
TCTGTGATGA GCTCTAGGAG AAACTTCGAG ACAAACCTAA ACAAGCATAG TGTTCCTGAA 
CGTCTGTGTG AGAGCATTCC AAAAGAATGG AATTATATTC CAAAAGAAAC CAAAAGGAAA 
GAATCAAGCA AAGGCTTCAC AAGGCTTGCT GCTCAGGCAG TATCTATTGT AATCAGCAAG 
TTACCTACGG TGATTGCATG TTTGCCTCCC CCAATTAAAT ACTTCTTTTT TCTGTCTGAG 
AGAAAAATGT CAGAAAACTT TGTTGACTTG AAGAAAGCTA GCCTGCTTGT CTGGAACTTG 
ATTGTAATTA TATGTCGGAT ATTTGAGGAT GGAAACACTG TGGAACTTTT AACAGGTGCT 
TCCCTTGACA GATGGAGTAA AGAGAAACTC AGTTTAATCT GTGTGTGTTT GAAAGGCATC 
ATGGGAGAGC AGACAAGTAG CCCTAATCAA ATGACCCAAA AGGTCATACA GAGCATTGAG 
CAGCAAAAAC CCAACTGGAT TAAATGCCAA TTGCTGAAAG CCAGGAAATT GAGCACCGAA 
TGGGCATTTA TGACAATAGA GAAAAGTACA GCCTTAGAAG AAGGAGATAT TGCTCTTGAA 
CTGACTGAGC AGAAAATAAA CATGATGGTC CTGGATATCT GCCACAAACC AGGTGGCAGC 
GAGTACCTGA GGCAAATTTA TCACATCATG CGGCTCAATG AGGAGTATTT AAAAGAACAG 
CTGTTTTCTA TGAATGGTTC AGAGGAAAAG CCATTACCCA TCCGACCTTT AAAAACAACC 
TTGAGGAGTG TGGAAGATCA GCCTTCTGCC TTTAACCCTT TCCATGTGTA CAAGGCGTTC 
AGTGAAAACA TGCTAGATCA GTCAGCCATC ACAAAATGGA ACTGGAATTG GTCAAACTTG 
CTGCCAAATT ACCTGGGACT GGATAAGATG ACCTTCAGTG TACTGCTCAG AAACAGGTGG 
GAAATGAGAA AGGATGAAAA ACTAGAAGAG GAAGAAAAAG TAATGTTGGA ACATTTAAAA 
CGAATTTGCA ACATCCAGAA CTCTTCTGCC TCAGATACCA AGGAGGAAGA GTAA

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

RefSeq	XP_014399452.1
CDS	221..4054
Translation	MDWGDEYSHNSFDLHCLLNSFPGDLEFKQIFSDIDEKIEQNAASIEHCIKEIQSEVNKQCPDVQLQTTTDCFEWLNNYNYNSSKSPSIPHGDLIKFLKTLQDLLKNEQNQEEMILDLLWDLSCQSSISFPSTLSWTSFHFLSRTSLHSVEDHSSMDVKSIWDDIRLHLRRFLVGKLQSHNEINNLQQKILLKNQCIQQLLFLYPESEVIVKYQNIQNKLLQNCFPSYSRESNLDVMVHGYQSTMLRLYSMIEEDFNTLHEILAPSSTVKFIKETYLDTVTEEISKFLANFCELQFKESAARVTKTSKSSSRHRGAVHALVTPECPQKGQNFFISLDELEFLSQLIKSFLKLEKNVQELFEEIFLSLKIPRNNKSGILVTSNRETIIEKPRANETNISSEQLLLGKETTLLDFDWRSAFKEVSLPMAHCITTAIEDFSIKILQQEHNERSSAVTYAMNLINVQQVWQDSCVVPEEDQPKKIAKFCSDIMEKLDTMLPLALACRDDSFQEIRAHFVEACCKVATAVLARLQERVQEFPSQAPLENLHTVLSTAVYIFQHFTRYDNLMKENTNKPIFLVPVQRYQEFINTLQFQVTDYCVRVCATSILQDAESHHWDDYKAFYEGERCSFSLQMWHYFFWALHHDLWTILPPKLAQKILTEVLEKSLGLLASRYARACPSYKRTPQIRLDVTTILICTENMLWSVCTSVQKLLNPHEYIDDKIFKIYTHCNNLLTTLVILTSPLTDLYQAFQHDIDDSASDSLKPLFKQPLHWLSCISHFHPSSLRTPSAGQLTTEGQLKLLLAQPGCNWNLLLETLLHQDGFLLKILLKSSKCTFQEQGPDTENTMKQVPTLVEAIFKILYYCNFSPQTFGNVFVSYMEEEQLWDFLYNIPVSTCMESEREVIRCLRLALTDAVKDIIQQITSVMSSRRNFETNLNKHSVPERLCESIPKEWNYIPKETKRKESSKGFTRLAAQAVSIVISKLPTVIACLPPPIKYFFFLSERKMSENFVDLKKASLLVWNLIVIICRIFEDGNTVELLTGASLDRWSKEKLSLICVCLKGIMGEQTSSPNQMTQKVIQSIEQQKPNWIKCQLLKARKLSTEWAFMTIEKSTALEEGDIALELTEQKINMMVLDICHKPGGSEYLRQIYHIMRLNEEYLKEQLFSMNGSEEKPLPIRPLKTTLRSVEDQPSAFNPFHVYKAFSENMLDQSAITKWNWNWSNLLPNYLGLDKMTFSVLLRNRWEMRKDEKLEEEEKVMLEHLKRICNIQNSSASDTKEEE

Target ORF information:

RefSeq Version	XM_014543966.1
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii KIAA0825 ortholog (KIAA0825), mRNA.

Target ORF information:

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

XM_014543966.1

ORF Insert Sequence:

ATGGACTGGG GAGATGAATA TTCCCATAAT TCCTTTGACC TACATTGTTT GTTAAATTCA 
TTTCCTGGAG ACTTGGAGTT TAAGCAGATC TTCAGTGATA TTGATGAAAA GATAGAACAA 
AATGCTGCAA GCATAGAACA TTGCATTAAA GAAATACAGT CCGAAGTCAA CAAACAATGT 
CCAGATGTGC AGTTGCAGAC AACAACTGAC TGTTTTGAAT GGTTAAATAA CTATAATTAT 
AATTCATCCA AGTCACCTTC TATTCCCCAT GGAGATTTGA TAAAATTTCT CAAAACACTG 
CAAGATTTGT TGAAGAATGA ACAAAATCAA GAAGAAATGA TACTGGATTT ACTTTGGGAC 
CTCTCCTGTC AGAGCAGCAT TTCATTTCCA TCAACTCTAA GTTGGACATC TTTCCACTTC 
CTCTCTAGGA CTTCTCTTCA TTCTGTTGAA GATCATTCCT CTATGGATGT AAAGTCTATA 
TGGGATGATA TCAGATTACA TCTTCGACGC TTCTTAGTGG GCAAATTACA AAGCCATAAT 
GAAATAAACA ATTTGCAGCA GAAAATTCTG TTGAAAAATC AGTGCATACA ACAACTCTTG 
TTTCTTTATC CAGAATCAGA AGTTATAGTC AAGTATCAAA ATATACAGAA TAAACTTCTG 
CAGAACTGCT TTCCTTCTTA TAGCAGGGAA TCAAATTTAG ACGTAATGGT TCATGGATAC 
CAAAGTACAA TGCTTAGGTT ATACTCAATG ATAGAAGAGG ATTTTAACAC ACTGCATGAA 
ATTTTAGCTC CATCCTCAAC AGTGAAATTC ATTAAAGAAA CCTACCTGGA TACTGTTACA 
GAAGAAATAT CAAAATTTCT TGCAAATTTT TGTGAGTTGC AGTTCAAAGA AAGTGCTGCC 
CGAGTGACTA AAACAAGCAA GAGTTCCAGC AGGCATAGAG GAGCAGTGCA TGCTTTGGTT 
ACTCCTGAAT GCCCACAGAA AGGACAAAAT TTTTTTATTT CCTTAGATGA ACTTGAATTC 
TTATCACAGC TTATAAAATC CTTTTTGAAG CTGGAAAAAA ATGTTCAAGA ATTGTTTGAA 
GAAATTTTTT TATCACTCAA GATACCAAGG AACAATAAAT CAGGAATTTT GGTCACATCC 
AATAGAGAGA CTATAATAGA GAAACCTAGA GCAAATGAAA CCAATATTTC TTCAGAGCAA 
TTGCTACTAG GAAAAGAGAC TACTCTACTA GATTTTGACT GGAGAAGTGC ATTTAAAGAA 
GTGTCTCTTC CCATGGCACA CTGTATAACA ACAGCAATAG AAGATTTTTC CATAAAAATT 
CTCCAACAGG AGCACAATGA AAGGTCTTCA GCTGTGACCT ATGCTATGAA CCTTATAAAT 
GTCCAACAAG TTTGGCAAGA CAGCTGTGTG GTTCCTGAGG AGGACCAACC AAAGAAAATT 
GCAAAGTTTT GTTCTGACAT CATGGAAAAA CTTGACACAA TGCTTCCACT GGCTCTGGCA 
TGCAGAGATG ATTCTTTCCA GGAAATTAGA GCACACTTTG TGGAGGCCTG TTGTAAAGTG 
GCAACAGCTG TCCTGGCGAG ACTGCAAGAG AGAGTCCAGG AGTTTCCTTC CCAAGCTCCC 
CTGGAAAACC TGCACACAGT GCTCTCCACG GCCGTGTATA TCTTCCAGCA TTTTACTCGA 
TATGATAATT TGATGAAAGA AAATACTAAC AAACCCATAT TCCTGGTGCC TGTCCAGCGA 
TATCAGGAAT TCATCAACAC TCTCCAGTTT CAGGTTACGG ACTACTGCGT CAGAGTTTGT 
GCTACAAGCA TTTTACAGGA TGCTGAGAGC CACCACTGGG ATGACTACAA AGCTTTTTAT 
GAGGGGGAAA GATGCTCCTT CTCACTCCAG ATGTGGCATT ATTTCTTCTG GGCTCTTCAT 
CATGATCTCT GGACCATTCT ACCCCCCAAG TTAGCCCAGA AGATTCTAAC AGAAGTTCTG 
GAGAAGTCTT TGGGTCTACT GGCCTCCAGA TATGCTCGGG CCTGTCCCAG TTACAAGAGA 
ACTCCGCAGA TAAGACTTGA TGTCACAACA ATTTTAATAT GCACTGAGAA CATGTTATGG 
TCAGTTTGCA CATCTGTACA GAAACTTTTG AATCCTCATG AATATATAGA TGATAAAATT 
TTTAAAATTT ATACCCATTG TAATAATCTG TTGACAACAT TAGTCATTTT GACTTCACCA 
TTAACTGACT TATATCAGGC CTTTCAGCAT GACATAGATG ATTCTGCTTC AGATTCCTTA 
AAACCACTTT TTAAGCAACC ATTACATTGG CTTTCTTGCA TATCGCATTT CCATCCTTCT 
TCACTCAGGA CTCCATCAGC TGGACAACTG ACAACTGAGG GTCAATTGAA ACTGCTGTTA 
GCCCAGCCAG GTTGTAATTG GAACCTGCTT CTGGAAACTC TACTGCATCA GGATGGTTTT 
TTGCTGAAAA TCTTGCTGAA GAGCTCAAAA TGCACCTTTC AAGAACAAGG TCCTGATACA 
GAAAATACTA TGAAGCAAGT ACCCACGTTG GTGGAAGCCA TCTTTAAAAT ACTATATTAT 
TGCAATTTTT CTCCACAAAC ATTTGGGAAT GTTTTTGTGA GCTACATGGA AGAAGAACAA 
TTATGGGACT TTTTATATAA CATTCCAGTC TCAACGTGCA TGGAGTCTGA GCGAGAGGTC 
ATCCGATGCT TGAGATTGGC ACTCACCGAT GCTGTCAAGG ACATTATACA GCAGATCACA 
TCTGTGATGA GCTCTAGGAG AAACTTCGAG ACAAACCTAA ACAAGCATAG TGTTCCTGAA 
CGTCTGTGTG AGAGCATTCC AAAAGAATGG AATTATATTC CAAAAGAAAC CAAAAGGAAA 
GAATCAAGCA AAGGCTTCAC AAGGCTTGCT GCTCAGGCAG TATCTATTGT AATCAGCAAG 
TTACCTACGG TGATTGCATG TTTGCCTCCC CCAATTAAAT ACTTCTTTTT TCTGTCTGAG 
AGAAAAATGT CAGAAAACTT TGTTGACTTG AAGAAAGCTA GCCTGCTTGT CTGGAACTTG 
ATTGTAATTA TATGTCGGAT ATTTGAGGAT GGAAACACTG TGGAACTTTT AACAGGTGCT 
TCCCTTGACA GATGGAGTAA AGAGAAACTC AGTTTAATCT GTGTGTGTTT GAAAGGCATC 
ATGGGAGAGC AGACAAGTAG CCCTAATCAA ATGACCCAAA AGGTCATACA GAGCATTGAG 
CAGCAAAAAC CCAACTGGAT TAAATGCCAA TTGCTGAAAG CCAGGAAATT GAGCACCGAA 
TGGGCATTTA TGACAATAGA GAAAAGTACA GCCTTAGAAG AAGGAGATAT TGCTCTTGAA 
CTGACTGAGC AGAAAATAAA CATGATGGTC CTGGATATCT GCCACAAACC AGGTGGCAGC 
GAGTACCTGA GGCAAATTTA TCACATCATG CGGCTCAATG AGGAGTATTT AAAAGAACAG 
CTGTTTTCTA TGAATGGTTC AGAGGAAAAG CCATTACCCA TCCGACCTTT AAAAACAACC 
TTGAGGAGTG TGGAAGATCA GCCTTCTGCC TTTAACCCTT TCCATGTGTA CAAGGCGTTC 
AGTGAAAACA TGCTAGATCA GTCAGCCATC ACAAAATGGA ACTGGAATTG GTCAAACTTG 
CTGCCAAATT ACCTGGGACT GGATAAGATG ACCTTCAGTG TACTGCTCAG AAACAGGTGG 
GAAATGAGAA AGGATGAAAA ACTAGAAGAG GAAGAAAAAG TAATGTTGGA ACATTTAAAA 
CGAATTTGCA ACATCCAGAA CTCTTCTGCC TCAGATACCA AGGAGGAAGA GTAA