PEX1 cDNA ORF clone, Parus major(Great Tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	PEX1
Entrez Gene ID	107200719
Full Name	peroxisomal biogenesis factor 1
Gene Type	protein-coding
Organism	Parus major(Great Tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015619570.2	XP_015475056.1	peroxisome biogenesis factor 1 isoform X1
XM_015619571.2	XP_015475057.1	peroxisome biogenesis factor 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following PEX1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PEX1 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
OPa169240	XM_015619570.2 Latest version!	Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OPa169241	XM_015619571.2 Latest version!	Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X2, 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)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

PEX1 ( XM_015619570.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015475056.1 Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPa169240
Clone ID Related Accession (Same CDS sequence)	XM_015619570.2
Accession Version	XM_015619570.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3873bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	peroxisome biogenesis factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031769.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015619570.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 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##

ATGTGGGGCT GTGGTGACTC CGGTGGAGCC GCCGCCGCCA CCGTCGTTCT GAGCGGGACC 
CGTGACTGCT TCCTGCACCT GCCGCCCGCG CTGGCCTCGC TCCTCCGCCT GCAGCAGGGT 
CAAGCTGTGA AAGTATCCTG TGGTCATCAG TCAGTATTTT TGAGCTGGAT GGAAACTAGG 
CATCGAGATC ACCGGAGTGA AAATACTGCA GAGATTAACA GACATTTGGC AGAGAAACTT 
GGCATCACAG ATGGAGAACA GGTGTTTCTT GAACCCTGTT CCCATGTGTC CTCCTGTCAG 
CAAGTAGAAG TGGAACCACT CACAGCAGAT GATTGGGAAA TTCTGGAACT GCATGCTTCC 
TCCCTTGAAA GACATCTTCT TGACCAGATT CGAGTGGTGT TTCCAAGAGC CATCTTTCCT 
GTCTGGGTTG AGCAGCACAC CCACGTTTAC ATCAGAATTG GTACACTTGT GCCAGCAGCC 
CCATATGGGA GATTAGAGCC ATGCACGGAG CTTCTGATAT GTCCCAAAAC ACACGGACCT 
GAGGAGAATA TCACCAGCAC ACCTGCCACA GAAAGTGACA TCTTGCTCAA AAATTTTGTG 
AAAAATAACA TGGAACAAGA AGACACATTA AAGGATCCTT TTGCCAAACA ACCTTACTTA 
AAGTCTGGAG TCCTTGAACA GAGTAAGGCT GATGCAAACA TGACATTTGG CTCAAATGTT 
CTCCCAAATA TATGGAATTT CATAGGGAAC ATTTTCTCTA ATACATCAGA GCAGAAACAA 
AAGACTTTGT GTGATAATAA TGAAATGAGC GCCTTCAAAG ACAAGCTGCT GAACTTAATT 
CACATGGATT CCATTTTTAG AGTATGTCAG TCCCAGCCTC CCAGCGTACA GAATGTATCC 
ACCACTCATG AATTTCTGAA ATGCAATGCT GTTCACGTTT TTCCATGGAA TTTAGAATAT 
ATTGATTTGG ATCCAAATCC TGTAGTATCT TATGGGAAAA TTAATGAGCT GCTTTCCCCA 
AGAGCGCGTC ATCAAGAAGC AAAACAAAAT CTGCCACTTG AAAAGCAAAA TCATTTCATT 
AATACACAAG AAAAAAATCC TTCTAATTCT AATACTGGCC AAGCATCCAG TGAGGGATCT 
GTTGTTCAGA TCGTTTGGAA TGGATTTGAA GACCTAAAGA GTGTCATAGA GTATGGCCAC 
GATGGGGGAG CCCTGCATGC TGGAAGAGTT TGGATTGCAG ATGGTCTGCG AAAAAAACTA 
CATATTGAAA TACATTCAAC GGTCCGAATT AAGTCAGTTG AATCTATTCC TAAAATTCCT 
GTATCTCTTA CATTGCAACC CAAACAGAAC TTACATAAAG ATATACATGA AGATGATGTT 
AAATGTGCAT TCAGTTCTTG GCTGCAGGAT TGCACTACTG ATGATCATCC ATGGATAATG 
ACAAGCACAG ACTGTGTACA TCTGTCTGTT AAAGAAGGAA TGGAGGAGTT TGTCCTTAGT 
GCAGTGCATC CTGTGCACAT TGAAGAAAAT AAGTCTGAGA ATATTTTTAT GCTGAGTCCC 
AGTTTGCTGC AAAAGACAAA TATACAAGTT CTTTTACATC CTGTAAGTAG AAAAGCTGAT 
GATGACAACC AACCACCTAT GACTGATGGA GACAAGAACC TTCCATACCT CAAACTAAGT 
GATTTAGGAG GAGTGGGCAA ATTAGGAACA TCTTTATTTG AACACATAAG CCACAGTCTT 
CTGGGGCGTC CTTTATCTCA AAAGCTGGCT GCTAATGCTG TGGGACTGCG AAGTGGAGGG 
GTGCTTCTCA CAGGAGGAAA GGGAAGTGGA AAGTCAACAT TAGCAAAGGC CATCTGCAAA 
GAAGCTTTCA CTGAACTGGA TGCTCATGTA GAAATAATTG ACTGTAAAGC TTTAAGAGGA 
AAAAGATTAG TAAACATAAG GAAACATGTG GAAGAAGCTT TTTTAGAGGC AGCATGGAGA 
CAGCCATCCA TTCTTCTGAT GGATGATCTT GATCACATTG TTGGAGTACC TTCTACACCA 
GAGCATGAGA ACAGCCCTGA AACTGTTCAA AGCAATAGAC TTGCTTATGT TTTGAAAGAT 
CTGATGAAAG AAGTTATTTC CATGGGGAGT TTGATTGCAT TAATTGCTAC GAGTCAGTCT 
GAACATTCGC TTCATCCTTC CCTGGTTTCA GCACAAGGAA CTCATGTATT TCAGTGCTTC 
AAATGTATTC GAACTCCAGA TCAGAACCAA AGACGTGAAA TGCTGTATTC CATAATAAAG 
AAAAAACTGA ATTCTGATCC AAAGGACTTC TCTGATCTTG ACCTCCAGTG TATTGCAAAG 
GAAACAGAAG GTTTTGTTGC TAGAGATTTT ACTATGCTGG TTGATCGTGC CATTCATACC 
TGTGCTTCTA ACCAGAATGC ATCAGATGAT GGTGCAGATT TGAACCTGTC AACTGTGGAT 
TTTCAAAGGG CTCTAAAGGA TTTTACTCCA TTAGCTCTGA GAAATGTCAA TCTTCATAAA 
CCTAAAGACC TTGGCTGGGA CAGGATTGGT GGCTTAAAAG ATGTGAAGCA AATGCTCAGG 
GATACCATCA TGTTACCTGC AAAGTATCCA GAATTATTTG CAAGCCTGCC CATACGACAA 
AGATCAGGAG TTTTGCTGTA TGGAGCACCT GGAACAGGAA AAACATTGTT GGCAGGAGTG 
GTTGCGAGAG AGAGTGGAAT GAATTTCATC AGCATTAAGG GACCAGAGCT GCTCAGCAAG 
TACATTGGAG CAAGTGAACA AGCAGTTCGA GATATATTTA ACAGAGCTCA GGCAGCTAAG 
CCTTGTATTG TTTTCTTCGA TGAGTTTGAT TCTATTGCTC CTCGCCGAGG TCACGACAAC 
ACAGGAGTTA CTGACCGAGT GGTTAACCAG TTGTTGACTC AGTTAGATGG TGTGGAAGGC 
CTGCAAGGAG TTTATGTGCT AGCTGCTACC AGTCGCCCAG ATTTGATTGA CCCTGCTTTG 
TTAAGGCCAG GTCGACTGGA TAAATGCCTG TACTGTCCAC CTCCTGATCA GAACTCACGC 
TATGAAATCT TAAAAGCTCT CAGTCATTCC CTGTCCTTGG CAAATGATGT GGACTTTCAG 
GATTTGGCAT CAAAAACAGA ACAGTTCACA GGGGCTGACC TAAAAGCTTT ATTATACAAT 
GCCCAATTGG AAGCAATCCA TACTAATTTA AATTTAGGTT TAACACAGGA TTTTGGATCT 
AGTTCTGATA GTGACTTCAG TCTCTCTTCC ATGGTTTTTC TTAACCACAG CAGTGGCTCA 
GATGATTCAG CAATAGATGG AGAAGCGGGG CTAGAGCACT CTCTTATTTC TTTAGACATG 
TCTGACTTGC TTCCTGAAGA TCCAAGGTCC AACATATATC GCCTTTATTT TGGAAGCTCT 
TATGAATCAG AGCTGGGAAA TGGAACTCCT TCAGAGCTGA GCTCTCTGTG TTTGTCCGGT 
CCAAACTCCA TAACTTATGA CCTTACCAGC ATCACTCACA GAGATGTTGT ATCCTCACAA 
CCTGCAATGT TTAGAGAAGC TTCTCAAGAA GGATCCCTGG AGAACCAGGA GCAGCAAGCA 
GAGCACCTGA GGACAGAAAT CAATGCTAGC AAGGCCAATT ACAGAAGCAA GAATGGAGAG 
GACAGCACCT TTAATCAATC AATGCTTCCC AAGACCACTT TAACTATTAC CCAGTCTCAT 
CTGATGACTG CTCTTCAGGG TATGAGACCA TCCATTAGTC AGGATGACTG GAAGCATTTC 
ACTGAACTGT ATGATAATTT TCAGAATCCC AAGAAGAGTA AAGTACAGAT TGGTGCAACA 
TTCAGACCAG GACAAAAAAT TACTCTAGCT TAG

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

RefSeq	XP_015475056.1
CDS	46..3918
Translation	MWGCGDSGGAAAATVVLSGTRDCFLHLPPALASLLRLQQGQAVKVSCGHQSVFLSWMETRHRDHRSENTAEINRHLAEKLGITDGEQVFLEPCSHVSSCQQVEVEPLTADDWEILELHASSLERHLLDQIRVVFPRAIFPVWVEQHTHVYIRIGTLVPAAPYGRLEPCTELLICPKTHGPEENITSTPATESDILLKNFVKNNMEQEDTLKDPFAKQPYLKSGVLEQSKADANMTFGSNVLPNIWNFIGNIFSNTSEQKQKTLCDNNEMSAFKDKLLNLIHMDSIFRVCQSQPPSVQNVSTTHEFLKCNAVHVFPWNLEYIDLDPNPVVSYGKINELLSPRARHQEAKQNLPLEKQNHFINTQEKNPSNSNTGQASSEGSVVQIVWNGFEDLKSVIEYGHDGGALHAGRVWIADGLRKKLHIEIHSTVRIKSVESIPKIPVSLTLQPKQNLHKDIHEDDVKCAFSSWLQDCTTDDHPWIMTSTDCVHLSVKEGMEEFVLSAVHPVHIEENKSENIFMLSPSLLQKTNIQVLLHPVSRKADDDNQPPMTDGDKNLPYLKLSDLGGVGKLGTSLFEHISHSLLGRPLSQKLAANAVGLRSGGVLLTGGKGSGKSTLAKAICKEAFTELDAHVEIIDCKALRGKRLVNIRKHVEEAFLEAAWRQPSILLMDDLDHIVGVPSTPEHENSPETVQSNRLAYVLKDLMKEVISMGSLIALIATSQSEHSLHPSLVSAQGTHVFQCFKCIRTPDQNQRREMLYSIIKKKLNSDPKDFSDLDLQCIAKETEGFVARDFTMLVDRAIHTCASNQNASDDGADLNLSTVDFQRALKDFTPLALRNVNLHKPKDLGWDRIGGLKDVKQMLRDTIMLPAKYPELFASLPIRQRSGVLLYGAPGTGKTLLAGVVARESGMNFISIKGPELLSKYIGASEQAVRDIFNRAQAAKPCIVFFDEFDSIAPRRGHDNTGVTDRVVNQLLTQLDGVEGLQGVYVLAATSRPDLIDPALLRPGRLDKCLYCPPPDQNSRYEILKALSHSLSLANDVDFQDLASKTEQFTGADLKALLYNAQLEAIHTNLNLGLTQDFGSSSDSDFSLSSMVFLNHSSGSDDSAIDGEAGLEHSLISLDMSDLLPEDPRSNIYRLYFGSSYESELGNGTPSELSSLCLSGPNSITYDLTSITHRDVVSSQPAMFREASQEGSLENQEQQAEHLRTEINASKANYRSKNGEDSTFNQSMLPKTTLTITQSHLMTALQGMRPSISQDDWKHFTELYDNFQNPKKSKVQIGATFRPGQKITLA

Target ORF information:

RefSeq Version	XM_015619570.2
Organism	Parus major(Great Tit)
Definition	Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X1, mRNA.

Target ORF information:

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

XM_015619570.2

ORF Insert Sequence:

ATGTGGGGCT GTGGTGACTC CGGTGGAGCC GCCGCCGCCA CCGTCGTTCT GAGCGGGACC 
CGTGACTGCT TCCTGCACCT GCCGCCCGCG CTGGCCTCGC TCCTCCGCCT GCAGCAGGGT 
CAAGCTGTGA AAGTATCCTG TGGTCATCAG TCAGTATTTT TGAGCTGGAT GGAAACTAGG 
CATCGAGATC ACCGGAGTGA AAATACTGCA GAGATTAACA GACATTTGGC AGAGAAACTT 
GGCATCACAG ATGGAGAACA GGTGTTTCTT GAACCCTGTT CCCATGTGTC CTCCTGTCAG 
CAAGTAGAAG TGGAACCACT CACAGCAGAT GATTGGGAAA TTCTGGAACT GCATGCTTCC 
TCCCTTGAAA GACATCTTCT TGACCAGATT CGAGTGGTGT TTCCAAGAGC CATCTTTCCT 
GTCTGGGTTG AGCAGCACAC CCACGTTTAC ATCAGAATTG GTACACTTGT GCCAGCAGCC 
CCATATGGGA GATTAGAGCC ATGCACGGAG CTTCTGATAT GTCCCAAAAC ACACGGACCT 
GAGGAGAATA TCACCAGCAC ACCTGCCACA GAAAGTGACA TCTTGCTCAA AAATTTTGTG 
AAAAATAACA TGGAACAAGA AGACACATTA AAGGATCCTT TTGCCAAACA ACCTTACTTA 
AAGTCTGGAG TCCTTGAACA GAGTAAGGCT GATGCAAACA TGACATTTGG CTCAAATGTT 
CTCCCAAATA TATGGAATTT CATAGGGAAC ATTTTCTCTA ATACATCAGA GCAGAAACAA 
AAGACTTTGT GTGATAATAA TGAAATGAGC GCCTTCAAAG ACAAGCTGCT GAACTTAATT 
CACATGGATT CCATTTTTAG AGTATGTCAG TCCCAGCCTC CCAGCGTACA GAATGTATCC 
ACCACTCATG AATTTCTGAA ATGCAATGCT GTTCACGTTT TTCCATGGAA TTTAGAATAT 
ATTGATTTGG ATCCAAATCC TGTAGTATCT TATGGGAAAA TTAATGAGCT GCTTTCCCCA 
AGAGCGCGTC ATCAAGAAGC AAAACAAAAT CTGCCACTTG AAAAGCAAAA TCATTTCATT 
AATACACAAG AAAAAAATCC TTCTAATTCT AATACTGGCC AAGCATCCAG TGAGGGATCT 
GTTGTTCAGA TCGTTTGGAA TGGATTTGAA GACCTAAAGA GTGTCATAGA GTATGGCCAC 
GATGGGGGAG CCCTGCATGC TGGAAGAGTT TGGATTGCAG ATGGTCTGCG AAAAAAACTA 
CATATTGAAA TACATTCAAC GGTCCGAATT AAGTCAGTTG AATCTATTCC TAAAATTCCT 
GTATCTCTTA CATTGCAACC CAAACAGAAC TTACATAAAG ATATACATGA AGATGATGTT 
AAATGTGCAT TCAGTTCTTG GCTGCAGGAT TGCACTACTG ATGATCATCC ATGGATAATG 
ACAAGCACAG ACTGTGTACA TCTGTCTGTT AAAGAAGGAA TGGAGGAGTT TGTCCTTAGT 
GCAGTGCATC CTGTGCACAT TGAAGAAAAT AAGTCTGAGA ATATTTTTAT GCTGAGTCCC 
AGTTTGCTGC AAAAGACAAA TATACAAGTT CTTTTACATC CTGTAAGTAG AAAAGCTGAT 
GATGACAACC AACCACCTAT GACTGATGGA GACAAGAACC TTCCATACCT CAAACTAAGT 
GATTTAGGAG GAGTGGGCAA ATTAGGAACA TCTTTATTTG AACACATAAG CCACAGTCTT 
CTGGGGCGTC CTTTATCTCA AAAGCTGGCT GCTAATGCTG TGGGACTGCG AAGTGGAGGG 
GTGCTTCTCA CAGGAGGAAA GGGAAGTGGA AAGTCAACAT TAGCAAAGGC CATCTGCAAA 
GAAGCTTTCA CTGAACTGGA TGCTCATGTA GAAATAATTG ACTGTAAAGC TTTAAGAGGA 
AAAAGATTAG TAAACATAAG GAAACATGTG GAAGAAGCTT TTTTAGAGGC AGCATGGAGA 
CAGCCATCCA TTCTTCTGAT GGATGATCTT GATCACATTG TTGGAGTACC TTCTACACCA 
GAGCATGAGA ACAGCCCTGA AACTGTTCAA AGCAATAGAC TTGCTTATGT TTTGAAAGAT 
CTGATGAAAG AAGTTATTTC CATGGGGAGT TTGATTGCAT TAATTGCTAC GAGTCAGTCT 
GAACATTCGC TTCATCCTTC CCTGGTTTCA GCACAAGGAA CTCATGTATT TCAGTGCTTC 
AAATGTATTC GAACTCCAGA TCAGAACCAA AGACGTGAAA TGCTGTATTC CATAATAAAG 
AAAAAACTGA ATTCTGATCC AAAGGACTTC TCTGATCTTG ACCTCCAGTG TATTGCAAAG 
GAAACAGAAG GTTTTGTTGC TAGAGATTTT ACTATGCTGG TTGATCGTGC CATTCATACC 
TGTGCTTCTA ACCAGAATGC ATCAGATGAT GGTGCAGATT TGAACCTGTC AACTGTGGAT 
TTTCAAAGGG CTCTAAAGGA TTTTACTCCA TTAGCTCTGA GAAATGTCAA TCTTCATAAA 
CCTAAAGACC TTGGCTGGGA CAGGATTGGT GGCTTAAAAG ATGTGAAGCA AATGCTCAGG 
GATACCATCA TGTTACCTGC AAAGTATCCA GAATTATTTG CAAGCCTGCC CATACGACAA 
AGATCAGGAG TTTTGCTGTA TGGAGCACCT GGAACAGGAA AAACATTGTT GGCAGGAGTG 
GTTGCGAGAG AGAGTGGAAT GAATTTCATC AGCATTAAGG GACCAGAGCT GCTCAGCAAG 
TACATTGGAG CAAGTGAACA AGCAGTTCGA GATATATTTA ACAGAGCTCA GGCAGCTAAG 
CCTTGTATTG TTTTCTTCGA TGAGTTTGAT TCTATTGCTC CTCGCCGAGG TCACGACAAC 
ACAGGAGTTA CTGACCGAGT GGTTAACCAG TTGTTGACTC AGTTAGATGG TGTGGAAGGC 
CTGCAAGGAG TTTATGTGCT AGCTGCTACC AGTCGCCCAG ATTTGATTGA CCCTGCTTTG 
TTAAGGCCAG GTCGACTGGA TAAATGCCTG TACTGTCCAC CTCCTGATCA GAACTCACGC 
TATGAAATCT TAAAAGCTCT CAGTCATTCC CTGTCCTTGG CAAATGATGT GGACTTTCAG 
GATTTGGCAT CAAAAACAGA ACAGTTCACA GGGGCTGACC TAAAAGCTTT ATTATACAAT 
GCCCAATTGG AAGCAATCCA TACTAATTTA AATTTAGGTT TAACACAGGA TTTTGGATCT 
AGTTCTGATA GTGACTTCAG TCTCTCTTCC ATGGTTTTTC TTAACCACAG CAGTGGCTCA 
GATGATTCAG CAATAGATGG AGAAGCGGGG CTAGAGCACT CTCTTATTTC TTTAGACATG 
TCTGACTTGC TTCCTGAAGA TCCAAGGTCC AACATATATC GCCTTTATTT TGGAAGCTCT 
TATGAATCAG AGCTGGGAAA TGGAACTCCT TCAGAGCTGA GCTCTCTGTG TTTGTCCGGT 
CCAAACTCCA TAACTTATGA CCTTACCAGC ATCACTCACA GAGATGTTGT ATCCTCACAA 
CCTGCAATGT TTAGAGAAGC TTCTCAAGAA GGATCCCTGG AGAACCAGGA GCAGCAAGCA 
GAGCACCTGA GGACAGAAAT CAATGCTAGC AAGGCCAATT ACAGAAGCAA GAATGGAGAG 
GACAGCACCT TTAATCAATC AATGCTTCCC AAGACCACTT TAACTATTAC CCAGTCTCAT 
CTGATGACTG CTCTTCAGGG TATGAGACCA TCCATTAGTC AGGATGACTG GAAGCATTTC 
ACTGAACTGT ATGATAATTT TCAGAATCCC AAGAAGAGTA AAGTACAGAT TGGTGCAACA 
TTCAGACCAG GACAAAAAAT TACTCTAGCT TAG

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

PEX1 ( XM_015619571.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015475057.1 Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPa169241
Clone ID Related Accession (Same CDS sequence)	XM_015619571.2
Accession Version	XM_015619571.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3870bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	peroxisome biogenesis factor 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031769.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015619571.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 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##

ATGTGGGGCT GTGGTGACTC CGGTGGAGCC GCCGCCGCCA CCGTCGTTCT GAGCGGGACC 
CGTGACTGCT TCCTGCACCT GCCGCCCGCG CTGGCCTCGC TCCTCCGCCT GCAGCAGGGT 
CAAGCTGTGA AAGTATCCTG TGGTCATCAG TCAGTATTTT TGAGCTGGAT GGAAACTAGG 
CATCGAGATC ACCGGAGTGA AAATACTGCA GAGATTAACA GACATTTGGC AGAGAAACTT 
GGCATCACAG ATGGAGAACA GGTGTTTCTT GAACCCTGTT CCCATGTGTC CTCCTGTCAG 
CAAGTAGAAG TGGAACCACT CACAGCAGAT GATTGGGAAA TTCTGGAACT GCATGCTTCC 
TCCCTTGAAA GACATCTTCT TGACCAGATT CGAGTGGTGT TTCCAAGAGC CATCTTTCCT 
GTCTGGGTTG AGCAGCACAC CCACGTTTAC ATCAGAATTG GTACACTTGT GCCAGCAGCC 
CCATATGGGA GATTAGAGCC ATGCACGGAG CTTCTGATAT GTCCCAAAAC ACACGGACCT 
GAGGAGAATA TCACCAGCAC ACCTGCCACA GAAAGTGACA TCTTGCTCAA AAATTTTGTG 
AAAAATAACA TGGAACAAGA AGACACATTA AAGGATCCTT TTGCCAAACA ACCTTACTTA 
AAGTCTGGAG TCCTTGAACA GAGTAAGGCT GATGCAAACA TGACATTTGG CTCAAATGTT 
CTCCCAAATA TATGGAATTT CATAGGGAAC ATTTTCTCTA ATACATCAGA GCAGAAACAA 
AAGACTTTGT GTGATAATAA TGAAATGAGC GCCTTCAAAG ACAAGCTGCT GAACTTAATT 
CACATGGATT CCATTTTTAG AGTATGTCAG TCCCAGCCTC CCAGCGTACA GAATGTATCC 
ACCACTCATG AATTTCTGAA ATGCAATGCT GTTCACGTTT TTCCATGGAA TTTAGAATAT 
ATTGATTTGG ATCCAAATCC TGTAGTATCT TATGGGAAAA TTAATGAGCT GCTTTCCCCA 
AGAGCGCGTC ATCAAGAAGC AAAACAAAAT CTGCCACTTG AAAAGCAAAA TCATTTCATT 
AATACACAAG AAAAAAATCC TTCTAATTCT AATACTGGCC AAGCATCCAG TGAGGGATCT 
GTTGTTCAGA TCGTTTGGAA TGGATTTGAA GACCTAAAGA GTGTCATAGA GTATGGCCAC 
GATGGGGGAG CCCTGCATGC TGGAAGAGTT TGGATTGCAG ATGGTCTGCG AAAAAAACTA 
CATATTGAAA TACATTCAAC GGTCCGAATT AAGTCAGTTG AATCTATTCC TAAAATTCCT 
GTATCTCTTA CATTGCAACC CAAACAGAAC TTACATAAAG ATATACATGA AGATGATGTT 
AAATGTGCAT TCAGTTCTTG GCTGCAGGAT TGCACTACTG ATGATCATCC ATGGATAATG 
ACAAGCACAG ACTGTGTACA TCTGTCTGTT AAAGAAGGAA TGGAGGAGTT TGTCCTTAGT 
GCAGTGCATC CTGTGCACAT TGAAGAAAAT AAGTCTGAGA ATATTTTTAT GCTGAGTCCC 
AGTTTGCTGC AAAAGACAAA TATACAAGTT CTTTTACATC CTGTAAGTAG AAAAGCTGAT 
GATGACAACC AACCACCTAT GACTGATGGA GACAAGAACC TTCCATACCT CAAACTAAGT 
GATTTAGGAG GAGTGGGCAA ATTAGGAACA TCTTTATTTG AACACATAAG CCACAGTCTT 
CTGGGGCGTC CTTTATCTCA AAAGCTGGCT GCTAATGCTG TGGGACTGCG AAGTGGAGGG 
GTGCTTCTCA CAGGAGGAAA GGGAAGTGGA AAGTCAACAT TAGCAAAGGC CATCTGCAAA 
GAAGCTTTCA CTGAACTGGA TGCTCATGTA GAAATAATTG ACTGTAAAGC TTTAAGAGGA 
AAAAGATTAG TAAACATAAG GAAACATGTG GAAGAAGCTT TTTTAGAGGC AGCATGGAGA 
CAGCCATCCA TTCTTCTGAT GGATGATCTT GATCACATTG TTGGAGTACC TTCTACACCA 
GAGCATGAGA ACAGCCCTGA AACTGTTCAA AGCAATAGAC TTGCTTATGT TTTGAAAGAT 
CTGATGAAAG AAGTTATTTC CATGGGGAGT TTGATTGCAT TAATTGCTAC GAGTCAGTCT 
GAACATTCGC TTCATCCTTC CCTGGTTTCA GCACAAGGAA CTCATGTATT TCAGTGCTTC 
AAATGTATTC GAACTCCAGA TCAGAACCAA AGACGTGAAA TGCTGTATTC CATAATAAAG 
AAAAAACTGA ATTCTGATCC AAAGGACTTC TCTGATCTTG ACCTCCAGTG TATTGCAAAG 
GAAACAGAAG GTTTTGTTGC TAGAGATTTT ACTATGCTGG TTGATCGTGC CATTCATACC 
TGTGCTTCTA ACCAGAATGC ATCAGATGAT GGTGATTTGA ACCTGTCAAC TGTGGATTTT 
CAAAGGGCTC TAAAGGATTT TACTCCATTA GCTCTGAGAA ATGTCAATCT TCATAAACCT 
AAAGACCTTG GCTGGGACAG GATTGGTGGC TTAAAAGATG TGAAGCAAAT GCTCAGGGAT 
ACCATCATGT TACCTGCAAA GTATCCAGAA TTATTTGCAA GCCTGCCCAT ACGACAAAGA 
TCAGGAGTTT TGCTGTATGG AGCACCTGGA ACAGGAAAAA CATTGTTGGC AGGAGTGGTT 
GCGAGAGAGA GTGGAATGAA TTTCATCAGC ATTAAGGGAC CAGAGCTGCT CAGCAAGTAC 
ATTGGAGCAA GTGAACAAGC AGTTCGAGAT ATATTTAACA GAGCTCAGGC AGCTAAGCCT 
TGTATTGTTT TCTTCGATGA GTTTGATTCT ATTGCTCCTC GCCGAGGTCA CGACAACACA 
GGAGTTACTG ACCGAGTGGT TAACCAGTTG TTGACTCAGT TAGATGGTGT GGAAGGCCTG 
CAAGGAGTTT ATGTGCTAGC TGCTACCAGT CGCCCAGATT TGATTGACCC TGCTTTGTTA 
AGGCCAGGTC GACTGGATAA ATGCCTGTAC TGTCCACCTC CTGATCAGAA CTCACGCTAT 
GAAATCTTAA AAGCTCTCAG TCATTCCCTG TCCTTGGCAA ATGATGTGGA CTTTCAGGAT 
TTGGCATCAA AAACAGAACA GTTCACAGGG GCTGACCTAA AAGCTTTATT ATACAATGCC 
CAATTGGAAG CAATCCATAC TAATTTAAAT TTAGGTTTAA CACAGGATTT TGGATCTAGT 
TCTGATAGTG ACTTCAGTCT CTCTTCCATG GTTTTTCTTA ACCACAGCAG TGGCTCAGAT 
GATTCAGCAA TAGATGGAGA AGCGGGGCTA GAGCACTCTC TTATTTCTTT AGACATGTCT 
GACTTGCTTC CTGAAGATCC AAGGTCCAAC ATATATCGCC TTTATTTTGG AAGCTCTTAT 
GAATCAGAGC TGGGAAATGG AACTCCTTCA GAGCTGAGCT CTCTGTGTTT GTCCGGTCCA 
AACTCCATAA CTTATGACCT TACCAGCATC ACTCACAGAG ATGTTGTATC CTCACAACCT 
GCAATGTTTA GAGAAGCTTC TCAAGAAGGA TCCCTGGAGA ACCAGGAGCA GCAAGCAGAG 
CACCTGAGGA CAGAAATCAA TGCTAGCAAG GCCAATTACA GAAGCAAGAA TGGAGAGGAC 
AGCACCTTTA ATCAATCAAT GCTTCCCAAG ACCACTTTAA CTATTACCCA GTCTCATCTG 
ATGACTGCTC TTCAGGGTAT GAGACCATCC ATTAGTCAGG ATGACTGGAA GCATTTCACT 
GAACTGTATG ATAATTTTCA GAATCCCAAG AAGAGTAAAG TACAGATTGG TGCAACATTC 
AGACCAGGAC AAAAAATTAC TCTAGCTTAG

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

RefSeq	XP_015475057.1
CDS	46..3915
Translation	MWGCGDSGGAAAATVVLSGTRDCFLHLPPALASLLRLQQGQAVKVSCGHQSVFLSWMETRHRDHRSENTAEINRHLAEKLGITDGEQVFLEPCSHVSSCQQVEVEPLTADDWEILELHASSLERHLLDQIRVVFPRAIFPVWVEQHTHVYIRIGTLVPAAPYGRLEPCTELLICPKTHGPEENITSTPATESDILLKNFVKNNMEQEDTLKDPFAKQPYLKSGVLEQSKADANMTFGSNVLPNIWNFIGNIFSNTSEQKQKTLCDNNEMSAFKDKLLNLIHMDSIFRVCQSQPPSVQNVSTTHEFLKCNAVHVFPWNLEYIDLDPNPVVSYGKINELLSPRARHQEAKQNLPLEKQNHFINTQEKNPSNSNTGQASSEGSVVQIVWNGFEDLKSVIEYGHDGGALHAGRVWIADGLRKKLHIEIHSTVRIKSVESIPKIPVSLTLQPKQNLHKDIHEDDVKCAFSSWLQDCTTDDHPWIMTSTDCVHLSVKEGMEEFVLSAVHPVHIEENKSENIFMLSPSLLQKTNIQVLLHPVSRKADDDNQPPMTDGDKNLPYLKLSDLGGVGKLGTSLFEHISHSLLGRPLSQKLAANAVGLRSGGVLLTGGKGSGKSTLAKAICKEAFTELDAHVEIIDCKALRGKRLVNIRKHVEEAFLEAAWRQPSILLMDDLDHIVGVPSTPEHENSPETVQSNRLAYVLKDLMKEVISMGSLIALIATSQSEHSLHPSLVSAQGTHVFQCFKCIRTPDQNQRREMLYSIIKKKLNSDPKDFSDLDLQCIAKETEGFVARDFTMLVDRAIHTCASNQNASDDGDLNLSTVDFQRALKDFTPLALRNVNLHKPKDLGWDRIGGLKDVKQMLRDTIMLPAKYPELFASLPIRQRSGVLLYGAPGTGKTLLAGVVARESGMNFISIKGPELLSKYIGASEQAVRDIFNRAQAAKPCIVFFDEFDSIAPRRGHDNTGVTDRVVNQLLTQLDGVEGLQGVYVLAATSRPDLIDPALLRPGRLDKCLYCPPPDQNSRYEILKALSHSLSLANDVDFQDLASKTEQFTGADLKALLYNAQLEAIHTNLNLGLTQDFGSSSDSDFSLSSMVFLNHSSGSDDSAIDGEAGLEHSLISLDMSDLLPEDPRSNIYRLYFGSSYESELGNGTPSELSSLCLSGPNSITYDLTSITHRDVVSSQPAMFREASQEGSLENQEQQAEHLRTEINASKANYRSKNGEDSTFNQSMLPKTTLTITQSHLMTALQGMRPSISQDDWKHFTELYDNFQNPKKSKVQIGATFRPGQKITLA

Target ORF information:

RefSeq Version	XM_015619571.2
Organism	Parus major(Great Tit)
Definition	Parus major peroxisomal biogenesis factor 1 (PEX1), transcript variant X2, mRNA.

Target ORF information:

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

XM_015619571.2

ORF Insert Sequence:

ATGTGGGGCT GTGGTGACTC CGGTGGAGCC GCCGCCGCCA CCGTCGTTCT GAGCGGGACC 
CGTGACTGCT TCCTGCACCT GCCGCCCGCG CTGGCCTCGC TCCTCCGCCT GCAGCAGGGT 
CAAGCTGTGA AAGTATCCTG TGGTCATCAG TCAGTATTTT TGAGCTGGAT GGAAACTAGG 
CATCGAGATC ACCGGAGTGA AAATACTGCA GAGATTAACA GACATTTGGC AGAGAAACTT 
GGCATCACAG ATGGAGAACA GGTGTTTCTT GAACCCTGTT CCCATGTGTC CTCCTGTCAG 
CAAGTAGAAG TGGAACCACT CACAGCAGAT GATTGGGAAA TTCTGGAACT GCATGCTTCC 
TCCCTTGAAA GACATCTTCT TGACCAGATT CGAGTGGTGT TTCCAAGAGC CATCTTTCCT 
GTCTGGGTTG AGCAGCACAC CCACGTTTAC ATCAGAATTG GTACACTTGT GCCAGCAGCC 
CCATATGGGA GATTAGAGCC ATGCACGGAG CTTCTGATAT GTCCCAAAAC ACACGGACCT 
GAGGAGAATA TCACCAGCAC ACCTGCCACA GAAAGTGACA TCTTGCTCAA AAATTTTGTG 
AAAAATAACA TGGAACAAGA AGACACATTA AAGGATCCTT TTGCCAAACA ACCTTACTTA 
AAGTCTGGAG TCCTTGAACA GAGTAAGGCT GATGCAAACA TGACATTTGG CTCAAATGTT 
CTCCCAAATA TATGGAATTT CATAGGGAAC ATTTTCTCTA ATACATCAGA GCAGAAACAA 
AAGACTTTGT GTGATAATAA TGAAATGAGC GCCTTCAAAG ACAAGCTGCT GAACTTAATT 
CACATGGATT CCATTTTTAG AGTATGTCAG TCCCAGCCTC CCAGCGTACA GAATGTATCC 
ACCACTCATG AATTTCTGAA ATGCAATGCT GTTCACGTTT TTCCATGGAA TTTAGAATAT 
ATTGATTTGG ATCCAAATCC TGTAGTATCT TATGGGAAAA TTAATGAGCT GCTTTCCCCA 
AGAGCGCGTC ATCAAGAAGC AAAACAAAAT CTGCCACTTG AAAAGCAAAA TCATTTCATT 
AATACACAAG AAAAAAATCC TTCTAATTCT AATACTGGCC AAGCATCCAG TGAGGGATCT 
GTTGTTCAGA TCGTTTGGAA TGGATTTGAA GACCTAAAGA GTGTCATAGA GTATGGCCAC 
GATGGGGGAG CCCTGCATGC TGGAAGAGTT TGGATTGCAG ATGGTCTGCG AAAAAAACTA 
CATATTGAAA TACATTCAAC GGTCCGAATT AAGTCAGTTG AATCTATTCC TAAAATTCCT 
GTATCTCTTA CATTGCAACC CAAACAGAAC TTACATAAAG ATATACATGA AGATGATGTT 
AAATGTGCAT TCAGTTCTTG GCTGCAGGAT TGCACTACTG ATGATCATCC ATGGATAATG 
ACAAGCACAG ACTGTGTACA TCTGTCTGTT AAAGAAGGAA TGGAGGAGTT TGTCCTTAGT 
GCAGTGCATC CTGTGCACAT TGAAGAAAAT AAGTCTGAGA ATATTTTTAT GCTGAGTCCC 
AGTTTGCTGC AAAAGACAAA TATACAAGTT CTTTTACATC CTGTAAGTAG AAAAGCTGAT 
GATGACAACC AACCACCTAT GACTGATGGA GACAAGAACC TTCCATACCT CAAACTAAGT 
GATTTAGGAG GAGTGGGCAA ATTAGGAACA TCTTTATTTG AACACATAAG CCACAGTCTT 
CTGGGGCGTC CTTTATCTCA AAAGCTGGCT GCTAATGCTG TGGGACTGCG AAGTGGAGGG 
GTGCTTCTCA CAGGAGGAAA GGGAAGTGGA AAGTCAACAT TAGCAAAGGC CATCTGCAAA 
GAAGCTTTCA CTGAACTGGA TGCTCATGTA GAAATAATTG ACTGTAAAGC TTTAAGAGGA 
AAAAGATTAG TAAACATAAG GAAACATGTG GAAGAAGCTT TTTTAGAGGC AGCATGGAGA 
CAGCCATCCA TTCTTCTGAT GGATGATCTT GATCACATTG TTGGAGTACC TTCTACACCA 
GAGCATGAGA ACAGCCCTGA AACTGTTCAA AGCAATAGAC TTGCTTATGT TTTGAAAGAT 
CTGATGAAAG AAGTTATTTC CATGGGGAGT TTGATTGCAT TAATTGCTAC GAGTCAGTCT 
GAACATTCGC TTCATCCTTC CCTGGTTTCA GCACAAGGAA CTCATGTATT TCAGTGCTTC 
AAATGTATTC GAACTCCAGA TCAGAACCAA AGACGTGAAA TGCTGTATTC CATAATAAAG 
AAAAAACTGA ATTCTGATCC AAAGGACTTC TCTGATCTTG ACCTCCAGTG TATTGCAAAG 
GAAACAGAAG GTTTTGTTGC TAGAGATTTT ACTATGCTGG TTGATCGTGC CATTCATACC 
TGTGCTTCTA ACCAGAATGC ATCAGATGAT GGTGATTTGA ACCTGTCAAC TGTGGATTTT 
CAAAGGGCTC TAAAGGATTT TACTCCATTA GCTCTGAGAA ATGTCAATCT TCATAAACCT 
AAAGACCTTG GCTGGGACAG GATTGGTGGC TTAAAAGATG TGAAGCAAAT GCTCAGGGAT 
ACCATCATGT TACCTGCAAA GTATCCAGAA TTATTTGCAA GCCTGCCCAT ACGACAAAGA 
TCAGGAGTTT TGCTGTATGG AGCACCTGGA ACAGGAAAAA CATTGTTGGC AGGAGTGGTT 
GCGAGAGAGA GTGGAATGAA TTTCATCAGC ATTAAGGGAC CAGAGCTGCT CAGCAAGTAC 
ATTGGAGCAA GTGAACAAGC AGTTCGAGAT ATATTTAACA GAGCTCAGGC AGCTAAGCCT 
TGTATTGTTT TCTTCGATGA GTTTGATTCT ATTGCTCCTC GCCGAGGTCA CGACAACACA 
GGAGTTACTG ACCGAGTGGT TAACCAGTTG TTGACTCAGT TAGATGGTGT GGAAGGCCTG 
CAAGGAGTTT ATGTGCTAGC TGCTACCAGT CGCCCAGATT TGATTGACCC TGCTTTGTTA 
AGGCCAGGTC GACTGGATAA ATGCCTGTAC TGTCCACCTC CTGATCAGAA CTCACGCTAT 
GAAATCTTAA AAGCTCTCAG TCATTCCCTG TCCTTGGCAA ATGATGTGGA CTTTCAGGAT 
TTGGCATCAA AAACAGAACA GTTCACAGGG GCTGACCTAA AAGCTTTATT ATACAATGCC 
CAATTGGAAG CAATCCATAC TAATTTAAAT TTAGGTTTAA CACAGGATTT TGGATCTAGT 
TCTGATAGTG ACTTCAGTCT CTCTTCCATG GTTTTTCTTA ACCACAGCAG TGGCTCAGAT 
GATTCAGCAA TAGATGGAGA AGCGGGGCTA GAGCACTCTC TTATTTCTTT AGACATGTCT 
GACTTGCTTC CTGAAGATCC AAGGTCCAAC ATATATCGCC TTTATTTTGG AAGCTCTTAT 
GAATCAGAGC TGGGAAATGG AACTCCTTCA GAGCTGAGCT CTCTGTGTTT GTCCGGTCCA 
AACTCCATAA CTTATGACCT TACCAGCATC ACTCACAGAG ATGTTGTATC CTCACAACCT 
GCAATGTTTA GAGAAGCTTC TCAAGAAGGA TCCCTGGAGA ACCAGGAGCA GCAAGCAGAG 
CACCTGAGGA CAGAAATCAA TGCTAGCAAG GCCAATTACA GAAGCAAGAA TGGAGAGGAC 
AGCACCTTTA ATCAATCAAT GCTTCCCAAG ACCACTTTAA CTATTACCCA GTCTCATCTG 
ATGACTGCTC TTCAGGGTAT GAGACCATCC ATTAGTCAGG ATGACTGGAA GCATTTCACT 
GAACTGTATG ATAATTTTCA GAATCCCAAG AAGAGTAAAG TACAGATTGG TGCAACATTC 
AGACCAGGAC AAAAAATTAC TCTAGCTTAG