pxn-2 cDNA ORF clone, Caenorhabditis elegans

Gene
Clones
gRNAs

Summary

Gene Symbol	pxn-2
Entrez Gene ID	181288
Full Name	PeroXidasiN (Drosophila peroxidase) homolog
Gene Type	protein-coding
Organism	Caenorhabditis elegans

mRNA and Protein(s)

mRNA	Protein	Name
NM_077433.5	NP_509834.1	PeroXidasiN (Drosophila peroxidase) homolog
NM_077433.3	NP_509834.1	PeroXidasiN (Drosophila peroxidase) homolog

Pathways from BioSystems

Homologies

Mus musculus (house mouse)	Pxdn	NP_852060.2
Caenorhabditis elegans (roundworm)	pxn-1	NP_505188.3
Xenopus tropicalis (tropical clawed frog)	pxdn	NP_001076815.1
Pan troglodytes (chimpanzee)	PXDN	XP_001169397.3
Rattus norvegicus (Norway rat)	Pxdn	NP_001258190.1
Gallus gallus (chicken)	PXDN	XP_419931.3
Drosophila melanogaster (fruit fly)	Pxn	NP_995975.1
Caenorhabditis elegans (roundworm)	pxn-2	NP_509834.1
Homo sapiens (human)	PXDN	NP_036425.1
Canis lupus familiaris (dog)	PXDN	XP_005630645.1
Bos taurus (cattle)	PXDN	XP_002683994.1
Anopheles gambiae (African malaria mosquito)	HPX4	XP_308561.4

Gene Ontology
Bibliography

Related articles in PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.

Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

There is a negative relationship between pxn-1 and pxn-2 via pxn-1 regulating pxn-2. Therefore, pxn-1 may function in neuronal development and age-related neuronal maintenance through pxn-2.
Title: pxn-1 and pxn-2 May Interact Negatively during Neuronal Development and Aging in C. elegans.

Peroxidasins are crucial in development and play new role as extracellular inhibitors of axonal regeneration.
Title: The C. elegans peroxidasin PXN-2 is essential for embryonic morphogenesis and inhibits adult axon regeneration.

The following pxn-2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the pxn-2 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)
OCa350179	NM_077433.5 Latest version!	Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
View Old Accession Versions >>
OCa350179	NM_077433.3	Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
Hide Old Accession Versions >>

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***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

pxn-2 ( NM_077433.5 ) cDNA ORF clone, Caenorhabditis elegans -> NP_509834.1 Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), mRNA.

Price & Availability↑

CloneID	OCa350179
Clone ID Related Accession (Same CDS sequence)	NM_077433.5 , NM_077433.3
Accession Version	NM_077433.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	2019-10-17
Organism	Caenorhabditis elegans
Product	PeroXidasiN (Drosophila peroxidase) homolog
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003284). On Oct 18, 2019 this sequence version replaced NM_077433.4.

ATGCTCTTAG AATTCCTCTT GCTGATTGGA ATTTCACTCT CCACAGCGTG TCCTTCGGAA 
TGCAGATGTG CTGGTTTAGA TGTTCATTGT GAAGGAAAAA ATCTTACCGC AATTCCTGGA 
CATATACCAA TTGCAACTAC TAATTTGTAT TTTTCAAATA ATTTGCTTAA CTCTCTAAGC 
AAATCCAATT TTCAAGCACT ACCAAATCTG CAATATCTCG ATTTATCAAA CAACTCCATT 
CGAGATATTG AAGAGACGTT GCTAGACAGT TTTCCTGGAT TAAAATACCT TGATCTCTCC 
TGGAATAAAA TTCGATACGT TCCCAAGCTA TCAACAGCAC CAAATGCTCT TGTGAGCTTA 
AACCTGGTTC ATAATGAAAT ATCAAGACTT GACAATGATT TGGTTTCTCA TAGTCCATAC 
ATGCAAACTT TTCTTATTCA ACGCAATCGC ATTCAATCTC TGCCTCATGA TTTTTTCAAT 
TCAAGAATGG TTCCCACTTT GAAAACAGTC AAAATGGCAG GAAATCCTTG GAGTTGTGAT 
TGCAGAATGG TTAATGTAAA ACAATTTGCT GATTCTTTGT TTGCTCATTC CAATCAGAAC 
ATATTCATTG TTGGCAAGTG CTTTTTCCCA AAAGGACTAA GGAACTATGT CTTCAGAAAT 
CTTTCGATAG AAAACCTGGA ATGTGAAAAG CCTGAATACA GCAAAACTGA TGATGGAATG 
TTCAAAATGA GCTGTCCAAA TAATGAAATG GAGGGTTATC ATTATGATTC AATATTCTTA 
GAGAATAATA AGGAAGCCAG ACACACAGCT CATTTTGCGC GTGACAAGGA TGGTTCTCTT 
CTCTCGAATG GACAATTTAC TAGAAACTAT CAATGTGCAT TCTACCGTCA AAAGCAGTCA 
ATTCACATGC AAAAGAAAAT GCAAGCTTCG TCATCTACTG AACCACCAAT CACAACAACC 
ACAATGGAGC CCATGACTAC GTCAACTATG GATTCAATGG ATACCACAGA AAGCGTCGTG 
ACAATGACTA CAATGCCAGA AATAGATACA AAGATAGTAT TTGAACACAA ACAGCTAGAC 
ACAACATCCC GTGACGGTGA AACCTTGGAG CTTAAATGCG AAGCATCTGG AGAACCGACT 
CCGACTATAA CTTGGTTGTT TGAAAAACAA AAACTGACGG AGTCACGCAA ACACAAACTT 
ACCAAAAACG GATCAGTTCT GAAAATCTTC CCATTTCTGA ACACTGACAT TGGTCAGTAC 
GAGTGTGTTG CCTCTAATGG TGAAGAATCT AAGTCTCATA TTTTTTCTGT GTCTTTGAAA 
GAAAGTGAAC AACCAGTTAT TATTGATGCA CCGATGGATA CTAATGCAAC TATTGGACAA 
CAAGTAACAC TTCGTTGTAA TGCTAAAGGA TTTCCAGTTC CTGACGTCGT TTGGCTTTTT 
GAAGGAATTC GAATTCCACG TAGAAACACT AGATACACGA TATCTGATAA CAATATTGAA 
TTAACTATTG AAAAAGTTAC CCGCCACGAC TCCGGTGTGT TTACCTGTCA AGCAGTAAAT 
AGTGTTGGCT CGGCAGTTGC CACCGCGAAT TTGCTAGTTG GTGCTGAATT GACAGAAAAA 
GTTGATAAAC TCCTTGATGA CTCAACAATT GAAAAAATTG CAAAAGAAGC AAAACAGAAG 
GTGGAAAAAG CTTTGTCATC AACAAAAGAC CAACAAAGAA TGGATAAGAT TGAAAGCCCA 
AATGATTTAA GTAAGCTTTT CAAATTTGCA ATAAACCTTA AAAAGGTTGA TCTTGGAAAG 
GCACGAGAGA TCTATGAAGA AAGCATCCGA TTAGTTCAAA TGCACATCGA TAATGGACTT 
GCATTCGAAT CTGCAATGAT CTCCCCAAAT GTGTCCTACG AAGCCGTTCT GCCAGTATCC 
TATGTTCAGA CGTTGATGGA AAAATCTGGT TGTCAAACTG GCCAATTTGC AGAAAGTTGC 
GAAGATCACT GCTTTTTCTC AAAATACAGA TCATATGATG GTCAGTGCAA CAACCATGAA 
CATCCGTGGT GGGGAGTTTC CGAGATGGCA TTCATGCGTC TGTTACCTCC AAGATATGAG 
AACGGATTCA ATACACCAGT TGGCTGGGAA AAAGGAAAAC GATACAATGG ATATGAAGTG 
CCGAATGCTC GGAAAGTGTC AAGAGTGCTA ATTGGAACAG ATGAAACTAC GCCGCATAGT 
CATTTGAGTG CAATGACTAT GCAATGGGGG CAATTTATTG ATCACGATCT CACACTCACT 
GCTCCAGCCC TCACCCGACA CAGTTACAAG GAGGGAGCAT TCTGCAATAG AACTTGCGAA 
AACGCAGATC CGTGCTTTAA CATTCAACTG GAAGCTGATG ACCCAAAACT TCATACTGGA 
TTGTATCAAA AACATCCTTG CATGGAATTC GAGCGGAATG GAGCTGCGTG TGGAAGTGGA 
GAAACATCGC CAATTTTCCA ACGAGTAACT TACCGCGATC AATTGAATCT TCTAACATCT 
TATCTTGATG CATCCGGAAT TTATGGAAAC AGTGAAGAAC AGGCTCTGGA ACTGAGAGAC 
TTGTACAGTG ATCATGGACT TTTAAGATTT GATATTGTTT CCGGAGCGAA TAAACCATAC 
ATGCCGTTTG AAAAAGATTC CGACATGGAT TGCCGTCGTA ACTTTTCCCG CGAGAATCCG 
ATCAAGTGTT TCCTTGCCGG AGATGTCAGG GCCAATGAAC AGCTGGGTCT CATGAGCATG 
CACACCATAT TCCTCAGAGA ACACAACAGA ATTGCATCGA GATTGTTGGA AGTTAACGAA 
AACTGGGATG GTGAAACTAT TTTCCAAGAA ACTAGAAAGT TGATTGGTGC TATGCTGCAA 
CACATCACCT ACAATGCTTG GCTCCCCAAA ATTCTTGGAA AGGCAACATA TAACACAATA 
ATTGGAGAGT ACAAAGGATA CAATCCAGAT GTCAATCCAA CAATTGCAAA TGAGTTTGCA 
ACCGCAGCTT TGAGATTCGC TCATACTTTA ATCAATACTC ATCTTTTCCG TTTCGATAAG 
GACTTCAAAG AGACAAAACA GGGACATTTA CCTCTGCACA ACGCTTTCTT TGCTCCGGAA 
AGACTAGTCT CTGAAGGTGG CGTTGATCCA TTGCTACGTG GCCTGTTTGC TGCACCAATT 
AAAATGCCAA GACCCGATCA AGTTCTCAAC AAAGAATTGA CAGAAAAATT GTTTAATAGA 
TTCCATGAGG TAGCCCTTGA CCTAGCTGCT CTCAACATTC AAAGAGGCCG AGACCACGGT 
CTACCATCAT GGACCGAATA TCGCAAGTTC TGCAATCTAA CTGTCCCAAA AACTTGGTCC 
GATATGAAAA ACATTGTTCA AAACGATACA GTCATTTCAA AACTGCAATC CCTCTACGGT 
GTCACAGAGA ACATTGATCT TTGGGTTGGA GGTGTTACTG AAAAGAGAAC TGCTGACGCG 
TTGATGGGAC CAACACTTGC GTGTATAATT GCTGATCAAT TCAAACGCCT GAGAGATGGG 
GATAGATTTT GGTATGAGAA TGAAGAAATG TTCTCAAAGG CTCAACTTCG ACAAATCAAG 
AAAGTTACAT TGTCAAAGAT CATATGCACA AACGGTGACG ACATTGACCG AATTCAGAGA 
GATATTTTCG TATATCACGG TAACAGCACA CAATTCTATG AGCCCTGTGA GTCATTACCG 
GAAATCAACT TGAACATGTG GACAACATGT TGCGATGCAA TGTGCTCATC AAGCTCAACG 
TTGGCTCGCA ATGCAATTGG TGGCGATGAA AAAGCTAAAC GGCGGAAGAG ACGACATCAC 
CACTCAAAGA AAAGCTGTCA CGATAAAGGA AAAAGACGGA AGAGTGGAGA CAGATGGAAT 
CATTCCAATG ATATCTGTGT TGAATGCATG TGCCATGACG GCGAAGTTTG GTGCAAAACC 
AACAATTTCT GCAAATCTCA AGTCTGA

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

RefSeq	NP_509834.1
CDS	22..4008
Translation	MLLEFLLLIGISLSTACPSECRCAGLDVHCEGKNLTAIPGHIPIATTNLYFSNNLLNSLSKSNFQALPNLQYLDLSNNSIRDIEETLLDSFPGLKYLDLSWNKIRYVPKLSTAPNALVSLNLVHNEISRLDNDLVSHSPYMQTFLIQRNRIQSLPHDFFNSRMVPTLKTVKMAGNPWSCDCRMVNVKQFADSLFAHSNQNIFIVGKCFFPKGLRNYVFRNLSIENLECEKPEYSKTDDGMFKMSCPNNEMEGYHYDSIFLENNKEARHTAHFARDKDGSLLSNGQFTRNYQCAFYRQKQSIHMQKKMQASSSTEPPITTTTMEPMTTSTMDSMDTTESVVTMTTMPEIDTKIVFEHKQLDTTSRDGETLELKCEASGEPTPTITWLFEKQKLTESRKHKLTKNGSVLKIFPFLNTDIGQYECVASNGEESKSHIFSVSLKESEQPVIIDAPMDTNATIGQQVTLRCNAKGFPVPDVVWLFEGIRIPRRNTRYTISDNNIELTIEKVTRHDSGVFTCQAVNSVGSAVATANLLVGAELTEKVDKLLDDSTIEKIAKEAKQKVEKALSSTKDQQRMDKIESPNDLSKLFKFAINLKKVDLGKAREIYEESIRLVQMHIDNGLAFESAMISPNVSYEAVLPVSYVQTLMEKSGCQTGQFAESCEDHCFFSKYRSYDGQCNNHEHPWWGVSEMAFMRLLPPRYENGFNTPVGWEKGKRYNGYEVPNARKVSRVLIGTDETTPHSHLSAMTMQWGQFIDHDLTLTAPALTRHSYKEGAFCNRTCENADPCFNIQLEADDPKLHTGLYQKHPCMEFERNGAACGSGETSPIFQRVTYRDQLNLLTSYLDASGIYGNSEEQALELRDLYSDHGLLRFDIVSGANKPYMPFEKDSDMDCRRNFSRENPIKCFLAGDVRANEQLGLMSMHTIFLREHNRIASRLLEVNENWDGETIFQETRKLIGAMLQHITYNAWLPKILGKATYNTIIGEYKGYNPDVNPTIANEFATAALRFAHTLINTHLFRFDKDFKETKQGHLPLHNAFFAPERLVSEGGVDPLLRGLFAAPIKMPRPDQVLNKELTEKLFNRFHEVALDLAALNIQRGRDHGLPSWTEYRKFCNLTVPKTWSDMKNIVQNDTVISKLQSLYGVTENIDLWVGGVTEKRTADALMGPTLACIIADQFKRLRDGDRFWYENEEMFSKAQLRQIKKVTLSKIICTNGDDIDRIQRDIFVYHGNSTQFYEPCESLPEINLNMWTTCCDAMCSSSSTLARNAIGGDEKAKRRKRRHHHSKKSCHDKGKRRKSGDRWNHSNDICVECMCHDGEVWCKTNNFCKSQV

Target ORF information:

RefSeq Version	NM_077433.5
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), mRNA.

Target ORF information:

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

NM_077433.5

ORF Insert Sequence:

ATGCTCTTAG AATTCCTCTT GCTGATTGGA ATTTCACTCT CCACAGCGTG TCCTTCGGAA 
TGCAGATGTG CTGGTTTAGA TGTTCATTGT GAAGGAAAAA ATCTTACCGC AATTCCTGGA 
CATATACCAA TTGCAACTAC TAATTTGTAT TTTTCAAATA ATTTGCTTAA CTCTCTAAGC 
AAATCCAATT TTCAAGCACT ACCAAATCTG CAATATCTCG ATTTATCAAA CAACTCCATT 
CGAGATATTG AAGAGACGTT GCTAGACAGT TTTCCTGGAT TAAAATACCT TGATCTCTCC 
TGGAATAAAA TTCGATACGT TCCCAAGCTA TCAACAGCAC CAAATGCTCT TGTGAGCTTA 
AACCTGGTTC ATAATGAAAT ATCAAGACTT GACAATGATT TGGTTTCTCA TAGTCCATAC 
ATGCAAACTT TTCTTATTCA ACGCAATCGC ATTCAATCTC TGCCTCATGA TTTTTTCAAT 
TCAAGAATGG TTCCCACTTT GAAAACAGTC AAAATGGCAG GAAATCCTTG GAGTTGTGAT 
TGCAGAATGG TTAATGTAAA ACAATTTGCT GATTCTTTGT TTGCTCATTC CAATCAGAAC 
ATATTCATTG TTGGCAAGTG CTTTTTCCCA AAAGGACTAA GGAACTATGT CTTCAGAAAT 
CTTTCGATAG AAAACCTGGA ATGTGAAAAG CCTGAATACA GCAAAACTGA TGATGGAATG 
TTCAAAATGA GCTGTCCAAA TAATGAAATG GAGGGTTATC ATTATGATTC AATATTCTTA 
GAGAATAATA AGGAAGCCAG ACACACAGCT CATTTTGCGC GTGACAAGGA TGGTTCTCTT 
CTCTCGAATG GACAATTTAC TAGAAACTAT CAATGTGCAT TCTACCGTCA AAAGCAGTCA 
ATTCACATGC AAAAGAAAAT GCAAGCTTCG TCATCTACTG AACCACCAAT CACAACAACC 
ACAATGGAGC CCATGACTAC GTCAACTATG GATTCAATGG ATACCACAGA AAGCGTCGTG 
ACAATGACTA CAATGCCAGA AATAGATACA AAGATAGTAT TTGAACACAA ACAGCTAGAC 
ACAACATCCC GTGACGGTGA AACCTTGGAG CTTAAATGCG AAGCATCTGG AGAACCGACT 
CCGACTATAA CTTGGTTGTT TGAAAAACAA AAACTGACGG AGTCACGCAA ACACAAACTT 
ACCAAAAACG GATCAGTTCT GAAAATCTTC CCATTTCTGA ACACTGACAT TGGTCAGTAC 
GAGTGTGTTG CCTCTAATGG TGAAGAATCT AAGTCTCATA TTTTTTCTGT GTCTTTGAAA 
GAAAGTGAAC AACCAGTTAT TATTGATGCA CCGATGGATA CTAATGCAAC TATTGGACAA 
CAAGTAACAC TTCGTTGTAA TGCTAAAGGA TTTCCAGTTC CTGACGTCGT TTGGCTTTTT 
GAAGGAATTC GAATTCCACG TAGAAACACT AGATACACGA TATCTGATAA CAATATTGAA 
TTAACTATTG AAAAAGTTAC CCGCCACGAC TCCGGTGTGT TTACCTGTCA AGCAGTAAAT 
AGTGTTGGCT CGGCAGTTGC CACCGCGAAT TTGCTAGTTG GTGCTGAATT GACAGAAAAA 
GTTGATAAAC TCCTTGATGA CTCAACAATT GAAAAAATTG CAAAAGAAGC AAAACAGAAG 
GTGGAAAAAG CTTTGTCATC AACAAAAGAC CAACAAAGAA TGGATAAGAT TGAAAGCCCA 
AATGATTTAA GTAAGCTTTT CAAATTTGCA ATAAACCTTA AAAAGGTTGA TCTTGGAAAG 
GCACGAGAGA TCTATGAAGA AAGCATCCGA TTAGTTCAAA TGCACATCGA TAATGGACTT 
GCATTCGAAT CTGCAATGAT CTCCCCAAAT GTGTCCTACG AAGCCGTTCT GCCAGTATCC 
TATGTTCAGA CGTTGATGGA AAAATCTGGT TGTCAAACTG GCCAATTTGC AGAAAGTTGC 
GAAGATCACT GCTTTTTCTC AAAATACAGA TCATATGATG GTCAGTGCAA CAACCATGAA 
CATCCGTGGT GGGGAGTTTC CGAGATGGCA TTCATGCGTC TGTTACCTCC AAGATATGAG 
AACGGATTCA ATACACCAGT TGGCTGGGAA AAAGGAAAAC GATACAATGG ATATGAAGTG 
CCGAATGCTC GGAAAGTGTC AAGAGTGCTA ATTGGAACAG ATGAAACTAC GCCGCATAGT 
CATTTGAGTG CAATGACTAT GCAATGGGGG CAATTTATTG ATCACGATCT CACACTCACT 
GCTCCAGCCC TCACCCGACA CAGTTACAAG GAGGGAGCAT TCTGCAATAG AACTTGCGAA 
AACGCAGATC CGTGCTTTAA CATTCAACTG GAAGCTGATG ACCCAAAACT TCATACTGGA 
TTGTATCAAA AACATCCTTG CATGGAATTC GAGCGGAATG GAGCTGCGTG TGGAAGTGGA 
GAAACATCGC CAATTTTCCA ACGAGTAACT TACCGCGATC AATTGAATCT TCTAACATCT 
TATCTTGATG CATCCGGAAT TTATGGAAAC AGTGAAGAAC AGGCTCTGGA ACTGAGAGAC 
TTGTACAGTG ATCATGGACT TTTAAGATTT GATATTGTTT CCGGAGCGAA TAAACCATAC 
ATGCCGTTTG AAAAAGATTC CGACATGGAT TGCCGTCGTA ACTTTTCCCG CGAGAATCCG 
ATCAAGTGTT TCCTTGCCGG AGATGTCAGG GCCAATGAAC AGCTGGGTCT CATGAGCATG 
CACACCATAT TCCTCAGAGA ACACAACAGA ATTGCATCGA GATTGTTGGA AGTTAACGAA 
AACTGGGATG GTGAAACTAT TTTCCAAGAA ACTAGAAAGT TGATTGGTGC TATGCTGCAA 
CACATCACCT ACAATGCTTG GCTCCCCAAA ATTCTTGGAA AGGCAACATA TAACACAATA 
ATTGGAGAGT ACAAAGGATA CAATCCAGAT GTCAATCCAA CAATTGCAAA TGAGTTTGCA 
ACCGCAGCTT TGAGATTCGC TCATACTTTA ATCAATACTC ATCTTTTCCG TTTCGATAAG 
GACTTCAAAG AGACAAAACA GGGACATTTA CCTCTGCACA ACGCTTTCTT TGCTCCGGAA 
AGACTAGTCT CTGAAGGTGG CGTTGATCCA TTGCTACGTG GCCTGTTTGC TGCACCAATT 
AAAATGCCAA GACCCGATCA AGTTCTCAAC AAAGAATTGA CAGAAAAATT GTTTAATAGA 
TTCCATGAGG TAGCCCTTGA CCTAGCTGCT CTCAACATTC AAAGAGGCCG AGACCACGGT 
CTACCATCAT GGACCGAATA TCGCAAGTTC TGCAATCTAA CTGTCCCAAA AACTTGGTCC 
GATATGAAAA ACATTGTTCA AAACGATACA GTCATTTCAA AACTGCAATC CCTCTACGGT 
GTCACAGAGA ACATTGATCT TTGGGTTGGA GGTGTTACTG AAAAGAGAAC TGCTGACGCG 
TTGATGGGAC CAACACTTGC GTGTATAATT GCTGATCAAT TCAAACGCCT GAGAGATGGG 
GATAGATTTT GGTATGAGAA TGAAGAAATG TTCTCAAAGG CTCAACTTCG ACAAATCAAG 
AAAGTTACAT TGTCAAAGAT CATATGCACA AACGGTGACG ACATTGACCG AATTCAGAGA 
GATATTTTCG TATATCACGG TAACAGCACA CAATTCTATG AGCCCTGTGA GTCATTACCG 
GAAATCAACT TGAACATGTG GACAACATGT TGCGATGCAA TGTGCTCATC AAGCTCAACG 
TTGGCTCGCA ATGCAATTGG TGGCGATGAA AAAGCTAAAC GGCGGAAGAG ACGACATCAC 
CACTCAAAGA AAAGCTGTCA CGATAAAGGA AAAAGACGGA AGAGTGGAGA CAGATGGAAT 
CATTCCAATG ATATCTGTGT TGAATGCATG TGCCATGACG GCGAAGTTTG GTGCAAAACC 
AACAATTTCT GCAAATCTCA AGTCTGA

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

pxn-2 ( NM_077433.3 ) cDNA ORF clone, Caenorhabditis elegans -> NP_509834.1 Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), partial mRNA.

Price & Availability↑

CloneID	OCa350179
Clone ID Related Accession (Same CDS sequence)	NM_077433.5 , NM_077433.3
Accession Version	NM_077433.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	2019-04-08
Organism	Caenorhabditis elegans
Product	PeroXidasiN (Drosophila peroxidase) homolog
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003284). On Jun 26, 2012 this sequence version replaced NM_077433.2. COMPLETENESS: incomplete on both ends.

ATGCTCTTAG AATTCCTCTT GCTGATTGGA ATTTCACTCT CCACAGCGTG TCCTTCGGAA 
TGCAGATGTG CTGGTTTAGA TGTTCATTGT GAAGGAAAAA ATCTTACCGC AATTCCTGGA 
CATATACCAA TTGCAACTAC TAATTTGTAT TTTTCAAATA ATTTGCTTAA CTCTCTAAGC 
AAATCCAATT TTCAAGCACT ACCAAATCTG CAATATCTCG ATTTATCAAA CAACTCCATT 
CGAGATATTG AAGAGACGTT GCTAGACAGT TTTCCTGGAT TAAAATACCT TGATCTCTCC 
TGGAATAAAA TTCGATACGT TCCCAAGCTA TCAACAGCAC CAAATGCTCT TGTGAGCTTA 
AACCTGGTTC ATAATGAAAT ATCAAGACTT GACAATGATT TGGTTTCTCA TAGTCCATAC 
ATGCAAACTT TTCTTATTCA ACGCAATCGC ATTCAATCTC TGCCTCATGA TTTTTTCAAT 
TCAAGAATGG TTCCCACTTT GAAAACAGTC AAAATGGCAG GAAATCCTTG GAGTTGTGAT 
TGCAGAATGG TTAATGTAAA ACAATTTGCT GATTCTTTGT TTGCTCATTC CAATCAGAAC 
ATATTCATTG TTGGCAAGTG CTTTTTCCCA AAAGGACTAA GGAACTATGT CTTCAGAAAT 
CTTTCGATAG AAAACCTGGA ATGTGAAAAG CCTGAATACA GCAAAACTGA TGATGGAATG 
TTCAAAATGA GCTGTCCAAA TAATGAAATG GAGGGTTATC ATTATGATTC AATATTCTTA 
GAGAATAATA AGGAAGCCAG ACACACAGCT CATTTTGCGC GTGACAAGGA TGGTTCTCTT 
CTCTCGAATG GACAATTTAC TAGAAACTAT CAATGTGCAT TCTACCGTCA AAAGCAGTCA 
ATTCACATGC AAAAGAAAAT GCAAGCTTCG TCATCTACTG AACCACCAAT CACAACAACC 
ACAATGGAGC CCATGACTAC GTCAACTATG GATTCAATGG ATACCACAGA AAGCGTCGTG 
ACAATGACTA CAATGCCAGA AATAGATACA AAGATAGTAT TTGAACACAA ACAGCTAGAC 
ACAACATCCC GTGACGGTGA AACCTTGGAG CTTAAATGCG AAGCATCTGG AGAACCGACT 
CCGACTATAA CTTGGTTGTT TGAAAAACAA AAACTGACGG AGTCACGCAA ACACAAACTT 
ACCAAAAACG GATCAGTTCT GAAAATCTTC CCATTTCTGA ACACTGACAT TGGTCAGTAC 
GAGTGTGTTG CCTCTAATGG TGAAGAATCT AAGTCTCATA TTTTTTCTGT GTCTTTGAAA 
GAAAGTGAAC AACCAGTTAT TATTGATGCA CCGATGGATA CTAATGCAAC TATTGGACAA 
CAAGTAACAC TTCGTTGTAA TGCTAAAGGA TTTCCAGTTC CTGACGTCGT TTGGCTTTTT 
GAAGGAATTC GAATTCCACG TAGAAACACT AGATACACGA TATCTGATAA CAATATTGAA 
TTAACTATTG AAAAAGTTAC CCGCCACGAC TCCGGTGTGT TTACCTGTCA AGCAGTAAAT 
AGTGTTGGCT CGGCAGTTGC CACCGCGAAT TTGCTAGTTG GTGCTGAATT GACAGAAAAA 
GTTGATAAAC TCCTTGATGA CTCAACAATT GAAAAAATTG CAAAAGAAGC AAAACAGAAG 
GTGGAAAAAG CTTTGTCATC AACAAAAGAC CAACAAAGAA TGGATAAGAT TGAAAGCCCA 
AATGATTTAA GTAAGCTTTT CAAATTTGCA ATAAACCTTA AAAAGGTTGA TCTTGGAAAG 
GCACGAGAGA TCTATGAAGA AAGCATCCGA TTAGTTCAAA TGCACATCGA TAATGGACTT 
GCATTCGAAT CTGCAATGAT CTCCCCAAAT GTGTCCTACG AAGCCGTTCT GCCAGTATCC 
TATGTTCAGA CGTTGATGGA AAAATCTGGT TGTCAAACTG GCCAATTTGC AGAAAGTTGC 
GAAGATCACT GCTTTTTCTC AAAATACAGA TCATATGATG GTCAGTGCAA CAACCATGAA 
CATCCGTGGT GGGGAGTTTC CGAGATGGCA TTCATGCGTC TGTTACCTCC AAGATATGAG 
AACGGATTCA ATACACCAGT TGGCTGGGAA AAAGGAAAAC GATACAATGG ATATGAAGTG 
CCGAATGCTC GGAAAGTGTC AAGAGTGCTA ATTGGAACAG ATGAAACTAC GCCGCATAGT 
CATTTGAGTG CAATGACTAT GCAATGGGGG CAATTTATTG ATCACGATCT CACACTCACT 
GCTCCAGCCC TCACCCGACA CAGTTACAAG GAGGGAGCAT TCTGCAATAG AACTTGCGAA 
AACGCAGATC CGTGCTTTAA CATTCAACTG GAAGCTGATG ACCCAAAACT TCATACTGGA 
TTGTATCAAA AACATCCTTG CATGGAATTC GAGCGGAATG GAGCTGCGTG TGGAAGTGGA 
GAAACATCGC CAATTTTCCA ACGAGTAACT TACCGCGATC AATTGAATCT TCTAACATCT 
TATCTTGATG CATCCGGAAT TTATGGAAAC AGTGAAGAAC AGGCTCTGGA ACTGAGAGAC 
TTGTACAGTG ATCATGGACT TTTAAGATTT GATATTGTTT CCGGAGCGAA TAAACCATAC 
ATGCCGTTTG AAAAAGATTC CGACATGGAT TGCCGTCGTA ACTTTTCCCG CGAGAATCCG 
ATCAAGTGTT TCCTTGCCGG AGATGTCAGG GCCAATGAAC AGCTGGGTCT CATGAGCATG 
CACACCATAT TCCTCAGAGA ACACAACAGA ATTGCATCGA GATTGTTGGA AGTTAACGAA 
AACTGGGATG GTGAAACTAT TTTCCAAGAA ACTAGAAAGT TGATTGGTGC TATGCTGCAA 
CACATCACCT ACAATGCTTG GCTCCCCAAA ATTCTTGGAA AGGCAACATA TAACACAATA 
ATTGGAGAGT ACAAAGGATA CAATCCAGAT GTCAATCCAA CAATTGCAAA TGAGTTTGCA 
ACCGCAGCTT TGAGATTCGC TCATACTTTA ATCAATACTC ATCTTTTCCG TTTCGATAAG 
GACTTCAAAG AGACAAAACA GGGACATTTA CCTCTGCACA ACGCTTTCTT TGCTCCGGAA 
AGACTAGTCT CTGAAGGTGG CGTTGATCCA TTGCTACGTG GCCTGTTTGC TGCACCAATT 
AAAATGCCAA GACCCGATCA AGTTCTCAAC AAAGAATTGA CAGAAAAATT GTTTAATAGA 
TTCCATGAGG TAGCCCTTGA CCTAGCTGCT CTCAACATTC AAAGAGGCCG AGACCACGGT 
CTACCATCAT GGACCGAATA TCGCAAGTTC TGCAATCTAA CTGTCCCAAA AACTTGGTCC 
GATATGAAAA ACATTGTTCA AAACGATACA GTCATTTCAA AACTGCAATC CCTCTACGGT 
GTCACAGAGA ACATTGATCT TTGGGTTGGA GGTGTTACTG AAAAGAGAAC TGCTGACGCG 
TTGATGGGAC CAACACTTGC GTGTATAATT GCTGATCAAT TCAAACGCCT GAGAGATGGG 
GATAGATTTT GGTATGAGAA TGAAGAAATG TTCTCAAAGG CTCAACTTCG ACAAATCAAG 
AAAGTTACAT TGTCAAAGAT CATATGCACA AACGGTGACG ACATTGACCG AATTCAGAGA 
GATATTTTCG TATATCACGG TAACAGCACA CAATTCTATG AGCCCTGTGA GTCATTACCG 
GAAATCAACT TGAACATGTG GACAACATGT TGCGATGCAA TGTGCTCATC AAGCTCAACG 
TTGGCTCGCA ATGCAATTGG TGGCGATGAA AAAGCTAAAC GGCGGAAGAG ACGACATCAC 
CACTCAAAGA AAAGCTGTCA CGATAAAGGA AAAAGACGGA AGAGTGGAGA CAGATGGAAT 
CATTCCAATG ATATCTGTGT TGAATGCATG TGCCATGACG GCGAAGTTTG GTGCAAAACC 
AACAATTTCT GCAAATCTCA AGTCTGA

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

RefSeq	NP_509834.1
CDS	1..3987
Translation	MLLEFLLLIGISLSTACPSECRCAGLDVHCEGKNLTAIPGHIPIATTNLYFSNNLLNSLSKSNFQALPNLQYLDLSNNSIRDIEETLLDSFPGLKYLDLSWNKIRYVPKLSTAPNALVSLNLVHNEISRLDNDLVSHSPYMQTFLIQRNRIQSLPHDFFNSRMVPTLKTVKMAGNPWSCDCRMVNVKQFADSLFAHSNQNIFIVGKCFFPKGLRNYVFRNLSIENLECEKPEYSKTDDGMFKMSCPNNEMEGYHYDSIFLENNKEARHTAHFARDKDGSLLSNGQFTRNYQCAFYRQKQSIHMQKKMQASSSTEPPITTTTMEPMTTSTMDSMDTTESVVTMTTMPEIDTKIVFEHKQLDTTSRDGETLELKCEASGEPTPTITWLFEKQKLTESRKHKLTKNGSVLKIFPFLNTDIGQYECVASNGEESKSHIFSVSLKESEQPVIIDAPMDTNATIGQQVTLRCNAKGFPVPDVVWLFEGIRIPRRNTRYTISDNNIELTIEKVTRHDSGVFTCQAVNSVGSAVATANLLVGAELTEKVDKLLDDSTIEKIAKEAKQKVEKALSSTKDQQRMDKIESPNDLSKLFKFAINLKKVDLGKAREIYEESIRLVQMHIDNGLAFESAMISPNVSYEAVLPVSYVQTLMEKSGCQTGQFAESCEDHCFFSKYRSYDGQCNNHEHPWWGVSEMAFMRLLPPRYENGFNTPVGWEKGKRYNGYEVPNARKVSRVLIGTDETTPHSHLSAMTMQWGQFIDHDLTLTAPALTRHSYKEGAFCNRTCENADPCFNIQLEADDPKLHTGLYQKHPCMEFERNGAACGSGETSPIFQRVTYRDQLNLLTSYLDASGIYGNSEEQALELRDLYSDHGLLRFDIVSGANKPYMPFEKDSDMDCRRNFSRENPIKCFLAGDVRANEQLGLMSMHTIFLREHNRIASRLLEVNENWDGETIFQETRKLIGAMLQHITYNAWLPKILGKATYNTIIGEYKGYNPDVNPTIANEFATAALRFAHTLINTHLFRFDKDFKETKQGHLPLHNAFFAPERLVSEGGVDPLLRGLFAAPIKMPRPDQVLNKELTEKLFNRFHEVALDLAALNIQRGRDHGLPSWTEYRKFCNLTVPKTWSDMKNIVQNDTVISKLQSLYGVTENIDLWVGGVTEKRTADALMGPTLACIIADQFKRLRDGDRFWYENEEMFSKAQLRQIKKVTLSKIICTNGDDIDRIQRDIFVYHGNSTQFYEPCESLPEINLNMWTTCCDAMCSSSSTLARNAIGGDEKAKRRKRRHHHSKKSCHDKGKRRKSGDRWNHSNDICVECMCHDGEVWCKTNNFCKSQV

Target ORF information:

RefSeq Version	NM_077433.3
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans PeroXidasiN (Drosophila peroxidase) homolog (pxn-2), partial mRNA.

Target ORF information:

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

NM_077433.3

ORF Insert Sequence:

ATGCTCTTAG AATTCCTCTT GCTGATTGGA ATTTCACTCT CCACAGCGTG TCCTTCGGAA 
TGCAGATGTG CTGGTTTAGA TGTTCATTGT GAAGGAAAAA ATCTTACCGC AATTCCTGGA 
CATATACCAA TTGCAACTAC TAATTTGTAT TTTTCAAATA ATTTGCTTAA CTCTCTAAGC 
AAATCCAATT TTCAAGCACT ACCAAATCTG CAATATCTCG ATTTATCAAA CAACTCCATT 
CGAGATATTG AAGAGACGTT GCTAGACAGT TTTCCTGGAT TAAAATACCT TGATCTCTCC 
TGGAATAAAA TTCGATACGT TCCCAAGCTA TCAACAGCAC CAAATGCTCT TGTGAGCTTA 
AACCTGGTTC ATAATGAAAT ATCAAGACTT GACAATGATT TGGTTTCTCA TAGTCCATAC 
ATGCAAACTT TTCTTATTCA ACGCAATCGC ATTCAATCTC TGCCTCATGA TTTTTTCAAT 
TCAAGAATGG TTCCCACTTT GAAAACAGTC AAAATGGCAG GAAATCCTTG GAGTTGTGAT 
TGCAGAATGG TTAATGTAAA ACAATTTGCT GATTCTTTGT TTGCTCATTC CAATCAGAAC 
ATATTCATTG TTGGCAAGTG CTTTTTCCCA AAAGGACTAA GGAACTATGT CTTCAGAAAT 
CTTTCGATAG AAAACCTGGA ATGTGAAAAG CCTGAATACA GCAAAACTGA TGATGGAATG 
TTCAAAATGA GCTGTCCAAA TAATGAAATG GAGGGTTATC ATTATGATTC AATATTCTTA 
GAGAATAATA AGGAAGCCAG ACACACAGCT CATTTTGCGC GTGACAAGGA TGGTTCTCTT 
CTCTCGAATG GACAATTTAC TAGAAACTAT CAATGTGCAT TCTACCGTCA AAAGCAGTCA 
ATTCACATGC AAAAGAAAAT GCAAGCTTCG TCATCTACTG AACCACCAAT CACAACAACC 
ACAATGGAGC CCATGACTAC GTCAACTATG GATTCAATGG ATACCACAGA AAGCGTCGTG 
ACAATGACTA CAATGCCAGA AATAGATACA AAGATAGTAT TTGAACACAA ACAGCTAGAC 
ACAACATCCC GTGACGGTGA AACCTTGGAG CTTAAATGCG AAGCATCTGG AGAACCGACT 
CCGACTATAA CTTGGTTGTT TGAAAAACAA AAACTGACGG AGTCACGCAA ACACAAACTT 
ACCAAAAACG GATCAGTTCT GAAAATCTTC CCATTTCTGA ACACTGACAT TGGTCAGTAC 
GAGTGTGTTG CCTCTAATGG TGAAGAATCT AAGTCTCATA TTTTTTCTGT GTCTTTGAAA 
GAAAGTGAAC AACCAGTTAT TATTGATGCA CCGATGGATA CTAATGCAAC TATTGGACAA 
CAAGTAACAC TTCGTTGTAA TGCTAAAGGA TTTCCAGTTC CTGACGTCGT TTGGCTTTTT 
GAAGGAATTC GAATTCCACG TAGAAACACT AGATACACGA TATCTGATAA CAATATTGAA 
TTAACTATTG AAAAAGTTAC CCGCCACGAC TCCGGTGTGT TTACCTGTCA AGCAGTAAAT 
AGTGTTGGCT CGGCAGTTGC CACCGCGAAT TTGCTAGTTG GTGCTGAATT GACAGAAAAA 
GTTGATAAAC TCCTTGATGA CTCAACAATT GAAAAAATTG CAAAAGAAGC AAAACAGAAG 
GTGGAAAAAG CTTTGTCATC AACAAAAGAC CAACAAAGAA TGGATAAGAT TGAAAGCCCA 
AATGATTTAA GTAAGCTTTT CAAATTTGCA ATAAACCTTA AAAAGGTTGA TCTTGGAAAG 
GCACGAGAGA TCTATGAAGA AAGCATCCGA TTAGTTCAAA TGCACATCGA TAATGGACTT 
GCATTCGAAT CTGCAATGAT CTCCCCAAAT GTGTCCTACG AAGCCGTTCT GCCAGTATCC 
TATGTTCAGA CGTTGATGGA AAAATCTGGT TGTCAAACTG GCCAATTTGC AGAAAGTTGC 
GAAGATCACT GCTTTTTCTC AAAATACAGA TCATATGATG GTCAGTGCAA CAACCATGAA 
CATCCGTGGT GGGGAGTTTC CGAGATGGCA TTCATGCGTC TGTTACCTCC AAGATATGAG 
AACGGATTCA ATACACCAGT TGGCTGGGAA AAAGGAAAAC GATACAATGG ATATGAAGTG 
CCGAATGCTC GGAAAGTGTC AAGAGTGCTA ATTGGAACAG ATGAAACTAC GCCGCATAGT 
CATTTGAGTG CAATGACTAT GCAATGGGGG CAATTTATTG ATCACGATCT CACACTCACT 
GCTCCAGCCC TCACCCGACA CAGTTACAAG GAGGGAGCAT TCTGCAATAG AACTTGCGAA 
AACGCAGATC CGTGCTTTAA CATTCAACTG GAAGCTGATG ACCCAAAACT TCATACTGGA 
TTGTATCAAA AACATCCTTG CATGGAATTC GAGCGGAATG GAGCTGCGTG TGGAAGTGGA 
GAAACATCGC CAATTTTCCA ACGAGTAACT TACCGCGATC AATTGAATCT TCTAACATCT 
TATCTTGATG CATCCGGAAT TTATGGAAAC AGTGAAGAAC AGGCTCTGGA ACTGAGAGAC 
TTGTACAGTG ATCATGGACT TTTAAGATTT GATATTGTTT CCGGAGCGAA TAAACCATAC 
ATGCCGTTTG AAAAAGATTC CGACATGGAT TGCCGTCGTA ACTTTTCCCG CGAGAATCCG 
ATCAAGTGTT TCCTTGCCGG AGATGTCAGG GCCAATGAAC AGCTGGGTCT CATGAGCATG 
CACACCATAT TCCTCAGAGA ACACAACAGA ATTGCATCGA GATTGTTGGA AGTTAACGAA 
AACTGGGATG GTGAAACTAT TTTCCAAGAA ACTAGAAAGT TGATTGGTGC TATGCTGCAA 
CACATCACCT ACAATGCTTG GCTCCCCAAA ATTCTTGGAA AGGCAACATA TAACACAATA 
ATTGGAGAGT ACAAAGGATA CAATCCAGAT GTCAATCCAA CAATTGCAAA TGAGTTTGCA 
ACCGCAGCTT TGAGATTCGC TCATACTTTA ATCAATACTC ATCTTTTCCG TTTCGATAAG 
GACTTCAAAG AGACAAAACA GGGACATTTA CCTCTGCACA ACGCTTTCTT TGCTCCGGAA 
AGACTAGTCT CTGAAGGTGG CGTTGATCCA TTGCTACGTG GCCTGTTTGC TGCACCAATT 
AAAATGCCAA GACCCGATCA AGTTCTCAAC AAAGAATTGA CAGAAAAATT GTTTAATAGA 
TTCCATGAGG TAGCCCTTGA CCTAGCTGCT CTCAACATTC AAAGAGGCCG AGACCACGGT 
CTACCATCAT GGACCGAATA TCGCAAGTTC TGCAATCTAA CTGTCCCAAA AACTTGGTCC 
GATATGAAAA ACATTGTTCA AAACGATACA GTCATTTCAA AACTGCAATC CCTCTACGGT 
GTCACAGAGA ACATTGATCT TTGGGTTGGA GGTGTTACTG AAAAGAGAAC TGCTGACGCG 
TTGATGGGAC CAACACTTGC GTGTATAATT GCTGATCAAT TCAAACGCCT GAGAGATGGG 
GATAGATTTT GGTATGAGAA TGAAGAAATG TTCTCAAAGG CTCAACTTCG ACAAATCAAG 
AAAGTTACAT TGTCAAAGAT CATATGCACA AACGGTGACG ACATTGACCG AATTCAGAGA 
GATATTTTCG TATATCACGG TAACAGCACA CAATTCTATG AGCCCTGTGA GTCATTACCG 
GAAATCAACT TGAACATGTG GACAACATGT TGCGATGCAA TGTGCTCATC AAGCTCAACG 
TTGGCTCGCA ATGCAATTGG TGGCGATGAA AAAGCTAAAC GGCGGAAGAG ACGACATCAC 
CACTCAAAGA AAAGCTGTCA CGATAAAGGA AAAAGACGGA AGAGTGGAGA CAGATGGAAT 
CATTCCAATG ATATCTGTGT TGAATGCATG TGCCATGACG GCGAAGTTTG GTGCAAAACC 
AACAATTTCT GCAAATCTCA AGTCTGA

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

PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.
Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

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pxn-2 cDNA ORF clone, Caenorhabditis elegans

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

見積依頼

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