PCNXL2 cDNA ORF clone, Sus scrofa(Pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	PCNXL2
Entrez Gene ID	100158027
Full Name	pecanex homolog 2
Synonyms	PCNXL2
Gene Type	protein-coding
Organism	Sus scrofa(Pig)
Genome	Chromosome: 14 Map Location: 14\|14

mRNA and Protein(s)

mRNA	Protein	Name
XM_021074292.1	XP_020929951.1	LOW QUALITY PROTEIN: pecanex-like protein 2
XM_013983221.1	XP_013838675.1	LOW QUALITY PROTEIN: pecanex-like protein 2

Pathways from BioSystems
Gene Ontology

The following PCNXL2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PCNXL2 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
OSe238883	XM_021074292.1 Latest version!	Sus scrofa pecanex homolog 2 (Drosophila) (PCNX2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OSe43099	XM_013983221.1 Latest version!	Sus scrofa pecanex-like 2 (Drosophila) (PCNXL2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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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)

PCNXL2 ( XM_021074292.1 ) cDNA ORF clone, Sus scrofa(Pig) -> XP_020929951.1 Sus scrofa pecanex homolog 2 (Drosophila) (PCNX2), mRNA.

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CloneID	OSe238883
Clone ID Related Accession (Same CDS sequence)	XM_021074292.1
Accession Version	XM_021074292.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5817bp) 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	1494518400000
Organism	Sus scrofa(pig)
Product	LOW QUALITY PROTEIN: pecanex-like protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010456.5) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGGTATCCC AGGCGCTGCA GCTGCTCCGG CAGGGCGTGT GGGCCGCGCT CACCGGCGGC 
TGGTACCACG ACCCGGAGCA GAGCAAGTTC ACCAACAGCT GCCACCTCTA CCTGTGGCTG 
TTCCTGCTGC TGCTGCCGCT GGCCCTGCAC CTCGCTTTCC CTCCAAATGC CATCACCGTA 
TTTTTTTACT GCAGTTCCGT GACAATATTT TTCACAATAA TCAAATGGGT CAGTTATCGC 
CTACACCTCA TGTTTGATAA AGGAGAGGTG ATCCAGCAAA AGCCCTCCCG AAAGAAAGAA 
AAGGCAAATA AAGACAAAGA GGCCAACACT GACCGCATAA CTAATGACAA AAATCCAAGC 
AATAATGGGC AGATTAACAA CAGCAAAAAG GAAGAGGCCG GGCCACCCCT CTCCACGCCT 
CCGCTCCACG GCAGCTCCAG AGGACAGAGT ATAACCTCTC ATCACTCTTC TGGGCTCCTG 
GAGTTGCCAG CACAAGAAAC AGTGGAAGAT CTCAAAGGTG TCATACTGTC AGATGACCAA 
CCCATAGCGC CAGTGTCATC TACCTCACCT GGTATCAAAA CGGAAAGCTT ACCTGCTTCG 
AAAATCTCCG TGCTGGAAAC CACGACCACA TCAGCAATAC CAATGAGACC AGTCATGGCA 
GAAACTCTCA TCGATGATAA AGGGAAGGAA AGGAGAGGCA AGGGGCAGCC CCCTTTCCAC 
CACAGATCTG AGGGTGGCTT GGTGGATAAA GAGACCGTGA AGAGGTTTCC CCACCTGTCT 
TTGTCTCAGT ATGACTTACT AGAGACCGAC ATTTCCTTCC ACCCTTGGGG GAGTGAGAAT 
TCAGTCCTGA TTCCAGAACC TGGGAACTAT GCCCAGGGCT CCATAAGGGA ACAGTTGCCA 
AGCAAGTCGC TTCAGGACAG CCTGAGCAGT AGCTGCCCAC AGTGTGACAC GGTCATCGCC 
AATCCCAGGT GTGAGCAGCT GGACATTTGC CAGCAGGTGG GGCCACCCTT GGGTCAGGAC 
ATGGACTACT CAGATAGCGA GGTTGCTGTC ACGCTTATAG ATACTTCTCA ACCCGGAGAC 
CCACGGAGTC TGCACGAACC CATTAAGATC GTCATCACCA TGAGCAGTAC CCCCACCTCC 
ATGACGGACT TGGAAAGCTC GCTCCACCTG AAGGTGATTG GCACTGAGCG AACTGGGATT 
AAGTCTGATG CTGAGCCAGC TACCCTCGGG GCAGCCGGTC CTCCAGATGT GGAGCAGATG 
AGAATTCCTG TCATCACCCT CGAGCTGTCT GAGGATGAGG GAGGGGGCGG CATGTGTCCT 
GAAAGCAGTG GAAGTGACAG GACCCCAGAG AGACTGATGG TGGAGGCATC ATCCAATCAG 
TGTTCTGGCT ATGAATCTGG GGAGGGAGGA ATCGCCACCA AGGATGGCAG CCCTTCCCCA 
AGAGACCACT GTGGGACAAC TCCCCCCCAC ACACCTCATG TAGTCTCTGC GTCGGAGGTG 
GGAGTGGAAG GCCAGGCTCA CCTTGACCCA TCATCCTGTA GAACCAGCCA GGAGAAGAGA 
CATGCTCGTG TCCTCAGTGT AGACAGTGGG ACCGATGTCT TCTTAAGCAA GAGTTCTGCA 
GAAATTATTC ACGACAAAGA GAAAACGATA CCAACATCCA AATCTGACCT AGAGGCCAAG 
GAAGGGCAAA TACCAAATGA GTCCAACTTC CTGGAATTTG TCTCCCTGTT AGAATCCATT 
AACACTTCCA AGGTGGTGGC GTCTGGCCAA AGGAACGAGC CAGCCGAGCA GAAGAAAGAC 
AGTGAGCTTC TCGGAGATAA CTATTCCCAG GAGAAAAAGG AGGAAATCCT GGAAAGTGAG 
AAACCCAGTG GATGCTATGC CAGGCAAGGG AAACCAGACA TGCAAAGTCA AGACCATACC 
AGCACCAGCC CTGGACTCAC TGAGCCCACC AAGATCCCAA CCTTTTTCCA GGGCAATAGA 
CAAAGGCAGA TAATCTACAG GGTCACTTCC CAACAAGATA GTTCTGTGTT GCAAGTCATC 
AGTGGGCCTG AAACATCTGT GCAAGATGAG ATGTCTGTGG ACGCCATGCA TGTCTTCATT 
GATGAACACG GAGAAATTAA GTCCTGTTAT TTAAAGTCCG GAAATCAGAA AGAAGGTCCT 
TTCCAGCATC AGCCATCAAA TTATGACGGC TTCTCTCATG CTCGGGACAT CCAGATCAGC 
TCCTCCAGTA CCACGACTTC CGAGAGTCAA GAACCTTCTT CTGGGGACCC TGCAGTCAGT 
GCTCTTCAGC AACAGCTATT ACTGATGGTG ACTCGAAGGA CGCAGCCAGA AACCCCACGG 
CATCTGAGTC AGGATCTGGA AGACTCATCA TCTTCTTCCA CACCAGGGAA GTTTAACCGA 
GAACAGTTTT ACAAGTTTAT CATTTTCCCA GGCAAGTGGA TTAAGGTCTG GTACGATCGC 
CTTACCTTGT TGGCGTTACT TGATCGAACT GAAGATGTCA AGGAAAACGT GCTGGCGGTT 
TTACTCATCG TCCTGGTTTC CCTGCTTGGA TTTCTGACCT TGAACCGAGG CTTTTGCAAA 
GACATGTGGG CGCTCCTCTT CTGCCTTGTC ATGGCCAGCT GCCAGTATTC CCTGTTAAAG 
AGCGTCCAGC CTGACCCCGC CTCGCCCATC CACGGGCACA ACCAAATCAT AACATATAGC 
CGACCAGTCT ATTTTTGTGT GCTGTGTGGC CTTATTTTGC TTCTTGATAT AGGGGCCAAA 
GCCAGGCACC CTCCCACGTA CGTGGTCTAT GGCCTGAAGC TCTTCTCCCC GCGGTCCCTC 
CAGTCAGCTA GGGACCTCTT AATAGTATTT CTCTATTGCT TTCCTGCAAT TTCCCTCCTT 
GGACTCTTCC CGCAGATCAA CACTTTCTGC ATTTATCTTT TGGAGCAAAT TGACATGCTG 
TTTTTTGGAG GTTCTGCCGT CTCGGGGATG CTGTCTGCGG TTTACAGTGT TGCGCGGAGT 
GCCTCTGCAG CGGCCGTGCT GCATGTGTTC TGTTTCAGCG CCGTGAAGGA ACCATGGAGC 
ACCCAGCACA TCCCGGCGCT GTTTTCAGCC TTCTGCGGTC TCCTGGTAGC ACTTTCCTAC 
CATCTGAGCA GACAGAGCAG CGACCCTTCT GTGCTTCTGT CCCTTCTTCA GTGCAGATTG 
TTTCATAAAT TTTTACATCA AAATCTAGAA GAGCTGGCTG CAGATCCTCT CCCCAGGAAG 
ATGAAGGAAT CTGTGAAGGA TATCCTGAAA TCAGATCTGG TCATCTGCTC CCTGGCTGCC 
GTTCTGTCCT TTGCAGTCAG TGCCAGCACC GTGTTCCTGT CCTTGCGTCC GTTTCTCAGT 
GTCGTGCTGT TTGCCCTGGC TGGTGCTGTG GGGTTTGTAA CCCACTACAT GCTCCCCCAG 
CTGCGCAAGC ACCACCCGTG GATGTGGATT TCACACCCCA TCCTTAAAAA CAAAGAGTAT 
CAGCAACGGG AAGTGACAGA TGTTGCCCAT TTAATGTGGT TTGAAAAACT CTATGTCTGG 
CTTCAGTGTT TTGAAAAATA TGTCTTGTAC CCAGCAATAA TTTTGAACGC TCTCACCCTT 
GATGCCTTTT CGATAAGCAA TTACCGGAGA CTTGGTACCC ACTGGGACAT CTTCCTGATG 
GTCATCGCTG GGATGAAGCT GCTGCGGACC TCGTTCTGTA ACCCCGTCCA CCAGTTCACC 
CACCTGGGCT TCACCGTGAT CTTCTTCCAC TTCGACTACA AAGATATTTC AGAGAGTTTC 
TTACTGGATT TCTTCATGGT GTCCATTTTA TTTAGCAAGC TCGGGGACCT GCTTCAGAAG 
CTACAGTTCG TCATGACATA TGTGGCTCCC TGGCAGATGG CCTGGGGCTC CTCGTTTCAC 
GTGTTTGCTC AGCTCTTCGC AATCCCTCAT TCTGCCATGC TTTTCTTTCA GACGTTCGCC 
ACGTCAATCT TTTCTACTCC ATTGAGCCCC TTTCTTGGGA GTGTCATCTT TATCACATCA 
TATGTCAGGC CCGTGAAATT CTGGGAGAAA AACTACAATA CAAGGCGCGT GGATAATTCC 
AACACGAGGC TGGTGGTCCA GATTGAAAAG GATCCAGGGA ACAATGACAA CAACCTCAAT 
TCCATTTTTT ACGAGCACCT GACAAGGGCC CTGCAGGAGT CCCTCTGTGG AGACCTGGTC 
CTTGGGCGAT GGGGTAACTA CAGCTCCGGC GATTGCTTTA TTTTGGCTTC AGATTATCTC 
AATGCTTTTG TGCACCTGAT TGAAATCGGC AATGGTCTTG TCACCTTTCA GCTTCGAGGA 
CTGGAATTCC GAGGAACCTA CTGCCAGCAG CGGGAGGTGG AAGCCATCAT GGAGGGTGAC 
GAGGACGACA GAGGCTGCTG TTGCTGCCAA CCCGGTCACC TGCCCCACCT GTTGTCCTGC 
AATGCCGCCT TTAACCTCCG CTGGCTTACC TGGGAGATCA CACGTACACA GTACATCCTG 
GAGGGTTACA GCATCATGGA CAACAACGCG GCCACCATGC TGCAGGTCTT TGACCTCCGG 
AGGATCCTCA TCCGATATTA CATCAAGAGT ATAATATACT ATATGGTGAC GTCCCCCAAA 
CTCCTCTCCT GGATCAAAAA TGAGTCACTT CTGAAGTCGC TGCAGCCGTT CACCAAGTGG 
CATTACATCG AGCGTGACCT CGCCATGTTC AATATGAACA TTGACGATGA CTACGTTCCA 
TGTCTCCAGG GAATAACGAG AGCCAGTTAC TGTAATGTTT ACCTAGAGTG GATTCAATAC 
TGTGCACACA AAAGGCAAGA GCCCTCGAAG AACCTGGACA GTGATGAGGA CTCTCCTCTG 
GTGACCTTGT CCTTTGCGCT CTGCATCCTG GGGAGAAGAG CCCTGGGCAC CNGCGCCCAC 
AACATGGCCA TCAGCCTGGA CTCCTTCCTG TATGGCCTCC ACGCCCTCTT CAAAGGTGAC 
TTCAGAATTA CAGCCCGAGA TNGATGGGTG TTTGCAGACA TCGACCTGCT GCACAAAGTC 
GTTGCCCCAG CTCTCAAGAT GTCCCTGAAG CTGCACCAGG ACCAGTTCAC TTGCCCAGAC 
GAGTATGAAG ACCCAGCCGT GCTCTATGAG GCCATCCAGT CCTTTGAAAG GAAAGTGGTG 
ATCTGCCACG AGGGTGACCC TGCCTGGCGG GGTGCTGTGC TGGCCAATAA GGAGGAGCTG 
CTGACCCTGC GGCATGTGGT GGATGAGGGC GCAGACGAGT ACAAGGTCAT CATGCTCCAC 
AGAAGCTTCC TGAGCTTCAA GGTGATCAAG GTGAACAGGG AGTGTGTCCG AGGACTCTGG 
GCGGGGCAGC AGCAAGAGCT CATCTTCCTC CGCAACCGCA ACCCTGAGCG CGGCAGCATC 
CAGAACAACA AGCAGGTCCT CCGAAACCTA ATTAATTCCT CCTGTGACCA GCCCCTGGGC 
TACCCCATGT ACGTCTCCCC GCTAACCACA TCCTACCTAG GGACCCACAG GCAGCTGAAG 
AGCGTGTGGA GCGGACCCGT CACTTGGGAT GGCATCAGGG CATGGTTCCG AACCAAGTGG 
TTAAGGATGC GGAAGGAGTG TGATGCGGGC ACGCAGGGCG CTGGCCACAT TGAGGATGTG 
GACGGAGGGG GCGCTCGGCC CGCAGGCGGC AGCAGTGCCC CCAGTGGTGA GAGCCGGGAG 
AGCAGCTCAG AACAGCCCAG AAAGGAAGGG GCCCGCCACT GGTCGCCCTG TGAAGGCCAC 
GGAGGGCAGG CAGGAGGAAA GGCAGGAGTC AGTCGGTCCA GGCTCACAGG GCCTTAA

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

RefSeq	XP_020929951.1
CDS	233..6049
Translation	MVSQALQLLRQGVWAALTGGWYHDPEQSKFTNSCHLYLWLFLLLLPLALHLAFPPNAITVFFYCSSVTIFFTIIKWVSYRLHLMFDKGEVIQQKPSRKKEKANKDKEANTDRITNDKNPSNNGQINNSKKEEAGPPLSTPPLHGSSRGQSITSHHSSGLLELPAQETVEDLKGVILSDDQPIAPVSSTSPGIKTESLPASKISVLETTTTSAIPMRPVMAETLIDDKGKERRGKGQPPFHHRSEGGLVDKETVKRFPHLSLSQYDLLETDISFHPWGSENSVLIPEPGNYAQGSIREQLPSKSLQDSLSSSCPQCDTVIANPRCEQLDICQQVGPPLGQDMDYSDSEVAVTLIDTSQPGDPRSLHEPIKIVITMSSTPTSMTDLESSLHLKVIGTERTGIKSDAEPATLGAAGPPDVEQMRIPVITLELSEDEGGGGMCPESSGSDRTPERLMVEASSNQCSGYESGEGGIATKDGSPSPRDHCGTTPPHTPHVVSASEVGVEGQAHLDPSSCRTSQEKRHARVLSVDSGTDVFLSKSSAEIIHDKEKTIPTSKSDLEAKEGQIPNESNFLEFVSLLESINTSKVVASGQRNEPAEQKKDSELLGDNYSQEKKEEILESEKPSGCYARQGKPDMQSQDHTSTSPGLTEPTKIPTFFQGNRQRQIIYRVTSQQDSSVLQVISGPETSVQDEMSVDAMHVFIDEHGEIKSCYLKSGNQKEGPFQHQPSNYDGFSHARDIQISSSSTTTSESQEPSSGDPAVSALQQQLLLMVTRRTQPETPRHLSQDLEDSSSSSTPGKFNREQFYKFIIFPGKWIKVWYDRLTLLALLDRTEDVKENVLAVLLIVLVSLLGFLTLNRGFCKDMWALLFCLVMASCQYSLLKSVQPDPASPIHGHNQIITYSRPVYFCVLCGLILLLDIGAKARHPPTYVVYGLKLFSPRSLQSARDLLIVFLYCFPAISLLGLFPQINTFCIYLLEQIDMLFFGGSAVSGMLSAVYSVARSASAAAVLHVFCFSAVKEPWSTQHIPALFSAFCGLLVALSYHLSRQSSDPSVLLSLLQCRLFHKFLHQNLEELAADPLPRKMKESVKDILKSDLVICSLAAVLSFAVSASTVFLSLRPFLSVVLFALAGAVGFVTHYMLPQLRKHHPWMWISHPILKNKEYQQREVTDVAHLMWFEKLYVWLQCFEKYVLYPAIILNALTLDAFSISNYRRLGTHWDIFLMVIAGMKLLRTSFCNPVHQFTHLGFTVIFFHFDYKDISESFLLDFFMVSILFSKLGDLLQKLQFVMTYVAPWQMAWGSSFHVFAQLFAIPHSAMLFFQTFATSIFSTPLSPFLGSVIFITSYVRPVKFWEKNYNTRRVDNSNTRLVVQIEKDPGNNDNNLNSIFYEHLTRALQESLCGDLVLGRWGNYSSGDCFILASDYLNAFVHLIEIGNGLVTFQLRGLEFRGTYCQQREVEAIMEGDEDDRGCCCCQPGHLPHLLSCNAAFNLRWLTWEITRTQYILEGYSIMDNNAATMLQVFDLRRILIRYYIKSIIYYMVTSPKLLSWIKNESLLKSLQPFTKWHYIERDLAMFNMNIDDDYVPCLQGITRASYCNVYLEWIQYCAHKRQEPSKNLDSDEDSPLVTLSFALCILGRRALGTnullAHNMAISLDSFLYGLHALFKGDFRITARDnullWVFADIDLLHKVVAPALKMSLKLHQDQFTCPDEYEDPAVLYEAIQSFERKVVICHEGDPAWRGAVLANKEELLTLRHVVDEGADEYKVIMLHRSFLSFKVIKVNRECVRGLWAGQQQELIFLRNRNPERGSIQNNKQVLRNLINSSCDQPLGYPMYVSPLTTSYLGTHRQLKSVWSGPVTWDGIRAWFRTKWLRMRKECDAGTQGAGHIEDVDGGGARPAGGSSAPSGESRESSSEQPRKEGARHWSPCEGHGGQAGGKAGVSRSRLTGP

Target ORF information:

RefSeq Version	XM_021074292.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa pecanex homolog 2 (Drosophila) (PCNX2), mRNA.

Target ORF information:

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

XM_021074292.1

ORF Insert Sequence:

ATGGTATCCC AGGCGCTGCA GCTGCTCCGG CAGGGCGTGT GGGCCGCGCT CACCGGCGGC 
TGGTACCACG ACCCGGAGCA GAGCAAGTTC ACCAACAGCT GCCACCTCTA CCTGTGGCTG 
TTCCTGCTGC TGCTGCCGCT GGCCCTGCAC CTCGCTTTCC CTCCAAATGC CATCACCGTA 
TTTTTTTACT GCAGTTCCGT GACAATATTT TTCACAATAA TCAAATGGGT CAGTTATCGC 
CTACACCTCA TGTTTGATAA AGGAGAGGTG ATCCAGCAAA AGCCCTCCCG AAAGAAAGAA 
AAGGCAAATA AAGACAAAGA GGCCAACACT GACCGCATAA CTAATGACAA AAATCCAAGC 
AATAATGGGC AGATTAACAA CAGCAAAAAG GAAGAGGCCG GGCCACCCCT CTCCACGCCT 
CCGCTCCACG GCAGCTCCAG AGGACAGAGT ATAACCTCTC ATCACTCTTC TGGGCTCCTG 
GAGTTGCCAG CACAAGAAAC AGTGGAAGAT CTCAAAGGTG TCATACTGTC AGATGACCAA 
CCCATAGCGC CAGTGTCATC TACCTCACCT GGTATCAAAA CGGAAAGCTT ACCTGCTTCG 
AAAATCTCCG TGCTGGAAAC CACGACCACA TCAGCAATAC CAATGAGACC AGTCATGGCA 
GAAACTCTCA TCGATGATAA AGGGAAGGAA AGGAGAGGCA AGGGGCAGCC CCCTTTCCAC 
CACAGATCTG AGGGTGGCTT GGTGGATAAA GAGACCGTGA AGAGGTTTCC CCACCTGTCT 
TTGTCTCAGT ATGACTTACT AGAGACCGAC ATTTCCTTCC ACCCTTGGGG GAGTGAGAAT 
TCAGTCCTGA TTCCAGAACC TGGGAACTAT GCCCAGGGCT CCATAAGGGA ACAGTTGCCA 
AGCAAGTCGC TTCAGGACAG CCTGAGCAGT AGCTGCCCAC AGTGTGACAC GGTCATCGCC 
AATCCCAGGT GTGAGCAGCT GGACATTTGC CAGCAGGTGG GGCCACCCTT GGGTCAGGAC 
ATGGACTACT CAGATAGCGA GGTTGCTGTC ACGCTTATAG ATACTTCTCA ACCCGGAGAC 
CCACGGAGTC TGCACGAACC CATTAAGATC GTCATCACCA TGAGCAGTAC CCCCACCTCC 
ATGACGGACT TGGAAAGCTC GCTCCACCTG AAGGTGATTG GCACTGAGCG AACTGGGATT 
AAGTCTGATG CTGAGCCAGC TACCCTCGGG GCAGCCGGTC CTCCAGATGT GGAGCAGATG 
AGAATTCCTG TCATCACCCT CGAGCTGTCT GAGGATGAGG GAGGGGGCGG CATGTGTCCT 
GAAAGCAGTG GAAGTGACAG GACCCCAGAG AGACTGATGG TGGAGGCATC ATCCAATCAG 
TGTTCTGGCT ATGAATCTGG GGAGGGAGGA ATCGCCACCA AGGATGGCAG CCCTTCCCCA 
AGAGACCACT GTGGGACAAC TCCCCCCCAC ACACCTCATG TAGTCTCTGC GTCGGAGGTG 
GGAGTGGAAG GCCAGGCTCA CCTTGACCCA TCATCCTGTA GAACCAGCCA GGAGAAGAGA 
CATGCTCGTG TCCTCAGTGT AGACAGTGGG ACCGATGTCT TCTTAAGCAA GAGTTCTGCA 
GAAATTATTC ACGACAAAGA GAAAACGATA CCAACATCCA AATCTGACCT AGAGGCCAAG 
GAAGGGCAAA TACCAAATGA GTCCAACTTC CTGGAATTTG TCTCCCTGTT AGAATCCATT 
AACACTTCCA AGGTGGTGGC GTCTGGCCAA AGGAACGAGC CAGCCGAGCA GAAGAAAGAC 
AGTGAGCTTC TCGGAGATAA CTATTCCCAG GAGAAAAAGG AGGAAATCCT GGAAAGTGAG 
AAACCCAGTG GATGCTATGC CAGGCAAGGG AAACCAGACA TGCAAAGTCA AGACCATACC 
AGCACCAGCC CTGGACTCAC TGAGCCCACC AAGATCCCAA CCTTTTTCCA GGGCAATAGA 
CAAAGGCAGA TAATCTACAG GGTCACTTCC CAACAAGATA GTTCTGTGTT GCAAGTCATC 
AGTGGGCCTG AAACATCTGT GCAAGATGAG ATGTCTGTGG ACGCCATGCA TGTCTTCATT 
GATGAACACG GAGAAATTAA GTCCTGTTAT TTAAAGTCCG GAAATCAGAA AGAAGGTCCT 
TTCCAGCATC AGCCATCAAA TTATGACGGC TTCTCTCATG CTCGGGACAT CCAGATCAGC 
TCCTCCAGTA CCACGACTTC CGAGAGTCAA GAACCTTCTT CTGGGGACCC TGCAGTCAGT 
GCTCTTCAGC AACAGCTATT ACTGATGGTG ACTCGAAGGA CGCAGCCAGA AACCCCACGG 
CATCTGAGTC AGGATCTGGA AGACTCATCA TCTTCTTCCA CACCAGGGAA GTTTAACCGA 
GAACAGTTTT ACAAGTTTAT CATTTTCCCA GGCAAGTGGA TTAAGGTCTG GTACGATCGC 
CTTACCTTGT TGGCGTTACT TGATCGAACT GAAGATGTCA AGGAAAACGT GCTGGCGGTT 
TTACTCATCG TCCTGGTTTC CCTGCTTGGA TTTCTGACCT TGAACCGAGG CTTTTGCAAA 
GACATGTGGG CGCTCCTCTT CTGCCTTGTC ATGGCCAGCT GCCAGTATTC CCTGTTAAAG 
AGCGTCCAGC CTGACCCCGC CTCGCCCATC CACGGGCACA ACCAAATCAT AACATATAGC 
CGACCAGTCT ATTTTTGTGT GCTGTGTGGC CTTATTTTGC TTCTTGATAT AGGGGCCAAA 
GCCAGGCACC CTCCCACGTA CGTGGTCTAT GGCCTGAAGC TCTTCTCCCC GCGGTCCCTC 
CAGTCAGCTA GGGACCTCTT AATAGTATTT CTCTATTGCT TTCCTGCAAT TTCCCTCCTT 
GGACTCTTCC CGCAGATCAA CACTTTCTGC ATTTATCTTT TGGAGCAAAT TGACATGCTG 
TTTTTTGGAG GTTCTGCCGT CTCGGGGATG CTGTCTGCGG TTTACAGTGT TGCGCGGAGT 
GCCTCTGCAG CGGCCGTGCT GCATGTGTTC TGTTTCAGCG CCGTGAAGGA ACCATGGAGC 
ACCCAGCACA TCCCGGCGCT GTTTTCAGCC TTCTGCGGTC TCCTGGTAGC ACTTTCCTAC 
CATCTGAGCA GACAGAGCAG CGACCCTTCT GTGCTTCTGT CCCTTCTTCA GTGCAGATTG 
TTTCATAAAT TTTTACATCA AAATCTAGAA GAGCTGGCTG CAGATCCTCT CCCCAGGAAG 
ATGAAGGAAT CTGTGAAGGA TATCCTGAAA TCAGATCTGG TCATCTGCTC CCTGGCTGCC 
GTTCTGTCCT TTGCAGTCAG TGCCAGCACC GTGTTCCTGT CCTTGCGTCC GTTTCTCAGT 
GTCGTGCTGT TTGCCCTGGC TGGTGCTGTG GGGTTTGTAA CCCACTACAT GCTCCCCCAG 
CTGCGCAAGC ACCACCCGTG GATGTGGATT TCACACCCCA TCCTTAAAAA CAAAGAGTAT 
CAGCAACGGG AAGTGACAGA TGTTGCCCAT TTAATGTGGT TTGAAAAACT CTATGTCTGG 
CTTCAGTGTT TTGAAAAATA TGTCTTGTAC CCAGCAATAA TTTTGAACGC TCTCACCCTT 
GATGCCTTTT CGATAAGCAA TTACCGGAGA CTTGGTACCC ACTGGGACAT CTTCCTGATG 
GTCATCGCTG GGATGAAGCT GCTGCGGACC TCGTTCTGTA ACCCCGTCCA CCAGTTCACC 
CACCTGGGCT TCACCGTGAT CTTCTTCCAC TTCGACTACA AAGATATTTC AGAGAGTTTC 
TTACTGGATT TCTTCATGGT GTCCATTTTA TTTAGCAAGC TCGGGGACCT GCTTCAGAAG 
CTACAGTTCG TCATGACATA TGTGGCTCCC TGGCAGATGG CCTGGGGCTC CTCGTTTCAC 
GTGTTTGCTC AGCTCTTCGC AATCCCTCAT TCTGCCATGC TTTTCTTTCA GACGTTCGCC 
ACGTCAATCT TTTCTACTCC ATTGAGCCCC TTTCTTGGGA GTGTCATCTT TATCACATCA 
TATGTCAGGC CCGTGAAATT CTGGGAGAAA AACTACAATA CAAGGCGCGT GGATAATTCC 
AACACGAGGC TGGTGGTCCA GATTGAAAAG GATCCAGGGA ACAATGACAA CAACCTCAAT 
TCCATTTTTT ACGAGCACCT GACAAGGGCC CTGCAGGAGT CCCTCTGTGG AGACCTGGTC 
CTTGGGCGAT GGGGTAACTA CAGCTCCGGC GATTGCTTTA TTTTGGCTTC AGATTATCTC 
AATGCTTTTG TGCACCTGAT TGAAATCGGC AATGGTCTTG TCACCTTTCA GCTTCGAGGA 
CTGGAATTCC GAGGAACCTA CTGCCAGCAG CGGGAGGTGG AAGCCATCAT GGAGGGTGAC 
GAGGACGACA GAGGCTGCTG TTGCTGCCAA CCCGGTCACC TGCCCCACCT GTTGTCCTGC 
AATGCCGCCT TTAACCTCCG CTGGCTTACC TGGGAGATCA CACGTACACA GTACATCCTG 
GAGGGTTACA GCATCATGGA CAACAACGCG GCCACCATGC TGCAGGTCTT TGACCTCCGG 
AGGATCCTCA TCCGATATTA CATCAAGAGT ATAATATACT ATATGGTGAC GTCCCCCAAA 
CTCCTCTCCT GGATCAAAAA TGAGTCACTT CTGAAGTCGC TGCAGCCGTT CACCAAGTGG 
CATTACATCG AGCGTGACCT CGCCATGTTC AATATGAACA TTGACGATGA CTACGTTCCA 
TGTCTCCAGG GAATAACGAG AGCCAGTTAC TGTAATGTTT ACCTAGAGTG GATTCAATAC 
TGTGCACACA AAAGGCAAGA GCCCTCGAAG AACCTGGACA GTGATGAGGA CTCTCCTCTG 
GTGACCTTGT CCTTTGCGCT CTGCATCCTG GGGAGAAGAG CCCTGGGCAC CNGCGCCCAC 
AACATGGCCA TCAGCCTGGA CTCCTTCCTG TATGGCCTCC ACGCCCTCTT CAAAGGTGAC 
TTCAGAATTA CAGCCCGAGA TNGATGGGTG TTTGCAGACA TCGACCTGCT GCACAAAGTC 
GTTGCCCCAG CTCTCAAGAT GTCCCTGAAG CTGCACCAGG ACCAGTTCAC TTGCCCAGAC 
GAGTATGAAG ACCCAGCCGT GCTCTATGAG GCCATCCAGT CCTTTGAAAG GAAAGTGGTG 
ATCTGCCACG AGGGTGACCC TGCCTGGCGG GGTGCTGTGC TGGCCAATAA GGAGGAGCTG 
CTGACCCTGC GGCATGTGGT GGATGAGGGC GCAGACGAGT ACAAGGTCAT CATGCTCCAC 
AGAAGCTTCC TGAGCTTCAA GGTGATCAAG GTGAACAGGG AGTGTGTCCG AGGACTCTGG 
GCGGGGCAGC AGCAAGAGCT CATCTTCCTC CGCAACCGCA ACCCTGAGCG CGGCAGCATC 
CAGAACAACA AGCAGGTCCT CCGAAACCTA ATTAATTCCT CCTGTGACCA GCCCCTGGGC 
TACCCCATGT ACGTCTCCCC GCTAACCACA TCCTACCTAG GGACCCACAG GCAGCTGAAG 
AGCGTGTGGA GCGGACCCGT CACTTGGGAT GGCATCAGGG CATGGTTCCG AACCAAGTGG 
TTAAGGATGC GGAAGGAGTG TGATGCGGGC ACGCAGGGCG CTGGCCACAT TGAGGATGTG 
GACGGAGGGG GCGCTCGGCC CGCAGGCGGC AGCAGTGCCC CCAGTGGTGA GAGCCGGGAG 
AGCAGCTCAG AACAGCCCAG AAAGGAAGGG GCCCGCCACT GGTCGCCCTG TGAAGGCCAC 
GGAGGGCAGG CAGGAGGAAA GGCAGGAGTC AGTCGGTCCA GGCTCACAGG GCCTTAA

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

PCNXL2 ( XM_013983221.1 ) cDNA ORF clone, Sus scrofa(Pig) -> XP_013838675.1 Sus scrofa pecanex-like 2 (Drosophila) (PCNXL2), mRNA.

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CloneID	OSe43099
Clone ID Related Accession (Same CDS sequence)	XM_013983221.1
Accession Version	XM_013983221.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4947bp) 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	1441814400000
Organism	Sus scrofa(Pig)
Product	LOW QUALITY PROTEIN: pecanex-like protein 2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611989.1) 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 :: Sus scrofa Annotation Release 105 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGGTATCCC AGGCGCTGCA GCTGCTCCGG CAGGGCGTGT GGGCCGCGCT CACCGGCGGC 
TGGTACCACG ACCCGGAGCA GAGCAAGTTC ACCAACAGCT GCCACCTCTA CCTGTGGCTG 
TTCCTGCTGC TGCTGCCGCT GGCCCTGCAC CTCGCTTTCC CTCCAAATGC CATCACCGTA 
TTTTTTTACT GCAGTTCCGT GACAATATTT TTCACAATAA TCAAATGGGT CAGTTATCGC 
CTACACCTCA TGTTTGATAA AGGAGAGGTG ATCCAGCAAA AGCCCTCCCG AAAGAAAGAA 
AAGGCAAATA AAGACAAAGA GGCCAACACT GACCGCATAA CTAATGACAA AAATCCAAGC 
AATAATGGGC AGATTAACAA CAGCAAAAAG GAAGAGGCCG GGCCACCCCT CTCCACGCCT 
CCGCTCCACG GCAGCTCCAG AGGACAGAGT ATAACCTCTC ATCACTCTTC TGGGCTCCTG 
GAGTTGCCAG CACAAGAAAC AGTGGAAGAT CTCAAAGGTG TCATACTGTC AGATGACCAA 
CCCATAGCGC CAGTGTCATC TACCTCACCT GGTATCAAAA CGGAAAGCTT ACCTGCTTCG 
AAAATCTCCG TGCTGGAAAC CACGACCACA TCAGCAATAC CAATGAGACC AGTCATGGCA 
GAAACTCTCA TCGATGATAA AGGGAAGGAA AGGAGAGGCA AGGGGCAGCC CCCTTTCCAC 
CACAGATCTG AGGGTGGCTT GGTGGATAAA GAGACCGTGA AGAGGTTTCC CCACCTGTCT 
TTGTCTCAGT ATGACTTACT AGAGACCGAC ATTTCCTTCC ACCCTTGGGG GAGTGAGAAT 
TCAGTCCTGA TTCCAGAACC TGGGAACTAT GCCCAGGGCT CCATAAGGGA ACAGTTGCCA 
AGCAAGTCGC TTCAGGACAG CCTGAGCAGT AGCTGCCCAC AGTGTGACAC GGTCATCGCC 
AATCCCAGGT GTGAGCAGCT GGACATTTGC CAGCAGGTGG GGCCACCCTT GGGTCAGGAC 
ATGGACTACT CAGATAGCGA GGTTGCTGTC ACGCTTATAG ATACTTCTCA ACCCGGAGAC 
CCACGGAGTC TGCACGAACC CATTAAGATC GTCATCACCA TGAGCAGTAC CCCCACCTCC 
ATGACGGACT TGGAAAGCTC GCTCCACCTG AAGGTGATTG GCACTGAGCG AACTGGGATT 
AAGTCTGATG CTGAGCCAGC TACCCTCGGG GCAGCCGGTC CTCCAGATGT GGAGCAGATG 
AGAATTCCTG TCATCACCCT CGAGCTGTCT GAGGATGAGG GAGGGGGCGG CATGTGTCCT 
GAAAGCAGTG GAAGTGACAG GACCCCAGAG AGACTGATGG TGGAGGCATC ATCCAATCAG 
TGTTCTGGCT ATGAATCTGG GGAGGGAGGA ATCGCCACCA AGGATGGCAG CCCTTCCCCA 
AGAGACCACT GTGGGACAAC TCCCCCCCAC ACACCTCATG TAGTCTCTGC GTCGGAGGTG 
GGAGTGGAAG GCCAGGCTCA CCTTGACCCA TCATCCTGTA GAACCAGCCA GGAGAAGAGA 
CATGCTCGTG TCCTCAGTGT AGACAGTGGG ACCGATGTCT TCTTAAGCAA GAGTTCTGCA 
GAAATTATTC ACGACAAAGA GAAAACGATA CCAACATCCA AATCTGACCT AGAGGCCAAG 
GAAGGGCAAA TACCAAATGA GTCCAACTTC CTGGAATTTG TCTCCCTGTT AGAATCCATT 
AACACTTCCA AGGTGGTGGC GTCTGGCCAA AGGAACGAGC CAGCCGAGCA GAAGAAAGAC 
AGTGAGCTTC TCGGAGATAA CTATTCCCAG GAGAAAAAGG AGGAAATCCT GGAAAGTGAG 
AAACCCAGTG GATGCTATGC CAGGCAAGGG AAACCAGACA TGCAAAGTCA AGACCATACC 
AGCACCAGCC CTGGACTCAC TGAGCCCACC AAGATCCCAA CCTTTTTCCA GGGCAATAGA 
CAAAGGCAGA TAATCTACAG GGTCACTTCC CAACAAGATA GTTCTGTGTT GCAAGTCATC 
AGTGGGCCTG AAACATCTGT GCAAGATGAG ATGTCTGTGG ACGCCATGCA TGTCTTCATT 
GATGAACACG GAGAAATTAA GTCCTGTTAT TTAAAGTCCG GAAATCAGAA AGAAGGTCCT 
TTCCAGCATC AGCCATCAAA TTATGACGGC TTCTCTCATG CTCGGGACAT CCAGATCAGC 
TCCTCCAGTA CCACGACTTC CGAGAGTCAA GAACCTTCTT CTGGGGACCC TGCAGTCAGT 
GCTCTTCAGC AACAGCTATT ACTGATGGTG ACTCGAAGGA CGCAGCCAGA AACCCCACGG 
CATCTGAGTC AGGATCTGGA AGACTCATCA TCTTCTTCCA CACCAGGGAA GTTTAACCGA 
GAACAGTTTT ACAAGTTTAT CATTTTCCCA GGCAAGTGGA TTAAGGTCTG GTACGATCGC 
CTTACCTTGT TGGCGTTACT TGATCGAACT GAAGATGTCA AGGAAAACGT GCTGGCGGTT 
TTACTCATCG TCCTGGTTTC CCTGCTTGGA TTTCTGACCT TGAACCGAGG CTTTTGCAAA 
GACATGTGGG CGCTCCTCTT CTGCCTTGTC ATGGCCAGCT GCCAGTATTC CCTGTTAAAG 
AGCGTCCAGC CTGACCCCGC CTCGCCCATC CACGGGCACA ACCAAATCAT AACATATAGC 
CGACCAGTCT ATTTTTGTGT GCTGTGTGGC CTTATTTTGC TTCTTGATAT AGGGGCCAAA 
GCCAGGCACC CTCCCACGTA CGTGGTCTAT GGCCTGAAGC TCTTCTCCCC GCGGTCCCTC 
CAGTCAGCTA GGGACCTCTT AATAGTATTT CTCTATTGCT TTCCTGCAAT TTCCCTCCTT 
GGACTCTTCC CGCAGATCAA CACTTTCTGC ATTTATCTTT TGGAGCAAAT TGACATGCTG 
TTTTTTGGAG GTTCTGCCGT CTCGGGGATG CTGTCTGCGG TTTACAGTGT TGCGCGGAGT 
GCCTCTGCAG CGGCCGTGCT GCATGTGTTC TGTTTCAGCG CCGTGAAGGA ACCATGGAGC 
ACCCAGCACA TCCCGGCGCT GTTTTCAGCC TTCTGCGGTC TCCTGGTAGC ACTTTCCTAC 
CATCTGAGCA GACAGAGCAG CGACCCTTCT GTGCTTCTGT CCCTTCTTCA GTGCAGATTG 
TTTCATAAAT TTTTACATCA AAATCTAGAA GAGCTGGCTG CAGATCCTCT CCCCAGGAAG 
ATGAAGGAAT CTGTGAAGGA TATCCTGAAA TCAGATCTGG TCATCTGCTC CCTGGCTGCC 
GTTCTGTCCT TTGCAGTCAG TGCCAGCACC GTGTTCCTGT CCTTGCGTCC GTTTCTCAGT 
GTCGTGCTGT TTGCCCTGGG TGGTGCTGTG GGTGTTGTCA CCCACTACAT GCTCCCCCAG 
CTGCGCGAGC ACCACCCGTG GATGCGGATT TCACACCCCA TCCTTAAAAA CAAAGAGTAT 
CAGCAACGGG AAGTGACAGA TGTTGCCCAT TTAATGTGGT TTGAAAAACT CTATGTCTGG 
CTTCAGTGTT TTGAAAAATA TGTCTTGTAC CCAGCAATAA TTTTGAACGC TCTCACCCTT 
GATGCCTTTT CGATAAGCAA TTACCGGAGA CTTGGTACCC ACTGGGACAT CTTCCTGATG 
GTCATCGCTG GGATGAAGCT GCTGCGGACC TCGTTCTGTA ACCCCGTCCA CCAGTTCACC 
CACCTGGGCT TCACCGTGAT CTTCTTCCAC TTCGACTACA AAGATATTTC AGAGAGTTTC 
TTACTGGATT TCTTCATGGT GTCCATTTTA TTTAGCAAGC TCGGGGACCT GCTTCAGAAG 
CTACAGTTCG TCATGACATA TGTGGCTCCC TGGCAGATGG CCTGGGGCTC CTCGTTTCAC 
GTGTTTGCTC AGCTCTTCGC AATCCCTCAT TCTGCCATGC TTTTCTTTCA GACGTTCGCC 
ACGTCAATCT TTTCTACTCC ATTGAGCCCC TTTCTTGGGA GTGTCATCTT TATCACATCA 
TATGTCAGGC CCGTGAAATT CTGGGAGAAA AACTACAATA CAAGGCGCGT GGATAATTCC 
AACACGAGGC TGGTGGTCCA GATTGAAAAG GATCCAGGGA ACAATGACAA CAACCTCAAT 
TCCATTTTTT ACGAGCACCT GACAAGGGCC CTGCAGGAGT CCCTCTGTGG AGACCTGGTC 
CTTGGGCGAT GGGGTAACTA CAGCTCCGGC GATTGCTTTA TTTTGGCTTC AGATTATCTC 
AATGCTTTCG TGCACCTGAT TGAAATCGGC AATGGTCTTG TCACCTTTCA GCTTCGAGGA 
CTGGAATTCC GAGGAACCTA CTGCCAGCAG CGGGAGGTGG AAGCCATCAT GGAGGGTGAC 
GAGGACGACA GAGGCTGCTG TTGCTGCCAA CCCGGTCACC TGCCCCACCT GTTGTCCTGC 
AATGCCGCCT TTAACCTCCG CTGGCTTACC TGGGAGATCA CACGTACACA GTACATCCTG 
GAGGGTTACA GCATCATGGA CAACAACGCG GCCACCATGC TGCAGGTCTT TGACCTCCGG 
AGGATCCTCA TCCGATATTA CATCAAGAGT ATAATATACT ATATGGTGAC GTCCCCCAAA 
CTCCTCTCCT GGATCAAAAA TGAGTCACTT CTGAAGTCGC TGCAGCCGTT CACCAAGTGG 
CATTACATCG AGCGTGACCT CGCCATGTTC AATATGAACA TTGACGATGA CTACGTTCCA 
TGTCTCCAGG GAATAACGAG AGCCAGTTAC TGTAATGTTT ACCTAGAGTG GATTCAATAC 
TGTGCACACA AAAGGCAAGA GCCCTCGAAG AACCTGGACA GTGATGAGGA CTCTCCTCTG 
GTGACCTTGT CCTTTGCGCT CTGCATCCTG GGGAGAAGAG CCCTGGGCAC CGCCGCCCAC 
AACATGGCCA TCAGGTACCT GGGGTAA

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

RefSeq	XP_013838675.1
CDS	98..5044
Translation	MVSQALQLLRQGVWAALTGGWYHDPEQSKFTNSCHLYLWLFLLLLPLALHLAFPPNAITVFFYCSSVTIFFTIIKWVSYRLHLMFDKGEVIQQKPSRKKEKANKDKEANTDRITNDKNPSNNGQINNSKKEEAGPPLSTPPLHGSSRGQSITSHHSSGLLELPAQETVEDLKGVILSDDQPIAPVSSTSPGIKTESLPASKISVLETTTTSAIPMRPVMAETLIDDKGKERRGKGQPPFHHRSEGGLVDKETVKRFPHLSLSQYDLLETDISFHPWGSENSVLIPEPGNYAQGSIREQLPSKSLQDSLSSSCPQCDTVIANPRCEQLDICQQVGPPLGQDMDYSDSEVAVTLIDTSQPGDPRSLHEPIKIVITMSSTPTSMTDLESSLHLKVIGTERTGIKSDAEPATLGAAGPPDVEQMRIPVITLELSEDEGGGGMCPESSGSDRTPERLMVEASSNQCSGYESGEGGIATKDGSPSPRDHCGTTPPHTPHVVSASEVGVEGQAHLDPSSCRTSQEKRHARVLSVDSGTDVFLSKSSAEIIHDKEKTIPTSKSDLEAKEGQIPNESNFLEFVSLLESINTSKVVASGQRNEPAEQKKDSELLGDNYSQEKKEEILESEKPSGCYARQGKPDMQSQDHTSTSPGLTEPTKIPTFFQGNRQRQIIYRVTSQQDSSVLQVISGPETSVQDEMSVDAMHVFIDEHGEIKSCYLKSGNQKEGPFQHQPSNYDGFSHARDIQISSSSTTTSESQEPSSGDPAVSALQQQLLLMVTRRTQPETPRHLSQDLEDSSSSSTPGKFNREQFYKFIIFPGKWIKVWYDRLTLLALLDRTEDVKENVLAVLLIVLVSLLGFLTLNRGFCKDMWALLFCLVMASCQYSLLKSVQPDPASPIHGHNQIITYSRPVYFCVLCGLILLLDIGAKARHPPTYVVYGLKLFSPRSLQSARDLLIVFLYCFPAISLLGLFPQINTFCIYLLEQIDMLFFGGSAVSGMLSAVYSVARSASAAAVLHVFCFSAVKEPWSTQHIPALFSAFCGLLVALSYHLSRQSSDPSVLLSLLQCRLFHKFLHQNLEELAADPLPRKMKESVKDILKSDLVICSLAAVLSFAVSASTVFLSLRPFLSVVLFALGGAVGVVTHYMLPQLREHHPWMRISHPILKNKEYQQREVTDVAHLMWFEKLYVWLQCFEKYVLYPAIILNALTLDAFSISNYRRLGTHWDIFLMVIAGMKLLRTSFCNPVHQFTHLGFTVIFFHFDYKDISESFLLDFFMVSILFSKLGDLLQKLQFVMTYVAPWQMAWGSSFHVFAQLFAIPHSAMLFFQTFATSIFSTPLSPFLGSVIFITSYVRPVKFWEKNYNTRRVDNSNTRLVVQIEKDPGNNDNNLNSIFYEHLTRALQESLCGDLVLGRWGNYSSGDCFILASDYLNAFVHLIEIGNGLVTFQLRGLEFRGTYCQQREVEAIMEGDEDDRGCCCCQPGHLPHLLSCNAAFNLRWLTWEITRTQYILEGYSIMDNNAATMLQVFDLRRILIRYYIKSIIYYMVTSPKLLSWIKNESLLKSLQPFTKWHYIERDLAMFNMNIDDDYVPCLQGITRASYCNVYLEWIQYCAHKRQEPSKNLDSDEDSPLVTLSFALCILGRRALGTAAHNMAIRYLG

Target ORF information:

RefSeq Version	XM_013983221.1
Organism	Sus scrofa(Pig)
Definition	Sus scrofa pecanex-like 2 (Drosophila) (PCNXL2), mRNA.

Target ORF information:

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

XM_013983221.1

ORF Insert Sequence:

ATGGTATCCC AGGCGCTGCA GCTGCTCCGG CAGGGCGTGT GGGCCGCGCT CACCGGCGGC 
TGGTACCACG ACCCGGAGCA GAGCAAGTTC ACCAACAGCT GCCACCTCTA CCTGTGGCTG 
TTCCTGCTGC TGCTGCCGCT GGCCCTGCAC CTCGCTTTCC CTCCAAATGC CATCACCGTA 
TTTTTTTACT GCAGTTCCGT GACAATATTT TTCACAATAA TCAAATGGGT CAGTTATCGC 
CTACACCTCA TGTTTGATAA AGGAGAGGTG ATCCAGCAAA AGCCCTCCCG AAAGAAAGAA 
AAGGCAAATA AAGACAAAGA GGCCAACACT GACCGCATAA CTAATGACAA AAATCCAAGC 
AATAATGGGC AGATTAACAA CAGCAAAAAG GAAGAGGCCG GGCCACCCCT CTCCACGCCT 
CCGCTCCACG GCAGCTCCAG AGGACAGAGT ATAACCTCTC ATCACTCTTC TGGGCTCCTG 
GAGTTGCCAG CACAAGAAAC AGTGGAAGAT CTCAAAGGTG TCATACTGTC AGATGACCAA 
CCCATAGCGC CAGTGTCATC TACCTCACCT GGTATCAAAA CGGAAAGCTT ACCTGCTTCG 
AAAATCTCCG TGCTGGAAAC CACGACCACA TCAGCAATAC CAATGAGACC AGTCATGGCA 
GAAACTCTCA TCGATGATAA AGGGAAGGAA AGGAGAGGCA AGGGGCAGCC CCCTTTCCAC 
CACAGATCTG AGGGTGGCTT GGTGGATAAA GAGACCGTGA AGAGGTTTCC CCACCTGTCT 
TTGTCTCAGT ATGACTTACT AGAGACCGAC ATTTCCTTCC ACCCTTGGGG GAGTGAGAAT 
TCAGTCCTGA TTCCAGAACC TGGGAACTAT GCCCAGGGCT CCATAAGGGA ACAGTTGCCA 
AGCAAGTCGC TTCAGGACAG CCTGAGCAGT AGCTGCCCAC AGTGTGACAC GGTCATCGCC 
AATCCCAGGT GTGAGCAGCT GGACATTTGC CAGCAGGTGG GGCCACCCTT GGGTCAGGAC 
ATGGACTACT CAGATAGCGA GGTTGCTGTC ACGCTTATAG ATACTTCTCA ACCCGGAGAC 
CCACGGAGTC TGCACGAACC CATTAAGATC GTCATCACCA TGAGCAGTAC CCCCACCTCC 
ATGACGGACT TGGAAAGCTC GCTCCACCTG AAGGTGATTG GCACTGAGCG AACTGGGATT 
AAGTCTGATG CTGAGCCAGC TACCCTCGGG GCAGCCGGTC CTCCAGATGT GGAGCAGATG 
AGAATTCCTG TCATCACCCT CGAGCTGTCT GAGGATGAGG GAGGGGGCGG CATGTGTCCT 
GAAAGCAGTG GAAGTGACAG GACCCCAGAG AGACTGATGG TGGAGGCATC ATCCAATCAG 
TGTTCTGGCT ATGAATCTGG GGAGGGAGGA ATCGCCACCA AGGATGGCAG CCCTTCCCCA 
AGAGACCACT GTGGGACAAC TCCCCCCCAC ACACCTCATG TAGTCTCTGC GTCGGAGGTG 
GGAGTGGAAG GCCAGGCTCA CCTTGACCCA TCATCCTGTA GAACCAGCCA GGAGAAGAGA 
CATGCTCGTG TCCTCAGTGT AGACAGTGGG ACCGATGTCT TCTTAAGCAA GAGTTCTGCA 
GAAATTATTC ACGACAAAGA GAAAACGATA CCAACATCCA AATCTGACCT AGAGGCCAAG 
GAAGGGCAAA TACCAAATGA GTCCAACTTC CTGGAATTTG TCTCCCTGTT AGAATCCATT 
AACACTTCCA AGGTGGTGGC GTCTGGCCAA AGGAACGAGC CAGCCGAGCA GAAGAAAGAC 
AGTGAGCTTC TCGGAGATAA CTATTCCCAG GAGAAAAAGG AGGAAATCCT GGAAAGTGAG 
AAACCCAGTG GATGCTATGC CAGGCAAGGG AAACCAGACA TGCAAAGTCA AGACCATACC 
AGCACCAGCC CTGGACTCAC TGAGCCCACC AAGATCCCAA CCTTTTTCCA GGGCAATAGA 
CAAAGGCAGA TAATCTACAG GGTCACTTCC CAACAAGATA GTTCTGTGTT GCAAGTCATC 
AGTGGGCCTG AAACATCTGT GCAAGATGAG ATGTCTGTGG ACGCCATGCA TGTCTTCATT 
GATGAACACG GAGAAATTAA GTCCTGTTAT TTAAAGTCCG GAAATCAGAA AGAAGGTCCT 
TTCCAGCATC AGCCATCAAA TTATGACGGC TTCTCTCATG CTCGGGACAT CCAGATCAGC 
TCCTCCAGTA CCACGACTTC CGAGAGTCAA GAACCTTCTT CTGGGGACCC TGCAGTCAGT 
GCTCTTCAGC AACAGCTATT ACTGATGGTG ACTCGAAGGA CGCAGCCAGA AACCCCACGG 
CATCTGAGTC AGGATCTGGA AGACTCATCA TCTTCTTCCA CACCAGGGAA GTTTAACCGA 
GAACAGTTTT ACAAGTTTAT CATTTTCCCA GGCAAGTGGA TTAAGGTCTG GTACGATCGC 
CTTACCTTGT TGGCGTTACT TGATCGAACT GAAGATGTCA AGGAAAACGT GCTGGCGGTT 
TTACTCATCG TCCTGGTTTC CCTGCTTGGA TTTCTGACCT TGAACCGAGG CTTTTGCAAA 
GACATGTGGG CGCTCCTCTT CTGCCTTGTC ATGGCCAGCT GCCAGTATTC CCTGTTAAAG 
AGCGTCCAGC CTGACCCCGC CTCGCCCATC CACGGGCACA ACCAAATCAT AACATATAGC 
CGACCAGTCT ATTTTTGTGT GCTGTGTGGC CTTATTTTGC TTCTTGATAT AGGGGCCAAA 
GCCAGGCACC CTCCCACGTA CGTGGTCTAT GGCCTGAAGC TCTTCTCCCC GCGGTCCCTC 
CAGTCAGCTA GGGACCTCTT AATAGTATTT CTCTATTGCT TTCCTGCAAT TTCCCTCCTT 
GGACTCTTCC CGCAGATCAA CACTTTCTGC ATTTATCTTT TGGAGCAAAT TGACATGCTG 
TTTTTTGGAG GTTCTGCCGT CTCGGGGATG CTGTCTGCGG TTTACAGTGT TGCGCGGAGT 
GCCTCTGCAG CGGCCGTGCT GCATGTGTTC TGTTTCAGCG CCGTGAAGGA ACCATGGAGC 
ACCCAGCACA TCCCGGCGCT GTTTTCAGCC TTCTGCGGTC TCCTGGTAGC ACTTTCCTAC 
CATCTGAGCA GACAGAGCAG CGACCCTTCT GTGCTTCTGT CCCTTCTTCA GTGCAGATTG 
TTTCATAAAT TTTTACATCA AAATCTAGAA GAGCTGGCTG CAGATCCTCT CCCCAGGAAG 
ATGAAGGAAT CTGTGAAGGA TATCCTGAAA TCAGATCTGG TCATCTGCTC CCTGGCTGCC 
GTTCTGTCCT TTGCAGTCAG TGCCAGCACC GTGTTCCTGT CCTTGCGTCC GTTTCTCAGT 
GTCGTGCTGT TTGCCCTGGG TGGTGCTGTG GGTGTTGTCA CCCACTACAT GCTCCCCCAG 
CTGCGCGAGC ACCACCCGTG GATGCGGATT TCACACCCCA TCCTTAAAAA CAAAGAGTAT 
CAGCAACGGG AAGTGACAGA TGTTGCCCAT TTAATGTGGT TTGAAAAACT CTATGTCTGG 
CTTCAGTGTT TTGAAAAATA TGTCTTGTAC CCAGCAATAA TTTTGAACGC TCTCACCCTT 
GATGCCTTTT CGATAAGCAA TTACCGGAGA CTTGGTACCC ACTGGGACAT CTTCCTGATG 
GTCATCGCTG GGATGAAGCT GCTGCGGACC TCGTTCTGTA ACCCCGTCCA CCAGTTCACC 
CACCTGGGCT TCACCGTGAT CTTCTTCCAC TTCGACTACA AAGATATTTC AGAGAGTTTC 
TTACTGGATT TCTTCATGGT GTCCATTTTA TTTAGCAAGC TCGGGGACCT GCTTCAGAAG 
CTACAGTTCG TCATGACATA TGTGGCTCCC TGGCAGATGG CCTGGGGCTC CTCGTTTCAC 
GTGTTTGCTC AGCTCTTCGC AATCCCTCAT TCTGCCATGC TTTTCTTTCA GACGTTCGCC 
ACGTCAATCT TTTCTACTCC ATTGAGCCCC TTTCTTGGGA GTGTCATCTT TATCACATCA 
TATGTCAGGC CCGTGAAATT CTGGGAGAAA AACTACAATA CAAGGCGCGT GGATAATTCC 
AACACGAGGC TGGTGGTCCA GATTGAAAAG GATCCAGGGA ACAATGACAA CAACCTCAAT 
TCCATTTTTT ACGAGCACCT GACAAGGGCC CTGCAGGAGT CCCTCTGTGG AGACCTGGTC 
CTTGGGCGAT GGGGTAACTA CAGCTCCGGC GATTGCTTTA TTTTGGCTTC AGATTATCTC 
AATGCTTTCG TGCACCTGAT TGAAATCGGC AATGGTCTTG TCACCTTTCA GCTTCGAGGA 
CTGGAATTCC GAGGAACCTA CTGCCAGCAG CGGGAGGTGG AAGCCATCAT GGAGGGTGAC 
GAGGACGACA GAGGCTGCTG TTGCTGCCAA CCCGGTCACC TGCCCCACCT GTTGTCCTGC 
AATGCCGCCT TTAACCTCCG CTGGCTTACC TGGGAGATCA CACGTACACA GTACATCCTG 
GAGGGTTACA GCATCATGGA CAACAACGCG GCCACCATGC TGCAGGTCTT TGACCTCCGG 
AGGATCCTCA TCCGATATTA CATCAAGAGT ATAATATACT ATATGGTGAC GTCCCCCAAA 
CTCCTCTCCT GGATCAAAAA TGAGTCACTT CTGAAGTCGC TGCAGCCGTT CACCAAGTGG 
CATTACATCG AGCGTGACCT CGCCATGTTC AATATGAACA TTGACGATGA CTACGTTCCA 
TGTCTCCAGG GAATAACGAG AGCCAGTTAC TGTAATGTTT ACCTAGAGTG GATTCAATAC 
TGTGCACACA AAAGGCAAGA GCCCTCGAAG AACCTGGACA GTGATGAGGA CTCTCCTCTG 
GTGACCTTGT CCTTTGCGCT CTGCATCCTG GGGAGAAGAG CCCTGGGCAC CGCCGCCCAC 
AACATGGCCA TCAGGTACCT GGGGTAA

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

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PCNXL2 cDNA ORF clone, Sus scrofa(Pig)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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