PCNX1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	PCNX1
Entrez Gene ID	100471296
Full Name	pecanex homolog 1
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019807512.1	XP_019663071.1	pecanex-like protein 1 isoform X1
XM_019807514.1	XP_019663073.1	pecanex-like protein 1 isoform X4
XM_011234222.2	XP_011232524.1	pecanex-like protein 1 isoform X6
XM_019807513.1	XP_019663072.1	pecanex-like protein 1 isoform X2
XM_002926749.3	XP_002926795.1	pecanex-like protein 1 isoform X3
XM_019807515.1	XP_019663074.1	pecanex-like protein 1 isoform X5

Pathways from BioSystems
Gene Ontology

The following PCNX1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PCNX1 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)
OAc98030	XM_019807512.1 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00
OAc98031	XM_019807513.1 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00
OAc98032	XM_019807514.1 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00
OAc98033	XM_019807515.1 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
OAc13852	XM_002926749.3 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00
OAc23573	XM_011234222.2 Latest version!	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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
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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)

PCNX1 ( XM_019807512.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019663071.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc98030
Clone ID Related Accession (Same CDS sequence)	XM_019807512.1
Accession Version	XM_019807512.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7032bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGCT CTCTCTTCCG CAGATTCGAT TGAACAGACT GTTGACCATT 
GACACAGATT TGTTGGAGCA ACAAGACATT GATCTAAGCC CTGACTTGGC AGCTACTTAT 
GGTCCAACAG AAGAAGCTGC TCAAAAGGTT AAACACTATT ATCGCTTTTG GATCTTACCC 
CAGCTATGGA TCGGCATTAA CTTTGACAGA CTCACACTTT TGGCCCTGTT TGATAGAAAT 
CGTGAGATTC TGGAAAATGT GTTAGCTGTC ATCCTGGCTA TTCTTGTGGC TTTTTTGGGA 
TCTGTTCTTC TCATACAAGG CTTCTTCAGA GATATCTGGG TCTTCCAGTT CTGCCTAGTG 
ATAGCCAGTT GTCAATACTC ACTACTTAAG AGTGTTCAAC CAGATTCTTC TTCTCCCAGA 
CATGGCCATA ATCGTATCAT TGCCTACAGT AGACCAGTTT ATTTCTGTTT ATGTTGTGGT 
CTTATTTGGC TCTTGGATTA TGGTAGCAGA AACCTTACTA CAACCAAGTT CAAATTATAT 
GGAATAACAT TCACTAATCC ACTGGTGTTT ATATCAGCCA GGGATTTAGT TATAGTGTTT 
ACACTCTGTT TCCCAATAGT ATTTTTCATT GGTCTCCTGC CTCAGGTGAA TACATTTGTA 
ATGTACCTTT GTGAGCAATT GGATATTCAT ATCTTTGGTG GTAATGCCAC TACAAGCTTG 
CTTGCAGCAC TTTACAGTTT TATCTGTAGC ATTGTGGCCG TAGCCTTACT GTATGGATTG 
TGTTATGGCG CTTTAAAGGA CTCTTGGGAT GGCCAGCATA TTCCAGTACT TTTCTCCATT 
TTTTGTGGTT TATTAGTGGC AGTATCCTAT CATCTCAGCC GACAAAGCAG TGATCCATCT 
GTACTTTTCT CTTTGGTGCA ATCCAAGATT TTTCCAAAAA CAGAAGAGAA AAATCCAGAA 
GACCCTCTGT CTGAAGTAAA AGATCCACTG CCTGAAAAAC TTAGAAATTC TGTTAGTGAG 
CGTTTACAGT CTGACCTGGT AGTATGCATT GTTATTGGTG TGCTATATTT TGCTATTCAT 
GTAAGCACAG TGTTCACAGT ATTGCAGCCT GCTCTCAAGT ATGTGTTGTA TGCATTGGTT 
GGCTTCGTGG GTTTTGTAAC CCATTATGTG CTGCCTCAAC TCAGAAAACA GCTGCCATGT 
CACTTCTTCG CCCACCCTCT GCTGAAGACA GTGGAGTACA ATCAGTATGA AGTTCGGAAT 
GCAGCCACTA TGATGTGGTT TGAGAAACTT CATGTGTGGC TTCTGTTTGT GGAGAAGAAT 
ATCATCTACC CATTGATTGT TCTCAATGAA CTTAGTAGCA GCGCAGAGAC AATTGCTAGT 
CCAAAAAAAC TGGATACAGA ATTAGGTGCT TTAATGATCA CCATTGCTGG TCTGAAGTTG 
CTACGATCCT CTTTTAGCAG CCCTACATAT CAGTATGTCA CAGTCATCTT TACTGTGCTC 
TTTTTCAAAA TTGACTATGA AGCTTTTTCA GAGACCATGC TGTTGGATCT CTTCTTCACG 
TCCATACTCT TCAACAAGCT TTGGGAACTC CTTTATAAAT TGCAGTTTGT ATACACTTAC 
ATTGCCCCAT GGCAAATTGC ATGGGGTTCT GCTTTCCATG CTTTTGCTCA GCCCTTTGCA 
GTGCCCCATT CAGCCATGTT GTTTGTTCAG GCCGCTGTAT CTGCCTTTTT TTCTACTCCT 
CTAAATCCCT TTCTGGGAAG TGCAATATTC ATCACTTCAT ATGTTCGACC TGTGAAATTC 
TGGGAGAGAG ACTATAACAC AAAACGGGTG GATCATTCAA ATACCAGATT GGCTTCCCAG 
CTCGATAGAA ATCCAGGATC AGATGACAAC AATCTGAATT CCATCTTTTA TGAACATTTA 
ACCAGATCCC TACAACACAG TCTCTGTGGT GATTTGCTCC TAGGACGATG GGGAAACTAC 
AGTACAGGGG ACTGTTTCAT TCTTGCCTCT GACTACCTCA ATGCATTAGT GCACCTTATT 
GAGACAGGCA ATGGGTTGGT CACTTTCCAG CTGCGGGGAC TTGAGTTCAG AGGTACTTAC 
TGTCAACAAC GGGAAGTGGA GGCCATCACT GAAGGCGTTG AAGAAGATGA AGGATTTTGC 
TGTTGTGCAC TTGGCCATAT TCCTCATGTG CTTTCATTTA ATGCTGCATT TAGCCAGCGC 
TGGCTAGCTT GGGAAGTGAT AGTCACTAAG TATATTCTGG AGGGTTATAG TATCACTGAC 
AATAGTGCTG CCTCTATGCT TCAAGTCTTT GATCTTCGGA AAGTACTCAC CACTTACTAT 
GTCAAGGGTA TCATTTATTA TGTTACAACA TCTTCTAAAC TGGAGGAGTG GCTAGCCAAT 
GAGACAATGC AGGAAGGACT ACGTCTGTGT ACAGATCGAA ATTATGTTGA TGTGGACCCA 
ACATTTAATC CAAATATTGA TGAAGACTAT GACCATCGGC TGGCTGGCAT ATCCAGGGAG 
AGTTTCTGTG TGATTTACCT CAACTGGATA GAGTATTGCT CTTCCCGAAG AGCAAAGGTA 
GAGCCACTGG ATGTAGACAA AGATTCATCC CTGGTGACTC TTTGTTACGG ACTTTGTGTT 
CTGGGGCGGA GAGCTCTGGG GACCGCATCT CACCATATGT CCAGTAATTT AGAGTCATTC 
CTCTATGGAT TGCATGCCCT ATTTAAGGGA GATTTCCGTA TTTCTTCAAT TCGAGATGAA 
TGGATCTTCG CGGACATGGA ATTGCTAAGG AAAGTAGTAG TCCCGGGAAT CCGCATGTCC 
ATTAAACTTC ATCAGGATCA TTTCACTTCT CCAGATGAGT ATGATGACCC TACTGTGCTC 
TATGAAGCCA TTGTGTCCCA TGAAAAGAAC CTCGTAATAG CGCATGAAGG GGACCCTGCA 
TGGCGGAGTG CAGTCCTTGC CAACTCTCCC TCCCTTCTCG CTCTGCGGCA CATCATGGAT 
GATGGTACCA ACGAATACAA GATCATCATG CTGAATAGAC GCTACCTGAG CTTCAGAGTC 
ATTAAGGTTA ATAAGGAATG TGTCCGAGGT CTTTGGGCAG GGCAACAGCA AGAGCTTGTC 
TTTCTACGTA ACCGTAACCC AGAGAGAGGT AGCATCCAAA ACGCAAAACA AGCTCTGAGA 
AACATGATAA ACTCATCTTG TGATCAGCCT ATTGGCTACC CAATCTTTGT CTCGCCCCTG 
ACAACCTCTT ACTCTGATAG CCATGAACAG CTCAAAGAAA TCCTTGGGGG ACCTATCAGT 
TTGGGAAATA TCAGAAACTT CATAGTGTCA ACCTGGCACA GGTTAAGGAA AGGGTGTGGG 
GCTGGCTGTA ACAGCGGTGG TAATATTGAA GATTCTGACA CTGGCGGTGG GATGTCCTGC 
ACTAGTAACA ATGCAACAAG TGCCAGTGAG CCCCAGAGCA ACGTGTCCCA GGGAAGCACT 
GGAAATCCAG GGCAAGGGTC GGGAGCAGGA CTCCATCCAC CGGTCACATC TTATCCTCCA 
GCACTAGGCA CTAGCCACAG CTCCCACTCC GTACAGTCAA GCCTGGTCAG ACAGTCCCCT 
GCTCGTGCCT CAGTGGCCAG CCAGTCTTCT TACTGCTACA GCAGCCGGCA CTCGTCTCTC 
CGGATGTCCA CCACGGGATT TGTGCCTTGT CGGCGCTCCT CCACGAGTCA GATATCGCTT 
CGAAACTTAC CATCCTCCAT CCAGTCCCGC CTCTCTATGG TGAACCAGAT GGAGCCCTCC 
AATCAGAGCG GCATGGCCTG TGTGCAGCAT GGCCTCCCTT CTTCCAGCAG CTCCAGCCAG 
AGCATCCCAG CCTGCAAACA TCACACTCTC GTGGGCTTTC TTGGGACAGA GGGAGGTCAG 
AGCAGTGCCA CGGACGCCCA GCCAGGCAAC ACCTTAAGTC CTGCCAATAA TTCACACGCC 
AAAAGGGGGG ATGTGATTTA CAGAGTCCAA ATTGTAGATC CCAGTCAAAT TCTGGATGGG 
ATCAACTTGT CAAAAAGGAA AGAGCTGCAG TGGCCTGATG AGGGTATTCG GTTAAAAGCT 
GGGAGAAACA GCTGGAAAGA CTGGAGTCCT CAGGAGGGCA TGGAAGGCCA TGTGATTCAC 
CGATGGGTGC CTTGCAGCAG AGATCCAGGT ACTAGATCCC ACATCGACAA GACAGTACTT 
CTGGTCCAGA TTGATGATAA ATATGTGACT GTCATTGAAA CTGGGGTACT AGAACTTGGG 
GCCGAAGTAT GA

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

RefSeq	XP_019663071.1
CDS	1..7032
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGAAQASEEAVSFRRERSTFRRQAVRRRHNAGSNPTPPTLLVGSPLSLQDGQQGQQSTAQVKVQSRPPSQAAVLSASASLLVRNGSIHLEASHDNASAVGGSSLHDELGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVLSLPQIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKVEPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_019807512.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X1, mRNA.

Target ORF information:

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

XM_019807512.1

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGCT CTCTCTTCCG CAGATTCGAT TGAACAGACT GTTGACCATT 
GACACAGATT TGTTGGAGCA ACAAGACATT GATCTAAGCC CTGACTTGGC AGCTACTTAT 
GGTCCAACAG AAGAAGCTGC TCAAAAGGTT AAACACTATT ATCGCTTTTG GATCTTACCC 
CAGCTATGGA TCGGCATTAA CTTTGACAGA CTCACACTTT TGGCCCTGTT TGATAGAAAT 
CGTGAGATTC TGGAAAATGT GTTAGCTGTC ATCCTGGCTA TTCTTGTGGC TTTTTTGGGA 
TCTGTTCTTC TCATACAAGG CTTCTTCAGA GATATCTGGG TCTTCCAGTT CTGCCTAGTG 
ATAGCCAGTT GTCAATACTC ACTACTTAAG AGTGTTCAAC CAGATTCTTC TTCTCCCAGA 
CATGGCCATA ATCGTATCAT TGCCTACAGT AGACCAGTTT ATTTCTGTTT ATGTTGTGGT 
CTTATTTGGC TCTTGGATTA TGGTAGCAGA AACCTTACTA CAACCAAGTT CAAATTATAT 
GGAATAACAT TCACTAATCC ACTGGTGTTT ATATCAGCCA GGGATTTAGT TATAGTGTTT 
ACACTCTGTT TCCCAATAGT ATTTTTCATT GGTCTCCTGC CTCAGGTGAA TACATTTGTA 
ATGTACCTTT GTGAGCAATT GGATATTCAT ATCTTTGGTG GTAATGCCAC TACAAGCTTG 
CTTGCAGCAC TTTACAGTTT TATCTGTAGC ATTGTGGCCG TAGCCTTACT GTATGGATTG 
TGTTATGGCG CTTTAAAGGA CTCTTGGGAT GGCCAGCATA TTCCAGTACT TTTCTCCATT 
TTTTGTGGTT TATTAGTGGC AGTATCCTAT CATCTCAGCC GACAAAGCAG TGATCCATCT 
GTACTTTTCT CTTTGGTGCA ATCCAAGATT TTTCCAAAAA CAGAAGAGAA AAATCCAGAA 
GACCCTCTGT CTGAAGTAAA AGATCCACTG CCTGAAAAAC TTAGAAATTC TGTTAGTGAG 
CGTTTACAGT CTGACCTGGT AGTATGCATT GTTATTGGTG TGCTATATTT TGCTATTCAT 
GTAAGCACAG TGTTCACAGT ATTGCAGCCT GCTCTCAAGT ATGTGTTGTA TGCATTGGTT 
GGCTTCGTGG GTTTTGTAAC CCATTATGTG CTGCCTCAAC TCAGAAAACA GCTGCCATGT 
CACTTCTTCG CCCACCCTCT GCTGAAGACA GTGGAGTACA ATCAGTATGA AGTTCGGAAT 
GCAGCCACTA TGATGTGGTT TGAGAAACTT CATGTGTGGC TTCTGTTTGT GGAGAAGAAT 
ATCATCTACC CATTGATTGT TCTCAATGAA CTTAGTAGCA GCGCAGAGAC AATTGCTAGT 
CCAAAAAAAC TGGATACAGA ATTAGGTGCT TTAATGATCA CCATTGCTGG TCTGAAGTTG 
CTACGATCCT CTTTTAGCAG CCCTACATAT CAGTATGTCA CAGTCATCTT TACTGTGCTC 
TTTTTCAAAA TTGACTATGA AGCTTTTTCA GAGACCATGC TGTTGGATCT CTTCTTCACG 
TCCATACTCT TCAACAAGCT TTGGGAACTC CTTTATAAAT TGCAGTTTGT ATACACTTAC 
ATTGCCCCAT GGCAAATTGC ATGGGGTTCT GCTTTCCATG CTTTTGCTCA GCCCTTTGCA 
GTGCCCCATT CAGCCATGTT GTTTGTTCAG GCCGCTGTAT CTGCCTTTTT TTCTACTCCT 
CTAAATCCCT TTCTGGGAAG TGCAATATTC ATCACTTCAT ATGTTCGACC TGTGAAATTC 
TGGGAGAGAG ACTATAACAC AAAACGGGTG GATCATTCAA ATACCAGATT GGCTTCCCAG 
CTCGATAGAA ATCCAGGATC AGATGACAAC AATCTGAATT CCATCTTTTA TGAACATTTA 
ACCAGATCCC TACAACACAG TCTCTGTGGT GATTTGCTCC TAGGACGATG GGGAAACTAC 
AGTACAGGGG ACTGTTTCAT TCTTGCCTCT GACTACCTCA ATGCATTAGT GCACCTTATT 
GAGACAGGCA ATGGGTTGGT CACTTTCCAG CTGCGGGGAC TTGAGTTCAG AGGTACTTAC 
TGTCAACAAC GGGAAGTGGA GGCCATCACT GAAGGCGTTG AAGAAGATGA AGGATTTTGC 
TGTTGTGCAC TTGGCCATAT TCCTCATGTG CTTTCATTTA ATGCTGCATT TAGCCAGCGC 
TGGCTAGCTT GGGAAGTGAT AGTCACTAAG TATATTCTGG AGGGTTATAG TATCACTGAC 
AATAGTGCTG CCTCTATGCT TCAAGTCTTT GATCTTCGGA AAGTACTCAC CACTTACTAT 
GTCAAGGGTA TCATTTATTA TGTTACAACA TCTTCTAAAC TGGAGGAGTG GCTAGCCAAT 
GAGACAATGC AGGAAGGACT ACGTCTGTGT ACAGATCGAA ATTATGTTGA TGTGGACCCA 
ACATTTAATC CAAATATTGA TGAAGACTAT GACCATCGGC TGGCTGGCAT ATCCAGGGAG 
AGTTTCTGTG TGATTTACCT CAACTGGATA GAGTATTGCT CTTCCCGAAG AGCAAAGGTA 
GAGCCACTGG ATGTAGACAA AGATTCATCC CTGGTGACTC TTTGTTACGG ACTTTGTGTT 
CTGGGGCGGA GAGCTCTGGG GACCGCATCT CACCATATGT CCAGTAATTT AGAGTCATTC 
CTCTATGGAT TGCATGCCCT ATTTAAGGGA GATTTCCGTA TTTCTTCAAT TCGAGATGAA 
TGGATCTTCG CGGACATGGA ATTGCTAAGG AAAGTAGTAG TCCCGGGAAT CCGCATGTCC 
ATTAAACTTC ATCAGGATCA TTTCACTTCT CCAGATGAGT ATGATGACCC TACTGTGCTC 
TATGAAGCCA TTGTGTCCCA TGAAAAGAAC CTCGTAATAG CGCATGAAGG GGACCCTGCA 
TGGCGGAGTG CAGTCCTTGC CAACTCTCCC TCCCTTCTCG CTCTGCGGCA CATCATGGAT 
GATGGTACCA ACGAATACAA GATCATCATG CTGAATAGAC GCTACCTGAG CTTCAGAGTC 
ATTAAGGTTA ATAAGGAATG TGTCCGAGGT CTTTGGGCAG GGCAACAGCA AGAGCTTGTC 
TTTCTACGTA ACCGTAACCC AGAGAGAGGT AGCATCCAAA ACGCAAAACA AGCTCTGAGA 
AACATGATAA ACTCATCTTG TGATCAGCCT ATTGGCTACC CAATCTTTGT CTCGCCCCTG 
ACAACCTCTT ACTCTGATAG CCATGAACAG CTCAAAGAAA TCCTTGGGGG ACCTATCAGT 
TTGGGAAATA TCAGAAACTT CATAGTGTCA ACCTGGCACA GGTTAAGGAA AGGGTGTGGG 
GCTGGCTGTA ACAGCGGTGG TAATATTGAA GATTCTGACA CTGGCGGTGG GATGTCCTGC 
ACTAGTAACA ATGCAACAAG TGCCAGTGAG CCCCAGAGCA ACGTGTCCCA GGGAAGCACT 
GGAAATCCAG GGCAAGGGTC GGGAGCAGGA CTCCATCCAC CGGTCACATC TTATCCTCCA 
GCACTAGGCA CTAGCCACAG CTCCCACTCC GTACAGTCAA GCCTGGTCAG ACAGTCCCCT 
GCTCGTGCCT CAGTGGCCAG CCAGTCTTCT TACTGCTACA GCAGCCGGCA CTCGTCTCTC 
CGGATGTCCA CCACGGGATT TGTGCCTTGT CGGCGCTCCT CCACGAGTCA GATATCGCTT 
CGAAACTTAC CATCCTCCAT CCAGTCCCGC CTCTCTATGG TGAACCAGAT GGAGCCCTCC 
AATCAGAGCG GCATGGCCTG TGTGCAGCAT GGCCTCCCTT CTTCCAGCAG CTCCAGCCAG 
AGCATCCCAG CCTGCAAACA TCACACTCTC GTGGGCTTTC TTGGGACAGA GGGAGGTCAG 
AGCAGTGCCA CGGACGCCCA GCCAGGCAAC ACCTTAAGTC CTGCCAATAA TTCACACGCC 
AAAAGGGGGG ATGTGATTTA CAGAGTCCAA ATTGTAGATC CCAGTCAAAT TCTGGATGGG 
ATCAACTTGT CAAAAAGGAA AGAGCTGCAG TGGCCTGATG AGGGTATTCG GTTAAAAGCT 
GGGAGAAACA GCTGGAAAGA CTGGAGTCCT CAGGAGGGCA TGGAAGGCCA TGTGATTCAC 
CGATGGGTGC CTTGCAGCAG AGATCCAGGT ACTAGATCCC ACATCGACAA GACAGTACTT 
CTGGTCCAGA TTGATGATAA ATATGTGACT GTCATTGAAA CTGGGGTACT AGAACTTGGG 
GCCGAAGTAT GA

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

PCNX1 ( XM_019807513.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019663072.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X2, mRNA.

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CloneID	OAc98031
Clone ID Related Accession (Same CDS sequence)	XM_019807513.1
Accession Version	XM_019807513.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7029bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCACAGGCCA GCGAGGAGGC AGTGTCATTT 
CGCCGTGAAC GCAGCACATT TAGGCGCCAG GCAGTACGGC GCCGGCACAA TGCAGGGAGT 
AACCCTACCC CTCCTACATT GCTCGTCGGA TCACCCCTAA GCCTTCAAGA TGGTCAGCAA 
GGCCAGCAGT CCACAGCCCA GGTCAAAGTC CAGTCCCGCC CCCCTTCCCA GGCTGCAGTG 
CTCAGTGCTA GTGCCTCCTT GCTGGTGAGA AATGGGAGTA TCCACTTAGA AGCCTCACAT 
GACAATGCAT CTGCTGTAGG CGGCAGCAGT TTGCACGATG AACTTGGTAA GTTCTCTTCT 
ACGCTTTATG AGACTGGTGG CTGTGATATG TCACTTGTGA ATCTTGAACC AGCAGCAAGA 
AGAGCATCTA ATATCTGTGA CACGGATTCT CATGTATCCA GTTCTACCTC AGTTCGATTT 
TATCCACATG ATGTGCTCTC TCTTCCGCAG ATTCGATTGA ACAGACTGTT GACCATTGAC 
ACAGATTTGT TGGAGCAACA AGACATTGAT CTAAGCCCTG ACTTGGCAGC TACTTATGGT 
CCAACAGAAG AAGCTGCTCA AAAGGTTAAA CACTATTATC GCTTTTGGAT CTTACCCCAG 
CTATGGATCG GCATTAACTT TGACAGACTC ACACTTTTGG CCCTGTTTGA TAGAAATCGT 
GAGATTCTGG AAAATGTGTT AGCTGTCATC CTGGCTATTC TTGTGGCTTT TTTGGGATCT 
GTTCTTCTCA TACAAGGCTT CTTCAGAGAT ATCTGGGTCT TCCAGTTCTG CCTAGTGATA 
GCCAGTTGTC AATACTCACT ACTTAAGAGT GTTCAACCAG ATTCTTCTTC TCCCAGACAT 
GGCCATAATC GTATCATTGC CTACAGTAGA CCAGTTTATT TCTGTTTATG TTGTGGTCTT 
ATTTGGCTCT TGGATTATGG TAGCAGAAAC CTTACTACAA CCAAGTTCAA ATTATATGGA 
ATAACATTCA CTAATCCACT GGTGTTTATA TCAGCCAGGG ATTTAGTTAT AGTGTTTACA 
CTCTGTTTCC CAATAGTATT TTTCATTGGT CTCCTGCCTC AGGTGAATAC ATTTGTAATG 
TACCTTTGTG AGCAATTGGA TATTCATATC TTTGGTGGTA ATGCCACTAC AAGCTTGCTT 
GCAGCACTTT ACAGTTTTAT CTGTAGCATT GTGGCCGTAG CCTTACTGTA TGGATTGTGT 
TATGGCGCTT TAAAGGACTC TTGGGATGGC CAGCATATTC CAGTACTTTT CTCCATTTTT 
TGTGGTTTAT TAGTGGCAGT ATCCTATCAT CTCAGCCGAC AAAGCAGTGA TCCATCTGTA 
CTTTTCTCTT TGGTGCAATC CAAGATTTTT CCAAAAACAG AAGAGAAAAA TCCAGAAGAC 
CCTCTGTCTG AAGTAAAAGA TCCACTGCCT GAAAAACTTA GAAATTCTGT TAGTGAGCGT 
TTACAGTCTG ACCTGGTAGT ATGCATTGTT ATTGGTGTGC TATATTTTGC TATTCATGTA 
AGCACAGTGT TCACAGTATT GCAGCCTGCT CTCAAGTATG TGTTGTATGC ATTGGTTGGC 
TTCGTGGGTT TTGTAACCCA TTATGTGCTG CCTCAACTCA GAAAACAGCT GCCATGTCAC 
TTCTTCGCCC ACCCTCTGCT GAAGACAGTG GAGTACAATC AGTATGAAGT TCGGAATGCA 
GCCACTATGA TGTGGTTTGA GAAACTTCAT GTGTGGCTTC TGTTTGTGGA GAAGAATATC 
ATCTACCCAT TGATTGTTCT CAATGAACTT AGTAGCAGCG CAGAGACAAT TGCTAGTCCA 
AAAAAACTGG ATACAGAATT AGGTGCTTTA ATGATCACCA TTGCTGGTCT GAAGTTGCTA 
CGATCCTCTT TTAGCAGCCC TACATATCAG TATGTCACAG TCATCTTTAC TGTGCTCTTT 
TTCAAAATTG ACTATGAAGC TTTTTCAGAG ACCATGCTGT TGGATCTCTT CTTCACGTCC 
ATACTCTTCA ACAAGCTTTG GGAACTCCTT TATAAATTGC AGTTTGTATA CACTTACATT 
GCCCCATGGC AAATTGCATG GGGTTCTGCT TTCCATGCTT TTGCTCAGCC CTTTGCAGTG 
CCCCATTCAG CCATGTTGTT TGTTCAGGCC GCTGTATCTG CCTTTTTTTC TACTCCTCTA 
AATCCCTTTC TGGGAAGTGC AATATTCATC ACTTCATATG TTCGACCTGT GAAATTCTGG 
GAGAGAGACT ATAACACAAA ACGGGTGGAT CATTCAAATA CCAGATTGGC TTCCCAGCTC 
GATAGAAATC CAGGATCAGA TGACAACAAT CTGAATTCCA TCTTTTATGA ACATTTAACC 
AGATCCCTAC AACACAGTCT CTGTGGTGAT TTGCTCCTAG GACGATGGGG AAACTACAGT 
ACAGGGGACT GTTTCATTCT TGCCTCTGAC TACCTCAATG CATTAGTGCA CCTTATTGAG 
ACAGGCAATG GGTTGGTCAC TTTCCAGCTG CGGGGACTTG AGTTCAGAGG TACTTACTGT 
CAACAACGGG AAGTGGAGGC CATCACTGAA GGCGTTGAAG AAGATGAAGG ATTTTGCTGT 
TGTGCACTTG GCCATATTCC TCATGTGCTT TCATTTAATG CTGCATTTAG CCAGCGCTGG 
CTAGCTTGGG AAGTGATAGT CACTAAGTAT ATTCTGGAGG GTTATAGTAT CACTGACAAT 
AGTGCTGCCT CTATGCTTCA AGTCTTTGAT CTTCGGAAAG TACTCACCAC TTACTATGTC 
AAGGGTATCA TTTATTATGT TACAACATCT TCTAAACTGG AGGAGTGGCT AGCCAATGAG 
ACAATGCAGG AAGGACTACG TCTGTGTACA GATCGAAATT ATGTTGATGT GGACCCAACA 
TTTAATCCAA ATATTGATGA AGACTATGAC CATCGGCTGG CTGGCATATC CAGGGAGAGT 
TTCTGTGTGA TTTACCTCAA CTGGATAGAG TATTGCTCTT CCCGAAGAGC AAAGGTAGAG 
CCACTGGATG TAGACAAAGA TTCATCCCTG GTGACTCTTT GTTACGGACT TTGTGTTCTG 
GGGCGGAGAG CTCTGGGGAC CGCATCTCAC CATATGTCCA GTAATTTAGA GTCATTCCTC 
TATGGATTGC ATGCCCTATT TAAGGGAGAT TTCCGTATTT CTTCAATTCG AGATGAATGG 
ATCTTCGCGG ACATGGAATT GCTAAGGAAA GTAGTAGTCC CGGGAATCCG CATGTCCATT 
AAACTTCATC AGGATCATTT CACTTCTCCA GATGAGTATG ATGACCCTAC TGTGCTCTAT 
GAAGCCATTG TGTCCCATGA AAAGAACCTC GTAATAGCGC ATGAAGGGGA CCCTGCATGG 
CGGAGTGCAG TCCTTGCCAA CTCTCCCTCC CTTCTCGCTC TGCGGCACAT CATGGATGAT 
GGTACCAACG AATACAAGAT CATCATGCTG AATAGACGCT ACCTGAGCTT CAGAGTCATT 
AAGGTTAATA AGGAATGTGT CCGAGGTCTT TGGGCAGGGC AACAGCAAGA GCTTGTCTTT 
CTACGTAACC GTAACCCAGA GAGAGGTAGC ATCCAAAACG CAAAACAAGC TCTGAGAAAC 
ATGATAAACT CATCTTGTGA TCAGCCTATT GGCTACCCAA TCTTTGTCTC GCCCCTGACA 
ACCTCTTACT CTGATAGCCA TGAACAGCTC AAAGAAATCC TTGGGGGACC TATCAGTTTG 
GGAAATATCA GAAACTTCAT AGTGTCAACC TGGCACAGGT TAAGGAAAGG GTGTGGGGCT 
GGCTGTAACA GCGGTGGTAA TATTGAAGAT TCTGACACTG GCGGTGGGAT GTCCTGCACT 
AGTAACAATG CAACAAGTGC CAGTGAGCCC CAGAGCAACG TGTCCCAGGG AAGCACTGGA 
AATCCAGGGC AAGGGTCGGG AGCAGGACTC CATCCACCGG TCACATCTTA TCCTCCAGCA 
CTAGGCACTA GCCACAGCTC CCACTCCGTA CAGTCAAGCC TGGTCAGACA GTCCCCTGCT 
CGTGCCTCAG TGGCCAGCCA GTCTTCTTAC TGCTACAGCA GCCGGCACTC GTCTCTCCGG 
ATGTCCACCA CGGGATTTGT GCCTTGTCGG CGCTCCTCCA CGAGTCAGAT ATCGCTTCGA 
AACTTACCAT CCTCCATCCA GTCCCGCCTC TCTATGGTGA ACCAGATGGA GCCCTCCAAT 
CAGAGCGGCA TGGCCTGTGT GCAGCATGGC CTCCCTTCTT CCAGCAGCTC CAGCCAGAGC 
ATCCCAGCCT GCAAACATCA CACTCTCGTG GGCTTTCTTG GGACAGAGGG AGGTCAGAGC 
AGTGCCACGG ACGCCCAGCC AGGCAACACC TTAAGTCCTG CCAATAATTC ACACGCCAAA 
AGGGGGGATG TGATTTACAG AGTCCAAATT GTAGATCCCA GTCAAATTCT GGATGGGATC 
AACTTGTCAA AAAGGAAAGA GCTGCAGTGG CCTGATGAGG GTATTCGGTT AAAAGCTGGG 
AGAAACAGCT GGAAAGACTG GAGTCCTCAG GAGGGCATGG AAGGCCATGT GATTCACCGA 
TGGGTGCCTT GCAGCAGAGA TCCAGGTACT AGATCCCACA TCGACAAGAC AGTACTTCTG 
GTCCAGATTG ATGATAAATA TGTGACTGTC ATTGAAACTG GGGTACTAGA ACTTGGGGCC 
GAAGTATGA

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

RefSeq	XP_019663072.1
CDS	1..7029
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGAQASEEAVSFRRERSTFRRQAVRRRHNAGSNPTPPTLLVGSPLSLQDGQQGQQSTAQVKVQSRPPSQAAVLSASASLLVRNGSIHLEASHDNASAVGGSSLHDELGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVLSLPQIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKVEPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_019807513.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X2, mRNA.

Target ORF information:

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

XM_019807513.1

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCACAGGCCA GCGAGGAGGC AGTGTCATTT 
CGCCGTGAAC GCAGCACATT TAGGCGCCAG GCAGTACGGC GCCGGCACAA TGCAGGGAGT 
AACCCTACCC CTCCTACATT GCTCGTCGGA TCACCCCTAA GCCTTCAAGA TGGTCAGCAA 
GGCCAGCAGT CCACAGCCCA GGTCAAAGTC CAGTCCCGCC CCCCTTCCCA GGCTGCAGTG 
CTCAGTGCTA GTGCCTCCTT GCTGGTGAGA AATGGGAGTA TCCACTTAGA AGCCTCACAT 
GACAATGCAT CTGCTGTAGG CGGCAGCAGT TTGCACGATG AACTTGGTAA GTTCTCTTCT 
ACGCTTTATG AGACTGGTGG CTGTGATATG TCACTTGTGA ATCTTGAACC AGCAGCAAGA 
AGAGCATCTA ATATCTGTGA CACGGATTCT CATGTATCCA GTTCTACCTC AGTTCGATTT 
TATCCACATG ATGTGCTCTC TCTTCCGCAG ATTCGATTGA ACAGACTGTT GACCATTGAC 
ACAGATTTGT TGGAGCAACA AGACATTGAT CTAAGCCCTG ACTTGGCAGC TACTTATGGT 
CCAACAGAAG AAGCTGCTCA AAAGGTTAAA CACTATTATC GCTTTTGGAT CTTACCCCAG 
CTATGGATCG GCATTAACTT TGACAGACTC ACACTTTTGG CCCTGTTTGA TAGAAATCGT 
GAGATTCTGG AAAATGTGTT AGCTGTCATC CTGGCTATTC TTGTGGCTTT TTTGGGATCT 
GTTCTTCTCA TACAAGGCTT CTTCAGAGAT ATCTGGGTCT TCCAGTTCTG CCTAGTGATA 
GCCAGTTGTC AATACTCACT ACTTAAGAGT GTTCAACCAG ATTCTTCTTC TCCCAGACAT 
GGCCATAATC GTATCATTGC CTACAGTAGA CCAGTTTATT TCTGTTTATG TTGTGGTCTT 
ATTTGGCTCT TGGATTATGG TAGCAGAAAC CTTACTACAA CCAAGTTCAA ATTATATGGA 
ATAACATTCA CTAATCCACT GGTGTTTATA TCAGCCAGGG ATTTAGTTAT AGTGTTTACA 
CTCTGTTTCC CAATAGTATT TTTCATTGGT CTCCTGCCTC AGGTGAATAC ATTTGTAATG 
TACCTTTGTG AGCAATTGGA TATTCATATC TTTGGTGGTA ATGCCACTAC AAGCTTGCTT 
GCAGCACTTT ACAGTTTTAT CTGTAGCATT GTGGCCGTAG CCTTACTGTA TGGATTGTGT 
TATGGCGCTT TAAAGGACTC TTGGGATGGC CAGCATATTC CAGTACTTTT CTCCATTTTT 
TGTGGTTTAT TAGTGGCAGT ATCCTATCAT CTCAGCCGAC AAAGCAGTGA TCCATCTGTA 
CTTTTCTCTT TGGTGCAATC CAAGATTTTT CCAAAAACAG AAGAGAAAAA TCCAGAAGAC 
CCTCTGTCTG AAGTAAAAGA TCCACTGCCT GAAAAACTTA GAAATTCTGT TAGTGAGCGT 
TTACAGTCTG ACCTGGTAGT ATGCATTGTT ATTGGTGTGC TATATTTTGC TATTCATGTA 
AGCACAGTGT TCACAGTATT GCAGCCTGCT CTCAAGTATG TGTTGTATGC ATTGGTTGGC 
TTCGTGGGTT TTGTAACCCA TTATGTGCTG CCTCAACTCA GAAAACAGCT GCCATGTCAC 
TTCTTCGCCC ACCCTCTGCT GAAGACAGTG GAGTACAATC AGTATGAAGT TCGGAATGCA 
GCCACTATGA TGTGGTTTGA GAAACTTCAT GTGTGGCTTC TGTTTGTGGA GAAGAATATC 
ATCTACCCAT TGATTGTTCT CAATGAACTT AGTAGCAGCG CAGAGACAAT TGCTAGTCCA 
AAAAAACTGG ATACAGAATT AGGTGCTTTA ATGATCACCA TTGCTGGTCT GAAGTTGCTA 
CGATCCTCTT TTAGCAGCCC TACATATCAG TATGTCACAG TCATCTTTAC TGTGCTCTTT 
TTCAAAATTG ACTATGAAGC TTTTTCAGAG ACCATGCTGT TGGATCTCTT CTTCACGTCC 
ATACTCTTCA ACAAGCTTTG GGAACTCCTT TATAAATTGC AGTTTGTATA CACTTACATT 
GCCCCATGGC AAATTGCATG GGGTTCTGCT TTCCATGCTT TTGCTCAGCC CTTTGCAGTG 
CCCCATTCAG CCATGTTGTT TGTTCAGGCC GCTGTATCTG CCTTTTTTTC TACTCCTCTA 
AATCCCTTTC TGGGAAGTGC AATATTCATC ACTTCATATG TTCGACCTGT GAAATTCTGG 
GAGAGAGACT ATAACACAAA ACGGGTGGAT CATTCAAATA CCAGATTGGC TTCCCAGCTC 
GATAGAAATC CAGGATCAGA TGACAACAAT CTGAATTCCA TCTTTTATGA ACATTTAACC 
AGATCCCTAC AACACAGTCT CTGTGGTGAT TTGCTCCTAG GACGATGGGG AAACTACAGT 
ACAGGGGACT GTTTCATTCT TGCCTCTGAC TACCTCAATG CATTAGTGCA CCTTATTGAG 
ACAGGCAATG GGTTGGTCAC TTTCCAGCTG CGGGGACTTG AGTTCAGAGG TACTTACTGT 
CAACAACGGG AAGTGGAGGC CATCACTGAA GGCGTTGAAG AAGATGAAGG ATTTTGCTGT 
TGTGCACTTG GCCATATTCC TCATGTGCTT TCATTTAATG CTGCATTTAG CCAGCGCTGG 
CTAGCTTGGG AAGTGATAGT CACTAAGTAT ATTCTGGAGG GTTATAGTAT CACTGACAAT 
AGTGCTGCCT CTATGCTTCA AGTCTTTGAT CTTCGGAAAG TACTCACCAC TTACTATGTC 
AAGGGTATCA TTTATTATGT TACAACATCT TCTAAACTGG AGGAGTGGCT AGCCAATGAG 
ACAATGCAGG AAGGACTACG TCTGTGTACA GATCGAAATT ATGTTGATGT GGACCCAACA 
TTTAATCCAA ATATTGATGA AGACTATGAC CATCGGCTGG CTGGCATATC CAGGGAGAGT 
TTCTGTGTGA TTTACCTCAA CTGGATAGAG TATTGCTCTT CCCGAAGAGC AAAGGTAGAG 
CCACTGGATG TAGACAAAGA TTCATCCCTG GTGACTCTTT GTTACGGACT TTGTGTTCTG 
GGGCGGAGAG CTCTGGGGAC CGCATCTCAC CATATGTCCA GTAATTTAGA GTCATTCCTC 
TATGGATTGC ATGCCCTATT TAAGGGAGAT TTCCGTATTT CTTCAATTCG AGATGAATGG 
ATCTTCGCGG ACATGGAATT GCTAAGGAAA GTAGTAGTCC CGGGAATCCG CATGTCCATT 
AAACTTCATC AGGATCATTT CACTTCTCCA GATGAGTATG ATGACCCTAC TGTGCTCTAT 
GAAGCCATTG TGTCCCATGA AAAGAACCTC GTAATAGCGC ATGAAGGGGA CCCTGCATGG 
CGGAGTGCAG TCCTTGCCAA CTCTCCCTCC CTTCTCGCTC TGCGGCACAT CATGGATGAT 
GGTACCAACG AATACAAGAT CATCATGCTG AATAGACGCT ACCTGAGCTT CAGAGTCATT 
AAGGTTAATA AGGAATGTGT CCGAGGTCTT TGGGCAGGGC AACAGCAAGA GCTTGTCTTT 
CTACGTAACC GTAACCCAGA GAGAGGTAGC ATCCAAAACG CAAAACAAGC TCTGAGAAAC 
ATGATAAACT CATCTTGTGA TCAGCCTATT GGCTACCCAA TCTTTGTCTC GCCCCTGACA 
ACCTCTTACT CTGATAGCCA TGAACAGCTC AAAGAAATCC TTGGGGGACC TATCAGTTTG 
GGAAATATCA GAAACTTCAT AGTGTCAACC TGGCACAGGT TAAGGAAAGG GTGTGGGGCT 
GGCTGTAACA GCGGTGGTAA TATTGAAGAT TCTGACACTG GCGGTGGGAT GTCCTGCACT 
AGTAACAATG CAACAAGTGC CAGTGAGCCC CAGAGCAACG TGTCCCAGGG AAGCACTGGA 
AATCCAGGGC AAGGGTCGGG AGCAGGACTC CATCCACCGG TCACATCTTA TCCTCCAGCA 
CTAGGCACTA GCCACAGCTC CCACTCCGTA CAGTCAAGCC TGGTCAGACA GTCCCCTGCT 
CGTGCCTCAG TGGCCAGCCA GTCTTCTTAC TGCTACAGCA GCCGGCACTC GTCTCTCCGG 
ATGTCCACCA CGGGATTTGT GCCTTGTCGG CGCTCCTCCA CGAGTCAGAT ATCGCTTCGA 
AACTTACCAT CCTCCATCCA GTCCCGCCTC TCTATGGTGA ACCAGATGGA GCCCTCCAAT 
CAGAGCGGCA TGGCCTGTGT GCAGCATGGC CTCCCTTCTT CCAGCAGCTC CAGCCAGAGC 
ATCCCAGCCT GCAAACATCA CACTCTCGTG GGCTTTCTTG GGACAGAGGG AGGTCAGAGC 
AGTGCCACGG ACGCCCAGCC AGGCAACACC TTAAGTCCTG CCAATAATTC ACACGCCAAA 
AGGGGGGATG TGATTTACAG AGTCCAAATT GTAGATCCCA GTCAAATTCT GGATGGGATC 
AACTTGTCAA AAAGGAAAGA GCTGCAGTGG CCTGATGAGG GTATTCGGTT AAAAGCTGGG 
AGAAACAGCT GGAAAGACTG GAGTCCTCAG GAGGGCATGG AAGGCCATGT GATTCACCGA 
TGGGTGCCTT GCAGCAGAGA TCCAGGTACT AGATCCCACA TCGACAAGAC AGTACTTCTG 
GTCCAGATTG ATGATAAATA TGTGACTGTC ATTGAAACTG GGGTACTAGA ACTTGGGGCC 
GAAGTATGA

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

PCNX1 ( XM_019807514.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019663073.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X4, mRNA.

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CloneID	OAc98032
Clone ID Related Accession (Same CDS sequence)	XM_019807514.1
Accession Version	XM_019807514.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7017bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGAT TCGATTGAAC AGACTGTTGA CCATTGACAC AGATTTGTTG 
GAGCAACAAG ACATTGATCT AAGCCCTGAC TTGGCAGCTA CTTATGGTCC AACAGAAGAA 
GCTGCTCAAA AGGTTAAACA CTATTATCGC TTTTGGATCT TACCCCAGCT ATGGATCGGC 
ATTAACTTTG ACAGACTCAC ACTTTTGGCC CTGTTTGATA GAAATCGTGA GATTCTGGAA 
AATGTGTTAG CTGTCATCCT GGCTATTCTT GTGGCTTTTT TGGGATCTGT TCTTCTCATA 
CAAGGCTTCT TCAGAGATAT CTGGGTCTTC CAGTTCTGCC TAGTGATAGC CAGTTGTCAA 
TACTCACTAC TTAAGAGTGT TCAACCAGAT TCTTCTTCTC CCAGACATGG CCATAATCGT 
ATCATTGCCT ACAGTAGACC AGTTTATTTC TGTTTATGTT GTGGTCTTAT TTGGCTCTTG 
GATTATGGTA GCAGAAACCT TACTACAACC AAGTTCAAAT TATATGGAAT AACATTCACT 
AATCCACTGG TGTTTATATC AGCCAGGGAT TTAGTTATAG TGTTTACACT CTGTTTCCCA 
ATAGTATTTT TCATTGGTCT CCTGCCTCAG GTGAATACAT TTGTAATGTA CCTTTGTGAG 
CAATTGGATA TTCATATCTT TGGTGGTAAT GCCACTACAA GCTTGCTTGC AGCACTTTAC 
AGTTTTATCT GTAGCATTGT GGCCGTAGCC TTACTGTATG GATTGTGTTA TGGCGCTTTA 
AAGGACTCTT GGGATGGCCA GCATATTCCA GTACTTTTCT CCATTTTTTG TGGTTTATTA 
GTGGCAGTAT CCTATCATCT CAGCCGACAA AGCAGTGATC CATCTGTACT TTTCTCTTTG 
GTGCAATCCA AGATTTTTCC AAAAACAGAA GAGAAAAATC CAGAAGACCC TCTGTCTGAA 
GTAAAAGATC CACTGCCTGA AAAACTTAGA AATTCTGTTA GTGAGCGTTT ACAGTCTGAC 
CTGGTAGTAT GCATTGTTAT TGGTGTGCTA TATTTTGCTA TTCATGTAAG CACAGTGTTC 
ACAGTATTGC AGCCTGCTCT CAAGTATGTG TTGTATGCAT TGGTTGGCTT CGTGGGTTTT 
GTAACCCATT ATGTGCTGCC TCAACTCAGA AAACAGCTGC CATGTCACTT CTTCGCCCAC 
CCTCTGCTGA AGACAGTGGA GTACAATCAG TATGAAGTTC GGAATGCAGC CACTATGATG 
TGGTTTGAGA AACTTCATGT GTGGCTTCTG TTTGTGGAGA AGAATATCAT CTACCCATTG 
ATTGTTCTCA ATGAACTTAG TAGCAGCGCA GAGACAATTG CTAGTCCAAA AAAACTGGAT 
ACAGAATTAG GTGCTTTAAT GATCACCATT GCTGGTCTGA AGTTGCTACG ATCCTCTTTT 
AGCAGCCCTA CATATCAGTA TGTCACAGTC ATCTTTACTG TGCTCTTTTT CAAAATTGAC 
TATGAAGCTT TTTCAGAGAC CATGCTGTTG GATCTCTTCT TCACGTCCAT ACTCTTCAAC 
AAGCTTTGGG AACTCCTTTA TAAATTGCAG TTTGTATACA CTTACATTGC CCCATGGCAA 
ATTGCATGGG GTTCTGCTTT CCATGCTTTT GCTCAGCCCT TTGCAGTGCC CCATTCAGCC 
ATGTTGTTTG TTCAGGCCGC TGTATCTGCC TTTTTTTCTA CTCCTCTAAA TCCCTTTCTG 
GGAAGTGCAA TATTCATCAC TTCATATGTT CGACCTGTGA AATTCTGGGA GAGAGACTAT 
AACACAAAAC GGGTGGATCA TTCAAATACC AGATTGGCTT CCCAGCTCGA TAGAAATCCA 
GGATCAGATG ACAACAATCT GAATTCCATC TTTTATGAAC ATTTAACCAG ATCCCTACAA 
CACAGTCTCT GTGGTGATTT GCTCCTAGGA CGATGGGGAA ACTACAGTAC AGGGGACTGT 
TTCATTCTTG CCTCTGACTA CCTCAATGCA TTAGTGCACC TTATTGAGAC AGGCAATGGG 
TTGGTCACTT TCCAGCTGCG GGGACTTGAG TTCAGAGGTA CTTACTGTCA ACAACGGGAA 
GTGGAGGCCA TCACTGAAGG CGTTGAAGAA GATGAAGGAT TTTGCTGTTG TGCACTTGGC 
CATATTCCTC ATGTGCTTTC ATTTAATGCT GCATTTAGCC AGCGCTGGCT AGCTTGGGAA 
GTGATAGTCA CTAAGTATAT TCTGGAGGGT TATAGTATCA CTGACAATAG TGCTGCCTCT 
ATGCTTCAAG TCTTTGATCT TCGGAAAGTA CTCACCACTT ACTATGTCAA GGGTATCATT 
TATTATGTTA CAACATCTTC TAAACTGGAG GAGTGGCTAG CCAATGAGAC AATGCAGGAA 
GGACTACGTC TGTGTACAGA TCGAAATTAT GTTGATGTGG ACCCAACATT TAATCCAAAT 
ATTGATGAAG ACTATGACCA TCGGCTGGCT GGCATATCCA GGGAGAGTTT CTGTGTGATT 
TACCTCAACT GGATAGAGTA TTGCTCTTCC CGAAGAGCAA AGGTAGAGCC ACTGGATGTA 
GACAAAGATT CATCCCTGGT GACTCTTTGT TACGGACTTT GTGTTCTGGG GCGGAGAGCT 
CTGGGGACCG CATCTCACCA TATGTCCAGT AATTTAGAGT CATTCCTCTA TGGATTGCAT 
GCCCTATTTA AGGGAGATTT CCGTATTTCT TCAATTCGAG ATGAATGGAT CTTCGCGGAC 
ATGGAATTGC TAAGGAAAGT AGTAGTCCCG GGAATCCGCA TGTCCATTAA ACTTCATCAG 
GATCATTTCA CTTCTCCAGA TGAGTATGAT GACCCTACTG TGCTCTATGA AGCCATTGTG 
TCCCATGAAA AGAACCTCGT AATAGCGCAT GAAGGGGACC CTGCATGGCG GAGTGCAGTC 
CTTGCCAACT CTCCCTCCCT TCTCGCTCTG CGGCACATCA TGGATGATGG TACCAACGAA 
TACAAGATCA TCATGCTGAA TAGACGCTAC CTGAGCTTCA GAGTCATTAA GGTTAATAAG 
GAATGTGTCC GAGGTCTTTG GGCAGGGCAA CAGCAAGAGC TTGTCTTTCT ACGTAACCGT 
AACCCAGAGA GAGGTAGCAT CCAAAACGCA AAACAAGCTC TGAGAAACAT GATAAACTCA 
TCTTGTGATC AGCCTATTGG CTACCCAATC TTTGTCTCGC CCCTGACAAC CTCTTACTCT 
GATAGCCATG AACAGCTCAA AGAAATCCTT GGGGGACCTA TCAGTTTGGG AAATATCAGA 
AACTTCATAG TGTCAACCTG GCACAGGTTA AGGAAAGGGT GTGGGGCTGG CTGTAACAGC 
GGTGGTAATA TTGAAGATTC TGACACTGGC GGTGGGATGT CCTGCACTAG TAACAATGCA 
ACAAGTGCCA GTGAGCCCCA GAGCAACGTG TCCCAGGGAA GCACTGGAAA TCCAGGGCAA 
GGGTCGGGAG CAGGACTCCA TCCACCGGTC ACATCTTATC CTCCAGCACT AGGCACTAGC 
CACAGCTCCC ACTCCGTACA GTCAAGCCTG GTCAGACAGT CCCCTGCTCG TGCCTCAGTG 
GCCAGCCAGT CTTCTTACTG CTACAGCAGC CGGCACTCGT CTCTCCGGAT GTCCACCACG 
GGATTTGTGC CTTGTCGGCG CTCCTCCACG AGTCAGATAT CGCTTCGAAA CTTACCATCC 
TCCATCCAGT CCCGCCTCTC TATGGTGAAC CAGATGGAGC CCTCCAATCA GAGCGGCATG 
GCCTGTGTGC AGCATGGCCT CCCTTCTTCC AGCAGCTCCA GCCAGAGCAT CCCAGCCTGC 
AAACATCACA CTCTCGTGGG CTTTCTTGGG ACAGAGGGAG GTCAGAGCAG TGCCACGGAC 
GCCCAGCCAG GCAACACCTT AAGTCCTGCC AATAATTCAC ACGCCAAAAG GGGGGATGTG 
ATTTACAGAG TCCAAATTGT AGATCCCAGT CAAATTCTGG ATGGGATCAA CTTGTCAAAA 
AGGAAAGAGC TGCAGTGGCC TGATGAGGGT ATTCGGTTAA AAGCTGGGAG AAACAGCTGG 
AAAGACTGGA GTCCTCAGGA GGGCATGGAA GGCCATGTGA TTCACCGATG GGTGCCTTGC 
AGCAGAGATC CAGGTACTAG ATCCCACATC GACAAGACAG TACTTCTGGT CCAGATTGAT 
GATAAATATG TGACTGTCAT TGAAACTGGG GTACTAGAAC TTGGGGCCGA AGTATGA

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

RefSeq	XP_019663073.1
CDS	1..7017
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGAAQASEEAVSFRRERSTFRRQAVRRRHNAGSNPTPPTLLVGSPLSLQDGQQGQQSTAQVKVQSRPPSQAAVLSASASLLVRNGSIHLEASHDNASAVGGSSLHDELGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKVEPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_019807514.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X4, mRNA.

Target ORF information:

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

XM_019807514.1

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGAT TCGATTGAAC AGACTGTTGA CCATTGACAC AGATTTGTTG 
GAGCAACAAG ACATTGATCT AAGCCCTGAC TTGGCAGCTA CTTATGGTCC AACAGAAGAA 
GCTGCTCAAA AGGTTAAACA CTATTATCGC TTTTGGATCT TACCCCAGCT ATGGATCGGC 
ATTAACTTTG ACAGACTCAC ACTTTTGGCC CTGTTTGATA GAAATCGTGA GATTCTGGAA 
AATGTGTTAG CTGTCATCCT GGCTATTCTT GTGGCTTTTT TGGGATCTGT TCTTCTCATA 
CAAGGCTTCT TCAGAGATAT CTGGGTCTTC CAGTTCTGCC TAGTGATAGC CAGTTGTCAA 
TACTCACTAC TTAAGAGTGT TCAACCAGAT TCTTCTTCTC CCAGACATGG CCATAATCGT 
ATCATTGCCT ACAGTAGACC AGTTTATTTC TGTTTATGTT GTGGTCTTAT TTGGCTCTTG 
GATTATGGTA GCAGAAACCT TACTACAACC AAGTTCAAAT TATATGGAAT AACATTCACT 
AATCCACTGG TGTTTATATC AGCCAGGGAT TTAGTTATAG TGTTTACACT CTGTTTCCCA 
ATAGTATTTT TCATTGGTCT CCTGCCTCAG GTGAATACAT TTGTAATGTA CCTTTGTGAG 
CAATTGGATA TTCATATCTT TGGTGGTAAT GCCACTACAA GCTTGCTTGC AGCACTTTAC 
AGTTTTATCT GTAGCATTGT GGCCGTAGCC TTACTGTATG GATTGTGTTA TGGCGCTTTA 
AAGGACTCTT GGGATGGCCA GCATATTCCA GTACTTTTCT CCATTTTTTG TGGTTTATTA 
GTGGCAGTAT CCTATCATCT CAGCCGACAA AGCAGTGATC CATCTGTACT TTTCTCTTTG 
GTGCAATCCA AGATTTTTCC AAAAACAGAA GAGAAAAATC CAGAAGACCC TCTGTCTGAA 
GTAAAAGATC CACTGCCTGA AAAACTTAGA AATTCTGTTA GTGAGCGTTT ACAGTCTGAC 
CTGGTAGTAT GCATTGTTAT TGGTGTGCTA TATTTTGCTA TTCATGTAAG CACAGTGTTC 
ACAGTATTGC AGCCTGCTCT CAAGTATGTG TTGTATGCAT TGGTTGGCTT CGTGGGTTTT 
GTAACCCATT ATGTGCTGCC TCAACTCAGA AAACAGCTGC CATGTCACTT CTTCGCCCAC 
CCTCTGCTGA AGACAGTGGA GTACAATCAG TATGAAGTTC GGAATGCAGC CACTATGATG 
TGGTTTGAGA AACTTCATGT GTGGCTTCTG TTTGTGGAGA AGAATATCAT CTACCCATTG 
ATTGTTCTCA ATGAACTTAG TAGCAGCGCA GAGACAATTG CTAGTCCAAA AAAACTGGAT 
ACAGAATTAG GTGCTTTAAT GATCACCATT GCTGGTCTGA AGTTGCTACG ATCCTCTTTT 
AGCAGCCCTA CATATCAGTA TGTCACAGTC ATCTTTACTG TGCTCTTTTT CAAAATTGAC 
TATGAAGCTT TTTCAGAGAC CATGCTGTTG GATCTCTTCT TCACGTCCAT ACTCTTCAAC 
AAGCTTTGGG AACTCCTTTA TAAATTGCAG TTTGTATACA CTTACATTGC CCCATGGCAA 
ATTGCATGGG GTTCTGCTTT CCATGCTTTT GCTCAGCCCT TTGCAGTGCC CCATTCAGCC 
ATGTTGTTTG TTCAGGCCGC TGTATCTGCC TTTTTTTCTA CTCCTCTAAA TCCCTTTCTG 
GGAAGTGCAA TATTCATCAC TTCATATGTT CGACCTGTGA AATTCTGGGA GAGAGACTAT 
AACACAAAAC GGGTGGATCA TTCAAATACC AGATTGGCTT CCCAGCTCGA TAGAAATCCA 
GGATCAGATG ACAACAATCT GAATTCCATC TTTTATGAAC ATTTAACCAG ATCCCTACAA 
CACAGTCTCT GTGGTGATTT GCTCCTAGGA CGATGGGGAA ACTACAGTAC AGGGGACTGT 
TTCATTCTTG CCTCTGACTA CCTCAATGCA TTAGTGCACC TTATTGAGAC AGGCAATGGG 
TTGGTCACTT TCCAGCTGCG GGGACTTGAG TTCAGAGGTA CTTACTGTCA ACAACGGGAA 
GTGGAGGCCA TCACTGAAGG CGTTGAAGAA GATGAAGGAT TTTGCTGTTG TGCACTTGGC 
CATATTCCTC ATGTGCTTTC ATTTAATGCT GCATTTAGCC AGCGCTGGCT AGCTTGGGAA 
GTGATAGTCA CTAAGTATAT TCTGGAGGGT TATAGTATCA CTGACAATAG TGCTGCCTCT 
ATGCTTCAAG TCTTTGATCT TCGGAAAGTA CTCACCACTT ACTATGTCAA GGGTATCATT 
TATTATGTTA CAACATCTTC TAAACTGGAG GAGTGGCTAG CCAATGAGAC AATGCAGGAA 
GGACTACGTC TGTGTACAGA TCGAAATTAT GTTGATGTGG ACCCAACATT TAATCCAAAT 
ATTGATGAAG ACTATGACCA TCGGCTGGCT GGCATATCCA GGGAGAGTTT CTGTGTGATT 
TACCTCAACT GGATAGAGTA TTGCTCTTCC CGAAGAGCAA AGGTAGAGCC ACTGGATGTA 
GACAAAGATT CATCCCTGGT GACTCTTTGT TACGGACTTT GTGTTCTGGG GCGGAGAGCT 
CTGGGGACCG CATCTCACCA TATGTCCAGT AATTTAGAGT CATTCCTCTA TGGATTGCAT 
GCCCTATTTA AGGGAGATTT CCGTATTTCT TCAATTCGAG ATGAATGGAT CTTCGCGGAC 
ATGGAATTGC TAAGGAAAGT AGTAGTCCCG GGAATCCGCA TGTCCATTAA ACTTCATCAG 
GATCATTTCA CTTCTCCAGA TGAGTATGAT GACCCTACTG TGCTCTATGA AGCCATTGTG 
TCCCATGAAA AGAACCTCGT AATAGCGCAT GAAGGGGACC CTGCATGGCG GAGTGCAGTC 
CTTGCCAACT CTCCCTCCCT TCTCGCTCTG CGGCACATCA TGGATGATGG TACCAACGAA 
TACAAGATCA TCATGCTGAA TAGACGCTAC CTGAGCTTCA GAGTCATTAA GGTTAATAAG 
GAATGTGTCC GAGGTCTTTG GGCAGGGCAA CAGCAAGAGC TTGTCTTTCT ACGTAACCGT 
AACCCAGAGA GAGGTAGCAT CCAAAACGCA AAACAAGCTC TGAGAAACAT GATAAACTCA 
TCTTGTGATC AGCCTATTGG CTACCCAATC TTTGTCTCGC CCCTGACAAC CTCTTACTCT 
GATAGCCATG AACAGCTCAA AGAAATCCTT GGGGGACCTA TCAGTTTGGG AAATATCAGA 
AACTTCATAG TGTCAACCTG GCACAGGTTA AGGAAAGGGT GTGGGGCTGG CTGTAACAGC 
GGTGGTAATA TTGAAGATTC TGACACTGGC GGTGGGATGT CCTGCACTAG TAACAATGCA 
ACAAGTGCCA GTGAGCCCCA GAGCAACGTG TCCCAGGGAA GCACTGGAAA TCCAGGGCAA 
GGGTCGGGAG CAGGACTCCA TCCACCGGTC ACATCTTATC CTCCAGCACT AGGCACTAGC 
CACAGCTCCC ACTCCGTACA GTCAAGCCTG GTCAGACAGT CCCCTGCTCG TGCCTCAGTG 
GCCAGCCAGT CTTCTTACTG CTACAGCAGC CGGCACTCGT CTCTCCGGAT GTCCACCACG 
GGATTTGTGC CTTGTCGGCG CTCCTCCACG AGTCAGATAT CGCTTCGAAA CTTACCATCC 
TCCATCCAGT CCCGCCTCTC TATGGTGAAC CAGATGGAGC CCTCCAATCA GAGCGGCATG 
GCCTGTGTGC AGCATGGCCT CCCTTCTTCC AGCAGCTCCA GCCAGAGCAT CCCAGCCTGC 
AAACATCACA CTCTCGTGGG CTTTCTTGGG ACAGAGGGAG GTCAGAGCAG TGCCACGGAC 
GCCCAGCCAG GCAACACCTT AAGTCCTGCC AATAATTCAC ACGCCAAAAG GGGGGATGTG 
ATTTACAGAG TCCAAATTGT AGATCCCAGT CAAATTCTGG ATGGGATCAA CTTGTCAAAA 
AGGAAAGAGC TGCAGTGGCC TGATGAGGGT ATTCGGTTAA AAGCTGGGAG AAACAGCTGG 
AAAGACTGGA GTCCTCAGGA GGGCATGGAA GGCCATGTGA TTCACCGATG GGTGCCTTGC 
AGCAGAGATC CAGGTACTAG ATCCCACATC GACAAGACAG TACTTCTGGT CCAGATTGAT 
GATAAATATG TGACTGTCAT TGAAACTGGG GTACTAGAAC TTGGGGCCGA AGTATGA

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

PCNX1 ( XM_019807515.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019663074.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X5, mRNA.

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CloneID	OAc98033
Clone ID Related Accession (Same CDS sequence)	XM_019807515.1
Accession Version	XM_019807515.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6714bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GGTAAGTTCT CTTCTACGCT TTATGAGACT 
GGTGGCTGTG ATATGTCACT TGTGAATCTT GAACCAGCAG CAAGAAGAGC ATCTAATATC 
TGTGACACGG ATTCTCATGT ATCCAGTTCT ACCTCAGTTC GATTTTATCC ACATGATGTG 
CTCTCTCTTC CGCAGATTCG ATTGAACAGA CTGTTGACCA TTGACACAGA TTTGTTGGAG 
CAACAAGACA TTGATCTAAG CCCTGACTTG GCAGCTACTT ATGGTCCAAC AGAAGAAGCT 
GCTCAAAAGG TTAAACACTA TTATCGCTTT TGGATCTTAC CCCAGCTATG GATCGGCATT 
AACTTTGACA GACTCACACT TTTGGCCCTG TTTGATAGAA ATCGTGAGAT TCTGGAAAAT 
GTGTTAGCTG TCATCCTGGC TATTCTTGTG GCTTTTTTGG GATCTGTTCT TCTCATACAA 
GGCTTCTTCA GAGATATCTG GGTCTTCCAG TTCTGCCTAG TGATAGCCAG TTGTCAATAC 
TCACTACTTA AGAGTGTTCA ACCAGATTCT TCTTCTCCCA GACATGGCCA TAATCGTATC 
ATTGCCTACA GTAGACCAGT TTATTTCTGT TTATGTTGTG GTCTTATTTG GCTCTTGGAT 
TATGGTAGCA GAAACCTTAC TACAACCAAG TTCAAATTAT ATGGAATAAC ATTCACTAAT 
CCACTGGTGT TTATATCAGC CAGGGATTTA GTTATAGTGT TTACACTCTG TTTCCCAATA 
GTATTTTTCA TTGGTCTCCT GCCTCAGGTG AATACATTTG TAATGTACCT TTGTGAGCAA 
TTGGATATTC ATATCTTTGG TGGTAATGCC ACTACAAGCT TGCTTGCAGC ACTTTACAGT 
TTTATCTGTA GCATTGTGGC CGTAGCCTTA CTGTATGGAT TGTGTTATGG CGCTTTAAAG 
GACTCTTGGG ATGGCCAGCA TATTCCAGTA CTTTTCTCCA TTTTTTGTGG TTTATTAGTG 
GCAGTATCCT ATCATCTCAG CCGACAAAGC AGTGATCCAT CTGTACTTTT CTCTTTGGTG 
CAATCCAAGA TTTTTCCAAA AACAGAAGAG AAAAATCCAG AAGACCCTCT GTCTGAAGTA 
AAAGATCCAC TGCCTGAAAA ACTTAGAAAT TCTGTTAGTG AGCGTTTACA GTCTGACCTG 
GTAGTATGCA TTGTTATTGG TGTGCTATAT TTTGCTATTC ATGTAAGCAC AGTGTTCACA 
GTATTGCAGC CTGCTCTCAA GTATGTGTTG TATGCATTGG TTGGCTTCGT GGGTTTTGTA 
ACCCATTATG TGCTGCCTCA ACTCAGAAAA CAGCTGCCAT GTCACTTCTT CGCCCACCCT 
CTGCTGAAGA CAGTGGAGTA CAATCAGTAT GAAGTTCGGA ATGCAGCCAC TATGATGTGG 
TTTGAGAAAC TTCATGTGTG GCTTCTGTTT GTGGAGAAGA ATATCATCTA CCCATTGATT 
GTTCTCAATG AACTTAGTAG CAGCGCAGAG ACAATTGCTA GTCCAAAAAA ACTGGATACA 
GAATTAGGTG CTTTAATGAT CACCATTGCT GGTCTGAAGT TGCTACGATC CTCTTTTAGC 
AGCCCTACAT ATCAGTATGT CACAGTCATC TTTACTGTGC TCTTTTTCAA AATTGACTAT 
GAAGCTTTTT CAGAGACCAT GCTGTTGGAT CTCTTCTTCA CGTCCATACT CTTCAACAAG 
CTTTGGGAAC TCCTTTATAA ATTGCAGTTT GTATACACTT ACATTGCCCC ATGGCAAATT 
GCATGGGGTT CTGCTTTCCA TGCTTTTGCT CAGCCCTTTG CAGTGCCCCA TTCAGCCATG 
TTGTTTGTTC AGGCCGCTGT ATCTGCCTTT TTTTCTACTC CTCTAAATCC CTTTCTGGGA 
AGTGCAATAT TCATCACTTC ATATGTTCGA CCTGTGAAAT TCTGGGAGAG AGACTATAAC 
ACAAAACGGG TGGATCATTC AAATACCAGA TTGGCTTCCC AGCTCGATAG AAATCCAGGA 
TCAGATGACA ACAATCTGAA TTCCATCTTT TATGAACATT TAACCAGATC CCTACAACAC 
AGTCTCTGTG GTGATTTGCT CCTAGGACGA TGGGGAAACT ACAGTACAGG GGACTGTTTC 
ATTCTTGCCT CTGACTACCT CAATGCATTA GTGCACCTTA TTGAGACAGG CAATGGGTTG 
GTCACTTTCC AGCTGCGGGG ACTTGAGTTC AGAGGTACTT ACTGTCAACA ACGGGAAGTG 
GAGGCCATCA CTGAAGGCGT TGAAGAAGAT GAAGGATTTT GCTGTTGTGC ACTTGGCCAT 
ATTCCTCATG TGCTTTCATT TAATGCTGCA TTTAGCCAGC GCTGGCTAGC TTGGGAAGTG 
ATAGTCACTA AGTATATTCT GGAGGGTTAT AGTATCACTG ACAATAGTGC TGCCTCTATG 
CTTCAAGTCT TTGATCTTCG GAAAGTACTC ACCACTTACT ATGTCAAGGG TATCATTTAT 
TATGTTACAA CATCTTCTAA ACTGGAGGAG TGGCTAGCCA ATGAGACAAT GCAGGAAGGA 
CTACGTCTGT GTACAGATCG AAATTATGTT GATGTGGACC CAACATTTAA TCCAAATATT 
GATGAAGACT ATGACCATCG GCTGGCTGGC ATATCCAGGG AGAGTTTCTG TGTGATTTAC 
CTCAACTGGA TAGAGTATTG CTCTTCCCGA AGAGCAAAGG TAGAGCCACT GGATGTAGAC 
AAAGATTCAT CCCTGGTGAC TCTTTGTTAC GGACTTTGTG TTCTGGGGCG GAGAGCTCTG 
GGGACCGCAT CTCACCATAT GTCCAGTAAT TTAGAGTCAT TCCTCTATGG ATTGCATGCC 
CTATTTAAGG GAGATTTCCG TATTTCTTCA ATTCGAGATG AATGGATCTT CGCGGACATG 
GAATTGCTAA GGAAAGTAGT AGTCCCGGGA ATCCGCATGT CCATTAAACT TCATCAGGAT 
CATTTCACTT CTCCAGATGA GTATGATGAC CCTACTGTGC TCTATGAAGC CATTGTGTCC 
CATGAAAAGA ACCTCGTAAT AGCGCATGAA GGGGACCCTG CATGGCGGAG TGCAGTCCTT 
GCCAACTCTC CCTCCCTTCT CGCTCTGCGG CACATCATGG ATGATGGTAC CAACGAATAC 
AAGATCATCA TGCTGAATAG ACGCTACCTG AGCTTCAGAG TCATTAAGGT TAATAAGGAA 
TGTGTCCGAG GTCTTTGGGC AGGGCAACAG CAAGAGCTTG TCTTTCTACG TAACCGTAAC 
CCAGAGAGAG GTAGCATCCA AAACGCAAAA CAAGCTCTGA GAAACATGAT AAACTCATCT 
TGTGATCAGC CTATTGGCTA CCCAATCTTT GTCTCGCCCC TGACAACCTC TTACTCTGAT 
AGCCATGAAC AGCTCAAAGA AATCCTTGGG GGACCTATCA GTTTGGGAAA TATCAGAAAC 
TTCATAGTGT CAACCTGGCA CAGGTTAAGG AAAGGGTGTG GGGCTGGCTG TAACAGCGGT 
GGTAATATTG AAGATTCTGA CACTGGCGGT GGGATGTCCT GCACTAGTAA CAATGCAACA 
AGTGCCAGTG AGCCCCAGAG CAACGTGTCC CAGGGAAGCA CTGGAAATCC AGGGCAAGGG 
TCGGGAGCAG GACTCCATCC ACCGGTCACA TCTTATCCTC CAGCACTAGG CACTAGCCAC 
AGCTCCCACT CCGTACAGTC AAGCCTGGTC AGACAGTCCC CTGCTCGTGC CTCAGTGGCC 
AGCCAGTCTT CTTACTGCTA CAGCAGCCGG CACTCGTCTC TCCGGATGTC CACCACGGGA 
TTTGTGCCTT GTCGGCGCTC CTCCACGAGT CAGATATCGC TTCGAAACTT ACCATCCTCC 
ATCCAGTCCC GCCTCTCTAT GGTGAACCAG ATGGAGCCCT CCAATCAGAG CGGCATGGCC 
TGTGTGCAGC ATGGCCTCCC TTCTTCCAGC AGCTCCAGCC AGAGCATCCC AGCCTGCAAA 
CATCACACTC TCGTGGGCTT TCTTGGGACA GAGGGAGGTC AGAGCAGTGC CACGGACGCC 
CAGCCAGGCA ACACCTTAAG TCCTGCCAAT AATTCACACG CCAAAAGGGG GGATGTGATT 
TACAGAGTCC AAATTGTAGA TCCCAGTCAA ATTCTGGATG GGATCAACTT GTCAAAAAGG 
AAAGAGCTGC AGTGGCCTGA TGAGGGTATT CGGTTAAAAG CTGGGAGAAA CAGCTGGAAA 
GACTGGAGTC CTCAGGAGGG CATGGAAGGC CATGTGATTC ACCGATGGGT GCCTTGCAGC 
AGAGATCCAG GTACTAGATC CCACATCGAC AAGACAGTAC TTCTGGTCCA GATTGATGAT 
AAATATGTGA CTGTCATTGA AACTGGGGTA CTAGAACTTG GGGCCGAAGT ATGA

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

RefSeq	XP_019663074.1
CDS	1..6714
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVLSLPQIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKVEPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_019807515.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X5, mRNA.

Target ORF information:

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

XM_019807515.1

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GGTAAGTTCT CTTCTACGCT TTATGAGACT 
GGTGGCTGTG ATATGTCACT TGTGAATCTT GAACCAGCAG CAAGAAGAGC ATCTAATATC 
TGTGACACGG ATTCTCATGT ATCCAGTTCT ACCTCAGTTC GATTTTATCC ACATGATGTG 
CTCTCTCTTC CGCAGATTCG ATTGAACAGA CTGTTGACCA TTGACACAGA TTTGTTGGAG 
CAACAAGACA TTGATCTAAG CCCTGACTTG GCAGCTACTT ATGGTCCAAC AGAAGAAGCT 
GCTCAAAAGG TTAAACACTA TTATCGCTTT TGGATCTTAC CCCAGCTATG GATCGGCATT 
AACTTTGACA GACTCACACT TTTGGCCCTG TTTGATAGAA ATCGTGAGAT TCTGGAAAAT 
GTGTTAGCTG TCATCCTGGC TATTCTTGTG GCTTTTTTGG GATCTGTTCT TCTCATACAA 
GGCTTCTTCA GAGATATCTG GGTCTTCCAG TTCTGCCTAG TGATAGCCAG TTGTCAATAC 
TCACTACTTA AGAGTGTTCA ACCAGATTCT TCTTCTCCCA GACATGGCCA TAATCGTATC 
ATTGCCTACA GTAGACCAGT TTATTTCTGT TTATGTTGTG GTCTTATTTG GCTCTTGGAT 
TATGGTAGCA GAAACCTTAC TACAACCAAG TTCAAATTAT ATGGAATAAC ATTCACTAAT 
CCACTGGTGT TTATATCAGC CAGGGATTTA GTTATAGTGT TTACACTCTG TTTCCCAATA 
GTATTTTTCA TTGGTCTCCT GCCTCAGGTG AATACATTTG TAATGTACCT TTGTGAGCAA 
TTGGATATTC ATATCTTTGG TGGTAATGCC ACTACAAGCT TGCTTGCAGC ACTTTACAGT 
TTTATCTGTA GCATTGTGGC CGTAGCCTTA CTGTATGGAT TGTGTTATGG CGCTTTAAAG 
GACTCTTGGG ATGGCCAGCA TATTCCAGTA CTTTTCTCCA TTTTTTGTGG TTTATTAGTG 
GCAGTATCCT ATCATCTCAG CCGACAAAGC AGTGATCCAT CTGTACTTTT CTCTTTGGTG 
CAATCCAAGA TTTTTCCAAA AACAGAAGAG AAAAATCCAG AAGACCCTCT GTCTGAAGTA 
AAAGATCCAC TGCCTGAAAA ACTTAGAAAT TCTGTTAGTG AGCGTTTACA GTCTGACCTG 
GTAGTATGCA TTGTTATTGG TGTGCTATAT TTTGCTATTC ATGTAAGCAC AGTGTTCACA 
GTATTGCAGC CTGCTCTCAA GTATGTGTTG TATGCATTGG TTGGCTTCGT GGGTTTTGTA 
ACCCATTATG TGCTGCCTCA ACTCAGAAAA CAGCTGCCAT GTCACTTCTT CGCCCACCCT 
CTGCTGAAGA CAGTGGAGTA CAATCAGTAT GAAGTTCGGA ATGCAGCCAC TATGATGTGG 
TTTGAGAAAC TTCATGTGTG GCTTCTGTTT GTGGAGAAGA ATATCATCTA CCCATTGATT 
GTTCTCAATG AACTTAGTAG CAGCGCAGAG ACAATTGCTA GTCCAAAAAA ACTGGATACA 
GAATTAGGTG CTTTAATGAT CACCATTGCT GGTCTGAAGT TGCTACGATC CTCTTTTAGC 
AGCCCTACAT ATCAGTATGT CACAGTCATC TTTACTGTGC TCTTTTTCAA AATTGACTAT 
GAAGCTTTTT CAGAGACCAT GCTGTTGGAT CTCTTCTTCA CGTCCATACT CTTCAACAAG 
CTTTGGGAAC TCCTTTATAA ATTGCAGTTT GTATACACTT ACATTGCCCC ATGGCAAATT 
GCATGGGGTT CTGCTTTCCA TGCTTTTGCT CAGCCCTTTG CAGTGCCCCA TTCAGCCATG 
TTGTTTGTTC AGGCCGCTGT ATCTGCCTTT TTTTCTACTC CTCTAAATCC CTTTCTGGGA 
AGTGCAATAT TCATCACTTC ATATGTTCGA CCTGTGAAAT TCTGGGAGAG AGACTATAAC 
ACAAAACGGG TGGATCATTC AAATACCAGA TTGGCTTCCC AGCTCGATAG AAATCCAGGA 
TCAGATGACA ACAATCTGAA TTCCATCTTT TATGAACATT TAACCAGATC CCTACAACAC 
AGTCTCTGTG GTGATTTGCT CCTAGGACGA TGGGGAAACT ACAGTACAGG GGACTGTTTC 
ATTCTTGCCT CTGACTACCT CAATGCATTA GTGCACCTTA TTGAGACAGG CAATGGGTTG 
GTCACTTTCC AGCTGCGGGG ACTTGAGTTC AGAGGTACTT ACTGTCAACA ACGGGAAGTG 
GAGGCCATCA CTGAAGGCGT TGAAGAAGAT GAAGGATTTT GCTGTTGTGC ACTTGGCCAT 
ATTCCTCATG TGCTTTCATT TAATGCTGCA TTTAGCCAGC GCTGGCTAGC TTGGGAAGTG 
ATAGTCACTA AGTATATTCT GGAGGGTTAT AGTATCACTG ACAATAGTGC TGCCTCTATG 
CTTCAAGTCT TTGATCTTCG GAAAGTACTC ACCACTTACT ATGTCAAGGG TATCATTTAT 
TATGTTACAA CATCTTCTAA ACTGGAGGAG TGGCTAGCCA ATGAGACAAT GCAGGAAGGA 
CTACGTCTGT GTACAGATCG AAATTATGTT GATGTGGACC CAACATTTAA TCCAAATATT 
GATGAAGACT ATGACCATCG GCTGGCTGGC ATATCCAGGG AGAGTTTCTG TGTGATTTAC 
CTCAACTGGA TAGAGTATTG CTCTTCCCGA AGAGCAAAGG TAGAGCCACT GGATGTAGAC 
AAAGATTCAT CCCTGGTGAC TCTTTGTTAC GGACTTTGTG TTCTGGGGCG GAGAGCTCTG 
GGGACCGCAT CTCACCATAT GTCCAGTAAT TTAGAGTCAT TCCTCTATGG ATTGCATGCC 
CTATTTAAGG GAGATTTCCG TATTTCTTCA ATTCGAGATG AATGGATCTT CGCGGACATG 
GAATTGCTAA GGAAAGTAGT AGTCCCGGGA ATCCGCATGT CCATTAAACT TCATCAGGAT 
CATTTCACTT CTCCAGATGA GTATGATGAC CCTACTGTGC TCTATGAAGC CATTGTGTCC 
CATGAAAAGA ACCTCGTAAT AGCGCATGAA GGGGACCCTG CATGGCGGAG TGCAGTCCTT 
GCCAACTCTC CCTCCCTTCT CGCTCTGCGG CACATCATGG ATGATGGTAC CAACGAATAC 
AAGATCATCA TGCTGAATAG ACGCTACCTG AGCTTCAGAG TCATTAAGGT TAATAAGGAA 
TGTGTCCGAG GTCTTTGGGC AGGGCAACAG CAAGAGCTTG TCTTTCTACG TAACCGTAAC 
CCAGAGAGAG GTAGCATCCA AAACGCAAAA CAAGCTCTGA GAAACATGAT AAACTCATCT 
TGTGATCAGC CTATTGGCTA CCCAATCTTT GTCTCGCCCC TGACAACCTC TTACTCTGAT 
AGCCATGAAC AGCTCAAAGA AATCCTTGGG GGACCTATCA GTTTGGGAAA TATCAGAAAC 
TTCATAGTGT CAACCTGGCA CAGGTTAAGG AAAGGGTGTG GGGCTGGCTG TAACAGCGGT 
GGTAATATTG AAGATTCTGA CACTGGCGGT GGGATGTCCT GCACTAGTAA CAATGCAACA 
AGTGCCAGTG AGCCCCAGAG CAACGTGTCC CAGGGAAGCA CTGGAAATCC AGGGCAAGGG 
TCGGGAGCAG GACTCCATCC ACCGGTCACA TCTTATCCTC CAGCACTAGG CACTAGCCAC 
AGCTCCCACT CCGTACAGTC AAGCCTGGTC AGACAGTCCC CTGCTCGTGC CTCAGTGGCC 
AGCCAGTCTT CTTACTGCTA CAGCAGCCGG CACTCGTCTC TCCGGATGTC CACCACGGGA 
TTTGTGCCTT GTCGGCGCTC CTCCACGAGT CAGATATCGC TTCGAAACTT ACCATCCTCC 
ATCCAGTCCC GCCTCTCTAT GGTGAACCAG ATGGAGCCCT CCAATCAGAG CGGCATGGCC 
TGTGTGCAGC ATGGCCTCCC TTCTTCCAGC AGCTCCAGCC AGAGCATCCC AGCCTGCAAA 
CATCACACTC TCGTGGGCTT TCTTGGGACA GAGGGAGGTC AGAGCAGTGC CACGGACGCC 
CAGCCAGGCA ACACCTTAAG TCCTGCCAAT AATTCACACG CCAAAAGGGG GGATGTGATT 
TACAGAGTCC AAATTGTAGA TCCCAGTCAA ATTCTGGATG GGATCAACTT GTCAAAAAGG 
AAAGAGCTGC AGTGGCCTGA TGAGGGTATT CGGTTAAAAG CTGGGAGAAA CAGCTGGAAA 
GACTGGAGTC CTCAGGAGGG CATGGAAGGC CATGTGATTC ACCGATGGGT GCCTTGCAGC 
AGAGATCCAG GTACTAGATC CCACATCGAC AAGACAGTAC TTCTGGTCCA GATTGATGAT 
AAATATGTGA CTGTCATTGA AACTGGGGTA CTAGAACTTG GGGCCGAAGT ATGA

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

PCNX1 ( XM_002926749.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002926795.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X3, mRNA.

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CloneID	OAc13852
Clone ID Related Accession (Same CDS sequence)	XM_002926749.3
Accession Version	XM_002926749.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7026bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002926749.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGCT CTCTCTTCCG CAGATTCGAT TGAACAGACT GTTGACCATT 
GACACAGATT TGTTGGAGCA ACAAGACATT GATCTAAGCC CTGACTTGGC AGCTACTTAT 
GGTCCAACAG AAGAAGCTGC TCAAAAGGTT AAACACTATT ATCGCTTTTG GATCTTACCC 
CAGCTATGGA TCGGCATTAA CTTTGACAGA CTCACACTTT TGGCCCTGTT TGATAGAAAT 
CGTGAGATTC TGGAAAATGT GTTAGCTGTC ATCCTGGCTA TTCTTGTGGC TTTTTTGGGA 
TCTGTTCTTC TCATACAAGG CTTCTTCAGA GATATCTGGG TCTTCCAGTT CTGCCTAGTG 
ATAGCCAGTT GTCAATACTC ACTACTTAAG AGTGTTCAAC CAGATTCTTC TTCTCCCAGA 
CATGGCCATA ATCGTATCAT TGCCTACAGT AGACCAGTTT ATTTCTGTTT ATGTTGTGGT 
CTTATTTGGC TCTTGGATTA TGGTAGCAGA AACCTTACTA CAACCAAGTT CAAATTATAT 
GGAATAACAT TCACTAATCC ACTGGTGTTT ATATCAGCCA GGGATTTAGT TATAGTGTTT 
ACACTCTGTT TCCCAATAGT ATTTTTCATT GGTCTCCTGC CTCAGGTGAA TACATTTGTA 
ATGTACCTTT GTGAGCAATT GGATATTCAT ATCTTTGGTG GTAATGCCAC TACAAGCTTG 
CTTGCAGCAC TTTACAGTTT TATCTGTAGC ATTGTGGCCG TAGCCTTACT GTATGGATTG 
TGTTATGGCG CTTTAAAGGA CTCTTGGGAT GGCCAGCATA TTCCAGTACT TTTCTCCATT 
TTTTGTGGTT TATTAGTGGC AGTATCCTAT CATCTCAGCC GACAAAGCAG TGATCCATCT 
GTACTTTTCT CTTTGGTGCA ATCCAAGATT TTTCCAAAAA CAGAAGAGAA AAATCCAGAA 
GACCCTCTGT CTGAAGTAAA AGATCCACTG CCTGAAAAAC TTAGAAATTC TGTTAGTGAG 
CGTTTACAGT CTGACCTGGT AGTATGCATT GTTATTGGTG TGCTATATTT TGCTATTCAT 
GTAAGCACAG TGTTCACAGT ATTGCAGCCT GCTCTCAAGT ATGTGTTGTA TGCATTGGTT 
GGCTTCGTGG GTTTTGTAAC CCATTATGTG CTGCCTCAAC TCAGAAAACA GCTGCCATGT 
CACTTCTTCG CCCACCCTCT GCTGAAGACA GTGGAGTACA ATCAGTATGA AGTTCGGAAT 
GCAGCCACTA TGATGTGGTT TGAGAAACTT CATGTGTGGC TTCTGTTTGT GGAGAAGAAT 
ATCATCTACC CATTGATTGT TCTCAATGAA CTTAGTAGCA GCGCAGAGAC AATTGCTAGT 
CCAAAAAAAC TGGATACAGA ATTAGGTGCT TTAATGATCA CCATTGCTGG TCTGAAGTTG 
CTACGATCCT CTTTTAGCAG CCCTACATAT CAGTATGTCA CAGTCATCTT TACTGTGCTC 
TTTTTCAAAA TTGACTATGA AGCTTTTTCA GAGACCATGC TGTTGGATCT CTTCTTCACG 
TCCATACTCT TCAACAAGCT TTGGGAACTC CTTTATAAAT TGCAGTTTGT ATACACTTAC 
ATTGCCCCAT GGCAAATTGC ATGGGGTTCT GCTTTCCATG CTTTTGCTCA GCCCTTTGCA 
GTGCCCCATT CAGCCATGTT GTTTGTTCAG GCCGCTGTAT CTGCCTTTTT TTCTACTCCT 
CTAAATCCCT TTCTGGGAAG TGCAATATTC ATCACTTCAT ATGTTCGACC TGTGAAATTC 
TGGGAGAGAG ACTATAACAC AAAACGGGTG GATCATTCAA ATACCAGATT GGCTTCCCAG 
CTCGATAGAA ATCCAGGATC AGATGACAAC AATCTGAATT CCATCTTTTA TGAACATTTA 
ACCAGATCCC TACAACACAG TCTCTGTGGT GATTTGCTCC TAGGACGATG GGGAAACTAC 
AGTACAGGGG ACTGTTTCAT TCTTGCCTCT GACTACCTCA ATGCATTAGT GCACCTTATT 
GAGACAGGCA ATGGGTTGGT CACTTTCCAG CTGCGGGGAC TTGAGTTCAG AGGTACTTAC 
TGTCAACAAC GGGAAGTGGA GGCCATCACT GAAGGCGTTG AAGAAGATGA AGGATTTTGC 
TGTTGTGCAC TTGGCCATAT TCCTCATGTG CTTTCATTTA ATGCTGCATT TAGCCAGCGC 
TGGCTAGCTT GGGAAGTGAT AGTCACTAAG TATATTCTGG AGGGTTATAG TATCACTGAC 
AATAGTGCTG CCTCTATGCT TCAAGTCTTT GATCTTCGGA AAGTACTCAC CACTTACTAT 
GTCAAGGGTA TCATTTATTA TGTTACAACA TCTTCTAAAC TGGAGGAGTG GCTAGCCAAT 
GAGACAATGC AGGAAGGACT ACGTCTGTGT ACAGATCGAA ATTATGTTGA TGTGGACCCA 
ACATTTAATC CAAATATTGA TGAAGACTAT GACCATCGGC TGGCTGGCAT ATCCAGGGAG 
AGTTTCTGTG TGATTTACCT CAACTGGATA GAGTATTGCT CTTCCCGAAG AGCAAAGCCA 
CTGGATGTAG ACAAAGATTC ATCCCTGGTG ACTCTTTGTT ACGGACTTTG TGTTCTGGGG 
CGGAGAGCTC TGGGGACCGC ATCTCACCAT ATGTCCAGTA ATTTAGAGTC ATTCCTCTAT 
GGATTGCATG CCCTATTTAA GGGAGATTTC CGTATTTCTT CAATTCGAGA TGAATGGATC 
TTCGCGGACA TGGAATTGCT AAGGAAAGTA GTAGTCCCGG GAATCCGCAT GTCCATTAAA 
CTTCATCAGG ATCATTTCAC TTCTCCAGAT GAGTATGATG ACCCTACTGT GCTCTATGAA 
GCCATTGTGT CCCATGAAAA GAACCTCGTA ATAGCGCATG AAGGGGACCC TGCATGGCGG 
AGTGCAGTCC TTGCCAACTC TCCCTCCCTT CTCGCTCTGC GGCACATCAT GGATGATGGT 
ACCAACGAAT ACAAGATCAT CATGCTGAAT AGACGCTACC TGAGCTTCAG AGTCATTAAG 
GTTAATAAGG AATGTGTCCG AGGTCTTTGG GCAGGGCAAC AGCAAGAGCT TGTCTTTCTA 
CGTAACCGTA ACCCAGAGAG AGGTAGCATC CAAAACGCAA AACAAGCTCT GAGAAACATG 
ATAAACTCAT CTTGTGATCA GCCTATTGGC TACCCAATCT TTGTCTCGCC CCTGACAACC 
TCTTACTCTG ATAGCCATGA ACAGCTCAAA GAAATCCTTG GGGGACCTAT CAGTTTGGGA 
AATATCAGAA ACTTCATAGT GTCAACCTGG CACAGGTTAA GGAAAGGGTG TGGGGCTGGC 
TGTAACAGCG GTGGTAATAT TGAAGATTCT GACACTGGCG GTGGGATGTC CTGCACTAGT 
AACAATGCAA CAAGTGCCAG TGAGCCCCAG AGCAACGTGT CCCAGGGAAG CACTGGAAAT 
CCAGGGCAAG GGTCGGGAGC AGGACTCCAT CCACCGGTCA CATCTTATCC TCCAGCACTA 
GGCACTAGCC ACAGCTCCCA CTCCGTACAG TCAAGCCTGG TCAGACAGTC CCCTGCTCGT 
GCCTCAGTGG CCAGCCAGTC TTCTTACTGC TACAGCAGCC GGCACTCGTC TCTCCGGATG 
TCCACCACGG GATTTGTGCC TTGTCGGCGC TCCTCCACGA GTCAGATATC GCTTCGAAAC 
TTACCATCCT CCATCCAGTC CCGCCTCTCT ATGGTGAACC AGATGGAGCC CTCCAATCAG 
AGCGGCATGG CCTGTGTGCA GCATGGCCTC CCTTCTTCCA GCAGCTCCAG CCAGAGCATC 
CCAGCCTGCA AACATCACAC TCTCGTGGGC TTTCTTGGGA CAGAGGGAGG TCAGAGCAGT 
GCCACGGACG CCCAGCCAGG CAACACCTTA AGTCCTGCCA ATAATTCACA CGCCAAAAGG 
GGGGATGTGA TTTACAGAGT CCAAATTGTA GATCCCAGTC AAATTCTGGA TGGGATCAAC 
TTGTCAAAAA GGAAAGAGCT GCAGTGGCCT GATGAGGGTA TTCGGTTAAA AGCTGGGAGA 
AACAGCTGGA AAGACTGGAG TCCTCAGGAG GGCATGGAAG GCCATGTGAT TCACCGATGG 
GTGCCTTGCA GCAGAGATCC AGGTACTAGA TCCCACATCG ACAAGACAGT ACTTCTGGTC 
CAGATTGATG ATAAATATGT GACTGTCATT GAAACTGGGG TACTAGAACT TGGGGCCGAA 
GTATGA

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

RefSeq	XP_002926795.1
CDS	1..7026
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGAAQASEEAVSFRRERSTFRRQAVRRRHNAGSNPTPPTLLVGSPLSLQDGQQGQQSTAQVKVQSRPPSQAAVLSASASLLVRNGSIHLEASHDNASAVGGSSLHDELGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVLSLPQIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_002926749.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X3, mRNA.

Target ORF information:

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

XM_002926749.3

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GCAGCACAGG CCAGCGAGGA GGCAGTGTCA 
TTTCGCCGTG AACGCAGCAC ATTTAGGCGC CAGGCAGTAC GGCGCCGGCA CAATGCAGGG 
AGTAACCCTA CCCCTCCTAC ATTGCTCGTC GGATCACCCC TAAGCCTTCA AGATGGTCAG 
CAAGGCCAGC AGTCCACAGC CCAGGTCAAA GTCCAGTCCC GCCCCCCTTC CCAGGCTGCA 
GTGCTCAGTG CTAGTGCCTC CTTGCTGGTG AGAAATGGGA GTATCCACTT AGAAGCCTCA 
CATGACAATG CATCTGCTGT AGGCGGCAGC AGTTTGCACG ATGAACTTGG TAAGTTCTCT 
TCTACGCTTT ATGAGACTGG TGGCTGTGAT ATGTCACTTG TGAATCTTGA ACCAGCAGCA 
AGAAGAGCAT CTAATATCTG TGACACGGAT TCTCATGTAT CCAGTTCTAC CTCAGTTCGA 
TTTTATCCAC ATGATGTGCT CTCTCTTCCG CAGATTCGAT TGAACAGACT GTTGACCATT 
GACACAGATT TGTTGGAGCA ACAAGACATT GATCTAAGCC CTGACTTGGC AGCTACTTAT 
GGTCCAACAG AAGAAGCTGC TCAAAAGGTT AAACACTATT ATCGCTTTTG GATCTTACCC 
CAGCTATGGA TCGGCATTAA CTTTGACAGA CTCACACTTT TGGCCCTGTT TGATAGAAAT 
CGTGAGATTC TGGAAAATGT GTTAGCTGTC ATCCTGGCTA TTCTTGTGGC TTTTTTGGGA 
TCTGTTCTTC TCATACAAGG CTTCTTCAGA GATATCTGGG TCTTCCAGTT CTGCCTAGTG 
ATAGCCAGTT GTCAATACTC ACTACTTAAG AGTGTTCAAC CAGATTCTTC TTCTCCCAGA 
CATGGCCATA ATCGTATCAT TGCCTACAGT AGACCAGTTT ATTTCTGTTT ATGTTGTGGT 
CTTATTTGGC TCTTGGATTA TGGTAGCAGA AACCTTACTA CAACCAAGTT CAAATTATAT 
GGAATAACAT TCACTAATCC ACTGGTGTTT ATATCAGCCA GGGATTTAGT TATAGTGTTT 
ACACTCTGTT TCCCAATAGT ATTTTTCATT GGTCTCCTGC CTCAGGTGAA TACATTTGTA 
ATGTACCTTT GTGAGCAATT GGATATTCAT ATCTTTGGTG GTAATGCCAC TACAAGCTTG 
CTTGCAGCAC TTTACAGTTT TATCTGTAGC ATTGTGGCCG TAGCCTTACT GTATGGATTG 
TGTTATGGCG CTTTAAAGGA CTCTTGGGAT GGCCAGCATA TTCCAGTACT TTTCTCCATT 
TTTTGTGGTT TATTAGTGGC AGTATCCTAT CATCTCAGCC GACAAAGCAG TGATCCATCT 
GTACTTTTCT CTTTGGTGCA ATCCAAGATT TTTCCAAAAA CAGAAGAGAA AAATCCAGAA 
GACCCTCTGT CTGAAGTAAA AGATCCACTG CCTGAAAAAC TTAGAAATTC TGTTAGTGAG 
CGTTTACAGT CTGACCTGGT AGTATGCATT GTTATTGGTG TGCTATATTT TGCTATTCAT 
GTAAGCACAG TGTTCACAGT ATTGCAGCCT GCTCTCAAGT ATGTGTTGTA TGCATTGGTT 
GGCTTCGTGG GTTTTGTAAC CCATTATGTG CTGCCTCAAC TCAGAAAACA GCTGCCATGT 
CACTTCTTCG CCCACCCTCT GCTGAAGACA GTGGAGTACA ATCAGTATGA AGTTCGGAAT 
GCAGCCACTA TGATGTGGTT TGAGAAACTT CATGTGTGGC TTCTGTTTGT GGAGAAGAAT 
ATCATCTACC CATTGATTGT TCTCAATGAA CTTAGTAGCA GCGCAGAGAC AATTGCTAGT 
CCAAAAAAAC TGGATACAGA ATTAGGTGCT TTAATGATCA CCATTGCTGG TCTGAAGTTG 
CTACGATCCT CTTTTAGCAG CCCTACATAT CAGTATGTCA CAGTCATCTT TACTGTGCTC 
TTTTTCAAAA TTGACTATGA AGCTTTTTCA GAGACCATGC TGTTGGATCT CTTCTTCACG 
TCCATACTCT TCAACAAGCT TTGGGAACTC CTTTATAAAT TGCAGTTTGT ATACACTTAC 
ATTGCCCCAT GGCAAATTGC ATGGGGTTCT GCTTTCCATG CTTTTGCTCA GCCCTTTGCA 
GTGCCCCATT CAGCCATGTT GTTTGTTCAG GCCGCTGTAT CTGCCTTTTT TTCTACTCCT 
CTAAATCCCT TTCTGGGAAG TGCAATATTC ATCACTTCAT ATGTTCGACC TGTGAAATTC 
TGGGAGAGAG ACTATAACAC AAAACGGGTG GATCATTCAA ATACCAGATT GGCTTCCCAG 
CTCGATAGAA ATCCAGGATC AGATGACAAC AATCTGAATT CCATCTTTTA TGAACATTTA 
ACCAGATCCC TACAACACAG TCTCTGTGGT GATTTGCTCC TAGGACGATG GGGAAACTAC 
AGTACAGGGG ACTGTTTCAT TCTTGCCTCT GACTACCTCA ATGCATTAGT GCACCTTATT 
GAGACAGGCA ATGGGTTGGT CACTTTCCAG CTGCGGGGAC TTGAGTTCAG AGGTACTTAC 
TGTCAACAAC GGGAAGTGGA GGCCATCACT GAAGGCGTTG AAGAAGATGA AGGATTTTGC 
TGTTGTGCAC TTGGCCATAT TCCTCATGTG CTTTCATTTA ATGCTGCATT TAGCCAGCGC 
TGGCTAGCTT GGGAAGTGAT AGTCACTAAG TATATTCTGG AGGGTTATAG TATCACTGAC 
AATAGTGCTG CCTCTATGCT TCAAGTCTTT GATCTTCGGA AAGTACTCAC CACTTACTAT 
GTCAAGGGTA TCATTTATTA TGTTACAACA TCTTCTAAAC TGGAGGAGTG GCTAGCCAAT 
GAGACAATGC AGGAAGGACT ACGTCTGTGT ACAGATCGAA ATTATGTTGA TGTGGACCCA 
ACATTTAATC CAAATATTGA TGAAGACTAT GACCATCGGC TGGCTGGCAT ATCCAGGGAG 
AGTTTCTGTG TGATTTACCT CAACTGGATA GAGTATTGCT CTTCCCGAAG AGCAAAGCCA 
CTGGATGTAG ACAAAGATTC ATCCCTGGTG ACTCTTTGTT ACGGACTTTG TGTTCTGGGG 
CGGAGAGCTC TGGGGACCGC ATCTCACCAT ATGTCCAGTA ATTTAGAGTC ATTCCTCTAT 
GGATTGCATG CCCTATTTAA GGGAGATTTC CGTATTTCTT CAATTCGAGA TGAATGGATC 
TTCGCGGACA TGGAATTGCT AAGGAAAGTA GTAGTCCCGG GAATCCGCAT GTCCATTAAA 
CTTCATCAGG ATCATTTCAC TTCTCCAGAT GAGTATGATG ACCCTACTGT GCTCTATGAA 
GCCATTGTGT CCCATGAAAA GAACCTCGTA ATAGCGCATG AAGGGGACCC TGCATGGCGG 
AGTGCAGTCC TTGCCAACTC TCCCTCCCTT CTCGCTCTGC GGCACATCAT GGATGATGGT 
ACCAACGAAT ACAAGATCAT CATGCTGAAT AGACGCTACC TGAGCTTCAG AGTCATTAAG 
GTTAATAAGG AATGTGTCCG AGGTCTTTGG GCAGGGCAAC AGCAAGAGCT TGTCTTTCTA 
CGTAACCGTA ACCCAGAGAG AGGTAGCATC CAAAACGCAA AACAAGCTCT GAGAAACATG 
ATAAACTCAT CTTGTGATCA GCCTATTGGC TACCCAATCT TTGTCTCGCC CCTGACAACC 
TCTTACTCTG ATAGCCATGA ACAGCTCAAA GAAATCCTTG GGGGACCTAT CAGTTTGGGA 
AATATCAGAA ACTTCATAGT GTCAACCTGG CACAGGTTAA GGAAAGGGTG TGGGGCTGGC 
TGTAACAGCG GTGGTAATAT TGAAGATTCT GACACTGGCG GTGGGATGTC CTGCACTAGT 
AACAATGCAA CAAGTGCCAG TGAGCCCCAG AGCAACGTGT CCCAGGGAAG CACTGGAAAT 
CCAGGGCAAG GGTCGGGAGC AGGACTCCAT CCACCGGTCA CATCTTATCC TCCAGCACTA 
GGCACTAGCC ACAGCTCCCA CTCCGTACAG TCAAGCCTGG TCAGACAGTC CCCTGCTCGT 
GCCTCAGTGG CCAGCCAGTC TTCTTACTGC TACAGCAGCC GGCACTCGTC TCTCCGGATG 
TCCACCACGG GATTTGTGCC TTGTCGGCGC TCCTCCACGA GTCAGATATC GCTTCGAAAC 
TTACCATCCT CCATCCAGTC CCGCCTCTCT ATGGTGAACC AGATGGAGCC CTCCAATCAG 
AGCGGCATGG CCTGTGTGCA GCATGGCCTC CCTTCTTCCA GCAGCTCCAG CCAGAGCATC 
CCAGCCTGCA AACATCACAC TCTCGTGGGC TTTCTTGGGA CAGAGGGAGG TCAGAGCAGT 
GCCACGGACG CCCAGCCAGG CAACACCTTA AGTCCTGCCA ATAATTCACA CGCCAAAAGG 
GGGGATGTGA TTTACAGAGT CCAAATTGTA GATCCCAGTC AAATTCTGGA TGGGATCAAC 
TTGTCAAAAA GGAAAGAGCT GCAGTGGCCT GATGAGGGTA TTCGGTTAAA AGCTGGGAGA 
AACAGCTGGA AAGACTGGAG TCCTCAGGAG GGCATGGAAG GCCATGTGAT TCACCGATGG 
GTGCCTTGCA GCAGAGATCC AGGTACTAGA TCCCACATCG ACAAGACAGT ACTTCTGGTC 
CAGATTGATG ATAAATATGT GACTGTCATT GAAACTGGGG TACTAGAACT TGGGGCCGAA 
GTATGA

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

PCNX1 ( XM_011234222.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011232524.1 Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X6, mRNA.

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CloneID	OAc23573
Clone ID Related Accession (Same CDS sequence)	XM_011234222.2
Accession Version	XM_011234222.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6693bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	pecanex-like protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218439.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011234222.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GGTAAGTTCT CTTCTACGCT TTATGAGACT 
GGTGGCTGTG ATATGTCACT TGTGAATCTT GAACCAGCAG CAAGAAGAGC ATCTAATATC 
TGTGACACGG ATTCTCATGT ATCCAGTTCT ACCTCAGTTC GATTTTATCC ACATGATGTG 
ATTCGATTGA ACAGACTGTT GACCATTGAC ACAGATTTGT TGGAGCAACA AGACATTGAT 
CTAAGCCCTG ACTTGGCAGC TACTTATGGT CCAACAGAAG AAGCTGCTCA AAAGGTTAAA 
CACTATTATC GCTTTTGGAT CTTACCCCAG CTATGGATCG GCATTAACTT TGACAGACTC 
ACACTTTTGG CCCTGTTTGA TAGAAATCGT GAGATTCTGG AAAATGTGTT AGCTGTCATC 
CTGGCTATTC TTGTGGCTTT TTTGGGATCT GTTCTTCTCA TACAAGGCTT CTTCAGAGAT 
ATCTGGGTCT TCCAGTTCTG CCTAGTGATA GCCAGTTGTC AATACTCACT ACTTAAGAGT 
GTTCAACCAG ATTCTTCTTC TCCCAGACAT GGCCATAATC GTATCATTGC CTACAGTAGA 
CCAGTTTATT TCTGTTTATG TTGTGGTCTT ATTTGGCTCT TGGATTATGG TAGCAGAAAC 
CTTACTACAA CCAAGTTCAA ATTATATGGA ATAACATTCA CTAATCCACT GGTGTTTATA 
TCAGCCAGGG ATTTAGTTAT AGTGTTTACA CTCTGTTTCC CAATAGTATT TTTCATTGGT 
CTCCTGCCTC AGGTGAATAC ATTTGTAATG TACCTTTGTG AGCAATTGGA TATTCATATC 
TTTGGTGGTA ATGCCACTAC AAGCTTGCTT GCAGCACTTT ACAGTTTTAT CTGTAGCATT 
GTGGCCGTAG CCTTACTGTA TGGATTGTGT TATGGCGCTT TAAAGGACTC TTGGGATGGC 
CAGCATATTC CAGTACTTTT CTCCATTTTT TGTGGTTTAT TAGTGGCAGT ATCCTATCAT 
CTCAGCCGAC AAAGCAGTGA TCCATCTGTA CTTTTCTCTT TGGTGCAATC CAAGATTTTT 
CCAAAAACAG AAGAGAAAAA TCCAGAAGAC CCTCTGTCTG AAGTAAAAGA TCCACTGCCT 
GAAAAACTTA GAAATTCTGT TAGTGAGCGT TTACAGTCTG ACCTGGTAGT ATGCATTGTT 
ATTGGTGTGC TATATTTTGC TATTCATGTA AGCACAGTGT TCACAGTATT GCAGCCTGCT 
CTCAAGTATG TGTTGTATGC ATTGGTTGGC TTCGTGGGTT TTGTAACCCA TTATGTGCTG 
CCTCAACTCA GAAAACAGCT GCCATGTCAC TTCTTCGCCC ACCCTCTGCT GAAGACAGTG 
GAGTACAATC AGTATGAAGT TCGGAATGCA GCCACTATGA TGTGGTTTGA GAAACTTCAT 
GTGTGGCTTC TGTTTGTGGA GAAGAATATC ATCTACCCAT TGATTGTTCT CAATGAACTT 
AGTAGCAGCG CAGAGACAAT TGCTAGTCCA AAAAAACTGG ATACAGAATT AGGTGCTTTA 
ATGATCACCA TTGCTGGTCT GAAGTTGCTA CGATCCTCTT TTAGCAGCCC TACATATCAG 
TATGTCACAG TCATCTTTAC TGTGCTCTTT TTCAAAATTG ACTATGAAGC TTTTTCAGAG 
ACCATGCTGT TGGATCTCTT CTTCACGTCC ATACTCTTCA ACAAGCTTTG GGAACTCCTT 
TATAAATTGC AGTTTGTATA CACTTACATT GCCCCATGGC AAATTGCATG GGGTTCTGCT 
TTCCATGCTT TTGCTCAGCC CTTTGCAGTG CCCCATTCAG CCATGTTGTT TGTTCAGGCC 
GCTGTATCTG CCTTTTTTTC TACTCCTCTA AATCCCTTTC TGGGAAGTGC AATATTCATC 
ACTTCATATG TTCGACCTGT GAAATTCTGG GAGAGAGACT ATAACACAAA ACGGGTGGAT 
CATTCAAATA CCAGATTGGC TTCCCAGCTC GATAGAAATC CAGGATCAGA TGACAACAAT 
CTGAATTCCA TCTTTTATGA ACATTTAACC AGATCCCTAC AACACAGTCT CTGTGGTGAT 
TTGCTCCTAG GACGATGGGG AAACTACAGT ACAGGGGACT GTTTCATTCT TGCCTCTGAC 
TACCTCAATG CATTAGTGCA CCTTATTGAG ACAGGCAATG GGTTGGTCAC TTTCCAGCTG 
CGGGGACTTG AGTTCAGAGG TACTTACTGT CAACAACGGG AAGTGGAGGC CATCACTGAA 
GGCGTTGAAG AAGATGAAGG ATTTTGCTGT TGTGCACTTG GCCATATTCC TCATGTGCTT 
TCATTTAATG CTGCATTTAG CCAGCGCTGG CTAGCTTGGG AAGTGATAGT CACTAAGTAT 
ATTCTGGAGG GTTATAGTAT CACTGACAAT AGTGCTGCCT CTATGCTTCA AGTCTTTGAT 
CTTCGGAAAG TACTCACCAC TTACTATGTC AAGGGTATCA TTTATTATGT TACAACATCT 
TCTAAACTGG AGGAGTGGCT AGCCAATGAG ACAATGCAGG AAGGACTACG TCTGTGTACA 
GATCGAAATT ATGTTGATGT GGACCCAACA TTTAATCCAA ATATTGATGA AGACTATGAC 
CATCGGCTGG CTGGCATATC CAGGGAGAGT TTCTGTGTGA TTTACCTCAA CTGGATAGAG 
TATTGCTCTT CCCGAAGAGC AAAGCCACTG GATGTAGACA AAGATTCATC CCTGGTGACT 
CTTTGTTACG GACTTTGTGT TCTGGGGCGG AGAGCTCTGG GGACCGCATC TCACCATATG 
TCCAGTAATT TAGAGTCATT CCTCTATGGA TTGCATGCCC TATTTAAGGG AGATTTCCGT 
ATTTCTTCAA TTCGAGATGA ATGGATCTTC GCGGACATGG AATTGCTAAG GAAAGTAGTA 
GTCCCGGGAA TCCGCATGTC CATTAAACTT CATCAGGATC ATTTCACTTC TCCAGATGAG 
TATGATGACC CTACTGTGCT CTATGAAGCC ATTGTGTCCC ATGAAAAGAA CCTCGTAATA 
GCGCATGAAG GGGACCCTGC ATGGCGGAGT GCAGTCCTTG CCAACTCTCC CTCCCTTCTC 
GCTCTGCGGC ACATCATGGA TGATGGTACC AACGAATACA AGATCATCAT GCTGAATAGA 
CGCTACCTGA GCTTCAGAGT CATTAAGGTT AATAAGGAAT GTGTCCGAGG TCTTTGGGCA 
GGGCAACAGC AAGAGCTTGT CTTTCTACGT AACCGTAACC CAGAGAGAGG TAGCATCCAA 
AACGCAAAAC AAGCTCTGAG AAACATGATA AACTCATCTT GTGATCAGCC TATTGGCTAC 
CCAATCTTTG TCTCGCCCCT GACAACCTCT TACTCTGATA GCCATGAACA GCTCAAAGAA 
ATCCTTGGGG GACCTATCAG TTTGGGAAAT ATCAGAAACT TCATAGTGTC AACCTGGCAC 
AGGTTAAGGA AAGGGTGTGG GGCTGGCTGT AACAGCGGTG GTAATATTGA AGATTCTGAC 
ACTGGCGGTG GGATGTCCTG CACTAGTAAC AATGCAACAA GTGCCAGTGA GCCCCAGAGC 
AACGTGTCCC AGGGAAGCAC TGGAAATCCA GGGCAAGGGT CGGGAGCAGG ACTCCATCCA 
CCGGTCACAT CTTATCCTCC AGCACTAGGC ACTAGCCACA GCTCCCACTC CGTACAGTCA 
AGCCTGGTCA GACAGTCCCC TGCTCGTGCC TCAGTGGCCA GCCAGTCTTC TTACTGCTAC 
AGCAGCCGGC ACTCGTCTCT CCGGATGTCC ACCACGGGAT TTGTGCCTTG TCGGCGCTCC 
TCCACGAGTC AGATATCGCT TCGAAACTTA CCATCCTCCA TCCAGTCCCG CCTCTCTATG 
GTGAACCAGA TGGAGCCCTC CAATCAGAGC GGCATGGCCT GTGTGCAGCA TGGCCTCCCT 
TCTTCCAGCA GCTCCAGCCA GAGCATCCCA GCCTGCAAAC ATCACACTCT CGTGGGCTTT 
CTTGGGACAG AGGGAGGTCA GAGCAGTGCC ACGGACGCCC AGCCAGGCAA CACCTTAAGT 
CCTGCCAATA ATTCACACGC CAAAAGGGGG GATGTGATTT ACAGAGTCCA AATTGTAGAT 
CCCAGTCAAA TTCTGGATGG GATCAACTTG TCAAAAAGGA AAGAGCTGCA GTGGCCTGAT 
GAGGGTATTC GGTTAAAAGC TGGGAGAAAC AGCTGGAAAG ACTGGAGTCC TCAGGAGGGC 
ATGGAAGGCC ATGTGATTCA CCGATGGGTG CCTTGCAGCA GAGATCCAGG TACTAGATCC 
CACATCGACA AGACAGTACT TCTGGTCCAG ATTGATGATA AATATGTGAC TGTCATTGAA 
ACTGGGGTAC TAGAACTTGG GGCCGAAGTA TGA

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

RefSeq	XP_011232524.1
CDS	1..6693
Translation	MGSQTLQILRQGVWAALSGGWYYDPHQATFVNALHLYLWLFLLGLPFTLYMALPSSMIIVAVYCPVIAAVFIVLKMVNHRLHRALDAGEVVDRNANEFPDQRAKAEPGNCSTRRKDSNGPSDPGGGIEMSEFIREATPPVGCSSRNSYAGLDPSNQIGSGSSRLGTAATIKGDTDTAKTSDDISLSLGQSSSLCKEGSEEQDLATDRKLFRLVSNDSFISIQPSLSSCGQDLPRDFSDKVSLPSHSHHHHIDQSLSNACDTEVASLVPLHSHSYRKDHRPRGVPRTSSSAVAFPDTSLNDFPLYQQRRGLDPVSELESSKPHSGSKESLVENSCLSGQFQLVGELKNSNSQPPTKSGKSKPLKADKSVDSLRSLSTRSSGSTESYCSGTDRDTNSTVSSYKSEQTSSTHIESILSEHEESPRVGKKSSRKKEGCADPEDKSSCTSDKRTSSEKTALEVSTNSGVQEAKDSNTSDDLHNQKGLSTSASEEVNKNPHANEFTSQGDRPLGKTAENKEEQSDKSTVSADSKVAKDSGGKQKEGDVRPKSSSLIHRTASAHKSGRRRTGKKRASSFDSSRHRDYVSFRGVAGTKPHSAIFCHDEDSSDQSDLSRASSVQSAHQFSSDSSSSTTSHLCQSPEGRCSALKTKHVPKERGADSEHAHKAHLGPEGTGKKRTARRTSSTNSAKTRARVLSLDSGTVACLNDSNRLMAPESIKPLTTSKSDLEAKEGEVLDELSLLGRASQLETVTRSRNSLPSQVAFPEGEEQDAGSGGKFSSTLYETGGCDMSLVNLEPAARRASNICDTDSHVSSSTSVRFYPHDVIRLNRLLTIDTDLLEQQDIDLSPDLAATYGPTEEAAQKVKHYYRFWILPQLWIGINFDRLTLLALFDRNREILENVLAVILAILVAFLGSVLLIQGFFRDIWVFQFCLVIASCQYSLLKSVQPDSSSPRHGHNRIIAYSRPVYFCLCCGLIWLLDYGSRNLTTTKFKLYGITFTNPLVFISARDLVIVFTLCFPIVFFIGLLPQVNTFVMYLCEQLDIHIFGGNATTSLLAALYSFICSIVAVALLYGLCYGALKDSWDGQHIPVLFSIFCGLLVAVSYHLSRQSSDPSVLFSLVQSKIFPKTEEKNPEDPLSEVKDPLPEKLRNSVSERLQSDLVVCIVIGVLYFAIHVSTVFTVLQPALKYVLYALVGFVGFVTHYVLPQLRKQLPCHFFAHPLLKTVEYNQYEVRNAATMMWFEKLHVWLLFVEKNIIYPLIVLNELSSSAETIASPKKLDTELGALMITIAGLKLLRSSFSSPTYQYVTVIFTVLFFKIDYEAFSETMLLDLFFTSILFNKLWELLYKLQFVYTYIAPWQIAWGSAFHAFAQPFAVPHSAMLFVQAAVSAFFSTPLNPFLGSAIFITSYVRPVKFWERDYNTKRVDHSNTRLASQLDRNPGSDDNNLNSIFYEHLTRSLQHSLCGDLLLGRWGNYSTGDCFILASDYLNALVHLIETGNGLVTFQLRGLEFRGTYCQQREVEAITEGVEEDEGFCCCALGHIPHVLSFNAAFSQRWLAWEVIVTKYILEGYSITDNSAASMLQVFDLRKVLTTYYVKGIIYYVTTSSKLEEWLANETMQEGLRLCTDRNYVDVDPTFNPNIDEDYDHRLAGISRESFCVIYLNWIEYCSSRRAKPLDVDKDSSLVTLCYGLCVLGRRALGTASHHMSSNLESFLYGLHALFKGDFRISSIRDEWIFADMELLRKVVVPGIRMSIKLHQDHFTSPDEYDDPTVLYEAIVSHEKNLVIAHEGDPAWRSAVLANSPSLLALRHIMDDGTNEYKIIMLNRRYLSFRVIKVNKECVRGLWAGQQQELVFLRNRNPERGSIQNAKQALRNMINSSCDQPIGYPIFVSPLTTSYSDSHEQLKEILGGPISLGNIRNFIVSTWHRLRKGCGAGCNSGGNIEDSDTGGGMSCTSNNATSASEPQSNVSQGSTGNPGQGSGAGLHPPVTSYPPALGTSHSSHSVQSSLVRQSPARASVASQSSYCYSSRHSSLRMSTTGFVPCRRSSTSQISLRNLPSSIQSRLSMVNQMEPSNQSGMACVQHGLPSSSSSSQSIPACKHHTLVGFLGTEGGQSSATDAQPGNTLSPANNSHAKRGDVIYRVQIVDPSQILDGINLSKRKELQWPDEGIRLKAGRNSWKDWSPQEGMEGHVIHRWVPCSRDPGTRSHIDKTVLLVQIDDKYVTVIETGVLELGAEV

Target ORF information:

RefSeq Version	XM_011234222.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca pecanex homolog 1 (Drosophila) (PCNX1), transcript variant X6, mRNA.

Target ORF information:

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

XM_011234222.2

ORF Insert Sequence:

ATGGGGTCGC AGACGCTGCA GATCCTCCGG CAGGGGGTGT GGGCCGCGCT CAGCGGGGGC 
TGGTACTACG ACCCGCACCA GGCCACCTTC GTGAACGCGC TGCACCTCTA CCTGTGGCTC 
TTTCTGCTCG GCCTGCCCTT CACCCTCTAC ATGGCTCTTC CTTCTTCAAT GATTATAGTA 
GCAGTTTATT GTCCTGTGAT AGCTGCTGTT TTCATTGTTC TGAAGATGGT CAACCATCGA 
CTCCACAGAG CACTCGATGC TGGAGAAGTT GTAGATAGGA ACGCAAATGA GTTCCCAGAT 
CAGCGAGCCA AAGCTGAGCC AGGCAACTGT TCAACTAGAA GAAAAGACAG TAATGGACCG 
AGTGATCCTG GTGGAGGGAT TGAAATGTCC GAGTTCATTC GAGAGGCCAC ACCCCCAGTT 
GGGTGCAGTT CAAGAAACTC TTATGCTGGC CTAGATCCAA GCAACCAGAT TGGATCTGGT 
TCCTCTCGTC TTGGAACAGC AGCAACTATT AAAGGAGATA CAGACACCGC TAAGACTTCT 
GATGATATCA GTTTAAGTCT GGGCCAGAGC TCTAGTCTTT GTAAAGAAGG AAGTGAAGAA 
CAAGATCTGG CAACTGATCG GAAGCTCTTC CGTCTGGTCT CCAATGATTC CTTCATCTCC 
ATTCAGCCTT CCTTATCCTC CTGTGGGCAG GACTTACCAA GGGACTTCAG TGACAAAGTG 
AGCTTGCCAA GTCACAGCCA CCACCACCAC ATTGATCAAT CTCTGTCCAA CGCCTGTGAC 
ACAGAAGTAG CTTCTCTTGT CCCTTTACAT TCACATTCTT ACAGGAAAGA TCACCGGCCA 
CGAGGTGTAC CACGGACTTC TAGCTCGGCT GTGGCTTTTC CAGACACTTC ACTGAATGAC 
TTCCCTCTCT ATCAGCAAAG ACGGGGATTA GACCCAGTTA GTGAGTTAGA GTCTTCCAAG 
CCTCATTCCG GATCCAAAGA ATCCTTGGTG GAAAATTCTT GTTTGTCTGG GCAATTTCAG 
CTTGTTGGTG AGCTGAAAAA CAGTAATTCT CAGCCACCTA CAAAAAGTGG GAAGAGCAAA 
CCTTTGAAAG CAGACAAAAG CGTGGATAGC CTGAGGAGCC TGAGCACGCG GAGTAGTGGG 
TCAACAGAGA GCTACTGCAG TGGAACGGAC CGTGACACCA ACAGTACTGT CAGCAGCTAC 
AAAAGTGAGC AGACCAGCTC CACTCACATC GAGAGCATCT TGTCAGAGCA TGAGGAGTCT 
CCTAGAGTAG GAAAGAAAAG CAGTAGGAAG AAAGAGGGCT GTGCTGACCC AGAGGACAAG 
AGTAGCTGTA CCAGTGACAA AAGGACTAGC AGTGAAAAGA CTGCCTTGGA AGTGAGTACC 
AACAGTGGGG TTCAAGAGGC CAAGGATTCC AATACCTCTG ATGATTTGCA CAATCAGAAA 
GGTCTGAGCA CCTCTGCATC TGAAGAAGTC AATAAAAATC CCCATGCAAA CGAATTTACA 
TCACAGGGGG ACAGACCACT CGGGAAAACA GCCGAAAACA AAGAGGAGCA GAGCGATAAG 
TCCACTGTTT CAGCGGACTC AAAAGTTGCT AAAGACAGTG GTGGAAAGCA AAAGGAAGGC 
GACGTACGAC CTAAATCGTC TAGCTTGATC CACCGGACAG CCTCTGCACA TAAATCAGGC 
CGGAGACGGA CAGGAAAAAA ACGGGCCAGC AGTTTTGATT CAAGTCGGCA TAGGGACTAT 
GTTTCCTTTC GAGGTGTTGC TGGCACAAAG CCACATAGTG CTATATTCTG TCACGACGAG 
GACTCTAGCG ACCAAAGTGA CTTGAGCAGA GCATCGAGTG TTCAGTCTGC CCACCAGTTC 
AGCAGCGATA GCTCTTCTAG CACCACTTCT CATTTGTGTC AGTCTCCTGA GGGCAGATGC 
AGTGCCCTAA AGACCAAACA CGTCCCCAAA GAAAGGGGCG CTGACTCTGA GCACGCACAC 
AAAGCCCATC TGGGGCCTGA AGGAACTGGC AAAAAGCGGA CAGCGCGTCG GACTTCCAGC 
ACAAACAGTG CCAAGACTCG GGCCCGGGTG TTGAGCCTGG ACAGTGGCAC AGTAGCGTGT 
TTGAATGACT CCAATAGGCT GATGGCACCC GAAAGTATAA AACCCTTAAC CACTTCAAAA 
TCAGATCTCG AGGCCAAAGA GGGAGAGGTG CTAGATGAGC TATCTTTATT GGGCCGGGCT 
TCCCAGTTAG AGACGGTCAC TCGGTCGAGG AATAGCTTGC CAAGCCAGGT TGCATTTCCC 
GAAGGTGAAG AGCAAGATGC AGGCAGTGGA GGTAAGTTCT CTTCTACGCT TTATGAGACT 
GGTGGCTGTG ATATGTCACT TGTGAATCTT GAACCAGCAG CAAGAAGAGC ATCTAATATC 
TGTGACACGG ATTCTCATGT ATCCAGTTCT ACCTCAGTTC GATTTTATCC ACATGATGTG 
ATTCGATTGA ACAGACTGTT GACCATTGAC ACAGATTTGT TGGAGCAACA AGACATTGAT 
CTAAGCCCTG ACTTGGCAGC TACTTATGGT CCAACAGAAG AAGCTGCTCA AAAGGTTAAA 
CACTATTATC GCTTTTGGAT CTTACCCCAG CTATGGATCG GCATTAACTT TGACAGACTC 
ACACTTTTGG CCCTGTTTGA TAGAAATCGT GAGATTCTGG AAAATGTGTT AGCTGTCATC 
CTGGCTATTC TTGTGGCTTT TTTGGGATCT GTTCTTCTCA TACAAGGCTT CTTCAGAGAT 
ATCTGGGTCT TCCAGTTCTG CCTAGTGATA GCCAGTTGTC AATACTCACT ACTTAAGAGT 
GTTCAACCAG ATTCTTCTTC TCCCAGACAT GGCCATAATC GTATCATTGC CTACAGTAGA 
CCAGTTTATT TCTGTTTATG TTGTGGTCTT ATTTGGCTCT TGGATTATGG TAGCAGAAAC 
CTTACTACAA CCAAGTTCAA ATTATATGGA ATAACATTCA CTAATCCACT GGTGTTTATA 
TCAGCCAGGG ATTTAGTTAT AGTGTTTACA CTCTGTTTCC CAATAGTATT TTTCATTGGT 
CTCCTGCCTC AGGTGAATAC ATTTGTAATG TACCTTTGTG AGCAATTGGA TATTCATATC 
TTTGGTGGTA ATGCCACTAC AAGCTTGCTT GCAGCACTTT ACAGTTTTAT CTGTAGCATT 
GTGGCCGTAG CCTTACTGTA TGGATTGTGT TATGGCGCTT TAAAGGACTC TTGGGATGGC 
CAGCATATTC CAGTACTTTT CTCCATTTTT TGTGGTTTAT TAGTGGCAGT ATCCTATCAT 
CTCAGCCGAC AAAGCAGTGA TCCATCTGTA CTTTTCTCTT TGGTGCAATC CAAGATTTTT 
CCAAAAACAG AAGAGAAAAA TCCAGAAGAC CCTCTGTCTG AAGTAAAAGA TCCACTGCCT 
GAAAAACTTA GAAATTCTGT TAGTGAGCGT TTACAGTCTG ACCTGGTAGT ATGCATTGTT 
ATTGGTGTGC TATATTTTGC TATTCATGTA AGCACAGTGT TCACAGTATT GCAGCCTGCT 
CTCAAGTATG TGTTGTATGC ATTGGTTGGC TTCGTGGGTT TTGTAACCCA TTATGTGCTG 
CCTCAACTCA GAAAACAGCT GCCATGTCAC TTCTTCGCCC ACCCTCTGCT GAAGACAGTG 
GAGTACAATC AGTATGAAGT TCGGAATGCA GCCACTATGA TGTGGTTTGA GAAACTTCAT 
GTGTGGCTTC TGTTTGTGGA GAAGAATATC ATCTACCCAT TGATTGTTCT CAATGAACTT 
AGTAGCAGCG CAGAGACAAT TGCTAGTCCA AAAAAACTGG ATACAGAATT AGGTGCTTTA 
ATGATCACCA TTGCTGGTCT GAAGTTGCTA CGATCCTCTT TTAGCAGCCC TACATATCAG 
TATGTCACAG TCATCTTTAC TGTGCTCTTT TTCAAAATTG ACTATGAAGC TTTTTCAGAG 
ACCATGCTGT TGGATCTCTT CTTCACGTCC ATACTCTTCA ACAAGCTTTG GGAACTCCTT 
TATAAATTGC AGTTTGTATA CACTTACATT GCCCCATGGC AAATTGCATG GGGTTCTGCT 
TTCCATGCTT TTGCTCAGCC CTTTGCAGTG CCCCATTCAG CCATGTTGTT TGTTCAGGCC 
GCTGTATCTG CCTTTTTTTC TACTCCTCTA AATCCCTTTC TGGGAAGTGC AATATTCATC 
ACTTCATATG TTCGACCTGT GAAATTCTGG GAGAGAGACT ATAACACAAA ACGGGTGGAT 
CATTCAAATA CCAGATTGGC TTCCCAGCTC GATAGAAATC CAGGATCAGA TGACAACAAT 
CTGAATTCCA TCTTTTATGA ACATTTAACC AGATCCCTAC AACACAGTCT CTGTGGTGAT 
TTGCTCCTAG GACGATGGGG AAACTACAGT ACAGGGGACT GTTTCATTCT TGCCTCTGAC 
TACCTCAATG CATTAGTGCA CCTTATTGAG ACAGGCAATG GGTTGGTCAC TTTCCAGCTG 
CGGGGACTTG AGTTCAGAGG TACTTACTGT CAACAACGGG AAGTGGAGGC CATCACTGAA 
GGCGTTGAAG AAGATGAAGG ATTTTGCTGT TGTGCACTTG GCCATATTCC TCATGTGCTT 
TCATTTAATG CTGCATTTAG CCAGCGCTGG CTAGCTTGGG AAGTGATAGT CACTAAGTAT 
ATTCTGGAGG GTTATAGTAT CACTGACAAT AGTGCTGCCT CTATGCTTCA AGTCTTTGAT 
CTTCGGAAAG TACTCACCAC TTACTATGTC AAGGGTATCA TTTATTATGT TACAACATCT 
TCTAAACTGG AGGAGTGGCT AGCCAATGAG ACAATGCAGG AAGGACTACG TCTGTGTACA 
GATCGAAATT ATGTTGATGT GGACCCAACA TTTAATCCAA ATATTGATGA AGACTATGAC 
CATCGGCTGG CTGGCATATC CAGGGAGAGT TTCTGTGTGA TTTACCTCAA CTGGATAGAG 
TATTGCTCTT CCCGAAGAGC AAAGCCACTG GATGTAGACA AAGATTCATC CCTGGTGACT 
CTTTGTTACG GACTTTGTGT TCTGGGGCGG AGAGCTCTGG GGACCGCATC TCACCATATG 
TCCAGTAATT TAGAGTCATT CCTCTATGGA TTGCATGCCC TATTTAAGGG AGATTTCCGT 
ATTTCTTCAA TTCGAGATGA ATGGATCTTC GCGGACATGG AATTGCTAAG GAAAGTAGTA 
GTCCCGGGAA TCCGCATGTC CATTAAACTT CATCAGGATC ATTTCACTTC TCCAGATGAG 
TATGATGACC CTACTGTGCT CTATGAAGCC ATTGTGTCCC ATGAAAAGAA CCTCGTAATA 
GCGCATGAAG GGGACCCTGC ATGGCGGAGT GCAGTCCTTG CCAACTCTCC CTCCCTTCTC 
GCTCTGCGGC ACATCATGGA TGATGGTACC AACGAATACA AGATCATCAT GCTGAATAGA 
CGCTACCTGA GCTTCAGAGT CATTAAGGTT AATAAGGAAT GTGTCCGAGG TCTTTGGGCA 
GGGCAACAGC AAGAGCTTGT CTTTCTACGT AACCGTAACC CAGAGAGAGG TAGCATCCAA 
AACGCAAAAC AAGCTCTGAG AAACATGATA AACTCATCTT GTGATCAGCC TATTGGCTAC 
CCAATCTTTG TCTCGCCCCT GACAACCTCT TACTCTGATA GCCATGAACA GCTCAAAGAA 
ATCCTTGGGG GACCTATCAG TTTGGGAAAT ATCAGAAACT TCATAGTGTC AACCTGGCAC 
AGGTTAAGGA AAGGGTGTGG GGCTGGCTGT AACAGCGGTG GTAATATTGA AGATTCTGAC 
ACTGGCGGTG GGATGTCCTG CACTAGTAAC AATGCAACAA GTGCCAGTGA GCCCCAGAGC 
AACGTGTCCC AGGGAAGCAC TGGAAATCCA GGGCAAGGGT CGGGAGCAGG ACTCCATCCA 
CCGGTCACAT CTTATCCTCC AGCACTAGGC ACTAGCCACA GCTCCCACTC CGTACAGTCA 
AGCCTGGTCA GACAGTCCCC TGCTCGTGCC TCAGTGGCCA GCCAGTCTTC TTACTGCTAC 
AGCAGCCGGC ACTCGTCTCT CCGGATGTCC ACCACGGGAT TTGTGCCTTG TCGGCGCTCC 
TCCACGAGTC AGATATCGCT TCGAAACTTA CCATCCTCCA TCCAGTCCCG CCTCTCTATG 
GTGAACCAGA TGGAGCCCTC CAATCAGAGC GGCATGGCCT GTGTGCAGCA TGGCCTCCCT 
TCTTCCAGCA GCTCCAGCCA GAGCATCCCA GCCTGCAAAC ATCACACTCT CGTGGGCTTT 
CTTGGGACAG AGGGAGGTCA GAGCAGTGCC ACGGACGCCC AGCCAGGCAA CACCTTAAGT 
CCTGCCAATA ATTCACACGC CAAAAGGGGG GATGTGATTT ACAGAGTCCA AATTGTAGAT 
CCCAGTCAAA TTCTGGATGG GATCAACTTG TCAAAAAGGA AAGAGCTGCA GTGGCCTGAT 
GAGGGTATTC GGTTAAAAGC TGGGAGAAAC AGCTGGAAAG ACTGGAGTCC TCAGGAGGGC 
ATGGAAGGCC ATGTGATTCA CCGATGGGTG CCTTGCAGCA GAGATCCAGG TACTAGATCC 
CACATCGACA AGACAGTACT TCTGGTCCAG ATTGATGATA AATATGTGAC TGTCATTGAA 
ACTGGGGTAC TAGAACTTGG GGCCGAAGTA TGA

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

PubMed

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PHONE

1-877-436-7274

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FAX

1-732-210-0262

PCNX1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

FAX