PCF11 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	PCF11
Entrez Gene ID	100470130
Full Name	PCF11 cleavage and polyadenylation factor subunit
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019806111.1	XP_019661670.1	pre-mRNA cleavage complex 2 protein Pcf11 isoform X1
XM_002925391.3	XP_002925437.1	pre-mRNA cleavage complex 2 protein Pcf11 isoform X2

Pathways from BioSystems
Gene Ontology

The following PCF11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PCF11 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAc12565	XM_002925391.3 Latest version!	Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAc97102	XM_019806111.1 Latest version!	Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

PCF11 ( XM_002925391.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002925437.1 Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc12565
Clone ID Related Accession (Same CDS sequence)	XM_002925391.3
Accession Version	XM_002925391.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4665bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	pre-mRNA cleavage complex 2 protein Pcf11 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218219.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002925391.2. ##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##

ATGTCAGAGC AGACGCCGGC CGAGGCCGGT ACTGCGGGGG CCCGGGAGGA CGCCTGTCGG 
GATTATCAGT CATCACTCGA AGACCTGACC TTCAATAGCA AACCGCACAT CAATATGCTG 
ACCATTCTAG CCGAGGAGAA CCTGCCCTTC GCCAAGGAGA TCGTCTCTCT CATCGAGGCC 
CAAACCGCCA AGGCTCCTTC CTCAGAGAAG CTTCCTGTTA TGTACCTTAT GGATTCTATC 
GTGAAAAACG TTGGAAGAGA GTATCTCACT GCCTTTACTA AAAATCTAGT TGCAACATTT 
ATTTGTGTGT TTGAAAAGGT GGATGAAAAT ACTAGGAAAA GTTTATTTAA ATTACGTTCC 
ACATGGGATG AAATATTTCC TTTGAAGAAA CTTTATGCCC TGGATGTCAG AGTCAATTCG 
TTAGATCCTG CTTGGCCTAT TAAACCTCTG CCCCCCAATG TGAATACATC TAGCATCCAT 
GTGAATCCTA AATTTTTAAA TAAATCGCCG GAAGAGCCTT CAACACCTGG CACAGTGGTC 
AGTTCCCCTA GCATCTCCAC TCCTCCAATT GTTCCTGATA TACAAAAGAA TCTTACCCAA 
GAACAACTAA TAAGGCAGCA GTTACTGGCA AAACAAAAAC AGTTGTTAGA ACTTCAGCAG 
AAAAAGCTGG AGCTTGAGCT AGAGCAAGCT AAGGCACAAC TGGCAGTTTC TCTTAGTGTT 
CAGCAGGAGA CATCCAACTT AGGTTCTGGA TCTGTACCAT CCAAATTACA TGTTCCACAA 
ATTCCCCCTA TGGCAGTTAA ACCTCCCCAT CAGGTTCCTG TGCAACCTGA GAAAAGCCGT 
CCAGGTCCAT CCTTACAAAT TCAGGATTTG AAAGGAACTA ATCGGGATCC CCGTCTTAAT 
AGGATGAGTC AACATTCTTC ACATGGAAAA GATCAGAGTC ACAGGAAGGA ATTCCTAATG 
AACACATTGA ACCAATCTGA TACTAAGACA AGTAAAACTG TACCCTCTGA AAAACTAAAC 
TCATCTAAGC AAGAGAAAAG TAAATCAGGT GAAAAAACCA AGAAAGAACT TGACCAATTA 
GATTCTAAAT CTAAATCTAA ATCTAAATCA CCATCACCTC TGAAAAACAA ATTATCCCAC 
ACAAAAGACT TGAAAAATCA AGAATCTGAA AGTGCAAGGG TGTCTGAAAT GAGCAAGAGA 
GATCCAAGGT TGAAAAAACA TCTTCAGGAT AAGACGGATA GCAAAGATGA TGATGTAAAA 
GAGAAGAGAA AAACTGCAGA AAAAAAGGAT AAAGATGAGC ACATGAAATC ATCTGAACAC 
AGACTGGTTG GAAGTAGAAA TAAAATCATC AATGGCATTG TACAAAAGCA GGATACAATA 
ACGGAAGAAT CAGAAAAACA AGGGACAAAA CCAGGGAGAT CAAGTACTAG AAAGCGATCA 
AGATCGAGAT CACCCAAGTC TCGGTCACCA ATTATACATT CTCCGAAGAG AAGAGATAGG 
CGGTCACCCA AACGAAGGCA AAGGAGTATG TCTCCAACTT CGACGCCCAA AGCTGGAAAG 
ATTCGGCAAT CAGGAGTTAA GCAGTCACAT ATGGAAGAGT TTACGCTACC TTCCAGGGAA 
GAGCGAAATG CTAAGAGAAG TAATAAACAA GATATTCGAG ATCCAAGGCG AATAAAAAAG 
ACTGAGGAGG AACGACCACA AGAAGCTGCA AATCAGCATT CTACAAAATC AGGCACTGAA 
CCAAAGGAGA ATGTAGAAAA TTGGCAAAGT TCCAAGTCTA CCAAAAGATG GAAATCTGGT 
TGGGAAGAAA ATAAAAGCTT ACAACAGGGT GATGAACATA GTAAATCTCC TCATCTAAGG 
CATAGGGAGA GCTGGTCAAG CACTAAAGGA ATCTTGTCAC CTCGAGCCCC AAAGCAGCAG 
CATCGATTAA GTGTAGATGC CAACCTTCAG ATTCCTAAAG AGTTAACTCT TGCAAGCAAA 
AGAGAATTAC TTCAAAAGAC GAGTGAACGT TTAGCATCTG GTGAAATTAC ACAGGATGAG 
TTCCTTGTTG TTGTGCATCA AATTCGACAG CTATTTCAGT ATCAAGAAGG TGTACGAGAA 
GAGCAGAGAT CACCGTTCAA TGATCGTTTT CCACTTAAGC GACCTAGATA TGAAGATTCA 
GATAAACCAT TTGTAGATAG CCCAGCATCA AGATTTGCCG GCCTTGATAC AAATCAGCGA 
CTTACAGCTT TAGCTGAAGA TAGACCATTA TTTGATGGAC CTAGTAGGCC ATCAGTAACA 
AGAGATGGCC CAACCAAGAT GATTTTTGAA GGACCTAATA AATTAAGCCC TAGAATTGAT 
GGACCTCCTA CACCAGGTTC TCTTCGGTTT GATGGGTCAC CAGGACAAAT GGGGGGAGGT 
GGCCCTTTGA GATTTGAAGG ACCACAAGGT CAGCTAGGAA GTGGGTGTCC TTTGAGATTT 
GAAGGTCCTC CAGGACCAGT AGGGACACCT CTGCGGTTTG AGGGGCCGAT TGGTCAAGCA 
GGAGGAGGTG GTTTTCGGTT TGAAGGTTCC CCTGGTCTGA GGTTTGAGGG ATCTGCAGGT 
GGTTTGCGAT TTGAAGGACC AGGGGGCCAG CCTGTGGGTG GTCTCAGGTT TGAGGGACAT 
CGGGGTCAAC CTGTGGGTGG TCTAAGGTTT GAGGGACCTC ATGGTCAGCC TGTGGGTGGA 
CTTAGATTTG ATAATCCCCG AGGTCAGCCT GTCGGTGGAC TTAGATTTGA AGGGGGTCAT 
GGTCCATCAG GGGCTGCAAT TAGGTTTGAT GGACCTCATG GTCAGCCAGC AGGTGGGATC 
AGATTTGAGG GACCTTTGCT ACAGCAGGGA GTTGGAATGA GGTTTGAGGG CCCCCATGGT 
CAGTCAGTAG CCGGTTTGAG GTTTGAAGGA CAACATAATC AACTTGGTGG GAACCTTAGG 
TTTGAGGGTC CACATGGTCA GCCAGGGGTT GGGATCAGGT TTGAAGGACC TTTAGTCCAA 
CAAGGAGGTG GAATGAGGTT TGAGGGTCCT TCTGTGCCAG GAGGTGGCCT GAGAATTGAA 
GGGCCTCTGG GTCAAGGTGG TCCAAGGTTT GAAGGTTGTC ATGCTTTAAG GTTTGATGGG 
CAGCCAGGTC AGCCATCTCT CTTGCCAAGA TTTGATGGAT TACATGGGCA GCCAGGTCCT 
AGATTTGAAA GAACTGGTCA GCCAGGCCCA CAGAGATTTG ATGGGCCACC TGGACAGCAG 
GTTCAACCAA GATTTGATGG TGTACCTCAA AGATTTGATG GTCCACAACA CCAGCAAGCA 
TCAAGATTTG ATATTCCTCT TGGTCTTCAA AGCACACGAT TTGACAATCA TCCTTCACAG 
AGGCTTGAAT CAGTATCTTT CAATCAGACT GGTCCATATA GTGATCCACC TGGCAATGCT 
TTTAATGCCC CATCCCAAGG ACTACAGTTC CAAAGACATG AACAAATGTT TGATTCACCT 
CAAGGACCAA ATTTTAATGG ACCACATGGC CCTGGAAACC AGAGCTTCTC CAATCCCCTT 
AACAGAGCTT CTGGACACTA TTTTGATGAA AAGAATCTTC AGAGTTCCCA ATTTGGAAAC 
TTCGGCAATC TACCTGCTCC AATAACAGTA GGAAATATTC AGGCATCTCA ACAGGTTCTT 
ACTGGTGTTG CTCAGCCGGT AGCATTTGGC CAAGGACAAC AGTTTTTGCC GGTTCATCCA 
CAAAATCCTG GAGCATTTGT TCAGAATCCT TCAGGAGCTC TTCCTAAGGC ATATCCTGAT 
AATCATCTCA GTCAGGTGGA TGTAAATGAA TTATTTTCAA AACTGCTAAA AACAGGAATT 
CTCAAATTGT CTCAGCCCGA TTCAGCTACA ACTCAAGTAA ATGAAGTTGC TGCTCAGCCT 
CCCCCTGAAG AGGAGGAAGA TCAAACTGAA GATCAAGATG TTCCAGATCT TACCAATTTT 
ACAATTGAAG AATTGAAACA ACGTTATGAT AGTGTTATAA ATCGACTGTA CACTGGTATT 
CAGTGTTACT CCTGTGGAAT GAGGTTTACA ACATCACAGA CAGATGTATA CGCAGATCAC 
TTGGACTGGC ATTATCGGCA AAATAGAACT GAAAAAGATG TTAGCAGAAA AGTCACGCAT 
AGACGTTGGT ACTACAGTTT AACGGACTGG ATAGAATTTG AGGAAATAGC TGATTTGGAA 
GAACGTGCAA AGAGCCAGTT TTTTGAAAAG GTGCATGAAG AAGTTGTGCT CAAGACTCAG 
GAGGCTGCTA AAGAAAAGGA GTTCCAAAGT GTACCTGCTG GACCAGCTGG AGCAGTTGAG 
AGTTGTGAAA TCTGTCAAGA ACAATTTGAA CAATACTGGG ATGAAGAAGA GGAGGAATGG 
CATTTGAAAA ATGCTATTAG AGTAGATGGA AAGATTTATC ATCCGTCGTG TTATGAAGAT 
TATCAAAATA CATCTTCATT TGATTGTACA CCATCTCCCA GCAAGACACC AGTTGAAAAC 
CCTTTGAACA TTATGTTGAA CATTGTCAAA AACGAATTGC AGGAACCCTG TGAAAGTCCC 
AAAGTTAAGG AAGAACGAAT TGATACCCCA CCAGCTTGTA CAGAGGAAAG CATAGCAACA 
CCCACTGAAA TTAAAACAGA AAATGATACA GTCGAGTCAG TTTAA

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

RefSeq	XP_002925437.1
CDS	298..4962
Translation	MSEQTPAEAGTAGAREDACRDYQSSLEDLTFNSKPHINMLTILAEENLPFAKEIVSLIEAQTAKAPSSEKLPVMYLMDSIVKNVGREYLTAFTKNLVATFICVFEKVDENTRKSLFKLRSTWDEIFPLKKLYALDVRVNSLDPAWPIKPLPPNVNTSSIHVNPKFLNKSPEEPSTPGTVVSSPSISTPPIVPDIQKNLTQEQLIRQQLLAKQKQLLELQQKKLELELEQAKAQLAVSLSVQQETSNLGSGSVPSKLHVPQIPPMAVKPPHQVPVQPEKSRPGPSLQIQDLKGTNRDPRLNRMSQHSSHGKDQSHRKEFLMNTLNQSDTKTSKTVPSEKLNSSKQEKSKSGEKTKKELDQLDSKSKSKSKSPSPLKNKLSHTKDLKNQESESARVSEMSKRDPRLKKHLQDKTDSKDDDVKEKRKTAEKKDKDEHMKSSEHRLVGSRNKIINGIVQKQDTITEESEKQGTKPGRSSTRKRSRSRSPKSRSPIIHSPKRRDRRSPKRRQRSMSPTSTPKAGKIRQSGVKQSHMEEFTLPSREERNAKRSNKQDIRDPRRIKKTEEERPQEAANQHSTKSGTEPKENVENWQSSKSTKRWKSGWEENKSLQQGDEHSKSPHLRHRESWSSTKGILSPRAPKQQHRLSVDANLQIPKELTLASKRELLQKTSERLASGEITQDEFLVVVHQIRQLFQYQEGVREEQRSPFNDRFPLKRPRYEDSDKPFVDSPASRFAGLDTNQRLTALAEDRPLFDGPSRPSVTRDGPTKMIFEGPNKLSPRIDGPPTPGSLRFDGSPGQMGGGGPLRFEGPQGQLGSGCPLRFEGPPGPVGTPLRFEGPIGQAGGGGFRFEGSPGLRFEGSAGGLRFEGPGGQPVGGLRFEGHRGQPVGGLRFEGPHGQPVGGLRFDNPRGQPVGGLRFEGGHGPSGAAIRFDGPHGQPAGGIRFEGPLLQQGVGMRFEGPHGQSVAGLRFEGQHNQLGGNLRFEGPHGQPGVGIRFEGPLVQQGGGMRFEGPSVPGGGLRIEGPLGQGGPRFEGCHALRFDGQPGQPSLLPRFDGLHGQPGPRFERTGQPGPQRFDGPPGQQVQPRFDGVPQRFDGPQHQQASRFDIPLGLQSTRFDNHPSQRLESVSFNQTGPYSDPPGNAFNAPSQGLQFQRHEQMFDSPQGPNFNGPHGPGNQSFSNPLNRASGHYFDEKNLQSSQFGNFGNLPAPITVGNIQASQQVLTGVAQPVAFGQGQQFLPVHPQNPGAFVQNPSGALPKAYPDNHLSQVDVNELFSKLLKTGILKLSQPDSATTQVNEVAAQPPPEEEEDQTEDQDVPDLTNFTIEELKQRYDSVINRLYTGIQCYSCGMRFTTSQTDVYADHLDWHYRQNRTEKDVSRKVTHRRWYYSLTDWIEFEEIADLEERAKSQFFEKVHEEVVLKTQEAAKEKEFQSVPAGPAGAVESCEICQEQFEQYWDEEEEEWHLKNAIRVDGKIYHPSCYEDYQNTSSFDCTPSPSKTPVENPLNIMLNIVKNELQEPCESPKVKEERIDTPPACTEESIATPTEIKTENDTVESV

Target ORF information:

RefSeq Version	XM_002925391.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X2, mRNA.

Target ORF information:

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

XM_002925391.3

ORF Insert Sequence:

ATGTCAGAGC AGACGCCGGC CGAGGCCGGT ACTGCGGGGG CCCGGGAGGA CGCCTGTCGG 
GATTATCAGT CATCACTCGA AGACCTGACC TTCAATAGCA AACCGCACAT CAATATGCTG 
ACCATTCTAG CCGAGGAGAA CCTGCCCTTC GCCAAGGAGA TCGTCTCTCT CATCGAGGCC 
CAAACCGCCA AGGCTCCTTC CTCAGAGAAG CTTCCTGTTA TGTACCTTAT GGATTCTATC 
GTGAAAAACG TTGGAAGAGA GTATCTCACT GCCTTTACTA AAAATCTAGT TGCAACATTT 
ATTTGTGTGT TTGAAAAGGT GGATGAAAAT ACTAGGAAAA GTTTATTTAA ATTACGTTCC 
ACATGGGATG AAATATTTCC TTTGAAGAAA CTTTATGCCC TGGATGTCAG AGTCAATTCG 
TTAGATCCTG CTTGGCCTAT TAAACCTCTG CCCCCCAATG TGAATACATC TAGCATCCAT 
GTGAATCCTA AATTTTTAAA TAAATCGCCG GAAGAGCCTT CAACACCTGG CACAGTGGTC 
AGTTCCCCTA GCATCTCCAC TCCTCCAATT GTTCCTGATA TACAAAAGAA TCTTACCCAA 
GAACAACTAA TAAGGCAGCA GTTACTGGCA AAACAAAAAC AGTTGTTAGA ACTTCAGCAG 
AAAAAGCTGG AGCTTGAGCT AGAGCAAGCT AAGGCACAAC TGGCAGTTTC TCTTAGTGTT 
CAGCAGGAGA CATCCAACTT AGGTTCTGGA TCTGTACCAT CCAAATTACA TGTTCCACAA 
ATTCCCCCTA TGGCAGTTAA ACCTCCCCAT CAGGTTCCTG TGCAACCTGA GAAAAGCCGT 
CCAGGTCCAT CCTTACAAAT TCAGGATTTG AAAGGAACTA ATCGGGATCC CCGTCTTAAT 
AGGATGAGTC AACATTCTTC ACATGGAAAA GATCAGAGTC ACAGGAAGGA ATTCCTAATG 
AACACATTGA ACCAATCTGA TACTAAGACA AGTAAAACTG TACCCTCTGA AAAACTAAAC 
TCATCTAAGC AAGAGAAAAG TAAATCAGGT GAAAAAACCA AGAAAGAACT TGACCAATTA 
GATTCTAAAT CTAAATCTAA ATCTAAATCA CCATCACCTC TGAAAAACAA ATTATCCCAC 
ACAAAAGACT TGAAAAATCA AGAATCTGAA AGTGCAAGGG TGTCTGAAAT GAGCAAGAGA 
GATCCAAGGT TGAAAAAACA TCTTCAGGAT AAGACGGATA GCAAAGATGA TGATGTAAAA 
GAGAAGAGAA AAACTGCAGA AAAAAAGGAT AAAGATGAGC ACATGAAATC ATCTGAACAC 
AGACTGGTTG GAAGTAGAAA TAAAATCATC AATGGCATTG TACAAAAGCA GGATACAATA 
ACGGAAGAAT CAGAAAAACA AGGGACAAAA CCAGGGAGAT CAAGTACTAG AAAGCGATCA 
AGATCGAGAT CACCCAAGTC TCGGTCACCA ATTATACATT CTCCGAAGAG AAGAGATAGG 
CGGTCACCCA AACGAAGGCA AAGGAGTATG TCTCCAACTT CGACGCCCAA AGCTGGAAAG 
ATTCGGCAAT CAGGAGTTAA GCAGTCACAT ATGGAAGAGT TTACGCTACC TTCCAGGGAA 
GAGCGAAATG CTAAGAGAAG TAATAAACAA GATATTCGAG ATCCAAGGCG AATAAAAAAG 
ACTGAGGAGG AACGACCACA AGAAGCTGCA AATCAGCATT CTACAAAATC AGGCACTGAA 
CCAAAGGAGA ATGTAGAAAA TTGGCAAAGT TCCAAGTCTA CCAAAAGATG GAAATCTGGT 
TGGGAAGAAA ATAAAAGCTT ACAACAGGGT GATGAACATA GTAAATCTCC TCATCTAAGG 
CATAGGGAGA GCTGGTCAAG CACTAAAGGA ATCTTGTCAC CTCGAGCCCC AAAGCAGCAG 
CATCGATTAA GTGTAGATGC CAACCTTCAG ATTCCTAAAG AGTTAACTCT TGCAAGCAAA 
AGAGAATTAC TTCAAAAGAC GAGTGAACGT TTAGCATCTG GTGAAATTAC ACAGGATGAG 
TTCCTTGTTG TTGTGCATCA AATTCGACAG CTATTTCAGT ATCAAGAAGG TGTACGAGAA 
GAGCAGAGAT CACCGTTCAA TGATCGTTTT CCACTTAAGC GACCTAGATA TGAAGATTCA 
GATAAACCAT TTGTAGATAG CCCAGCATCA AGATTTGCCG GCCTTGATAC AAATCAGCGA 
CTTACAGCTT TAGCTGAAGA TAGACCATTA TTTGATGGAC CTAGTAGGCC ATCAGTAACA 
AGAGATGGCC CAACCAAGAT GATTTTTGAA GGACCTAATA AATTAAGCCC TAGAATTGAT 
GGACCTCCTA CACCAGGTTC TCTTCGGTTT GATGGGTCAC CAGGACAAAT GGGGGGAGGT 
GGCCCTTTGA GATTTGAAGG ACCACAAGGT CAGCTAGGAA GTGGGTGTCC TTTGAGATTT 
GAAGGTCCTC CAGGACCAGT AGGGACACCT CTGCGGTTTG AGGGGCCGAT TGGTCAAGCA 
GGAGGAGGTG GTTTTCGGTT TGAAGGTTCC CCTGGTCTGA GGTTTGAGGG ATCTGCAGGT 
GGTTTGCGAT TTGAAGGACC AGGGGGCCAG CCTGTGGGTG GTCTCAGGTT TGAGGGACAT 
CGGGGTCAAC CTGTGGGTGG TCTAAGGTTT GAGGGACCTC ATGGTCAGCC TGTGGGTGGA 
CTTAGATTTG ATAATCCCCG AGGTCAGCCT GTCGGTGGAC TTAGATTTGA AGGGGGTCAT 
GGTCCATCAG GGGCTGCAAT TAGGTTTGAT GGACCTCATG GTCAGCCAGC AGGTGGGATC 
AGATTTGAGG GACCTTTGCT ACAGCAGGGA GTTGGAATGA GGTTTGAGGG CCCCCATGGT 
CAGTCAGTAG CCGGTTTGAG GTTTGAAGGA CAACATAATC AACTTGGTGG GAACCTTAGG 
TTTGAGGGTC CACATGGTCA GCCAGGGGTT GGGATCAGGT TTGAAGGACC TTTAGTCCAA 
CAAGGAGGTG GAATGAGGTT TGAGGGTCCT TCTGTGCCAG GAGGTGGCCT GAGAATTGAA 
GGGCCTCTGG GTCAAGGTGG TCCAAGGTTT GAAGGTTGTC ATGCTTTAAG GTTTGATGGG 
CAGCCAGGTC AGCCATCTCT CTTGCCAAGA TTTGATGGAT TACATGGGCA GCCAGGTCCT 
AGATTTGAAA GAACTGGTCA GCCAGGCCCA CAGAGATTTG ATGGGCCACC TGGACAGCAG 
GTTCAACCAA GATTTGATGG TGTACCTCAA AGATTTGATG GTCCACAACA CCAGCAAGCA 
TCAAGATTTG ATATTCCTCT TGGTCTTCAA AGCACACGAT TTGACAATCA TCCTTCACAG 
AGGCTTGAAT CAGTATCTTT CAATCAGACT GGTCCATATA GTGATCCACC TGGCAATGCT 
TTTAATGCCC CATCCCAAGG ACTACAGTTC CAAAGACATG AACAAATGTT TGATTCACCT 
CAAGGACCAA ATTTTAATGG ACCACATGGC CCTGGAAACC AGAGCTTCTC CAATCCCCTT 
AACAGAGCTT CTGGACACTA TTTTGATGAA AAGAATCTTC AGAGTTCCCA ATTTGGAAAC 
TTCGGCAATC TACCTGCTCC AATAACAGTA GGAAATATTC AGGCATCTCA ACAGGTTCTT 
ACTGGTGTTG CTCAGCCGGT AGCATTTGGC CAAGGACAAC AGTTTTTGCC GGTTCATCCA 
CAAAATCCTG GAGCATTTGT TCAGAATCCT TCAGGAGCTC TTCCTAAGGC ATATCCTGAT 
AATCATCTCA GTCAGGTGGA TGTAAATGAA TTATTTTCAA AACTGCTAAA AACAGGAATT 
CTCAAATTGT CTCAGCCCGA TTCAGCTACA ACTCAAGTAA ATGAAGTTGC TGCTCAGCCT 
CCCCCTGAAG AGGAGGAAGA TCAAACTGAA GATCAAGATG TTCCAGATCT TACCAATTTT 
ACAATTGAAG AATTGAAACA ACGTTATGAT AGTGTTATAA ATCGACTGTA CACTGGTATT 
CAGTGTTACT CCTGTGGAAT GAGGTTTACA ACATCACAGA CAGATGTATA CGCAGATCAC 
TTGGACTGGC ATTATCGGCA AAATAGAACT GAAAAAGATG TTAGCAGAAA AGTCACGCAT 
AGACGTTGGT ACTACAGTTT AACGGACTGG ATAGAATTTG AGGAAATAGC TGATTTGGAA 
GAACGTGCAA AGAGCCAGTT TTTTGAAAAG GTGCATGAAG AAGTTGTGCT CAAGACTCAG 
GAGGCTGCTA AAGAAAAGGA GTTCCAAAGT GTACCTGCTG GACCAGCTGG AGCAGTTGAG 
AGTTGTGAAA TCTGTCAAGA ACAATTTGAA CAATACTGGG ATGAAGAAGA GGAGGAATGG 
CATTTGAAAA ATGCTATTAG AGTAGATGGA AAGATTTATC ATCCGTCGTG TTATGAAGAT 
TATCAAAATA CATCTTCATT TGATTGTACA CCATCTCCCA GCAAGACACC AGTTGAAAAC 
CCTTTGAACA TTATGTTGAA CATTGTCAAA AACGAATTGC AGGAACCCTG TGAAAGTCCC 
AAAGTTAAGG AAGAACGAAT TGATACCCCA CCAGCTTGTA CAGAGGAAAG CATAGCAACA 
CCCACTGAAA TTAAAACAGA AAATGATACA GTCGAGTCAG TTTAA

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

PCF11 ( XM_019806111.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019661670.1 Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc97102
Clone ID Related Accession (Same CDS sequence)	XM_019806111.1
Accession Version	XM_019806111.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5058bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	pre-mRNA cleavage complex 2 protein Pcf11 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218219.1) 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##

ATGTCAGAGC AGACGCCGGC CGAGGCCGGT ACTGCGGGGG CCCGGGAGGA CGCCTGTCGG 
GATTATCAGT CATCACTCGA AGACCTGACC TTCAATAGCA AACCGCACAT CAATATGCTG 
ACCATTCTAG CCGAGGAGAA CCTGCCCTTC GCCAAGGAGA TCGTCTCTCT CATCGAGGCC 
CAAACCGCCA AGGCTCCTTC CTCAGAGAAG CTTCCTGTTA TGTACCTTAT GGATTCTATC 
GTGAAAAACG TTGGAAGAGA GTATCTCACT GCCTTTACTA AAAATCTAGT TGCAACATTT 
ATTTGTGTGT TTGAAAAGGT GGATGAAAAT ACTAGGAAAA GTTTATTTAA ATTACGTTCC 
ACATGGGATG AAATATTTCC TTTGAAGAAA CTTTATGCCC TGGATGTCAG AGTCAATTCG 
TTAGATCCTG CTTGGCCTAT TAAACCTCTG CCCCCCAATG TGAATACATC TAGCATCCAT 
GTGAATCCTA AATTTTTAAA TAAATCGCCG GAAGAGCCTT CAACACCTGG CACAGTGGTC 
AGTTCCCCTA GCATCTCCAC TCCTCCAATT GTTCCTGATA TACAAAAGAA TCTTACCCAA 
GAACAACTAA TAAGGCAGCA GTTACTGGCA AAACAAAAAC AGTTGTTAGA ACTTCAGCAG 
AAAAAGCTGG AGCTTGAGCT AGAGCAAGCT AAGGCACAAC TGGCAGTTTC TCTTAGTGTT 
CAGCAGGAGA CATCCAACTT AGGTTCTGGA TCTGTACCAT CCAAATTACA TGTTCCACAA 
ATTCCCCCTA TGGCAGTTAA ACCTCCCCAT CAGGTTCCTG TGCAACCTGA GAAAAGCCGT 
CCAGGTCCAT CCTTACAAAT TCAGGATTTG AAAGGAACTA ATCGGGATCC CCGTCTTAAT 
AGGATGAGTC AACATTCTTC ACATGGAAAA GATCAGAGTC ACAGGAAGGA ATTCCTAATG 
AACACATTGA ACCAATCTGA TACTAAGACA AGTAAAACTG TACCCTCTGA AAAACTAAAC 
TCATCTAAGC AAGAGAAAAG TAAATCAGGT GAAAAAACCA AGAAAGAACT TGACCAATTA 
GATTCTAAAT CTAAATCTAA ATCTAAATCA CCATCACCTC TGAAAAACAA ATTATCCCAC 
ACAAAAGACT TGAAAAATCA AGAATCTGAA AGTGCAAGGG TGTCTGAAAT GAGCAAGAGA 
GATCCAAGGT TGAAAAAACA TCTTCAGGAT AAGACGGATA GCAAAGATGA TGATGTAAAA 
GAGAAGAGAA AAACTGCAGA AAAAAAGGAT AAAGATGAGC ACATGAAATC ATCTGAACAC 
AGACTGGTTG GAAGTAGAAA TAAAATCATC AATGGCATTG TACAAAAGCA GGATACAATA 
ACGGAAGAAT CAGAAAAACA AGGGACAAAA CCAGGGAGAT CAAGTACTAG AAAGCGATCA 
AGATCGAGAT CACCCAAGTC TCGGTCACCA ATTATACATT CTCCGAAGAG AAGAGATAGG 
CGGTCACCCA AACGAAGGCA AAGGAGTATG TCTCCAACTT CGACGCCCAA AGCTGGAAAG 
ATTCGGCAAT CAGGAGTTAA GCAGTCACAT ATGGAAGAGT TTACGCTACC TTCCAGGGAA 
GAGCGAAATG CTAAGAGAAG TAATAAACAA GATATTCGAG ATCCAAGGCG AATAAAAAAG 
ACTGAGGAGG AACGACCACA AGAAGCTGCA AATCAGCATT CTACAAAATC AGGCACTGAA 
CCAAAGGAGA ATGTAGAAAA TTGGCAAAGT TCCAAGTCTA CCAAAAGATG GAAATCTGGT 
TGGGAAGAAA ATAAAAGCTT ACAACAGGGT GATGAACATA GTAAATCTCC TCATCTAAGG 
CATAGGGAGA GCTGGTCAAG CACTAAAGGA ATCTTGTCAC CTCGAGCCCC AAAGCAGCAG 
CATCGATTAA GTGTAGATGC CAACCTTCAG ATTCCTAAAG AGTTAACTCT TGCAAGCAAA 
AGAGAATTAC TTCAAAAGAC GAGTGAACGT TTAGCATCTG GTGAAATTAC ACAGGATGAG 
TTCCTTGTTG TTGTGCATCA AATTCGACAG CTATTTCAGT ATCAAGAAGG TAAACATAGA 
TGCAATGTAC GGGATAGTCC TACAGAAGAA AATAAAGGTG GATTAAAAAA GAAACCTCTC 
TTATCTGATG CTGAATTAAC CTACTATGAA CATAAAGCAA AACTGAAAAG GACACAGGTT 
CAGCATTCAT TTCCAAGACT TGATCTCTTA GATCCTGATA TTTTTGACTA CCCTTTGACT 
GATGCCTTGT TGTCTGGAAT AGAATGTGAG CCATCCAAAA GTAAACATGC AAGTAGGAAT 
AGTGGAGCAC AGTTTGACAG AAAAGAACAA TTTAGTGAAA GAGCAAGACG TCTTTCTCCT 
ATATCTGGGA GTCGTACTTA TGCTGAGAAT CTTTCACCCC ATGAGGGCCG GAGAAGACAT 
GACGAGCAAG TCTCTGCTAA AGGTGTACGA GAAGAGCAGA GATCACCGTT CAATGATCGT 
TTTCCACTTA AGCGACCTAG ATATGAAGAT TCAGATAAAC CATTTGTAGA TAGCCCAGCA 
TCAAGATTTG CCGGCCTTGA TACAAATCAG CGACTTACAG CTTTAGCTGA AGATAGACCA 
TTATTTGATG GACCTAGTAG GCCATCAGTA ACAAGAGATG GCCCAACCAA GATGATTTTT 
GAAGGACCTA ATAAATTAAG CCCTAGAATT GATGGACCTC CTACACCAGG TTCTCTTCGG 
TTTGATGGGT CACCAGGACA AATGGGGGGA GGTGGCCCTT TGAGATTTGA AGGACCACAA 
GGTCAGCTAG GAAGTGGGTG TCCTTTGAGA TTTGAAGGTC CTCCAGGACC AGTAGGGACA 
CCTCTGCGGT TTGAGGGGCC GATTGGTCAA GCAGGAGGAG GTGGTTTTCG GTTTGAAGGT 
TCCCCTGGTC TGAGGTTTGA GGGATCTGCA GGTGGTTTGC GATTTGAAGG ACCAGGGGGC 
CAGCCTGTGG GTGGTCTCAG GTTTGAGGGA CATCGGGGTC AACCTGTGGG TGGTCTAAGG 
TTTGAGGGAC CTCATGGTCA GCCTGTGGGT GGACTTAGAT TTGATAATCC CCGAGGTCAG 
CCTGTCGGTG GACTTAGATT TGAAGGGGGT CATGGTCCAT CAGGGGCTGC AATTAGGTTT 
GATGGACCTC ATGGTCAGCC AGCAGGTGGG ATCAGATTTG AGGGACCTTT GCTACAGCAG 
GGAGTTGGAA TGAGGTTTGA GGGCCCCCAT GGTCAGTCAG TAGCCGGTTT GAGGTTTGAA 
GGACAACATA ATCAACTTGG TGGGAACCTT AGGTTTGAGG GTCCACATGG TCAGCCAGGG 
GTTGGGATCA GGTTTGAAGG ACCTTTAGTC CAACAAGGAG GTGGAATGAG GTTTGAGGGT 
CCTTCTGTGC CAGGAGGTGG CCTGAGAATT GAAGGGCCTC TGGGTCAAGG TGGTCCAAGG 
TTTGAAGGTT GTCATGCTTT AAGGTTTGAT GGGCAGCCAG GTCAGCCATC TCTCTTGCCA 
AGATTTGATG GATTACATGG GCAGCCAGGT CCTAGATTTG AAAGAACTGG TCAGCCAGGC 
CCACAGAGAT TTGATGGGCC ACCTGGACAG CAGGTTCAAC CAAGATTTGA TGGTGTACCT 
CAAAGATTTG ATGGTCCACA ACACCAGCAA GCATCAAGAT TTGATATTCC TCTTGGTCTT 
CAAAGCACAC GATTTGACAA TCATCCTTCA CAGAGGCTTG AATCAGTATC TTTCAATCAG 
ACTGGTCCAT ATAGTGATCC ACCTGGCAAT GCTTTTAATG CCCCATCCCA AGGACTACAG 
TTCCAAAGAC ATGAACAAAT GTTTGATTCA CCTCAAGGAC CAAATTTTAA TGGACCACAT 
GGCCCTGGAA ACCAGAGCTT CTCCAATCCC CTTAACAGAG CTTCTGGACA CTATTTTGAT 
GAAAAGAATC TTCAGAGTTC CCAATTTGGA AACTTCGGCA ATCTACCTGC TCCAATAACA 
GTAGGAAATA TTCAGGCATC TCAACAGGTT CTTACTGGTG TTGCTCAGCC GGTAGCATTT 
GGCCAAGGAC AACAGTTTTT GCCGGTTCAT CCACAAAATC CTGGAGCATT TGTTCAGAAT 
CCTTCAGGAG CTCTTCCTAA GGCATATCCT GATAATCATC TCAGTCAGGT GGATGTAAAT 
GAATTATTTT CAAAACTGCT AAAAACAGGA ATTCTCAAAT TGTCTCAGCC CGATTCAGCT 
ACAACTCAAG TAAATGAAGT TGCTGCTCAG CCTCCCCCTG AAGAGGAGGA AGATCAAACT 
GAAGATCAAG ATGTTCCAGA TCTTACCAAT TTTACAATTG AAGAATTGAA ACAACGTTAT 
GATAGTGTTA TAAATCGACT GTACACTGGT ATTCAGTGTT ACTCCTGTGG AATGAGGTTT 
ACAACATCAC AGACAGATGT ATACGCAGAT CACTTGGACT GGCATTATCG GCAAAATAGA 
ACTGAAAAAG ATGTTAGCAG AAAAGTCACG CATAGACGTT GGTACTACAG TTTAACGGAC 
TGGATAGAAT TTGAGGAAAT AGCTGATTTG GAAGAACGTG CAAAGAGCCA GTTTTTTGAA 
AAGGTGCATG AAGAAGTTGT GCTCAAGACT CAGGAGGCTG CTAAAGAAAA GGAGTTCCAA 
AGTGTACCTG CTGGACCAGC TGGAGCAGTT GAGAGTTGTG AAATCTGTCA AGAACAATTT 
GAACAATACT GGGATGAAGA AGAGGAGGAA TGGCATTTGA AAAATGCTAT TAGAGTAGAT 
GGAAAGATTT ATCATCCGTC GTGTTATGAA GATTATCAAA ATACATCTTC ATTTGATTGT 
ACACCATCTC CCAGCAAGAC ACCAGTTGAA AACCCTTTGA ACATTATGTT GAACATTGTC 
AAAAACGAAT TGCAGGAACC CTGTGAAAGT CCCAAAGTTA AGGAAGAACG AATTGATACC 
CCACCAGCTT GTACAGAGGA AAGCATAGCA ACACCCACTG AAATTAAAAC AGAAAATGAT 
ACAGTCGAGT CAGTTTAA

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

RefSeq	XP_019661670.1
CDS	298..5355
Translation	MSEQTPAEAGTAGAREDACRDYQSSLEDLTFNSKPHINMLTILAEENLPFAKEIVSLIEAQTAKAPSSEKLPVMYLMDSIVKNVGREYLTAFTKNLVATFICVFEKVDENTRKSLFKLRSTWDEIFPLKKLYALDVRVNSLDPAWPIKPLPPNVNTSSIHVNPKFLNKSPEEPSTPGTVVSSPSISTPPIVPDIQKNLTQEQLIRQQLLAKQKQLLELQQKKLELELEQAKAQLAVSLSVQQETSNLGSGSVPSKLHVPQIPPMAVKPPHQVPVQPEKSRPGPSLQIQDLKGTNRDPRLNRMSQHSSHGKDQSHRKEFLMNTLNQSDTKTSKTVPSEKLNSSKQEKSKSGEKTKKELDQLDSKSKSKSKSPSPLKNKLSHTKDLKNQESESARVSEMSKRDPRLKKHLQDKTDSKDDDVKEKRKTAEKKDKDEHMKSSEHRLVGSRNKIINGIVQKQDTITEESEKQGTKPGRSSTRKRSRSRSPKSRSPIIHSPKRRDRRSPKRRQRSMSPTSTPKAGKIRQSGVKQSHMEEFTLPSREERNAKRSNKQDIRDPRRIKKTEEERPQEAANQHSTKSGTEPKENVENWQSSKSTKRWKSGWEENKSLQQGDEHSKSPHLRHRESWSSTKGILSPRAPKQQHRLSVDANLQIPKELTLASKRELLQKTSERLASGEITQDEFLVVVHQIRQLFQYQEGKHRCNVRDSPTEENKGGLKKKPLLSDAELTYYEHKAKLKRTQVQHSFPRLDLLDPDIFDYPLTDALLSGIECEPSKSKHASRNSGAQFDRKEQFSERARRLSPISGSRTYAENLSPHEGRRRHDEQVSAKGVREEQRSPFNDRFPLKRPRYEDSDKPFVDSPASRFAGLDTNQRLTALAEDRPLFDGPSRPSVTRDGPTKMIFEGPNKLSPRIDGPPTPGSLRFDGSPGQMGGGGPLRFEGPQGQLGSGCPLRFEGPPGPVGTPLRFEGPIGQAGGGGFRFEGSPGLRFEGSAGGLRFEGPGGQPVGGLRFEGHRGQPVGGLRFEGPHGQPVGGLRFDNPRGQPVGGLRFEGGHGPSGAAIRFDGPHGQPAGGIRFEGPLLQQGVGMRFEGPHGQSVAGLRFEGQHNQLGGNLRFEGPHGQPGVGIRFEGPLVQQGGGMRFEGPSVPGGGLRIEGPLGQGGPRFEGCHALRFDGQPGQPSLLPRFDGLHGQPGPRFERTGQPGPQRFDGPPGQQVQPRFDGVPQRFDGPQHQQASRFDIPLGLQSTRFDNHPSQRLESVSFNQTGPYSDPPGNAFNAPSQGLQFQRHEQMFDSPQGPNFNGPHGPGNQSFSNPLNRASGHYFDEKNLQSSQFGNFGNLPAPITVGNIQASQQVLTGVAQPVAFGQGQQFLPVHPQNPGAFVQNPSGALPKAYPDNHLSQVDVNELFSKLLKTGILKLSQPDSATTQVNEVAAQPPPEEEEDQTEDQDVPDLTNFTIEELKQRYDSVINRLYTGIQCYSCGMRFTTSQTDVYADHLDWHYRQNRTEKDVSRKVTHRRWYYSLTDWIEFEEIADLEERAKSQFFEKVHEEVVLKTQEAAKEKEFQSVPAGPAGAVESCEICQEQFEQYWDEEEEEWHLKNAIRVDGKIYHPSCYEDYQNTSSFDCTPSPSKTPVENPLNIMLNIVKNELQEPCESPKVKEERIDTPPACTEESIATPTEIKTENDTVESV

Target ORF information:

RefSeq Version	XM_019806111.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca PCF11 cleavage and polyadenylation factor subunit (PCF11), transcript variant X1, mRNA.

Target ORF information:

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

XM_019806111.1

ORF Insert Sequence:

ATGTCAGAGC AGACGCCGGC CGAGGCCGGT ACTGCGGGGG CCCGGGAGGA CGCCTGTCGG 
GATTATCAGT CATCACTCGA AGACCTGACC TTCAATAGCA AACCGCACAT CAATATGCTG 
ACCATTCTAG CCGAGGAGAA CCTGCCCTTC GCCAAGGAGA TCGTCTCTCT CATCGAGGCC 
CAAACCGCCA AGGCTCCTTC CTCAGAGAAG CTTCCTGTTA TGTACCTTAT GGATTCTATC 
GTGAAAAACG TTGGAAGAGA GTATCTCACT GCCTTTACTA AAAATCTAGT TGCAACATTT 
ATTTGTGTGT TTGAAAAGGT GGATGAAAAT ACTAGGAAAA GTTTATTTAA ATTACGTTCC 
ACATGGGATG AAATATTTCC TTTGAAGAAA CTTTATGCCC TGGATGTCAG AGTCAATTCG 
TTAGATCCTG CTTGGCCTAT TAAACCTCTG CCCCCCAATG TGAATACATC TAGCATCCAT 
GTGAATCCTA AATTTTTAAA TAAATCGCCG GAAGAGCCTT CAACACCTGG CACAGTGGTC 
AGTTCCCCTA GCATCTCCAC TCCTCCAATT GTTCCTGATA TACAAAAGAA TCTTACCCAA 
GAACAACTAA TAAGGCAGCA GTTACTGGCA AAACAAAAAC AGTTGTTAGA ACTTCAGCAG 
AAAAAGCTGG AGCTTGAGCT AGAGCAAGCT AAGGCACAAC TGGCAGTTTC TCTTAGTGTT 
CAGCAGGAGA CATCCAACTT AGGTTCTGGA TCTGTACCAT CCAAATTACA TGTTCCACAA 
ATTCCCCCTA TGGCAGTTAA ACCTCCCCAT CAGGTTCCTG TGCAACCTGA GAAAAGCCGT 
CCAGGTCCAT CCTTACAAAT TCAGGATTTG AAAGGAACTA ATCGGGATCC CCGTCTTAAT 
AGGATGAGTC AACATTCTTC ACATGGAAAA GATCAGAGTC ACAGGAAGGA ATTCCTAATG 
AACACATTGA ACCAATCTGA TACTAAGACA AGTAAAACTG TACCCTCTGA AAAACTAAAC 
TCATCTAAGC AAGAGAAAAG TAAATCAGGT GAAAAAACCA AGAAAGAACT TGACCAATTA 
GATTCTAAAT CTAAATCTAA ATCTAAATCA CCATCACCTC TGAAAAACAA ATTATCCCAC 
ACAAAAGACT TGAAAAATCA AGAATCTGAA AGTGCAAGGG TGTCTGAAAT GAGCAAGAGA 
GATCCAAGGT TGAAAAAACA TCTTCAGGAT AAGACGGATA GCAAAGATGA TGATGTAAAA 
GAGAAGAGAA AAACTGCAGA AAAAAAGGAT AAAGATGAGC ACATGAAATC ATCTGAACAC 
AGACTGGTTG GAAGTAGAAA TAAAATCATC AATGGCATTG TACAAAAGCA GGATACAATA 
ACGGAAGAAT CAGAAAAACA AGGGACAAAA CCAGGGAGAT CAAGTACTAG AAAGCGATCA 
AGATCGAGAT CACCCAAGTC TCGGTCACCA ATTATACATT CTCCGAAGAG AAGAGATAGG 
CGGTCACCCA AACGAAGGCA AAGGAGTATG TCTCCAACTT CGACGCCCAA AGCTGGAAAG 
ATTCGGCAAT CAGGAGTTAA GCAGTCACAT ATGGAAGAGT TTACGCTACC TTCCAGGGAA 
GAGCGAAATG CTAAGAGAAG TAATAAACAA GATATTCGAG ATCCAAGGCG AATAAAAAAG 
ACTGAGGAGG AACGACCACA AGAAGCTGCA AATCAGCATT CTACAAAATC AGGCACTGAA 
CCAAAGGAGA ATGTAGAAAA TTGGCAAAGT TCCAAGTCTA CCAAAAGATG GAAATCTGGT 
TGGGAAGAAA ATAAAAGCTT ACAACAGGGT GATGAACATA GTAAATCTCC TCATCTAAGG 
CATAGGGAGA GCTGGTCAAG CACTAAAGGA ATCTTGTCAC CTCGAGCCCC AAAGCAGCAG 
CATCGATTAA GTGTAGATGC CAACCTTCAG ATTCCTAAAG AGTTAACTCT TGCAAGCAAA 
AGAGAATTAC TTCAAAAGAC GAGTGAACGT TTAGCATCTG GTGAAATTAC ACAGGATGAG 
TTCCTTGTTG TTGTGCATCA AATTCGACAG CTATTTCAGT ATCAAGAAGG TAAACATAGA 
TGCAATGTAC GGGATAGTCC TACAGAAGAA AATAAAGGTG GATTAAAAAA GAAACCTCTC 
TTATCTGATG CTGAATTAAC CTACTATGAA CATAAAGCAA AACTGAAAAG GACACAGGTT 
CAGCATTCAT TTCCAAGACT TGATCTCTTA GATCCTGATA TTTTTGACTA CCCTTTGACT 
GATGCCTTGT TGTCTGGAAT AGAATGTGAG CCATCCAAAA GTAAACATGC AAGTAGGAAT 
AGTGGAGCAC AGTTTGACAG AAAAGAACAA TTTAGTGAAA GAGCAAGACG TCTTTCTCCT 
ATATCTGGGA GTCGTACTTA TGCTGAGAAT CTTTCACCCC ATGAGGGCCG GAGAAGACAT 
GACGAGCAAG TCTCTGCTAA AGGTGTACGA GAAGAGCAGA GATCACCGTT CAATGATCGT 
TTTCCACTTA AGCGACCTAG ATATGAAGAT TCAGATAAAC CATTTGTAGA TAGCCCAGCA 
TCAAGATTTG CCGGCCTTGA TACAAATCAG CGACTTACAG CTTTAGCTGA AGATAGACCA 
TTATTTGATG GACCTAGTAG GCCATCAGTA ACAAGAGATG GCCCAACCAA GATGATTTTT 
GAAGGACCTA ATAAATTAAG CCCTAGAATT GATGGACCTC CTACACCAGG TTCTCTTCGG 
TTTGATGGGT CACCAGGACA AATGGGGGGA GGTGGCCCTT TGAGATTTGA AGGACCACAA 
GGTCAGCTAG GAAGTGGGTG TCCTTTGAGA TTTGAAGGTC CTCCAGGACC AGTAGGGACA 
CCTCTGCGGT TTGAGGGGCC GATTGGTCAA GCAGGAGGAG GTGGTTTTCG GTTTGAAGGT 
TCCCCTGGTC TGAGGTTTGA GGGATCTGCA GGTGGTTTGC GATTTGAAGG ACCAGGGGGC 
CAGCCTGTGG GTGGTCTCAG GTTTGAGGGA CATCGGGGTC AACCTGTGGG TGGTCTAAGG 
TTTGAGGGAC CTCATGGTCA GCCTGTGGGT GGACTTAGAT TTGATAATCC CCGAGGTCAG 
CCTGTCGGTG GACTTAGATT TGAAGGGGGT CATGGTCCAT CAGGGGCTGC AATTAGGTTT 
GATGGACCTC ATGGTCAGCC AGCAGGTGGG ATCAGATTTG AGGGACCTTT GCTACAGCAG 
GGAGTTGGAA TGAGGTTTGA GGGCCCCCAT GGTCAGTCAG TAGCCGGTTT GAGGTTTGAA 
GGACAACATA ATCAACTTGG TGGGAACCTT AGGTTTGAGG GTCCACATGG TCAGCCAGGG 
GTTGGGATCA GGTTTGAAGG ACCTTTAGTC CAACAAGGAG GTGGAATGAG GTTTGAGGGT 
CCTTCTGTGC CAGGAGGTGG CCTGAGAATT GAAGGGCCTC TGGGTCAAGG TGGTCCAAGG 
TTTGAAGGTT GTCATGCTTT AAGGTTTGAT GGGCAGCCAG GTCAGCCATC TCTCTTGCCA 
AGATTTGATG GATTACATGG GCAGCCAGGT CCTAGATTTG AAAGAACTGG TCAGCCAGGC 
CCACAGAGAT TTGATGGGCC ACCTGGACAG CAGGTTCAAC CAAGATTTGA TGGTGTACCT 
CAAAGATTTG ATGGTCCACA ACACCAGCAA GCATCAAGAT TTGATATTCC TCTTGGTCTT 
CAAAGCACAC GATTTGACAA TCATCCTTCA CAGAGGCTTG AATCAGTATC TTTCAATCAG 
ACTGGTCCAT ATAGTGATCC ACCTGGCAAT GCTTTTAATG CCCCATCCCA AGGACTACAG 
TTCCAAAGAC ATGAACAAAT GTTTGATTCA CCTCAAGGAC CAAATTTTAA TGGACCACAT 
GGCCCTGGAA ACCAGAGCTT CTCCAATCCC CTTAACAGAG CTTCTGGACA CTATTTTGAT 
GAAAAGAATC TTCAGAGTTC CCAATTTGGA AACTTCGGCA ATCTACCTGC TCCAATAACA 
GTAGGAAATA TTCAGGCATC TCAACAGGTT CTTACTGGTG TTGCTCAGCC GGTAGCATTT 
GGCCAAGGAC AACAGTTTTT GCCGGTTCAT CCACAAAATC CTGGAGCATT TGTTCAGAAT 
CCTTCAGGAG CTCTTCCTAA GGCATATCCT GATAATCATC TCAGTCAGGT GGATGTAAAT 
GAATTATTTT CAAAACTGCT AAAAACAGGA ATTCTCAAAT TGTCTCAGCC CGATTCAGCT 
ACAACTCAAG TAAATGAAGT TGCTGCTCAG CCTCCCCCTG AAGAGGAGGA AGATCAAACT 
GAAGATCAAG ATGTTCCAGA TCTTACCAAT TTTACAATTG AAGAATTGAA ACAACGTTAT 
GATAGTGTTA TAAATCGACT GTACACTGGT ATTCAGTGTT ACTCCTGTGG AATGAGGTTT 
ACAACATCAC AGACAGATGT ATACGCAGAT CACTTGGACT GGCATTATCG GCAAAATAGA 
ACTGAAAAAG ATGTTAGCAG AAAAGTCACG CATAGACGTT GGTACTACAG TTTAACGGAC 
TGGATAGAAT TTGAGGAAAT AGCTGATTTG GAAGAACGTG CAAAGAGCCA GTTTTTTGAA 
AAGGTGCATG AAGAAGTTGT GCTCAAGACT CAGGAGGCTG CTAAAGAAAA GGAGTTCCAA 
AGTGTACCTG CTGGACCAGC TGGAGCAGTT GAGAGTTGTG AAATCTGTCA AGAACAATTT 
GAACAATACT GGGATGAAGA AGAGGAGGAA TGGCATTTGA AAAATGCTAT TAGAGTAGAT 
GGAAAGATTT ATCATCCGTC GTGTTATGAA GATTATCAAA ATACATCTTC ATTTGATTGT 
ACACCATCTC CCAGCAAGAC ACCAGTTGAA AACCCTTTGA ACATTATGTT GAACATTGTC 
AAAAACGAAT TGCAGGAACC CTGTGAAAGT CCCAAAGTTA AGGAAGAACG AATTGATACC 
CCACCAGCTT GTACAGAGGA AAGCATAGCA ACACCCACTG AAATTAAAAC AGAAAATGAT 
ACAGTCGAGT CAGTTTAA

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

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PCF11 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:

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