PDCD11 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	PDCD11
Entrez Gene ID	100028643
Full Name	programmed cell death 11
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016428608.1	XP_016284094.1	protein RRP5 homolog

Pathways from BioSystems
Gene Ontology

The following PDCD11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PDCD11 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
OMc37731	XM_016428608.1 Latest version!	Monodelphis domestica programmed cell death 11 (PDCD11), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

PDCD11 ( XM_016428608.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284094.1 Monodelphis domestica programmed cell death 11 (PDCD11), mRNA.

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CloneID	OMc37731
Clone ID Related Accession (Same CDS sequence)	XM_016428608.1
Accession Version	XM_016428608.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5643bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	protein RRP5 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCATCCC AGGAAGACAG TTTCCCTCGA GGGGGTTCAA AAAAGAAGGC ACATCCAGTA 
AAAGCTCCTC AGCAGCCAAT TGAACATGAT AATTTATTTG ATATTCCCAC TGAAGAAGGA 
TCCCGCAAAA GAAAAAGGAA CCCAGAGCAA GCTGCTAAAA ATAAAAGGTC AAAAACAGAA 
AAAAAAGAAC CCAGCAAATC TGAAGCAGAG CAAAGTGGGA TTCTCAGTAT TGAGGTTCTG 
AGTGAAGGAA TGAGACTCCT GGGCTGTGTG AAAGAGGTAA ATAATTTGGA GCTTGTGATC 
AGCCTGCCTA ATGACCTCTG GGGATATGTG CAAGCAACCA ATATCTGTGA TGCCTATACA 
AAGAAACTGA ACGAGCAGGT GGATCGAGAG GAGCCTCTGG AGGACTTGGC TCCCTTGTCC 
AAGTTGTTCC AGCCGGGGAT GCTGGTACGC TGTGCTGTCA GCAGCCTAAA GTCCACCTCA 
AAGAAAAATA AGAGCATCAA GCTGTCTCTA AACCCCAAGG ATGTTAATGG AGTTCTCAGT 
CCTGCTGCCC TGAAGCCAGG CATGCTACTC ACAGGCACAG TAGACAGTGT GGAGGACCAT 
GGCTACCTGG TGGATATTGG TGTAGGAGGG ACCAAAGCCT TCCTGCCTTG GCAAAAAGAG 
CAAGAGTATG TCAAACAGAA GAACAAAGGT ACTAAACTTC AGGTTGGCCA GTATCTGAAC 
TGCCTTATTG AAGAAGTAAA AGGCAATGGG GGGAGTGTCC GTCTGTCCAC TATTCAGTCA 
GAAGTTTCTG CTGCCATTGC TACGGAAGAG CAAAACTGGA CGCTAGATAA TCTACTACCA 
GGGCTGGTGG TTAAAGCTCA GGTGCAGAAG GTGACCCCTT ATGGTCTCTC CCTAAGCTTC 
CTCTCTTCCT TCACTGGACT AGTTGATTTT ATGCATTTGG ATTCTAAAAA GACTGGACAT 
TACTTCCAAA CCCAAATGGT GAGGGCCTGT ATCCTCTCAG TTCATCCACG TACCAAATCT 
GTCCGACTAA CCTTGCATTC CTCCTTCCTG CAAGCTGGTC GCCCCATCAC TCGCCTCTGC 
CACCATCTTA TTGGAGCTGT GTTGAATGAT GTGCCTGTCC AGAGCTTCTA TACAAAAGCT 
GGTGCCACCT TCAGGCTGAA GGATGGGTCT CTGGCTTATG CCCGGATCAG GCACCTCTCC 
CAGACTGAGA AGTCCTTTAA ACCAGAGAAG TTCAAGCCTG GAAATCTGCA CAGATGTCGG 
GTTATTGATT TTAGCCCAAT GGATGATCTG GCATTGTTAT CTCTGAAAAC GAGCATCATC 
GAAGCTCCAT TCCTGAGATA TCATGACATC CAGCCAGGGC AGATAGTTAA GGGCAAAGTG 
TTCACACTAA GATCCTATGG GATGATTGTG AAGGTGACCG AGCAAATCAA AGGCCTGGTA 
CCTACCTTGC ATTTGGCTGA TGTCCAGATA CGGAATCCTC AAAAAAAGTA TCGGGTCCAA 
GATGAGGTCA AATGCCGGGT TCTGATGTGT GACCCTGAGA ACAAGAAACT GCTAATGACT 
TTGAAAAAGA CCCTGGTGGA ATCTAGCCTG CCAGCTCTCA CAAACTACAA GGAAGCCAAG 
CCTGATTTAC AGACTCATGG TTTCATCAGC AGCATCAAGG ACTGTGGTTG CATTGTCAAG 
TTCTATAATG ATGTGAGGGG ATTGGTACCC CAGAGGGAAC TTGGTGCCCA ACCCATCTCA 
GCCCCGGAGG AAGTCTTCTA TGTAGGACAG GTGGTGAAGG TCACAGTGCT GAAAAGTGAG 
CCTGAGCAGG AGAGGATGCT CTTGTCCTTC AGGCTGTCCA ATGACAAAGA AATGGAAAGC 
ACAGCCCAGA GCCAGAAGAA AGCCATGGTC AAGACCGGAC AGTTAGTAGA TGTGAAGGTG 
AAAAAGAAAA CTGAGAAGGG ATTGGAGGTG TCCATCCTAC CTGACGACAT CAGTGCTTTG 
CTTCCCACAA CCCATCTGTC AGACAATGTC ACCAATAGTC AGTTGCTCTG CTACTGGCTC 
CAGGCAGGTG ACATCCTCCA CAAGGTCTTG TGTCTGAGCC ACAGTGATGG TCACATTGTC 
CTATGCAGGA AACCAGCTCT GATCTCTGCT GTGGAAAGTG GCCAGGATCC CAAGGTCTTT 
TCTGAATTTC AGCCTGGGAT GCTGCTTACA GGTTTTGTGA AAAGTATCAA GGCTTATGGC 
ATCTTTGTCC AGTTCCCATC AGGCCTCAGT GGATTGGCTC CCAAATCAGC CTTGAGTGAC 
AAGTTTGTGA CTACAATCAG TGACCACTTC GTAGAAGGGC AGACAGTGGT TGCAAAGGTG 
ACCAATGTGG ATGAGGAGAA ACAACGGATG CTGCTCTCCC TCCGCCTGTC AGATGTCAGC 
CAGGAAGATA CAACTGCAAG TTCTCTTACC CTCCTAAGCC AGTGTTTGGA AGAGCTGCAA 
GGTGTTCGAA GCCTCATGAG CAGTCGAGAT TCTGTGTTGA CTCAAACATT GGCTGAGATG 
ACCCCAGGGC TACTTGTGGA TTTGGTGGTT CAAGACATGT CAAGTGATGG CTCTCTGGTA 
TTCAGTAATG GCTCGGTGCC TGGCCTGGTA TTGAGGGCCA GCAAATATCA CCAGGGAGGG 
AAGGCAGTGG ATCCTGGACA AAGAACAAAA GCTGTCATCC TTCATGTTGA TACACAGAAG 
TCAGAGGTTC ACGTTTCTCT GCGCCAGGAG CTGGTGAATA GAAAAGTCAA GCAGCTGAAG 
AAAGACACTG AGCACCGAGC AGTTATAGAA CATTTGGAAA AGACATTTGC CATAGCTTCC 
TTAGTGGAGA CTGGTCAGCT TATAGCTTTC CCAGTGGCCT CTCACCTCAA TGATACCTTC 
CGTTTTGACT CAGAGAAGCT ACAGGTTGGT CAGGGGGTCT CTGTGATCAT CAAGAGTACG 
AAGCCCTGTG ACATTGGTCT CTTCTTAGCT GTTGAGAGCT CTGTCAAGAA GAGGACCCCG 
GCTCTGCCCT CAGTAGCTCC TGAGTCTGCA GGGCAAGATC CAGGAGTGGT GAGCGAACTG 
CTGGAGAAAC CCACCTTGCC CATTGGGGAG ATGGTCACTG GAACTGTGAA GTCTATCAAG 
GCCACCCATG TCATTGTGAC CCTCGAGAAT GGTCTTACTG GCTATATCCA TGCCTCCCAG 
ATCCTGGATG ATGTATCTCA TGGCACCCAC CCCACTACCA CACTTAAAGT TGGAAATCCA 
GTCACTGCTC GAGTAATTGG CCAGAGAACT TGGCTTACTC ACAAATCCCT CCCAATTAGC 
CATCCATCCA GTACGCAGAC TGTCTCTGAG CTGAGTATTC GACCAAGTGA GCTTGAGAAA 
AACATCAGCA GTGACCCCAG CACTCAGTCC TCTAGCCCCA CAGAGAAGCT CAAGCAGTAT 
TTTCCTGGCC AAACGGTGGT CTGTTTTATG AGAAAGTTCA ATGTAATCAA GAAATGGCTT 
GAGGTGGAGA TTACTTCTGA CATCCGGGGA AGAATTCCTC AGCTGCTGAC CTCTCTCAGT 
TTCAAGGTCT GTGTATCTGT CACCTGTGGG CAATCCTCAC TTGGAGCTGG AATTCAAATT 
GTATGCCCCA TTGACAGGCC AAGAGTTTCA CTTTCACATA GGAAGAATGG CACAAAAAGC 
AGTTTGGAGT TAAGCCTCTC TCTCTCCCTG CCTCTGTCTC TCTCCTTTAG AACAAATCCT 
AAGATGAAAA GCAAAATAGA AGACCCTGAA GTGACCTCGA TGAAAGACAT TAAAGAAGGG 
CAGCTCCTCC GGGGCTACGT GGAGGCCATC AAAAAGCAGG GGATATTTTT TCGCATTAGC 
CCCACACTTG TGGGCCGGGT CAAGTACCAG CATGTTACCA CATACCTCCC GTTTGACCGA 
GCTTTGTACC AAACCTACCT CCCAGAAGGA AAGCTACTCT CAGCCAAGGT CTTGAGGGTG 
AACCGGAAAC AGAACCTGTT GTATCTGTCC TTCCTCCCCA AGGACACTGG GAAGCCAGAT 
GTGTTTCCTG AATCTTTGGG CCTGCCACCA CGGGACCAGG AAAGGGAGTT GCTCAGCAAT 
CAGCCAAAGA AGAAGCGGAA ATTGGAACAA GAGGAGGAAG ATCATGGTGC CTCTGAGACA 
AAAAAGAAGC AGCAGCTGAA AGAGAAGAAG GAAAAGAAGC AGCTGATGAA AGAGAAGAAA 
GAGAAACAGA AACAACTAAT GAAAGAGGAA AAGGAAAAAC AGAAGCAGCT GATGAAAGAG 
AAGAAGAAGA AACAGAAGCA GCTGGTGAAA GAGAAGGAGA AGCAGTGTCA GACAAAAGAG 
GAGATGCACC AAGCAAAACA GAAACAGGAG GACCAGAGTC AGCCACACAG AGAACCTGGG 
GCAAAACAGA AACAGGAGTT GCAAACGCCC TCTGTCAGGC CAGGAGAGAA GGCAGAAAAT 
AAAGGGAAGC GGAAGGTACC AGAGGTGGAA AGAGAACAGG AGATAGTGAG CAAGAAGAAA 
AAGCAAAGCC ATCCACTGGA AGAAGATGAT AGCGGAGTTG AAGTTAATTA TAAGGAGGAG 
AAAGAGAAGA GATTTAAGCA GTCCAAGAAG AAGCAGACCA AGCCCACAGA AGTCCCCAGG 
CTGCAGCTAT CTTCGGGCTT TGCTTGGGAC GTGAGTCTGG ATACACTGGC CCCAGCCATG 
CCACCCCGAG AGGACAGTTC GGACAGCGAA GATGAGGAAG CAAGCCAAGC CACGCTAAAG 
AAAAGCAAGA AAGGCAAGGA GTTGGAGAAG CAAGAGGCAG AGAAGGAGCT GTCACGAATT 
GAGGCAGCCC TCATGGACCC AAATTGGAAG CCTGAGACTG CGGACGATTT TGACAGACTG 
GTCCTGAGCT CCCCCAACAG CTCCATCCTC TGGCTGCAGT ATATGGCTTT CCACCTGCAT 
GCCACAGAGA TTGAGAAGGC CCGAGCTGTG GCTGAGAGGG CTCTTAAGTC CATCTCCTTC 
AGAGAAGAGC AGGAGAAGCT GAATGTGTGG GTGGCCCTGA TGAATCTGGA GAACATGTAT 
GGCTCAAAGG AGACCCTGAC TAAGGTCTTT GAGCGGGCTG TGCAATACTG TGAGCCTTTG 
AAGGTCTACT TCCAACTGGC TGACATCTAC ACCAAATCAG AGAAGTACCA GGCAGCTGAA 
GAACTCTACA GTCGGATGCT GAAACGTTTC CGACAAGAGA AGACCGTGTG GATCAGATAT 
GGTGCCTTCC TCCTTCAGAG GGGCCAGGCT GATGCCAATC ACCGCCTGCT GCAGCGATCC 
TTCAATTGTC TGCCGCAGAA AGAACATGTG GATGTCATCT CCAAATTTGC CCAGCTGGAG 
TTCCAGCTGG GGGATGCAGA ACGAGCCAAG GCCATGTTTG AGACCACACT TAGCAGCTAC 
CCAAAGCGCA CAGACGTCTG GTCTGTCTAC ATTGACATGA TCATTAAGTA CGGGAGCCAG 
AAGGAAGCCC GGGACATCTT TGAGCGAGTG GTACATCTGA GCCTGGCCCC CAAGCGGATG 
AAATTCTTCT TCAAACGCTA CCTGGACTAT GAGAAACAGC ATGGCACAGC TGAAACGGTG 
CAAGCTGTCA AGGAGAAGGC CTTGGCCTAT GTGGAGGCCA CGGGCACTCT TGCTGAAAGC 
TAG

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

RefSeq	XP_016284094.1
CDS	201..5843
Translation	MASQEDSFPRGGSKKKAHPVKAPQQPIEHDNLFDIPTEEGSRKRKRNPEQAAKNKRSKTEKKEPSKSEAEQSGILSIEVLSEGMRLLGCVKEVNNLELVISLPNDLWGYVQATNICDAYTKKLNEQVDREEPLEDLAPLSKLFQPGMLVRCAVSSLKSTSKKNKSIKLSLNPKDVNGVLSPAALKPGMLLTGTVDSVEDHGYLVDIGVGGTKAFLPWQKEQEYVKQKNKGTKLQVGQYLNCLIEEVKGNGGSVRLSTIQSEVSAAIATEEQNWTLDNLLPGLVVKAQVQKVTPYGLSLSFLSSFTGLVDFMHLDSKKTGHYFQTQMVRACILSVHPRTKSVRLTLHSSFLQAGRPITRLCHHLIGAVLNDVPVQSFYTKAGATFRLKDGSLAYARIRHLSQTEKSFKPEKFKPGNLHRCRVIDFSPMDDLALLSLKTSIIEAPFLRYHDIQPGQIVKGKVFTLRSYGMIVKVTEQIKGLVPTLHLADVQIRNPQKKYRVQDEVKCRVLMCDPENKKLLMTLKKTLVESSLPALTNYKEAKPDLQTHGFISSIKDCGCIVKFYNDVRGLVPQRELGAQPISAPEEVFYVGQVVKVTVLKSEPEQERMLLSFRLSNDKEMESTAQSQKKAMVKTGQLVDVKVKKKTEKGLEVSILPDDISALLPTTHLSDNVTNSQLLCYWLQAGDILHKVLCLSHSDGHIVLCRKPALISAVESGQDPKVFSEFQPGMLLTGFVKSIKAYGIFVQFPSGLSGLAPKSALSDKFVTTISDHFVEGQTVVAKVTNVDEEKQRMLLSLRLSDVSQEDTTASSLTLLSQCLEELQGVRSLMSSRDSVLTQTLAEMTPGLLVDLVVQDMSSDGSLVFSNGSVPGLVLRASKYHQGGKAVDPGQRTKAVILHVDTQKSEVHVSLRQELVNRKVKQLKKDTEHRAVIEHLEKTFAIASLVETGQLIAFPVASHLNDTFRFDSEKLQVGQGVSVIIKSTKPCDIGLFLAVESSVKKRTPALPSVAPESAGQDPGVVSELLEKPTLPIGEMVTGTVKSIKATHVIVTLENGLTGYIHASQILDDVSHGTHPTTTLKVGNPVTARVIGQRTWLTHKSLPISHPSSTQTVSELSIRPSELEKNISSDPSTQSSSPTEKLKQYFPGQTVVCFMRKFNVIKKWLEVEITSDIRGRIPQLLTSLSFKVCVSVTCGQSSLGAGIQIVCPIDRPRVSLSHRKNGTKSSLELSLSLSLPLSLSFRTNPKMKSKIEDPEVTSMKDIKEGQLLRGYVEAIKKQGIFFRISPTLVGRVKYQHVTTYLPFDRALYQTYLPEGKLLSAKVLRVNRKQNLLYLSFLPKDTGKPDVFPESLGLPPRDQERELLSNQPKKKRKLEQEEEDHGASETKKKQQLKEKKEKKQLMKEKKEKQKQLMKEEKEKQKQLMKEKKKKQKQLVKEKEKQCQTKEEMHQAKQKQEDQSQPHREPGAKQKQELQTPSVRPGEKAENKGKRKVPEVEREQEIVSKKKKQSHPLEEDDSGVEVNYKEEKEKRFKQSKKKQTKPTEVPRLQLSSGFAWDVSLDTLAPAMPPREDSSDSEDEEASQATLKKSKKGKELEKQEAEKELSRIEAALMDPNWKPETADDFDRLVLSSPNSSILWLQYMAFHLHATEIEKARAVAERALKSISFREEQEKLNVWVALMNLENMYGSKETLTKVFERAVQYCEPLKVYFQLADIYTKSEKYQAAEELYSRMLKRFRQEKTVWIRYGAFLLQRGQADANHRLLQRSFNCLPQKEHVDVISKFAQLEFQLGDAERAKAMFETTLSSYPKRTDVWSVYIDMIIKYGSQKEARDIFERVVHLSLAPKRMKFFFKRYLDYEKQHGTAETVQAVKEKALAYVEATGTLAES

Target ORF information:

RefSeq Version	XM_016428608.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica programmed cell death 11 (PDCD11), mRNA.

Target ORF information:

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

XM_016428608.1

ORF Insert Sequence:

ATGGCATCCC AGGAAGACAG TTTCCCTCGA GGGGGTTCAA AAAAGAAGGC ACATCCAGTA 
AAAGCTCCTC AGCAGCCAAT TGAACATGAT AATTTATTTG ATATTCCCAC TGAAGAAGGA 
TCCCGCAAAA GAAAAAGGAA CCCAGAGCAA GCTGCTAAAA ATAAAAGGTC AAAAACAGAA 
AAAAAAGAAC CCAGCAAATC TGAAGCAGAG CAAAGTGGGA TTCTCAGTAT TGAGGTTCTG 
AGTGAAGGAA TGAGACTCCT GGGCTGTGTG AAAGAGGTAA ATAATTTGGA GCTTGTGATC 
AGCCTGCCTA ATGACCTCTG GGGATATGTG CAAGCAACCA ATATCTGTGA TGCCTATACA 
AAGAAACTGA ACGAGCAGGT GGATCGAGAG GAGCCTCTGG AGGACTTGGC TCCCTTGTCC 
AAGTTGTTCC AGCCGGGGAT GCTGGTACGC TGTGCTGTCA GCAGCCTAAA GTCCACCTCA 
AAGAAAAATA AGAGCATCAA GCTGTCTCTA AACCCCAAGG ATGTTAATGG AGTTCTCAGT 
CCTGCTGCCC TGAAGCCAGG CATGCTACTC ACAGGCACAG TAGACAGTGT GGAGGACCAT 
GGCTACCTGG TGGATATTGG TGTAGGAGGG ACCAAAGCCT TCCTGCCTTG GCAAAAAGAG 
CAAGAGTATG TCAAACAGAA GAACAAAGGT ACTAAACTTC AGGTTGGCCA GTATCTGAAC 
TGCCTTATTG AAGAAGTAAA AGGCAATGGG GGGAGTGTCC GTCTGTCCAC TATTCAGTCA 
GAAGTTTCTG CTGCCATTGC TACGGAAGAG CAAAACTGGA CGCTAGATAA TCTACTACCA 
GGGCTGGTGG TTAAAGCTCA GGTGCAGAAG GTGACCCCTT ATGGTCTCTC CCTAAGCTTC 
CTCTCTTCCT TCACTGGACT AGTTGATTTT ATGCATTTGG ATTCTAAAAA GACTGGACAT 
TACTTCCAAA CCCAAATGGT GAGGGCCTGT ATCCTCTCAG TTCATCCACG TACCAAATCT 
GTCCGACTAA CCTTGCATTC CTCCTTCCTG CAAGCTGGTC GCCCCATCAC TCGCCTCTGC 
CACCATCTTA TTGGAGCTGT GTTGAATGAT GTGCCTGTCC AGAGCTTCTA TACAAAAGCT 
GGTGCCACCT TCAGGCTGAA GGATGGGTCT CTGGCTTATG CCCGGATCAG GCACCTCTCC 
CAGACTGAGA AGTCCTTTAA ACCAGAGAAG TTCAAGCCTG GAAATCTGCA CAGATGTCGG 
GTTATTGATT TTAGCCCAAT GGATGATCTG GCATTGTTAT CTCTGAAAAC GAGCATCATC 
GAAGCTCCAT TCCTGAGATA TCATGACATC CAGCCAGGGC AGATAGTTAA GGGCAAAGTG 
TTCACACTAA GATCCTATGG GATGATTGTG AAGGTGACCG AGCAAATCAA AGGCCTGGTA 
CCTACCTTGC ATTTGGCTGA TGTCCAGATA CGGAATCCTC AAAAAAAGTA TCGGGTCCAA 
GATGAGGTCA AATGCCGGGT TCTGATGTGT GACCCTGAGA ACAAGAAACT GCTAATGACT 
TTGAAAAAGA CCCTGGTGGA ATCTAGCCTG CCAGCTCTCA CAAACTACAA GGAAGCCAAG 
CCTGATTTAC AGACTCATGG TTTCATCAGC AGCATCAAGG ACTGTGGTTG CATTGTCAAG 
TTCTATAATG ATGTGAGGGG ATTGGTACCC CAGAGGGAAC TTGGTGCCCA ACCCATCTCA 
GCCCCGGAGG AAGTCTTCTA TGTAGGACAG GTGGTGAAGG TCACAGTGCT GAAAAGTGAG 
CCTGAGCAGG AGAGGATGCT CTTGTCCTTC AGGCTGTCCA ATGACAAAGA AATGGAAAGC 
ACAGCCCAGA GCCAGAAGAA AGCCATGGTC AAGACCGGAC AGTTAGTAGA TGTGAAGGTG 
AAAAAGAAAA CTGAGAAGGG ATTGGAGGTG TCCATCCTAC CTGACGACAT CAGTGCTTTG 
CTTCCCACAA CCCATCTGTC AGACAATGTC ACCAATAGTC AGTTGCTCTG CTACTGGCTC 
CAGGCAGGTG ACATCCTCCA CAAGGTCTTG TGTCTGAGCC ACAGTGATGG TCACATTGTC 
CTATGCAGGA AACCAGCTCT GATCTCTGCT GTGGAAAGTG GCCAGGATCC CAAGGTCTTT 
TCTGAATTTC AGCCTGGGAT GCTGCTTACA GGTTTTGTGA AAAGTATCAA GGCTTATGGC 
ATCTTTGTCC AGTTCCCATC AGGCCTCAGT GGATTGGCTC CCAAATCAGC CTTGAGTGAC 
AAGTTTGTGA CTACAATCAG TGACCACTTC GTAGAAGGGC AGACAGTGGT TGCAAAGGTG 
ACCAATGTGG ATGAGGAGAA ACAACGGATG CTGCTCTCCC TCCGCCTGTC AGATGTCAGC 
CAGGAAGATA CAACTGCAAG TTCTCTTACC CTCCTAAGCC AGTGTTTGGA AGAGCTGCAA 
GGTGTTCGAA GCCTCATGAG CAGTCGAGAT TCTGTGTTGA CTCAAACATT GGCTGAGATG 
ACCCCAGGGC TACTTGTGGA TTTGGTGGTT CAAGACATGT CAAGTGATGG CTCTCTGGTA 
TTCAGTAATG GCTCGGTGCC TGGCCTGGTA TTGAGGGCCA GCAAATATCA CCAGGGAGGG 
AAGGCAGTGG ATCCTGGACA AAGAACAAAA GCTGTCATCC TTCATGTTGA TACACAGAAG 
TCAGAGGTTC ACGTTTCTCT GCGCCAGGAG CTGGTGAATA GAAAAGTCAA GCAGCTGAAG 
AAAGACACTG AGCACCGAGC AGTTATAGAA CATTTGGAAA AGACATTTGC CATAGCTTCC 
TTAGTGGAGA CTGGTCAGCT TATAGCTTTC CCAGTGGCCT CTCACCTCAA TGATACCTTC 
CGTTTTGACT CAGAGAAGCT ACAGGTTGGT CAGGGGGTCT CTGTGATCAT CAAGAGTACG 
AAGCCCTGTG ACATTGGTCT CTTCTTAGCT GTTGAGAGCT CTGTCAAGAA GAGGACCCCG 
GCTCTGCCCT CAGTAGCTCC TGAGTCTGCA GGGCAAGATC CAGGAGTGGT GAGCGAACTG 
CTGGAGAAAC CCACCTTGCC CATTGGGGAG ATGGTCACTG GAACTGTGAA GTCTATCAAG 
GCCACCCATG TCATTGTGAC CCTCGAGAAT GGTCTTACTG GCTATATCCA TGCCTCCCAG 
ATCCTGGATG ATGTATCTCA TGGCACCCAC CCCACTACCA CACTTAAAGT TGGAAATCCA 
GTCACTGCTC GAGTAATTGG CCAGAGAACT TGGCTTACTC ACAAATCCCT CCCAATTAGC 
CATCCATCCA GTACGCAGAC TGTCTCTGAG CTGAGTATTC GACCAAGTGA GCTTGAGAAA 
AACATCAGCA GTGACCCCAG CACTCAGTCC TCTAGCCCCA CAGAGAAGCT CAAGCAGTAT 
TTTCCTGGCC AAACGGTGGT CTGTTTTATG AGAAAGTTCA ATGTAATCAA GAAATGGCTT 
GAGGTGGAGA TTACTTCTGA CATCCGGGGA AGAATTCCTC AGCTGCTGAC CTCTCTCAGT 
TTCAAGGTCT GTGTATCTGT CACCTGTGGG CAATCCTCAC TTGGAGCTGG AATTCAAATT 
GTATGCCCCA TTGACAGGCC AAGAGTTTCA CTTTCACATA GGAAGAATGG CACAAAAAGC 
AGTTTGGAGT TAAGCCTCTC TCTCTCCCTG CCTCTGTCTC TCTCCTTTAG AACAAATCCT 
AAGATGAAAA GCAAAATAGA AGACCCTGAA GTGACCTCGA TGAAAGACAT TAAAGAAGGG 
CAGCTCCTCC GGGGCTACGT GGAGGCCATC AAAAAGCAGG GGATATTTTT TCGCATTAGC 
CCCACACTTG TGGGCCGGGT CAAGTACCAG CATGTTACCA CATACCTCCC GTTTGACCGA 
GCTTTGTACC AAACCTACCT CCCAGAAGGA AAGCTACTCT CAGCCAAGGT CTTGAGGGTG 
AACCGGAAAC AGAACCTGTT GTATCTGTCC TTCCTCCCCA AGGACACTGG GAAGCCAGAT 
GTGTTTCCTG AATCTTTGGG CCTGCCACCA CGGGACCAGG AAAGGGAGTT GCTCAGCAAT 
CAGCCAAAGA AGAAGCGGAA ATTGGAACAA GAGGAGGAAG ATCATGGTGC CTCTGAGACA 
AAAAAGAAGC AGCAGCTGAA AGAGAAGAAG GAAAAGAAGC AGCTGATGAA AGAGAAGAAA 
GAGAAACAGA AACAACTAAT GAAAGAGGAA AAGGAAAAAC AGAAGCAGCT GATGAAAGAG 
AAGAAGAAGA AACAGAAGCA GCTGGTGAAA GAGAAGGAGA AGCAGTGTCA GACAAAAGAG 
GAGATGCACC AAGCAAAACA GAAACAGGAG GACCAGAGTC AGCCACACAG AGAACCTGGG 
GCAAAACAGA AACAGGAGTT GCAAACGCCC TCTGTCAGGC CAGGAGAGAA GGCAGAAAAT 
AAAGGGAAGC GGAAGGTACC AGAGGTGGAA AGAGAACAGG AGATAGTGAG CAAGAAGAAA 
AAGCAAAGCC ATCCACTGGA AGAAGATGAT AGCGGAGTTG AAGTTAATTA TAAGGAGGAG 
AAAGAGAAGA GATTTAAGCA GTCCAAGAAG AAGCAGACCA AGCCCACAGA AGTCCCCAGG 
CTGCAGCTAT CTTCGGGCTT TGCTTGGGAC GTGAGTCTGG ATACACTGGC CCCAGCCATG 
CCACCCCGAG AGGACAGTTC GGACAGCGAA GATGAGGAAG CAAGCCAAGC CACGCTAAAG 
AAAAGCAAGA AAGGCAAGGA GTTGGAGAAG CAAGAGGCAG AGAAGGAGCT GTCACGAATT 
GAGGCAGCCC TCATGGACCC AAATTGGAAG CCTGAGACTG CGGACGATTT TGACAGACTG 
GTCCTGAGCT CCCCCAACAG CTCCATCCTC TGGCTGCAGT ATATGGCTTT CCACCTGCAT 
GCCACAGAGA TTGAGAAGGC CCGAGCTGTG GCTGAGAGGG CTCTTAAGTC CATCTCCTTC 
AGAGAAGAGC AGGAGAAGCT GAATGTGTGG GTGGCCCTGA TGAATCTGGA GAACATGTAT 
GGCTCAAAGG AGACCCTGAC TAAGGTCTTT GAGCGGGCTG TGCAATACTG TGAGCCTTTG 
AAGGTCTACT TCCAACTGGC TGACATCTAC ACCAAATCAG AGAAGTACCA GGCAGCTGAA 
GAACTCTACA GTCGGATGCT GAAACGTTTC CGACAAGAGA AGACCGTGTG GATCAGATAT 
GGTGCCTTCC TCCTTCAGAG GGGCCAGGCT GATGCCAATC ACCGCCTGCT GCAGCGATCC 
TTCAATTGTC TGCCGCAGAA AGAACATGTG GATGTCATCT CCAAATTTGC CCAGCTGGAG 
TTCCAGCTGG GGGATGCAGA ACGAGCCAAG GCCATGTTTG AGACCACACT TAGCAGCTAC 
CCAAAGCGCA CAGACGTCTG GTCTGTCTAC ATTGACATGA TCATTAAGTA CGGGAGCCAG 
AAGGAAGCCC GGGACATCTT TGAGCGAGTG GTACATCTGA GCCTGGCCCC CAAGCGGATG 
AAATTCTTCT TCAAACGCTA CCTGGACTAT GAGAAACAGC ATGGCACAGC TGAAACGGTG 
CAAGCTGTCA AGGAGAAGGC CTTGGCCTAT GTGGAGGCCA CGGGCACTCT TGCTGAAAGC 
TAG

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

PubMed

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PDCD11 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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