TOPORS cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	TOPORS
Entrez Gene ID	100469707
Full Name	TOP1 binding arginine/serine rich protein
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019809021.1	XP_019664580.1	E3 ubiquitin-protein ligase Topors

Pathways from BioSystems
Gene Ontology

The following TOPORS gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TOPORS 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
OAc15270	XM_019809021.1 Latest version!	Ailuropoda melanoleuca TOP1 binding arginine/serine rich protein (TOPORS), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

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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)

TOPORS ( XM_019809021.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019664580.1 Ailuropoda melanoleuca TOP1 binding arginine/serine rich protein (TOPORS), mRNA.

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CloneID	OAc15270
Clone ID Related Accession (Same CDS sequence)	XM_019809021.1
Accession Version	XM_019809021.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3132bp) 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	E3 ubiquitin-protein ligase Topors
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218754.1) 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 AGCAGCCGCC GGGGTCTCCG CTGTCTCGCG AGGAGGGTGA AGCGCCCCCT 
CCTGCTCCCG CTCCTGAGGG CCGGCGGAGA AGTCGCCGGG TACGCCTTCG CGGATCCTGC 
CGTCACCGAC CTAGCTTTCT GGGCCGCCAG GAGCTTGGCA CGAGCGCCCC AGCTGGGACT 
GCGCCGGTAT CTTCCGAGAT AATGGCATCA GCTGCTAAGG AATTTAAAAT GGACAACTTT 
TCACCTAAAG CCGGTACTAG CAAATTGCAA CAGACAGTAC CAGCTGATGC ATCTCCTGAT 
TCTAAGTGTC CTATATGTTT GGATAGATTT GATAATGTGT CTTACTTAGA TCGCTGCTTA 
CATAAGTTCT GTTTTCGCTG TGTACAGGAG TGGTCAAAAA ACAAAGCTGA ATGTCCACTA 
TGTAAACAGC CCTTTGATTC TATTTTCCAT TCTGTGAGGG CAGAAGATGA CTTCAAGGAG 
TATGTCCTCA GGCCTTCATA TAATGGTTCT TTTGCAACCC CTGATGTTCC ACGATTTCGC 
TATCGTACAA CTATGACAAG GGATCGAAGT GCTTCTGTTT ATTCACCTAA TAATACCATG 
AGTAGAAGAA CAACAACTCC ACCAGATAGT GGAGTACTAT TTGAAGGGTT AGGCATTTCA 
ACAAGACCTA GAAATGGTGA AATTCCTCAA CTTATGAGAC AGATTGCAAT TAGGAGACCA 
ACTACTGCAG ATGAAAGATC TTTGCGGAAA ATTCAAGAAC AGGATATTAT TAATTTTAGA 
CGAACTCTCT ACCGTGCTGG TGCCCGTGTT AGAAATATTG AAGATGGTGG TCGCTGCAGG 
GATATTTCAG CTGAATTTTT CCGTAGAAAT CCAGCTTGCC TTCACAGATT AGTCCCCTGG 
TTAAAACGTG AACTTACAGT TCTTTTTGGA GCTCATGGAT CTTTAGTGAA TATCGTCCAG 
CACATCATCA TGAGTAATGT TACTCGCTAT GACTTGGAGA GTCGGGAATT TGTGTCTGAC 
TTAAGACCAT TTCTACTTAA TCGGACTGAG CATTTTATAC ATGAATTTAT CAGTTTTGCT 
CGATCTCCTT TTAACATGGC AGCTTTTGAC CAGCATGCTA ATTATGATTG CCCTGCTCCT 
TCATATGAAG AAGGTAGCCA TTCTGATTCT TCAGTCATAA CAATATCTCC TGATGAAGCT 
GAGACCCAAG AGTTGGATAT CAATGTAACC ACTGTTAGTC AGGCACCATG GGATGATGAA 
ACTCCAGGGC CATCTTACTC AAGCTCAGAG CAGGTGCATG CTGCCATGTC TTCCCTCTTA 
AATACTTCTG ATAGTTCAGA TGAAGAACTT GTAACAGGAA GAGCCGCGTC TCAGATACAA 
GGAGTACAAA CTAATGAAGA CCTAAATAAT GACAGTGATT CGTCTTCTGA TAATTGTGTC 
ATTGTTGGGT TTGTTAAACC ACTAGCTGAG AGGACCCCAG AACTTGTTGA ACTGTCCTCT 
GATTCTGAGG AGTTAGGCTC TTATGAGAAA ATGGAGACTA TGAAGATGCA AGAACAGTCC 
TACAGTTCTG GTGATAGTGA TGTTAGTAGA TGTTCATCTC CACGTTCTGT CCTTGGAAAG 
GATGAGCAAA TAAATAAAGG TCATTGCGGT TCTGGTAAAA GAATCAAGTC AAAGAAGGAA 
GAGAAACACT CTGCGTCCTT GTCATCTCCC AGAGACCTGA GCTCATCTAT CAGAGGAGAC 
AGAGTATATT CCCCATACAA CCGTAGACAC AGGAGGAGGG GAAGATCAAG AAGTTCAGAT 
TCACGTTCCC AGAGTAGAAG TGGGCATGAT CAGAAGAATC GTAGAAAACA TCATGGCAAG 
AAAAGGATGA AAAGCAAAAG ATCCAGAAGC AGGGAGAGTA GCAGACCTAG AGGTAGAAGA 
GACAAAAAGA GATCAAGAAC TAGAGATAGC AGTTGGTCAA GAAGAAGCCA AACTCTCTCT 
CTCAGTAGTG AAAGCACAAG CAGATCAAGA TCTCGTAGCA GTGATCATGG TAAAAGAAGA 
TCACGGAGCA GAAATAGAGA TCGTTATTAT TTAAGAAATA ATTACGGAAG CAGATATAAG 
TGGGAGTATA CTTACTATAG TAGAAACAAG GACAGGGATG GCTATGAATC ATCTTACAGG 
AGGAGAACTC TGTCCAGAGC TCATTATTCC AGACAATCTT CAAGTCCAGA ATTTAGAATT 
CAGTCCTTTT CTGAAAGAAC AAATGCTAGG AAAAAAAACA ATCACAGTGA AAGGAAATAT 
TACTACTATG AAAGGCACAG ATCAAGGAGC CTGTCCAGTA ATAGATCAAA GACTGCATCT 
ACAGGGCCTG AGTGGGTAAG AAATGAAAAG CCCGGGGGGA AACGAAAATA CAAGACACGA 
CATTTGGAGG GCACTAATGA AGTGGCTCAA CCTTCTCGTG AATTTGCTTC TAAAGTAAAG 
GAAGGTCATT ACCAAAAATC CTCATCAAAA TTGGATGGCA GCCACAAAAA TGAGAGTGAC 
AGCTTTTCAG ACAGCCGATC ATCAGAGAGA GAGACAAAAT ACAAGAGGAA AAAAAGGAGG 
ACCCGGAGCC TAAGTGTAGA GATAGTTTAT GAAGGGAAAG CTACTGATAC AACTAGACAT 
CATAAAAAGA AAAAGAAGAA GCACAAGAAG AAGCATAAGA AACATCATGG GGACAATCCT 
TCACGTTCAC CAGTCGTAAT TACCATTGAC AGTGATAGTG ATAAGGATTC TGAAGTAAAG 
GAGGATATAG AATGTGACAA TAGAGGTCCT CAGGACTCTG TACAAAATGA ATTTTTGCCT 
CCTCCCTTGG AACCATTTGA AGCTAAAGAT GTAGTTACAA TAGAAGATGA ATTTGGCATC 
CTAGACAAGG AGTGTAGTAT TACCACACTT AATAACAACT TGAGTAATGC CAACAAAACT 
GTGGATAATA TTCCAGCCCA GGCAGCTTCA GTTGAACAAA CTCTTGATAT AAGAGAAGAG 
ACTACTTTTG CCTCTGATTT GGAGAACCAG CCAAGTAATG TCTCTATTCA AACTGAGCCA 
TCAAGGCAAT TGCCATCTCC ACGGACATCA TTAATGTCAG TGTCTCTCGG TAGAGACCAT 
GATATGTCTT AA

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

RefSeq	XP_019664580.1
CDS	286..3417
Translation	MGSQQPPGSPLSREEGEAPPPAPAPEGRRRSRRVRLRGSCRHRPSFLGRQELGTSAPAGTAPVSSEIMASAAKEFKMDNFSPKAGTSKLQQTVPADASPDSKCPICLDRFDNVSYLDRCLHKFCFRCVQEWSKNKAECPLCKQPFDSIFHSVRAEDDFKEYVLRPSYNGSFATPDVPRFRYRTTMTRDRSASVYSPNNTMSRRTTTPPDSGVLFEGLGISTRPRNGEIPQLMRQIAIRRPTTADERSLRKIQEQDIINFRRTLYRAGARVRNIEDGGRCRDISAEFFRRNPACLHRLVPWLKRELTVLFGAHGSLVNIVQHIIMSNVTRYDLESREFVSDLRPFLLNRTEHFIHEFISFARSPFNMAAFDQHANYDCPAPSYEEGSHSDSSVITISPDEAETQELDINVTTVSQAPWDDETPGPSYSSSEQVHAAMSSLLNTSDSSDEELVTGRAASQIQGVQTNEDLNNDSDSSSDNCVIVGFVKPLAERTPELVELSSDSEELGSYEKMETMKMQEQSYSSGDSDVSRCSSPRSVLGKDEQINKGHCGSGKRIKSKKEEKHSASLSSPRDLSSSIRGDRVYSPYNRRHRRRGRSRSSDSRSQSRSGHDQKNRRKHHGKKRMKSKRSRSRESSRPRGRRDKKRSRTRDSSWSRRSQTLSLSSESTSRSRSRSSDHGKRRSRSRNRDRYYLRNNYGSRYKWEYTYYSRNKDRDGYESSYRRRTLSRAHYSRQSSSPEFRIQSFSERTNARKKNNHSERKYYYYERHRSRSLSSNRSKTASTGPEWVRNEKPGGKRKYKTRHLEGTNEVAQPSREFASKVKEGHYQKSSSKLDGSHKNESDSFSDSRSSERETKYKRKKRRTRSLSVEIVYEGKATDTTRHHKKKKKKHKKKHKKHHGDNPSRSPVVITIDSDSDKDSEVKEDIECDNRGPQDSVQNEFLPPPLEPFEAKDVVTIEDEFGILDKECSITTLNNNLSNANKTVDNIPAQAASVEQTLDIREETTFASDLENQPSNVSIQTEPSRQLPSPRTSLMSVSLGRDHDMS

Target ORF information:

RefSeq Version	XM_019809021.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca TOP1 binding arginine/serine rich protein (TOPORS), mRNA.

Target ORF information:

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

XM_019809021.1

ORF Insert Sequence:

ATGGGGTCGC AGCAGCCGCC GGGGTCTCCG CTGTCTCGCG AGGAGGGTGA AGCGCCCCCT 
CCTGCTCCCG CTCCTGAGGG CCGGCGGAGA AGTCGCCGGG TACGCCTTCG CGGATCCTGC 
CGTCACCGAC CTAGCTTTCT GGGCCGCCAG GAGCTTGGCA CGAGCGCCCC AGCTGGGACT 
GCGCCGGTAT CTTCCGAGAT AATGGCATCA GCTGCTAAGG AATTTAAAAT GGACAACTTT 
TCACCTAAAG CCGGTACTAG CAAATTGCAA CAGACAGTAC CAGCTGATGC ATCTCCTGAT 
TCTAAGTGTC CTATATGTTT GGATAGATTT GATAATGTGT CTTACTTAGA TCGCTGCTTA 
CATAAGTTCT GTTTTCGCTG TGTACAGGAG TGGTCAAAAA ACAAAGCTGA ATGTCCACTA 
TGTAAACAGC CCTTTGATTC TATTTTCCAT TCTGTGAGGG CAGAAGATGA CTTCAAGGAG 
TATGTCCTCA GGCCTTCATA TAATGGTTCT TTTGCAACCC CTGATGTTCC ACGATTTCGC 
TATCGTACAA CTATGACAAG GGATCGAAGT GCTTCTGTTT ATTCACCTAA TAATACCATG 
AGTAGAAGAA CAACAACTCC ACCAGATAGT GGAGTACTAT TTGAAGGGTT AGGCATTTCA 
ACAAGACCTA GAAATGGTGA AATTCCTCAA CTTATGAGAC AGATTGCAAT TAGGAGACCA 
ACTACTGCAG ATGAAAGATC TTTGCGGAAA ATTCAAGAAC AGGATATTAT TAATTTTAGA 
CGAACTCTCT ACCGTGCTGG TGCCCGTGTT AGAAATATTG AAGATGGTGG TCGCTGCAGG 
GATATTTCAG CTGAATTTTT CCGTAGAAAT CCAGCTTGCC TTCACAGATT AGTCCCCTGG 
TTAAAACGTG AACTTACAGT TCTTTTTGGA GCTCATGGAT CTTTAGTGAA TATCGTCCAG 
CACATCATCA TGAGTAATGT TACTCGCTAT GACTTGGAGA GTCGGGAATT TGTGTCTGAC 
TTAAGACCAT TTCTACTTAA TCGGACTGAG CATTTTATAC ATGAATTTAT CAGTTTTGCT 
CGATCTCCTT TTAACATGGC AGCTTTTGAC CAGCATGCTA ATTATGATTG CCCTGCTCCT 
TCATATGAAG AAGGTAGCCA TTCTGATTCT TCAGTCATAA CAATATCTCC TGATGAAGCT 
GAGACCCAAG AGTTGGATAT CAATGTAACC ACTGTTAGTC AGGCACCATG GGATGATGAA 
ACTCCAGGGC CATCTTACTC AAGCTCAGAG CAGGTGCATG CTGCCATGTC TTCCCTCTTA 
AATACTTCTG ATAGTTCAGA TGAAGAACTT GTAACAGGAA GAGCCGCGTC TCAGATACAA 
GGAGTACAAA CTAATGAAGA CCTAAATAAT GACAGTGATT CGTCTTCTGA TAATTGTGTC 
ATTGTTGGGT TTGTTAAACC ACTAGCTGAG AGGACCCCAG AACTTGTTGA ACTGTCCTCT 
GATTCTGAGG AGTTAGGCTC TTATGAGAAA ATGGAGACTA TGAAGATGCA AGAACAGTCC 
TACAGTTCTG GTGATAGTGA TGTTAGTAGA TGTTCATCTC CACGTTCTGT CCTTGGAAAG 
GATGAGCAAA TAAATAAAGG TCATTGCGGT TCTGGTAAAA GAATCAAGTC AAAGAAGGAA 
GAGAAACACT CTGCGTCCTT GTCATCTCCC AGAGACCTGA GCTCATCTAT CAGAGGAGAC 
AGAGTATATT CCCCATACAA CCGTAGACAC AGGAGGAGGG GAAGATCAAG AAGTTCAGAT 
TCACGTTCCC AGAGTAGAAG TGGGCATGAT CAGAAGAATC GTAGAAAACA TCATGGCAAG 
AAAAGGATGA AAAGCAAAAG ATCCAGAAGC AGGGAGAGTA GCAGACCTAG AGGTAGAAGA 
GACAAAAAGA GATCAAGAAC TAGAGATAGC AGTTGGTCAA GAAGAAGCCA AACTCTCTCT 
CTCAGTAGTG AAAGCACAAG CAGATCAAGA TCTCGTAGCA GTGATCATGG TAAAAGAAGA 
TCACGGAGCA GAAATAGAGA TCGTTATTAT TTAAGAAATA ATTACGGAAG CAGATATAAG 
TGGGAGTATA CTTACTATAG TAGAAACAAG GACAGGGATG GCTATGAATC ATCTTACAGG 
AGGAGAACTC TGTCCAGAGC TCATTATTCC AGACAATCTT CAAGTCCAGA ATTTAGAATT 
CAGTCCTTTT CTGAAAGAAC AAATGCTAGG AAAAAAAACA ATCACAGTGA AAGGAAATAT 
TACTACTATG AAAGGCACAG ATCAAGGAGC CTGTCCAGTA ATAGATCAAA GACTGCATCT 
ACAGGGCCTG AGTGGGTAAG AAATGAAAAG CCCGGGGGGA AACGAAAATA CAAGACACGA 
CATTTGGAGG GCACTAATGA AGTGGCTCAA CCTTCTCGTG AATTTGCTTC TAAAGTAAAG 
GAAGGTCATT ACCAAAAATC CTCATCAAAA TTGGATGGCA GCCACAAAAA TGAGAGTGAC 
AGCTTTTCAG ACAGCCGATC ATCAGAGAGA GAGACAAAAT ACAAGAGGAA AAAAAGGAGG 
ACCCGGAGCC TAAGTGTAGA GATAGTTTAT GAAGGGAAAG CTACTGATAC AACTAGACAT 
CATAAAAAGA AAAAGAAGAA GCACAAGAAG AAGCATAAGA AACATCATGG GGACAATCCT 
TCACGTTCAC CAGTCGTAAT TACCATTGAC AGTGATAGTG ATAAGGATTC TGAAGTAAAG 
GAGGATATAG AATGTGACAA TAGAGGTCCT CAGGACTCTG TACAAAATGA ATTTTTGCCT 
CCTCCCTTGG AACCATTTGA AGCTAAAGAT GTAGTTACAA TAGAAGATGA ATTTGGCATC 
CTAGACAAGG AGTGTAGTAT TACCACACTT AATAACAACT TGAGTAATGC CAACAAAACT 
GTGGATAATA TTCCAGCCCA GGCAGCTTCA GTTGAACAAA CTCTTGATAT AAGAGAAGAG 
ACTACTTTTG CCTCTGATTT GGAGAACCAG CCAAGTAATG TCTCTATTCA AACTGAGCCA 
TCAAGGCAAT TGCCATCTCC ACGGACATCA TTAATGTCAG TGTCTCTCGG TAGAGACCAT 
GATATGTCTT AA