CAND2 cDNA ORF clone, Pteropus alecto(black flying fox)

Gene
Clones
gRNAs

Summary

Gene Symbol	CAND2
Entrez Gene ID	102893920
Full Name	cullin associated and neddylation dissociated 2 (putative)
Gene Type	protein-coding
Organism	Pteropus alecto(black flying fox)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006917637.2	XP_006917699.1	cullin-associated NEDD8-dissociated protein 2

Pathways from BioSystems
Gene Ontology

The following CAND2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CAND2 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
OPt21199	XM_006917637.2 Latest version!	Pteropus alecto cullin associated and neddylation dissociated 2 (putative) (CAND2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

CAND2 ( XM_006917637.2 ) cDNA ORF clone, Pteropus alecto(black flying fox) -> XP_006917699.1 Pteropus alecto cullin associated and neddylation dissociated 2 (putative) (CAND2), mRNA.

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CloneID	OPt21199
Clone ID Related Accession (Same CDS sequence)	XM_006917637.2
Accession Version	XM_006917637.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3711bp) 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	2018-05-06
Organism	Pteropus alecto(black flying fox)
Product	cullin-associated NEDD8-dissociated protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006440638.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Feb 10, 2016 this sequence version replaced XM_006917637.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Pteropus alecto Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCACCG CCGCCTTCCA CATCTCCAGC CTCTTGGAGA AGATGACGTC CAGCGACAAG 
GACTTCAGGT TCATGGCAAC TAGTGATCTG ATGTCAGAGC TGCAGAAGGA CTCCATCCAG 
CTGGATGAGG ACAGTGAGCG CAAGGTGGTA AAGATGCTGC TTAGGCTCCT GGAAGACAAG 
AATGGCGAGG TGCAGAACCT GGCGGTCAAG TGCCTGGGTC CTCTGGTGGG CAAAGTGAAG 
GAGTACCAGG TGGAGACCAT TGTGGATGCT CTATGTGCCA ACATGCGGTC AGACAAGGAG 
CAGCTCCGAG ACATCGCTGG CATCGGCCTC AAGACCGTCC TGTCAGAACT CCCTGCTGCA 
GCCACAGGCT CTGGCCTGGC CACCAACGTG TGCAGGAAGA TCACTGGCCA GCTCACCAAT 
GCCATTGCCC AGCAAGAGGA TGTGGCCGTG CAGCTGGAAG CCCTGGACAT CCTCTCTGAC 
ATGCTGAGCA GGCTGGGTGC CCCATTGGGC GCCTTCCATG CCAGCCTCCT GCACTGTCTC 
CTGCCGCAGC TGAGCAGCCC GCGCCTGGCG GTGCGCAAGC GAGCTGTTGG GGCTCTTGGC 
CACCTAGCAG CTGCCTGCAG CACCGACCTC TTCATCGAGC TCGCTGACCA TCTCCTGGAC 
CGGCTTCCCG GCCCGCGCGC ACCTGCCAGC CCCGCCACCA TCCGCACCCT GATCCAGTGT 
TTGGGCAGCG TTGGCCGCCA GGCAGGTCAC CGCCTGGGGG CCCACCTGGA CCGCTTGGTG 
CCTCTGGTGG AGGAGTTCTG CAACTTGGAT GACGATGAGC TCCGGGAGTC TTGCCTCCAG 
GCCTTCGATG CTTTCCTGAG GAAGTGCCCC AAGGAGATGG GCCCTCATGT TCCCAATGTG 
ACCAGCCTGT GCCTTCAGTA CATGAAGCAT GACCCCAACT ATAACTATGA CAGTGATGGG 
GATGAGGAGC AGATGGAGAC AGAAGATAGT GAATTCAGTG AGCAAGAGAG TGAGGATGAA 
TACAGCGATG ATGATGACAT GAGCTGGAAG GTGCGCCGGG CGGCAGCCAA ATGCATGGCA 
GCCTTGATCA GCTCCCGGCC AGACCTGCTG TCTGACTTCC ACTGCACCCT GGCACCTGCG 
CTCATCCGCC GCTTCAAAGA ACGGGAGGAG AATGTCAAGG CTGATGTCTT CGGGGCTTAC 
ATCGTGCTGC TGCGGCAAAC ACGGCCCCCA AAAGGATGGC TGGAGGCAGT CGAGGAGCCC 
ACCCAGACTG GCAGCAACTT CCACATGCTT CGAGGGCAGG TGCCCCTTGT GATCAAGGCC 
CTGCAACGGC AGCTTAAAGA TCGGAGTGTC AGGGCCCGCC AGGGCTGCTT CAGTCTCCTC 
ACCGAGCTGG CGGGCGTCCT CCCTGGCAGC CTGGCAGAGC ACATGCCCAT TCTGGTAGCA 
GGCATCGTCT TCTCACTGGT GGACCGCTCC AGCTCTTCCA CTATCCGGAT GGATGCCTTG 
GCCTTCCTGC AGGGGCTGCT GGGCACAGAG CCAGCTGAGG CCTTCCATCC GCACCTGCCC 
ACCCTCCTGC CACCTGTGAT GGCCTGTGTG TCTGACCCTT TCTACAAGAT TGCGGCTGAG 
GCCCTGCTGG TGCTACAGGA GTTGGTGCGG GCCCTATGGC CCGTGGACAG GCCTCGGATG 
CTGGACCCCG AGCCATATGT TGGAGAAATG TCTGCGGCCA CCCTGGCACG TCTCCGTGCC 
ACTGACCTAG ACCAGGAGGT GAAGGAGCGG GCCATCTCCT GCATGGGCCA CCTCGTGGGC 
CACCTGGGTG ATCGGCTGGG GGATGACCTG GAGCCATCAT TATTGCTCCT CCTGGACCGC 
CTGAGGAATG AGATCACTCG GCTGCCTGCA GTCAAGGCAC TGACGCTAGT GGCCGTGTCC 
CCGCTACGGC TTGACCTGCA GCCCATCCTG GCCGACGCAC TGCCCATTCT GGCCTCATTT 
CTGCGCAAGA ACCAACGGGC ACTGCGGTTG GCCACACTGG CTGCTCTGGA TGCCCTGGCC 
CAGAGCCAGG GACTCAGCCT CCCTCCATCC GCTGTGCGAT CTGTGCTGGC CGAGCTGCCT 
GCTCTGGTCA ATGAGAGCGA TATGCATGTG GCCCAGCTGG CTGTGGACTT TCTTGCCACG 
GTAACCCAGG CCCAGCCAGC CTCTTTGGCT GAGGTCAGTG GCCCCGTGCT CTCAGAGCTG 
CTGCGGTTGC TGCGTTCACC CCTGCTGCCA GCAGGTGTTC TAGTGGCCGC TGAAGGCTTC 
TTGCAGGCTC TAGTGGGGAC CCGTCCCCCG TGTGTGGACT ATGCTGAGCT CATCAGCCTG 
CTCACTGCAC CTGTTTATGA CCAGGCTGTA GACGGCGGGC CAGGCCTCCA TAAGCAGGTG 
TTCCACTCTC TGGCTCGGTG TGTGGCAGCT CTTGCAGCTG CCTGTCCCCA GGAGGCAGCA 
GGCACAGCAA ACCGCCTGGT CTGTGATGCC CGGTCACCCA AATCCAGCAC GGCGGTCAAG 
GTCCTGGCGT TCTTGTCACT GGCTGAGGTG GGCCAGGTGG CCGGGCCAGG CCCCCAGCGG 
GAGCTGAAGG CAGTGCTCCT GGAAGCCTTG GGGTCACCCA GTGAGGACGT GAGAGCAGCT 
GCCTCCTATG CACTGGGCCG TGTGGGTGCT GGGAACCTAC CTGATTTCCT GCCCTTTCTG 
CTGGGGCAGA TCGAGGCCGA GCCCCGACGG CAGTACCTGC TATTGCACTC GCTCAGGGAG 
GCCCTGGGGG CTGCCCAGCC TGATAGCCTG AAGCCCTACG CGGAGGACAT CTGGGCCCTG 
CTGTTCCAGC GGTGTGAGGG CACTGAAGAG GGCACCCGGG GGGTGGTGGC CGAATGCATT 
GGGAAGCTGG TCCTCGTGAA CCCTCCATTC CTTCTGCCCC GATTCCGGAA GCAACTTGCT 
GCAGGTCAGC CTCACACCCG GAGCACTGTC ATCACAGCAG TCAAGTTCCT CATCTCGGAC 
CAGCCCCATC CCATCGACCC CCTCCTGAAG AGCTTCATCG GAGAGTTCAT GGAGAGCTTG 
CAGGACCCAG ACTTGAATGT GCGCCGGGCC ACTCTGGCTT TTTTCAACTC AGCTGTGCAC 
AACAAGCCCT CGTTGGTACG GGACCTGCTG GATGACATCT TGCCTCTCCT CTACCAGGAG 
ACGAAGATCC GCCGGGACCT CATCCGAGAG GTGGAGATGG GGCCCTTCAA GCACACAGTG 
GACGATGGGC TGGATGTGCG GAAGGCAGCC TTTGAGTGCA TGTACTCACT GCTTGAGAGC 
TGCCTGGGCC AGCTGGACAT CTGTGAGTTC CTGAACCATG TGGAGGACGG CCTGAAGGAC 
CACTACGATA TCCGGATGTT GACCTTCATC ATGCTTGCAC GATTGGCCAC CTTGTGTCCT 
GCACCCGTCC TGCAGAGGGT GGACCGGCTC ATTGAGCCAC TCAGGGCCAC CTGCACCGCC 
AAGGTCAAAG CTGGTTCTGT GAAGCAGGAG TTTGAGAAGC AAGATGAACT GAAGCGCTCT 
GCAATGAGGG CAGTGGCCGC CTTGCTGACC ATCCCAGAAG TGGGGAAAAG CCCCATCATG 
GCTGACTTCT CTTCCCAAAT CAGATCCAAC CCTGAACTTG CTGTCCTCTT TGAAAGCATC 
CAGAAGGATT CTGCTTCAGT CCCCAGCACA GATTCAATGG AACTCAGCTA G

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

RefSeq	XP_006917699.1
CDS	40..3750
Translation	MSTAAFHISSLLEKMTSSDKDFRFMATSDLMSELQKDSIQLDEDSERKVVKMLLRLLEDKNGEVQNLAVKCLGPLVGKVKEYQVETIVDALCANMRSDKEQLRDIAGIGLKTVLSELPAAATGSGLATNVCRKITGQLTNAIAQQEDVAVQLEALDILSDMLSRLGAPLGAFHASLLHCLLPQLSSPRLAVRKRAVGALGHLAAACSTDLFIELADHLLDRLPGPRAPASPATIRTLIQCLGSVGRQAGHRLGAHLDRLVPLVEEFCNLDDDELRESCLQAFDAFLRKCPKEMGPHVPNVTSLCLQYMKHDPNYNYDSDGDEEQMETEDSEFSEQESEDEYSDDDDMSWKVRRAAAKCMAALISSRPDLLSDFHCTLAPALIRRFKEREENVKADVFGAYIVLLRQTRPPKGWLEAVEEPTQTGSNFHMLRGQVPLVIKALQRQLKDRSVRARQGCFSLLTELAGVLPGSLAEHMPILVAGIVFSLVDRSSSSTIRMDALAFLQGLLGTEPAEAFHPHLPTLLPPVMACVSDPFYKIAAEALLVLQELVRALWPVDRPRMLDPEPYVGEMSAATLARLRATDLDQEVKERAISCMGHLVGHLGDRLGDDLEPSLLLLLDRLRNEITRLPAVKALTLVAVSPLRLDLQPILADALPILASFLRKNQRALRLATLAALDALAQSQGLSLPPSAVRSVLAELPALVNESDMHVAQLAVDFLATVTQAQPASLAEVSGPVLSELLRLLRSPLLPAGVLVAAEGFLQALVGTRPPCVDYAELISLLTAPVYDQAVDGGPGLHKQVFHSLARCVAALAAACPQEAAGTANRLVCDARSPKSSTAVKVLAFLSLAEVGQVAGPGPQRELKAVLLEALGSPSEDVRAAASYALGRVGAGNLPDFLPFLLGQIEAEPRRQYLLLHSLREALGAAQPDSLKPYAEDIWALLFQRCEGTEEGTRGVVAECIGKLVLVNPPFLLPRFRKQLAAGQPHTRSTVITAVKFLISDQPHPIDPLLKSFIGEFMESLQDPDLNVRRATLAFFNSAVHNKPSLVRDLLDDILPLLYQETKIRRDLIREVEMGPFKHTVDDGLDVRKAAFECMYSLLESCLGQLDICEFLNHVEDGLKDHYDIRMLTFIMLARLATLCPAPVLQRVDRLIEPLRATCTAKVKAGSVKQEFEKQDELKRSAMRAVAALLTIPEVGKSPIMADFSSQIRSNPELAVLFESIQKDSASVPSTDSMELS

Target ORF information:

RefSeq Version	XM_006917637.2
Organism	Pteropus alecto(black flying fox)
Definition	Pteropus alecto cullin associated and neddylation dissociated 2 (putative) (CAND2), mRNA.

Target ORF information:

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

XM_006917637.2

ORF Insert Sequence:

ATGAGCACCG CCGCCTTCCA CATCTCCAGC CTCTTGGAGA AGATGACGTC CAGCGACAAG 
GACTTCAGGT TCATGGCAAC TAGTGATCTG ATGTCAGAGC TGCAGAAGGA CTCCATCCAG 
CTGGATGAGG ACAGTGAGCG CAAGGTGGTA AAGATGCTGC TTAGGCTCCT GGAAGACAAG 
AATGGCGAGG TGCAGAACCT GGCGGTCAAG TGCCTGGGTC CTCTGGTGGG CAAAGTGAAG 
GAGTACCAGG TGGAGACCAT TGTGGATGCT CTATGTGCCA ACATGCGGTC AGACAAGGAG 
CAGCTCCGAG ACATCGCTGG CATCGGCCTC AAGACCGTCC TGTCAGAACT CCCTGCTGCA 
GCCACAGGCT CTGGCCTGGC CACCAACGTG TGCAGGAAGA TCACTGGCCA GCTCACCAAT 
GCCATTGCCC AGCAAGAGGA TGTGGCCGTG CAGCTGGAAG CCCTGGACAT CCTCTCTGAC 
ATGCTGAGCA GGCTGGGTGC CCCATTGGGC GCCTTCCATG CCAGCCTCCT GCACTGTCTC 
CTGCCGCAGC TGAGCAGCCC GCGCCTGGCG GTGCGCAAGC GAGCTGTTGG GGCTCTTGGC 
CACCTAGCAG CTGCCTGCAG CACCGACCTC TTCATCGAGC TCGCTGACCA TCTCCTGGAC 
CGGCTTCCCG GCCCGCGCGC ACCTGCCAGC CCCGCCACCA TCCGCACCCT GATCCAGTGT 
TTGGGCAGCG TTGGCCGCCA GGCAGGTCAC CGCCTGGGGG CCCACCTGGA CCGCTTGGTG 
CCTCTGGTGG AGGAGTTCTG CAACTTGGAT GACGATGAGC TCCGGGAGTC TTGCCTCCAG 
GCCTTCGATG CTTTCCTGAG GAAGTGCCCC AAGGAGATGG GCCCTCATGT TCCCAATGTG 
ACCAGCCTGT GCCTTCAGTA CATGAAGCAT GACCCCAACT ATAACTATGA CAGTGATGGG 
GATGAGGAGC AGATGGAGAC AGAAGATAGT GAATTCAGTG AGCAAGAGAG TGAGGATGAA 
TACAGCGATG ATGATGACAT GAGCTGGAAG GTGCGCCGGG CGGCAGCCAA ATGCATGGCA 
GCCTTGATCA GCTCCCGGCC AGACCTGCTG TCTGACTTCC ACTGCACCCT GGCACCTGCG 
CTCATCCGCC GCTTCAAAGA ACGGGAGGAG AATGTCAAGG CTGATGTCTT CGGGGCTTAC 
ATCGTGCTGC TGCGGCAAAC ACGGCCCCCA AAAGGATGGC TGGAGGCAGT CGAGGAGCCC 
ACCCAGACTG GCAGCAACTT CCACATGCTT CGAGGGCAGG TGCCCCTTGT GATCAAGGCC 
CTGCAACGGC AGCTTAAAGA TCGGAGTGTC AGGGCCCGCC AGGGCTGCTT CAGTCTCCTC 
ACCGAGCTGG CGGGCGTCCT CCCTGGCAGC CTGGCAGAGC ACATGCCCAT TCTGGTAGCA 
GGCATCGTCT TCTCACTGGT GGACCGCTCC AGCTCTTCCA CTATCCGGAT GGATGCCTTG 
GCCTTCCTGC AGGGGCTGCT GGGCACAGAG CCAGCTGAGG CCTTCCATCC GCACCTGCCC 
ACCCTCCTGC CACCTGTGAT GGCCTGTGTG TCTGACCCTT TCTACAAGAT TGCGGCTGAG 
GCCCTGCTGG TGCTACAGGA GTTGGTGCGG GCCCTATGGC CCGTGGACAG GCCTCGGATG 
CTGGACCCCG AGCCATATGT TGGAGAAATG TCTGCGGCCA CCCTGGCACG TCTCCGTGCC 
ACTGACCTAG ACCAGGAGGT GAAGGAGCGG GCCATCTCCT GCATGGGCCA CCTCGTGGGC 
CACCTGGGTG ATCGGCTGGG GGATGACCTG GAGCCATCAT TATTGCTCCT CCTGGACCGC 
CTGAGGAATG AGATCACTCG GCTGCCTGCA GTCAAGGCAC TGACGCTAGT GGCCGTGTCC 
CCGCTACGGC TTGACCTGCA GCCCATCCTG GCCGACGCAC TGCCCATTCT GGCCTCATTT 
CTGCGCAAGA ACCAACGGGC ACTGCGGTTG GCCACACTGG CTGCTCTGGA TGCCCTGGCC 
CAGAGCCAGG GACTCAGCCT CCCTCCATCC GCTGTGCGAT CTGTGCTGGC CGAGCTGCCT 
GCTCTGGTCA ATGAGAGCGA TATGCATGTG GCCCAGCTGG CTGTGGACTT TCTTGCCACG 
GTAACCCAGG CCCAGCCAGC CTCTTTGGCT GAGGTCAGTG GCCCCGTGCT CTCAGAGCTG 
CTGCGGTTGC TGCGTTCACC CCTGCTGCCA GCAGGTGTTC TAGTGGCCGC TGAAGGCTTC 
TTGCAGGCTC TAGTGGGGAC CCGTCCCCCG TGTGTGGACT ATGCTGAGCT CATCAGCCTG 
CTCACTGCAC CTGTTTATGA CCAGGCTGTA GACGGCGGGC CAGGCCTCCA TAAGCAGGTG 
TTCCACTCTC TGGCTCGGTG TGTGGCAGCT CTTGCAGCTG CCTGTCCCCA GGAGGCAGCA 
GGCACAGCAA ACCGCCTGGT CTGTGATGCC CGGTCACCCA AATCCAGCAC GGCGGTCAAG 
GTCCTGGCGT TCTTGTCACT GGCTGAGGTG GGCCAGGTGG CCGGGCCAGG CCCCCAGCGG 
GAGCTGAAGG CAGTGCTCCT GGAAGCCTTG GGGTCACCCA GTGAGGACGT GAGAGCAGCT 
GCCTCCTATG CACTGGGCCG TGTGGGTGCT GGGAACCTAC CTGATTTCCT GCCCTTTCTG 
CTGGGGCAGA TCGAGGCCGA GCCCCGACGG CAGTACCTGC TATTGCACTC GCTCAGGGAG 
GCCCTGGGGG CTGCCCAGCC TGATAGCCTG AAGCCCTACG CGGAGGACAT CTGGGCCCTG 
CTGTTCCAGC GGTGTGAGGG CACTGAAGAG GGCACCCGGG GGGTGGTGGC CGAATGCATT 
GGGAAGCTGG TCCTCGTGAA CCCTCCATTC CTTCTGCCCC GATTCCGGAA GCAACTTGCT 
GCAGGTCAGC CTCACACCCG GAGCACTGTC ATCACAGCAG TCAAGTTCCT CATCTCGGAC 
CAGCCCCATC CCATCGACCC CCTCCTGAAG AGCTTCATCG GAGAGTTCAT GGAGAGCTTG 
CAGGACCCAG ACTTGAATGT GCGCCGGGCC ACTCTGGCTT TTTTCAACTC AGCTGTGCAC 
AACAAGCCCT CGTTGGTACG GGACCTGCTG GATGACATCT TGCCTCTCCT CTACCAGGAG 
ACGAAGATCC GCCGGGACCT CATCCGAGAG GTGGAGATGG GGCCCTTCAA GCACACAGTG 
GACGATGGGC TGGATGTGCG GAAGGCAGCC TTTGAGTGCA TGTACTCACT GCTTGAGAGC 
TGCCTGGGCC AGCTGGACAT CTGTGAGTTC CTGAACCATG TGGAGGACGG CCTGAAGGAC 
CACTACGATA TCCGGATGTT GACCTTCATC ATGCTTGCAC GATTGGCCAC CTTGTGTCCT 
GCACCCGTCC TGCAGAGGGT GGACCGGCTC ATTGAGCCAC TCAGGGCCAC CTGCACCGCC 
AAGGTCAAAG CTGGTTCTGT GAAGCAGGAG TTTGAGAAGC AAGATGAACT GAAGCGCTCT 
GCAATGAGGG CAGTGGCCGC CTTGCTGACC ATCCCAGAAG TGGGGAAAAG CCCCATCATG 
GCTGACTTCT CTTCCCAAAT CAGATCCAAC CCTGAACTTG CTGTCCTCTT TGAAAGCATC 
CAGAAGGATT CTGCTTCAGT CCCCAGCACA GATTCAATGG AACTCAGCTA G