ANI_1_1694074 cDNA ORF clone, Aspergillus niger CBS 513.88

Gene
Clones
gRNAs

Summary

Gene Symbol	ANI_1_1694074
Entrez Gene ID	4982483
Full Name	VPS9 domain protein
Synonyms	An08g01680
Gene Type	protein-coding
Organism	Aspergillus niger CBS 513.88

mRNA and Protein(s)

mRNA	Protein	Name
XM_001392250.2	XP_001392287.2	VPS9 domain protein

Pathways from BioSystems
Gene Ontology

The following ANI_1_1694074 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANI_1_1694074 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
OAi04619	XM_001392250.2 Latest version!	Aspergillus niger CBS 513.88 VPS9 domain protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$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)

ANI_1_1694074 ( XM_001392250.2 ) cDNA ORF clone, Aspergillus niger CBS 513.88 -> XP_001392287.2 Aspergillus niger CBS 513.88 VPS9 domain protein, mRNA.

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CloneID	OAi04619
Clone ID Related Accession (Same CDS sequence)	XM_001392250.2
Accession Version	XM_001392250.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3918bp) 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	2011-03-02
Organism	Aspergillus niger CBS 513.88
Product	VPS9 domain protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NT_166524). On Jan 6, 2011 this sequence version replaced XM_001392250.1. Derived by automatic computational analysis using gene prediction method: Multi-Genome Gnomon.

ATGCACCCTC TAAATCCCTT CCTCCGTGCC TTCTTCCGAA GCACAGTTCC GGGGCAGTGT 
ATACCCACTG AGAATCATGT CCTCCTAGTA CCTGTCACGG AATCGCTGGT CGGATCGCGC 
GACCGCGAGT CATCCCTCTA CTACTCCGAT CTCGTCGTAT CCGAAGAATT CTTGGGAAGC 
CATACCTTGC GAATACCAGT GTCCACCGGG GCCGGCGGGG GTAAGGATGA CTCAAATATA 
CGTGATAGTC GGGGCAAAGC CAAACAAGTG ACAACGGTCA ACGGGCGCAC GGTGATTATC 
AAGGAGAATT CGGTGTATAG CAACAAAGGC TTCAAGTCCC TGAGCCAAGC CCAGCTGTTA 
TCCGATGCGC TGTACTATAA CAACAGCAAC GACTCTCAAC CATGGCTGAT CTACTACATC 
TCACGGCCGT TGATCGGCTC ATTCGACCCC GGAAAGATTG TCACTGCTGT AGTGCCTGGG 
ATGTTACCGA AGCGAGATAT CATAGGCAAC GGCACGAAGT CTAGTGAGCC CGTTTCGTCA 
CCTCCGAAGA AGGAAATAAA GACGTTTGGA GAACTCCTTT CTCATTTTCC GATGATTGCT 
CGGCAGATGC AGCCTGGCCT GGAGAGGTTG TTCAAGGAAT TCGGAAAGGA GCTGGGAAAA 
CCATTGCCAC CTCCGCCTTC TCGTTCGCCC CTAATATTTG ACGAATACGA ACGGAAGCAG 
AATAACAATG AGATAACTGC CGACGAATCT GCTTCTATCC GCAGTTCAGC GTCTCGTAAT 
CGGGAGGGCC TACCTTTCAA CTCCGAGGAG TACTTCGAGG ATGACGAGGA TCTGATGCGT 
CGGAGTCTAG AGACAGCTGT TACTGCCGCA ATTGACTTGT TTCGACTAGT GGATAAGCAA 
CAGTTGTCTT TTCTAGGTGC CACCACCGAT CTAACGGGAC CATTGGTGGA AAGGCTCATT 
GAGCGCTACG TCGCTGAACA GGTGCACGAA TCTCTTCTCT TCCCTCGTCT TTGCAGTTTC 
CGTCAACCAG AAGATGCAGA GCTAGACTCT AGGATTCGTT ACATGGAAAA CATCGACATA 
TCGCAAGTGG GCATAGTTGT CGATGGTGGA CGAGAGGGTA AGCGAGAGTT GCTACAGCGC 
ATCGGGAGAG CAGTGGAGGA GTTTCGCAAA ATGCTAGACG CCAAGTGCCC CCACGACATG 
TTGAACACTC TACTTCAGAC CATCAAACTT CTATCGTATC CTGGGAACTA CGATAGAGCG 
GGGTCTCTTG CATCGGAAAA ACAATACGCG CCGGTGACGA TCAACGCTGA TATTCTGGTT 
TCATTGTTAC TGGTTGTGGT CATCAGGTCT CAAGTAAAGA ACCTGCAAGC GAGGCTGATG 
TACATGCAAC ATTTTATATA CATCGACGAT GTTGACAGTG GTGAAATGGG CTATGCTCTG 
AGCACTCTCG AGGCTGTTCT TACCTACCTG GTGACCGATT CTGCGGGTCT CCGGCGAGCC 
AGTATCCGGA ACAGGCGCTT ATGGAATGCA ACCAAAGGCG GGCGTGTCGT GGACATGAAG 
GCCATATTAG AGCCAAATGG CGACCAGGAG TCGCTAGATG AAGTTCCATG TGAGCCCGAA 
GAAAGATCCG TTGCGTTCCG CACACATGAT GAGGATAATC TTTGTCATAG TCCACATGAG 
CCCTTACTTT TGCAGGACGC ACCATTCGAA ATGAACGTTT CTAGTGGGAC GGCGCATGAT 
GAGGAACCCT CCGATCCACC TCCTCTTTCT CATGTATTTC CTTTCCAGAC GTGGGCAAAC 
ACGTCCCCTC CGAAAGAGGT CCGACGCCCT GTAAAAAAGG TTTCCATGGA TGTCCGCAGC 
CTGTCCGAAT CATCCGGGAT ATCTCTAGCT TCCAGAACCA CGGGAATGGG CTCTATATCA 
AGCGCGATTG AGGGAGACAG TTCAATCGAG ACATTAACGA AAACGCAAGA TCCTGCAGGC 
GATTCGATTC CGATGATGGC CGTAGAAAGC CGCCAGCCAG ACGCCTTGAA ATACCTGCTG 
AGCCTTCAAG ATTACTATCC GCTGGCGGAT ATTCTCGAGG ACACAAACAC TAATGGGACA 
ACATTACTCA GTGCTGCTGT TCAGCTTGCT CATGTCGAAA TGGTGGACAT TCTATTGAAC 
TTCCTATTCA GTTCAACGGA TAAGCACACC ATTGCATCGT ACCTACAGAA GTCAGACATG 
CATGGGCGTA CGGTTGCACA CTACCTCTTC AGCACGCCAT CGGTAATGCA TAGGCTGGAA 
GGACTGCTGC CGTGGTGTCA ACGCGACAAG CATGGACAGA CGCCACTTTT CGCTCTATGC 
AGGTCTTACG ATCACCCGGA CTACAACACG ATGGTGAAAG AAGCACTCAC GGCCGCTCAA 
GTTGCCCAAG GTGATGGAAA GCCCTTGCGC CTCGATAATC ATGTCGACTC TAGAGGCAAT 
ACACTATTGC ATATCGTTAG CGATCCGGAA ATTACCATCC GGCTCTTGCA AGAATGTGAC 
TGTGATCCGA ACGCAACAAA TGATAAAAGG TTCACCCCTC TCATGATGGC CAGCAAGTAC 
GGCCGCATCG ACCAGGTCCG GATTCTTTTC ATGGACCCTA GAGTTGATGT GCACCTGAAA 
GAAAGCCGTG GTTTGACTGC CGTTGAGCTT GCTAAGGATG ATGAAGTGCG CAATCGTATT 
GACGATCTCA TCCTTCTCTC CAGCCCCCCA TCAGCCTACG ACGAGCAGTC CGGCCGTGTC 
ACGACCGTGG TGCGCTCGTA CTTTGTTGAG GATGCGACAG TGCGCTTCGT GCTGAAGTCC 
GGTGCCCCGA ACCCAACGGT GAACTCTGCA GAGTCCCGTC CTGCGTCAGG AACAACATTC 
ACAGTCACCA CATGCCGTCG CACGTTCTCT GACTTCGAGA ACCTTGCCAG ATGCCTATCC 
ATCGAGCATC CGGCTTCCTA CATGCCGTCT CTGTCCGACT TCCGTAGCCC TTTCCAAATT 
CATTCAAAAC CGTCCCGTTC TGTGCTCCAT GACATGCAAG AAAAGCTCGA CAGGTTCCTC 
AAGGTCTTAC TTACGCATCC AACTTTCGCC ACTCACGAGA TGTTGTGGGA GTTCTTTCTG 
GTTCCAGAAC TGCAACCTGA GATGATGGCA GACCGCTCAT ACCGCAAAGC CCAGGTCCTT 
ACGGAATCCA TCAACGACGA CTACGAACCC GTCACACCTG AAGGCATGCG CGAGACAGAG 
CAATTCGTCT CCCACGCCCA GGACATGGTT CGCGCTGTCC ACGTCAACAC TCGCAGTCTG 
CTCCGTCGCG GCCACGCTCT CCAAAACTCT GCTTCCGATA TTGCAGACGC CGTGGCCCTC 
TGTGCCTCCA TCATCTCAAC CCTTAAGGAA CCGACCAACG CTCTACCAGC CTCCTACGTG 
GACGCGTTCA CCCGCTACGC AACCCATCTC TCCACTTCAT CATCTGATTC CTCTCCTCTC 
CTTCAATTCC TCACGGCCCT GACCTCAATC GACGACACCA CAACCGCAAT CCTAGCGTCC 
CTCTCTCGCC CCATTTCCCT CATAAACAAC CTATCCTCCA CAAACAGAAA CCTCTCACGC 
AACCGCTCAT CCCTCGTATC TTCTTCCCTT CCCCGAAAAT TCAACATCAA TTTCCCGGGG 
CTCGAAGAAT CCCGCCAAAA GTCCGTCCGC GACCTCGAAA CCAAGATCCA GGATTCCGAA 
CTCCAAATCG CTCGTCTCTC CCGCGAAATC ACCTGGAACA AGGACGTGGT CGTCGGTGAA 
CTAGCAGGCT GGACCACATG GCGAGAGAAA GTCGGGCGAG ATGCCATCCG CTCCTTCGTC 
AGGGCAACCT TAGTCCGAGA ACGCGAACGA GGGAAGCGAC TAGAGCGGTG TTTGCGTGGA 
GTGCGCGAGA TGAGATAG

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

RefSeq	XP_001392287.2
CDS	1..3918
Translation	MHPLNPFLRAFFRSTVPGQCIPTENHVLLVPVTESLVGSRDRESSLYYSDLVVSEEFLGSHTLRIPVSTGAGGGKDDSNIRDSRGKAKQVTTVNGRTVIIKENSVYSNKGFKSLSQAQLLSDALYYNNSNDSQPWLIYYISRPLIGSFDPGKIVTAVVPGMLPKRDIIGNGTKSSEPVSSPPKKEIKTFGELLSHFPMIARQMQPGLERLFKEFGKELGKPLPPPPSRSPLIFDEYERKQNNNEITADESASIRSSASRNREGLPFNSEEYFEDDEDLMRRSLETAVTAAIDLFRLVDKQQLSFLGATTDLTGPLVERLIERYVAEQVHESLLFPRLCSFRQPEDAELDSRIRYMENIDISQVGIVVDGGREGKRELLQRIGRAVEEFRKMLDAKCPHDMLNTLLQTIKLLSYPGNYDRAGSLASEKQYAPVTINADILVSLLLVVVIRSQVKNLQARLMYMQHFIYIDDVDSGEMGYALSTLEAVLTYLVTDSAGLRRASIRNRRLWNATKGGRVVDMKAILEPNGDQESLDEVPCEPEERSVAFRTHDEDNLCHSPHEPLLLQDAPFEMNVSSGTAHDEEPSDPPPLSHVFPFQTWANTSPPKEVRRPVKKVSMDVRSLSESSGISLASRTTGMGSISSAIEGDSSIETLTKTQDPAGDSIPMMAVESRQPDALKYLLSLQDYYPLADILEDTNTNGTTLLSAAVQLAHVEMVDILLNFLFSSTDKHTIASYLQKSDMHGRTVAHYLFSTPSVMHRLEGLLPWCQRDKHGQTPLFALCRSYDHPDYNTMVKEALTAAQVAQGDGKPLRLDNHVDSRGNTLLHIVSDPEITIRLLQECDCDPNATNDKRFTPLMMASKYGRIDQVRILFMDPRVDVHLKESRGLTAVELAKDDEVRNRIDDLILLSSPPSAYDEQSGRVTTVVRSYFVEDATVRFVLKSGAPNPTVNSAESRPASGTTFTVTTCRRTFSDFENLARCLSIEHPASYMPSLSDFRSPFQIHSKPSRSVLHDMQEKLDRFLKVLLTHPTFATHEMLWEFFLVPELQPEMMADRSYRKAQVLTESINDDYEPVTPEGMRETEQFVSHAQDMVRAVHVNTRSLLRRGHALQNSASDIADAVALCASIISTLKEPTNALPASYVDAFTRYATHLSTSSSDSSPLLQFLTALTSIDDTTTAILASLSRPISLINNLSSTNRNLSRNRSSLVSSSLPRKFNINFPGLEESRQKSVRDLETKIQDSELQIARLSREITWNKDVVVGELAGWTTWREKVGRDAIRSFVRATLVRERERGKRLERCLRGVREMR

Target ORF information:

RefSeq Version	XM_001392250.2
Organism	Aspergillus niger CBS 513.88
Definition	Aspergillus niger CBS 513.88 VPS9 domain protein, mRNA.

Target ORF information:

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

XM_001392250.2

ORF Insert Sequence:

ATGCACCCTC TAAATCCCTT CCTCCGTGCC TTCTTCCGAA GCACAGTTCC GGGGCAGTGT 
ATACCCACTG AGAATCATGT CCTCCTAGTA CCTGTCACGG AATCGCTGGT CGGATCGCGC 
GACCGCGAGT CATCCCTCTA CTACTCCGAT CTCGTCGTAT CCGAAGAATT CTTGGGAAGC 
CATACCTTGC GAATACCAGT GTCCACCGGG GCCGGCGGGG GTAAGGATGA CTCAAATATA 
CGTGATAGTC GGGGCAAAGC CAAACAAGTG ACAACGGTCA ACGGGCGCAC GGTGATTATC 
AAGGAGAATT CGGTGTATAG CAACAAAGGC TTCAAGTCCC TGAGCCAAGC CCAGCTGTTA 
TCCGATGCGC TGTACTATAA CAACAGCAAC GACTCTCAAC CATGGCTGAT CTACTACATC 
TCACGGCCGT TGATCGGCTC ATTCGACCCC GGAAAGATTG TCACTGCTGT AGTGCCTGGG 
ATGTTACCGA AGCGAGATAT CATAGGCAAC GGCACGAAGT CTAGTGAGCC CGTTTCGTCA 
CCTCCGAAGA AGGAAATAAA GACGTTTGGA GAACTCCTTT CTCATTTTCC GATGATTGCT 
CGGCAGATGC AGCCTGGCCT GGAGAGGTTG TTCAAGGAAT TCGGAAAGGA GCTGGGAAAA 
CCATTGCCAC CTCCGCCTTC TCGTTCGCCC CTAATATTTG ACGAATACGA ACGGAAGCAG 
AATAACAATG AGATAACTGC CGACGAATCT GCTTCTATCC GCAGTTCAGC GTCTCGTAAT 
CGGGAGGGCC TACCTTTCAA CTCCGAGGAG TACTTCGAGG ATGACGAGGA TCTGATGCGT 
CGGAGTCTAG AGACAGCTGT TACTGCCGCA ATTGACTTGT TTCGACTAGT GGATAAGCAA 
CAGTTGTCTT TTCTAGGTGC CACCACCGAT CTAACGGGAC CATTGGTGGA AAGGCTCATT 
GAGCGCTACG TCGCTGAACA GGTGCACGAA TCTCTTCTCT TCCCTCGTCT TTGCAGTTTC 
CGTCAACCAG AAGATGCAGA GCTAGACTCT AGGATTCGTT ACATGGAAAA CATCGACATA 
TCGCAAGTGG GCATAGTTGT CGATGGTGGA CGAGAGGGTA AGCGAGAGTT GCTACAGCGC 
ATCGGGAGAG CAGTGGAGGA GTTTCGCAAA ATGCTAGACG CCAAGTGCCC CCACGACATG 
TTGAACACTC TACTTCAGAC CATCAAACTT CTATCGTATC CTGGGAACTA CGATAGAGCG 
GGGTCTCTTG CATCGGAAAA ACAATACGCG CCGGTGACGA TCAACGCTGA TATTCTGGTT 
TCATTGTTAC TGGTTGTGGT CATCAGGTCT CAAGTAAAGA ACCTGCAAGC GAGGCTGATG 
TACATGCAAC ATTTTATATA CATCGACGAT GTTGACAGTG GTGAAATGGG CTATGCTCTG 
AGCACTCTCG AGGCTGTTCT TACCTACCTG GTGACCGATT CTGCGGGTCT CCGGCGAGCC 
AGTATCCGGA ACAGGCGCTT ATGGAATGCA ACCAAAGGCG GGCGTGTCGT GGACATGAAG 
GCCATATTAG AGCCAAATGG CGACCAGGAG TCGCTAGATG AAGTTCCATG TGAGCCCGAA 
GAAAGATCCG TTGCGTTCCG CACACATGAT GAGGATAATC TTTGTCATAG TCCACATGAG 
CCCTTACTTT TGCAGGACGC ACCATTCGAA ATGAACGTTT CTAGTGGGAC GGCGCATGAT 
GAGGAACCCT CCGATCCACC TCCTCTTTCT CATGTATTTC CTTTCCAGAC GTGGGCAAAC 
ACGTCCCCTC CGAAAGAGGT CCGACGCCCT GTAAAAAAGG TTTCCATGGA TGTCCGCAGC 
CTGTCCGAAT CATCCGGGAT ATCTCTAGCT TCCAGAACCA CGGGAATGGG CTCTATATCA 
AGCGCGATTG AGGGAGACAG TTCAATCGAG ACATTAACGA AAACGCAAGA TCCTGCAGGC 
GATTCGATTC CGATGATGGC CGTAGAAAGC CGCCAGCCAG ACGCCTTGAA ATACCTGCTG 
AGCCTTCAAG ATTACTATCC GCTGGCGGAT ATTCTCGAGG ACACAAACAC TAATGGGACA 
ACATTACTCA GTGCTGCTGT TCAGCTTGCT CATGTCGAAA TGGTGGACAT TCTATTGAAC 
TTCCTATTCA GTTCAACGGA TAAGCACACC ATTGCATCGT ACCTACAGAA GTCAGACATG 
CATGGGCGTA CGGTTGCACA CTACCTCTTC AGCACGCCAT CGGTAATGCA TAGGCTGGAA 
GGACTGCTGC CGTGGTGTCA ACGCGACAAG CATGGACAGA CGCCACTTTT CGCTCTATGC 
AGGTCTTACG ATCACCCGGA CTACAACACG ATGGTGAAAG AAGCACTCAC GGCCGCTCAA 
GTTGCCCAAG GTGATGGAAA GCCCTTGCGC CTCGATAATC ATGTCGACTC TAGAGGCAAT 
ACACTATTGC ATATCGTTAG CGATCCGGAA ATTACCATCC GGCTCTTGCA AGAATGTGAC 
TGTGATCCGA ACGCAACAAA TGATAAAAGG TTCACCCCTC TCATGATGGC CAGCAAGTAC 
GGCCGCATCG ACCAGGTCCG GATTCTTTTC ATGGACCCTA GAGTTGATGT GCACCTGAAA 
GAAAGCCGTG GTTTGACTGC CGTTGAGCTT GCTAAGGATG ATGAAGTGCG CAATCGTATT 
GACGATCTCA TCCTTCTCTC CAGCCCCCCA TCAGCCTACG ACGAGCAGTC CGGCCGTGTC 
ACGACCGTGG TGCGCTCGTA CTTTGTTGAG GATGCGACAG TGCGCTTCGT GCTGAAGTCC 
GGTGCCCCGA ACCCAACGGT GAACTCTGCA GAGTCCCGTC CTGCGTCAGG AACAACATTC 
ACAGTCACCA CATGCCGTCG CACGTTCTCT GACTTCGAGA ACCTTGCCAG ATGCCTATCC 
ATCGAGCATC CGGCTTCCTA CATGCCGTCT CTGTCCGACT TCCGTAGCCC TTTCCAAATT 
CATTCAAAAC CGTCCCGTTC TGTGCTCCAT GACATGCAAG AAAAGCTCGA CAGGTTCCTC 
AAGGTCTTAC TTACGCATCC AACTTTCGCC ACTCACGAGA TGTTGTGGGA GTTCTTTCTG 
GTTCCAGAAC TGCAACCTGA GATGATGGCA GACCGCTCAT ACCGCAAAGC CCAGGTCCTT 
ACGGAATCCA TCAACGACGA CTACGAACCC GTCACACCTG AAGGCATGCG CGAGACAGAG 
CAATTCGTCT CCCACGCCCA GGACATGGTT CGCGCTGTCC ACGTCAACAC TCGCAGTCTG 
CTCCGTCGCG GCCACGCTCT CCAAAACTCT GCTTCCGATA TTGCAGACGC CGTGGCCCTC 
TGTGCCTCCA TCATCTCAAC CCTTAAGGAA CCGACCAACG CTCTACCAGC CTCCTACGTG 
GACGCGTTCA CCCGCTACGC AACCCATCTC TCCACTTCAT CATCTGATTC CTCTCCTCTC 
CTTCAATTCC TCACGGCCCT GACCTCAATC GACGACACCA CAACCGCAAT CCTAGCGTCC 
CTCTCTCGCC CCATTTCCCT CATAAACAAC CTATCCTCCA CAAACAGAAA CCTCTCACGC 
AACCGCTCAT CCCTCGTATC TTCTTCCCTT CCCCGAAAAT TCAACATCAA TTTCCCGGGG 
CTCGAAGAAT CCCGCCAAAA GTCCGTCCGC GACCTCGAAA CCAAGATCCA GGATTCCGAA 
CTCCAAATCG CTCGTCTCTC CCGCGAAATC ACCTGGAACA AGGACGTGGT CGTCGGTGAA 
CTAGCAGGCT GGACCACATG GCGAGAGAAA GTCGGGCGAG ATGCCATCCG CTCCTTCGTC 
AGGGCAACCT TAGTCCGAGA ACGCGAACGA GGGAAGCGAC TAGAGCGGTG TTTGCGTGGA 
GTGCGCGAGA TGAGATAG