PV09_01701 cDNA ORF clone, Verruconis gallopava

Gene
Clones
gRNAs

Summary

Gene Symbol	PV09_01701
Entrez Gene ID	27309674
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Verruconis gallopava

mRNA and Protein(s)

mRNA	Protein	Name
XM_016354632.1	XP_016217644.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following PV09_01701 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PV09_01701 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
OVe01858	XM_016354632.1 Latest version!	Verruconis gallopava hypothetical protein mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

PV09_01701 ( XM_016354632.1 ) cDNA ORF clone, Verruconis gallopava -> XP_016217644.1 Verruconis gallopava hypothetical protein mRNA.

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CloneID	OVe01858
Clone ID Related Accession (Same CDS sequence)	XM_016354632.1
Accession Version	XM_016354632.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3948bp) 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	2016-06-23
Organism	Verruconis gallopava
Product	hypothetical 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 (NW_015622140).

ATGGCGTCTC CGCCGCCTCG CAAGGCGCCA AGTGTCACGA GCAGTGCCGG CACTACGAAG 
TCCATATCGC TTCCCTTCCT CCCCCGATAC ACGCCGAAGC CAGAGCCGGC CTACGTCTCG 
CCTGCCGCCG CCGCCGACTA TATCCTTCAC AACCGTGACG ACGATCAGCT AGATCACATA 
TCGCCGTCCG TATCGCCCAC GCACGAATCA GTCGTGTTTT CGGGCCGATC GTTGAGCTTG 
CTCAATTCAT TTCTCGACTC GCTCCTGTAC AATTTCCTCG CGAAGGCCCG AGGCACGTCG 
CTCAGCCAAT TGAAGCCGGC AATCATCGAG GTGCTCAAGT CGAAGCTAGC ACGAGATGCC 
TTGGCCAGTG CCGACGAGGA ACTAGAAGGC CTGGTCGGCG AGGCAGACCT GGATGACGCG 
GAGGATGTGG CCACCTTCGG CGGTCAGGAG GGCTGGTCGC AAGAGTGGCA TCTTGAGATG 
GCATTCAAGC GCATGCGATT GAGGGTCATG GTCTTTATCA GACTTGGGGA CTTTGACGAT 
GAAGACGAGG AGCGCTTTCT CGGCGAGGAA GACGACTTGC GTAACGGCGA GAAGCTCGAA 
CAGGAGGAGA TGCTCGCGTC ACCTGCGGCA GTGTACCTGG CTGGCGTTCT CGAATACATC 
GCAGAGCGTG CTCTTGCCAT CGTCGGAGAA GCTTCGTGGA AGCGAGCTTC AGGGAAAGCG 
CACAGACGCG TCCCAAGCGA CATGAGTGAG CTCAGCGATC TGCGAGGGCT CGTTGTTCAA 
GAGGCCGACG TCGAGAAAAT CACCCTCAAC CCCACACTCG GTCGCCTCTG GCGGACTTGG 
AGAAAAAACT ACCGTACAAT GCATTCTTCG TCAGAATCCG GGAACCACAT TGTACTAGCG 
TCGCCCCCAA CCCCGACATC TGATAGACCT TACCGTGGCC GTCTTGGTAG CTTGAACGAG 
ACCATTGCCG CTGTTAGAAG ACCTAGTCCT AGCAACCACG AAGAGCGCGA GAATCGACAT 
CTGAGCGCAG ACGAGATTCC AGAGGGTGAT GTTCTCGAAT TCGACATCGC CGCAAACATA 
CCCCTCCCCA TCAACGAGAA CGATGTCGAA GAGATCGAGA CGATTGAGCT TCCAGATCAA 
GACGTTGTAG CCGCAATACC ACTGCCTATG GGCGACAACG ATGTCAACGA GATCGAAGTA 
CCCGGACTGG CAAAAGAAAT CGTCGACGAA CCCGCTCGAG CGGAGGAAGC GGTAGCTGAG 
GAAGCACAAA AGAGACCACT TAGCGCCATT TGGTCATGGC TCACTCCGTT CTCCTGGGGC 
ACAGAGCCGA GCAAAGGCAG GCCCAACCTC CAAAGGATGC GATCAAGCTC TGTGCCCACC 
AGAGAGCGTC CTACCTTCAT GGGTGTGGCG GTTTTCACTC CTGCCAAAGA GCAGGAAGAG 
CCCCGGTTTG AGACCGTGGA AGCTTCAAGC ACCCCTGAGG CGGGAAGTGA AGACGTCGCC 
ACCGTTGGGG ACGCAGAATC AACGTTGACA TCTAGATCCG ATAAACCCAG AATCTCCAAA 
CTGGCGGACA TGGTCGCGGG CGCGGCGGTA GGTGCTACTG CGATAGCTGT CACAACCGCG 
GCCGCTGTAA CAGGCTCGCG TAGATCACAG CCTGCGGACG AATCCGAGAA GCCTGGTGCA 
CCCCTAGCCA CCAAATCAGA TGCGGACAAG TCAAGGAGCC CGGTTTCTAC GAGCATCGCG 
GACAGGAGGC GAATGTTTGA AGCCCAGACA AAAGCAGCGA ACAAGGCCGA TGCTCCTGTA 
GCGCGTGAAC CGTTGACTAC CACATCCGAA GAACAGATGC AATCTGCAGC AGCGGAAACG 
CCATCGCACA CGTCTCCGTC GAGGCCTGTG GCTGCTGCCG TGACGTCCGT AGCGACGACA 
GCACATGTCG GGGCTGAAGG ATTGATGGCA CCTATTGGAG TTTTCGTAAA AGAGGTTGAT 
CCAAGGGTAG ACAGAAAGAC GGTAAAGGAC GAACCTGAAC CGGCACCAGA ATTGCAGGCC 
ACTACTGATG AGAAGGCGAT CGGCGTTGCA AGGACATCGG ATGTACCAGT CCCAGTTCCT 
TATCCACAAG CCAGCCAGTC GACTGCTCCG CTTCCGGAGA GACAGCGTCC TTACCACCTT 
CCCGGCAACC AGGTGAGAAA CGAAAGTGGG CGAATTACGC CCACGGAGTG GAACACCAAC 
AGGGACCGCT CGTTGGTTGG TGCGGACGAA TATCTATACG CCAGTCCCTC ATCAGCTAAA 
ACTGGTCCAT CACCCCTTCG GACCGTTTCA AAGACGGAAG CGCGCCAGAA TGAACCAACG 
CGAACTTCTA GCGATGGACC TCAATCGGTC ACATTCTACC ACTCTGAAGA CGAGAAGTCT 
GCGAAGGAAG AGCAGAGCAG CCAGTCCACT TCTGCATCGA GGCCTAAACC GCCACCACTG 
AAGGTGGCGA CTCGAGAGCC TGAGTTAGAG ACAACACCGA TTCGCCCAAC AAGTGGTCCG 
CGTTCCGCTA CTTCGACTTC AGGAGGCCAC AGCACCAGGG GCTCTGCTTC CAGCTCAACT 
ATCCAGCGCC AGCTTGACAA GAAGTCGCTT GAGGAGAGTC GTCAACGCGA CTTTGATTCC 
CTGCTGAAGA ACAATGAACC TGTCAAATAT ACTCTCACAC CAGAAGATCT TCGTACCACA 
GAAGTTCGCA CCACATCGTC AGTGACGACT CGAATTCCTG CCCTAGCAGA TCGCGGACCG 
CCGTCGCCTC GAATCATATC CTCGCCAGGA ACGTACACAG TGAGGCGATC TCCACCGCGT 
GAAACTGCTG CATCCAGGAA GGAGACTCCC AGCCCAACAA GTGCCTTAGG TCCGCATGGG 
CGCAAAGCAG GCGTGCCTCG TGTCTCAGAG TACAAGCGCA CTGCGGCGAA CAGACTCTCC 
CAGAAACCAG AGGCCCTCAA CACAAGCTTG CGAAAATCCG GATTCATGCC CCGTGAACCA 
CGCGTGATCA CGGACAACAC GGCCGATCTT GCTGACTATA TGGCTTCGAC GGCTCCAGAG 
CATGAACCAA CTATTCTCCC TCTTGCTCGT GCTGCTAGCA ATTCCAAGCT GCAGCAGACC 
ATCGGGCGTA CTTCATCTCC GCTACCCCGA TCTGCCTCCC GCCAGAAACT AATTCCGCGA 
GAGCCCGAGG TTAGGAAAGA TGGCACAAGC GACCTGATTG ACTTCATCCG CCAAGGTCCT 
CCTGGATCGA AGCCTGACAA GGAGCAGAGG CGGACTGTAG CACCGTTCCG CAACACCATG 
GACTCGGACG ACCTTGGTGG CTTGAGCGAT CTGGCGAGCG CTATGCATTT CGGGTCTAAA 
TTGGAGTCCA ACTCGGGATC CGGGGTGCTT GGTGGTTCTA TGAGCGGTCG TAGCAAACCA 
TCTGCTCCTG GCAGTGGTGC TCCAGTTATT GTCAAGAAGC AGCGTCGGGT GAAGGATCCG 
TATGCGATTG AATCCGACGA CGATGAAGCG GACTATTCAA CGTCCCTTCC GAATGGTGGA 
AGAGCAGGGC AAGAGCCACA GGAGGAGTCC CTCGCAGATT TCCTTCGAAA TTCAGAGCCT 
CCTTCTGGAA ACGCACCTCC GCTTCTCAAT GGCAACTCAA TTAGCTCGAG ACACACAAAT 
GTCTCTGCGG CTGGCGGGTA TAGTGCGTCT CTTTCGTCCA GTGCTCCTCG ATCCGCAATG 
ATCAAGTCTG GGCTGTCTTC TTCCGGTGCC ACTCAGCGGG CTAAGTTCGA GGCGCGCGCG 
GCAGGCGCAA CGCGCAATGG CTTTGGTGGA AATGGATTCT ACTACAGCAC CAACGACATG 
GCTGATTTCT TGCGAAGCTC TGGACCTGTT GAAAATGTTA CCACGCAGCA GGTTACGCTT 
CAAAAGAAGC CGTCCAAGAG GGGTGTTTCA AGCCTGATTT CAAGATAA

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

RefSeq	XP_016217644.1
CDS	592..4539
Translation	MASPPPRKAPSVTSSAGTTKSISLPFLPRYTPKPEPAYVSPAAAADYILHNRDDDQLDHISPSVSPTHESVVFSGRSLSLLNSFLDSLLYNFLAKARGTSLSQLKPAIIEVLKSKLARDALASADEELEGLVGEADLDDAEDVATFGGQEGWSQEWHLEMAFKRMRLRVMVFIRLGDFDDEDEERFLGEEDDLRNGEKLEQEEMLASPAAVYLAGVLEYIAERALAIVGEASWKRASGKAHRRVPSDMSELSDLRGLVVQEADVEKITLNPTLGRLWRTWRKNYRTMHSSSESGNHIVLASPPTPTSDRPYRGRLGSLNETIAAVRRPSPSNHEERENRHLSADEIPEGDVLEFDIAANIPLPINENDVEEIETIELPDQDVVAAIPLPMGDNDVNEIEVPGLAKEIVDEPARAEEAVAEEAQKRPLSAIWSWLTPFSWGTEPSKGRPNLQRMRSSSVPTRERPTFMGVAVFTPAKEQEEPRFETVEASSTPEAGSEDVATVGDAESTLTSRSDKPRISKLADMVAGAAVGATAIAVTTAAAVTGSRRSQPADESEKPGAPLATKSDADKSRSPVSTSIADRRRMFEAQTKAANKADAPVAREPLTTTSEEQMQSAAAETPSHTSPSRPVAAAVTSVATTAHVGAEGLMAPIGVFVKEVDPRVDRKTVKDEPEPAPELQATTDEKAIGVARTSDVPVPVPYPQASQSTAPLPERQRPYHLPGNQVRNESGRITPTEWNTNRDRSLVGADEYLYASPSSAKTGPSPLRTVSKTEARQNEPTRTSSDGPQSVTFYHSEDEKSAKEEQSSQSTSASRPKPPPLKVATREPELETTPIRPTSGPRSATSTSGGHSTRGSASSSTIQRQLDKKSLEESRQRDFDSLLKNNEPVKYTLTPEDLRTTEVRTTSSVTTRIPALADRGPPSPRIISSPGTYTVRRSPPRETAASRKETPSPTSALGPHGRKAGVPRVSEYKRTAANRLSQKPEALNTSLRKSGFMPREPRVITDNTADLADYMASTAPEHEPTILPLARAASNSKLQQTIGRTSSPLPRSASRQKLIPREPEVRKDGTSDLIDFIRQGPPGSKPDKEQRRTVAPFRNTMDSDDLGGLSDLASAMHFGSKLESNSGSGVLGGSMSGRSKPSAPGSGAPVIVKKQRRVKDPYAIESDDDEADYSTSLPNGGRAGQEPQEESLADFLRNSEPPSGNAPPLLNGNSISSRHTNVSAAGGYSASLSSSAPRSAMIKSGLSSSGATQRAKFEARAAGATRNGFGGNGFYYSTNDMADFLRSSGPVENVTTQQVTLQKKPSKRGVSSLISR

Target ORF information:

RefSeq Version	XM_016354632.1
Organism	Verruconis gallopava
Definition	Verruconis gallopava hypothetical protein mRNA.

Target ORF information:

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

XM_016354632.1

ORF Insert Sequence:

ATGGCGTCTC CGCCGCCTCG CAAGGCGCCA AGTGTCACGA GCAGTGCCGG CACTACGAAG 
TCCATATCGC TTCCCTTCCT CCCCCGATAC ACGCCGAAGC CAGAGCCGGC CTACGTCTCG 
CCTGCCGCCG CCGCCGACTA TATCCTTCAC AACCGTGACG ACGATCAGCT AGATCACATA 
TCGCCGTCCG TATCGCCCAC GCACGAATCA GTCGTGTTTT CGGGCCGATC GTTGAGCTTG 
CTCAATTCAT TTCTCGACTC GCTCCTGTAC AATTTCCTCG CGAAGGCCCG AGGCACGTCG 
CTCAGCCAAT TGAAGCCGGC AATCATCGAG GTGCTCAAGT CGAAGCTAGC ACGAGATGCC 
TTGGCCAGTG CCGACGAGGA ACTAGAAGGC CTGGTCGGCG AGGCAGACCT GGATGACGCG 
GAGGATGTGG CCACCTTCGG CGGTCAGGAG GGCTGGTCGC AAGAGTGGCA TCTTGAGATG 
GCATTCAAGC GCATGCGATT GAGGGTCATG GTCTTTATCA GACTTGGGGA CTTTGACGAT 
GAAGACGAGG AGCGCTTTCT CGGCGAGGAA GACGACTTGC GTAACGGCGA GAAGCTCGAA 
CAGGAGGAGA TGCTCGCGTC ACCTGCGGCA GTGTACCTGG CTGGCGTTCT CGAATACATC 
GCAGAGCGTG CTCTTGCCAT CGTCGGAGAA GCTTCGTGGA AGCGAGCTTC AGGGAAAGCG 
CACAGACGCG TCCCAAGCGA CATGAGTGAG CTCAGCGATC TGCGAGGGCT CGTTGTTCAA 
GAGGCCGACG TCGAGAAAAT CACCCTCAAC CCCACACTCG GTCGCCTCTG GCGGACTTGG 
AGAAAAAACT ACCGTACAAT GCATTCTTCG TCAGAATCCG GGAACCACAT TGTACTAGCG 
TCGCCCCCAA CCCCGACATC TGATAGACCT TACCGTGGCC GTCTTGGTAG CTTGAACGAG 
ACCATTGCCG CTGTTAGAAG ACCTAGTCCT AGCAACCACG AAGAGCGCGA GAATCGACAT 
CTGAGCGCAG ACGAGATTCC AGAGGGTGAT GTTCTCGAAT TCGACATCGC CGCAAACATA 
CCCCTCCCCA TCAACGAGAA CGATGTCGAA GAGATCGAGA CGATTGAGCT TCCAGATCAA 
GACGTTGTAG CCGCAATACC ACTGCCTATG GGCGACAACG ATGTCAACGA GATCGAAGTA 
CCCGGACTGG CAAAAGAAAT CGTCGACGAA CCCGCTCGAG CGGAGGAAGC GGTAGCTGAG 
GAAGCACAAA AGAGACCACT TAGCGCCATT TGGTCATGGC TCACTCCGTT CTCCTGGGGC 
ACAGAGCCGA GCAAAGGCAG GCCCAACCTC CAAAGGATGC GATCAAGCTC TGTGCCCACC 
AGAGAGCGTC CTACCTTCAT GGGTGTGGCG GTTTTCACTC CTGCCAAAGA GCAGGAAGAG 
CCCCGGTTTG AGACCGTGGA AGCTTCAAGC ACCCCTGAGG CGGGAAGTGA AGACGTCGCC 
ACCGTTGGGG ACGCAGAATC AACGTTGACA TCTAGATCCG ATAAACCCAG AATCTCCAAA 
CTGGCGGACA TGGTCGCGGG CGCGGCGGTA GGTGCTACTG CGATAGCTGT CACAACCGCG 
GCCGCTGTAA CAGGCTCGCG TAGATCACAG CCTGCGGACG AATCCGAGAA GCCTGGTGCA 
CCCCTAGCCA CCAAATCAGA TGCGGACAAG TCAAGGAGCC CGGTTTCTAC GAGCATCGCG 
GACAGGAGGC GAATGTTTGA AGCCCAGACA AAAGCAGCGA ACAAGGCCGA TGCTCCTGTA 
GCGCGTGAAC CGTTGACTAC CACATCCGAA GAACAGATGC AATCTGCAGC AGCGGAAACG 
CCATCGCACA CGTCTCCGTC GAGGCCTGTG GCTGCTGCCG TGACGTCCGT AGCGACGACA 
GCACATGTCG GGGCTGAAGG ATTGATGGCA CCTATTGGAG TTTTCGTAAA AGAGGTTGAT 
CCAAGGGTAG ACAGAAAGAC GGTAAAGGAC GAACCTGAAC CGGCACCAGA ATTGCAGGCC 
ACTACTGATG AGAAGGCGAT CGGCGTTGCA AGGACATCGG ATGTACCAGT CCCAGTTCCT 
TATCCACAAG CCAGCCAGTC GACTGCTCCG CTTCCGGAGA GACAGCGTCC TTACCACCTT 
CCCGGCAACC AGGTGAGAAA CGAAAGTGGG CGAATTACGC CCACGGAGTG GAACACCAAC 
AGGGACCGCT CGTTGGTTGG TGCGGACGAA TATCTATACG CCAGTCCCTC ATCAGCTAAA 
ACTGGTCCAT CACCCCTTCG GACCGTTTCA AAGACGGAAG CGCGCCAGAA TGAACCAACG 
CGAACTTCTA GCGATGGACC TCAATCGGTC ACATTCTACC ACTCTGAAGA CGAGAAGTCT 
GCGAAGGAAG AGCAGAGCAG CCAGTCCACT TCTGCATCGA GGCCTAAACC GCCACCACTG 
AAGGTGGCGA CTCGAGAGCC TGAGTTAGAG ACAACACCGA TTCGCCCAAC AAGTGGTCCG 
CGTTCCGCTA CTTCGACTTC AGGAGGCCAC AGCACCAGGG GCTCTGCTTC CAGCTCAACT 
ATCCAGCGCC AGCTTGACAA GAAGTCGCTT GAGGAGAGTC GTCAACGCGA CTTTGATTCC 
CTGCTGAAGA ACAATGAACC TGTCAAATAT ACTCTCACAC CAGAAGATCT TCGTACCACA 
GAAGTTCGCA CCACATCGTC AGTGACGACT CGAATTCCTG CCCTAGCAGA TCGCGGACCG 
CCGTCGCCTC GAATCATATC CTCGCCAGGA ACGTACACAG TGAGGCGATC TCCACCGCGT 
GAAACTGCTG CATCCAGGAA GGAGACTCCC AGCCCAACAA GTGCCTTAGG TCCGCATGGG 
CGCAAAGCAG GCGTGCCTCG TGTCTCAGAG TACAAGCGCA CTGCGGCGAA CAGACTCTCC 
CAGAAACCAG AGGCCCTCAA CACAAGCTTG CGAAAATCCG GATTCATGCC CCGTGAACCA 
CGCGTGATCA CGGACAACAC GGCCGATCTT GCTGACTATA TGGCTTCGAC GGCTCCAGAG 
CATGAACCAA CTATTCTCCC TCTTGCTCGT GCTGCTAGCA ATTCCAAGCT GCAGCAGACC 
ATCGGGCGTA CTTCATCTCC GCTACCCCGA TCTGCCTCCC GCCAGAAACT AATTCCGCGA 
GAGCCCGAGG TTAGGAAAGA TGGCACAAGC GACCTGATTG ACTTCATCCG CCAAGGTCCT 
CCTGGATCGA AGCCTGACAA GGAGCAGAGG CGGACTGTAG CACCGTTCCG CAACACCATG 
GACTCGGACG ACCTTGGTGG CTTGAGCGAT CTGGCGAGCG CTATGCATTT CGGGTCTAAA 
TTGGAGTCCA ACTCGGGATC CGGGGTGCTT GGTGGTTCTA TGAGCGGTCG TAGCAAACCA 
TCTGCTCCTG GCAGTGGTGC TCCAGTTATT GTCAAGAAGC AGCGTCGGGT GAAGGATCCG 
TATGCGATTG AATCCGACGA CGATGAAGCG GACTATTCAA CGTCCCTTCC GAATGGTGGA 
AGAGCAGGGC AAGAGCCACA GGAGGAGTCC CTCGCAGATT TCCTTCGAAA TTCAGAGCCT 
CCTTCTGGAA ACGCACCTCC GCTTCTCAAT GGCAACTCAA TTAGCTCGAG ACACACAAAT 
GTCTCTGCGG CTGGCGGGTA TAGTGCGTCT CTTTCGTCCA GTGCTCCTCG ATCCGCAATG 
ATCAAGTCTG GGCTGTCTTC TTCCGGTGCC ACTCAGCGGG CTAAGTTCGA GGCGCGCGCG 
GCAGGCGCAA CGCGCAATGG CTTTGGTGGA AATGGATTCT ACTACAGCAC CAACGACATG 
GCTGATTTCT TGCGAAGCTC TGGACCTGTT GAAAATGTTA CCACGCAGCA GGTTACGCTT 
CAAAAGAAGC CGTCCAAGAG GGGTGTTTCA AGCCTGATTT CAAGATAA