UCRNP2_2392 cDNA ORF clone, Neofusicoccum parvum UCRNP2

Gene
Clones
gRNAs

Summary

Gene Symbol	UCRNP2_2392
Entrez Gene ID	19021480
Full Name	putative serine threonine protein kinase protein
Gene Type	protein-coding
Organism	Neofusicoccum parvum UCRNP2

mRNA and Protein(s)

mRNA	Protein	Name
XM_007581634.1	XP_007581696.1	putative serine threonine protein kinase protein

Pathways from BioSystems
Gene Ontology

The following UCRNP2_2392 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UCRNP2_2392 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
ONe92365	XM_007581634.1 Latest version!	Neofusicoccum parvum UCRNP2 putative serine threonine protein kinase protein mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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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)

UCRNP2_2392 ( XM_007581634.1 ) cDNA ORF clone, Neofusicoccum parvum UCRNP2 -> XP_007581696.1 Neofusicoccum parvum UCRNP2 putative serine threonine protein kinase protein mRNA.

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CloneID	ONe92365
Clone ID Related Accession (Same CDS sequence)	XM_007581634.1
Accession Version	XM_007581634.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2781bp) 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	2014-04-21
Organism	Neofusicoccum parvum UCRNP2
Product	putative serine threonine protein kinase 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_006887730).

ATGTCCACCA ATCCCCCGAA GTCGCCCAGG TCGCCTTCCC ACCGCTTCTC CCGTCAAGGA 
TTTCACCCGC TGCGCGACAA CCCCAACGAT ATGGCGCCCA ATGACGCTAC CATCGATATT 
CCCCTCGAGC CTGTCGTGAG CCGCACGCCG TCCTCGACCG GCATGCGCCA AGGCAGCGCT 
GCGCCCATTA CCCAGATCGC GACACACGAG TCACCAAACG AGAAGGAGGG CCACCGTCAC 
TTTGGCCGCC GAATCAAGAA ATCGACCTCC AAGGGCGACC CCATTGGCAC CGTTGGCTAC 
GATGGTGAGG AGGATTACAT CAACCGCGTG GGTAGGATCT ACTACAAGAT CTTGCATTTC 
AGCATTATCA CCCGCTACTT CATTTACGTC CTGCCGCTCG CTCTGTGTAT TGCTGTGCCC 
ATCATAGTGG GAGCAACCGT CGCTACGGAC GCGAAGATTG GCGGTGTGCG GATCGTCTGG 
TTCTTCACGT GGATTGAGGT TGTCTGGCTC TCTGTCTGGG TCTCCAAGAT CATCGCCCAT 
TTCCTTCCGA AGATTTTCCA AATTCTCGCC GGTGTGGTCA GTTCCGGTGT GCGCAAGTAT 
GCTTTGGTTC TTCGTGCGCT GCAGATCCCG CTCTCGCTGG TCGGCTGGGC TGTCACATCT 
CTCGCTACTT TCATTCCTCT AATGGTCCAC AATCCCGACA TCCAACGGCA GGCGAAAGCG 
GAAAAGGCAG CAAACAACGG CACATCCACT GCTGATTCGG TCAAAGACTG GCAGCGTATT 
GTTCGCCAAC TTCTCGCTGC AGCTCTGGTT TCTGCCTGCG TTTTCCTTAT CGAAAAGTTT 
CTCATTCAGC TCATCAGCAT CAACTACCAC CGCAAGCAGT TCAACGCGAA GATCAAGGAA 
AACAAGCGCC AAGTCTTCCT GCTTGGCCTG CTCTACGACG CCTCTCGGGC TCTTTTCCCG 
TCTTATTGTC CTGAGTTCCA GGATGAAGAT TACATCATCA ACGACTCCCT GAGACTCAAC 
ATTCCCGGCG CTAAGAAGAG CCACGCCCGG TCTGGTTCTG CAACTCCCAT GCGTCTCCTA 
CACGATGTCG GACGCGTCGG AGACAAGATC ACTTCCGCAT TTGGCAATAT TGCGTCCGAA 
ATCACCGGCA AGCAGGTTTT CAACCCTGAC TCCGCTCACT CAGTCGTTGT GGAGGCTCTT 
GAGAAGCCGA GATCTTCCGA GGCTCTTGCT AAGCGTCTTT GGATGTCTTT CGTTGTTGAA 
GGCAGAAACG CCCTCTACCA TGATGACATC GTCGAAGTTC TCGGTGCCGG CCGTGAGGTT 
GAAGCCGAGG AAGCTTTCGC AGCTCTTGAC AAGGACGGCA ATGGTGACAT CAGTCTGGAT 
GAAATGGTCC TCCAAGTCAC TGAGATTGGC CGTAGCCGCA AGTCTGTCGC TACCAGCATG 
CACGATGTTG ATCAAGCGAT CAACGTGCTT GATGGATTGC TTGCCACCGT GGTCTTCATT 
ATCTGCGTCT TCGTCTTCAT CGCGTTCTTG AACGCCAGCT TCGTCACTAC TCTGGCCACC 
GCAGGGACCG CTCTCCTTTC TCTTTCCTTC GTCTTTTCGG TCACTTGCCA GGAAGTCCTT 
GGCTCTTGCA TTTTCCTCTT CGTCAAGCAT CCCTATGACG TTGGCGACAG AGTCGACCTT 
TCCAGCGGCG ACGACCAGCT CACCGTTGAG CACATCTCTC TCCTCTTCAC CGTCTTCAAG 
CGGATCACCA ACGGCCGTAC TGTCCAGATT CCCAACATTG TTCTTAACAG TCTGTGGATC 
GAGAACACGA GCAGGTCCTT GTCCATGAGA GAGCAAATCC CCGTCTATGT TTCGTTCAGC 
ACGTCATTCG AGGATATCAC CGCTCTGAAG GACGAGATGC AGAAGTTTGT GCGCGACAAG 
GACAACGCCC GTGACTTCCA CCCGGATATT GACATTGAAG TCCGAGGCAT TGCCGAGCTC 
AACAAGCTGG AGCTCCAAAT TGAGTGCAAG CACAAGAGCA ACTGGGGAAA CGAGACGCTG 
CGCGCCACTC GCCGCAACAA GTTCATGTGT GCTCTCGTCC AGGCCCTCCG CAAGGTTCCG 
ATCGATCCTC CCGGAGGAAG CGATGCTGCT CTCGGCTCGG CCGGCCAGCC GTCCTGGTCT 
GTCGCCGTAT CTGCGTCTGA AGCCCAGGAG CGCCGCGAGG CGTATCTCGC GGAGAAGGAA 
TCCAGCCGTC TCTACCCCTC GAAGAAGGAA GAGCCTGCCG GAGGCAAATC GTCGGGCGTC 
GACTATCTTG GCACCGGTGT GCACCAGGAG AATCAGGCCA TTACCAACCT GACGGCCCGT 
CCTGTTGGCT CGGACCCTTA CCGCGACGAC GCATTCCGCG AGCGCGCTGA CCAAGCGGAC 
ATCAACCGCA GCGGCTCAAT TGGACGCTCC AGCATGGACG CCCAGGATGC GGAGGATGTG 
CGGAACACTC TGAAGCGCGA GAGCACTCGG GGCAAACGCA AGGCGGGCCC AACGAGTCCT 
TCGGCAATCA CGGTCTCGGA CGCTAACGGC CAGAACACGC AGTACTACGG GTACGGCGGG 
CAGCAGAACA TGAGCCCCGT GAGCCCGCAG CAGAGCCAAG GCTCGTACGG GACCCAGAAC 
TACCAGTATC AGCAATTTGC CCAGCCGGGT ACGGCGTATC AGCCCCTCCA GCAGACGACG 
AGTCAGCAGC AGCGAGGCCA GCAGCAAGGC CAACAGCCCC TCCCGCGCAA GCCGAGTAAT 
CCCTACGCGC AGTCTCCGTA A

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

RefSeq	XP_007581696.1
CDS	1..2781
Translation	MSTNPPKSPRSPSHRFSRQGFHPLRDNPNDMAPNDATIDIPLEPVVSRTPSSTGMRQGSAAPITQIATHESPNEKEGHRHFGRRIKKSTSKGDPIGTVGYDGEEDYINRVGRIYYKILHFSIITRYFIYVLPLALCIAVPIIVGATVATDAKIGGVRIVWFFTWIEVVWLSVWVSKIIAHFLPKIFQILAGVVSSGVRKYALVLRALQIPLSLVGWAVTSLATFIPLMVHNPDIQRQAKAEKAANNGTSTADSVKDWQRIVRQLLAAALVSACVFLIEKFLIQLISINYHRKQFNAKIKENKRQVFLLGLLYDASRALFPSYCPEFQDEDYIINDSLRLNIPGAKKSHARSGSATPMRLLHDVGRVGDKITSAFGNIASEITGKQVFNPDSAHSVVVEALEKPRSSEALAKRLWMSFVVEGRNALYHDDIVEVLGAGREVEAEEAFAALDKDGNGDISLDEMVLQVTEIGRSRKSVATSMHDVDQAINVLDGLLATVVFIICVFVFIAFLNASFVTTLATAGTALLSLSFVFSVTCQEVLGSCIFLFVKHPYDVGDRVDLSSGDDQLTVEHISLLFTVFKRITNGRTVQIPNIVLNSLWIENTSRSLSMREQIPVYVSFSTSFEDITALKDEMQKFVRDKDNARDFHPDIDIEVRGIAELNKLELQIECKHKSNWGNETLRATRRNKFMCALVQALRKVPIDPPGGSDAALGSAGQPSWSVAVSASEAQERREAYLAEKESSRLYPSKKEEPAGGKSSGVDYLGTGVHQENQAITNLTARPVGSDPYRDDAFRERADQADINRSGSIGRSSMDAQDAEDVRNTLKRESTRGKRKAGPTSPSAITVSDANGQNTQYYGYGGQQNMSPVSPQQSQGSYGTQNYQYQQFAQPGTAYQPLQQTTSQQQRGQQQGQQPLPRKPSNPYAQSP

Target ORF information:

RefSeq Version	XM_007581634.1
Organism	Neofusicoccum parvum UCRNP2
Definition	Neofusicoccum parvum UCRNP2 putative serine threonine protein kinase protein mRNA.

Target ORF information:

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

XM_007581634.1

ORF Insert Sequence:

ATGTCCACCA ATCCCCCGAA GTCGCCCAGG TCGCCTTCCC ACCGCTTCTC CCGTCAAGGA 
TTTCACCCGC TGCGCGACAA CCCCAACGAT ATGGCGCCCA ATGACGCTAC CATCGATATT 
CCCCTCGAGC CTGTCGTGAG CCGCACGCCG TCCTCGACCG GCATGCGCCA AGGCAGCGCT 
GCGCCCATTA CCCAGATCGC GACACACGAG TCACCAAACG AGAAGGAGGG CCACCGTCAC 
TTTGGCCGCC GAATCAAGAA ATCGACCTCC AAGGGCGACC CCATTGGCAC CGTTGGCTAC 
GATGGTGAGG AGGATTACAT CAACCGCGTG GGTAGGATCT ACTACAAGAT CTTGCATTTC 
AGCATTATCA CCCGCTACTT CATTTACGTC CTGCCGCTCG CTCTGTGTAT TGCTGTGCCC 
ATCATAGTGG GAGCAACCGT CGCTACGGAC GCGAAGATTG GCGGTGTGCG GATCGTCTGG 
TTCTTCACGT GGATTGAGGT TGTCTGGCTC TCTGTCTGGG TCTCCAAGAT CATCGCCCAT 
TTCCTTCCGA AGATTTTCCA AATTCTCGCC GGTGTGGTCA GTTCCGGTGT GCGCAAGTAT 
GCTTTGGTTC TTCGTGCGCT GCAGATCCCG CTCTCGCTGG TCGGCTGGGC TGTCACATCT 
CTCGCTACTT TCATTCCTCT AATGGTCCAC AATCCCGACA TCCAACGGCA GGCGAAAGCG 
GAAAAGGCAG CAAACAACGG CACATCCACT GCTGATTCGG TCAAAGACTG GCAGCGTATT 
GTTCGCCAAC TTCTCGCTGC AGCTCTGGTT TCTGCCTGCG TTTTCCTTAT CGAAAAGTTT 
CTCATTCAGC TCATCAGCAT CAACTACCAC CGCAAGCAGT TCAACGCGAA GATCAAGGAA 
AACAAGCGCC AAGTCTTCCT GCTTGGCCTG CTCTACGACG CCTCTCGGGC TCTTTTCCCG 
TCTTATTGTC CTGAGTTCCA GGATGAAGAT TACATCATCA ACGACTCCCT GAGACTCAAC 
ATTCCCGGCG CTAAGAAGAG CCACGCCCGG TCTGGTTCTG CAACTCCCAT GCGTCTCCTA 
CACGATGTCG GACGCGTCGG AGACAAGATC ACTTCCGCAT TTGGCAATAT TGCGTCCGAA 
ATCACCGGCA AGCAGGTTTT CAACCCTGAC TCCGCTCACT CAGTCGTTGT GGAGGCTCTT 
GAGAAGCCGA GATCTTCCGA GGCTCTTGCT AAGCGTCTTT GGATGTCTTT CGTTGTTGAA 
GGCAGAAACG CCCTCTACCA TGATGACATC GTCGAAGTTC TCGGTGCCGG CCGTGAGGTT 
GAAGCCGAGG AAGCTTTCGC AGCTCTTGAC AAGGACGGCA ATGGTGACAT CAGTCTGGAT 
GAAATGGTCC TCCAAGTCAC TGAGATTGGC CGTAGCCGCA AGTCTGTCGC TACCAGCATG 
CACGATGTTG ATCAAGCGAT CAACGTGCTT GATGGATTGC TTGCCACCGT GGTCTTCATT 
ATCTGCGTCT TCGTCTTCAT CGCGTTCTTG AACGCCAGCT TCGTCACTAC TCTGGCCACC 
GCAGGGACCG CTCTCCTTTC TCTTTCCTTC GTCTTTTCGG TCACTTGCCA GGAAGTCCTT 
GGCTCTTGCA TTTTCCTCTT CGTCAAGCAT CCCTATGACG TTGGCGACAG AGTCGACCTT 
TCCAGCGGCG ACGACCAGCT CACCGTTGAG CACATCTCTC TCCTCTTCAC CGTCTTCAAG 
CGGATCACCA ACGGCCGTAC TGTCCAGATT CCCAACATTG TTCTTAACAG TCTGTGGATC 
GAGAACACGA GCAGGTCCTT GTCCATGAGA GAGCAAATCC CCGTCTATGT TTCGTTCAGC 
ACGTCATTCG AGGATATCAC CGCTCTGAAG GACGAGATGC AGAAGTTTGT GCGCGACAAG 
GACAACGCCC GTGACTTCCA CCCGGATATT GACATTGAAG TCCGAGGCAT TGCCGAGCTC 
AACAAGCTGG AGCTCCAAAT TGAGTGCAAG CACAAGAGCA ACTGGGGAAA CGAGACGCTG 
CGCGCCACTC GCCGCAACAA GTTCATGTGT GCTCTCGTCC AGGCCCTCCG CAAGGTTCCG 
ATCGATCCTC CCGGAGGAAG CGATGCTGCT CTCGGCTCGG CCGGCCAGCC GTCCTGGTCT 
GTCGCCGTAT CTGCGTCTGA AGCCCAGGAG CGCCGCGAGG CGTATCTCGC GGAGAAGGAA 
TCCAGCCGTC TCTACCCCTC GAAGAAGGAA GAGCCTGCCG GAGGCAAATC GTCGGGCGTC 
GACTATCTTG GCACCGGTGT GCACCAGGAG AATCAGGCCA TTACCAACCT GACGGCCCGT 
CCTGTTGGCT CGGACCCTTA CCGCGACGAC GCATTCCGCG AGCGCGCTGA CCAAGCGGAC 
ATCAACCGCA GCGGCTCAAT TGGACGCTCC AGCATGGACG CCCAGGATGC GGAGGATGTG 
CGGAACACTC TGAAGCGCGA GAGCACTCGG GGCAAACGCA AGGCGGGCCC AACGAGTCCT 
TCGGCAATCA CGGTCTCGGA CGCTAACGGC CAGAACACGC AGTACTACGG GTACGGCGGG 
CAGCAGAACA TGAGCCCCGT GAGCCCGCAG CAGAGCCAAG GCTCGTACGG GACCCAGAAC 
TACCAGTATC AGCAATTTGC CCAGCCGGGT ACGGCGTATC AGCCCCTCCA GCAGACGACG 
AGTCAGCAGC AGCGAGGCCA GCAGCAAGGC CAACAGCCCC TCCCGCGCAA GCCGAGTAAT 
CCCTACGCGC AGTCTCCGTA A