LOC107561505 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107561505
Entrez Gene ID	107561505
Full Name	PH domain leucine-rich repeat-containing protein phosphatase 2-like
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016245958.1	XP_016101444.1	PH domain leucine-rich repeat-containing protein phosphatase 2-like

Pathways from BioSystems
Gene Ontology

The following LOC107561505 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107561505 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
OSi48297	XM_016245958.1 Latest version!	Sinocyclocheilus grahami PH domain leucine-rich repeat-containing protein phosphatase 2-like (LOC107561505), 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)

LOC107561505 ( XM_016245958.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016101444.1 Sinocyclocheilus grahami PH domain leucine-rich repeat-containing protein phosphatase 2-like (LOC107561505), mRNA.

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CloneID	OSi48297
Clone ID Related Accession (Same CDS sequence)	XM_016245958.1
Accession Version	XM_016245958.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3672bp) 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	2016-04-18
Organism	Sinocyclocheilus grahami
Product	PH domain leucine-rich repeat-containing protein phosphatase 2-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015505955.1) 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 :: Sinocyclocheilus grahami Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGACTGAGA AACCGGTGAA CGCAGACCAA CAGGAGCGGA CTCTTCTGAA AGGCGTGTTC 
AGCGTCAGAA AGGGAAAGAC GCAGCTCCAT AAATGGGCTG AGCGGCAGGT CATCCTGTGC 
GGGACGAGTC TCATCGTTGC CTCTGTCAAG GACAGCCTGA CCGGCAAGAT GCACATACTA 
CCCCTGGTCG GGGGGAAGGT GGAGGAGGTG AAGCGGAGGC AACACTGTCT GATGTTCAGC 
TCCGCCGGAC CGCAGGCTCA GACCTACTAC GTTAACTTTG ACACGCTGAC CGACTACCAG 
CGCTGGCACC GGCAGGCTTC TAAAGTGGTG TCTCAGACTA TTAGTCTGGT GGATTTGTCC 
TGCTACAGTC TGGAGGAAGT GCCTGAGTAT CTCTTCTACT GCCAGGACGT CACACACCTC 
AACCTGCGCC ACAACTTCAT GAGTCTGGAC GGCCCTGGAG GACTCATCAA CTTCAGCAGA 
TTTGCCCAGC TGAGGAGCTT AAATCTCTCT CACAATGGGC TGGGCGTCTT CCCGGAGTCG 
CTGTGTGAGA TCCAGACACT GACGGAGCTC TATCTGTCCT GCAACGGCCT CAGTGCTGTC 
CCGTCCCGCC TCGAAAACCT CCAGAGCTTA CAGACGCTGT GTTTGGATGG GAATCGCTTG 
GATTCTCTTC CGGAGGAGCT GGGCAGTCTC GCGCAGCTCT GCAGCTTGGG ACTCTCCTTC 
AATGACTTCC CTCAGGTCCC CGGCGTGGTG GAGCGCCTCT GTGCCCTGGA CAAGCTGGCG 
ATGGCGGGGA ACCGGGTGGA GACTCTGGAT CTGTTCAGCC TGCTACGAAT GACTCACATT 
AAGAGTATTG ATTTACGGTT AAATGGCCTC CGCTGTGTTA AAAGCGAAAC TCTGGAGCCG 
GTAAAACATC TCACCCAGCT GGACCTGCGA GACAACCAGC TGACGTCTCT GGACCTGAGC 
TCGGCCTGCA GTCTGGAGAC CCTGCAGTGT CAGAGGAACC AGCTGGGGGC CCTGACGCTC 
AGCGGCTTCA CCCTGCGCAC ACTCCACGCC AGTGACAACG GTCTGACCAC GGTGAACATC 
TACCCTGTTC CCAGCCAACT CTCAAATATG GACCTATCAA GGAATCTCCT GGAATACCTG 
CCAGACTGGG TGTGTGACAG CAGGAAGATT GAGGTGCTGG ATGTCTCCCA TAATCTGCTG 
TCTGAGCTCC CGGCCAGACT TCTTAGCAGT CTGAGTCTGC GTAAACTGCT GGCTGGTAAC 
AACAGGCTTG AGAGACTGGC TGACCTGCTC GACCACATCC CACTGGAAAC ACTCGACCTG 
CAGCACAACA AGTTACGGGA ACTGCCAGAG AGCTTCTTCT ACAAAGCCTT AAATTTAAAG 
TATTTGAATG TGTCTGCCAA TGCGCTGGAG ACGATCCCGC CGAGCAGCCA ATCGGAGGAG 
AGCCTCAGCA CCCTGCAGGA GCTCTATCTC ACAGGAAACA ACCTGAATGA GAACTGCGCT 
GCTCTACTGG TGGGGCATCA GAACCTGCGG GTCTTGCATA TGGCTTATAA CCAACTGCAG 
TCCTTCCCTG CTAGCAAGCT CAGTAAACTG GAGGTCCTGG AGGAACTGAA TCTGAGTGGG 
AACAAGCTGA AAACGATCCC CTCCACCGTG TCCAGCTGCA AGAGACTGCA CACACTCATC 
GCCCACTCCA ACCATATCAG CGTGTTCCCA GAGGTCCTCA GCCTGCCTGA GATCAAGCTA 
GTAGATGTGA GCTGTAATGA GCAGACAGAA ATCCTGTTGC CGGACTCTCT GCCTTCAACC 
CTACAAGAGC TGGATCTGAC CAGCAACAGC AGCCTCATGT TAGAGCACAA AACACTCAAC 
CTCTTCAGTC ACATCAGTAC TTTGAAGCTG GACCAGAAGC CAGCCGTGAC CGCAGGAGAC 
GCACAGGGCA CGTCCACCCT GTGGGATCAT GGTTACGCTG AGATGTGTGG GCAAAGAAAC 
AAGTTGTGTG TGTCTGTGCT GGCTGTGGAT CGCTTCGGAG ATAGTCCGGA GGCTGCTTAT 
GGGATTTTTG ATGGCGATCG TAATGAGGAA GTTTCCAGGT TACTGCAGTG CACCATGGGA 
GATGTATTGG CAGAGGAGAT ACAGCACTCC AGTGTGGACA GTGTATACAT GAGCAACACT 
TTCCTTACCT CCCATAGGAA ACTTGGCATG GCAGGCCAGA AGCTCGGTGC CTCTGCTCTG 
CTCTGTTACA TCCATCATGA GTCCTCCGAG CCTGGCCGCT ACTTCAGCCT CACTGTGGCC 
AACGTAGGCA CCTGCCAGGC TGTACTGTGT CGTGATGGGC AACCTCTTGC CCTCTCAAAG 
GTTTTCAGCC TAGAACAAAG CGCTGAGGAG ATGGAGCGTG TCAAACTGGC AAAAGCTATT 
ATCACTGAGG ATAACAAGGT GAGTGGGGTG ACATGCTGCT CACGGTTACT TGGCTGTTCC 
TACCTGTTTC CTTGGGTACT TCCCAAACCC TGTGTGCACA CAGAGCCTCT GTGTTCCCAG 
GATGAGTTCC TGATCCTAGG AAACAAAGCA CTCTTCCAGA AGGTTTCCTA CCAGGAGGCA 
GTGAGCACTG TGCTGGCTGT CAGAGACCCC CGTGCTGCTG CCAAAAAGCT CTGCACGCTG 
GCACAGAGCT ATGGGTGCCG GGATAACGTG GGAGCAGTGG TGGTAGCTTT GCATATCGGA 
GAAGACAGCT GTACATGTGA GCCTCCTCTC TCGAACGCAG AAGCCCGAGG ACCACCTTTA 
CTGATCTCCA TGTTCCCTGG TGACCCAGCC ACGCCGTCAT CTAGTAGTGG CATCGCCTCG 
GAGTTCAACA GCGAGATGTC TGCTTCGGAA GTTGGCAGCG AGGCTGGGTC CACAGCTTCG 
GACGAGCACC CCTCTTCGGG ACCAACAGCT CGTCCGGAGC GCCGCTGTAG TTTGCATCCC 
ACTGCTACCT TATGTAACAT AGGGCCAGTG GCGAGCTTGG GGCCAGGGGC GCACCCGGCT 
CTATTCCAGC GGCAACCTTC CAGTGCAACC TTTTCAAGCA ACCAATCGGA CAATGGACTA 
GACAGCGACG ACGAGGCTCC TTTAGAAGGT GTCATCTCAA ACGGAAGCAA GCTTGAGGTA 
GAAGTGGACA TCCATTGCTG CGCTTTTCAG CTGCGCTCCG GACCACCGGA AAGTCCCAAG 
GACCTGGACG GCCGGCATGA TTCGAGGGGC TCGGATTATC CCAACAGCAA AATGCGGCGG 
CAAAACAGCG TGGTGGTTTC TGCCACCAAC GGCTGCCTGC TGGCTGTATG TGGCCGAGAG 
ATCTCAGATC TGAAGAAGTC TCCTTCAACA TCTAGTCTCT TTGGGAAAAA GCTGTCTAAT 
GGCTCCGTAG TGGCTCTCGA GGACAGCCAC AATATTATTG AGGTAGCACT AGAGGCCCCA 
AAAAAGAAGT CTGGATATTT CGCCGCACCA GCCCAGCAAG ACCCAGAAGA CCAGTTAATT 
ATTCCGCCCA GTCTGGAGCA AGATGTGCGG GAGCAGCTGA GAGGCCAGAG CCCAGTGGTT 
CCCGGGCCGC CGCCGGCTCC TTTAACGCTG CCCTCAGCGA GAGACCCCAA CTGGGACCAT 
CCTCAGCCCA CCGTCCCCTG TCTCCACCCC AACACCGTCC TGCAACAGGA CGTCTACGAC 
ACCGCTCTAT AG

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

RefSeq	XP_016101444.1
CDS	1..3672
Translation	MTEKPVNADQQERTLLKGVFSVRKGKTQLHKWAERQVILCGTSLIVASVKDSLTGKMHILPLVGGKVEEVKRRQHCLMFSSAGPQAQTYYVNFDTLTDYQRWHRQASKVVSQTISLVDLSCYSLEEVPEYLFYCQDVTHLNLRHNFMSLDGPGGLINFSRFAQLRSLNLSHNGLGVFPESLCEIQTLTELYLSCNGLSAVPSRLENLQSLQTLCLDGNRLDSLPEELGSLAQLCSLGLSFNDFPQVPGVVERLCALDKLAMAGNRVETLDLFSLLRMTHIKSIDLRLNGLRCVKSETLEPVKHLTQLDLRDNQLTSLDLSSACSLETLQCQRNQLGALTLSGFTLRTLHASDNGLTTVNIYPVPSQLSNMDLSRNLLEYLPDWVCDSRKIEVLDVSHNLLSELPARLLSSLSLRKLLAGNNRLERLADLLDHIPLETLDLQHNKLRELPESFFYKALNLKYLNVSANALETIPPSSQSEESLSTLQELYLTGNNLNENCAALLVGHQNLRVLHMAYNQLQSFPASKLSKLEVLEELNLSGNKLKTIPSTVSSCKRLHTLIAHSNHISVFPEVLSLPEIKLVDVSCNEQTEILLPDSLPSTLQELDLTSNSSLMLEHKTLNLFSHISTLKLDQKPAVTAGDAQGTSTLWDHGYAEMCGQRNKLCVSVLAVDRFGDSPEAAYGIFDGDRNEEVSRLLQCTMGDVLAEEIQHSSVDSVYMSNTFLTSHRKLGMAGQKLGASALLCYIHHESSEPGRYFSLTVANVGTCQAVLCRDGQPLALSKVFSLEQSAEEMERVKLAKAIITEDNKVSGVTCCSRLLGCSYLFPWVLPKPCVHTEPLCSQDEFLILGNKALFQKVSYQEAVSTVLAVRDPRAAAKKLCTLAQSYGCRDNVGAVVVALHIGEDSCTCEPPLSNAEARGPPLLISMFPGDPATPSSSSGIASEFNSEMSASEVGSEAGSTASDEHPSSGPTARPERRCSLHPTATLCNIGPVASLGPGAHPALFQRQPSSATFSSNQSDNGLDSDDEAPLEGVISNGSKLEVEVDIHCCAFQLRSGPPESPKDLDGRHDSRGSDYPNSKMRRQNSVVVSATNGCLLAVCGREISDLKKSPSTSSLFGKKLSNGSVVALEDSHNIIEVALEAPKKKSGYFAAPAQQDPEDQLIIPPSLEQDVREQLRGQSPVVPGPPPAPLTLPSARDPNWDHPQPTVPCLHPNTVLQQDVYDTAL

Target ORF information:

RefSeq Version	XM_016245958.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami PH domain leucine-rich repeat-containing protein phosphatase 2-like (LOC107561505), mRNA.

Target ORF information:

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

XM_016245958.1

ORF Insert Sequence:

ATGACTGAGA AACCGGTGAA CGCAGACCAA CAGGAGCGGA CTCTTCTGAA AGGCGTGTTC 
AGCGTCAGAA AGGGAAAGAC GCAGCTCCAT AAATGGGCTG AGCGGCAGGT CATCCTGTGC 
GGGACGAGTC TCATCGTTGC CTCTGTCAAG GACAGCCTGA CCGGCAAGAT GCACATACTA 
CCCCTGGTCG GGGGGAAGGT GGAGGAGGTG AAGCGGAGGC AACACTGTCT GATGTTCAGC 
TCCGCCGGAC CGCAGGCTCA GACCTACTAC GTTAACTTTG ACACGCTGAC CGACTACCAG 
CGCTGGCACC GGCAGGCTTC TAAAGTGGTG TCTCAGACTA TTAGTCTGGT GGATTTGTCC 
TGCTACAGTC TGGAGGAAGT GCCTGAGTAT CTCTTCTACT GCCAGGACGT CACACACCTC 
AACCTGCGCC ACAACTTCAT GAGTCTGGAC GGCCCTGGAG GACTCATCAA CTTCAGCAGA 
TTTGCCCAGC TGAGGAGCTT AAATCTCTCT CACAATGGGC TGGGCGTCTT CCCGGAGTCG 
CTGTGTGAGA TCCAGACACT GACGGAGCTC TATCTGTCCT GCAACGGCCT CAGTGCTGTC 
CCGTCCCGCC TCGAAAACCT CCAGAGCTTA CAGACGCTGT GTTTGGATGG GAATCGCTTG 
GATTCTCTTC CGGAGGAGCT GGGCAGTCTC GCGCAGCTCT GCAGCTTGGG ACTCTCCTTC 
AATGACTTCC CTCAGGTCCC CGGCGTGGTG GAGCGCCTCT GTGCCCTGGA CAAGCTGGCG 
ATGGCGGGGA ACCGGGTGGA GACTCTGGAT CTGTTCAGCC TGCTACGAAT GACTCACATT 
AAGAGTATTG ATTTACGGTT AAATGGCCTC CGCTGTGTTA AAAGCGAAAC TCTGGAGCCG 
GTAAAACATC TCACCCAGCT GGACCTGCGA GACAACCAGC TGACGTCTCT GGACCTGAGC 
TCGGCCTGCA GTCTGGAGAC CCTGCAGTGT CAGAGGAACC AGCTGGGGGC CCTGACGCTC 
AGCGGCTTCA CCCTGCGCAC ACTCCACGCC AGTGACAACG GTCTGACCAC GGTGAACATC 
TACCCTGTTC CCAGCCAACT CTCAAATATG GACCTATCAA GGAATCTCCT GGAATACCTG 
CCAGACTGGG TGTGTGACAG CAGGAAGATT GAGGTGCTGG ATGTCTCCCA TAATCTGCTG 
TCTGAGCTCC CGGCCAGACT TCTTAGCAGT CTGAGTCTGC GTAAACTGCT GGCTGGTAAC 
AACAGGCTTG AGAGACTGGC TGACCTGCTC GACCACATCC CACTGGAAAC ACTCGACCTG 
CAGCACAACA AGTTACGGGA ACTGCCAGAG AGCTTCTTCT ACAAAGCCTT AAATTTAAAG 
TATTTGAATG TGTCTGCCAA TGCGCTGGAG ACGATCCCGC CGAGCAGCCA ATCGGAGGAG 
AGCCTCAGCA CCCTGCAGGA GCTCTATCTC ACAGGAAACA ACCTGAATGA GAACTGCGCT 
GCTCTACTGG TGGGGCATCA GAACCTGCGG GTCTTGCATA TGGCTTATAA CCAACTGCAG 
TCCTTCCCTG CTAGCAAGCT CAGTAAACTG GAGGTCCTGG AGGAACTGAA TCTGAGTGGG 
AACAAGCTGA AAACGATCCC CTCCACCGTG TCCAGCTGCA AGAGACTGCA CACACTCATC 
GCCCACTCCA ACCATATCAG CGTGTTCCCA GAGGTCCTCA GCCTGCCTGA GATCAAGCTA 
GTAGATGTGA GCTGTAATGA GCAGACAGAA ATCCTGTTGC CGGACTCTCT GCCTTCAACC 
CTACAAGAGC TGGATCTGAC CAGCAACAGC AGCCTCATGT TAGAGCACAA AACACTCAAC 
CTCTTCAGTC ACATCAGTAC TTTGAAGCTG GACCAGAAGC CAGCCGTGAC CGCAGGAGAC 
GCACAGGGCA CGTCCACCCT GTGGGATCAT GGTTACGCTG AGATGTGTGG GCAAAGAAAC 
AAGTTGTGTG TGTCTGTGCT GGCTGTGGAT CGCTTCGGAG ATAGTCCGGA GGCTGCTTAT 
GGGATTTTTG ATGGCGATCG TAATGAGGAA GTTTCCAGGT TACTGCAGTG CACCATGGGA 
GATGTATTGG CAGAGGAGAT ACAGCACTCC AGTGTGGACA GTGTATACAT GAGCAACACT 
TTCCTTACCT CCCATAGGAA ACTTGGCATG GCAGGCCAGA AGCTCGGTGC CTCTGCTCTG 
CTCTGTTACA TCCATCATGA GTCCTCCGAG CCTGGCCGCT ACTTCAGCCT CACTGTGGCC 
AACGTAGGCA CCTGCCAGGC TGTACTGTGT CGTGATGGGC AACCTCTTGC CCTCTCAAAG 
GTTTTCAGCC TAGAACAAAG CGCTGAGGAG ATGGAGCGTG TCAAACTGGC AAAAGCTATT 
ATCACTGAGG ATAACAAGGT GAGTGGGGTG ACATGCTGCT CACGGTTACT TGGCTGTTCC 
TACCTGTTTC CTTGGGTACT TCCCAAACCC TGTGTGCACA CAGAGCCTCT GTGTTCCCAG 
GATGAGTTCC TGATCCTAGG AAACAAAGCA CTCTTCCAGA AGGTTTCCTA CCAGGAGGCA 
GTGAGCACTG TGCTGGCTGT CAGAGACCCC CGTGCTGCTG CCAAAAAGCT CTGCACGCTG 
GCACAGAGCT ATGGGTGCCG GGATAACGTG GGAGCAGTGG TGGTAGCTTT GCATATCGGA 
GAAGACAGCT GTACATGTGA GCCTCCTCTC TCGAACGCAG AAGCCCGAGG ACCACCTTTA 
CTGATCTCCA TGTTCCCTGG TGACCCAGCC ACGCCGTCAT CTAGTAGTGG CATCGCCTCG 
GAGTTCAACA GCGAGATGTC TGCTTCGGAA GTTGGCAGCG AGGCTGGGTC CACAGCTTCG 
GACGAGCACC CCTCTTCGGG ACCAACAGCT CGTCCGGAGC GCCGCTGTAG TTTGCATCCC 
ACTGCTACCT TATGTAACAT AGGGCCAGTG GCGAGCTTGG GGCCAGGGGC GCACCCGGCT 
CTATTCCAGC GGCAACCTTC CAGTGCAACC TTTTCAAGCA ACCAATCGGA CAATGGACTA 
GACAGCGACG ACGAGGCTCC TTTAGAAGGT GTCATCTCAA ACGGAAGCAA GCTTGAGGTA 
GAAGTGGACA TCCATTGCTG CGCTTTTCAG CTGCGCTCCG GACCACCGGA AAGTCCCAAG 
GACCTGGACG GCCGGCATGA TTCGAGGGGC TCGGATTATC CCAACAGCAA AATGCGGCGG 
CAAAACAGCG TGGTGGTTTC TGCCACCAAC GGCTGCCTGC TGGCTGTATG TGGCCGAGAG 
ATCTCAGATC TGAAGAAGTC TCCTTCAACA TCTAGTCTCT TTGGGAAAAA GCTGTCTAAT 
GGCTCCGTAG TGGCTCTCGA GGACAGCCAC AATATTATTG AGGTAGCACT AGAGGCCCCA 
AAAAAGAAGT CTGGATATTT CGCCGCACCA GCCCAGCAAG ACCCAGAAGA CCAGTTAATT 
ATTCCGCCCA GTCTGGAGCA AGATGTGCGG GAGCAGCTGA GAGGCCAGAG CCCAGTGGTT 
CCCGGGCCGC CGCCGGCTCC TTTAACGCTG CCCTCAGCGA GAGACCCCAA CTGGGACCAT 
CCTCAGCCCA CCGTCCCCTG TCTCCACCCC AACACCGTCC TGCAACAGGA CGTCTACGAC 
ACCGCTCTAT AG