LOC108759987 cDNA ORF clone, Trachymyrmex cornetzi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108759987
Entrez Gene ID	108759987
Full Name	protein phosphatase Slingshot homolog 2
Gene Type	protein-coding
Organism	Trachymyrmex cornetzi

mRNA and Protein(s)

mRNA	Protein	Name
XM_018505741.1	XP_018361243.1	protein phosphatase Slingshot homolog 2 isoform X1
XM_018505742.1	XP_018361244.1	protein phosphatase Slingshot homolog 2 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC108759987 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108759987 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
OTr74462	XM_018505741.1 Latest version!	Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OTr74464	XM_018505742.1 Latest version!	Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC108759987 ( XM_018505741.1 ) cDNA ORF clone, Trachymyrmex cornetzi -> XP_018361243.1 Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTr74462
Clone ID Related Accession (Same CDS sequence)	XM_018505741.1
Accession Version	XM_018505741.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3885bp) 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	2016-09-22
Organism	Trachymyrmex cornetzi
Product	protein phosphatase Slingshot homolog 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017296742.1) 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 :: Trachymyrmex cornetzi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATCGTGC TGAAGCAAAA AGCCGGTCTA CATTACGGTT TACCGCCGCC ATCGCCACCC 
CAGCCACCCT CACCGTGGTC CAGCATACTC CGGGGCGACG ATCGGCGACC TCGTCGTCAT 
GGACGAAGAG TCGCGTGTGG CGTACGCGTC ACGCAATTGC GAGACAAAGT CATCGCAAAA 
GATTCTGGAG CAGGAGCACC GGCTGACGAT GAGGATACTA CAAGAAGTTG TAAAAGTCTG 
AGCGAATGTT ACTTCGCGGG CAAGGGCGCA GCCTTGGTTT TACCGCCGAA CGAAAGGGCT 
CGCCCTTCGA GGCGAGTCTC GGCGGCGGGA TGCGATATTC AGCAACACTT ACAGTCTATG 
TTCTACCTGT TGAGGCCCGA GGAGACTTTG AAGATGGCCG TGAAACTGGA GTCGGTGCAT 
CCAGGAAGGA CGCGATATCT CGTCGTCGTT TCCTGCACGG GAAGGCAGGA CGCCGAAGAG 
AGTTGTCTCC TCGGTATCGA TTGCCACGCC AGGGCGACCG TTGGTCTCGT GCTCCGAGTT 
TTGGCAGACA CCGCTATCAC TCTCGATGGC GATGGGGGTT TCAAGGTCAG CGTTTGTGGC 
CGTCAACACA TCTTCAAGCC AGTGTCCGTT CAAGCCATGT GGTCGGCCTT GCAGACATTG 
CACAAGGTGT CCGGTAAGGC ACGCGAGCAA AACTATTTTC TAGGTGGACT GTCGCATGAC 
TGGGTCAGTT ACTATGAGCA ACGGATCGAG AGCGATCGCT CGTGCCTCAA CGAGTGGCAT 
GCCATGGACA ATCTGGAGTC CAAGAGACCA CCGTCACCGG ACAGCGTACG CACCAAGCCC 
AGGGAGAGAG AAGAGACCGA ACGCGTGATT CGATCGACGC TAAAGGAGAT CATGATGTCA 
GTGGATCTTG ATGAAGTTAC TTCCAAATAT ATTAGAGGTC GACTTGAAGA GGATCTCGAC 
ATGGACCTCG GGGAATTCAA ACCGTTCATC GATCAAGAGA TGCTCACCAT ACTAGGACAA 
ATGGATGCGC CAACTGAGAT ATTTGATCAC GTTTATCTCG GGAGCGAATG GAACGCTAGC 
AATCTAGAGG AACTTCAGAA AAATGGTGTA AGGCACATCC TGAATGTCAC TCGGGAAATT 
GACAACTTCT TTCCGGGTAT GTTCACGTAT TTGAACGTAC GTGTATATGA CGATGAGAAG 
ACGGATTTGC TGAAGCATTG GGATAATACA TTCAAGTACA TTACTAAGGC CAAAATGGAA 
GGCTCTAAGG TGTTGGTGCA TTGCAAGATG GGAGTGTCCC GTTCTGCCTC CGTGGTGATA 
GCTTATGCGA TGAAGGCTTA CAACTGGGAT TTTTCCCAGG CGTGGAAACA CGTAAAGGAA 
AAGCGCAACT GCATCAAACC CAACAACAGC TTCCTCCTGC AATTGGAAAC GTATCAGGGT 
ATTCTAGATG CGATGAAAAA CAAGGAAAAG CTCCAGAGAT CCAAATCTGA CACGAATCTA 
AAATCTCCCA CTTCCACAAA AGATCAATCA AAAAAGGAAG AGAAATCAGA TAATATAGAG 
AACAATATGC GGGAGGTTTC AGGCTCGGAG TTGAAGAAAA CTAGCCAGAG ACCAAAGAGT 
TGGTCGCCGA ATGTTAAAGT TGCTGAGAAT ATGTTACCTT CTGTTCCCTT GTCGCAGTCA 
TTGGAAAGTA TTGATAAAGC AGGAAATACG GAAGTTACTC GGGAGGATCT TCTTCGTGGC 
TCGAATCAAA AACCGGCAAT AGAACAGGAA GCTCGTAATG TTCTAATGCC CTGCGACAAC 
GGGCAATCTT ACAGCGTGTC GCAGAATAAA ATAATGCACC TACCTGCTCC AACCCCTGGC 
ACACCTAGCG TAAAGAATAG GATTAGTAAG TTAGAAACTC AGGGACAGAA GAGGAAGGGT 
CTAGTACTCA ATTTAACTAA TCAATTTGAA GCGGCTAGCA GTAAACCATC ATCGCCAGGA 
TCCGATACGG ACGGGAAATC TCTGCCTCAA AGTTCGACTG CGGAGGATAA CGTGAAACCA 
ATCGAGAACG GTCATTCGCA TTACGATCAG TCGCAGGAAA CACGAGGTAT CACGGCTTCC 
GTTTCGAGCG GTCTTTCCGA AAAAGAAACT TGGGATCCCG GTGAAGAACA AAGGGAAAAG 
AGAAAAGAGA TGAGTCAGGA GTCCACTGAG ATCAACGATA ATAGTGAATG TCTAGTCTGG 
ACTGCTGCAT CCGCGGATGC AACATGTGCT GATTTGTGTG ATGACAATAA CATTGACAAA 
GGCGTGAATG TAGAAAGTGA GTGTAACGTG AGTGTAATGG CGGATACGAC GATTGCAACG 
TCGGTCACAA CGACGACGAC GACTACGATG ACGACGACGG CATTATCGAT GTGTCATGAT 
GGTTTAGGAA AGAAAATAAA AAAGGACGGC GATCCGTTCA GCGCCCAACT CGATCGAGTA 
TTCGATCGTG AAGAAAGACG GGGTGAACCT GTCACAAGGG AATCTCCGAG TCGGCAAAGT 
TCCTGGAGTA GTTACGACAG CGCAGTGGTT CTTGACAACA ATTCGGTGCA CAGCTCGTGG 
GCTACCTTGC CTTCGAGAAA CAGTTCCTGG GGCTCTTATG ACATGCGGCC ATCCGATCTA 
CTTGGATCCA GTGGTCTGTT TCCGTACGAC AAAGAGGAAA TTCCGTGGCA TCCGGGGACA 
GTAAAACGCA CTAAGCAAAA ATTGGAGGAG GGTACGACCG CAGGCGAGGT GAAGCGCGTG 
TGCACACAGA GCTCAACGAC CGCGGACGAC AAGAGCGATA GGCTAACTAC TGAAATAGAC 
TCGGTTGCGG TCGAGACGTA CAATCCGATG CTGTTGCATC ACATGCCATC GCCGACACCG 
CGAAGAAGGG ACTCGTCGCC TACTCAGGAA CATAATCTTA AAGTAGAAAC AAATAGAAAC 
TCGCCGAGCC CGGTAGGTAG CATCGACATC TCCCTTACGT CTATGCGTCA GATTGGAAGA 
CTATCTACAA GTGCTCCCGC GCCTTCCTCC CTGCCCTCCG AATCCGATCT GCCTCTGTCT 
CTGAGATCTT GTAGATCAGA AAGCGAGACG TCCAGTCCAT GCGTCGTCAA CACTACCCAG 
TGCCCTTCTG TAAAACACCA TAAAATGGTT TTGGAAAATC TCTGCAACAA GTCTGTGTTC 
AGCAAGCGCT GTCTCTCCGT GGATGATTCA CCGGAAGCAG AGTGCCCACG TAGCACGTCT 
GGTATAGTTA AAAATCTGAA GAAAGAGTTT GAGGCGAAGT CAACCAAGCT GGAGAGGAGT 
CCCGAGAACA CGTGCGAGGG CGAAAACGCG TCGGTGACAG CACGATCCAA AAAGGACGTG 
AAAATCAGGA GTTTGCCCTC ATCGCCAGTG ATCCCGCACA ACGAGTCCAA AATCCAATCG 
TCGTCCAGCG TTGGCGAAAC CAAAGACAAC AAGCATGGCA GAAGAAGCGA GACAACCCCA 
CCGTCATCGC AGGATAATAT GGAAGATCTC TCTGTGAAAG TATTGGTGGG GAAGTATGAG 
GTTGCCAGGC CAGAATCCAG GAAGAGCTCG GACGTCCAGT TGCGCGCGCA CAAAGATAAA 
GATTGGGACG CCATGGAGGT GCATCCGCCA GCAAAATCGA AGATCGCGCC TGAGTTCTCG 
AGGAGGTCAG CGCCGATTAT GATCAACAAT CACTCTGCAC CTCTGTTCAA CGAGACACCG 
GAAGCCCCCG GCAGGCCGCC GGCAGTACCT TCGCCTAGCG TAGTCATGGC CAGCGTAGTG 
GCTAAAGCAG CTAGTAAAAA ACAGCAACAA CATGGTAGAA CCCATCCCCT CGCTAGGTTA 
CAGGTCAGGC CTAGGCACAG CAGTCCCGTT TACAACACCA TGTAA

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

RefSeq	XP_018361243.1
CDS	248..4132
Translation	MIVLKQKAGLHYGLPPPSPPQPPSPWSSILRGDDRRPRRHGRRVACGVRVTQLRDKVIAKDSGAGAPADDEDTTRSCKSLSECYFAGKGAALVLPPNERARPSRRVSAAGCDIQQHLQSMFYLLRPEETLKMAVKLESVHPGRTRYLVVVSCTGRQDAEESCLLGIDCHARATVGLVLRVLADTAITLDGDGGFKVSVCGRQHIFKPVSVQAMWSALQTLHKVSGKAREQNYFLGGLSHDWVSYYEQRIESDRSCLNEWHAMDNLESKRPPSPDSVRTKPREREETERVIRSTLKEIMMSVDLDEVTSKYIRGRLEEDLDMDLGEFKPFIDQEMLTILGQMDAPTEIFDHVYLGSEWNASNLEELQKNGVRHILNVTREIDNFFPGMFTYLNVRVYDDEKTDLLKHWDNTFKYITKAKMEGSKVLVHCKMGVSRSASVVIAYAMKAYNWDFSQAWKHVKEKRNCIKPNNSFLLQLETYQGILDAMKNKEKLQRSKSDTNLKSPTSTKDQSKKEEKSDNIENNMREVSGSELKKTSQRPKSWSPNVKVAENMLPSVPLSQSLESIDKAGNTEVTREDLLRGSNQKPAIEQEARNVLMPCDNGQSYSVSQNKIMHLPAPTPGTPSVKNRISKLETQGQKRKGLVLNLTNQFEAASSKPSSPGSDTDGKSLPQSSTAEDNVKPIENGHSHYDQSQETRGITASVSSGLSEKETWDPGEEQREKRKEMSQESTEINDNSECLVWTAASADATCADLCDDNNIDKGVNVESECNVSVMADTTIATSVTTTTTTTMTTTALSMCHDGLGKKIKKDGDPFSAQLDRVFDREERRGEPVTRESPSRQSSWSSYDSAVVLDNNSVHSSWATLPSRNSSWGSYDMRPSDLLGSSGLFPYDKEEIPWHPGTVKRTKQKLEEGTTAGEVKRVCTQSSTTADDKSDRLTTEIDSVAVETYNPMLLHHMPSPTPRRRDSSPTQEHNLKVETNRNSPSPVGSIDISLTSMRQIGRLSTSAPAPSSLPSESDLPLSLRSCRSESETSSPCVVNTTQCPSVKHHKMVLENLCNKSVFSKRCLSVDDSPEAECPRSTSGIVKNLKKEFEAKSTKLERSPENTCEGENASVTARSKKDVKIRSLPSSPVIPHNESKIQSSSSVGETKDNKHGRRSETTPPSSQDNMEDLSVKVLVGKYEVARPESRKSSDVQLRAHKDKDWDAMEVHPPAKSKIAPEFSRRSAPIMINNHSAPLFNETPEAPGRPPAVPSPSVVMASVVAKAASKKQQQHGRTHPLARLQVRPRHSSPVYNTM

Target ORF information:

RefSeq Version	XM_018505741.1
Organism	Trachymyrmex cornetzi
Definition	Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X1, mRNA.

Target ORF information:

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

XM_018505741.1

ORF Insert Sequence:

ATGATCGTGC TGAAGCAAAA AGCCGGTCTA CATTACGGTT TACCGCCGCC ATCGCCACCC 
CAGCCACCCT CACCGTGGTC CAGCATACTC CGGGGCGACG ATCGGCGACC TCGTCGTCAT 
GGACGAAGAG TCGCGTGTGG CGTACGCGTC ACGCAATTGC GAGACAAAGT CATCGCAAAA 
GATTCTGGAG CAGGAGCACC GGCTGACGAT GAGGATACTA CAAGAAGTTG TAAAAGTCTG 
AGCGAATGTT ACTTCGCGGG CAAGGGCGCA GCCTTGGTTT TACCGCCGAA CGAAAGGGCT 
CGCCCTTCGA GGCGAGTCTC GGCGGCGGGA TGCGATATTC AGCAACACTT ACAGTCTATG 
TTCTACCTGT TGAGGCCCGA GGAGACTTTG AAGATGGCCG TGAAACTGGA GTCGGTGCAT 
CCAGGAAGGA CGCGATATCT CGTCGTCGTT TCCTGCACGG GAAGGCAGGA CGCCGAAGAG 
AGTTGTCTCC TCGGTATCGA TTGCCACGCC AGGGCGACCG TTGGTCTCGT GCTCCGAGTT 
TTGGCAGACA CCGCTATCAC TCTCGATGGC GATGGGGGTT TCAAGGTCAG CGTTTGTGGC 
CGTCAACACA TCTTCAAGCC AGTGTCCGTT CAAGCCATGT GGTCGGCCTT GCAGACATTG 
CACAAGGTGT CCGGTAAGGC ACGCGAGCAA AACTATTTTC TAGGTGGACT GTCGCATGAC 
TGGGTCAGTT ACTATGAGCA ACGGATCGAG AGCGATCGCT CGTGCCTCAA CGAGTGGCAT 
GCCATGGACA ATCTGGAGTC CAAGAGACCA CCGTCACCGG ACAGCGTACG CACCAAGCCC 
AGGGAGAGAG AAGAGACCGA ACGCGTGATT CGATCGACGC TAAAGGAGAT CATGATGTCA 
GTGGATCTTG ATGAAGTTAC TTCCAAATAT ATTAGAGGTC GACTTGAAGA GGATCTCGAC 
ATGGACCTCG GGGAATTCAA ACCGTTCATC GATCAAGAGA TGCTCACCAT ACTAGGACAA 
ATGGATGCGC CAACTGAGAT ATTTGATCAC GTTTATCTCG GGAGCGAATG GAACGCTAGC 
AATCTAGAGG AACTTCAGAA AAATGGTGTA AGGCACATCC TGAATGTCAC TCGGGAAATT 
GACAACTTCT TTCCGGGTAT GTTCACGTAT TTGAACGTAC GTGTATATGA CGATGAGAAG 
ACGGATTTGC TGAAGCATTG GGATAATACA TTCAAGTACA TTACTAAGGC CAAAATGGAA 
GGCTCTAAGG TGTTGGTGCA TTGCAAGATG GGAGTGTCCC GTTCTGCCTC CGTGGTGATA 
GCTTATGCGA TGAAGGCTTA CAACTGGGAT TTTTCCCAGG CGTGGAAACA CGTAAAGGAA 
AAGCGCAACT GCATCAAACC CAACAACAGC TTCCTCCTGC AATTGGAAAC GTATCAGGGT 
ATTCTAGATG CGATGAAAAA CAAGGAAAAG CTCCAGAGAT CCAAATCTGA CACGAATCTA 
AAATCTCCCA CTTCCACAAA AGATCAATCA AAAAAGGAAG AGAAATCAGA TAATATAGAG 
AACAATATGC GGGAGGTTTC AGGCTCGGAG TTGAAGAAAA CTAGCCAGAG ACCAAAGAGT 
TGGTCGCCGA ATGTTAAAGT TGCTGAGAAT ATGTTACCTT CTGTTCCCTT GTCGCAGTCA 
TTGGAAAGTA TTGATAAAGC AGGAAATACG GAAGTTACTC GGGAGGATCT TCTTCGTGGC 
TCGAATCAAA AACCGGCAAT AGAACAGGAA GCTCGTAATG TTCTAATGCC CTGCGACAAC 
GGGCAATCTT ACAGCGTGTC GCAGAATAAA ATAATGCACC TACCTGCTCC AACCCCTGGC 
ACACCTAGCG TAAAGAATAG GATTAGTAAG TTAGAAACTC AGGGACAGAA GAGGAAGGGT 
CTAGTACTCA ATTTAACTAA TCAATTTGAA GCGGCTAGCA GTAAACCATC ATCGCCAGGA 
TCCGATACGG ACGGGAAATC TCTGCCTCAA AGTTCGACTG CGGAGGATAA CGTGAAACCA 
ATCGAGAACG GTCATTCGCA TTACGATCAG TCGCAGGAAA CACGAGGTAT CACGGCTTCC 
GTTTCGAGCG GTCTTTCCGA AAAAGAAACT TGGGATCCCG GTGAAGAACA AAGGGAAAAG 
AGAAAAGAGA TGAGTCAGGA GTCCACTGAG ATCAACGATA ATAGTGAATG TCTAGTCTGG 
ACTGCTGCAT CCGCGGATGC AACATGTGCT GATTTGTGTG ATGACAATAA CATTGACAAA 
GGCGTGAATG TAGAAAGTGA GTGTAACGTG AGTGTAATGG CGGATACGAC GATTGCAACG 
TCGGTCACAA CGACGACGAC GACTACGATG ACGACGACGG CATTATCGAT GTGTCATGAT 
GGTTTAGGAA AGAAAATAAA AAAGGACGGC GATCCGTTCA GCGCCCAACT CGATCGAGTA 
TTCGATCGTG AAGAAAGACG GGGTGAACCT GTCACAAGGG AATCTCCGAG TCGGCAAAGT 
TCCTGGAGTA GTTACGACAG CGCAGTGGTT CTTGACAACA ATTCGGTGCA CAGCTCGTGG 
GCTACCTTGC CTTCGAGAAA CAGTTCCTGG GGCTCTTATG ACATGCGGCC ATCCGATCTA 
CTTGGATCCA GTGGTCTGTT TCCGTACGAC AAAGAGGAAA TTCCGTGGCA TCCGGGGACA 
GTAAAACGCA CTAAGCAAAA ATTGGAGGAG GGTACGACCG CAGGCGAGGT GAAGCGCGTG 
TGCACACAGA GCTCAACGAC CGCGGACGAC AAGAGCGATA GGCTAACTAC TGAAATAGAC 
TCGGTTGCGG TCGAGACGTA CAATCCGATG CTGTTGCATC ACATGCCATC GCCGACACCG 
CGAAGAAGGG ACTCGTCGCC TACTCAGGAA CATAATCTTA AAGTAGAAAC AAATAGAAAC 
TCGCCGAGCC CGGTAGGTAG CATCGACATC TCCCTTACGT CTATGCGTCA GATTGGAAGA 
CTATCTACAA GTGCTCCCGC GCCTTCCTCC CTGCCCTCCG AATCCGATCT GCCTCTGTCT 
CTGAGATCTT GTAGATCAGA AAGCGAGACG TCCAGTCCAT GCGTCGTCAA CACTACCCAG 
TGCCCTTCTG TAAAACACCA TAAAATGGTT TTGGAAAATC TCTGCAACAA GTCTGTGTTC 
AGCAAGCGCT GTCTCTCCGT GGATGATTCA CCGGAAGCAG AGTGCCCACG TAGCACGTCT 
GGTATAGTTA AAAATCTGAA GAAAGAGTTT GAGGCGAAGT CAACCAAGCT GGAGAGGAGT 
CCCGAGAACA CGTGCGAGGG CGAAAACGCG TCGGTGACAG CACGATCCAA AAAGGACGTG 
AAAATCAGGA GTTTGCCCTC ATCGCCAGTG ATCCCGCACA ACGAGTCCAA AATCCAATCG 
TCGTCCAGCG TTGGCGAAAC CAAAGACAAC AAGCATGGCA GAAGAAGCGA GACAACCCCA 
CCGTCATCGC AGGATAATAT GGAAGATCTC TCTGTGAAAG TATTGGTGGG GAAGTATGAG 
GTTGCCAGGC CAGAATCCAG GAAGAGCTCG GACGTCCAGT TGCGCGCGCA CAAAGATAAA 
GATTGGGACG CCATGGAGGT GCATCCGCCA GCAAAATCGA AGATCGCGCC TGAGTTCTCG 
AGGAGGTCAG CGCCGATTAT GATCAACAAT CACTCTGCAC CTCTGTTCAA CGAGACACCG 
GAAGCCCCCG GCAGGCCGCC GGCAGTACCT TCGCCTAGCG TAGTCATGGC CAGCGTAGTG 
GCTAAAGCAG CTAGTAAAAA ACAGCAACAA CATGGTAGAA CCCATCCCCT CGCTAGGTTA 
CAGGTCAGGC CTAGGCACAG CAGTCCCGTT TACAACACCA TGTAA

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

LOC108759987 ( XM_018505742.1 ) cDNA ORF clone, Trachymyrmex cornetzi -> XP_018361244.1 Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTr74464
Clone ID Related Accession (Same CDS sequence)	XM_018505742.1
Accession Version	XM_018505742.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3732bp) 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	2016-09-22
Organism	Trachymyrmex cornetzi
Product	protein phosphatase Slingshot homolog 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017296742.1) 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 :: Trachymyrmex cornetzi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTCTTTG AAAATATCGA GATGAGGAAC CCTGCGGGGT TCCTGCTCGA GGACGCCAGG 
CACGGATACA TCCAATACAT TAGTCTGAGC GAATGTTACT TCGCGGGCAA GGGCGCAGCC 
TTGGTTTTAC CGCCGAACGA AAGGGCTCGC CCTTCGAGGC GAGTCTCGGC GGCGGGATGC 
GATATTCAGC AACACTTACA GTCTATGTTC TACCTGTTGA GGCCCGAGGA GACTTTGAAG 
ATGGCCGTGA AACTGGAGTC GGTGCATCCA GGAAGGACGC GATATCTCGT CGTCGTTTCC 
TGCACGGGAA GGCAGGACGC CGAAGAGAGT TGTCTCCTCG GTATCGATTG CCACGCCAGG 
GCGACCGTTG GTCTCGTGCT CCGAGTTTTG GCAGACACCG CTATCACTCT CGATGGCGAT 
GGGGGTTTCA AGGTCAGCGT TTGTGGCCGT CAACACATCT TCAAGCCAGT GTCCGTTCAA 
GCCATGTGGT CGGCCTTGCA GACATTGCAC AAGGTGTCCG GTAAGGCACG CGAGCAAAAC 
TATTTTCTAG GTGGACTGTC GCATGACTGG GTCAGTTACT ATGAGCAACG GATCGAGAGC 
GATCGCTCGT GCCTCAACGA GTGGCATGCC ATGGACAATC TGGAGTCCAA GAGACCACCG 
TCACCGGACA GCGTACGCAC CAAGCCCAGG GAGAGAGAAG AGACCGAACG CGTGATTCGA 
TCGACGCTAA AGGAGATCAT GATGTCAGTG GATCTTGATG AAGTTACTTC CAAATATATT 
AGAGGTCGAC TTGAAGAGGA TCTCGACATG GACCTCGGGG AATTCAAACC GTTCATCGAT 
CAAGAGATGC TCACCATACT AGGACAAATG GATGCGCCAA CTGAGATATT TGATCACGTT 
TATCTCGGGA GCGAATGGAA CGCTAGCAAT CTAGAGGAAC TTCAGAAAAA TGGTGTAAGG 
CACATCCTGA ATGTCACTCG GGAAATTGAC AACTTCTTTC CGGGTATGTT CACGTATTTG 
AACGTACGTG TATATGACGA TGAGAAGACG GATTTGCTGA AGCATTGGGA TAATACATTC 
AAGTACATTA CTAAGGCCAA AATGGAAGGC TCTAAGGTGT TGGTGCATTG CAAGATGGGA 
GTGTCCCGTT CTGCCTCCGT GGTGATAGCT TATGCGATGA AGGCTTACAA CTGGGATTTT 
TCCCAGGCGT GGAAACACGT AAAGGAAAAG CGCAACTGCA TCAAACCCAA CAACAGCTTC 
CTCCTGCAAT TGGAAACGTA TCAGGGTATT CTAGATGCGA TGAAAAACAA GGAAAAGCTC 
CAGAGATCCA AATCTGACAC GAATCTAAAA TCTCCCACTT CCACAAAAGA TCAATCAAAA 
AAGGAAGAGA AATCAGATAA TATAGAGAAC AATATGCGGG AGGTTTCAGG CTCGGAGTTG 
AAGAAAACTA GCCAGAGACC AAAGAGTTGG TCGCCGAATG TTAAAGTTGC TGAGAATATG 
TTACCTTCTG TTCCCTTGTC GCAGTCATTG GAAAGTATTG ATAAAGCAGG AAATACGGAA 
GTTACTCGGG AGGATCTTCT TCGTGGCTCG AATCAAAAAC CGGCAATAGA ACAGGAAGCT 
CGTAATGTTC TAATGCCCTG CGACAACGGG CAATCTTACA GCGTGTCGCA GAATAAAATA 
ATGCACCTAC CTGCTCCAAC CCCTGGCACA CCTAGCGTAA AGAATAGGAT TAGTAAGTTA 
GAAACTCAGG GACAGAAGAG GAAGGGTCTA GTACTCAATT TAACTAATCA ATTTGAAGCG 
GCTAGCAGTA AACCATCATC GCCAGGATCC GATACGGACG GGAAATCTCT GCCTCAAAGT 
TCGACTGCGG AGGATAACGT GAAACCAATC GAGAACGGTC ATTCGCATTA CGATCAGTCG 
CAGGAAACAC GAGGTATCAC GGCTTCCGTT TCGAGCGGTC TTTCCGAAAA AGAAACTTGG 
GATCCCGGTG AAGAACAAAG GGAAAAGAGA AAAGAGATGA GTCAGGAGTC CACTGAGATC 
AACGATAATA GTGAATGTCT AGTCTGGACT GCTGCATCCG CGGATGCAAC ATGTGCTGAT 
TTGTGTGATG ACAATAACAT TGACAAAGGC GTGAATGTAG AAAGTGAGTG TAACGTGAGT 
GTAATGGCGG ATACGACGAT TGCAACGTCG GTCACAACGA CGACGACGAC TACGATGACG 
ACGACGGCAT TATCGATGTG TCATGATGGT TTAGGAAAGA AAATAAAAAA GGACGGCGAT 
CCGTTCAGCG CCCAACTCGA TCGAGTATTC GATCGTGAAG AAAGACGGGG TGAACCTGTC 
ACAAGGGAAT CTCCGAGTCG GCAAAGTTCC TGGAGTAGTT ACGACAGCGC AGTGGTTCTT 
GACAACAATT CGGTGCACAG CTCGTGGGCT ACCTTGCCTT CGAGAAACAG TTCCTGGGGC 
TCTTATGACA TGCGGCCATC CGATCTACTT GGATCCAGTG GTCTGTTTCC GTACGACAAA 
GAGGAAATTC CGTGGCATCC GGGGACAGTA AAACGCACTA AGCAAAAATT GGAGGAGGGT 
ACGACCGCAG GCGAGGTGAA GCGCGTGTGC ACACAGAGCT CAACGACCGC GGACGACAAG 
AGCGATAGGC TAACTACTGA AATAGACTCG GTTGCGGTCG AGACGTACAA TCCGATGCTG 
TTGCATCACA TGCCATCGCC GACACCGCGA AGAAGGGACT CGTCGCCTAC TCAGGAACAT 
AATCTTAAAG TAGAAACAAA TAGAAACTCG CCGAGCCCGG TAGGTAGCAT CGACATCTCC 
CTTACGTCTA TGCGTCAGAT TGGAAGACTA TCTACAAGTG CTCCCGCGCC TTCCTCCCTG 
CCCTCCGAAT CCGATCTGCC TCTGTCTCTG AGATCTTGTA GATCAGAAAG CGAGACGTCC 
AGTCCATGCG TCGTCAACAC TACCCAGTGC CCTTCTGTAA AACACCATAA AATGGTTTTG 
GAAAATCTCT GCAACAAGTC TGTGTTCAGC AAGCGCTGTC TCTCCGTGGA TGATTCACCG 
GAAGCAGAGT GCCCACGTAG CACGTCTGGT ATAGTTAAAA ATCTGAAGAA AGAGTTTGAG 
GCGAAGTCAA CCAAGCTGGA GAGGAGTCCC GAGAACACGT GCGAGGGCGA AAACGCGTCG 
GTGACAGCAC GATCCAAAAA GGACGTGAAA ATCAGGAGTT TGCCCTCATC GCCAGTGATC 
CCGCACAACG AGTCCAAAAT CCAATCGTCG TCCAGCGTTG GCGAAACCAA AGACAACAAG 
CATGGCAGAA GAAGCGAGAC AACCCCACCG TCATCGCAGG ATAATATGGA AGATCTCTCT 
GTGAAAGTAT TGGTGGGGAA GTATGAGGTT GCCAGGCCAG AATCCAGGAA GAGCTCGGAC 
GTCCAGTTGC GCGCGCACAA AGATAAAGAT TGGGACGCCA TGGAGGTGCA TCCGCCAGCA 
AAATCGAAGA TCGCGCCTGA GTTCTCGAGG AGGTCAGCGC CGATTATGAT CAACAATCAC 
TCTGCACCTC TGTTCAACGA GACACCGGAA GCCCCCGGCA GGCCGCCGGC AGTACCTTCG 
CCTAGCGTAG TCATGGCCAG CGTAGTGGCT AAAGCAGCTA GTAAAAAACA GCAACAACAT 
GGTAGAACCC ATCCCCTCGC TAGGTTACAG GTCAGGCCTA GGCACAGCAG TCCCGTTTAC 
AACACCATGT AA

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

RefSeq	XP_018361244.1
CDS	348..4079
Translation	MVFENIEMRNPAGFLLEDARHGYIQYISLSECYFAGKGAALVLPPNERARPSRRVSAAGCDIQQHLQSMFYLLRPEETLKMAVKLESVHPGRTRYLVVVSCTGRQDAEESCLLGIDCHARATVGLVLRVLADTAITLDGDGGFKVSVCGRQHIFKPVSVQAMWSALQTLHKVSGKAREQNYFLGGLSHDWVSYYEQRIESDRSCLNEWHAMDNLESKRPPSPDSVRTKPREREETERVIRSTLKEIMMSVDLDEVTSKYIRGRLEEDLDMDLGEFKPFIDQEMLTILGQMDAPTEIFDHVYLGSEWNASNLEELQKNGVRHILNVTREIDNFFPGMFTYLNVRVYDDEKTDLLKHWDNTFKYITKAKMEGSKVLVHCKMGVSRSASVVIAYAMKAYNWDFSQAWKHVKEKRNCIKPNNSFLLQLETYQGILDAMKNKEKLQRSKSDTNLKSPTSTKDQSKKEEKSDNIENNMREVSGSELKKTSQRPKSWSPNVKVAENMLPSVPLSQSLESIDKAGNTEVTREDLLRGSNQKPAIEQEARNVLMPCDNGQSYSVSQNKIMHLPAPTPGTPSVKNRISKLETQGQKRKGLVLNLTNQFEAASSKPSSPGSDTDGKSLPQSSTAEDNVKPIENGHSHYDQSQETRGITASVSSGLSEKETWDPGEEQREKRKEMSQESTEINDNSECLVWTAASADATCADLCDDNNIDKGVNVESECNVSVMADTTIATSVTTTTTTTMTTTALSMCHDGLGKKIKKDGDPFSAQLDRVFDREERRGEPVTRESPSRQSSWSSYDSAVVLDNNSVHSSWATLPSRNSSWGSYDMRPSDLLGSSGLFPYDKEEIPWHPGTVKRTKQKLEEGTTAGEVKRVCTQSSTTADDKSDRLTTEIDSVAVETYNPMLLHHMPSPTPRRRDSSPTQEHNLKVETNRNSPSPVGSIDISLTSMRQIGRLSTSAPAPSSLPSESDLPLSLRSCRSESETSSPCVVNTTQCPSVKHHKMVLENLCNKSVFSKRCLSVDDSPEAECPRSTSGIVKNLKKEFEAKSTKLERSPENTCEGENASVTARSKKDVKIRSLPSSPVIPHNESKIQSSSSVGETKDNKHGRRSETTPPSSQDNMEDLSVKVLVGKYEVARPESRKSSDVQLRAHKDKDWDAMEVHPPAKSKIAPEFSRRSAPIMINNHSAPLFNETPEAPGRPPAVPSPSVVMASVVAKAASKKQQQHGRTHPLARLQVRPRHSSPVYNTM

Target ORF information:

RefSeq Version	XM_018505742.1
Organism	Trachymyrmex cornetzi
Definition	Trachymyrmex cornetzi protein phosphatase Slingshot homolog 2 (LOC108759987), transcript variant X2, mRNA.

Target ORF information:

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

XM_018505742.1

ORF Insert Sequence:

ATGGTCTTTG AAAATATCGA GATGAGGAAC CCTGCGGGGT TCCTGCTCGA GGACGCCAGG 
CACGGATACA TCCAATACAT TAGTCTGAGC GAATGTTACT TCGCGGGCAA GGGCGCAGCC 
TTGGTTTTAC CGCCGAACGA AAGGGCTCGC CCTTCGAGGC GAGTCTCGGC GGCGGGATGC 
GATATTCAGC AACACTTACA GTCTATGTTC TACCTGTTGA GGCCCGAGGA GACTTTGAAG 
ATGGCCGTGA AACTGGAGTC GGTGCATCCA GGAAGGACGC GATATCTCGT CGTCGTTTCC 
TGCACGGGAA GGCAGGACGC CGAAGAGAGT TGTCTCCTCG GTATCGATTG CCACGCCAGG 
GCGACCGTTG GTCTCGTGCT CCGAGTTTTG GCAGACACCG CTATCACTCT CGATGGCGAT 
GGGGGTTTCA AGGTCAGCGT TTGTGGCCGT CAACACATCT TCAAGCCAGT GTCCGTTCAA 
GCCATGTGGT CGGCCTTGCA GACATTGCAC AAGGTGTCCG GTAAGGCACG CGAGCAAAAC 
TATTTTCTAG GTGGACTGTC GCATGACTGG GTCAGTTACT ATGAGCAACG GATCGAGAGC 
GATCGCTCGT GCCTCAACGA GTGGCATGCC ATGGACAATC TGGAGTCCAA GAGACCACCG 
TCACCGGACA GCGTACGCAC CAAGCCCAGG GAGAGAGAAG AGACCGAACG CGTGATTCGA 
TCGACGCTAA AGGAGATCAT GATGTCAGTG GATCTTGATG AAGTTACTTC CAAATATATT 
AGAGGTCGAC TTGAAGAGGA TCTCGACATG GACCTCGGGG AATTCAAACC GTTCATCGAT 
CAAGAGATGC TCACCATACT AGGACAAATG GATGCGCCAA CTGAGATATT TGATCACGTT 
TATCTCGGGA GCGAATGGAA CGCTAGCAAT CTAGAGGAAC TTCAGAAAAA TGGTGTAAGG 
CACATCCTGA ATGTCACTCG GGAAATTGAC AACTTCTTTC CGGGTATGTT CACGTATTTG 
AACGTACGTG TATATGACGA TGAGAAGACG GATTTGCTGA AGCATTGGGA TAATACATTC 
AAGTACATTA CTAAGGCCAA AATGGAAGGC TCTAAGGTGT TGGTGCATTG CAAGATGGGA 
GTGTCCCGTT CTGCCTCCGT GGTGATAGCT TATGCGATGA AGGCTTACAA CTGGGATTTT 
TCCCAGGCGT GGAAACACGT AAAGGAAAAG CGCAACTGCA TCAAACCCAA CAACAGCTTC 
CTCCTGCAAT TGGAAACGTA TCAGGGTATT CTAGATGCGA TGAAAAACAA GGAAAAGCTC 
CAGAGATCCA AATCTGACAC GAATCTAAAA TCTCCCACTT CCACAAAAGA TCAATCAAAA 
AAGGAAGAGA AATCAGATAA TATAGAGAAC AATATGCGGG AGGTTTCAGG CTCGGAGTTG 
AAGAAAACTA GCCAGAGACC AAAGAGTTGG TCGCCGAATG TTAAAGTTGC TGAGAATATG 
TTACCTTCTG TTCCCTTGTC GCAGTCATTG GAAAGTATTG ATAAAGCAGG AAATACGGAA 
GTTACTCGGG AGGATCTTCT TCGTGGCTCG AATCAAAAAC CGGCAATAGA ACAGGAAGCT 
CGTAATGTTC TAATGCCCTG CGACAACGGG CAATCTTACA GCGTGTCGCA GAATAAAATA 
ATGCACCTAC CTGCTCCAAC CCCTGGCACA CCTAGCGTAA AGAATAGGAT TAGTAAGTTA 
GAAACTCAGG GACAGAAGAG GAAGGGTCTA GTACTCAATT TAACTAATCA ATTTGAAGCG 
GCTAGCAGTA AACCATCATC GCCAGGATCC GATACGGACG GGAAATCTCT GCCTCAAAGT 
TCGACTGCGG AGGATAACGT GAAACCAATC GAGAACGGTC ATTCGCATTA CGATCAGTCG 
CAGGAAACAC GAGGTATCAC GGCTTCCGTT TCGAGCGGTC TTTCCGAAAA AGAAACTTGG 
GATCCCGGTG AAGAACAAAG GGAAAAGAGA AAAGAGATGA GTCAGGAGTC CACTGAGATC 
AACGATAATA GTGAATGTCT AGTCTGGACT GCTGCATCCG CGGATGCAAC ATGTGCTGAT 
TTGTGTGATG ACAATAACAT TGACAAAGGC GTGAATGTAG AAAGTGAGTG TAACGTGAGT 
GTAATGGCGG ATACGACGAT TGCAACGTCG GTCACAACGA CGACGACGAC TACGATGACG 
ACGACGGCAT TATCGATGTG TCATGATGGT TTAGGAAAGA AAATAAAAAA GGACGGCGAT 
CCGTTCAGCG CCCAACTCGA TCGAGTATTC GATCGTGAAG AAAGACGGGG TGAACCTGTC 
ACAAGGGAAT CTCCGAGTCG GCAAAGTTCC TGGAGTAGTT ACGACAGCGC AGTGGTTCTT 
GACAACAATT CGGTGCACAG CTCGTGGGCT ACCTTGCCTT CGAGAAACAG TTCCTGGGGC 
TCTTATGACA TGCGGCCATC CGATCTACTT GGATCCAGTG GTCTGTTTCC GTACGACAAA 
GAGGAAATTC CGTGGCATCC GGGGACAGTA AAACGCACTA AGCAAAAATT GGAGGAGGGT 
ACGACCGCAG GCGAGGTGAA GCGCGTGTGC ACACAGAGCT CAACGACCGC GGACGACAAG 
AGCGATAGGC TAACTACTGA AATAGACTCG GTTGCGGTCG AGACGTACAA TCCGATGCTG 
TTGCATCACA TGCCATCGCC GACACCGCGA AGAAGGGACT CGTCGCCTAC TCAGGAACAT 
AATCTTAAAG TAGAAACAAA TAGAAACTCG CCGAGCCCGG TAGGTAGCAT CGACATCTCC 
CTTACGTCTA TGCGTCAGAT TGGAAGACTA TCTACAAGTG CTCCCGCGCC TTCCTCCCTG 
CCCTCCGAAT CCGATCTGCC TCTGTCTCTG AGATCTTGTA GATCAGAAAG CGAGACGTCC 
AGTCCATGCG TCGTCAACAC TACCCAGTGC CCTTCTGTAA AACACCATAA AATGGTTTTG 
GAAAATCTCT GCAACAAGTC TGTGTTCAGC AAGCGCTGTC TCTCCGTGGA TGATTCACCG 
GAAGCAGAGT GCCCACGTAG CACGTCTGGT ATAGTTAAAA ATCTGAAGAA AGAGTTTGAG 
GCGAAGTCAA CCAAGCTGGA GAGGAGTCCC GAGAACACGT GCGAGGGCGA AAACGCGTCG 
GTGACAGCAC GATCCAAAAA GGACGTGAAA ATCAGGAGTT TGCCCTCATC GCCAGTGATC 
CCGCACAACG AGTCCAAAAT CCAATCGTCG TCCAGCGTTG GCGAAACCAA AGACAACAAG 
CATGGCAGAA GAAGCGAGAC AACCCCACCG TCATCGCAGG ATAATATGGA AGATCTCTCT 
GTGAAAGTAT TGGTGGGGAA GTATGAGGTT GCCAGGCCAG AATCCAGGAA GAGCTCGGAC 
GTCCAGTTGC GCGCGCACAA AGATAAAGAT TGGGACGCCA TGGAGGTGCA TCCGCCAGCA 
AAATCGAAGA TCGCGCCTGA GTTCTCGAGG AGGTCAGCGC CGATTATGAT CAACAATCAC 
TCTGCACCTC TGTTCAACGA GACACCGGAA GCCCCCGGCA GGCCGCCGGC AGTACCTTCG 
CCTAGCGTAG TCATGGCCAG CGTAGTGGCT AAAGCAGCTA GTAAAAAACA GCAACAACAT 
GGTAGAACCC ATCCCCTCGC TAGGTTACAG GTCAGGCCTA GGCACAGCAG TCCCGTTTAC 
AACACCATGT AA