LOC109853260 cDNA ORF clone, Pseudomyrmex gracilis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109853260
Entrez Gene ID	109853260
Full Name	FK506-binding protein 5-like
Gene Type	protein-coding
Organism	Pseudomyrmex gracilis

mRNA and Protein(s)

mRNA	Protein	Name
XM_020425177.1	XP_020280766.1	FK506-binding protein 5-like

Pathways from BioSystems
Gene Ontology

The following LOC109853260 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109853260 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
OPs39368	XM_020425177.1 Latest version!	Pseudomyrmex gracilis FK506-binding protein 5-like (LOC109853260), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC109853260 ( XM_020425177.1 ) cDNA ORF clone, Pseudomyrmex gracilis -> XP_020280766.1 Pseudomyrmex gracilis FK506-binding protein 5-like (LOC109853260), mRNA.

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CloneID	OPs39368
Clone ID Related Accession (Same CDS sequence)	XM_020425177.1
Accession Version	XM_020425177.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3894bp) 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	2017-03-07
Organism	Pseudomyrmex gracilis
Product	FK506-binding protein 5-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018020586.1) 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 :: Pseudomyrmex gracilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 12% of CDS bases ##RefSeq-Attributes-END##

ATGACACTGT GCGACTTCGT GCAAGAAGAA TGGCAAAACC ATTTGCTGTT GCATCGAAGC 
AAACAAGCGT TCAAATCTTA CAATGAAAAT GTGAATGTCA ACGTCCGAAG CAGTTCTCAT 
CGTCCTCAGA AACGTCGTGA GAAACATCAT TCCGCAGCGT CATCGAAGAA GCCAAACAAA 
ACATTCGGCA TCATAGAAGA ACCCTCGACA GATTGCGCAA GCGGAAGGAG GAAAAACCAA 
TGGTACACGA GCAGCTTCGC AAACTCGACG GACAATCTGA GCGTCGATCA AGAGCTTGAC 
AAACTTGTTG GCAACAATTC CAAAGCGAAA ACGCTCACCA GCGTTCATGA GGGCGAGGAC 
ATGACTCTGT GCTGGATAGA AACTACAACC ATCAAGGAGG ACAAAAACGT TCGACCGCCG 
AAGAGGCTGG TGATTCGGGA ATACACGATA TCCTTCGAGA ACTCGGCGAC CATACCGGAC 
AGATACCTCG AATGTAAACG ATTTGAGGGC GAATTATCGA CAAACGATCA CGAGATCGGC 
AAAACAGCCT TGTTCGAGAT CATAGACGAG AACACCCAAG TCAGTAAGGT CGTAAACTTT 
ACTTCAGTCA GTCACGAGGG CAATATCACG GATTGGCAAT ACAAAACGGT GAAATGCGGA 
GTCGGTCCAG TGGTCACTAA GAACATTGTC GAATACACCA GTTTGGATAA TCCGAAAAAA 
CGAGTAGAGA TCAAAGTCAG TCCGAAGATA AATTTGCTGA CGGTGAAGTC TGACGAAGAA 
CCGTGTACGG ACAGTTCCGA AGAGAATACG GACAAAAGTA CTGAATCTTG CGAAAATGGA 
TCTTGTGGCA TGACCACGAT GTTTAATGAA GTTCCAACAA AAAGCCAGGA AATCGGCTCA 
ACTGAGAAGA CAGTCAGCGA ATCCGAGGGT AGTGAGGAAA TTTTGAAGTT ATCCACTGGT 
GTCACTAAAA AACTGTCGTC TGAGGAGGAG CCGATAAAAA CAACAGTTAC TCCCGAGATA 
TCAACTAAAA TCTCTGAAAA GAGCTCAAAT TGCGACGAGA ATCCGTTAGA TCCAGAGTGC 
TTAAAGCAAA CAGTTGTTAA ATCATCTTTG GAAGAATTAT TCACAGAATC TTCAGTTGAA 
TTATCCACGA CGGAGGCAGC TGAGAAGAGT GAAACATCGA CGAGCAAACA GATAATAATT 
CCAAATTTAA AAGATCAAGA TATAAGTACG AAGGAAGAGA TTTCCAAAGA ATTATCAATA 
TCAGAAGAGG ACAAATCCAT ATCTGATATA TTTACTACCG GTATACCGGA CATTTCAATT 
GAATCTTCAG AATCGGCAAC AATTCAACCA ACAAGCGCAG AGTACACGAC AATATCTAAA 
AGTTTTGATT ATTATGATCA TATTGCTACT ACGCTAAAAC CTACGGTAAC AACTTCCACT 
CTAAGAAGAG AGGAAGTCGA AAAGAAACGT GCTACGTCCG AAGAACATAA CGAGGAATTA 
TTAAGTCCCG AATCGACAAG AAAAGAATTA GATGTAGCTG ACAACGTTCT ATCTTCGCAC 
GAAATCAGTA CTGCTCCGTA TACAACAACT ACGATTCCTT CGACGGAACA TTCAACAAAA 
ACTGTAATCT CAGCATCTAA AGAAGAAGAA GAAGAAGAAG AAGAAGAAGA AGAAAGCAAA 
GAAATAGTAA TATCTGAAAG TAAAGAAACG ACAGAACAAT CAACGGAATT CATAATCTCA 
GCATCTAAAG AAGAAGGAAG CGAGGAAATA GTAACATCCG AAAGTGAAGA GACGACAGAA 
CAGTCAACAG AAGAATTCAT AATCTCAGCA TCCAAAGAAA AAGAAAGCGA AGAGATAATA 
ATATCCGAAA GCAAAGAGAT AAAAGAAAAT GTAACTTTAT CATCCATAGA AGAAAGAAGC 
AAAGAGGTGG TAACGTCCGA AAGCAAAGAG ACAACAGGAA GTACAATTTC AACATTTGAG 
GAAGAAGAAA GCGAAGAAGT AACATCCGAA AGCGGAGAGA CAATAGAACA ATCAACAGAG 
ATTATAATCT CAGAATCTAA AGAGAAGAAA ACCGAAGAAG TAGCAACATC TGAAAGTAAA 
GAAACAACAG AAAGTGTAAC ATCAACATCT GAAGAAGAAG AAAGCGAAGA AATAACAACA 
TCCGAAAGCG AAGAGACGAT AGAACAGTCA ACAGAAATCG TAATCTCAGC ATCTAAAGAA 
AAAGAAAACG AAGAAGTGAT ATCATATGAG AGCAAAGAAA CGATAGAACA GTCAGTAGAA 
AGCGTAACCT CAACATCCGA AGAAGAAGGA AGCGAAAACG TGGTAATATC CAAAGAAACA 
GCAAAAAGTA TAACTTCAAT GTCCGAAGAA AGCGACGAAA TAATAACATC CGAAAGTGAA 
GATACGATAG AGCAGTCGAC AGAAACCGTC GAAATCTCAG CGTCTAAAGA AAAAGAAAGC 
AAAGAAGTGG TAACATCTGA AAGCGAAGAG ACAACAGAGA AGGTCATCGG GAAAGATAAA 
CTAACGGCAG TGTCACTAAC AAGTAGTGAA GGTGAGTCCT GTGAGAACTC CGAGGATTGT 
GTCAGCAGTT CGGAGGCTTG TCTTGAGTCC GAAGATTGCG GCAGTACGAC CAAAAAATCT 
TGCGAATCGG AAACATGTTC CGAAGAGAAA GAGGAGATCA TCACTGATGA ATCAAAATCT 
GACAGTTCAT CGATAATCAG CGAGTCGTCC GAAGAAATAA GCGGAATCGA GCACACAACT 
GTTGCGAGTA TCGCCGACAC AACAATCATT AAAAAAGAAG ATAATATTTC GAAGAACGAG 
AATATTCCCA CTACCGTAGA GACTCGAAGA AGCACGCTCC CGTATCAAAA GCACAAGTTG 
AATTTGAAAA TCAAGATTCT GCTGGAGCAC ATTGACGAGA AGGAGAAGCA CAACTTGGTC 
GAGGTTGAGA AGCATTTGTC ACTGTACGAA GATATAGAAC ATCACGACCA TACCGATTTG 
GTTGAACAAC TGAAATCCTT AAATGACTCC GTTAACTTGG AGGCCTTGAA TGCGTTGCTA 
AATTGTACCA CTTTGAACAA TCTAACGAAC GATCCGCATA TCAGCAAGAT ATTGAACAAT 
TCTTATGAAG AGACTTTTGA AGAATCAAAT CCCAGCTCCG AAGCAACATC TCGAAGACGA 
AGAAGTCTTG AAGAAATCAA AGATGCGATA AAAGATTTGG TATCAACATC TCGAGATAAT 
GATTCGACGA AGAAAGAACA GCTTTCGACG ACGACGAACA GCAACGCAGA CAAAACCACT 
ATTGCCGTGT ATTTGGCAAA CGACGCAAAT TTCACAACTT CAACAAATAT CTTTGAAGAA 
GAATCAAATG ATACTATAAA TCCGGCGAAG AACGACACAA ATTTTGCGAC AACGTACAAT 
TCCGAAGAAG AAACAACAGA CACTTTAAAT TCGACGCAGG AGACGTATCT TTCCACGACG 
ACAAATAGTT TCGAGAAAGA AACAACTGAT AGTGTAAATA TCGAAAACGT GACGTTCAAC 
ACAGAAAACA AAAGCGCAGT TCTTCCAGAA GAGACAAGCA AGGATAAGAC AAAGCTGAGT 
ATCGTGCGAC GGGCGTTGTT AAAATTACGA GAAGATATCT CGACAGGATT CCAACATATT 
ATATCGCAGT TGCAGTCTAA TCTGACCTTG GTCAACGACG AAAACAAAAC CGATAAAACA 
GATCTGTTAG ATATCATATC AGATCCGAAA GATGACAGGA TCACTTCGAG AAAGAGAAGA 
GAAATCGCGG AAAAACAACT TGGACATTGG TCGAACGAAA GGATCGGAGA GGCGCCGATA 
GGCAGTAAAC TTAGAAGTTT CACTGAGTTT ACATTGTACA AAAGTCTTTT CTGA

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

RefSeq	XP_020280766.1
CDS	1..3894
Translation	MTLCDFVQEEWQNHLLLHRSKQAFKSYNENVNVNVRSSSHRPQKRREKHHSAASSKKPNKTFGIIEEPSTDCASGRRKNQWYTSSFANSTDNLSVDQELDKLVGNNSKAKTLTSVHEGEDMTLCWIETTTIKEDKNVRPPKRLVIREYTISFENSATIPDRYLECKRFEGELSTNDHEIGKTALFEIIDENTQVSKVVNFTSVSHEGNITDWQYKTVKCGVGPVVTKNIVEYTSLDNPKKRVEIKVSPKINLLTVKSDEEPCTDSSEENTDKSTESCENGSCGMTTMFNEVPTKSQEIGSTEKTVSESEGSEEILKLSTGVTKKLSSEEEPIKTTVTPEISTKISEKSSNCDENPLDPECLKQTVVKSSLEELFTESSVELSTTEAAEKSETSTSKQIIIPNLKDQDISTKEEISKELSISEEDKSISDIFTTGIPDISIESSESATIQPTSAEYTTISKSFDYYDHIATTLKPTVTTSTLRREEVEKKRATSEEHNEELLSPESTRKELDVADNVLSSHEISTAPYTTTTIPSTEHSTKTVISASKEEEEEEEEEEESKEIVISESKETTEQSTEFIISASKEEGSEEIVTSESEETTEQSTEEFIISASKEKESEEIIISESKEIKENVTLSSIEERSKEVVTSESKETTGSTISTFEEEESEEVTSESGETIEQSTEIIISESKEKKTEEVATSESKETTESVTSTSEEEESEEITTSESEETIEQSTEIVISASKEKENEEVISYESKETIEQSVESVTSTSEEEGSENVVISKETAKSITSMSEESDEIITSESEDTIEQSTETVEISASKEKESKEVVTSESEETTEKVIGKDKLTAVSLTSSEGESCENSEDCVSSSEACLESEDCGSTTKKSCESETCSEEKEEIITDESKSDSSSIISESSEEISGIEHTTVASIADTTIIKKEDNISKNENIPTTVETRRSTLPYQKHKLNLKIKILLEHIDEKEKHNLVEVEKHLSLYEDIEHHDHTDLVEQLKSLNDSVNLEALNALLNCTTLNNLTNDPHISKILNNSYEETFEESNPSSEATSRRRRSLEEIKDAIKDLVSTSRDNDSTKKEQLSTTTNSNADKTTIAVYLANDANFTTSTNIFEEESNDTINPAKNDTNFATTYNSEEETTDTLNSTQETYLSTTTNSFEKETTDSVNIENVTFNTENKSAVLPEETSKDKTKLSIVRRALLKLREDISTGFQHIISQLQSNLTLVNDENKTDKTDLLDIISDPKDDRITSRKRREIAEKQLGHWSNERIGEAPIGSKLRSFTEFTLYKSLF

Target ORF information:

RefSeq Version	XM_020425177.1
Organism	Pseudomyrmex gracilis
Definition	Pseudomyrmex gracilis FK506-binding protein 5-like (LOC109853260), mRNA.

Target ORF information:

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

XM_020425177.1

ORF Insert Sequence:

ATGACACTGT GCGACTTCGT GCAAGAAGAA TGGCAAAACC ATTTGCTGTT GCATCGAAGC 
AAACAAGCGT TCAAATCTTA CAATGAAAAT GTGAATGTCA ACGTCCGAAG CAGTTCTCAT 
CGTCCTCAGA AACGTCGTGA GAAACATCAT TCCGCAGCGT CATCGAAGAA GCCAAACAAA 
ACATTCGGCA TCATAGAAGA ACCCTCGACA GATTGCGCAA GCGGAAGGAG GAAAAACCAA 
TGGTACACGA GCAGCTTCGC AAACTCGACG GACAATCTGA GCGTCGATCA AGAGCTTGAC 
AAACTTGTTG GCAACAATTC CAAAGCGAAA ACGCTCACCA GCGTTCATGA GGGCGAGGAC 
ATGACTCTGT GCTGGATAGA AACTACAACC ATCAAGGAGG ACAAAAACGT TCGACCGCCG 
AAGAGGCTGG TGATTCGGGA ATACACGATA TCCTTCGAGA ACTCGGCGAC CATACCGGAC 
AGATACCTCG AATGTAAACG ATTTGAGGGC GAATTATCGA CAAACGATCA CGAGATCGGC 
AAAACAGCCT TGTTCGAGAT CATAGACGAG AACACCCAAG TCAGTAAGGT CGTAAACTTT 
ACTTCAGTCA GTCACGAGGG CAATATCACG GATTGGCAAT ACAAAACGGT GAAATGCGGA 
GTCGGTCCAG TGGTCACTAA GAACATTGTC GAATACACCA GTTTGGATAA TCCGAAAAAA 
CGAGTAGAGA TCAAAGTCAG TCCGAAGATA AATTTGCTGA CGGTGAAGTC TGACGAAGAA 
CCGTGTACGG ACAGTTCCGA AGAGAATACG GACAAAAGTA CTGAATCTTG CGAAAATGGA 
TCTTGTGGCA TGACCACGAT GTTTAATGAA GTTCCAACAA AAAGCCAGGA AATCGGCTCA 
ACTGAGAAGA CAGTCAGCGA ATCCGAGGGT AGTGAGGAAA TTTTGAAGTT ATCCACTGGT 
GTCACTAAAA AACTGTCGTC TGAGGAGGAG CCGATAAAAA CAACAGTTAC TCCCGAGATA 
TCAACTAAAA TCTCTGAAAA GAGCTCAAAT TGCGACGAGA ATCCGTTAGA TCCAGAGTGC 
TTAAAGCAAA CAGTTGTTAA ATCATCTTTG GAAGAATTAT TCACAGAATC TTCAGTTGAA 
TTATCCACGA CGGAGGCAGC TGAGAAGAGT GAAACATCGA CGAGCAAACA GATAATAATT 
CCAAATTTAA AAGATCAAGA TATAAGTACG AAGGAAGAGA TTTCCAAAGA ATTATCAATA 
TCAGAAGAGG ACAAATCCAT ATCTGATATA TTTACTACCG GTATACCGGA CATTTCAATT 
GAATCTTCAG AATCGGCAAC AATTCAACCA ACAAGCGCAG AGTACACGAC AATATCTAAA 
AGTTTTGATT ATTATGATCA TATTGCTACT ACGCTAAAAC CTACGGTAAC AACTTCCACT 
CTAAGAAGAG AGGAAGTCGA AAAGAAACGT GCTACGTCCG AAGAACATAA CGAGGAATTA 
TTAAGTCCCG AATCGACAAG AAAAGAATTA GATGTAGCTG ACAACGTTCT ATCTTCGCAC 
GAAATCAGTA CTGCTCCGTA TACAACAACT ACGATTCCTT CGACGGAACA TTCAACAAAA 
ACTGTAATCT CAGCATCTAA AGAAGAAGAA GAAGAAGAAG AAGAAGAAGA AGAAAGCAAA 
GAAATAGTAA TATCTGAAAG TAAAGAAACG ACAGAACAAT CAACGGAATT CATAATCTCA 
GCATCTAAAG AAGAAGGAAG CGAGGAAATA GTAACATCCG AAAGTGAAGA GACGACAGAA 
CAGTCAACAG AAGAATTCAT AATCTCAGCA TCCAAAGAAA AAGAAAGCGA AGAGATAATA 
ATATCCGAAA GCAAAGAGAT AAAAGAAAAT GTAACTTTAT CATCCATAGA AGAAAGAAGC 
AAAGAGGTGG TAACGTCCGA AAGCAAAGAG ACAACAGGAA GTACAATTTC AACATTTGAG 
GAAGAAGAAA GCGAAGAAGT AACATCCGAA AGCGGAGAGA CAATAGAACA ATCAACAGAG 
ATTATAATCT CAGAATCTAA AGAGAAGAAA ACCGAAGAAG TAGCAACATC TGAAAGTAAA 
GAAACAACAG AAAGTGTAAC ATCAACATCT GAAGAAGAAG AAAGCGAAGA AATAACAACA 
TCCGAAAGCG AAGAGACGAT AGAACAGTCA ACAGAAATCG TAATCTCAGC ATCTAAAGAA 
AAAGAAAACG AAGAAGTGAT ATCATATGAG AGCAAAGAAA CGATAGAACA GTCAGTAGAA 
AGCGTAACCT CAACATCCGA AGAAGAAGGA AGCGAAAACG TGGTAATATC CAAAGAAACA 
GCAAAAAGTA TAACTTCAAT GTCCGAAGAA AGCGACGAAA TAATAACATC CGAAAGTGAA 
GATACGATAG AGCAGTCGAC AGAAACCGTC GAAATCTCAG CGTCTAAAGA AAAAGAAAGC 
AAAGAAGTGG TAACATCTGA AAGCGAAGAG ACAACAGAGA AGGTCATCGG GAAAGATAAA 
CTAACGGCAG TGTCACTAAC AAGTAGTGAA GGTGAGTCCT GTGAGAACTC CGAGGATTGT 
GTCAGCAGTT CGGAGGCTTG TCTTGAGTCC GAAGATTGCG GCAGTACGAC CAAAAAATCT 
TGCGAATCGG AAACATGTTC CGAAGAGAAA GAGGAGATCA TCACTGATGA ATCAAAATCT 
GACAGTTCAT CGATAATCAG CGAGTCGTCC GAAGAAATAA GCGGAATCGA GCACACAACT 
GTTGCGAGTA TCGCCGACAC AACAATCATT AAAAAAGAAG ATAATATTTC GAAGAACGAG 
AATATTCCCA CTACCGTAGA GACTCGAAGA AGCACGCTCC CGTATCAAAA GCACAAGTTG 
AATTTGAAAA TCAAGATTCT GCTGGAGCAC ATTGACGAGA AGGAGAAGCA CAACTTGGTC 
GAGGTTGAGA AGCATTTGTC ACTGTACGAA GATATAGAAC ATCACGACCA TACCGATTTG 
GTTGAACAAC TGAAATCCTT AAATGACTCC GTTAACTTGG AGGCCTTGAA TGCGTTGCTA 
AATTGTACCA CTTTGAACAA TCTAACGAAC GATCCGCATA TCAGCAAGAT ATTGAACAAT 
TCTTATGAAG AGACTTTTGA AGAATCAAAT CCCAGCTCCG AAGCAACATC TCGAAGACGA 
AGAAGTCTTG AAGAAATCAA AGATGCGATA AAAGATTTGG TATCAACATC TCGAGATAAT 
GATTCGACGA AGAAAGAACA GCTTTCGACG ACGACGAACA GCAACGCAGA CAAAACCACT 
ATTGCCGTGT ATTTGGCAAA CGACGCAAAT TTCACAACTT CAACAAATAT CTTTGAAGAA 
GAATCAAATG ATACTATAAA TCCGGCGAAG AACGACACAA ATTTTGCGAC AACGTACAAT 
TCCGAAGAAG AAACAACAGA CACTTTAAAT TCGACGCAGG AGACGTATCT TTCCACGACG 
ACAAATAGTT TCGAGAAAGA AACAACTGAT AGTGTAAATA TCGAAAACGT GACGTTCAAC 
ACAGAAAACA AAAGCGCAGT TCTTCCAGAA GAGACAAGCA AGGATAAGAC AAAGCTGAGT 
ATCGTGCGAC GGGCGTTGTT AAAATTACGA GAAGATATCT CGACAGGATT CCAACATATT 
ATATCGCAGT TGCAGTCTAA TCTGACCTTG GTCAACGACG AAAACAAAAC CGATAAAACA 
GATCTGTTAG ATATCATATC AGATCCGAAA GATGACAGGA TCACTTCGAG AAAGAGAAGA 
GAAATCGCGG AAAAACAACT TGGACATTGG TCGAACGAAA GGATCGGAGA GGCGCCGATA 
GGCAGTAAAC TTAGAAGTTT CACTGAGTTT ACATTGTACA AAAGTCTTTT CTGA