LOC108555740 cDNA ORF clone, Eufriesea mexicana

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108555740
Entrez Gene ID	108555740
Full Name	guanylate cyclase 32E-like
Gene Type	protein-coding
Organism	Eufriesea mexicana

mRNA and Protein(s)

mRNA	Protein	Name
XM_017911528.1	XP_017767017.1	guanylate cyclase 32E-like

Pathways from BioSystems
Gene Ontology

The following LOC108555740 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108555740 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
OEu02456	XM_017911528.1 Latest version!	Eufriesea mexicana guanylate cyclase 32E-like (LOC108555740), 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)

LOC108555740 ( XM_017911528.1 ) cDNA ORF clone, Eufriesea mexicana -> XP_017767017.1 Eufriesea mexicana guanylate cyclase 32E-like (LOC108555740), mRNA.

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CloneID	OEu02456
Clone ID Related Accession (Same CDS sequence)	XM_017911528.1
Accession Version	XM_017911528.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3867bp) 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	2016-08-23
Organism	Eufriesea mexicana
Product	guanylate cyclase 32E-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016908444.1) 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 :: Eufriesea mexicana 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##

ATGCTACTGG CACACGTGGA GAGGACCTGT CTGTTACTAA CGGCGATCCA CGTTTTACTC 
GATAAGGGCG CCTACGCCGA GACCTTCACC CTCGGGTACA TCACCGGTTC GAAAAGACGT 
CCAGGGGACT TGGAGTATCA GCGCCCCGGT TACCGGATAT CCGGCGCCAT ATCGCTCGCC 
GTGGAAGAGG TGAACGCAGG TGAGCTCGGT CGACGGGGCC ACAAGCTCGA CTTCCTGGTC 
GCGGAAACTT ATGGCGAGGA GGAGACCAGC ATCCTGATGA CCGCGGATCT CTGGAAGAAG 
AACATCAGCG GGTACATAGG TCCACAGGAA ACCTGCATCC ACGAGGGCAG AATGGCCGCG 
GCGTTCAACC TTCCAATGAT ATCTTACTTT TGCACTCATC GCGAGTCATC GGATAAAAAG 
GAGTTCCCCA CTTTCGCCAG GACCAGACCA CCCGATACGC AGATTTCCAA GTCCGTGGTC 
TCCGTGTTGA TGGCGTTCAA CTGGACGAAA GTGACGTTCA TGTACATGAA CTCGACCCTG 
TTCGAATTCA ACAAGATGTC GACGGTGGCC GAGACGATAC TCTCGTCGTT CGAGGCTGCG 
GGTGTGACGG TGAACTTTCT TCGTTGCTGG GAAGAGCCGT ATCACGTCAC GCACATGACC 
AATCCGTTCC ACCAGCACGT CAGCGAGACG TATCGGGAGA CGCGAATTTA CGTGATTCTA 
GGCAATTACT ACGAGCACAT GGGACTGCTG ATGGCTCTGG ACGAAAGGAA GCTCTTGGAA 
AAAGGCGAGT ACTGGGTGGT CGGCGTGGAT ATCGAGCAGT ACGACGAGAA ACGACCAGAC 
AAGTACTTCC GCGGTTTATG GCAGAGGAAG ACAAACTCGT CGATCCTGAA GGCGTATCGC 
AGCTACTTCA GCGTGGTAGC CACCGCGCCC ATATACTCCA ACAACTTCAC TCGCATGGTG 
AACGCGTACA GGCAGAGGCC GCCCTTCAAC TTCTCCAACC CGCTCGCGAA CATGGGTGGA 
ATCATTCAGA TCGTGCCAGA GACGGCGTAT CTGTACGACG CGGTGCACCT CTACGAGAGA 
TCGTTGCTAA AAGCTCTGGA CGAGAATCGG GATCCACGAA ACGGCCGAGA AATGGTGGCG 
ACTCTTTACG GTGTTCATTA TCGCAGCGCC ATGGGGTACA TGGTCTACAT GGACGAAAAC 
GGAGACGCTG AAGGCAATTA CACTTTGATC GCTCTGGACA ATCGGCCGAC AAAGGGACAC 
GGTTTATACC CCATAGCGTA CTTTGTGGGA AAAGAGAACG GCACGAATCT GCCAAAACTC 
CGATTGACAA GGGATATTCG GTGGATCGGT GACGGGCCGC CCATCGCGGA GCCTCGTTGC 
GGTTACCACG GCGAGAAGTG CACTTCTCAC ACTGGGGAGA TCGTCGGTGG GATAGCCGGT 
GGATTTCTGT TGATTATCGT GACCGTGATC CTGGTGCTAT ACAGGAACTG GAAGTACGAG 
CAGGAACTGG ATTCCCTGCT CTGGAAGGTG AACTACAAAG ACATTCAGAT CAAAGAGCAG 
AAAGACGAGC CGGAGGGAGC CAACGAGGCG CCTACCAAAT GCAATTCCAA GACGACGACG 
CAGCCGATCG TAAGAACCAG CCAAGTCTCT CTCAGCTCGA ACCCCGACGC CGATTTCCGC 
TATTCGATGA TCTACACGCA AATAGGCGTC TACAAGGGGC GGATATTCGC CGTGAAGAAG 
GTTCGGAAGA AATCGATCGA AATTACACGG GAGATGAAGA AGGAGCTGAA AGTGATGCGA 
GACTTGCGAC ACGATAATTT GAACGCTTTC ATCGGAGCGT GCACCGATCC GCCGAACATA 
TGCATCGTCG TGGAGTATTG TGCTCGTGGC AGTCTCAAGG ACATCTTGGA GAACGAGGAC 
ATGAAGCTGG ATAACATGTT CATGGCGTCC TTGGTCGGCG ATATAATCAG GGGTATGATC 
TATCTGCACG AGTCCGTCAT AAAATATCAT GGCTCGCTGA GTACGTCCAA CTGCCTGGTG 
GATTCCCGAT GGGTCGTAAA GCTGGCGGAC TTTGGATTGC ACGAATTCAA AAAGGACGCG 
GAGTGCGAGC CGTGTGACGT CATGAAGAAG TATCACGGTC TGCTGTATCG AGCGCCAGAG 
TTACTGCGAT CGAGCAAGAG TCAAGAGCAG ACTGTGCGAG ATTATCAGAG AGGAGACGTT 
TACTCGTTCG CGATAGTGCT GTACGAGCTT CAAGGGAGGC ACGGGCCCTA CGGGATCACG 
GAATTGTCGC ACTCGGAGAT ACTGAAGAAA GTGATCGCGA GAGAGCCGGA AACGGAACCG 
TTCAGACCAC CGTTGACCCA ATTGGAGAAC TGTTTCCATT TCGTGCGCGA TTGTCTGGTG 
GAGTGCTGGG CCGAGGATCC CGAGGCTCGA CCAGACTTCA AGATCGTGAG GAACAAGCTG 
AGGCCATTGA GGAAGGGCAT GAAGCCGAAC ATATTTGACA ACATGATGGC CATGATGGAG 
AAGTACGCGA ATAATCTCGA AGCGCTGGTG GACGAGCGAA CGGACCAATT AACCGAGGAG 
AAGAAGAAAA CAGACGCCCT GTTGTACGAA ATGCTGCCGC GATACGTGGC CGAGCAATTG 
AAACGGGGAC ACAAAGTCGA GGCGGAGAGC TTCGACAGCG TGACGATTTA CTTCAGCGAC 
ATCGTCGGGT TCACCGCCAT GTCGGCCGAG AGCACGCCTC TGCAGGTAGT AGACTTTCTG 
AACGATTTGT ACACCTGCTT CGACTCGACG ATAGAGAATT ACGACGTGTA CAAAGTGGAG 
ACGATCGGCG ACGCTTACAT GGTGGTAAGC GGTTTACCGA TTCGAAACGG TATTCAGCAC 
GCGGGAGAAA TTGCTAGCAT GTCCTTGTGC CTCCTAGACG CCGTTAAACA GTTCACCATA 
CGACACAGGC CGCTGGACAA GCTGCAGCTG AGGATCGGTA TACATTCCGG CCCCGTGTGC 
GCCGGTGTGG TAGGCCTAAA AATGCCCCGT TACTGCCTAT TTGGTGATAC CGTGAACACG 
GCCAGTCGCA TGGAATCCAC CGGAGCCCCT CTGAAAATTC ACTGCAGCGG CGAGACGAAG 
GAGTTACTGG ACCAGCTCGG CGGATTCGGG ATAGTCGAGA GGGGTCTGGT GTCCATGAAA 
GGCAAAGGCG AACGTCTCAC CTACTGGCTA ATAGGCGAGG ACTCGATCCT CAGAGAGGAA 
CGAAGCAGGG AACGAGAGCA CAGGCGAAAC GGTTGCGCGA GGAAGAGCCA CGCGAACCCT 
CTGATACCTC GGAGTTCCCT GAAGAACAAG TCTCTGGTGA GGTCCACCTT CATGAGGTGT 
TCCAGCGAGT CGCCGAAACG GCTGCGTTTC GCCAGCTCGG ATCAGCTGGA TCAAAAGTGC 
TCTCGCGTGA GCAGCCAGCT AGAGTCCATA GTGGACAACA GTCCGTGCAA GCCGAAGATG 
TCTTGCGCGA GCAGGCCGTC GTGCGTGGAC AGCTGGAGAT CGTCCAGCAA CTCGTGTCCG 
TGCGTGGAGA AACTGTGCGA GCAGGAAACG CAAATCGACG CGAAAGATTT GGCACGACAG 
AGGCTGCAGG CCGACGCGAA GAACTCGTCG CTGCGTACCA ATTGGACTAT CGGGAACGAG 
CCTTATTTCT CGCGCGGCGG GGCCAAGAAC TTGCGCTTCG GCTCGGCCGG GATCGGCCAG 
ACGACCTGTA GATCCGCGCC CAGCAGCCCG AGACACAGCA CTCTGATCTT GAATTGTCAG 
AGGCGAGCGG CACAGTCGAA CGAAGAGATA GACGGATGGG ACGCTACCAT GCCACTGATT 
TATTATCCGG GAGGACGATT GGATTAA

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

RefSeq	XP_017767017.1
CDS	27..3893
Translation	MLLAHVERTCLLLTAIHVLLDKGAYAETFTLGYITGSKRRPGDLEYQRPGYRISGAISLAVEEVNAGELGRRGHKLDFLVAETYGEEETSILMTADLWKKNISGYIGPQETCIHEGRMAAAFNLPMISYFCTHRESSDKKEFPTFARTRPPDTQISKSVVSVLMAFNWTKVTFMYMNSTLFEFNKMSTVAETILSSFEAAGVTVNFLRCWEEPYHVTHMTNPFHQHVSETYRETRIYVILGNYYEHMGLLMALDERKLLEKGEYWVVGVDIEQYDEKRPDKYFRGLWQRKTNSSILKAYRSYFSVVATAPIYSNNFTRMVNAYRQRPPFNFSNPLANMGGIIQIVPETAYLYDAVHLYERSLLKALDENRDPRNGREMVATLYGVHYRSAMGYMVYMDENGDAEGNYTLIALDNRPTKGHGLYPIAYFVGKENGTNLPKLRLTRDIRWIGDGPPIAEPRCGYHGEKCTSHTGEIVGGIAGGFLLIIVTVILVLYRNWKYEQELDSLLWKVNYKDIQIKEQKDEPEGANEAPTKCNSKTTTQPIVRTSQVSLSSNPDADFRYSMIYTQIGVYKGRIFAVKKVRKKSIEITREMKKELKVMRDLRHDNLNAFIGACTDPPNICIVVEYCARGSLKDILENEDMKLDNMFMASLVGDIIRGMIYLHESVIKYHGSLSTSNCLVDSRWVVKLADFGLHEFKKDAECEPCDVMKKYHGLLYRAPELLRSSKSQEQTVRDYQRGDVYSFAIVLYELQGRHGPYGITELSHSEILKKVIAREPETEPFRPPLTQLENCFHFVRDCLVECWAEDPEARPDFKIVRNKLRPLRKGMKPNIFDNMMAMMEKYANNLEALVDERTDQLTEEKKKTDALLYEMLPRYVAEQLKRGHKVEAESFDSVTIYFSDIVGFTAMSAESTPLQVVDFLNDLYTCFDSTIENYDVYKVETIGDAYMVVSGLPIRNGIQHAGEIASMSLCLLDAVKQFTIRHRPLDKLQLRIGIHSGPVCAGVVGLKMPRYCLFGDTVNTASRMESTGAPLKIHCSGETKELLDQLGGFGIVERGLVSMKGKGERLTYWLIGEDSILREERSREREHRRNGCARKSHANPLIPRSSLKNKSLVRSTFMRCSSESPKRLRFASSDQLDQKCSRVSSQLESIVDNSPCKPKMSCASRPSCVDSWRSSSNSCPCVEKLCEQETQIDAKDLARQRLQADAKNSSLRTNWTIGNEPYFSRGGAKNLRFGSAGIGQTTCRSAPSSPRHSTLILNCQRRAAQSNEEIDGWDATMPLIYYPGGRLD

Target ORF information:

RefSeq Version	XM_017911528.1
Organism	Eufriesea mexicana
Definition	Eufriesea mexicana guanylate cyclase 32E-like (LOC108555740), mRNA.

Target ORF information:

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

XM_017911528.1

ORF Insert Sequence:

ATGCTACTGG CACACGTGGA GAGGACCTGT CTGTTACTAA CGGCGATCCA CGTTTTACTC 
GATAAGGGCG CCTACGCCGA GACCTTCACC CTCGGGTACA TCACCGGTTC GAAAAGACGT 
CCAGGGGACT TGGAGTATCA GCGCCCCGGT TACCGGATAT CCGGCGCCAT ATCGCTCGCC 
GTGGAAGAGG TGAACGCAGG TGAGCTCGGT CGACGGGGCC ACAAGCTCGA CTTCCTGGTC 
GCGGAAACTT ATGGCGAGGA GGAGACCAGC ATCCTGATGA CCGCGGATCT CTGGAAGAAG 
AACATCAGCG GGTACATAGG TCCACAGGAA ACCTGCATCC ACGAGGGCAG AATGGCCGCG 
GCGTTCAACC TTCCAATGAT ATCTTACTTT TGCACTCATC GCGAGTCATC GGATAAAAAG 
GAGTTCCCCA CTTTCGCCAG GACCAGACCA CCCGATACGC AGATTTCCAA GTCCGTGGTC 
TCCGTGTTGA TGGCGTTCAA CTGGACGAAA GTGACGTTCA TGTACATGAA CTCGACCCTG 
TTCGAATTCA ACAAGATGTC GACGGTGGCC GAGACGATAC TCTCGTCGTT CGAGGCTGCG 
GGTGTGACGG TGAACTTTCT TCGTTGCTGG GAAGAGCCGT ATCACGTCAC GCACATGACC 
AATCCGTTCC ACCAGCACGT CAGCGAGACG TATCGGGAGA CGCGAATTTA CGTGATTCTA 
GGCAATTACT ACGAGCACAT GGGACTGCTG ATGGCTCTGG ACGAAAGGAA GCTCTTGGAA 
AAAGGCGAGT ACTGGGTGGT CGGCGTGGAT ATCGAGCAGT ACGACGAGAA ACGACCAGAC 
AAGTACTTCC GCGGTTTATG GCAGAGGAAG ACAAACTCGT CGATCCTGAA GGCGTATCGC 
AGCTACTTCA GCGTGGTAGC CACCGCGCCC ATATACTCCA ACAACTTCAC TCGCATGGTG 
AACGCGTACA GGCAGAGGCC GCCCTTCAAC TTCTCCAACC CGCTCGCGAA CATGGGTGGA 
ATCATTCAGA TCGTGCCAGA GACGGCGTAT CTGTACGACG CGGTGCACCT CTACGAGAGA 
TCGTTGCTAA AAGCTCTGGA CGAGAATCGG GATCCACGAA ACGGCCGAGA AATGGTGGCG 
ACTCTTTACG GTGTTCATTA TCGCAGCGCC ATGGGGTACA TGGTCTACAT GGACGAAAAC 
GGAGACGCTG AAGGCAATTA CACTTTGATC GCTCTGGACA ATCGGCCGAC AAAGGGACAC 
GGTTTATACC CCATAGCGTA CTTTGTGGGA AAAGAGAACG GCACGAATCT GCCAAAACTC 
CGATTGACAA GGGATATTCG GTGGATCGGT GACGGGCCGC CCATCGCGGA GCCTCGTTGC 
GGTTACCACG GCGAGAAGTG CACTTCTCAC ACTGGGGAGA TCGTCGGTGG GATAGCCGGT 
GGATTTCTGT TGATTATCGT GACCGTGATC CTGGTGCTAT ACAGGAACTG GAAGTACGAG 
CAGGAACTGG ATTCCCTGCT CTGGAAGGTG AACTACAAAG ACATTCAGAT CAAAGAGCAG 
AAAGACGAGC CGGAGGGAGC CAACGAGGCG CCTACCAAAT GCAATTCCAA GACGACGACG 
CAGCCGATCG TAAGAACCAG CCAAGTCTCT CTCAGCTCGA ACCCCGACGC CGATTTCCGC 
TATTCGATGA TCTACACGCA AATAGGCGTC TACAAGGGGC GGATATTCGC CGTGAAGAAG 
GTTCGGAAGA AATCGATCGA AATTACACGG GAGATGAAGA AGGAGCTGAA AGTGATGCGA 
GACTTGCGAC ACGATAATTT GAACGCTTTC ATCGGAGCGT GCACCGATCC GCCGAACATA 
TGCATCGTCG TGGAGTATTG TGCTCGTGGC AGTCTCAAGG ACATCTTGGA GAACGAGGAC 
ATGAAGCTGG ATAACATGTT CATGGCGTCC TTGGTCGGCG ATATAATCAG GGGTATGATC 
TATCTGCACG AGTCCGTCAT AAAATATCAT GGCTCGCTGA GTACGTCCAA CTGCCTGGTG 
GATTCCCGAT GGGTCGTAAA GCTGGCGGAC TTTGGATTGC ACGAATTCAA AAAGGACGCG 
GAGTGCGAGC CGTGTGACGT CATGAAGAAG TATCACGGTC TGCTGTATCG AGCGCCAGAG 
TTACTGCGAT CGAGCAAGAG TCAAGAGCAG ACTGTGCGAG ATTATCAGAG AGGAGACGTT 
TACTCGTTCG CGATAGTGCT GTACGAGCTT CAAGGGAGGC ACGGGCCCTA CGGGATCACG 
GAATTGTCGC ACTCGGAGAT ACTGAAGAAA GTGATCGCGA GAGAGCCGGA AACGGAACCG 
TTCAGACCAC CGTTGACCCA ATTGGAGAAC TGTTTCCATT TCGTGCGCGA TTGTCTGGTG 
GAGTGCTGGG CCGAGGATCC CGAGGCTCGA CCAGACTTCA AGATCGTGAG GAACAAGCTG 
AGGCCATTGA GGAAGGGCAT GAAGCCGAAC ATATTTGACA ACATGATGGC CATGATGGAG 
AAGTACGCGA ATAATCTCGA AGCGCTGGTG GACGAGCGAA CGGACCAATT AACCGAGGAG 
AAGAAGAAAA CAGACGCCCT GTTGTACGAA ATGCTGCCGC GATACGTGGC CGAGCAATTG 
AAACGGGGAC ACAAAGTCGA GGCGGAGAGC TTCGACAGCG TGACGATTTA CTTCAGCGAC 
ATCGTCGGGT TCACCGCCAT GTCGGCCGAG AGCACGCCTC TGCAGGTAGT AGACTTTCTG 
AACGATTTGT ACACCTGCTT CGACTCGACG ATAGAGAATT ACGACGTGTA CAAAGTGGAG 
ACGATCGGCG ACGCTTACAT GGTGGTAAGC GGTTTACCGA TTCGAAACGG TATTCAGCAC 
GCGGGAGAAA TTGCTAGCAT GTCCTTGTGC CTCCTAGACG CCGTTAAACA GTTCACCATA 
CGACACAGGC CGCTGGACAA GCTGCAGCTG AGGATCGGTA TACATTCCGG CCCCGTGTGC 
GCCGGTGTGG TAGGCCTAAA AATGCCCCGT TACTGCCTAT TTGGTGATAC CGTGAACACG 
GCCAGTCGCA TGGAATCCAC CGGAGCCCCT CTGAAAATTC ACTGCAGCGG CGAGACGAAG 
GAGTTACTGG ACCAGCTCGG CGGATTCGGG ATAGTCGAGA GGGGTCTGGT GTCCATGAAA 
GGCAAAGGCG AACGTCTCAC CTACTGGCTA ATAGGCGAGG ACTCGATCCT CAGAGAGGAA 
CGAAGCAGGG AACGAGAGCA CAGGCGAAAC GGTTGCGCGA GGAAGAGCCA CGCGAACCCT 
CTGATACCTC GGAGTTCCCT GAAGAACAAG TCTCTGGTGA GGTCCACCTT CATGAGGTGT 
TCCAGCGAGT CGCCGAAACG GCTGCGTTTC GCCAGCTCGG ATCAGCTGGA TCAAAAGTGC 
TCTCGCGTGA GCAGCCAGCT AGAGTCCATA GTGGACAACA GTCCGTGCAA GCCGAAGATG 
TCTTGCGCGA GCAGGCCGTC GTGCGTGGAC AGCTGGAGAT CGTCCAGCAA CTCGTGTCCG 
TGCGTGGAGA AACTGTGCGA GCAGGAAACG CAAATCGACG CGAAAGATTT GGCACGACAG 
AGGCTGCAGG CCGACGCGAA GAACTCGTCG CTGCGTACCA ATTGGACTAT CGGGAACGAG 
CCTTATTTCT CGCGCGGCGG GGCCAAGAAC TTGCGCTTCG GCTCGGCCGG GATCGGCCAG 
ACGACCTGTA GATCCGCGCC CAGCAGCCCG AGACACAGCA CTCTGATCTT GAATTGTCAG 
AGGCGAGCGG CACAGTCGAA CGAAGAGATA GACGGATGGG ACGCTACCAT GCCACTGATT 
TATTATCCGG GAGGACGATT GGATTAA