LOC105359081 cDNA ORF clone, Ceratosolen solmsi marchali

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105359081
Entrez Gene ID	105359081
Full Name	guanylate cyclase 32E
Gene Type	protein-coding
Organism	Ceratosolen solmsi marchali

mRNA and Protein(s)

mRNA	Protein	Name
XM_011495558.1	XP_011493860.1	guanylate cyclase 32E

Pathways from BioSystems
Gene Ontology

The following LOC105359081 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105359081 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
OCe194633	XM_011495558.1 Latest version!	Ceratosolen solmsi marchali guanylate cyclase 32E (LOC105359081), 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)

LOC105359081 ( XM_011495558.1 ) cDNA ORF clone, Ceratosolen solmsi marchali -> XP_011493860.1 Ceratosolen solmsi marchali guanylate cyclase 32E (LOC105359081), mRNA.

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CloneID	OCe194633
Clone ID Related Accession (Same CDS sequence)	XM_011495558.1
Accession Version	XM_011495558.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3837bp) 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	2015-03-08
Organism	Ceratosolen solmsi marchali
Product	guanylate cyclase 32E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011948415.1) 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 :: Ceratosolen solmsi marchali Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 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##

ATGCAGAAGT TGGCCATGGA AAATGGTGAG CATCTATCTA AAAACTCGAT TTATCAATTA 
GACGAAGAAG TAATGGTGAA TGCTGGTGAG TTGGGAAAAC GCGGTCACCG GTTAGATTTT 
TTCGTTGCCG AGACATATGG AAATGAAGAA AAGAGCATTC TGATGACGGC GAATCTTTGG 
CGGAAAAATG TCAGTGCATA CATTGGGCCA CAAGAGACTT GCGTGCATGA AGGACGAATG 
GCTGCAGCTT TCAACATACC GATGATTTCC TATTACTGCA CAAATCGAGT GACTTCCAAC 
AAAAAAGAAT TTCCAACATT TGCCCGCACT CGCCCTCCCG ACACTCAAAT TTCCAAGTCC 
GTAGTTGCAG TACTAAAAGT TTTCAATTGG ACTAAGGTGT CATTCATGTT CATGAACGCC 
TCGAGCTTCG AATTTTACGA GATGCCGACA GTGGCGAAAA CGATCATCGC CTCGTTCCGC 
TATGCGGGAA TAACACTCAA CAGTGTCAAA TGCTGGGAGG AGTCGTACAG AGTCGTGGAA 
AACTTGAACA ATCCCTTCCA CAAGCTTGTC GCCGAGACGT ACGCTGACAC GCGAATTTAC 
GTTATTCTTG GAAATGTCGA AGAGCATATT GGTCTACTGA TGGCGTTAGA TAAGAGAAAT 
TTATTGAAAA CAGGGGAGTA TTGGGTAGTT GGTGTGAACA CTGAAACGTA CAACGATCGT 
GAACCAGATG TTTATGTTCG TGGATTACTG AAAAAATATC CCAATTCCCA ATCCCTGCGA 
ATCCTCCAAA GTTATTTCAG TGTTATAGCT TCGGCTCCAA TTGGTTACTT AAACTTCACT 
AATAAGGTCA ACGAATATAG ACAAAAGCCA CCGTTTAATT TCAAGAATCC ACTAAAGACC 
TTCAAAGAGG AAGGCCACAT TCAGGCCGTA CCGGAAACTG CATACCTCTA CGACTCAATC 
CACCTTTACG CGCAAAGTCT TATTAAGGCA CTCGATGAGG GCCGAGATCC ACGAAACGGT 
AAAGAGATTA TTTCTTCACT TTATGGACTT CATTATCGCA GCGCGATGGG ATATATGGTG 
TACATGGATG AAGACGGTGA CCCGGAGGGC AATTACACTT TGATAGCACT GGACAATCAG 
GTCTCAAAAG GTCACGGACT GTATCCCATT GGCCGTTTCA TCGGCAAGGA GAACGGCACA 
AACCTACCGA AATTACGTAC TATTCGACAT ATTCCTTGGG TCGGTGATAA GCCTCCAGTC 
GATGAGCCTT ACTGCGGTTA TCACGGGGAA AAATGTTATT CCCACACAGG TGAAATTATT 
GGTGGAATCA CAGGCGGACT GTTATTAGTG TTCGTTGCAA TATCTCTGAT TCTTTATAGA 
AATTGGAAGT ATGAACAAGA ACTCGATTCT TTGCTATGGA AAGTCAATTA CAAAGATATT 
GAGATTAAAG AAACCAAAGA TGATTCAGCA ACTACTGGCG AACAACTATT CAAAAATAAT 
TCAAAGAATC CATGTCAACC ACACGTAAGA ACTAGTCAAG CGTCTCTCAG CTCGAACCCT 
GACGCTGACT TTCGCTACTC AATGATTTAC ACGCAAGTGG GAATCTATAA AGGTCGCATT 
TTCGCTGTAA AGAAGGTGAA GAAAAAATCA ATAGAAATCA CTCGAGAAAT GAAGAAGGAA 
TTGAAAATTA TGCGAGACTT AAGGCACGAT AATTTGAATG CTTTCATTGG AGCTTGCACA 
GATCCACCGA ATATTTGCAT CGTCGTCGAG TACTGTGCCC GTGGAAGCTT AAAGGACATT 
CTAGAAAACG AAGATATTAA GCTCGATAAC ATGTTCATGG CATCGTTGGT AGGCGACATC 
ATGAGAGGCA TGATTTACCT TCACGAGTCC GTCATAAAAT TCCACGGCTC CCTCAGCACA 
TCCAACTGCC TCGTGGATTC GCGTTGGGTC GTTAAATTGG CAGATTTCGG GCTCCACGAA 
TTTAAACGCG ACTCCGAGCT CGAGTCCGTC GACGTCATGA AGAAGTATCG CGGACTGCTG 
TACAAGGCGC CGGAGCTGCT GCGCTCGAAG CCGATCGAGC CGTCGCTGAG GGACTTCCAG 
AAGAGCGACG TCTACTCCTT CGGCATCGTT CTCTACGAAC TCCAGGGCAG ACACGGGCCC 
TACGGCATCA CCGACTTGTC CGCCCCCGAT ATTCTCAAGA AAATCATAAG CATCGAGGAA 
GGCGCCCCTT TATTCCGACC ACCGCTGGAT CAGCTGGAAA ACTGCTTTGA CTTTGTTAGG 
GACTGTCTTG TGGAATGCTG GTCGGAGAAT CCGGAGCTTC GTCCCGATTT CAAAGTCATC 
CGAGGTAAAT TGCGACCACT GCGAAAAGGC ATGAAGCCAA ACATCTTTGA TAATATGATG 
GCGATGATGG AAAAGTATGC TAATAATCTG GAAGCGTTGG TCGACGAGCG AACCGACCAA 
TTGTCCGAAG AGAAAAAGAA AACTGACGCC CTGCTGTACG AGATGCTGCC GCGTTATGTG 
GCAGAACAGC TGAAGCGCGG CCACAAAGTC GAAGCCGAGA ATTTCGACTG CGTGACTATT 
TACTTCAGTG ACATCGTCGG CTTCACCGCC ATGTCCGCCG AGAGCACCCC CCTTCAGGTA 
GTTGATTTCC TGAACGACCT TTACACATAT TTCGACTCTA CAATTGAAAA TTACGACGTC 
TACAAAGTCG AAACAATTGG CGATGCTTAT ATGGTTGTAA GCGGATTGCC CATTAGAAAT 
GGAATTCAAC ACGCGGGAGA GATAGCAAGC ATGTCATTGT GTCTTTTGGA TGCTATAAAA 
CAATTTTCAA TTCGTCACAG GCCTTTAGAT AAATTACAAT TAAGAATTGG AATACATTCT 
GGACCTGTAT GCGCTGGTGT CGTGGGTCTC AAAATGCCAC GCTACTGTTT ATTTGGCGAT 
ACTGTTAATA CGGCCAGTCG AATGGAATCC ACAGGCTCGC CGCTGCGCAT CCACTGCAGC 
ATGGAAACGA AGCTGCTGCT CGATCAACTG GGTGGCTTCA GCCTGGCCGA GCGAGGCCTT 
GTGCCGATGA AGGGCAAGGG TGAGCGTCTG ACCTTTTGGC TGATCGGCGA GGAGCCGAGC 
ATGCGGGAGG AGCGGAACCG CGAGCGACTC AATAGGCGAG TGGGACTGGC GCCCGGAGCG 
GAGTGTAGCG CCTACGAGGA GCTATCCGCG CCTCGCAGCT CCCTCAAGAA CAAATCCCTC 
GCGAGGACGA TTTTCCTGCG ATGCTCGAGC GAGTCGCCCA AGAGGCTGCG CTTCGCCAGC 
TCGGACCACC TCGACCAGGC GACCAAGGTT GCGCGACCCG GTGACATAGG CAAGCCCGAG 
TCCATCGCCG ATGGAAGCCC CTGCAACGGC CGTGGACTGT GTTCCTCCGG CAGATCATCC 
TGCATGGAGG GCACGAGGTC GTCGAGCAGC TCGTGCCCGT GCGTCGAGCA AATTGGCGAA 
ACGTCGCTTC CACTACGTCT ACCTGTAGCC GTCCATCTTA AGCTCGCACC CCAGCTGGAA 
ACTGGTAGCG TCCCGGTTCT CCTACCCGAG GCTCGCGAGC ACGAGGAAGA GGACGAGAAG 
GAAGAAAACG GGGCCGGCGG CTACTACTCC CGACTAGGCG ATAAGGGTCT TCACCCCGGC 
AAGCAAGGAC TACTCCAGGG TGCCTGCAGG TCTGCACCCA GTAGTCCCAG TAGAGGCTCC 
ATTCTCCTGG TCAGCCCTCG ACGAGCCGTC CAGTCGAACG AAGAGCTCGA GGAATGGGAC 
GCCGCACCCC TCATCCATTA CGAATCCCAC GTCCCGAAGT TGCATTACCG AGTGTAA

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

RefSeq	XP_011493860.1
CDS	1..3837
Translation	MQKLAMENGEHLSKNSIYQLDEEVMVNAGELGKRGHRLDFFVAETYGNEEKSILMTANLWRKNVSAYIGPQETCVHEGRMAAAFNIPMISYYCTNRVTSNKKEFPTFARTRPPDTQISKSVVAVLKVFNWTKVSFMFMNASSFEFYEMPTVAKTIIASFRYAGITLNSVKCWEESYRVVENLNNPFHKLVAETYADTRIYVILGNVEEHIGLLMALDKRNLLKTGEYWVVGVNTETYNDREPDVYVRGLLKKYPNSQSLRILQSYFSVIASAPIGYLNFTNKVNEYRQKPPFNFKNPLKTFKEEGHIQAVPETAYLYDSIHLYAQSLIKALDEGRDPRNGKEIISSLYGLHYRSAMGYMVYMDEDGDPEGNYTLIALDNQVSKGHGLYPIGRFIGKENGTNLPKLRTIRHIPWVGDKPPVDEPYCGYHGEKCYSHTGEIIGGITGGLLLVFVAISLILYRNWKYEQELDSLLWKVNYKDIEIKETKDDSATTGEQLFKNNSKNPCQPHVRTSQASLSSNPDADFRYSMIYTQVGIYKGRIFAVKKVKKKSIEITREMKKELKIMRDLRHDNLNAFIGACTDPPNICIVVEYCARGSLKDILENEDIKLDNMFMASLVGDIMRGMIYLHESVIKFHGSLSTSNCLVDSRWVVKLADFGLHEFKRDSELESVDVMKKYRGLLYKAPELLRSKPIEPSLRDFQKSDVYSFGIVLYELQGRHGPYGITDLSAPDILKKIISIEEGAPLFRPPLDQLENCFDFVRDCLVECWSENPELRPDFKVIRGKLRPLRKGMKPNIFDNMMAMMEKYANNLEALVDERTDQLSEEKKKTDALLYEMLPRYVAEQLKRGHKVEAENFDCVTIYFSDIVGFTAMSAESTPLQVVDFLNDLYTYFDSTIENYDVYKVETIGDAYMVVSGLPIRNGIQHAGEIASMSLCLLDAIKQFSIRHRPLDKLQLRIGIHSGPVCAGVVGLKMPRYCLFGDTVNTASRMESTGSPLRIHCSMETKLLLDQLGGFSLAERGLVPMKGKGERLTFWLIGEEPSMREERNRERLNRRVGLAPGAECSAYEELSAPRSSLKNKSLARTIFLRCSSESPKRLRFASSDHLDQATKVARPGDIGKPESIADGSPCNGRGLCSSGRSSCMEGTRSSSSSCPCVEQIGETSLPLRLPVAVHLKLAPQLETGSVPVLLPEAREHEEEDEKEENGAGGYYSRLGDKGLHPGKQGLLQGACRSAPSSPSRGSILLVSPRRAVQSNEELEEWDAAPLIHYESHVPKLHYRV

Target ORF information:

RefSeq Version	XM_011495558.1
Organism	Ceratosolen solmsi marchali
Definition	Ceratosolen solmsi marchali guanylate cyclase 32E (LOC105359081), mRNA.

Target ORF information:

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

XM_011495558.1

ORF Insert Sequence:

ATGCAGAAGT TGGCCATGGA AAATGGTGAG CATCTATCTA AAAACTCGAT TTATCAATTA 
GACGAAGAAG TAATGGTGAA TGCTGGTGAG TTGGGAAAAC GCGGTCACCG GTTAGATTTT 
TTCGTTGCCG AGACATATGG AAATGAAGAA AAGAGCATTC TGATGACGGC GAATCTTTGG 
CGGAAAAATG TCAGTGCATA CATTGGGCCA CAAGAGACTT GCGTGCATGA AGGACGAATG 
GCTGCAGCTT TCAACATACC GATGATTTCC TATTACTGCA CAAATCGAGT GACTTCCAAC 
AAAAAAGAAT TTCCAACATT TGCCCGCACT CGCCCTCCCG ACACTCAAAT TTCCAAGTCC 
GTAGTTGCAG TACTAAAAGT TTTCAATTGG ACTAAGGTGT CATTCATGTT CATGAACGCC 
TCGAGCTTCG AATTTTACGA GATGCCGACA GTGGCGAAAA CGATCATCGC CTCGTTCCGC 
TATGCGGGAA TAACACTCAA CAGTGTCAAA TGCTGGGAGG AGTCGTACAG AGTCGTGGAA 
AACTTGAACA ATCCCTTCCA CAAGCTTGTC GCCGAGACGT ACGCTGACAC GCGAATTTAC 
GTTATTCTTG GAAATGTCGA AGAGCATATT GGTCTACTGA TGGCGTTAGA TAAGAGAAAT 
TTATTGAAAA CAGGGGAGTA TTGGGTAGTT GGTGTGAACA CTGAAACGTA CAACGATCGT 
GAACCAGATG TTTATGTTCG TGGATTACTG AAAAAATATC CCAATTCCCA ATCCCTGCGA 
ATCCTCCAAA GTTATTTCAG TGTTATAGCT TCGGCTCCAA TTGGTTACTT AAACTTCACT 
AATAAGGTCA ACGAATATAG ACAAAAGCCA CCGTTTAATT TCAAGAATCC ACTAAAGACC 
TTCAAAGAGG AAGGCCACAT TCAGGCCGTA CCGGAAACTG CATACCTCTA CGACTCAATC 
CACCTTTACG CGCAAAGTCT TATTAAGGCA CTCGATGAGG GCCGAGATCC ACGAAACGGT 
AAAGAGATTA TTTCTTCACT TTATGGACTT CATTATCGCA GCGCGATGGG ATATATGGTG 
TACATGGATG AAGACGGTGA CCCGGAGGGC AATTACACTT TGATAGCACT GGACAATCAG 
GTCTCAAAAG GTCACGGACT GTATCCCATT GGCCGTTTCA TCGGCAAGGA GAACGGCACA 
AACCTACCGA AATTACGTAC TATTCGACAT ATTCCTTGGG TCGGTGATAA GCCTCCAGTC 
GATGAGCCTT ACTGCGGTTA TCACGGGGAA AAATGTTATT CCCACACAGG TGAAATTATT 
GGTGGAATCA CAGGCGGACT GTTATTAGTG TTCGTTGCAA TATCTCTGAT TCTTTATAGA 
AATTGGAAGT ATGAACAAGA ACTCGATTCT TTGCTATGGA AAGTCAATTA CAAAGATATT 
GAGATTAAAG AAACCAAAGA TGATTCAGCA ACTACTGGCG AACAACTATT CAAAAATAAT 
TCAAAGAATC CATGTCAACC ACACGTAAGA ACTAGTCAAG CGTCTCTCAG CTCGAACCCT 
GACGCTGACT TTCGCTACTC AATGATTTAC ACGCAAGTGG GAATCTATAA AGGTCGCATT 
TTCGCTGTAA AGAAGGTGAA GAAAAAATCA ATAGAAATCA CTCGAGAAAT GAAGAAGGAA 
TTGAAAATTA TGCGAGACTT AAGGCACGAT AATTTGAATG CTTTCATTGG AGCTTGCACA 
GATCCACCGA ATATTTGCAT CGTCGTCGAG TACTGTGCCC GTGGAAGCTT AAAGGACATT 
CTAGAAAACG AAGATATTAA GCTCGATAAC ATGTTCATGG CATCGTTGGT AGGCGACATC 
ATGAGAGGCA TGATTTACCT TCACGAGTCC GTCATAAAAT TCCACGGCTC CCTCAGCACA 
TCCAACTGCC TCGTGGATTC GCGTTGGGTC GTTAAATTGG CAGATTTCGG GCTCCACGAA 
TTTAAACGCG ACTCCGAGCT CGAGTCCGTC GACGTCATGA AGAAGTATCG CGGACTGCTG 
TACAAGGCGC CGGAGCTGCT GCGCTCGAAG CCGATCGAGC CGTCGCTGAG GGACTTCCAG 
AAGAGCGACG TCTACTCCTT CGGCATCGTT CTCTACGAAC TCCAGGGCAG ACACGGGCCC 
TACGGCATCA CCGACTTGTC CGCCCCCGAT ATTCTCAAGA AAATCATAAG CATCGAGGAA 
GGCGCCCCTT TATTCCGACC ACCGCTGGAT CAGCTGGAAA ACTGCTTTGA CTTTGTTAGG 
GACTGTCTTG TGGAATGCTG GTCGGAGAAT CCGGAGCTTC GTCCCGATTT CAAAGTCATC 
CGAGGTAAAT TGCGACCACT GCGAAAAGGC ATGAAGCCAA ACATCTTTGA TAATATGATG 
GCGATGATGG AAAAGTATGC TAATAATCTG GAAGCGTTGG TCGACGAGCG AACCGACCAA 
TTGTCCGAAG AGAAAAAGAA AACTGACGCC CTGCTGTACG AGATGCTGCC GCGTTATGTG 
GCAGAACAGC TGAAGCGCGG CCACAAAGTC GAAGCCGAGA ATTTCGACTG CGTGACTATT 
TACTTCAGTG ACATCGTCGG CTTCACCGCC ATGTCCGCCG AGAGCACCCC CCTTCAGGTA 
GTTGATTTCC TGAACGACCT TTACACATAT TTCGACTCTA CAATTGAAAA TTACGACGTC 
TACAAAGTCG AAACAATTGG CGATGCTTAT ATGGTTGTAA GCGGATTGCC CATTAGAAAT 
GGAATTCAAC ACGCGGGAGA GATAGCAAGC ATGTCATTGT GTCTTTTGGA TGCTATAAAA 
CAATTTTCAA TTCGTCACAG GCCTTTAGAT AAATTACAAT TAAGAATTGG AATACATTCT 
GGACCTGTAT GCGCTGGTGT CGTGGGTCTC AAAATGCCAC GCTACTGTTT ATTTGGCGAT 
ACTGTTAATA CGGCCAGTCG AATGGAATCC ACAGGCTCGC CGCTGCGCAT CCACTGCAGC 
ATGGAAACGA AGCTGCTGCT CGATCAACTG GGTGGCTTCA GCCTGGCCGA GCGAGGCCTT 
GTGCCGATGA AGGGCAAGGG TGAGCGTCTG ACCTTTTGGC TGATCGGCGA GGAGCCGAGC 
ATGCGGGAGG AGCGGAACCG CGAGCGACTC AATAGGCGAG TGGGACTGGC GCCCGGAGCG 
GAGTGTAGCG CCTACGAGGA GCTATCCGCG CCTCGCAGCT CCCTCAAGAA CAAATCCCTC 
GCGAGGACGA TTTTCCTGCG ATGCTCGAGC GAGTCGCCCA AGAGGCTGCG CTTCGCCAGC 
TCGGACCACC TCGACCAGGC GACCAAGGTT GCGCGACCCG GTGACATAGG CAAGCCCGAG 
TCCATCGCCG ATGGAAGCCC CTGCAACGGC CGTGGACTGT GTTCCTCCGG CAGATCATCC 
TGCATGGAGG GCACGAGGTC GTCGAGCAGC TCGTGCCCGT GCGTCGAGCA AATTGGCGAA 
ACGTCGCTTC CACTACGTCT ACCTGTAGCC GTCCATCTTA AGCTCGCACC CCAGCTGGAA 
ACTGGTAGCG TCCCGGTTCT CCTACCCGAG GCTCGCGAGC ACGAGGAAGA GGACGAGAAG 
GAAGAAAACG GGGCCGGCGG CTACTACTCC CGACTAGGCG ATAAGGGTCT TCACCCCGGC 
AAGCAAGGAC TACTCCAGGG TGCCTGCAGG TCTGCACCCA GTAGTCCCAG TAGAGGCTCC 
ATTCTCCTGG TCAGCCCTCG ACGAGCCGTC CAGTCGAACG AAGAGCTCGA GGAATGGGAC 
GCCGCACCCC TCATCCATTA CGAATCCCAC GTCCCGAAGT TGCATTACCG AGTGTAA