LOC106645750 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106645750
Entrez Gene ID	106645750
Full Name	xanthine dehydrogenase-like
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014361675.1	XP_014217161.1	xanthine dehydrogenase-like

Pathways from BioSystems
Gene Ontology

The following LOC106645750 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106645750 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
OCo20037	XM_014361675.1 Latest version!	Copidosoma floridanum xanthine dehydrogenase-like (LOC106645750), 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)

LOC106645750 ( XM_014361675.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014217161.1 Copidosoma floridanum xanthine dehydrogenase-like (LOC106645750), mRNA.

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CloneID	OCo20037
Clone ID Related Accession (Same CDS sequence)	XM_014361675.1
Accession Version	XM_014361675.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3831bp) 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	2017-12-25
Organism	Copidosoma floridanum
Product	xanthine dehydrogenase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379749.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGGTCAGG GTGAAAGCAG TTCACCAGGT GAACATGATG ATTCAACAGT CTCACTGGCG 
ATAAATGGCA CGGTACATAC AGTTTCTAAT AAAACAATAT TAAGAAACTC GTTAAACACA 
TTTATTCGTG AAGTAGCTTG TTTAAAAGGA ACGAAAGCTA TGTGCCACGA AGGGGGATGT 
GGTGCGTGTA TTGTAGCAGT AGAAACGAAT GGTCGCCTAA TAGCTGTGAA TTCTTGTTTG 
GTTTCAGTAT TTTTATGCGA TGGATGGAAA ATCACAACCG TTGAAGGATT AGGGAGCCGA 
GTAAAAGGCT ACCACACGTT GCAAGCCACC CTAGCTGAAA TGAACGGGTC TCAATGTGGT 
TTCTGCTCAC CTGGATGGGT TATGAACATG TACAGTCTCA CGAAAGGTAA AAAAATGACG 
ATGAAAGAAA TTGAAAACTC TTTTGGTGGT AACATTTGCC GGTGTACTGG ATACAGGCCG 
ATTCTGGATG CTTTTAAAAT GTTTGCCAGC GATGCTACGC CTGAGATGAA GAATCAAATA 
AAAGATATAG AAGAAGCGTA TAGCATTCAG TCTTGTAGAA ATTGTCCCAA AAATGCTTGC 
AGTGGCACAT GTAAGGAAAT GGAAATAATT CACGAGTCTA GCATGCCACG ATCATTACAA 
TTAGATCTAG AAGATTCCTT AAAGTTTTAT AAGGTATTAA CTGTTGATGA TATTTTTGAC 
ATCTTTCGAA AGCATCCATC TTCTTCCTAC GTAATCAATG GTGGCAATAC TGCTCGTGGT 
GTTTATCGCC TCGGTAAAGT ACAGGTGTAC ATCGATGTGA ACGACGTTCT GGATTTGCAT 
CGACTGTCCA AGACAAACGA TGCTCTGACT TTGGGTGCTA ATGTTACTCT TTCTATTGCA 
AAAGACAGTT TTGAAAAATA CATGACACAT CCTGGCTTTG AATATCTAAA AGAAATGGCC 
AAGCATGTGG ATCTCGTCGC AAGTGTACCT GTTCGAAATA TCGGTACGAT AGCTGGAAAC 
TTGATGATCA AAAATAATCA CAATGAGTTT CCATCAGACA TATTTTTAAT TCTAGAAACG 
GCAAGGGCTG AAATCCACAT TCTTGATTCA CCCGATTCGA AAAAAAGTAT GAATCTAATA 
GAATTTTTGT ACCTACAAAT GGAGAAAAAA TTAATTTACA GCATCGTCTT ACCGTCTATG 
AGTAAAGACT ACGTTTACAA AACGTACAAG ATCATGCCTA GAGCTCAAAA TGCTCATGCT 
ATAGTCAACG CCGGATTTCT TTTCAAGTTG GATAAGGATG GAAAAGTGTT AGAAAGACCG 
AATGTAATCT TCGGAGGGAT TGATCCTGAT TTTCTTCACG CATCAAAAAC TGAAACATTT 
TTCAGTGGAA AGTGTATTTA CGACCATCAA ACACTCAAGC AAGCATTTAA TGTTCTTAAG 
TCAGAACTCA ATCCTGATCA CGTTTTGCCG GACTTTACGC CAGAGTATCG TCAGCTATTG 
AGCGTTGGCC TCCTGTATAA ATTTATTTTA AGCATCAGTT CAAGTCGCGT AAGTCCCAAG 
TTACGTAGTG GAGGCACTTT ACTAGAACGC AAGTTGTCTT CGGGAAAGCA AGACTACGAT 
ACAAATAAGA ACATTTGGCC AATAAACCAA CCTATGCCAA AGATCGAGTC GATTTATCAA 
ACCTCGGGTG AAGGCGAGTT TATTAACGAT ATCCAGATAA AACATAATGA AGTATTTTGC 
GCTTTGACAC TCGCTGAAGC TCCCGGAAAA ATATACAAAA TTGACTACGA AGCTGCTCTG 
AATATCGATG GAGTCGTAGC TTTCTATTCC GCAAAAAACA TTCCAGGGAA AAACTTATTT 
ATAAACTCAG GTCTTAGTTT TGAATCTCTG GAATACGATG AAATTCTGTT TGCAGACAAT 
GAAGTACAAT ACGCAGGTCA ACCTTACGGT ATGATTGTCG CTGAATCTCA AAACATTGCT 
CAATATGCTG CTTCCAAGGT AAGCTTAGTT TACAAGGCGA CATCCAAAAG GAAGCCTCTG 
ATTACCGTGC AGGATGTCAT AAATGCTAAT GATAAGAGTC GAATCAAAAA GATAATAGAA 
TTACCTGCAA AGGAAGCCCC GGGAAAAGAT GAAAAGTACA AGATCAAGGG AAGTCACGTG 
GTAGGAAGCC AATACCATTT CAGCATGGAA GTCCAAACAT GTGTTTGCGT TCCCATTGAA 
GATGGAATGG ATGTTTTTTC AGCAACGCAA TGGATGGATC TTACCCAAGC TTCTGTAGCC 
TCGTTACTTG ACGTTCCTAC CAACACCATC AACATTAAGG TGAGGCGCCT CGGTGGCGCT 
TATGGCGCGA AAATCAGTCG CGCCACCCAA ATTGCTTGCG CTTGTGCGTT GGCTTGTCAT 
TTGCTGCGTA GACCAGCTCG CCTAGTCATG TCGATCGAGG ACAACATGCG CGCGATCGGC 
AAGCGAGTGG CTGCTTATAT GGAGTACTAT GTGAGCGTCG ACGAGCATGG CAAGATACAG 
CGATTGAATG GTTCTTACTA TGGGAATAAG GGTGCTGCTT TCAACGAGTC GCACGCCACG 
AGTGCGATCA ATTTTTTCTA CAACTGCTAT GACGAAAAAA AGTGGAATAC GATCGGTTAC 
GATGTCAAGA CCGATTTACC GTGTAACACG TGGTGTCGAT CGCCAGGTTC TGTAGAGGGA 
ATTGGATTGA TAGAGCACAT AATGGAAAGA ATCGCAAGAG TGACAGGAAA AGATCCATTG 
GAAGTCAGAA TAAACAACAT GAATCAGACG GACAAAGAAG CTTTGCTGCC AATGATTGAA 
AATTTGAAAA AATCATCCAA TTACGAACAG AGACTCGGAG ACGTGAAAAA ATTTAACCAG 
GAAAATCGTT GGAAAAAGAG AGGTATATCT TTGGTCACGA TGAAGTATTC ACTGTCACTT 
GTTGGACAAT ACTATTCGAT GGTATCGATC TACGCACGAG ATGGTACGGT CTCGGTATCA 
CACGCCGGAA TAGAAATGGG GCAAGGACTA CACACTAAAA TGGCCCAAAT AGTTGCATCT 
GCGTTTAATA TAGACTTGAA AATGGTGAGC GTGAAACCGA GCAACACTTT GATATCCCCA 
AACAGTTCCG TCACCGGTGG AAGCGTTGGT AGTGACGTCT GTGGCTTTGC AACGCTGTCG 
GCATGTAAGA TTATTTTAAA AAGACTCAAG CCAATCAGAG ACACTTTTGA AAAAGAGCCC 
ACGTGGCAAG AATTGATACT CAAGGCGCAC ACCGATGGAA TCGATCTACA TGCCTCTGAC 
CTGTATGTAG CACCATCCAG TGATAACTCA TACCCAATAT ACGGAGCTAC GGTATCCGAA 
GTGGAGGTGG ACATGCTGAC TGGACAGCAC CTCGTCCACC GAGTTGATAT TCTCGAAGAC 
GTTGGAGTAA GCTTGAGTCC CAAAATCGAC TTGGGCCAGA TCGAAGGAGC CTTCGTTATG 
GGCATAGGCT TGTGGACTTG CGAGGATTTA ATATATGATC CGAAAACCGG AGGACTGACA 
AACTACAGAA CTTGGAATTA CAAAGTTCCC GGGGCAAAAG ACATTCCAGT AGATTTCAGG 
GTCTCCTTCC GTCGCAATGC TTCCAATCCA CTCGGGATAT TGCGTTCGAA AGCTACTGGA 
GAGCCACCTC TTTGTATGAG CTGTTCCATT CCCATCGCAA TACGCCACGC TCTAAACTCG 
GCAAGAGCAG ATGCGGGAAA TACAGATCTT TGGTATCAAA TGGATGCCGC TGTCACAACC 
GAAAAAATTT TACTCAACAG CCTCACAAGT ATAAATGGAA TGGAATTATA A

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

RefSeq	XP_014217161.1
CDS	1..3831
Translation	MGQGESSSPGEHDDSTVSLAINGTVHTVSNKTILRNSLNTFIREVACLKGTKAMCHEGGCGACIVAVETNGRLIAVNSCLVSVFLCDGWKITTVEGLGSRVKGYHTLQATLAEMNGSQCGFCSPGWVMNMYSLTKGKKMTMKEIENSFGGNICRCTGYRPILDAFKMFASDATPEMKNQIKDIEEAYSIQSCRNCPKNACSGTCKEMEIIHESSMPRSLQLDLEDSLKFYKVLTVDDIFDIFRKHPSSSYVINGGNTARGVYRLGKVQVYIDVNDVLDLHRLSKTNDALTLGANVTLSIAKDSFEKYMTHPGFEYLKEMAKHVDLVASVPVRNIGTIAGNLMIKNNHNEFPSDIFLILETARAEIHILDSPDSKKSMNLIEFLYLQMEKKLIYSIVLPSMSKDYVYKTYKIMPRAQNAHAIVNAGFLFKLDKDGKVLERPNVIFGGIDPDFLHASKTETFFSGKCIYDHQTLKQAFNVLKSELNPDHVLPDFTPEYRQLLSVGLLYKFILSISSSRVSPKLRSGGTLLERKLSSGKQDYDTNKNIWPINQPMPKIESIYQTSGEGEFINDIQIKHNEVFCALTLAEAPGKIYKIDYEAALNIDGVVAFYSAKNIPGKNLFINSGLSFESLEYDEILFADNEVQYAGQPYGMIVAESQNIAQYAASKVSLVYKATSKRKPLITVQDVINANDKSRIKKIIELPAKEAPGKDEKYKIKGSHVVGSQYHFSMEVQTCVCVPIEDGMDVFSATQWMDLTQASVASLLDVPTNTINIKVRRLGGAYGAKISRATQIACACALACHLLRRPARLVMSIEDNMRAIGKRVAAYMEYYVSVDEHGKIQRLNGSYYGNKGAAFNESHATSAINFFYNCYDEKKWNTIGYDVKTDLPCNTWCRSPGSVEGIGLIEHIMERIARVTGKDPLEVRINNMNQTDKEALLPMIENLKKSSNYEQRLGDVKKFNQENRWKKRGISLVTMKYSLSLVGQYYSMVSIYARDGTVSVSHAGIEMGQGLHTKMAQIVASAFNIDLKMVSVKPSNTLISPNSSVTGGSVGSDVCGFATLSACKIILKRLKPIRDTFEKEPTWQELILKAHTDGIDLHASDLYVAPSSDNSYPIYGATVSEVEVDMLTGQHLVHRVDILEDVGVSLSPKIDLGQIEGAFVMGIGLWTCEDLIYDPKTGGLTNYRTWNYKVPGAKDIPVDFRVSFRRNASNPLGILRSKATGEPPLCMSCSIPIAIRHALNSARADAGNTDLWYQMDAAVTTEKILLNSLTSINGMEL

Target ORF information:

RefSeq Version	XM_014361675.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum xanthine dehydrogenase-like (LOC106645750), mRNA.

Target ORF information:

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

XM_014361675.1

ORF Insert Sequence:

ATGGGTCAGG GTGAAAGCAG TTCACCAGGT GAACATGATG ATTCAACAGT CTCACTGGCG 
ATAAATGGCA CGGTACATAC AGTTTCTAAT AAAACAATAT TAAGAAACTC GTTAAACACA 
TTTATTCGTG AAGTAGCTTG TTTAAAAGGA ACGAAAGCTA TGTGCCACGA AGGGGGATGT 
GGTGCGTGTA TTGTAGCAGT AGAAACGAAT GGTCGCCTAA TAGCTGTGAA TTCTTGTTTG 
GTTTCAGTAT TTTTATGCGA TGGATGGAAA ATCACAACCG TTGAAGGATT AGGGAGCCGA 
GTAAAAGGCT ACCACACGTT GCAAGCCACC CTAGCTGAAA TGAACGGGTC TCAATGTGGT 
TTCTGCTCAC CTGGATGGGT TATGAACATG TACAGTCTCA CGAAAGGTAA AAAAATGACG 
ATGAAAGAAA TTGAAAACTC TTTTGGTGGT AACATTTGCC GGTGTACTGG ATACAGGCCG 
ATTCTGGATG CTTTTAAAAT GTTTGCCAGC GATGCTACGC CTGAGATGAA GAATCAAATA 
AAAGATATAG AAGAAGCGTA TAGCATTCAG TCTTGTAGAA ATTGTCCCAA AAATGCTTGC 
AGTGGCACAT GTAAGGAAAT GGAAATAATT CACGAGTCTA GCATGCCACG ATCATTACAA 
TTAGATCTAG AAGATTCCTT AAAGTTTTAT AAGGTATTAA CTGTTGATGA TATTTTTGAC 
ATCTTTCGAA AGCATCCATC TTCTTCCTAC GTAATCAATG GTGGCAATAC TGCTCGTGGT 
GTTTATCGCC TCGGTAAAGT ACAGGTGTAC ATCGATGTGA ACGACGTTCT GGATTTGCAT 
CGACTGTCCA AGACAAACGA TGCTCTGACT TTGGGTGCTA ATGTTACTCT TTCTATTGCA 
AAAGACAGTT TTGAAAAATA CATGACACAT CCTGGCTTTG AATATCTAAA AGAAATGGCC 
AAGCATGTGG ATCTCGTCGC AAGTGTACCT GTTCGAAATA TCGGTACGAT AGCTGGAAAC 
TTGATGATCA AAAATAATCA CAATGAGTTT CCATCAGACA TATTTTTAAT TCTAGAAACG 
GCAAGGGCTG AAATCCACAT TCTTGATTCA CCCGATTCGA AAAAAAGTAT GAATCTAATA 
GAATTTTTGT ACCTACAAAT GGAGAAAAAA TTAATTTACA GCATCGTCTT ACCGTCTATG 
AGTAAAGACT ACGTTTACAA AACGTACAAG ATCATGCCTA GAGCTCAAAA TGCTCATGCT 
ATAGTCAACG CCGGATTTCT TTTCAAGTTG GATAAGGATG GAAAAGTGTT AGAAAGACCG 
AATGTAATCT TCGGAGGGAT TGATCCTGAT TTTCTTCACG CATCAAAAAC TGAAACATTT 
TTCAGTGGAA AGTGTATTTA CGACCATCAA ACACTCAAGC AAGCATTTAA TGTTCTTAAG 
TCAGAACTCA ATCCTGATCA CGTTTTGCCG GACTTTACGC CAGAGTATCG TCAGCTATTG 
AGCGTTGGCC TCCTGTATAA ATTTATTTTA AGCATCAGTT CAAGTCGCGT AAGTCCCAAG 
TTACGTAGTG GAGGCACTTT ACTAGAACGC AAGTTGTCTT CGGGAAAGCA AGACTACGAT 
ACAAATAAGA ACATTTGGCC AATAAACCAA CCTATGCCAA AGATCGAGTC GATTTATCAA 
ACCTCGGGTG AAGGCGAGTT TATTAACGAT ATCCAGATAA AACATAATGA AGTATTTTGC 
GCTTTGACAC TCGCTGAAGC TCCCGGAAAA ATATACAAAA TTGACTACGA AGCTGCTCTG 
AATATCGATG GAGTCGTAGC TTTCTATTCC GCAAAAAACA TTCCAGGGAA AAACTTATTT 
ATAAACTCAG GTCTTAGTTT TGAATCTCTG GAATACGATG AAATTCTGTT TGCAGACAAT 
GAAGTACAAT ACGCAGGTCA ACCTTACGGT ATGATTGTCG CTGAATCTCA AAACATTGCT 
CAATATGCTG CTTCCAAGGT AAGCTTAGTT TACAAGGCGA CATCCAAAAG GAAGCCTCTG 
ATTACCGTGC AGGATGTCAT AAATGCTAAT GATAAGAGTC GAATCAAAAA GATAATAGAA 
TTACCTGCAA AGGAAGCCCC GGGAAAAGAT GAAAAGTACA AGATCAAGGG AAGTCACGTG 
GTAGGAAGCC AATACCATTT CAGCATGGAA GTCCAAACAT GTGTTTGCGT TCCCATTGAA 
GATGGAATGG ATGTTTTTTC AGCAACGCAA TGGATGGATC TTACCCAAGC TTCTGTAGCC 
TCGTTACTTG ACGTTCCTAC CAACACCATC AACATTAAGG TGAGGCGCCT CGGTGGCGCT 
TATGGCGCGA AAATCAGTCG CGCCACCCAA ATTGCTTGCG CTTGTGCGTT GGCTTGTCAT 
TTGCTGCGTA GACCAGCTCG CCTAGTCATG TCGATCGAGG ACAACATGCG CGCGATCGGC 
AAGCGAGTGG CTGCTTATAT GGAGTACTAT GTGAGCGTCG ACGAGCATGG CAAGATACAG 
CGATTGAATG GTTCTTACTA TGGGAATAAG GGTGCTGCTT TCAACGAGTC GCACGCCACG 
AGTGCGATCA ATTTTTTCTA CAACTGCTAT GACGAAAAAA AGTGGAATAC GATCGGTTAC 
GATGTCAAGA CCGATTTACC GTGTAACACG TGGTGTCGAT CGCCAGGTTC TGTAGAGGGA 
ATTGGATTGA TAGAGCACAT AATGGAAAGA ATCGCAAGAG TGACAGGAAA AGATCCATTG 
GAAGTCAGAA TAAACAACAT GAATCAGACG GACAAAGAAG CTTTGCTGCC AATGATTGAA 
AATTTGAAAA AATCATCCAA TTACGAACAG AGACTCGGAG ACGTGAAAAA ATTTAACCAG 
GAAAATCGTT GGAAAAAGAG AGGTATATCT TTGGTCACGA TGAAGTATTC ACTGTCACTT 
GTTGGACAAT ACTATTCGAT GGTATCGATC TACGCACGAG ATGGTACGGT CTCGGTATCA 
CACGCCGGAA TAGAAATGGG GCAAGGACTA CACACTAAAA TGGCCCAAAT AGTTGCATCT 
GCGTTTAATA TAGACTTGAA AATGGTGAGC GTGAAACCGA GCAACACTTT GATATCCCCA 
AACAGTTCCG TCACCGGTGG AAGCGTTGGT AGTGACGTCT GTGGCTTTGC AACGCTGTCG 
GCATGTAAGA TTATTTTAAA AAGACTCAAG CCAATCAGAG ACACTTTTGA AAAAGAGCCC 
ACGTGGCAAG AATTGATACT CAAGGCGCAC ACCGATGGAA TCGATCTACA TGCCTCTGAC 
CTGTATGTAG CACCATCCAG TGATAACTCA TACCCAATAT ACGGAGCTAC GGTATCCGAA 
GTGGAGGTGG ACATGCTGAC TGGACAGCAC CTCGTCCACC GAGTTGATAT TCTCGAAGAC 
GTTGGAGTAA GCTTGAGTCC CAAAATCGAC TTGGGCCAGA TCGAAGGAGC CTTCGTTATG 
GGCATAGGCT TGTGGACTTG CGAGGATTTA ATATATGATC CGAAAACCGG AGGACTGACA 
AACTACAGAA CTTGGAATTA CAAAGTTCCC GGGGCAAAAG ACATTCCAGT AGATTTCAGG 
GTCTCCTTCC GTCGCAATGC TTCCAATCCA CTCGGGATAT TGCGTTCGAA AGCTACTGGA 
GAGCCACCTC TTTGTATGAG CTGTTCCATT CCCATCGCAA TACGCCACGC TCTAAACTCG 
GCAAGAGCAG ATGCGGGAAA TACAGATCTT TGGTATCAAA TGGATGCCGC TGTCACAACC 
GAAAAAATTT TACTCAACAG CCTCACAAGT ATAAATGGAA TGGAATTATA A