LOC106637633 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106637633
Entrez Gene ID	106637633
Full Name	uncharacterized LOC106637633
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014350500.1	XP_014205986.1	uncharacterized protein LOC106637633

Pathways from BioSystems
Gene Ontology

The following LOC106637633 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106637633 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
OCo11561	XM_014350500.1 Latest version!	Copidosoma floridanum uncharacterized LOC106637633 (LOC106637633), 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)

LOC106637633 ( XM_014350500.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014205986.1 Copidosoma floridanum uncharacterized LOC106637633 (LOC106637633), mRNA.

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CloneID	OCo11561
Clone ID Related Accession (Same CDS sequence)	XM_014350500.1
Accession Version	XM_014350500.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3816bp) 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	2015-10-04
Organism	Copidosoma floridanum
Product	uncharacterized protein LOC106637633
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014327263.1) 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 :: Copidosoma floridanum Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 82% of CDS bases ##RefSeq-Attributes-END##

ATGCACAAGG CTTTGACATT TGTTAGAATA TCAAATTTAA AAACGGCAAT GAAAACTAAG 
TGGATTAAAA CAGGAACAGT TCATGACTTT GTGTTCTTAG GCGAAGATGT GATTGCTACT 
ACTTCTGGAA ATCATGTCAT ATTCTTTAAC TTATCAACAA AGGAAAAGAC AATCGAATAT 
TTCAATAGCG CTTCAAGAGG TGACGGTGCT TCGTGCTTGG CCGGACATCC GATGATATAC 
GTATTCTCTA CTGCGGAGCG ATGCTCCAGG CCAAAAATTT TTGTTCATAC CTATCCCGAA 
ATAGAAAAAG TGTCGGAATG CTTACTAGAA GAAACAACAA GTTCTTATCT TTCATGTTGC 
TTCGCTGGTA CAGATTACTT ATTAAGCTTG ACGTCATTTC CAAACTTTGA AGTTATAGTA 
TGGTTATGGA GAAGTGGACA AAAACTAGCT AACATCCATT CAAACCTTAT GGATAGTATT 
CAGATAATCA GTTCTAGACA TAGGTGCATC AATGACAATC TCACTTTTGG TTTATCAGTT 
CGCACCAGCG TTAGGAAAAT TGTTACTTAC TACAACAAGC CATTATCAGA AAATAATTCA 
TTAGAATTTT TGAGCTCTAC TTGGACTGTA TCTTGTAAAT CACGGCCATT AAAAATGACT 
GTGACCAAGA ATCTAGAATC CGCGTTACTT CATTGTATCA ACGGTCAAGT ATTAATGTTA 
CATGCAGTAC ACGGCTCAAA GCCAGAGTTC GAGGAGATTA TTAATGACAG TGCAAAATTC 
GATATAATGC AACTGTTAAA ACCACGTGAT AAGCATTGTG TACTGTCGAC TAAATTATCT 
CACAGCATAG TAATTATAAA TATTAAAGAT GGAAATATTA GTGCAAGTTA TAATTTGAAA 
GATGAAGATC AAGTAAGCGA TTTAGTTACA CATTCTAGTT TTCCATTGAT AGCACCATTG 
GATAAAATCA AATTCTCTTT ACACGGTTGC GTGTTAGGCC TTGTATCAGT AGCATCTAAC 
AATTTATTTT TATTGAGCAA CGTTCAGAGT AATGCTATGG ACGTATTAAC TGATACACGT 
TTAGAGAGTA CTATTGTAGA CTTTTTAATT TACGATACCA AAGATAAAAT CAATCTTATT 
ACTTTGGTTA AATCACATTC AAGATGCTTT TACGGTACAG AAAATGGCCT GGAATTTTCA 
GCTGTGCCTT ATTTAACAAC AAATCTACAT GTATTCAAAG TTCAGGAAAG TTTTGATACA 
GCTAGTCTGG TAGACATTGT ACCTTTTGAG CATCAGCTTA ATAATTTCGA TGTCTATGTT 
TCAAAACATT ACGTTGTGTC AAGTGGTTAT GACGGACTTA TCATAGTAAA AGAAAATTTG 
GATTTATTTA AAACATTAAA AACTAACATG GTACAACATT ATCGAGAAAA AGGTGTAAGA 
TGCTCAGTGA TTTCAGTTAG TACTAAAATG ATCGTATCTC TAGGCAAAAA TGGAAGCATC 
GTCGGCCTTC AACTATCTGA TTTAAATAAA GAGTTAGAAA TCCAGTTACC AAAAGAACTG 
GAAAATTGGA AAACAATCAC AAAAAAGCAG ATAGACGCAG ATTCAGTTTT AGTAAAATGT 
TTGATTTTGG AAGACTTTCA GAAAGTGAAA GCTATAATTA CAAAACTATT GGATGAAAAT 
GAAAGAAAAT CTACTGAGTG CCAATTGTCA ATATCCTCGT TTGATTTGAA TAAGCGATTG 
AGACAATGTA AAAAAGAGAT TGTCTTACGC TCCCAAAAAG AATCACTTGA AAATATCAAA 
GAAATTACGG GTGAAGGTAA TTCAATGCAA ACCAAGCCAT TTATGGATAA AAGTTACCAT 
GGAGTATCTG ACATGGATAA AAGTGTAACC AAAACAAAAG TCAAAAGCTT GAATGAAAAA 
TTAGACTTTT TCAAAACAAA ACTTGACGAA ATGATGGATG GAGCTTTAGA AATAAGGTGG 
GAAGATGAAG TAAAAAAAGA AGTTCCAAAG CCGGACTGTT TACTACATAA AAATCCTTTA 
ATATACGATG ATGAAGACAG AGAAACTCTA AAAGCTTACA AAGAAAAATT ACTAGAGTTA 
GAAAAGTTGC GGACGAAGTA TAAGGAACAT TTAATCAATG AGATTGAAAG ATTAGACTGT 
AAAGTAGAGT CTGATATCAA CGATTTTGAT GAAAATTTAA AAGAGTTAGC GTTGAGAAAA 
ATCAGTATCA AATCAGCTAT ATTACAGGAA TTCCTACTGC AATGGAGAGA ACTTAAAACA 
TTTCAAGAAA TGTTCACCGT AGAGACAGAG TTGGCTGAAT CAAAAATTAA ATATGAAAAT 
CTAAACAAAC GAGATAAGGC CTTAGAAGCT AAGTTTAAAA GTGAATTTGG TGAATTGAAA 
CAGCCCTTGG TGGATTATTT ATCAAGACAG TACAAAAAAC GACCGACAAT TGCTAAAATT 
ACATGTGCAT CACAAATGTT TTTAAGCGAA ACAAATCAGT GCTTGATAAC TGGCAAAAAA 
TCATCGTTAT TACCACAAGA ATACGTAGAC TTTCTAAATG GTATGGATGC ACTGGATGTA 
ATGCCAAATG GTCTGCCACC GCAGATAGAT AACGATCTCT GGAAGTTACT TTGCAAACTG 
AGAAGGAATA AAGTAGAGAC TGAAATAAAG TTAAGAATCG CAGCACTCGA ACTGGCAGAG 
GTGGAACAAA CTTTCTATCA ATTTCAAAAA CTGATTTCTA CAAATCAAAG TAAATTGATT 
ACAATAAAAA ATTATATTGA AGAAGAAACA CTGAATCAAT CAAGAATTTT GCAAAATAAG 
GAAGTACAAA TAATTTTAAA AGCTGCGCAG ATTGAAGTCA TAACATCAGG ACATGTGAAA 
GATTTTGAAA ATGCTGCGAT TATACCGTGT AAACAGTTGG TTCAAGTAAA TAATGATATT 
ATTGTGAGGG GTAAGCAAAA AGTTTGTGCT ATGCATGCAC TTATTGCATT AAAAAAATCT 
GTATTGTCTA ATAACTGGAA GTATCAGTTT TTGCGAATGA AGTTAAAACA TTTAAAACAA 
CATTTAGTTA TTCTGCGCAG TACTAGAAAA TTTATGAGGA TGCAAAACGA TGAAGAGTTA 
AAATTGTTAA AAATTATTCA TGAAATCAAA ATCTGGTGTA ATACAAACTC AAAATTGAAA 
AAAAATCTTG AGTCATATCA GTGCCAGGTT TGTAATTCAA AATGTTCTAA CTGTACCACA 
CTTTTGAGGA TATACTATTT AGTATTTGTT CTGCAAGAAG CCTGCATTGG TGTATCAGTT 
AGTGGTTCTA CGATGGCAGC CATGTTCATA AGACCCCTGA TCTCATCACT TCTGTGCATC 
AGTCTTATTT CAACCCAATC ACTAAGTTTT CATATGCTCA AGGAAAAAGC GAATCTTAAA 
TCGACCATGG ACTCTATTAC TAAAAAAGAA AACGACTTTG AAATGCAATG TAATGATTTA 
ATTACTGGCA TAACACCGTA TCTAGAACGC GAAGCAGATA AAGTGCACCA ATATTCACCT 
CATAAAAAAT ACGTCGAACT GCAATCCCTT TATGCAAATG CAACCTTGTT AAAGCTTGAC 
CTTGAAGAAA AATTCTTCCA AATTAATGAG CTGTACAATA ACTTAGGAAA TAAAAACAAT 
AAGCAGCAAG TGAATATTGA AAAGATAATA AATTATTTTG AAAAAAATGT GGATGCTTAC 
ACAAAGAAAG TGATCGACCA ATACACTTAT GTATTCGCTG AACTGTGGGC CGAGGACTTG 
AGAAGATGCT TTAACTGGAA CATTACAAAA GAATAA

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

RefSeq	XP_014205986.1
CDS	1..3816
Translation	MHKALTFVRISNLKTAMKTKWIKTGTVHDFVFLGEDVIATTSGNHVIFFNLSTKEKTIEYFNSASRGDGASCLAGHPMIYVFSTAERCSRPKIFVHTYPEIEKVSECLLEETTSSYLSCCFAGTDYLLSLTSFPNFEVIVWLWRSGQKLANIHSNLMDSIQIISSRHRCINDNLTFGLSVRTSVRKIVTYYNKPLSENNSLEFLSSTWTVSCKSRPLKMTVTKNLESALLHCINGQVLMLHAVHGSKPEFEEIINDSAKFDIMQLLKPRDKHCVLSTKLSHSIVIINIKDGNISASYNLKDEDQVSDLVTHSSFPLIAPLDKIKFSLHGCVLGLVSVASNNLFLLSNVQSNAMDVLTDTRLESTIVDFLIYDTKDKINLITLVKSHSRCFYGTENGLEFSAVPYLTTNLHVFKVQESFDTASLVDIVPFEHQLNNFDVYVSKHYVVSSGYDGLIIVKENLDLFKTLKTNMVQHYREKGVRCSVISVSTKMIVSLGKNGSIVGLQLSDLNKELEIQLPKELENWKTITKKQIDADSVLVKCLILEDFQKVKAIITKLLDENERKSTECQLSISSFDLNKRLRQCKKEIVLRSQKESLENIKEITGEGNSMQTKPFMDKSYHGVSDMDKSVTKTKVKSLNEKLDFFKTKLDEMMDGALEIRWEDEVKKEVPKPDCLLHKNPLIYDDEDRETLKAYKEKLLELEKLRTKYKEHLINEIERLDCKVESDINDFDENLKELALRKISIKSAILQEFLLQWRELKTFQEMFTVETELAESKIKYENLNKRDKALEAKFKSEFGELKQPLVDYLSRQYKKRPTIAKITCASQMFLSETNQCLITGKKSSLLPQEYVDFLNGMDALDVMPNGLPPQIDNDLWKLLCKLRRNKVETEIKLRIAALELAEVEQTFYQFQKLISTNQSKLITIKNYIEEETLNQSRILQNKEVQIILKAAQIEVITSGHVKDFENAAIIPCKQLVQVNNDIIVRGKQKVCAMHALIALKKSVLSNNWKYQFLRMKLKHLKQHLVILRSTRKFMRMQNDEELKLLKIIHEIKIWCNTNSKLKKNLESYQCQVCNSKCSNCTTLLRIYYLVFVLQEACIGVSVSGSTMAAMFIRPLISSLLCISLISTQSLSFHMLKEKANLKSTMDSITKKENDFEMQCNDLITGITPYLEREADKVHQYSPHKKYVELQSLYANATLLKLDLEEKFFQINELYNNLGNKNNKQQVNIEKIINYFEKNVDAYTKKVIDQYTYVFAELWAEDLRRCFNWNITKE

Target ORF information:

RefSeq Version	XM_014350500.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum uncharacterized LOC106637633 (LOC106637633), mRNA.

Target ORF information:

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

XM_014350500.1

ORF Insert Sequence:

ATGCACAAGG CTTTGACATT TGTTAGAATA TCAAATTTAA AAACGGCAAT GAAAACTAAG 
TGGATTAAAA CAGGAACAGT TCATGACTTT GTGTTCTTAG GCGAAGATGT GATTGCTACT 
ACTTCTGGAA ATCATGTCAT ATTCTTTAAC TTATCAACAA AGGAAAAGAC AATCGAATAT 
TTCAATAGCG CTTCAAGAGG TGACGGTGCT TCGTGCTTGG CCGGACATCC GATGATATAC 
GTATTCTCTA CTGCGGAGCG ATGCTCCAGG CCAAAAATTT TTGTTCATAC CTATCCCGAA 
ATAGAAAAAG TGTCGGAATG CTTACTAGAA GAAACAACAA GTTCTTATCT TTCATGTTGC 
TTCGCTGGTA CAGATTACTT ATTAAGCTTG ACGTCATTTC CAAACTTTGA AGTTATAGTA 
TGGTTATGGA GAAGTGGACA AAAACTAGCT AACATCCATT CAAACCTTAT GGATAGTATT 
CAGATAATCA GTTCTAGACA TAGGTGCATC AATGACAATC TCACTTTTGG TTTATCAGTT 
CGCACCAGCG TTAGGAAAAT TGTTACTTAC TACAACAAGC CATTATCAGA AAATAATTCA 
TTAGAATTTT TGAGCTCTAC TTGGACTGTA TCTTGTAAAT CACGGCCATT AAAAATGACT 
GTGACCAAGA ATCTAGAATC CGCGTTACTT CATTGTATCA ACGGTCAAGT ATTAATGTTA 
CATGCAGTAC ACGGCTCAAA GCCAGAGTTC GAGGAGATTA TTAATGACAG TGCAAAATTC 
GATATAATGC AACTGTTAAA ACCACGTGAT AAGCATTGTG TACTGTCGAC TAAATTATCT 
CACAGCATAG TAATTATAAA TATTAAAGAT GGAAATATTA GTGCAAGTTA TAATTTGAAA 
GATGAAGATC AAGTAAGCGA TTTAGTTACA CATTCTAGTT TTCCATTGAT AGCACCATTG 
GATAAAATCA AATTCTCTTT ACACGGTTGC GTGTTAGGCC TTGTATCAGT AGCATCTAAC 
AATTTATTTT TATTGAGCAA CGTTCAGAGT AATGCTATGG ACGTATTAAC TGATACACGT 
TTAGAGAGTA CTATTGTAGA CTTTTTAATT TACGATACCA AAGATAAAAT CAATCTTATT 
ACTTTGGTTA AATCACATTC AAGATGCTTT TACGGTACAG AAAATGGCCT GGAATTTTCA 
GCTGTGCCTT ATTTAACAAC AAATCTACAT GTATTCAAAG TTCAGGAAAG TTTTGATACA 
GCTAGTCTGG TAGACATTGT ACCTTTTGAG CATCAGCTTA ATAATTTCGA TGTCTATGTT 
TCAAAACATT ACGTTGTGTC AAGTGGTTAT GACGGACTTA TCATAGTAAA AGAAAATTTG 
GATTTATTTA AAACATTAAA AACTAACATG GTACAACATT ATCGAGAAAA AGGTGTAAGA 
TGCTCAGTGA TTTCAGTTAG TACTAAAATG ATCGTATCTC TAGGCAAAAA TGGAAGCATC 
GTCGGCCTTC AACTATCTGA TTTAAATAAA GAGTTAGAAA TCCAGTTACC AAAAGAACTG 
GAAAATTGGA AAACAATCAC AAAAAAGCAG ATAGACGCAG ATTCAGTTTT AGTAAAATGT 
TTGATTTTGG AAGACTTTCA GAAAGTGAAA GCTATAATTA CAAAACTATT GGATGAAAAT 
GAAAGAAAAT CTACTGAGTG CCAATTGTCA ATATCCTCGT TTGATTTGAA TAAGCGATTG 
AGACAATGTA AAAAAGAGAT TGTCTTACGC TCCCAAAAAG AATCACTTGA AAATATCAAA 
GAAATTACGG GTGAAGGTAA TTCAATGCAA ACCAAGCCAT TTATGGATAA AAGTTACCAT 
GGAGTATCTG ACATGGATAA AAGTGTAACC AAAACAAAAG TCAAAAGCTT GAATGAAAAA 
TTAGACTTTT TCAAAACAAA ACTTGACGAA ATGATGGATG GAGCTTTAGA AATAAGGTGG 
GAAGATGAAG TAAAAAAAGA AGTTCCAAAG CCGGACTGTT TACTACATAA AAATCCTTTA 
ATATACGATG ATGAAGACAG AGAAACTCTA AAAGCTTACA AAGAAAAATT ACTAGAGTTA 
GAAAAGTTGC GGACGAAGTA TAAGGAACAT TTAATCAATG AGATTGAAAG ATTAGACTGT 
AAAGTAGAGT CTGATATCAA CGATTTTGAT GAAAATTTAA AAGAGTTAGC GTTGAGAAAA 
ATCAGTATCA AATCAGCTAT ATTACAGGAA TTCCTACTGC AATGGAGAGA ACTTAAAACA 
TTTCAAGAAA TGTTCACCGT AGAGACAGAG TTGGCTGAAT CAAAAATTAA ATATGAAAAT 
CTAAACAAAC GAGATAAGGC CTTAGAAGCT AAGTTTAAAA GTGAATTTGG TGAATTGAAA 
CAGCCCTTGG TGGATTATTT ATCAAGACAG TACAAAAAAC GACCGACAAT TGCTAAAATT 
ACATGTGCAT CACAAATGTT TTTAAGCGAA ACAAATCAGT GCTTGATAAC TGGCAAAAAA 
TCATCGTTAT TACCACAAGA ATACGTAGAC TTTCTAAATG GTATGGATGC ACTGGATGTA 
ATGCCAAATG GTCTGCCACC GCAGATAGAT AACGATCTCT GGAAGTTACT TTGCAAACTG 
AGAAGGAATA AAGTAGAGAC TGAAATAAAG TTAAGAATCG CAGCACTCGA ACTGGCAGAG 
GTGGAACAAA CTTTCTATCA ATTTCAAAAA CTGATTTCTA CAAATCAAAG TAAATTGATT 
ACAATAAAAA ATTATATTGA AGAAGAAACA CTGAATCAAT CAAGAATTTT GCAAAATAAG 
GAAGTACAAA TAATTTTAAA AGCTGCGCAG ATTGAAGTCA TAACATCAGG ACATGTGAAA 
GATTTTGAAA ATGCTGCGAT TATACCGTGT AAACAGTTGG TTCAAGTAAA TAATGATATT 
ATTGTGAGGG GTAAGCAAAA AGTTTGTGCT ATGCATGCAC TTATTGCATT AAAAAAATCT 
GTATTGTCTA ATAACTGGAA GTATCAGTTT TTGCGAATGA AGTTAAAACA TTTAAAACAA 
CATTTAGTTA TTCTGCGCAG TACTAGAAAA TTTATGAGGA TGCAAAACGA TGAAGAGTTA 
AAATTGTTAA AAATTATTCA TGAAATCAAA ATCTGGTGTA ATACAAACTC AAAATTGAAA 
AAAAATCTTG AGTCATATCA GTGCCAGGTT TGTAATTCAA AATGTTCTAA CTGTACCACA 
CTTTTGAGGA TATACTATTT AGTATTTGTT CTGCAAGAAG CCTGCATTGG TGTATCAGTT 
AGTGGTTCTA CGATGGCAGC CATGTTCATA AGACCCCTGA TCTCATCACT TCTGTGCATC 
AGTCTTATTT CAACCCAATC ACTAAGTTTT CATATGCTCA AGGAAAAAGC GAATCTTAAA 
TCGACCATGG ACTCTATTAC TAAAAAAGAA AACGACTTTG AAATGCAATG TAATGATTTA 
ATTACTGGCA TAACACCGTA TCTAGAACGC GAAGCAGATA AAGTGCACCA ATATTCACCT 
CATAAAAAAT ACGTCGAACT GCAATCCCTT TATGCAAATG CAACCTTGTT AAAGCTTGAC 
CTTGAAGAAA AATTCTTCCA AATTAATGAG CTGTACAATA ACTTAGGAAA TAAAAACAAT 
AAGCAGCAAG TGAATATTGA AAAGATAATA AATTATTTTG AAAAAAATGT GGATGCTTAC 
ACAAAGAAAG TGATCGACCA ATACACTTAT GTATTCGCTG AACTGTGGGC CGAGGACTTG 
AGAAGATGCT TTAACTGGAA CATTACAAAA GAATAA