LOC106645105 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106645105
Entrez Gene ID	106645105
Full Name	uncharacterized LOC106645105
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014360880.1	XP_014216366.1	uncharacterized protein LOC106645105

Pathways from BioSystems
Gene Ontology

The following LOC106645105 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106645105 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
OCo19435	XM_014360880.1 Latest version!	Copidosoma floridanum uncharacterized LOC106645105 (LOC106645105), 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)

LOC106645105 ( XM_014360880.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014216366.1 Copidosoma floridanum uncharacterized LOC106645105 (LOC106645105), mRNA.

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CloneID	OCo19435
Clone ID Related Accession (Same CDS sequence)	XM_014360880.1
Accession Version	XM_014360880.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3798bp) 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 LOC106645105
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014327722.1) 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 :: 77% of CDS bases ##RefSeq-Attributes-END##

ATGGGACCAG TGCAGATATT AGTTAATAAA ACAATGATTA CCTCAGTATC AGAAGATCGC 
GTGCCGTATG AAGAGGAGAG TAATAATGGC TACATTATTG GAGATAAGTA TATTCCAGAA 
GAGTTACTTC TAGAAATTCT TTGCTGGGTG GATTACAAAT CATTACTTGC CTGTCAATTA 
GTCTGTAAGC GTTGGAATAT TCTCATCCAA GATTATGTTT GGAAAAGAAA AGCTGAGATA 
ATATTGAGGG AATCATTAAC TGCGTATGGC AGCACAGCTC CATGGATGAT GTACTACTAT 
ATATGTGATG GAAAATTTGG TCGTAATTTG TTGAAGAACC ACTCTGGGAA AAAAGGACTG 
TCTAGAGAAT GGATAATTGT ATACAATGGT GGCGATGGTT GGAAAGTGGA ATGTCCACCA 
CAGGGTGTGC CAGAGCTGCC AGATGATGAT AGGTTTAAGA GAGATTTATA CTGTTTTGTT 
ACATCTTATA GAAAATGCTG GAAATATCAA GTTGTAGATT TAACTAATGA AGGGGTCTCA 
GAACACTTTC TAGATGTTTT TCAGCCTCCC ATCAAGGTAA GCGAATACTA TAGCTGTCGT 
TGGGATTGTT CTGCTATTTA CATATGTACT ATAGAGTTGT TAACAGATAA TGATGTTGTA 
ATAGATTCTA AAAACTTTTT CAAACAAATA GAAGGAGAGG AACAGAACCA GTGGCACAAA 
TTTCAGCACA GATTCTTAGG ATATGGAAAA GGACTGAGAA AAATAAGATT TTCTCATGGT 
GGAAATGATA AACAATTTTG GGCTGGTCAC TATGGTGCGA AAATGGGAGG AGCTTGTATT 
CAACTAGAAT TACCTGTATT GAACAATGGG ATTGTCCGGC ACTTGCACAG ACATGGTCTT 
TTGGACCCAC GACAAGCTGG GTTTAGAAGC GGCCACAGTA CACAGACTGC TTTGCTCAGG 
GTCACGGACG ATATAAGGAT AGCCATTAAT CAACGTAAGG TGACCCTGTT AGTCCTGTTT 
GACTTCTCGA GGGCCTTCGA ACTTGTACCT CATGACAAAT TGCTGCAAAA ACTTCACAGA 
TTGGGCTTTG ACGATCTTGC AATTGCGTTT ATTAGGTCCT ATCTGTCAGG CCGGGTTCAG 
GCGGTCGGAG CCGAGGGTCG TGCTCTATCT GAATTCAGAC CGGTTGAGGC TGGTGTTCCG 
CAAGGGAGTG TGTTGGGACC TCTGTTGTTT GCGCTTTTTA TTAATGATCT GCCACGTGTG 
CTCAAACACT GCTCCCACAT GATTTACGCG GACGACATCC AGATCTACCT ACACTGTTTT 
CCGGCTGACC TGGAGGGGGG TGTTGCACTG TCGTCGGAGG ACGGGTCTGC GGTTGTCAAC 
TGGTCGGTGG AGAATGGCCT TGCCCTTAAT ACTAAAAAGA CCAAAGTGAT GCTGCTGGAC 
ACACATCACA TTAATGAAGT TGTAGAAAAA GTATGCGAGC ACATTCAAAA TAGTGGTAAA 
TTTCAGTTCT ACTTGAACGA AATTGATGTA CTCATTGATG ATGCAGTTTC TAGAAAAACT 
ACAGAAACTA TTTGCAGCAA GTGGTTTTTG GAAGAACAGA AAATTGGAAA ATTAAAAAAA 
AATGTCATTT TAACTACGGC AGCTCAAATT TTAAAAACCG ATGCCCTCTC AATAACTAGT 
ACATCAAACA GTTACCTTCC AGCTGAAGAA TTTCTAGACG AAATTAATTC TGATGTGCTA 
CAATCATTGC AAGACTTTTT TGATGCAATA CTTTTTAGTG ATATAGAAAA GTCTAAACGG 
TTATTTTCAT CAAGACTACA ACCAGCTCTC GATATTTACA TTTTGAGAAA AACTGGGAAA 
AAACAAATTA CAGATCTTCT TTACAAACTG GGAGTTTGCG CCTCTTACGA TGCTGTTCAG 
TTATATGAAT CATCAATAGT CATGGACCCA CCAAAAAGAA AAATTTTACA AGATGCCTTT 
GTCCAGTTCG TTTTTGATTA TACGGATCAT AATGTTAATA CTCTAGACGG CTGCGAAAAG 
TTTCATTGTT TAGGTGGGAT AGCTGGTTAT ACGCCACAAT TTTCTGTACA GTTTAAAGAT 
CTGAACAAAC AGCAAATTCT AGAAGAATTG CGAATTCGAA ATATTCGAGG GGAAGTTTCG 
GAAACATTCG ACATTCTTCG CGAGAGACTC AGAAAAGCGG TAAAAGCAGA GGCTGTAGTA 
AACAACCAGG AAGAAGTTAT CGAAGAATCG GAAGAGGAGA GCAACATGTC GGACGAACAA 
TTAGAGTTCT TCATCATTGA AAAAAGTGTT GCTGACGACA AAAAGAAAGT GTCTATGCTA 
ATGACTCGTG TTGACCAAGA GGCGTTCAAA TTAATCAAGC AACTGATATC TCCGGCGAAA 
GTGTGTGAGA AAAAATTCGA CGAAATTGTC AAGGTTATCA CACAGCATTT CGAACCCAAG 
CCCTCGGAAG TCATGGAAAG ATGTAATTTT CATCTAGCTA GGCAAGAGGC GGGAGAAAGT 
ATTTTAGATT TCGTGGCAAA GCTAAAGAAA CGAGCTCTGC ATTGCAATTT CACAAATCTA 
GATGAAGCAA TGTGGGACCA ACTTGTATGC GGTATTCGTA GTAAGGACAT TCGAATTAAG 
CTATTCGAAG TAGATAAACT TACTTACGAA AATGCTCTAC AAATTGTGAC TTCGTACGAA 
GCAGCAGTCA AAAACGCATT AGCTTCATCT AATGCTTTAG ATAACAAAGC AGCAAATAGC 
GAAATGTATA AGATTCACAG TAAGGCAACA AAAGAATCCG AAAGCCAAAA GAAAGAAAAG 
AAATCTATGA CATGCTACTG CTGCGGTGAG GAAGGTCACA TCAATAAAAA CTGTAAGTTT 
CGGGAGTGCG AGTGTCGTCA CTGCGGCAAG AAAGGTCATC TTGCGAAAGC TTGTTGGAAG 
AAGATAGCAG AAAAGAAAAA AGAAAAAGCA GTCAATCTAT TGGATCAAGT AGACGCAACG 
GACGACAGCA CATCTGATGA CGACACCAAC TTTATTCACG CTTCACACAG AAGAGAATTT 
TTCCACGTAC AAAGTACAAA TGTAAACAAA GTTACTGAAA GCCAGGGAGC CAAAAGTGAA 
AATAAAAAAA TAGATACAGG CACTTTTGCC ACGGTGTTCT CTAAAACCTT TTATAAAAAG 
CATTTTGGCA ATCTAAAACT CTCAGAAACT TCAATTGACT TAAATGCTTA CGGGGGTGTC 
CCATTACAAG CGTTAGGCAA ACTCGAAAAT CTTTCTTCGA AAGCCTTAAC CGGCTTTACC 
ATGGATGGTT CTGGATTAAA AGAACTCTGG TCTACCGTTT ATGCCCTTCA GTCTGTGAAA 
CACCTTATGT CTGGACATGC TTTTACTCGC GCACTCAAAG CTCACATTTT AACTTTTACT 
GCTATCAGTA TGCACATATG CAAAAATATC GATACCACTG ATGCCGATAA AGACCATTTT 
TTCAAAATTT TTGAGACGAT TTGGAATAAA GGAAGTGTCC AAAATTTAAG TGCACCTAAA 
GATACAAATT CTTTAATAGA ATATACAAGG GAAGGGCCAA CCTCTAAATT ATGGCTTCAG 
TGTTTTAAGC TCGTCATTAC AGCTTTACAA TTTCTTGAAG CAGAACGTTT AGATGATTTT 
AAATTGCATC TCCAAACTGT TCGTGCAATG CTGCCACTTT TTCACGCGCC CGGACATTTT 
TCGTACACAA AGTGTGCACA AATATATCTC CAAGACGCAG AAACATTGGA AGAAATAATG 
CCTGAAAGTG ACGATTGA

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

RefSeq	XP_014216366.1
CDS	261..4058
Translation	MGPVQILVNKTMITSVSEDRVPYEEESNNGYIIGDKYIPEELLLEILCWVDYKSLLACQLVCKRWNILIQDYVWKRKAEIILRESLTAYGSTAPWMMYYYICDGKFGRNLLKNHSGKKGLSREWIIVYNGGDGWKVECPPQGVPELPDDDRFKRDLYCFVTSYRKCWKYQVVDLTNEGVSEHFLDVFQPPIKVSEYYSCRWDCSAIYICTIELLTDNDVVIDSKNFFKQIEGEEQNQWHKFQHRFLGYGKGLRKIRFSHGGNDKQFWAGHYGAKMGGACIQLELPVLNNGIVRHLHRHGLLDPRQAGFRSGHSTQTALLRVTDDIRIAINQRKVTLLVLFDFSRAFELVPHDKLLQKLHRLGFDDLAIAFIRSYLSGRVQAVGAEGRALSEFRPVEAGVPQGSVLGPLLFALFINDLPRVLKHCSHMIYADDIQIYLHCFPADLEGGVALSSEDGSAVVNWSVENGLALNTKKTKVMLLDTHHINEVVEKVCEHIQNSGKFQFYLNEIDVLIDDAVSRKTTETICSKWFLEEQKIGKLKKNVILTTAAQILKTDALSITSTSNSYLPAEEFLDEINSDVLQSLQDFFDAILFSDIEKSKRLFSSRLQPALDIYILRKTGKKQITDLLYKLGVCASYDAVQLYESSIVMDPPKRKILQDAFVQFVFDYTDHNVNTLDGCEKFHCLGGIAGYTPQFSVQFKDLNKQQILEELRIRNIRGEVSETFDILRERLRKAVKAEAVVNNQEEVIEESEEESNMSDEQLEFFIIEKSVADDKKKVSMLMTRVDQEAFKLIKQLISPAKVCEKKFDEIVKVITQHFEPKPSEVMERCNFHLARQEAGESILDFVAKLKKRALHCNFTNLDEAMWDQLVCGIRSKDIRIKLFEVDKLTYENALQIVTSYEAAVKNALASSNALDNKAANSEMYKIHSKATKESESQKKEKKSMTCYCCGEEGHINKNCKFRECECRHCGKKGHLAKACWKKIAEKKKEKAVNLLDQVDATDDSTSDDDTNFIHASHRREFFHVQSTNVNKVTESQGAKSENKKIDTGTFATVFSKTFYKKHFGNLKLSETSIDLNAYGGVPLQALGKLENLSSKALTGFTMDGSGLKELWSTVYALQSVKHLMSGHAFTRALKAHILTFTAISMHICKNIDTTDADKDHFFKIFETIWNKGSVQNLSAPKDTNSLIEYTREGPTSKLWLQCFKLVITALQFLEAERLDDFKLHLQTVRAMLPLFHAPGHFSYTKCAQIYLQDAETLEEIMPESDD

Target ORF information:

RefSeq Version	XM_014360880.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum uncharacterized LOC106645105 (LOC106645105), mRNA.

Target ORF information:

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

XM_014360880.1

ORF Insert Sequence:

ATGGGACCAG TGCAGATATT AGTTAATAAA ACAATGATTA CCTCAGTATC AGAAGATCGC 
GTGCCGTATG AAGAGGAGAG TAATAATGGC TACATTATTG GAGATAAGTA TATTCCAGAA 
GAGTTACTTC TAGAAATTCT TTGCTGGGTG GATTACAAAT CATTACTTGC CTGTCAATTA 
GTCTGTAAGC GTTGGAATAT TCTCATCCAA GATTATGTTT GGAAAAGAAA AGCTGAGATA 
ATATTGAGGG AATCATTAAC TGCGTATGGC AGCACAGCTC CATGGATGAT GTACTACTAT 
ATATGTGATG GAAAATTTGG TCGTAATTTG TTGAAGAACC ACTCTGGGAA AAAAGGACTG 
TCTAGAGAAT GGATAATTGT ATACAATGGT GGCGATGGTT GGAAAGTGGA ATGTCCACCA 
CAGGGTGTGC CAGAGCTGCC AGATGATGAT AGGTTTAAGA GAGATTTATA CTGTTTTGTT 
ACATCTTATA GAAAATGCTG GAAATATCAA GTTGTAGATT TAACTAATGA AGGGGTCTCA 
GAACACTTTC TAGATGTTTT TCAGCCTCCC ATCAAGGTAA GCGAATACTA TAGCTGTCGT 
TGGGATTGTT CTGCTATTTA CATATGTACT ATAGAGTTGT TAACAGATAA TGATGTTGTA 
ATAGATTCTA AAAACTTTTT CAAACAAATA GAAGGAGAGG AACAGAACCA GTGGCACAAA 
TTTCAGCACA GATTCTTAGG ATATGGAAAA GGACTGAGAA AAATAAGATT TTCTCATGGT 
GGAAATGATA AACAATTTTG GGCTGGTCAC TATGGTGCGA AAATGGGAGG AGCTTGTATT 
CAACTAGAAT TACCTGTATT GAACAATGGG ATTGTCCGGC ACTTGCACAG ACATGGTCTT 
TTGGACCCAC GACAAGCTGG GTTTAGAAGC GGCCACAGTA CACAGACTGC TTTGCTCAGG 
GTCACGGACG ATATAAGGAT AGCCATTAAT CAACGTAAGG TGACCCTGTT AGTCCTGTTT 
GACTTCTCGA GGGCCTTCGA ACTTGTACCT CATGACAAAT TGCTGCAAAA ACTTCACAGA 
TTGGGCTTTG ACGATCTTGC AATTGCGTTT ATTAGGTCCT ATCTGTCAGG CCGGGTTCAG 
GCGGTCGGAG CCGAGGGTCG TGCTCTATCT GAATTCAGAC CGGTTGAGGC TGGTGTTCCG 
CAAGGGAGTG TGTTGGGACC TCTGTTGTTT GCGCTTTTTA TTAATGATCT GCCACGTGTG 
CTCAAACACT GCTCCCACAT GATTTACGCG GACGACATCC AGATCTACCT ACACTGTTTT 
CCGGCTGACC TGGAGGGGGG TGTTGCACTG TCGTCGGAGG ACGGGTCTGC GGTTGTCAAC 
TGGTCGGTGG AGAATGGCCT TGCCCTTAAT ACTAAAAAGA CCAAAGTGAT GCTGCTGGAC 
ACACATCACA TTAATGAAGT TGTAGAAAAA GTATGCGAGC ACATTCAAAA TAGTGGTAAA 
TTTCAGTTCT ACTTGAACGA AATTGATGTA CTCATTGATG ATGCAGTTTC TAGAAAAACT 
ACAGAAACTA TTTGCAGCAA GTGGTTTTTG GAAGAACAGA AAATTGGAAA ATTAAAAAAA 
AATGTCATTT TAACTACGGC AGCTCAAATT TTAAAAACCG ATGCCCTCTC AATAACTAGT 
ACATCAAACA GTTACCTTCC AGCTGAAGAA TTTCTAGACG AAATTAATTC TGATGTGCTA 
CAATCATTGC AAGACTTTTT TGATGCAATA CTTTTTAGTG ATATAGAAAA GTCTAAACGG 
TTATTTTCAT CAAGACTACA ACCAGCTCTC GATATTTACA TTTTGAGAAA AACTGGGAAA 
AAACAAATTA CAGATCTTCT TTACAAACTG GGAGTTTGCG CCTCTTACGA TGCTGTTCAG 
TTATATGAAT CATCAATAGT CATGGACCCA CCAAAAAGAA AAATTTTACA AGATGCCTTT 
GTCCAGTTCG TTTTTGATTA TACGGATCAT AATGTTAATA CTCTAGACGG CTGCGAAAAG 
TTTCATTGTT TAGGTGGGAT AGCTGGTTAT ACGCCACAAT TTTCTGTACA GTTTAAAGAT 
CTGAACAAAC AGCAAATTCT AGAAGAATTG CGAATTCGAA ATATTCGAGG GGAAGTTTCG 
GAAACATTCG ACATTCTTCG CGAGAGACTC AGAAAAGCGG TAAAAGCAGA GGCTGTAGTA 
AACAACCAGG AAGAAGTTAT CGAAGAATCG GAAGAGGAGA GCAACATGTC GGACGAACAA 
TTAGAGTTCT TCATCATTGA AAAAAGTGTT GCTGACGACA AAAAGAAAGT GTCTATGCTA 
ATGACTCGTG TTGACCAAGA GGCGTTCAAA TTAATCAAGC AACTGATATC TCCGGCGAAA 
GTGTGTGAGA AAAAATTCGA CGAAATTGTC AAGGTTATCA CACAGCATTT CGAACCCAAG 
CCCTCGGAAG TCATGGAAAG ATGTAATTTT CATCTAGCTA GGCAAGAGGC GGGAGAAAGT 
ATTTTAGATT TCGTGGCAAA GCTAAAGAAA CGAGCTCTGC ATTGCAATTT CACAAATCTA 
GATGAAGCAA TGTGGGACCA ACTTGTATGC GGTATTCGTA GTAAGGACAT TCGAATTAAG 
CTATTCGAAG TAGATAAACT TACTTACGAA AATGCTCTAC AAATTGTGAC TTCGTACGAA 
GCAGCAGTCA AAAACGCATT AGCTTCATCT AATGCTTTAG ATAACAAAGC AGCAAATAGC 
GAAATGTATA AGATTCACAG TAAGGCAACA AAAGAATCCG AAAGCCAAAA GAAAGAAAAG 
AAATCTATGA CATGCTACTG CTGCGGTGAG GAAGGTCACA TCAATAAAAA CTGTAAGTTT 
CGGGAGTGCG AGTGTCGTCA CTGCGGCAAG AAAGGTCATC TTGCGAAAGC TTGTTGGAAG 
AAGATAGCAG AAAAGAAAAA AGAAAAAGCA GTCAATCTAT TGGATCAAGT AGACGCAACG 
GACGACAGCA CATCTGATGA CGACACCAAC TTTATTCACG CTTCACACAG AAGAGAATTT 
TTCCACGTAC AAAGTACAAA TGTAAACAAA GTTACTGAAA GCCAGGGAGC CAAAAGTGAA 
AATAAAAAAA TAGATACAGG CACTTTTGCC ACGGTGTTCT CTAAAACCTT TTATAAAAAG 
CATTTTGGCA ATCTAAAACT CTCAGAAACT TCAATTGACT TAAATGCTTA CGGGGGTGTC 
CCATTACAAG CGTTAGGCAA ACTCGAAAAT CTTTCTTCGA AAGCCTTAAC CGGCTTTACC 
ATGGATGGTT CTGGATTAAA AGAACTCTGG TCTACCGTTT ATGCCCTTCA GTCTGTGAAA 
CACCTTATGT CTGGACATGC TTTTACTCGC GCACTCAAAG CTCACATTTT AACTTTTACT 
GCTATCAGTA TGCACATATG CAAAAATATC GATACCACTG ATGCCGATAA AGACCATTTT 
TTCAAAATTT TTGAGACGAT TTGGAATAAA GGAAGTGTCC AAAATTTAAG TGCACCTAAA 
GATACAAATT CTTTAATAGA ATATACAAGG GAAGGGCCAA CCTCTAAATT ATGGCTTCAG 
TGTTTTAAGC TCGTCATTAC AGCTTTACAA TTTCTTGAAG CAGAACGTTT AGATGATTTT 
AAATTGCATC TCCAAACTGT TCGTGCAATG CTGCCACTTT TTCACGCGCC CGGACATTTT 
TCGTACACAA AGTGTGCACA AATATATCTC CAAGACGCAG AAACATTGGA AGAAATAATG 
CCTGAAAGTG ACGATTGA