LOC106645455 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106645455
Entrez Gene ID	106645455
Full Name	lysosomal alpha-mannosidase-like
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014361317.1	XP_014216803.1	lysosomal alpha-mannosidase-like

Pathways from BioSystems
Gene Ontology

The following LOC106645455 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106645455 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
OCo19767	XM_014361317.1 Latest version!	Copidosoma floridanum lysosomal alpha-mannosidase-like (LOC106645455), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC106645455 ( XM_014361317.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014216803.1 Copidosoma floridanum lysosomal alpha-mannosidase-like (LOC106645455), mRNA.

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CloneID	OCo19767
Clone ID Related Accession (Same CDS sequence)	XM_014361317.1
Accession Version	XM_014361317.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3024bp) 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	lysosomal alpha-mannosidase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379810.1) 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##

ATGAGACTGT TTGGGATAGC TCTCCTGCTA GTCCTTGGCG TTTGCAACTC CCTTGGGGCT 
AGTGTGCGTG CTCGCGAGGA CAATGGACCC ACCTGCGGCT ACGAGTCATG TCCGAAAAGC 
GACCCGAGCA AAGTCAACAT CCACTTGGTG GCGCACACGC ACGACGACGT CGGCTGGCTC 
AAGACGGTAG ACCAGTATTA TTACGGCGGT CGCATGAACA TTCAAGTGGC CGGCGTTCAG 
TACATCATAG ACAGCGTCGT CGACGCGCTC GAAAAGGATC CGGCCAGAAA GTTCATCTAC 
GTCGAAACTG CGTTTTTGTG GAAGTGGTGG ATCCAGCAGA GCGAGAAGAG GAGGGACCAG 
ATGCGGAGGT ACATCGACGA GGGCAGGCTG GAGATCATCG GGGGCGGTTG GAGCATGAAC 
GACGAGGCCG TCACCCATTA CCACTCGATG ATTGACCAGT ACACCTGGGG CTTCAGGCGA 
CTGAACGACA CGTTCGGGAG CTGCGCTCGG CCGAAAATCG GCTGGCAGAT CGATCCGTTC 
GGGCACTCGC GCGAGCAAGC TTCGATGTTC GCGCAATTGG GTTTCGACGG TATGTTTTTC 
GGGAGACTCG ATTACCAAGA CAAGGAGCAG CGTTTGCGAA ACAAGAGCGC CGAGTTTATT 
TGGAAGGGAA GCGCCAGCTT GGGAAAATCC TCGGAACTGT TTTCTTCCAT GCTGTACAAC 
AACTACGGGC CGCCTCCCGG TTTTTGCTTT GACATTTTGT GCCAGGACGC GGAGCCTATG 
ATCGACGACG TCGACAGCGC CGACTACAAC ATTGGCAAGA GGGCTAGGCT TCTGATGAAT 
TATGCGAGGT TAGAAGCATC GCATTACAGG ACAAATAATA TTCTTGTTAC GATGGGTAAC 
GACGGCCATT ACAAGAAAGC GGAACTATGG TTTTATAACT TGGACAAACT TATCAAGTAC 
ATAAACAGTA AGGAAGGAGA CAACTATGAG GTGTTTTACT CAACTCCGTC GTGCTACTTG 
CGGGCACTGC ACAAGCACGA TTTAAGATGG CCCGTTAAAA TCGGCGATAT GTTCCCGTAC 
TCTTTCGACC AACATTCATT TTGGACTGGT TTTTATACGT CCAGACCGGC ACTGAAGTAC 
TTCGAAAGAC TCGGCAATAA CTTTTTGCAA GTGACGAAGC AATTATCTGT CTTGGCGAAT 
CTGCCCGATA CCGAAGAGCT GCAACGTTTC CGAGAGGCAA TGGGGGTGAT GCAGCATCAT 
GACGCAATTA CGGGCACTGC AATGCAAAAT GTTGCGTTTG ACTATGCCAA ACTGTTACAT 
CGCAGTATTT CCAAAGGAGA GCACGTTGCT TCTAAAGCTC TAAGCAATTG GGCATTGAAA 
GAAAAAATTT CAAATGCGCC GGAATTCCAC TCGTGTCTGC TTCTCAACAT TAGCGCCTGT 
GATTATTCCT CCAATCACCG AAAATTCGTT GTCACTGTGT ACAATCCGAC CAGTCAAATG 
GTCCAGCAGT TTATCAGAGT GCCGGTTCAG AATTTGGAGT ACGGGGTCAA AGACTTTACT 
GGGAACGATA TGGTTACTCA AATGGTGCCA ATTCCAGACG AGGTGCAAGC GATCCCTGGT 
CGAGTCAGCA GTGCAACAAT GGAGTTGGTT TTTCTAGCTG AAAATATTTT CCCGCTTGGT 
TTCCAATCGT TTTACGTTTA CCAAAAAAAG TCCGATCCCA ATTTCTTGCC AAACGACCCG 
AAACCGGCTA ATGGCTCCCA ATTTATAGGC TCCGAGGTAT TTAACATAAG TGCCAACGCA 
AAAGGTAGAA TCTTGATAAA TATGACTCAC GGGGCAAGGG GCCTGAAAAT CAGACAATCG 
TTTCATTATT ACGATGCCGC GGAGGGCAAC AACGCATTGG TCGCCAACAG ATCGTCGGGG 
CTGTATGTTT TTAGACCAAA GAGCAGCATC ACCCATATTT TGAATGTTAC CAACTCCACG 
CAGATCTTCA AAGGACCTTT GGTCGAGGAA ATTCATCAAG TAGTCAATGA ATGGGTTAGC 
CAAGTAGTTA GAATTTACAA GGGAAAAAGT CAAGTGGAAT TTCATTGGCT GATCGGACCT 
GTGCCCATCG ACTTGTCAAA GATGATAGGC GGCAAGGAAG TGGTCAGCAA TTACTTTACC 
AACTTGGTGA ACAGAAGGAC ATTTTACACG GACAGCAATG GTAGGGAGAT GATTCAGCGT 
AAGCTCAACA AGCGCCCTCA CATAAACGTT TGGCTGGAGG AACGAGTTTC TGGTAACTAT 
TACCCGGTCC CAACGAAAAT CGCCATCGAG GACAAGAGAA AGATGTTCCG TGTGAGTGTG 
TTGACCGACA GGCCACAGGG TGGCTCGAGC TTGTTACGAG GACAAATTCA GTTGATGCTT 
CACAGAAGGT TAACCAATCA CGACAAGATG AACCGCCTCA ATCAAATATT GAACGAAATG 
GCGTACGGAA CGGGCCTTGT GGTCAGAGGT AAACATTACT TGCTGGCCGG CAGTTTGATG 
GACAAGGACG AGCTCATTTT GCAAGAAAAA GAGAAAGCGA TTGAACTGTC CCTTGGATCT 
TGGCTCTTTT TCACCCCCAC GACAAGTTCT TTTCAAGACT GGAATCAACT TTACAAAATG 
AAGGGCGACG GTTTAACGAT TTCGCTGCCT AGAAACGTTC GTATTCTGAC TCTCGAGCCT 
TGGAAGGATG GGGAAGTTTT ACTGCGACTT GAGCACATAT TTGAGGAAGG CGAAACTTCC 
TTGTACTCGA CAGTTGCCCA AGTCGATTTG AAAGAGCTTT TCGCTAGTTT TTCCGTGGAT 
TGGGTGCGAG AAACGACTCT TGGTGCGAAT CAGTTTTTGA AAGACGAGCA GCGATTGAAG 
TGGACGTCGG GGACGGACGA TAACGTTGAA ACTGGAAATT TGGACTCGGA CAAAGTGCAG 
GCCTCCAGTA ATTCTATTGT GGTACTACTG AAACCTATGG AAATTCGGAC TTTCGTCGTC 
AAACTTAAAC ACGGGTCTAA ATGA

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

RefSeq	XP_014216803.1
CDS	68..3091
Translation	MRLFGIALLLVLGVCNSLGASVRAREDNGPTCGYESCPKSDPSKVNIHLVAHTHDDVGWLKTVDQYYYGGRMNIQVAGVQYIIDSVVDALEKDPARKFIYVETAFLWKWWIQQSEKRRDQMRRYIDEGRLEIIGGGWSMNDEAVTHYHSMIDQYTWGFRRLNDTFGSCARPKIGWQIDPFGHSREQASMFAQLGFDGMFFGRLDYQDKEQRLRNKSAEFIWKGSASLGKSSELFSSMLYNNYGPPPGFCFDILCQDAEPMIDDVDSADYNIGKRARLLMNYARLEASHYRTNNILVTMGNDGHYKKAELWFYNLDKLIKYINSKEGDNYEVFYSTPSCYLRALHKHDLRWPVKIGDMFPYSFDQHSFWTGFYTSRPALKYFERLGNNFLQVTKQLSVLANLPDTEELQRFREAMGVMQHHDAITGTAMQNVAFDYAKLLHRSISKGEHVASKALSNWALKEKISNAPEFHSCLLLNISACDYSSNHRKFVVTVYNPTSQMVQQFIRVPVQNLEYGVKDFTGNDMVTQMVPIPDEVQAIPGRVSSATMELVFLAENIFPLGFQSFYVYQKKSDPNFLPNDPKPANGSQFIGSEVFNISANAKGRILINMTHGARGLKIRQSFHYYDAAEGNNALVANRSSGLYVFRPKSSITHILNVTNSTQIFKGPLVEEIHQVVNEWVSQVVRIYKGKSQVEFHWLIGPVPIDLSKMIGGKEVVSNYFTNLVNRRTFYTDSNGREMIQRKLNKRPHINVWLEERVSGNYYPVPTKIAIEDKRKMFRVSVLTDRPQGGSSLLRGQIQLMLHRRLTNHDKMNRLNQILNEMAYGTGLVVRGKHYLLAGSLMDKDELILQEKEKAIELSLGSWLFFTPTTSSFQDWNQLYKMKGDGLTISLPRNVRILTLEPWKDGEVLLRLEHIFEEGETSLYSTVAQVDLKELFASFSVDWVRETTLGANQFLKDEQRLKWTSGTDDNVETGNLDSDKVQASSNSIVVLLKPMEIRTFVVKLKHGSK

Target ORF information:

RefSeq Version	XM_014361317.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum lysosomal alpha-mannosidase-like (LOC106645455), mRNA.

Target ORF information:

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

XM_014361317.1

ORF Insert Sequence:

ATGAGACTGT TTGGGATAGC TCTCCTGCTA GTCCTTGGCG TTTGCAACTC CCTTGGGGCT 
AGTGTGCGTG CTCGCGAGGA CAATGGACCC ACCTGCGGCT ACGAGTCATG TCCGAAAAGC 
GACCCGAGCA AAGTCAACAT CCACTTGGTG GCGCACACGC ACGACGACGT CGGCTGGCTC 
AAGACGGTAG ACCAGTATTA TTACGGCGGT CGCATGAACA TTCAAGTGGC CGGCGTTCAG 
TACATCATAG ACAGCGTCGT CGACGCGCTC GAAAAGGATC CGGCCAGAAA GTTCATCTAC 
GTCGAAACTG CGTTTTTGTG GAAGTGGTGG ATCCAGCAGA GCGAGAAGAG GAGGGACCAG 
ATGCGGAGGT ACATCGACGA GGGCAGGCTG GAGATCATCG GGGGCGGTTG GAGCATGAAC 
GACGAGGCCG TCACCCATTA CCACTCGATG ATTGACCAGT ACACCTGGGG CTTCAGGCGA 
CTGAACGACA CGTTCGGGAG CTGCGCTCGG CCGAAAATCG GCTGGCAGAT CGATCCGTTC 
GGGCACTCGC GCGAGCAAGC TTCGATGTTC GCGCAATTGG GTTTCGACGG TATGTTTTTC 
GGGAGACTCG ATTACCAAGA CAAGGAGCAG CGTTTGCGAA ACAAGAGCGC CGAGTTTATT 
TGGAAGGGAA GCGCCAGCTT GGGAAAATCC TCGGAACTGT TTTCTTCCAT GCTGTACAAC 
AACTACGGGC CGCCTCCCGG TTTTTGCTTT GACATTTTGT GCCAGGACGC GGAGCCTATG 
ATCGACGACG TCGACAGCGC CGACTACAAC ATTGGCAAGA GGGCTAGGCT TCTGATGAAT 
TATGCGAGGT TAGAAGCATC GCATTACAGG ACAAATAATA TTCTTGTTAC GATGGGTAAC 
GACGGCCATT ACAAGAAAGC GGAACTATGG TTTTATAACT TGGACAAACT TATCAAGTAC 
ATAAACAGTA AGGAAGGAGA CAACTATGAG GTGTTTTACT CAACTCCGTC GTGCTACTTG 
CGGGCACTGC ACAAGCACGA TTTAAGATGG CCCGTTAAAA TCGGCGATAT GTTCCCGTAC 
TCTTTCGACC AACATTCATT TTGGACTGGT TTTTATACGT CCAGACCGGC ACTGAAGTAC 
TTCGAAAGAC TCGGCAATAA CTTTTTGCAA GTGACGAAGC AATTATCTGT CTTGGCGAAT 
CTGCCCGATA CCGAAGAGCT GCAACGTTTC CGAGAGGCAA TGGGGGTGAT GCAGCATCAT 
GACGCAATTA CGGGCACTGC AATGCAAAAT GTTGCGTTTG ACTATGCCAA ACTGTTACAT 
CGCAGTATTT CCAAAGGAGA GCACGTTGCT TCTAAAGCTC TAAGCAATTG GGCATTGAAA 
GAAAAAATTT CAAATGCGCC GGAATTCCAC TCGTGTCTGC TTCTCAACAT TAGCGCCTGT 
GATTATTCCT CCAATCACCG AAAATTCGTT GTCACTGTGT ACAATCCGAC CAGTCAAATG 
GTCCAGCAGT TTATCAGAGT GCCGGTTCAG AATTTGGAGT ACGGGGTCAA AGACTTTACT 
GGGAACGATA TGGTTACTCA AATGGTGCCA ATTCCAGACG AGGTGCAAGC GATCCCTGGT 
CGAGTCAGCA GTGCAACAAT GGAGTTGGTT TTTCTAGCTG AAAATATTTT CCCGCTTGGT 
TTCCAATCGT TTTACGTTTA CCAAAAAAAG TCCGATCCCA ATTTCTTGCC AAACGACCCG 
AAACCGGCTA ATGGCTCCCA ATTTATAGGC TCCGAGGTAT TTAACATAAG TGCCAACGCA 
AAAGGTAGAA TCTTGATAAA TATGACTCAC GGGGCAAGGG GCCTGAAAAT CAGACAATCG 
TTTCATTATT ACGATGCCGC GGAGGGCAAC AACGCATTGG TCGCCAACAG ATCGTCGGGG 
CTGTATGTTT TTAGACCAAA GAGCAGCATC ACCCATATTT TGAATGTTAC CAACTCCACG 
CAGATCTTCA AAGGACCTTT GGTCGAGGAA ATTCATCAAG TAGTCAATGA ATGGGTTAGC 
CAAGTAGTTA GAATTTACAA GGGAAAAAGT CAAGTGGAAT TTCATTGGCT GATCGGACCT 
GTGCCCATCG ACTTGTCAAA GATGATAGGC GGCAAGGAAG TGGTCAGCAA TTACTTTACC 
AACTTGGTGA ACAGAAGGAC ATTTTACACG GACAGCAATG GTAGGGAGAT GATTCAGCGT 
AAGCTCAACA AGCGCCCTCA CATAAACGTT TGGCTGGAGG AACGAGTTTC TGGTAACTAT 
TACCCGGTCC CAACGAAAAT CGCCATCGAG GACAAGAGAA AGATGTTCCG TGTGAGTGTG 
TTGACCGACA GGCCACAGGG TGGCTCGAGC TTGTTACGAG GACAAATTCA GTTGATGCTT 
CACAGAAGGT TAACCAATCA CGACAAGATG AACCGCCTCA ATCAAATATT GAACGAAATG 
GCGTACGGAA CGGGCCTTGT GGTCAGAGGT AAACATTACT TGCTGGCCGG CAGTTTGATG 
GACAAGGACG AGCTCATTTT GCAAGAAAAA GAGAAAGCGA TTGAACTGTC CCTTGGATCT 
TGGCTCTTTT TCACCCCCAC GACAAGTTCT TTTCAAGACT GGAATCAACT TTACAAAATG 
AAGGGCGACG GTTTAACGAT TTCGCTGCCT AGAAACGTTC GTATTCTGAC TCTCGAGCCT 
TGGAAGGATG GGGAAGTTTT ACTGCGACTT GAGCACATAT TTGAGGAAGG CGAAACTTCC 
TTGTACTCGA CAGTTGCCCA AGTCGATTTG AAAGAGCTTT TCGCTAGTTT TTCCGTGGAT 
TGGGTGCGAG AAACGACTCT TGGTGCGAAT CAGTTTTTGA AAGACGAGCA GCGATTGAAG 
TGGACGTCGG GGACGGACGA TAACGTTGAA ACTGGAAATT TGGACTCGGA CAAAGTGCAG 
GCCTCCAGTA ATTCTATTGT GGTACTACTG AAACCTATGG AAATTCGGAC TTTCGTCGTC 
AAACTTAAAC ACGGGTCTAA ATGA