LOC103571698 cDNA ORF clone, Microplitis demolitor

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103571698
Entrez Gene ID	103571698
Full Name	chaoptin
Gene Type	protein-coding
Organism	Microplitis demolitor

mRNA and Protein(s)

mRNA	Protein	Name
XM_008549948.2	XP_008548170.1	chaoptin

Pathways from BioSystems
Gene Ontology

The following LOC103571698 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103571698 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
OMi21151	XM_008549948.2 Latest version!	Microplitis demolitor chaoptin (LOC103571698), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC103571698 ( XM_008549948.2 ) cDNA ORF clone, Microplitis demolitor -> XP_008548170.1 Microplitis demolitor chaoptin (LOC103571698), mRNA.

Price & Availability↑

CloneID	OMi21151
Clone ID Related Accession (Same CDS sequence)	XM_008549948.2
Accession Version	XM_008549948.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3879bp) 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	2015-10-18
Organism	Microplitis demolitor
Product	chaoptin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014465005.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Oct 19, 2015 this sequence version replaced XM_008549948.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Microplitis demolitor Annotation Release 101 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##

ATGAACTTGT TTGTGTTCTT TAAAATGGGA TACATTATGA TGATCATAAC ACTGGTGCTG 
ATGTTTTGGG CATCGATGGT AAGAATGCAT GAGCTGCCTG TCCAATATCC CCCGTGTTTT 
TTCAACCCTC TGTGCACCTG CTCGAAAGCA GTCCCTGATC TGGGGATCGT TAATTGCGAA 
AACGTCCCCA TGTCGCGGAT TCCCGAACCT ATTAACTCGT CAAAAGTATT TATACTTCAG 
CTTGGCAATA ATGGGTTGCG ACAGCTCCAG CCTCAATTCC TCATGAATAC GGGCCTTTAT 
AATTTACAAA TCCGATATAA TCCGCTGGCT GATATACCAG ACGAAGCCTT TCTAGGGCTT 
GAAAGATCAT TATGGGAACT TGAATTACCA TACAATCAAT TAGTTCAAGT ACCCAGTAAA 
TCGTTTCGCC ATTTACAGAA ACTTAAAATT CTCGACCTGA CTGGTAACCA GATATCGACG 
ATAGCGGCTG ATAATTGGCG AGGTCTTGAA AATTCTTTGC ACACATTGCG TCTTGGTAAA 
AATCACATTG ACAAATTGCC CGCTGATGCT TTTTCGGGAC TTAGTTATCT CGAAATTCTT 
GACTTGCGGG AGAACAGTCT CAAGGAAATA GACTCCTCGG TCTTCCGGGA TGGAATGGCC 
CATTTGGCCC AGCTGTACTT GAACGGGAAC CAGTTGACTA TAATACCTTA CAGTCAATTG 
TCGACGTTAA AGCACATGAA AGTACTGGAT CTCAGCTACA ATCGTATTGC ACGTGTGATA 
CAACCGCAAA TGGAAGCCGA AATTCGCGGG GTACAAATTT CTCTTGATAC ACTTCGTCTT 
GATTACAATC AAATAGAAGT TCTGCCTCCG GGATCATTTC AACATTTTTT CCGAGTTAAT 
AAAACTTATA TGAGTGGAAA CCCTTTGATG GAAATTGAGG ATGGCGCATT CAGAGATTCT 
AAAATAAAGG AGCTTTATTT TACGGATTGT GAATTGAAAG AAGTTGACTC ATCTTCATTA 
CGCGGACTTG AATCATCGTT AGAACTTTTA GATTTATCAG GAAATAATAT TACAGAATTG 
CAGCAGAATA TATTTCAAGA ATTTGATTTT TTAAGGACAT TAATATTTAA GGACAACAAA 
ATAACAACTT TTTCACCAGT CGAAGTATTC ACTGGCTTCC AGTACTCGCT GTACAATTTA 
GATCTGAGTG GTCGACTGAA TGCAGCCATA TCTCTTCAAG ATTTACGACA AATGCGTAAT 
CTCCGTTTTC TCGCTCTGTC AAAATTGTCA CAAGACTCAT TATCGGCGAA TGACTTTCTC 
GAATTTGGTA TTGATGTTAA AGAATTGCGT ATTACACGCA GTAATCTCAA CAGCATTAAA 
AGTCACGCGT TCACCCACGT TAGAGGAATA AAATATTTAG ATTTTTCGGA AAATTCTATT 
TCTTCAATTG ACGATGAAGC ATTTTCCGAA GTGGGACATT CTCTGCTGAC ACTTAAATTT 
GCTCATGGGT TGTCCAGTTC TATAAGCGAA TTGCCTAGTA AACCATTCAA ATCCTTGACA 
AACTTGCAGT ATCTCGATCT AAGCAATAAC AAAATTCGTT CAATGCCCGA TACTTCATTT 
CATTTTTTGA AACGGATAAG GAGAATTGAA CTGCAAGATA ATGAAATAAC TGAAATTCGT 
AAAGGAACTT TTCAAGGGGA CATACACTCG ACACTAGAAG AAGTTGATTT TGCATTCAAT 
CATATTACAA ATTTACAAAC TCATACATTT GTCGATTTAT CATTGATGAC ATTTTTGAAT 
TTGCAAGACA ATAATATTGA TAAAATAGAA CGACGTGCAT TTATGAATAT GAATCGTCTC 
AAGTATGTAA ATTTGCGCGG TAACAAAATT AAAAGTATTG TAGACGAGGC GTTTCAAAAC 
TTGCCAGATC TTGAATTTTT GGATTTAGCT TACAATAAAA TGAATGAATT TGATTTTGCG 
TGGTTTGATC AAGTAGGAAC TCTCGCTTCT TTCAAAGTTA ACGCAAGTCA TAATTCAATA 
AGTAAATTGG AAATAAATAC CTCGAGTTTC ACACCAGCTA CCAGTATGTA TTTCAATATG 
GGAGGGACAT TGCAATCAAA TATCCGCGTG TTGGATCTAA GTCACAACAA CATCACAGAA 
ATAATGAAGT ATTATTTCCG TCCAGTGGAA TACGCATTGA CACATTTGTA TTTATCTCAC 
AATGAAATAG TAAATATGTC GCAAGCGGTG TTTGGAAACT TGCCGCATCT CCAGTGGCTC 
GATTTGCGTC ACAATGATCT TATTGATATA GATTTTGATT GCTTCCGCAA CACTAAAAAT 
ATCCAAGTCC TATTGCTGTC TCACAATAAC ATCGTGGAAA TTCCTTCGGA AACTCTACGA 
AACTTAAAAA AATTACGAAT ATTAGATCTG TCATTCAACA GACTCCGTAT TTTGCCAGAT 
AATTTTTTCA ATGATGCGAA TATTGAGAGT CTTGATCTTT CTAACAATCA ATTTATGCGA 
CTGCCAACTA AACCAATTGC TGGTGTAGCA GCAGCTTCTA TTTCGATTCT TGATCTTTCA 
TGGAATTATT TATCAAGCAT CAATATCGCT GATTCAATGA ACAAATTCCG TAGCCTTACG 
TATTTAGATT TGTCTTACAA CAGACTAGTC CGTCTAGATG ATGCTGTTTT CACGGAACTT 
CATCACCTAA CGTACCTGGA TCTTAGCAAT AATAAACAAC TGATTCTCGA GAACCACGGG 
CGAACTTTTT TCGGTCTAGA TGACTCACTA CTGACTCTCG GTCTCAGTAA CATCTCGCTT 
CTGACTATCC CCGAACTTCC CTTCCGTCAT CTACGGACTC TCTACATGTC AAATAATGAA 
CTCGCATCAA TTCCAGCTGA ACTGGCATCA AACCTGTCCT CCCTTCATCA TCTTGATCTG 
AGTCACAATG ACCTAACAGT TGTCCCTCTT ATCACCCACA CACTTTTCGA ACTAAAATCA 
TTCAATCTCG CATACAATCC CATCACAACG GTATCTAACA CCAGTTTCTT AGGTCCTGCT 
GACAGTCTCA TCGAACTGGA TATTCGTCAT CTTCCGTTAT CAACTTTTGA GGCAGGAGCA 
TTTTGCAAAG CCTCTAAACT TCAAACTCTT CATATCACTG CTTACACAAC AATTAAAAAT 
TTCAATATTC CCAATCTTCT TGAGCACAAC CACGGGCTAA AAAATTTACA CGTCGATGTA 
CACAACGAGA CAACTTTGGA GAAAGAAATG AAAGGAAGAT TTCCCGTTAA ATTGTCAAAT 
TTTACTTTTA CTGGGCGAAA TTTGAAAACC ATTGACACTG ATATTTTACA AGGAATGCGA 
AGTCCGCATC TTCATTTTGG TCTCTACAAT ACCTCTGTCA GTAAAGTACC AAGGAAATTA 
TTTGAAAATG CACGCACAGT ACGCAATATA ACTGTTGATC TACATGACAA TGATCTTAAG 
ACACTTGAAA ATCCATCAAA CGGTTACAGA CCCGGAGCGA CGGATAAAAA ATTTTTAATG 
CGATTACGAA TGCAAGGAAG CGCCGTTACT TGTGACTGTG AAATAGGGTG GATTGAAGGC 
TGGCAAAGAA AACACAGACA GTATCAGGAA GACAGATGTA ATACTTACCC GCTTCATCAG 
TACGACTTTG AACGTGACGA AGAAAATGAA TACAGCTGCT GGGACAACGG TTGGGATGAC 
GATTTACGCG AGAGTTTCTG TGCTAATAAA AATAACATGT CAGTAATACA AGCTCTCAAG 
GCAGATATCG AGTGCGGCTG GTCAGCGGCT CCTTCTTATC AAGCACCAAA ATTACTTGTA 
CTAATTATCT TAATTATTGC GGCTAGAAAT CTAAACTGA

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

RefSeq	XP_008548170.1
CDS	443..4321
Translation	MNLFVFFKMGYIMMIITLVLMFWASMVRMHELPVQYPPCFFNPLCTCSKAVPDLGIVNCENVPMSRIPEPINSSKVFILQLGNNGLRQLQPQFLMNTGLYNLQIRYNPLADIPDEAFLGLERSLWELELPYNQLVQVPSKSFRHLQKLKILDLTGNQISTIAADNWRGLENSLHTLRLGKNHIDKLPADAFSGLSYLEILDLRENSLKEIDSSVFRDGMAHLAQLYLNGNQLTIIPYSQLSTLKHMKVLDLSYNRIARVIQPQMEAEIRGVQISLDTLRLDYNQIEVLPPGSFQHFFRVNKTYMSGNPLMEIEDGAFRDSKIKELYFTDCELKEVDSSSLRGLESSLELLDLSGNNITELQQNIFQEFDFLRTLIFKDNKITTFSPVEVFTGFQYSLYNLDLSGRLNAAISLQDLRQMRNLRFLALSKLSQDSLSANDFLEFGIDVKELRITRSNLNSIKSHAFTHVRGIKYLDFSENSISSIDDEAFSEVGHSLLTLKFAHGLSSSISELPSKPFKSLTNLQYLDLSNNKIRSMPDTSFHFLKRIRRIELQDNEITEIRKGTFQGDIHSTLEEVDFAFNHITNLQTHTFVDLSLMTFLNLQDNNIDKIERRAFMNMNRLKYVNLRGNKIKSIVDEAFQNLPDLEFLDLAYNKMNEFDFAWFDQVGTLASFKVNASHNSISKLEINTSSFTPATSMYFNMGGTLQSNIRVLDLSHNNITEIMKYYFRPVEYALTHLYLSHNEIVNMSQAVFGNLPHLQWLDLRHNDLIDIDFDCFRNTKNIQVLLLSHNNIVEIPSETLRNLKKLRILDLSFNRLRILPDNFFNDANIESLDLSNNQFMRLPTKPIAGVAAASISILDLSWNYLSSINIADSMNKFRSLTYLDLSYNRLVRLDDAVFTELHHLTYLDLSNNKQLILENHGRTFFGLDDSLLTLGLSNISLLTIPELPFRHLRTLYMSNNELASIPAELASNLSSLHHLDLSHNDLTVVPLITHTLFELKSFNLAYNPITTVSNTSFLGPADSLIELDIRHLPLSTFEAGAFCKASKLQTLHITAYTTIKNFNIPNLLEHNHGLKNLHVDVHNETTLEKEMKGRFPVKLSNFTFTGRNLKTIDTDILQGMRSPHLHFGLYNTSVSKVPRKLFENARTVRNITVDLHDNDLKTLENPSNGYRPGATDKKFLMRLRMQGSAVTCDCEIGWIEGWQRKHRQYQEDRCNTYPLHQYDFERDEENEYSCWDNGWDDDLRESFCANKNNMSVIQALKADIECGWSAAPSYQAPKLLVLIILIIAARNLN

Target ORF information:

RefSeq Version	XM_008549948.2
Organism	Microplitis demolitor
Definition	Microplitis demolitor chaoptin (LOC103571698), mRNA.

Target ORF information:

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

XM_008549948.2

ORF Insert Sequence:

ATGAACTTGT TTGTGTTCTT TAAAATGGGA TACATTATGA TGATCATAAC ACTGGTGCTG 
ATGTTTTGGG CATCGATGGT AAGAATGCAT GAGCTGCCTG TCCAATATCC CCCGTGTTTT 
TTCAACCCTC TGTGCACCTG CTCGAAAGCA GTCCCTGATC TGGGGATCGT TAATTGCGAA 
AACGTCCCCA TGTCGCGGAT TCCCGAACCT ATTAACTCGT CAAAAGTATT TATACTTCAG 
CTTGGCAATA ATGGGTTGCG ACAGCTCCAG CCTCAATTCC TCATGAATAC GGGCCTTTAT 
AATTTACAAA TCCGATATAA TCCGCTGGCT GATATACCAG ACGAAGCCTT TCTAGGGCTT 
GAAAGATCAT TATGGGAACT TGAATTACCA TACAATCAAT TAGTTCAAGT ACCCAGTAAA 
TCGTTTCGCC ATTTACAGAA ACTTAAAATT CTCGACCTGA CTGGTAACCA GATATCGACG 
ATAGCGGCTG ATAATTGGCG AGGTCTTGAA AATTCTTTGC ACACATTGCG TCTTGGTAAA 
AATCACATTG ACAAATTGCC CGCTGATGCT TTTTCGGGAC TTAGTTATCT CGAAATTCTT 
GACTTGCGGG AGAACAGTCT CAAGGAAATA GACTCCTCGG TCTTCCGGGA TGGAATGGCC 
CATTTGGCCC AGCTGTACTT GAACGGGAAC CAGTTGACTA TAATACCTTA CAGTCAATTG 
TCGACGTTAA AGCACATGAA AGTACTGGAT CTCAGCTACA ATCGTATTGC ACGTGTGATA 
CAACCGCAAA TGGAAGCCGA AATTCGCGGG GTACAAATTT CTCTTGATAC ACTTCGTCTT 
GATTACAATC AAATAGAAGT TCTGCCTCCG GGATCATTTC AACATTTTTT CCGAGTTAAT 
AAAACTTATA TGAGTGGAAA CCCTTTGATG GAAATTGAGG ATGGCGCATT CAGAGATTCT 
AAAATAAAGG AGCTTTATTT TACGGATTGT GAATTGAAAG AAGTTGACTC ATCTTCATTA 
CGCGGACTTG AATCATCGTT AGAACTTTTA GATTTATCAG GAAATAATAT TACAGAATTG 
CAGCAGAATA TATTTCAAGA ATTTGATTTT TTAAGGACAT TAATATTTAA GGACAACAAA 
ATAACAACTT TTTCACCAGT CGAAGTATTC ACTGGCTTCC AGTACTCGCT GTACAATTTA 
GATCTGAGTG GTCGACTGAA TGCAGCCATA TCTCTTCAAG ATTTACGACA AATGCGTAAT 
CTCCGTTTTC TCGCTCTGTC AAAATTGTCA CAAGACTCAT TATCGGCGAA TGACTTTCTC 
GAATTTGGTA TTGATGTTAA AGAATTGCGT ATTACACGCA GTAATCTCAA CAGCATTAAA 
AGTCACGCGT TCACCCACGT TAGAGGAATA AAATATTTAG ATTTTTCGGA AAATTCTATT 
TCTTCAATTG ACGATGAAGC ATTTTCCGAA GTGGGACATT CTCTGCTGAC ACTTAAATTT 
GCTCATGGGT TGTCCAGTTC TATAAGCGAA TTGCCTAGTA AACCATTCAA ATCCTTGACA 
AACTTGCAGT ATCTCGATCT AAGCAATAAC AAAATTCGTT CAATGCCCGA TACTTCATTT 
CATTTTTTGA AACGGATAAG GAGAATTGAA CTGCAAGATA ATGAAATAAC TGAAATTCGT 
AAAGGAACTT TTCAAGGGGA CATACACTCG ACACTAGAAG AAGTTGATTT TGCATTCAAT 
CATATTACAA ATTTACAAAC TCATACATTT GTCGATTTAT CATTGATGAC ATTTTTGAAT 
TTGCAAGACA ATAATATTGA TAAAATAGAA CGACGTGCAT TTATGAATAT GAATCGTCTC 
AAGTATGTAA ATTTGCGCGG TAACAAAATT AAAAGTATTG TAGACGAGGC GTTTCAAAAC 
TTGCCAGATC TTGAATTTTT GGATTTAGCT TACAATAAAA TGAATGAATT TGATTTTGCG 
TGGTTTGATC AAGTAGGAAC TCTCGCTTCT TTCAAAGTTA ACGCAAGTCA TAATTCAATA 
AGTAAATTGG AAATAAATAC CTCGAGTTTC ACACCAGCTA CCAGTATGTA TTTCAATATG 
GGAGGGACAT TGCAATCAAA TATCCGCGTG TTGGATCTAA GTCACAACAA CATCACAGAA 
ATAATGAAGT ATTATTTCCG TCCAGTGGAA TACGCATTGA CACATTTGTA TTTATCTCAC 
AATGAAATAG TAAATATGTC GCAAGCGGTG TTTGGAAACT TGCCGCATCT CCAGTGGCTC 
GATTTGCGTC ACAATGATCT TATTGATATA GATTTTGATT GCTTCCGCAA CACTAAAAAT 
ATCCAAGTCC TATTGCTGTC TCACAATAAC ATCGTGGAAA TTCCTTCGGA AACTCTACGA 
AACTTAAAAA AATTACGAAT ATTAGATCTG TCATTCAACA GACTCCGTAT TTTGCCAGAT 
AATTTTTTCA ATGATGCGAA TATTGAGAGT CTTGATCTTT CTAACAATCA ATTTATGCGA 
CTGCCAACTA AACCAATTGC TGGTGTAGCA GCAGCTTCTA TTTCGATTCT TGATCTTTCA 
TGGAATTATT TATCAAGCAT CAATATCGCT GATTCAATGA ACAAATTCCG TAGCCTTACG 
TATTTAGATT TGTCTTACAA CAGACTAGTC CGTCTAGATG ATGCTGTTTT CACGGAACTT 
CATCACCTAA CGTACCTGGA TCTTAGCAAT AATAAACAAC TGATTCTCGA GAACCACGGG 
CGAACTTTTT TCGGTCTAGA TGACTCACTA CTGACTCTCG GTCTCAGTAA CATCTCGCTT 
CTGACTATCC CCGAACTTCC CTTCCGTCAT CTACGGACTC TCTACATGTC AAATAATGAA 
CTCGCATCAA TTCCAGCTGA ACTGGCATCA AACCTGTCCT CCCTTCATCA TCTTGATCTG 
AGTCACAATG ACCTAACAGT TGTCCCTCTT ATCACCCACA CACTTTTCGA ACTAAAATCA 
TTCAATCTCG CATACAATCC CATCACAACG GTATCTAACA CCAGTTTCTT AGGTCCTGCT 
GACAGTCTCA TCGAACTGGA TATTCGTCAT CTTCCGTTAT CAACTTTTGA GGCAGGAGCA 
TTTTGCAAAG CCTCTAAACT TCAAACTCTT CATATCACTG CTTACACAAC AATTAAAAAT 
TTCAATATTC CCAATCTTCT TGAGCACAAC CACGGGCTAA AAAATTTACA CGTCGATGTA 
CACAACGAGA CAACTTTGGA GAAAGAAATG AAAGGAAGAT TTCCCGTTAA ATTGTCAAAT 
TTTACTTTTA CTGGGCGAAA TTTGAAAACC ATTGACACTG ATATTTTACA AGGAATGCGA 
AGTCCGCATC TTCATTTTGG TCTCTACAAT ACCTCTGTCA GTAAAGTACC AAGGAAATTA 
TTTGAAAATG CACGCACAGT ACGCAATATA ACTGTTGATC TACATGACAA TGATCTTAAG 
ACACTTGAAA ATCCATCAAA CGGTTACAGA CCCGGAGCGA CGGATAAAAA ATTTTTAATG 
CGATTACGAA TGCAAGGAAG CGCCGTTACT TGTGACTGTG AAATAGGGTG GATTGAAGGC 
TGGCAAAGAA AACACAGACA GTATCAGGAA GACAGATGTA ATACTTACCC GCTTCATCAG 
TACGACTTTG AACGTGACGA AGAAAATGAA TACAGCTGCT GGGACAACGG TTGGGATGAC 
GATTTACGCG AGAGTTTCTG TGCTAATAAA AATAACATGT CAGTAATACA AGCTCTCAAG 
GCAGATATCG AGTGCGGCTG GTCAGCGGCT CCTTCTTATC AAGCACCAAA ATTACTTGTA 
CTAATTATCT TAATTATTGC GGCTAGAAAT CTAAACTGA