LOC108153004 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108153004
Entrez Gene ID	108153004
Full Name	membrane-bound transcription factor site-1 protease
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017282746.1	XP_017138235.1	membrane-bound transcription factor site-1 protease

Pathways from BioSystems
Gene Ontology

The following LOC108153004 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108153004 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
ODr83371	XM_017282746.1 Latest version!	Drosophila miranda membrane-bound transcription factor site-1 protease (LOC108153004), 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)

LOC108153004 ( XM_017282746.1 ) cDNA ORF clone, Drosophila miranda -> XP_017138235.1 Drosophila miranda membrane-bound transcription factor site-1 protease (LOC108153004), mRNA.

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CloneID	ODr83371
Clone ID Related Accession (Same CDS sequence)	XM_017282746.1
Accession Version	XM_017282746.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3078bp) 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	2016-06-15
Organism	Drosophila miranda
Product	membrane-bound transcription factor site-1 protease
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030303.1) 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 :: Drosophila miranda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGTGT CTACTATTAT TTGTGTCATA AATGCAATAA GCGGATTGAT TTTGTTTCAA 
TGTATTCCTG CATGCTCGGT CTCAGACAAA GACACATTTA AAACCACTGT CGTGCCAAAT 
GAGTTCATTG TTCAATTTCA TTTTAAGTAC TTTTCTACGG TCAGAGAGTC CTATATACAA 
ACTAAGCTGT TGAGTTCCAA TATAACAGGT TGGAGAATCT TACCTCGAAA TAATTTGGCA 
AGTCAATATC CAAGTGATTT TGATATCTTA CGGATTTTAG ACGGCAAAAG GTCGTCAATA 
GAGCATATTG TAAAGACAGT CACATCTCAT CCATCAGTTA AGGCAGTCGT CCCGCAGCGA 
AGTGTGCAAC GCACCCTGGC ATGGAACTTT AATGCAACTC TAGCATATAA AAGCCGTCGT 
ACTCTAGGAA TAGTACGTAA AGAGGACGTA AAGCATTCGC GACGAGTTTC TTCAGTATTG 
CATGCAAATG TTCTTTGGAA TCTGGGTATA ACAGGAAAAG GAGTCAAAGT AGCTATTTTT 
GATACTGGTT TGACCAAAAA TCATCCACAT TTCCGAAATG TCAAGGAGCG AACTAATTGG 
ACAAATGAAA AGTCTCTGGA CGATAGAGTT AGCCATGGCA CATTCGTCGC CGGGGTGATA 
GCATCATCCA AAGAGTGCCT TGGTCTTGCT CCTGACGCTG AGTTGTACAT CTTTAAAGTC 
TTTACAAACT CTCAGGTTTC CTACACTTCG TGGTTCTTGG ATGCTTTTAA CTATGCGATA 
CATAGAAAAG TGAACATCCT CAACCTTAGT ATAGGTGGAC CAGATTTTAT GGATTCACCG 
TTCGTGGAAA AGGTTCTGGA ATTGTCAGCC AATAATGTTA TAATGGTGTC ATCAGCTGGA 
AATGATGGCC CCCTATATGG GACTCTTAAC AATCCTGGTG ATCAGAGCGA CGTGATAGGT 
GTAGGCGGTA TTCAATTTGA TGATAAAATT GCAAAGTTCA GTTCCCGAGG TATGACCACA 
TGGGAGCTTC CTCTTGGCTA CGGAAGACTA GGGCTAGATA TAGTCACCTA TGGGAGCCAA 
GTGGAAGGCA GTGATGTACG CACAGGCTGT AGACGTCTAT CGGGAACTTC AGTTTCATCG 
CCAGTTGTTG CAGGTGTAGC AGCGTTGCTT ATAAGCGGTG CATTTCATAG AATTGAACTG 
ATAAACCCTG CATCCTTAAA ACAAGTAATC ATAGAAGGAG CCGAAAAACT TCCGACCTAC 
AACATGTTTG AGCAGGGCCA AGGAAAGCTT AGCCTTTTGA AAAGTATGCA AAGCTTGTTA 
TCGTATAGGC CGAAAATTAG CCTAATTCCA CCATTGCTTG ATTTTACCTC GAATTACATG 
TGGCCATATA GCTCTCAGCC GCTTTACTTT GGGAGCTCCG TGGCAATCGT GAATGTTACA 
ATACTCAACG GAATATCAGT TACCAGTCGT GTTGTAGGTG CTCCCAAATG GATTCCAGAT 
GTTGATCATA ACGGACACTT TCTCAAAATA TCAACAAGAT TTTCCCCTAT TCTCTGGCCG 
TGGACTGGAT GGATGTCCGT TTATATTGCT GTTAATAAAG ATGGTGAAGA CTATGAAGGC 
GTTTCGAAAG GAAACATATC TCTAATTGTT GAAAGTTTAA GAGACAAAAA AAACGAAACA 
CTTTTATGTG AAGTGATTTT TCCGCTAACC ATAAAAGTAA CAAGAAAACC GCCCAGGAAT 
AAAAGAATTT TGTGGGACCA GTACCATAGC TTGAGGTACC CTCCTAGGTA TATACCGCGA 
GATGATTTAA AGGTTAAATC CGATCCTCTG GATTGGAGAG CGGACCACAT ACATACAAAT 
TTTAAGGACA TGTACACATA TTTACGAAAC GTTGGATACT ACGTTGATGT CTTGCGTGAA 
CCGTACACAT GCTTCAACGC CTCAGATTAT GGCACTTTAT TGATTGTAGA TCCTGAGAAA 
GAATTTGATG ACGATGAGGT GCATATTCTA AAGGAACATG TTCATAAGGA CGGCCTAAGC 
GTAGTCATAT TTGCTGATTG GTACAACACA ACAGTGATGA AGAAAATAAA ATTCTTCGAC 
GAGAATACTA GACAATGGTG GATACCAGAC ACTGGTGGCG CTAATATTCC AGCTCTAAAT 
GATCTATTGA AACCGTTTGG AATCGCGTTT GGTGACTTTG TTGGAGAGGG ACACTTTAAA 
CTTGGCGACC ATTCGATGTA TTATGCTAGT GGCGCCACAA TTGTAAAATT TCCATCCAAT 
CCAAATGATG TTGTAGTAGG AACCAGTTTA AACGACCAAG GCCGATCGAT TATGATGAGC 
TCAAAATCTT CGAAAAAGGA ACCCAAAAAA GTTGTACCGA TTCTGGGGTT ATTTCAAACA 
AATTCCAGCA GCTTAGAAAG CAATGATGGT AACAATATGG GTAACACCCT TTCGACCGAT 
AACTCGAAAT TCAAAAGTAG ATTCCTACGA CCTAAAATGA GCAAACGTAA CTTAAGCTAC 
TTTCAAAATA TGAATGTTCC ACACCAAGGA CGCATTGCTA TATATGGGGA CTCCAACTGC 
CTCGACTCAA CACATATAGA GAAGGCTTGC TACTGGCTTT TGATTACCTT CTTAGACTTT 
GCCATGAATT CACACAAATC AAGCTTGCTG CAGAACCTAA ACCGTATATC AGAATTTAAG 
AAAATGAAAG AGACCCCCTT ACCTTTAAGA ATATCCAGTA ACAACTCTAA AGCTGTTTCG 
CCTGATGTTA CTGAAATAAA TAGCAGACTG ACGCATTGCG AAGAGCTTGA CTGGATAGCC 
GCTACATCGA ACAAAGATAA TCACCATCTG GAAGCACCTA TCGTGGAGTG GTTCACAAGT 
GAACGTGAAG AGCAGCAAAA CGATCTTATT AAACAAATTT TGGATGCGGA GATTATTAAG 
TGCTCACAAG AGGCTGAATA TCTAATTGGG AGCCAAGCAG ACTTTAGTTT AGGAACGTCA 
ATGATGTTTA TCCTCAGTTT AAGTTTAATT GTTATTGTAT TATTTATCTT GTTTGTGAAA 
AGACGATTTA TTTTGTAA

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

RefSeq	XP_017138235.1
CDS	70..3147
Translation	MNVSTIICVINAISGLILFQCIPACSVSDKDTFKTTVVPNEFIVQFHFKYFSTVRESYIQTKLLSSNITGWRILPRNNLASQYPSDFDILRILDGKRSSIEHIVKTVTSHPSVKAVVPQRSVQRTLAWNFNATLAYKSRRTLGIVRKEDVKHSRRVSSVLHANVLWNLGITGKGVKVAIFDTGLTKNHPHFRNVKERTNWTNEKSLDDRVSHGTFVAGVIASSKECLGLAPDAELYIFKVFTNSQVSYTSWFLDAFNYAIHRKVNILNLSIGGPDFMDSPFVEKVLELSANNVIMVSSAGNDGPLYGTLNNPGDQSDVIGVGGIQFDDKIAKFSSRGMTTWELPLGYGRLGLDIVTYGSQVEGSDVRTGCRRLSGTSVSSPVVAGVAALLISGAFHRIELINPASLKQVIIEGAEKLPTYNMFEQGQGKLSLLKSMQSLLSYRPKISLIPPLLDFTSNYMWPYSSQPLYFGSSVAIVNVTILNGISVTSRVVGAPKWIPDVDHNGHFLKISTRFSPILWPWTGWMSVYIAVNKDGEDYEGVSKGNISLIVESLRDKKNETLLCEVIFPLTIKVTRKPPRNKRILWDQYHSLRYPPRYIPRDDLKVKSDPLDWRADHIHTNFKDMYTYLRNVGYYVDVLREPYTCFNASDYGTLLIVDPEKEFDDDEVHILKEHVHKDGLSVVIFADWYNTTVMKKIKFFDENTRQWWIPDTGGANIPALNDLLKPFGIAFGDFVGEGHFKLGDHSMYYASGATIVKFPSNPNDVVVGTSLNDQGRSIMMSSKSSKKEPKKVVPILGLFQTNSSSLESNDGNNMGNTLSTDNSKFKSRFLRPKMSKRNLSYFQNMNVPHQGRIAIYGDSNCLDSTHIEKACYWLLITFLDFAMNSHKSSLLQNLNRISEFKKMKETPLPLRISSNNSKAVSPDVTEINSRLTHCEELDWIAATSNKDNHHLEAPIVEWFTSEREEQQNDLIKQILDAEIIKCSQEAEYLIGSQADFSLGTSMMFILSLSLIVIVLFILFVKRRFIL

Target ORF information:

RefSeq Version	XM_017282746.1
Organism	Drosophila miranda
Definition	Drosophila miranda membrane-bound transcription factor site-1 protease (LOC108153004), mRNA.

Target ORF information:

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

XM_017282746.1

ORF Insert Sequence:

ATGAATGTGT CTACTATTAT TTGTGTCATA AATGCAATAA GCGGATTGAT TTTGTTTCAA 
TGTATTCCTG CATGCTCGGT CTCAGACAAA GACACATTTA AAACCACTGT CGTGCCAAAT 
GAGTTCATTG TTCAATTTCA TTTTAAGTAC TTTTCTACGG TCAGAGAGTC CTATATACAA 
ACTAAGCTGT TGAGTTCCAA TATAACAGGT TGGAGAATCT TACCTCGAAA TAATTTGGCA 
AGTCAATATC CAAGTGATTT TGATATCTTA CGGATTTTAG ACGGCAAAAG GTCGTCAATA 
GAGCATATTG TAAAGACAGT CACATCTCAT CCATCAGTTA AGGCAGTCGT CCCGCAGCGA 
AGTGTGCAAC GCACCCTGGC ATGGAACTTT AATGCAACTC TAGCATATAA AAGCCGTCGT 
ACTCTAGGAA TAGTACGTAA AGAGGACGTA AAGCATTCGC GACGAGTTTC TTCAGTATTG 
CATGCAAATG TTCTTTGGAA TCTGGGTATA ACAGGAAAAG GAGTCAAAGT AGCTATTTTT 
GATACTGGTT TGACCAAAAA TCATCCACAT TTCCGAAATG TCAAGGAGCG AACTAATTGG 
ACAAATGAAA AGTCTCTGGA CGATAGAGTT AGCCATGGCA CATTCGTCGC CGGGGTGATA 
GCATCATCCA AAGAGTGCCT TGGTCTTGCT CCTGACGCTG AGTTGTACAT CTTTAAAGTC 
TTTACAAACT CTCAGGTTTC CTACACTTCG TGGTTCTTGG ATGCTTTTAA CTATGCGATA 
CATAGAAAAG TGAACATCCT CAACCTTAGT ATAGGTGGAC CAGATTTTAT GGATTCACCG 
TTCGTGGAAA AGGTTCTGGA ATTGTCAGCC AATAATGTTA TAATGGTGTC ATCAGCTGGA 
AATGATGGCC CCCTATATGG GACTCTTAAC AATCCTGGTG ATCAGAGCGA CGTGATAGGT 
GTAGGCGGTA TTCAATTTGA TGATAAAATT GCAAAGTTCA GTTCCCGAGG TATGACCACA 
TGGGAGCTTC CTCTTGGCTA CGGAAGACTA GGGCTAGATA TAGTCACCTA TGGGAGCCAA 
GTGGAAGGCA GTGATGTACG CACAGGCTGT AGACGTCTAT CGGGAACTTC AGTTTCATCG 
CCAGTTGTTG CAGGTGTAGC AGCGTTGCTT ATAAGCGGTG CATTTCATAG AATTGAACTG 
ATAAACCCTG CATCCTTAAA ACAAGTAATC ATAGAAGGAG CCGAAAAACT TCCGACCTAC 
AACATGTTTG AGCAGGGCCA AGGAAAGCTT AGCCTTTTGA AAAGTATGCA AAGCTTGTTA 
TCGTATAGGC CGAAAATTAG CCTAATTCCA CCATTGCTTG ATTTTACCTC GAATTACATG 
TGGCCATATA GCTCTCAGCC GCTTTACTTT GGGAGCTCCG TGGCAATCGT GAATGTTACA 
ATACTCAACG GAATATCAGT TACCAGTCGT GTTGTAGGTG CTCCCAAATG GATTCCAGAT 
GTTGATCATA ACGGACACTT TCTCAAAATA TCAACAAGAT TTTCCCCTAT TCTCTGGCCG 
TGGACTGGAT GGATGTCCGT TTATATTGCT GTTAATAAAG ATGGTGAAGA CTATGAAGGC 
GTTTCGAAAG GAAACATATC TCTAATTGTT GAAAGTTTAA GAGACAAAAA AAACGAAACA 
CTTTTATGTG AAGTGATTTT TCCGCTAACC ATAAAAGTAA CAAGAAAACC GCCCAGGAAT 
AAAAGAATTT TGTGGGACCA GTACCATAGC TTGAGGTACC CTCCTAGGTA TATACCGCGA 
GATGATTTAA AGGTTAAATC CGATCCTCTG GATTGGAGAG CGGACCACAT ACATACAAAT 
TTTAAGGACA TGTACACATA TTTACGAAAC GTTGGATACT ACGTTGATGT CTTGCGTGAA 
CCGTACACAT GCTTCAACGC CTCAGATTAT GGCACTTTAT TGATTGTAGA TCCTGAGAAA 
GAATTTGATG ACGATGAGGT GCATATTCTA AAGGAACATG TTCATAAGGA CGGCCTAAGC 
GTAGTCATAT TTGCTGATTG GTACAACACA ACAGTGATGA AGAAAATAAA ATTCTTCGAC 
GAGAATACTA GACAATGGTG GATACCAGAC ACTGGTGGCG CTAATATTCC AGCTCTAAAT 
GATCTATTGA AACCGTTTGG AATCGCGTTT GGTGACTTTG TTGGAGAGGG ACACTTTAAA 
CTTGGCGACC ATTCGATGTA TTATGCTAGT GGCGCCACAA TTGTAAAATT TCCATCCAAT 
CCAAATGATG TTGTAGTAGG AACCAGTTTA AACGACCAAG GCCGATCGAT TATGATGAGC 
TCAAAATCTT CGAAAAAGGA ACCCAAAAAA GTTGTACCGA TTCTGGGGTT ATTTCAAACA 
AATTCCAGCA GCTTAGAAAG CAATGATGGT AACAATATGG GTAACACCCT TTCGACCGAT 
AACTCGAAAT TCAAAAGTAG ATTCCTACGA CCTAAAATGA GCAAACGTAA CTTAAGCTAC 
TTTCAAAATA TGAATGTTCC ACACCAAGGA CGCATTGCTA TATATGGGGA CTCCAACTGC 
CTCGACTCAA CACATATAGA GAAGGCTTGC TACTGGCTTT TGATTACCTT CTTAGACTTT 
GCCATGAATT CACACAAATC AAGCTTGCTG CAGAACCTAA ACCGTATATC AGAATTTAAG 
AAAATGAAAG AGACCCCCTT ACCTTTAAGA ATATCCAGTA ACAACTCTAA AGCTGTTTCG 
CCTGATGTTA CTGAAATAAA TAGCAGACTG ACGCATTGCG AAGAGCTTGA CTGGATAGCC 
GCTACATCGA ACAAAGATAA TCACCATCTG GAAGCACCTA TCGTGGAGTG GTTCACAAGT 
GAACGTGAAG AGCAGCAAAA CGATCTTATT AAACAAATTT TGGATGCGGA GATTATTAAG 
TGCTCACAAG AGGCTGAATA TCTAATTGGG AGCCAAGCAG ACTTTAGTTT AGGAACGTCA 
ATGATGTTTA TCCTCAGTTT AAGTTTAATT GTTATTGTAT TATTTATCTT GTTTGTGAAA 
AGACGATTTA TTTTGTAA