LOC108073795 cDNA ORF clone, Drosophila kikkawai

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108073795
Entrez Gene ID	108073795
Full Name	multiple epidermal growth factor-like domains protein 6
Gene Type	protein-coding
Organism	Drosophila kikkawai

mRNA and Protein(s)

mRNA	Protein	Name
XM_017165566.1	XP_017021055.1	multiple epidermal growth factor-like domains protein 6

Pathways from BioSystems
Gene Ontology

The following LOC108073795 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108073795 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
ODr74299	XM_017165566.1 Latest version!	Drosophila kikkawai multiple epidermal growth factor-like domains protein 6 (LOC108073795), 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)

LOC108073795 ( XM_017165566.1 ) cDNA ORF clone, Drosophila kikkawai -> XP_017021055.1 Drosophila kikkawai multiple epidermal growth factor-like domains protein 6 (LOC108073795), mRNA.

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CloneID	ODr74299
Clone ID Related Accession (Same CDS sequence)	XM_017165566.1
Accession Version	XM_017165566.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3849bp) 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 kikkawai
Product	multiple epidermal growth factor-like domains protein 6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016067323.1) 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 kikkawai 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##

ATGAAAGTTA CTCTGCTAGC TATTGTGGCA CTCACTACAG TGGTTAGCCT GGTGGGAGCC 
GCCGATCCTG AATGCATTTA CCGCAAGATA CGCGGCCTCT CGACCCACTG GCCGAATCCT 
AGGAGCTGTT CCAGCTACTA TCGCTGCTCC AACAAGAGCA CCGTTCGCTC GGTGACGTGT 
CCAGCGGGCA AGGAGTACAA CCCAAAGACC GGCAAGTGCT CCAGCGCCAA GCGCGGCCTG 
TGCAAGCTGA GCCTTGCGGC TCCTCTTGCT GATGCCGTCA ATGTGTGCTC CACAGAGGTA 
AATGGCGCCT ACTTGGCCAA GTCTGGTTAC TGCGGCGAAT TCTACATCTG TGACGAGCAG 
ACTGCCTACC CACAAAAGTG CGAGTCCGGC AGCTACTTCA ATCTCACGGA AAGCGCCTGC 
GTTCCGGATT CGGATGATTC GTGCTGGCAG AACCTGTGCG TGGGTAAGGC CAGTGGCGCC 
TTTATCTCCA ACCCTGAAAG CTGCGGCAGC TACTATGTGT GCTCGGACGC GGGTGCCACA 
CTCCAAACCT GCCCCCAGGG CAGCTACTTT GACACCTCCT TTGCCGCCTG TGTGGTGGAT 
GAGGGAAACT CCCATTGCTG GGTCAACTAC TGCATTGGCA AGAGCGATGG CTCGACTGTG 
GCCGATAAGA GCAACTGCTC TGTGTTTTAC GTGTGCTCCG ATAATACAGC CACCTATCAG 
GTGTGCCCGG AAGGTAGCTA CTTCGAGAGC AATAACTGGG AATGTGTTCC TGGAACTTGT 
CCCACGGAGC CCTGCGAAGA TACGACCACC ACTACGGAGC CCTGCGAGGA GGATACCACC 
ACGACCACGG AGCCATGCAA TGAGGATACC ACCACTACCA CAGAATCCCC AACTGGCTGC 
GATTGCGGTG CCATCAAGAA CGCCGAGTTC ATTCCTGATC CTGAAAACTG CCGTAAGTAC 
TTCATCTGCA TCGATGGCGT CCTGGTAGCA GGAGACTGCG GCAAGGGCAA CCTGTTCAAC 
TCCACCCTAA CCGTATGCAT TGTGGACGAT AAAAACGAGT GCTGCGTGGC GGACTGCACA 
GAGGGAGACA TGAAGGTGAA TGTCCAGGAC TGTACCCAGT ACTTCAAGTG CCAGAATGGC 
GACTGGGTGG CCGAGTCCTG TGCTCCAGGC AGTTATTATA ATACCAACCT AGACGTATGC 
CAAGCGGATA TCGATGGAGT GTGCATCGAC TCCACTACTA CCACCACACC CAATCCTCTC 
TCGACCAGCA CTGCAATCCC ATCAGCTGGC CAGTGCAATG CTCGTGATCC GCCAGCCAGT 
GGCAAGAACT GCTGGAGCTA CTCGGCCTGC ATCAATGGCC AGTGGCAGGA GGAGACTTGC 
CTCAACGATT ATTACTTTGA TGCCGCCACG GGCATTTGCC GCGAGGACAC CAACAATGCC 
TGCCCTGAGA ACAGATCCAG CGGATCGCGC CAGAAGAGAA GCGTTGACCC GGAGCCAACG 
GACTGCAACT GCGAGGGCGG AATTGAGCAG GGCAGCATCG TGGCCCATCC CACCGATTGC 
GACAAGTATC TGACCTGCGA AAATGGCCAG CTAGTGGAGG GAACCTGCGG CGTGGGAAAT 
GTCTTCAAGA ACTGCAGCGG CGTCTGTGCT GTGGACACTG GTGCCACCTG CTGGGTGTGC 
GCCAACAAGC CCAATGGCTT CCAAATGGTC AATCCCACTG ACTGCACCAG CTACATAACC 
TGCTGGAATG GCCTGGCCAC GGAGCATACT TGTCCCTCTG GCCAGTGGTA CACTGGTGAT 
GGTGAGTGTG CCATTGATGT GTCTGCCAGA TGCATTAATC CTTGCACCTG CGGCACCGGC 
AATGTGGCTC ATCCCATTTG CACGGATTAC TATCAATGCC TGGATGGAGT TGCCCAGGTG 
GTGGAGTGCC CCACTGGCCA GGCCTTTAAC TCGTCTAGTG GTCAGTGCTC CGCTTCGGTG 
GAGTGTTCGG CTTTGAATTG CGCCACTGCC AGTGATGGTA CCACATATCC AGTGGCCGGT 
GACAGCAGCA GGTTCTATAT ATGCCTCAAC CAGCAGGCCA CCATCGCAGC CTGTCCATCT 
AATTCTGTAT ATGAGGCCAT TTTGGGTATT TGCCAAATTC AACCGAGTTG CCAGTGCGAC 
CAAAGCTTCT GCGCAACTGC CGCCGAGGAC AAGACCTATC CCTCTCTGGG CAATGACACC 
TCCACCTTCT GCATTTGCCA AAACGGCGGT GGTTATATTA ACTCTTGTCC TGCTGGACTT 
TATTACAATG CCACCGAGGA GATGTGCGAT TTCACTGGCA ACTGTGATCC CCAAGTCTGC 
ACGGGAGAGT CGGAGTACTA TGTCTCCCCG GACTACCTCG ACCCGAATAG CTTCTGCCTG 
TGCCGCGCTG GCGAACCCAT AGCAGTGCCT TGCCCTATTG GCTATACTTT TGACTTGCAA 
GAACTAGAGT GCGTGCTCAT TCCTCAGCCA GATCCACGTT GTTGCCGCAA TGGCTGCGTG 
GGCAAGGCGG ACTACCAAAC CCTTCCAGCC GTGGACACCA CCGATGGCTT CTGCATCTGC 
GTGGATGAGG TTCCGCAGTA CAACAACTGC CCCGATAACT CCAAATATAA CTCTTCGCTG 
GGCAGCTGCG TGCCCGTCCC TGTCACTTGC CCTGTGAATT CCTGCAATCC TAACTTGTGC 
GATAACACTG AAGACTACAA GGTGTACCCC GCTGAGGGCG ATTCATCTGG CTTTTGCTAC 
TGCCTAAACG ACTGCCCAGT CTTCTTTGAG TGCCCCGATG ATTGGGTCTA TGACGAAGAT 
CTAGGAGCTT GCCAGGAACC AGTGGATCCT TGTGCCGTAG CCAAGTGCAA TGCCACCGAG 
TGTGACATCC TCTCTGAATA CACACCCTAT TTGCCAAACG ATGGACTCGA TGGCTTCTGC 
TATTGTGAGG GTGGAATGCC CATTTACAGC GAGTGTCCTG AGGGTCAGAC TTTCGAAGTG 
TCTTTAGGTT TATGCGAGAC GAAAACGAAT GGCTGCGTCT CCAGCGACTG CGATGCTAGC 
AAGTGCTCCT GCATGGCTGA CTACGAGGCC TTCCCCACGA TTAATAACGA CAGCTCTGCC 
TTCTGCTACT GTGATAATGG GGAAGTCAAC CTGGGACAAT GCAGCCCTGA TATGGTATTC 
CTGCCTGATC AAGGACGTTG CGGCGTCTTA GCGGCTTCCG AGTGCGTCTG TGAGGCAGGT 
AAATGCGTCT CCGATGACTA CTACGCCTAC GCCGCTTTGA ACACCACTCA GGGCTTTTGT 
CTCTGTGTGG CCGGCAGTCC TGTATTCAAG GATTGCCCCG CCGGTGAGAG CTACGACAGT 
GCCCTCGGCA TCTGTCAGGT ACCAACCGTC AAGATCGTCT CATCCAGCGC CTGTGATGCC 
ACCCGATGCC TGACCCGTGA AACGGTCACC GCCGTCTTTG CCGCCTTGAA TACCACTACT 
GGCTTCTGCA CCTGCGAGGA TGTGGGCCTA TCCATTTTCC ACCTCTGCGG GGAGGGTCAG 
GAGTTTGACA TTGTCAAGGG CTTGTGTGCC ATAAAGGATA ACATCATGAT GATTGCTTGC 
AACCTGCAAG AGTGCCATAA GAGAAGTCGC TTCGAGCCAT TCGCCGCCCA AAACCTGGAT 
ACTGGATTCT GCTCGTGCGA TGATGAGGAG AAAATCAGTG TGACCTATCA TCCCTGCCCC 
GATGGCCAGA CATTCTCGCC GGAACTGGGC CTGTGCGGTA GCCATGCTAT CCAAAAGCGA 
TCCCTGGAGA CGGAGGAAAA CGTAAGGTCC ATGTCCTTGT TCAAGAGATT CTTCCATAAA 
ATCTTCTAA

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

RefSeq	XP_017021055.1
CDS	27..3875
Translation	MKVTLLAIVALTTVVSLVGAADPECIYRKIRGLSTHWPNPRSCSSYYRCSNKSTVRSVTCPAGKEYNPKTGKCSSAKRGLCKLSLAAPLADAVNVCSTEVNGAYLAKSGYCGEFYICDEQTAYPQKCESGSYFNLTESACVPDSDDSCWQNLCVGKASGAFISNPESCGSYYVCSDAGATLQTCPQGSYFDTSFAACVVDEGNSHCWVNYCIGKSDGSTVADKSNCSVFYVCSDNTATYQVCPEGSYFESNNWECVPGTCPTEPCEDTTTTTEPCEEDTTTTTEPCNEDTTTTTESPTGCDCGAIKNAEFIPDPENCRKYFICIDGVLVAGDCGKGNLFNSTLTVCIVDDKNECCVADCTEGDMKVNVQDCTQYFKCQNGDWVAESCAPGSYYNTNLDVCQADIDGVCIDSTTTTTPNPLSTSTAIPSAGQCNARDPPASGKNCWSYSACINGQWQEETCLNDYYFDAATGICREDTNNACPENRSSGSRQKRSVDPEPTDCNCEGGIEQGSIVAHPTDCDKYLTCENGQLVEGTCGVGNVFKNCSGVCAVDTGATCWVCANKPNGFQMVNPTDCTSYITCWNGLATEHTCPSGQWYTGDGECAIDVSARCINPCTCGTGNVAHPICTDYYQCLDGVAQVVECPTGQAFNSSSGQCSASVECSALNCATASDGTTYPVAGDSSRFYICLNQQATIAACPSNSVYEAILGICQIQPSCQCDQSFCATAAEDKTYPSLGNDTSTFCICQNGGGYINSCPAGLYYNATEEMCDFTGNCDPQVCTGESEYYVSPDYLDPNSFCLCRAGEPIAVPCPIGYTFDLQELECVLIPQPDPRCCRNGCVGKADYQTLPAVDTTDGFCICVDEVPQYNNCPDNSKYNSSLGSCVPVPVTCPVNSCNPNLCDNTEDYKVYPAEGDSSGFCYCLNDCPVFFECPDDWVYDEDLGACQEPVDPCAVAKCNATECDILSEYTPYLPNDGLDGFCYCEGGMPIYSECPEGQTFEVSLGLCETKTNGCVSSDCDASKCSCMADYEAFPTINNDSSAFCYCDNGEVNLGQCSPDMVFLPDQGRCGVLAASECVCEAGKCVSDDYYAYAALNTTQGFCLCVAGSPVFKDCPAGESYDSALGICQVPTVKIVSSSACDATRCLTRETVTAVFAALNTTTGFCTCEDVGLSIFHLCGEGQEFDIVKGLCAIKDNIMMIACNLQECHKRSRFEPFAAQNLDTGFCSCDDEEKISVTYHPCPDGQTFSPELGLCGSHAIQKRSLETEENVRSMSLFKRFFHKIF

Target ORF information:

RefSeq Version	XM_017165566.1
Organism	Drosophila kikkawai
Definition	Drosophila kikkawai multiple epidermal growth factor-like domains protein 6 (LOC108073795), mRNA.

Target ORF information:

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

XM_017165566.1

ORF Insert Sequence:

ATGAAAGTTA CTCTGCTAGC TATTGTGGCA CTCACTACAG TGGTTAGCCT GGTGGGAGCC 
GCCGATCCTG AATGCATTTA CCGCAAGATA CGCGGCCTCT CGACCCACTG GCCGAATCCT 
AGGAGCTGTT CCAGCTACTA TCGCTGCTCC AACAAGAGCA CCGTTCGCTC GGTGACGTGT 
CCAGCGGGCA AGGAGTACAA CCCAAAGACC GGCAAGTGCT CCAGCGCCAA GCGCGGCCTG 
TGCAAGCTGA GCCTTGCGGC TCCTCTTGCT GATGCCGTCA ATGTGTGCTC CACAGAGGTA 
AATGGCGCCT ACTTGGCCAA GTCTGGTTAC TGCGGCGAAT TCTACATCTG TGACGAGCAG 
ACTGCCTACC CACAAAAGTG CGAGTCCGGC AGCTACTTCA ATCTCACGGA AAGCGCCTGC 
GTTCCGGATT CGGATGATTC GTGCTGGCAG AACCTGTGCG TGGGTAAGGC CAGTGGCGCC 
TTTATCTCCA ACCCTGAAAG CTGCGGCAGC TACTATGTGT GCTCGGACGC GGGTGCCACA 
CTCCAAACCT GCCCCCAGGG CAGCTACTTT GACACCTCCT TTGCCGCCTG TGTGGTGGAT 
GAGGGAAACT CCCATTGCTG GGTCAACTAC TGCATTGGCA AGAGCGATGG CTCGACTGTG 
GCCGATAAGA GCAACTGCTC TGTGTTTTAC GTGTGCTCCG ATAATACAGC CACCTATCAG 
GTGTGCCCGG AAGGTAGCTA CTTCGAGAGC AATAACTGGG AATGTGTTCC TGGAACTTGT 
CCCACGGAGC CCTGCGAAGA TACGACCACC ACTACGGAGC CCTGCGAGGA GGATACCACC 
ACGACCACGG AGCCATGCAA TGAGGATACC ACCACTACCA CAGAATCCCC AACTGGCTGC 
GATTGCGGTG CCATCAAGAA CGCCGAGTTC ATTCCTGATC CTGAAAACTG CCGTAAGTAC 
TTCATCTGCA TCGATGGCGT CCTGGTAGCA GGAGACTGCG GCAAGGGCAA CCTGTTCAAC 
TCCACCCTAA CCGTATGCAT TGTGGACGAT AAAAACGAGT GCTGCGTGGC GGACTGCACA 
GAGGGAGACA TGAAGGTGAA TGTCCAGGAC TGTACCCAGT ACTTCAAGTG CCAGAATGGC 
GACTGGGTGG CCGAGTCCTG TGCTCCAGGC AGTTATTATA ATACCAACCT AGACGTATGC 
CAAGCGGATA TCGATGGAGT GTGCATCGAC TCCACTACTA CCACCACACC CAATCCTCTC 
TCGACCAGCA CTGCAATCCC ATCAGCTGGC CAGTGCAATG CTCGTGATCC GCCAGCCAGT 
GGCAAGAACT GCTGGAGCTA CTCGGCCTGC ATCAATGGCC AGTGGCAGGA GGAGACTTGC 
CTCAACGATT ATTACTTTGA TGCCGCCACG GGCATTTGCC GCGAGGACAC CAACAATGCC 
TGCCCTGAGA ACAGATCCAG CGGATCGCGC CAGAAGAGAA GCGTTGACCC GGAGCCAACG 
GACTGCAACT GCGAGGGCGG AATTGAGCAG GGCAGCATCG TGGCCCATCC CACCGATTGC 
GACAAGTATC TGACCTGCGA AAATGGCCAG CTAGTGGAGG GAACCTGCGG CGTGGGAAAT 
GTCTTCAAGA ACTGCAGCGG CGTCTGTGCT GTGGACACTG GTGCCACCTG CTGGGTGTGC 
GCCAACAAGC CCAATGGCTT CCAAATGGTC AATCCCACTG ACTGCACCAG CTACATAACC 
TGCTGGAATG GCCTGGCCAC GGAGCATACT TGTCCCTCTG GCCAGTGGTA CACTGGTGAT 
GGTGAGTGTG CCATTGATGT GTCTGCCAGA TGCATTAATC CTTGCACCTG CGGCACCGGC 
AATGTGGCTC ATCCCATTTG CACGGATTAC TATCAATGCC TGGATGGAGT TGCCCAGGTG 
GTGGAGTGCC CCACTGGCCA GGCCTTTAAC TCGTCTAGTG GTCAGTGCTC CGCTTCGGTG 
GAGTGTTCGG CTTTGAATTG CGCCACTGCC AGTGATGGTA CCACATATCC AGTGGCCGGT 
GACAGCAGCA GGTTCTATAT ATGCCTCAAC CAGCAGGCCA CCATCGCAGC CTGTCCATCT 
AATTCTGTAT ATGAGGCCAT TTTGGGTATT TGCCAAATTC AACCGAGTTG CCAGTGCGAC 
CAAAGCTTCT GCGCAACTGC CGCCGAGGAC AAGACCTATC CCTCTCTGGG CAATGACACC 
TCCACCTTCT GCATTTGCCA AAACGGCGGT GGTTATATTA ACTCTTGTCC TGCTGGACTT 
TATTACAATG CCACCGAGGA GATGTGCGAT TTCACTGGCA ACTGTGATCC CCAAGTCTGC 
ACGGGAGAGT CGGAGTACTA TGTCTCCCCG GACTACCTCG ACCCGAATAG CTTCTGCCTG 
TGCCGCGCTG GCGAACCCAT AGCAGTGCCT TGCCCTATTG GCTATACTTT TGACTTGCAA 
GAACTAGAGT GCGTGCTCAT TCCTCAGCCA GATCCACGTT GTTGCCGCAA TGGCTGCGTG 
GGCAAGGCGG ACTACCAAAC CCTTCCAGCC GTGGACACCA CCGATGGCTT CTGCATCTGC 
GTGGATGAGG TTCCGCAGTA CAACAACTGC CCCGATAACT CCAAATATAA CTCTTCGCTG 
GGCAGCTGCG TGCCCGTCCC TGTCACTTGC CCTGTGAATT CCTGCAATCC TAACTTGTGC 
GATAACACTG AAGACTACAA GGTGTACCCC GCTGAGGGCG ATTCATCTGG CTTTTGCTAC 
TGCCTAAACG ACTGCCCAGT CTTCTTTGAG TGCCCCGATG ATTGGGTCTA TGACGAAGAT 
CTAGGAGCTT GCCAGGAACC AGTGGATCCT TGTGCCGTAG CCAAGTGCAA TGCCACCGAG 
TGTGACATCC TCTCTGAATA CACACCCTAT TTGCCAAACG ATGGACTCGA TGGCTTCTGC 
TATTGTGAGG GTGGAATGCC CATTTACAGC GAGTGTCCTG AGGGTCAGAC TTTCGAAGTG 
TCTTTAGGTT TATGCGAGAC GAAAACGAAT GGCTGCGTCT CCAGCGACTG CGATGCTAGC 
AAGTGCTCCT GCATGGCTGA CTACGAGGCC TTCCCCACGA TTAATAACGA CAGCTCTGCC 
TTCTGCTACT GTGATAATGG GGAAGTCAAC CTGGGACAAT GCAGCCCTGA TATGGTATTC 
CTGCCTGATC AAGGACGTTG CGGCGTCTTA GCGGCTTCCG AGTGCGTCTG TGAGGCAGGT 
AAATGCGTCT CCGATGACTA CTACGCCTAC GCCGCTTTGA ACACCACTCA GGGCTTTTGT 
CTCTGTGTGG CCGGCAGTCC TGTATTCAAG GATTGCCCCG CCGGTGAGAG CTACGACAGT 
GCCCTCGGCA TCTGTCAGGT ACCAACCGTC AAGATCGTCT CATCCAGCGC CTGTGATGCC 
ACCCGATGCC TGACCCGTGA AACGGTCACC GCCGTCTTTG CCGCCTTGAA TACCACTACT 
GGCTTCTGCA CCTGCGAGGA TGTGGGCCTA TCCATTTTCC ACCTCTGCGG GGAGGGTCAG 
GAGTTTGACA TTGTCAAGGG CTTGTGTGCC ATAAAGGATA ACATCATGAT GATTGCTTGC 
AACCTGCAAG AGTGCCATAA GAGAAGTCGC TTCGAGCCAT TCGCCGCCCA AAACCTGGAT 
ACTGGATTCT GCTCGTGCGA TGATGAGGAG AAAATCAGTG TGACCTATCA TCCCTGCCCC 
GATGGCCAGA CATTCTCGCC GGAACTGGGC CTGTGCGGTA GCCATGCTAT CCAAAAGCGA 
TCCCTGGAGA CGGAGGAAAA CGTAAGGTCC ATGTCCTTGT TCAAGAGATT CTTCCATAAA 
ATCTTCTAA