LOC106614922 cDNA ORF clone, Bactrocera oleae(olive fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106614922
Entrez Gene ID	106614922
Full Name	mucin-5AC
Gene Type	protein-coding
Organism	Bactrocera oleae(olive fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014230867.1	XP_014086342.1	mucin-5AC

Pathways from BioSystems
Gene Ontology

The following LOC106614922 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106614922 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
OBa67104	XM_014230867.1 Latest version!	Bactrocera oleae mucin-5AC (LOC106614922), 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)

LOC106614922 ( XM_014230867.1 ) cDNA ORF clone, Bactrocera oleae(olive fruit fly) -> XP_014086342.1 Bactrocera oleae mucin-5AC (LOC106614922), mRNA.

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CloneID	OBa67104
Clone ID Related Accession (Same CDS sequence)	XM_014230867.1
Accession Version	XM_014230867.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3888bp) 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	2015-09-20
Organism	Bactrocera oleae(olive fruit fly)
Product	mucin-5AC
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013581242.1) 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 :: Bactrocera oleae 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 :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTTGCGGT GTTCCATTGG CGCGGCCCTG TTGGCGCTGC TGTGCTTTTG GCCCGCTCAC 
TTGGACGCTT TTGTTGCGCA GTCAATGGGC TGTCATCACA ATGGCACTTG GTATGCAGAC 
AGATCACTCG TGCCCACCGT GGAGAAGTGT CTCACATGCC AGTGCCAGCG GAAGACGCTC 
GTCTGTCGTT TGAAGGTATG TCCCGAAATG CCGATGCCAC CGCCCCGCGG TTGTATTGTG 
GTGCAGCAGC GAAACGCCTG CTGTCCGTAT CTGTCGTGCG CGCGTCTGGA TGCCTTCTAC 
AAGATACCGG CGACGCGTCG CATTATCGCT TACTTGGATC ACTACGAACG GGAGTCAATT 
GATCGCGTCG TAAACGATAA TATGCTGCAA CGGCGCTCCG ATGACTCTGA GGTCGATATG 
TATGTTTGCG TGAAGAACGG CACTGTGTAC AAATCCGGTT CGGCAATGTC ATCATCAAAC 
CTCTGCACCT ACTGTTATTG TATTGGTGGT ACTGAGAAAT GCGTCAAGCC GAAATGTATG 
CTGCCGGTCG AAGGCTGTAA GCCCATCTTT GTCGACTCCA CCTGCTGCCC CGTGCGCTAC 
GACTGTACAA GCAAGCCATC CGGCAAGTCA TCGCAGGAGG TGCGCTACCG CAAGACCTCG 
AACAAGCATT ACCTACGCAT GTCACAGCGT CTGCAGCGCA ATCGCGGCTG CACTGTGAAC 
AAGCAGTTCT ACGTGGAGGG ACAGAAAATG CGCTCCGATT CGGATAAGCC GTGTGACATT 
TGTTTCTGCA TACGTGGCAC GCGCCGTTGT GCACCAAAGA AATGCTCACC TGCGCTGAAG 
AACTGCATAC CGGTGGTCCC GAAAGGCCAG TGCTGTCCAT CCAGCTACGA TTGTGGCAGT 
CAGCGTGCGC AGAGCTCACG TCAATTCAAT TTATTTTCAT TGTTGTTCGG CAAAGAAGAT 
GAGGTTAATG GCAATGACAC CAAGAAAATA CCTGCTGAGT ATCCACCAGA CAGACATCCG 
TCGGTGACAG TGACACACAA TCAAAATATA TTGGAGAAGA ATGATGAGAA GAGCATTTTA 
GACACAATAC GCGAAGGTTT GGAAATCATC GACGGGAATA ATGATGAAGT CATTGCACAA 
AATATCAAAA CTTTGGCACC TCTAACGAAA GTCGTGACTG AATCGCAGTT AAGCACTCAA 
TCAACGGTGC CAGAAAACGC TGCCACTGAG GTCAGTTTCT TGGACTTGCT GCTAGGTACT 
GACGAGGATG AACTGCCTAC AAGAGTGACA GAAGAGGTTG CACCTGAGTT GAAAACAACT 
ACGGGGTACG ACGGTCTCTC ATGGGTAGAC ATTTTGTTGG GTCCTGATGA AGATGATCAG 
AAGCAAACTG GCACAACTGC AGGTGACAGA ATGAGTATCT CCGAGACCAC GGAAAATTAT 
CAGAATGTCC TTAATAGCAC AAGTATCGAT CGCATCGATC AAGACTTCGA AGATTTCTCT 
GGCAGTGGTG AGATTATAGT GGGCGAACCA CAATCTAGTG AGTCGAGTGA GGGTCCACTT 
GCCGAATATT CTGTTCTGCA TAAAAGTAGT ATTAGCAAAG AGACGCACGC CACACTACAA 
AAGCCGATAT TGAATAATAC TTCGGTTACC AATTTAGTTA AGGCGGGGGA GTTAACCGTA 
GCCAATACGG AATCCCATTT AGCAACTGAT AGCACTACTG CTGCGACAAC AAAATCTTAT 
GCTACGAAAA GTTCGCAACC GACAGTGTCC GTTAAAAAGA CAACACCTGC TCCCAAAACT 
ACACAAAGGC CCGCAACCAA GTCCAGTGCA AAACGCACTC AAAGTACCAC TAAGCCCACG 
CCGAAACCCT CACAGAAACC CGTTGAATTG AAATTCAAAC CAAAATCAAC GCAAAAGCCA 
ACCGAGAAGT TGCACAAAAC TACCACTCCC CGACCTCTGA ACATTACTCA AACAGAGTTA 
CAAAATTCAA CAGAAAAGAC GAAAAATGGT CTTCTGACTG TCCTGCTTGA TGGTCTTTCC 
GATATGCTTA GCACTGAAAA TGTATTCAAC ACCACTCAAA ACAAAATGCC CTCGAACAGC 
ACATCTACTA TTATAAGTAC AACAACGATA CAACCGAAGG ACACAATTGT ATTGCCCACC 
CCAAAGCCCA AACCATTGCC CTCATTTAAA CCGCTACCCA CTGGAAAACC ATCGCCCATG 
CGAATAAACT CTAAGATTGC AAATCTAACT GTAACAGCCG AAATTGCTAA ATCGAGTCTT 
CCATCTAATG TCACCGCTTT CAAACCTTTG CCAGAGCATA TGGTCAAGTC TCCAATTCTG 
CTAACGTCCA CTCAAGCATC AGTGACCACC ACAACAACAC CTCAGAGCAG TACAAGTATC 
ACTTCTACCA CAACAGCCAG TAACACGACA ACTGAAAAAT CAACTTCCAC CACTGGCAGC 
ATGACAACGA CGACAAAAAC AACTACTGCT AGTACAACCA ATGCAGCAGC AACCTCAAGC 
ACTACACTTA AGCCAGTACT AATTAATACA AACCCCACTA TATTAGAGTC GGATCCTTTC 
GACGCCAACG CTGAACCCAC TTTACCACCC AGTCTTCCCA ATCTGAAAAT AATTCCTTTT 
CTGCCAACGG ATGCCGTGAA AGCTGATCGT ACTAAGCCGC TTTACGACTA CTATCACAGC 
AATGCGCCGA CGGCGAAAAT TGACTATGAT CAATATGATG AAGGCAGTAT ATATCCAGCC 
ATTACTGAGC CACACTTTCC CAACTATCCG GATATAGCAG ATGCTAGTAA GGCGGAGTAT 
ATCTACAAGT TCAATGTGGA GGGTCCATCG GCACCGGTAA TGTCGTCGAC TGCAGGTAAG 
TCGGACGGTT CAAGTGGAGG GGCAGCAGCT TTTGTGAAAT ACGATTTTGT AGGAGCGACA 
GAGGAGCATA AAGGCTTCTC ACCTCCAACC AAAACCGAAG GTGGTTTCGT ACCCAAAGAC 
CCACTCGTTT TAAGCGATGT TAACGAGCAA ATCGATACAG TACCCTACGT GGATACTGGC 
TTTCAAGTAA CGAAGCATTT GATTGACATA ACTACAGGTG ACCCACTCAG AGAGAATTCA 
ACGAAAGTTA TTGAAATCAC TACACCTGAC CCATTTAAGG ATGTCATTCG AACTGAACAG 
CCGCCCGATC TGACCTCTCT TATTGAAGAT AAGGACAATA TTTTAGTTCA CAAGCCCATA 
CAACTACAGC CACCCAAGTT GTTTGAAGAC CCCGAGAATC TAAGTCAGTC TCTTATACAC 
ATTACCACTG CAGTACCACA GTCAGCGAAT GACGATGAGT CACCACCTCC TACAATGTTC 
GCCACAATCA TTAATGAACA TAATGATTTG AGACAGCCAA ATGAGGAACA CAAAAACACT 
ATTGCGTCCT TTTTGGACTT ACTTTTGGGT GGCGAACCCG ATTCGGCTGT GAGTCATACT 
GCGGATAATT TGAGCCCGAG CAGTAGTACA GTGCCTCCTT TTAAAACTTT GCCACAAGCT 
TCGCTGGAAC TTTTTCCCAA CATTACCACC ACATCTGCAA CTGTAAAGCC AAAGAGAGTG 
GCAACAACAA CTATAGTACC AATAAACTCA ACGGCAACAA ACACTACGAA ACGGATTGCT 
GTTAAGACAA ACTCTATCGC TTCGTCGGTC CCCGCATTCA GCAAGTGGAA TGGAACTGCA 
ACTGCTGCCA ACAACAACAC TAAGCCTAAG CTAAAACCGA AAACACCCGC AACACAAAAA 
AACCATGCGG GCGCCACATC CACTACCATA ACAACAAAGA CTTCATCAAC AATGCGTCCA 
AAAAGTACTC GACCAAAATC GGGCTTTGGA GTTGTCCAGC GTGCTTGA

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

RefSeq	XP_014086342.1
CDS	1..3888
Translation	MLRCSIGAALLALLCFWPAHLDAFVAQSMGCHHNGTWYADRSLVPTVEKCLTCQCQRKTLVCRLKVCPEMPMPPPRGCIVVQQRNACCPYLSCARLDAFYKIPATRRIIAYLDHYERESIDRVVNDNMLQRRSDDSEVDMYVCVKNGTVYKSGSAMSSSNLCTYCYCIGGTEKCVKPKCMLPVEGCKPIFVDSTCCPVRYDCTSKPSGKSSQEVRYRKTSNKHYLRMSQRLQRNRGCTVNKQFYVEGQKMRSDSDKPCDICFCIRGTRRCAPKKCSPALKNCIPVVPKGQCCPSSYDCGSQRAQSSRQFNLFSLLFGKEDEVNGNDTKKIPAEYPPDRHPSVTVTHNQNILEKNDEKSILDTIREGLEIIDGNNDEVIAQNIKTLAPLTKVVTESQLSTQSTVPENAATEVSFLDLLLGTDEDELPTRVTEEVAPELKTTTGYDGLSWVDILLGPDEDDQKQTGTTAGDRMSISETTENYQNVLNSTSIDRIDQDFEDFSGSGEIIVGEPQSSESSEGPLAEYSVLHKSSISKETHATLQKPILNNTSVTNLVKAGELTVANTESHLATDSTTAATTKSYATKSSQPTVSVKKTTPAPKTTQRPATKSSAKRTQSTTKPTPKPSQKPVELKFKPKSTQKPTEKLHKTTTPRPLNITQTELQNSTEKTKNGLLTVLLDGLSDMLSTENVFNTTQNKMPSNSTSTIISTTTIQPKDTIVLPTPKPKPLPSFKPLPTGKPSPMRINSKIANLTVTAEIAKSSLPSNVTAFKPLPEHMVKSPILLTSTQASVTTTTTPQSSTSITSTTTASNTTTEKSTSTTGSMTTTTKTTTASTTNAAATSSTTLKPVLINTNPTILESDPFDANAEPTLPPSLPNLKIIPFLPTDAVKADRTKPLYDYYHSNAPTAKIDYDQYDEGSIYPAITEPHFPNYPDIADASKAEYIYKFNVEGPSAPVMSSTAGKSDGSSGGAAAFVKYDFVGATEEHKGFSPPTKTEGGFVPKDPLVLSDVNEQIDTVPYVDTGFQVTKHLIDITTGDPLRENSTKVIEITTPDPFKDVIRTEQPPDLTSLIEDKDNILVHKPIQLQPPKLFEDPENLSQSLIHITTAVPQSANDDESPPPTMFATIINEHNDLRQPNEEHKNTIASFLDLLLGGEPDSAVSHTADNLSPSSSTVPPFKTLPQASLELFPNITTTSATVKPKRVATTTIVPINSTATNTTKRIAVKTNSIASSVPAFSKWNGTATAANNNTKPKLKPKTPATQKNHAGATSTTITTKTSSTMRPKSTRPKSGFGVVQRA

Target ORF information:

RefSeq Version	XM_014230867.1
Organism	Bactrocera oleae(olive fruit fly)
Definition	Bactrocera oleae mucin-5AC (LOC106614922), mRNA.

Target ORF information:

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

XM_014230867.1

ORF Insert Sequence:

ATGTTGCGGT GTTCCATTGG CGCGGCCCTG TTGGCGCTGC TGTGCTTTTG GCCCGCTCAC 
TTGGACGCTT TTGTTGCGCA GTCAATGGGC TGTCATCACA ATGGCACTTG GTATGCAGAC 
AGATCACTCG TGCCCACCGT GGAGAAGTGT CTCACATGCC AGTGCCAGCG GAAGACGCTC 
GTCTGTCGTT TGAAGGTATG TCCCGAAATG CCGATGCCAC CGCCCCGCGG TTGTATTGTG 
GTGCAGCAGC GAAACGCCTG CTGTCCGTAT CTGTCGTGCG CGCGTCTGGA TGCCTTCTAC 
AAGATACCGG CGACGCGTCG CATTATCGCT TACTTGGATC ACTACGAACG GGAGTCAATT 
GATCGCGTCG TAAACGATAA TATGCTGCAA CGGCGCTCCG ATGACTCTGA GGTCGATATG 
TATGTTTGCG TGAAGAACGG CACTGTGTAC AAATCCGGTT CGGCAATGTC ATCATCAAAC 
CTCTGCACCT ACTGTTATTG TATTGGTGGT ACTGAGAAAT GCGTCAAGCC GAAATGTATG 
CTGCCGGTCG AAGGCTGTAA GCCCATCTTT GTCGACTCCA CCTGCTGCCC CGTGCGCTAC 
GACTGTACAA GCAAGCCATC CGGCAAGTCA TCGCAGGAGG TGCGCTACCG CAAGACCTCG 
AACAAGCATT ACCTACGCAT GTCACAGCGT CTGCAGCGCA ATCGCGGCTG CACTGTGAAC 
AAGCAGTTCT ACGTGGAGGG ACAGAAAATG CGCTCCGATT CGGATAAGCC GTGTGACATT 
TGTTTCTGCA TACGTGGCAC GCGCCGTTGT GCACCAAAGA AATGCTCACC TGCGCTGAAG 
AACTGCATAC CGGTGGTCCC GAAAGGCCAG TGCTGTCCAT CCAGCTACGA TTGTGGCAGT 
CAGCGTGCGC AGAGCTCACG TCAATTCAAT TTATTTTCAT TGTTGTTCGG CAAAGAAGAT 
GAGGTTAATG GCAATGACAC CAAGAAAATA CCTGCTGAGT ATCCACCAGA CAGACATCCG 
TCGGTGACAG TGACACACAA TCAAAATATA TTGGAGAAGA ATGATGAGAA GAGCATTTTA 
GACACAATAC GCGAAGGTTT GGAAATCATC GACGGGAATA ATGATGAAGT CATTGCACAA 
AATATCAAAA CTTTGGCACC TCTAACGAAA GTCGTGACTG AATCGCAGTT AAGCACTCAA 
TCAACGGTGC CAGAAAACGC TGCCACTGAG GTCAGTTTCT TGGACTTGCT GCTAGGTACT 
GACGAGGATG AACTGCCTAC AAGAGTGACA GAAGAGGTTG CACCTGAGTT GAAAACAACT 
ACGGGGTACG ACGGTCTCTC ATGGGTAGAC ATTTTGTTGG GTCCTGATGA AGATGATCAG 
AAGCAAACTG GCACAACTGC AGGTGACAGA ATGAGTATCT CCGAGACCAC GGAAAATTAT 
CAGAATGTCC TTAATAGCAC AAGTATCGAT CGCATCGATC AAGACTTCGA AGATTTCTCT 
GGCAGTGGTG AGATTATAGT GGGCGAACCA CAATCTAGTG AGTCGAGTGA GGGTCCACTT 
GCCGAATATT CTGTTCTGCA TAAAAGTAGT ATTAGCAAAG AGACGCACGC CACACTACAA 
AAGCCGATAT TGAATAATAC TTCGGTTACC AATTTAGTTA AGGCGGGGGA GTTAACCGTA 
GCCAATACGG AATCCCATTT AGCAACTGAT AGCACTACTG CTGCGACAAC AAAATCTTAT 
GCTACGAAAA GTTCGCAACC GACAGTGTCC GTTAAAAAGA CAACACCTGC TCCCAAAACT 
ACACAAAGGC CCGCAACCAA GTCCAGTGCA AAACGCACTC AAAGTACCAC TAAGCCCACG 
CCGAAACCCT CACAGAAACC CGTTGAATTG AAATTCAAAC CAAAATCAAC GCAAAAGCCA 
ACCGAGAAGT TGCACAAAAC TACCACTCCC CGACCTCTGA ACATTACTCA AACAGAGTTA 
CAAAATTCAA CAGAAAAGAC GAAAAATGGT CTTCTGACTG TCCTGCTTGA TGGTCTTTCC 
GATATGCTTA GCACTGAAAA TGTATTCAAC ACCACTCAAA ACAAAATGCC CTCGAACAGC 
ACATCTACTA TTATAAGTAC AACAACGATA CAACCGAAGG ACACAATTGT ATTGCCCACC 
CCAAAGCCCA AACCATTGCC CTCATTTAAA CCGCTACCCA CTGGAAAACC ATCGCCCATG 
CGAATAAACT CTAAGATTGC AAATCTAACT GTAACAGCCG AAATTGCTAA ATCGAGTCTT 
CCATCTAATG TCACCGCTTT CAAACCTTTG CCAGAGCATA TGGTCAAGTC TCCAATTCTG 
CTAACGTCCA CTCAAGCATC AGTGACCACC ACAACAACAC CTCAGAGCAG TACAAGTATC 
ACTTCTACCA CAACAGCCAG TAACACGACA ACTGAAAAAT CAACTTCCAC CACTGGCAGC 
ATGACAACGA CGACAAAAAC AACTACTGCT AGTACAACCA ATGCAGCAGC AACCTCAAGC 
ACTACACTTA AGCCAGTACT AATTAATACA AACCCCACTA TATTAGAGTC GGATCCTTTC 
GACGCCAACG CTGAACCCAC TTTACCACCC AGTCTTCCCA ATCTGAAAAT AATTCCTTTT 
CTGCCAACGG ATGCCGTGAA AGCTGATCGT ACTAAGCCGC TTTACGACTA CTATCACAGC 
AATGCGCCGA CGGCGAAAAT TGACTATGAT CAATATGATG AAGGCAGTAT ATATCCAGCC 
ATTACTGAGC CACACTTTCC CAACTATCCG GATATAGCAG ATGCTAGTAA GGCGGAGTAT 
ATCTACAAGT TCAATGTGGA GGGTCCATCG GCACCGGTAA TGTCGTCGAC TGCAGGTAAG 
TCGGACGGTT CAAGTGGAGG GGCAGCAGCT TTTGTGAAAT ACGATTTTGT AGGAGCGACA 
GAGGAGCATA AAGGCTTCTC ACCTCCAACC AAAACCGAAG GTGGTTTCGT ACCCAAAGAC 
CCACTCGTTT TAAGCGATGT TAACGAGCAA ATCGATACAG TACCCTACGT GGATACTGGC 
TTTCAAGTAA CGAAGCATTT GATTGACATA ACTACAGGTG ACCCACTCAG AGAGAATTCA 
ACGAAAGTTA TTGAAATCAC TACACCTGAC CCATTTAAGG ATGTCATTCG AACTGAACAG 
CCGCCCGATC TGACCTCTCT TATTGAAGAT AAGGACAATA TTTTAGTTCA CAAGCCCATA 
CAACTACAGC CACCCAAGTT GTTTGAAGAC CCCGAGAATC TAAGTCAGTC TCTTATACAC 
ATTACCACTG CAGTACCACA GTCAGCGAAT GACGATGAGT CACCACCTCC TACAATGTTC 
GCCACAATCA TTAATGAACA TAATGATTTG AGACAGCCAA ATGAGGAACA CAAAAACACT 
ATTGCGTCCT TTTTGGACTT ACTTTTGGGT GGCGAACCCG ATTCGGCTGT GAGTCATACT 
GCGGATAATT TGAGCCCGAG CAGTAGTACA GTGCCTCCTT TTAAAACTTT GCCACAAGCT 
TCGCTGGAAC TTTTTCCCAA CATTACCACC ACATCTGCAA CTGTAAAGCC AAAGAGAGTG 
GCAACAACAA CTATAGTACC AATAAACTCA ACGGCAACAA ACACTACGAA ACGGATTGCT 
GTTAAGACAA ACTCTATCGC TTCGTCGGTC CCCGCATTCA GCAAGTGGAA TGGAACTGCA 
ACTGCTGCCA ACAACAACAC TAAGCCTAAG CTAAAACCGA AAACACCCGC AACACAAAAA 
AACCATGCGG GCGCCACATC CACTACCATA ACAACAAAGA CTTCATCAAC AATGCGTCCA 
AAAAGTACTC GACCAAAATC GGGCTTTGGA GTTGTCCAGC GTGCTTGA