LOC101895792 cDNA ORF clone, Musca domestica(house fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101895792
Entrez Gene ID	101895792
Full Name	spindle pole body component 110
Gene Type	protein-coding
Organism	Musca domestica(house fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020038342.1	XP_019893901.1	spindle pole body component 110

Pathways from BioSystems
Gene Ontology

The following LOC101895792 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101895792 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
OMj49693	XM_020038342.1 Latest version!	Musca domestica spindle pole body component 110 (LOC101895792), 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)

LOC101895792 ( XM_020038342.1 ) cDNA ORF clone, Musca domestica(house fly) -> XP_019893901.1 Musca domestica spindle pole body component 110 (LOC101895792), mRNA.

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CloneID	OMj49693
Clone ID Related Accession (Same CDS sequence)	XM_020038342.1
Accession Version	XM_020038342.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3330bp) 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	2017-01-25
Organism	Musca domestica(house fly)
Product	spindle pole body component 110
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004765987.1) and transcript sequence (GARN01007527.1) 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 :: Musca domestica Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 612 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGCAAAATA ATTCAAGGAT AAATGATGGC AGACCTCCCC AAATGCCACC ACCAAAACCG 
CAGAGATCAC CATCACTAAA TTCAACATAT CCAACAAATC CCCTATCCGG TACAAGTCCG 
TCACAGATCC GTCCCGGACA ACAGAGGTTC TCGTTAACAC CACATACCAT GGGAATGGAT 
GATCGCAACA TTGCAGCACA AAATCAAAAT ACATCCACCA GCCATCAACA AAATAAGCTG 
CAACATTCTG CCTCCGAAAC CTATGCCAAG CCAGAATTTA GACAATGTGC CAGCTATGAA 
TACCAGCCTT CTTCTTCAGC AGCAGCAACA ACAGCGGCAA ATGTCAAAGC AGAATCGACA 
AATTTGTCAT TTACAGAACA CGATAGCGGC TATTCTCCGA ATATTTCAGA ATGTCAAAGT 
GGTGCTCCTC CCTCTCCCAC GCCGGGCTAT CCGTCTACCT ATGTGTTGCG CAGTCGAAAT 
TCGGCACCTT CAACATCGAC AAATGTCCAG TGTCTGCATC CCTTTCAGGC CAGATCATCG 
TTGCCGGATT CAACTGCCGC GTATTACGAA CACCAGGTGC AGAAATTTAG TCCCACTTTA 
ATTGGTGATT CGGCCCGAAT AAACGGAGTT CTTAACGATG TTTATCGGAA TCGATTGAGA 
GATATTGATC AGAATGCAGA GGGAGATGTG CATCTTCAAT TGGCCACATA TAAAGAATGG 
GTTGATATGC TCCTGAAAGT CAATGAATCG ACCATATCAA ATATGGAAGA ACTAGAGGCT 
GAAGTCGCTG AGCGCTTGGA ATTTTTACAG CGAAAAGTCA GTTCAAATTG CCGCCATAGT 
CAAGGCAATG AATTATTGAA ATGTCGCAAG GACATCAATA CCCTGATTAA ATTTATTCGC 
GAGTCCTGTC AATACGATGT CATGAACGTG AGCGGAATAA CATTTGAGAC CATATCACCG 
GCCATGGTGT TTGGAAATGT TGAAGGAGCT GTGGCGGCAA CACAAATGGG GAATTCCTCA 
GATCCCGAAA CTATGCAAAG AAATATGTTG TATGCCAATC TTAAAGCTTT GGCCTTGGAG 
GTAGCCGAGA AACACGATGA AGTTCGTGAT TTGAAACGCC AGGTGGTCTG CCTCGAAGAT 
GAAATACAAA AAGCCACCAA GAAAATTCAA TTCAAGGATA ATGTCATACA AAAATTACGC 
GATGACCTCA AATGCTATAC CAAGAGTCCT GTGGAGACGT GCTCAAGTAT GCCGCAGCTT 
AATTCCGATA CACCGCGCAG TGATGCCTCA ACATTGGTCT CTGAGGACAA TCCATCAAGG 
TATTTGGACG ATGTCAGTTC GCAGTTTGAA TGCTTGAGTC AAACCGAACA CATGGTCGAG 
GAGAAGGTAA AGACGCTTCA CGAAGAGCTA GATGAATATT ACGATCTGCA GCACAAGGAT 
GAAGTACAGA GGAAAGAAAT GGAAAAGAGA ATAAAGGAAA TAGTAAGGAA ATCAGAGTGT 
GAAAAAGTGA CAGCCTATCG CAAATTAGAT TTTATACGAC GACAACTCAT TGACTTGGAA 
AGTTCAGCTC TGTCCGAGAC CACCACCACC TCCAATGAAG CCGATAATGA TTCCGGCATT 
GGTTCGAAAA ATGAATTCGA TAAGGATGCC AAGATTTTGG AGACAATACG AAAACGTCTG 
CGCAGTCTCT ATGACAGTAA CTTCGAGCTG AACCGTCAGG TGCAAACTTT GAAAATGGAG 
AATAATAAGT TATCCACAAA TTTGGAATCT ACCAAACATA TTTCGGAACG AAATAGTGAA 
ACTTTGAGGA GTGTTGCGGC TTTGCTAAAT AGCCTGACTG GAAACTTCTC GTATGCCGAG 
ATGTATAACC ATGACAAGGA TCAGTGTGAA ACGAATCCCT TTTGCAAAGC CATAATGGAT 
ATAAAGGGCA GCTATCAGGA TAGAGAGAAT AAGCTGTTGC ACACAGTCAC CGTGCAAAAT 
AAAAAGATTG AAGAACTCTC TAAAGCCCTG CATGAAAACG AAAAGCTCTT TGGACACCAG 
CAAAGGCAAC GTATGAACAA TGCTCTCAAA TGCCAAATAC AACACCTTAA GAAAGCGATT 
ATGGATCGGG AACAACACAT CCTACACCTG ACGGCCGTTC TCAATCATCA CAACTCCCAA 
AATCCAACGG CCTATGAATC CTGTCGTGCC AATCCCCTAC CCCATGCTAC CGCTAAGCAA 
ACTCCTCCTA CAGGCCCCTG CTGTAGTAAT CAACAAAGAG TCACGGATTT AGAAAAACGT 
CTCGACACAA TGTCCAAGGA GTTGGATAAG TCACAGAGGC AGGAATATTT TTTGCATTCG 
GAGACGAGAA AACTCAACGA GCAACTGAAT GAGAGTAAAA GGAAAAATGC TGATTTGGCC 
TCACAGGCCC AACGTTTAGC CGGTTTATTG AAGTCGCAGG AAGTCCATCG CTCAGATTTG 
GCCAAAAAAT ACGATAGTCT TGAGGAGAGT TTTGAAGACC AGGCCAAGAA GTTGCGTACA 
GCCAATGCCC AGCTGACGGT GTTAAATGAA CGGTTTCAGC TAATGGAAAG GCAGCAGCAT 
GAACATAATT TGGAGCGCAA GCTGCTGCAC GACGAAGTGT TGGCCCTGAA GGAAAAGGAA 
GCCATTGTTA TGGGTCGCCA AAAGAGTTTG CAGGAACAAT TGGCCAAAAC TGAAAAGGAG 
CTCTACACGG CACATAATGT TATGCGCGAT CAAACGAATA TAATGAAAAC AAACGATCTG 
AAACATGCCG AGGAGTTGCA ACGCCTCAAG GAGGAGCACT ATGATACGAA ACGGAAATTG 
AAAAATCTCA CCGAGGACTA CAAACGTCTG CAGGAGGCCT ATGAAAACGA ACAGGAAATA 
TGCAAACAAT CGGAGAAGTT ACTTAACTCC TTTCGCAAAT GGAAGGAGCA ACAACTGAAG 
GCAGATGCCG AGAATCGAGA GAAATTCCAA AAGATGGAGG CCCACATTCA GCTGCTGTAT 
CAGGACAAAT TGGAGATGTT GAATGCCCAG CGTAGCATGT GGTTGGACTA CAAAACATTG 
GAGGCGGAAT TGGAGCGTCT CAGCCAGGCA TCGTTTAATG TATCAAATCC CAGGTTAGGT 
GTTACGGTGA CAAATGAAAT GCTTGCCGAA CGCTTATCGG CCATTAAAAA GGCTCGCAGT 
CGTATTATAG AACAGACACT GCTGATGGAG GAGGCATTAC GGGAAGAGGA TAAACTCGAG 
GTTTCAGAAG ATGAGCCGGG CCCGAGCAAG ACCACAACCG CCACTGGAAC AGACGATAGA 
CAACGACAGG ACTCCTCAAA TCCTGGCTAA

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

RefSeq	XP_019893901.1
CDS	852..4181
Translation	MQNNSRINDGRPPQMPPPKPQRSPSLNSTYPTNPLSGTSPSQIRPGQQRFSLTPHTMGMDDRNIAAQNQNTSTSHQQNKLQHSASETYAKPEFRQCASYEYQPSSSAAATTAANVKAESTNLSFTEHDSGYSPNISECQSGAPPSPTPGYPSTYVLRSRNSAPSTSTNVQCLHPFQARSSLPDSTAAYYEHQVQKFSPTLIGDSARINGVLNDVYRNRLRDIDQNAEGDVHLQLATYKEWVDMLLKVNESTISNMEELEAEVAERLEFLQRKVSSNCRHSQGNELLKCRKDINTLIKFIRESCQYDVMNVSGITFETISPAMVFGNVEGAVAATQMGNSSDPETMQRNMLYANLKALALEVAEKHDEVRDLKRQVVCLEDEIQKATKKIQFKDNVIQKLRDDLKCYTKSPVETCSSMPQLNSDTPRSDASTLVSEDNPSRYLDDVSSQFECLSQTEHMVEEKVKTLHEELDEYYDLQHKDEVQRKEMEKRIKEIVRKSECEKVTAYRKLDFIRRQLIDLESSALSETTTTSNEADNDSGIGSKNEFDKDAKILETIRKRLRSLYDSNFELNRQVQTLKMENNKLSTNLESTKHISERNSETLRSVAALLNSLTGNFSYAEMYNHDKDQCETNPFCKAIMDIKGSYQDRENKLLHTVTVQNKKIEELSKALHENEKLFGHQQRQRMNNALKCQIQHLKKAIMDREQHILHLTAVLNHHNSQNPTAYESCRANPLPHATAKQTPPTGPCCSNQQRVTDLEKRLDTMSKELDKSQRQEYFLHSETRKLNEQLNESKRKNADLASQAQRLAGLLKSQEVHRSDLAKKYDSLEESFEDQAKKLRTANAQLTVLNERFQLMERQQHEHNLERKLLHDEVLALKEKEAIVMGRQKSLQEQLAKTEKELYTAHNVMRDQTNIMKTNDLKHAEELQRLKEEHYDTKRKLKNLTEDYKRLQEAYENEQEICKQSEKLLNSFRKWKEQQLKADAENREKFQKMEAHIQLLYQDKLEMLNAQRSMWLDYKTLEAELERLSQASFNVSNPRLGVTVTNEMLAERLSAIKKARSRIIEQTLLMEEALREEDKLEVSEDEPGPSKTTTATGTDDRQRQDSSNPG

Target ORF information:

RefSeq Version	XM_020038342.1
Organism	Musca domestica(house fly)
Definition	Musca domestica spindle pole body component 110 (LOC101895792), mRNA.

Target ORF information:

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

XM_020038342.1

ORF Insert Sequence:

ATGCAAAATA ATTCAAGGAT AAATGATGGC AGACCTCCCC AAATGCCACC ACCAAAACCG 
CAGAGATCAC CATCACTAAA TTCAACATAT CCAACAAATC CCCTATCCGG TACAAGTCCG 
TCACAGATCC GTCCCGGACA ACAGAGGTTC TCGTTAACAC CACATACCAT GGGAATGGAT 
GATCGCAACA TTGCAGCACA AAATCAAAAT ACATCCACCA GCCATCAACA AAATAAGCTG 
CAACATTCTG CCTCCGAAAC CTATGCCAAG CCAGAATTTA GACAATGTGC CAGCTATGAA 
TACCAGCCTT CTTCTTCAGC AGCAGCAACA ACAGCGGCAA ATGTCAAAGC AGAATCGACA 
AATTTGTCAT TTACAGAACA CGATAGCGGC TATTCTCCGA ATATTTCAGA ATGTCAAAGT 
GGTGCTCCTC CCTCTCCCAC GCCGGGCTAT CCGTCTACCT ATGTGTTGCG CAGTCGAAAT 
TCGGCACCTT CAACATCGAC AAATGTCCAG TGTCTGCATC CCTTTCAGGC CAGATCATCG 
TTGCCGGATT CAACTGCCGC GTATTACGAA CACCAGGTGC AGAAATTTAG TCCCACTTTA 
ATTGGTGATT CGGCCCGAAT AAACGGAGTT CTTAACGATG TTTATCGGAA TCGATTGAGA 
GATATTGATC AGAATGCAGA GGGAGATGTG CATCTTCAAT TGGCCACATA TAAAGAATGG 
GTTGATATGC TCCTGAAAGT CAATGAATCG ACCATATCAA ATATGGAAGA ACTAGAGGCT 
GAAGTCGCTG AGCGCTTGGA ATTTTTACAG CGAAAAGTCA GTTCAAATTG CCGCCATAGT 
CAAGGCAATG AATTATTGAA ATGTCGCAAG GACATCAATA CCCTGATTAA ATTTATTCGC 
GAGTCCTGTC AATACGATGT CATGAACGTG AGCGGAATAA CATTTGAGAC CATATCACCG 
GCCATGGTGT TTGGAAATGT TGAAGGAGCT GTGGCGGCAA CACAAATGGG GAATTCCTCA 
GATCCCGAAA CTATGCAAAG AAATATGTTG TATGCCAATC TTAAAGCTTT GGCCTTGGAG 
GTAGCCGAGA AACACGATGA AGTTCGTGAT TTGAAACGCC AGGTGGTCTG CCTCGAAGAT 
GAAATACAAA AAGCCACCAA GAAAATTCAA TTCAAGGATA ATGTCATACA AAAATTACGC 
GATGACCTCA AATGCTATAC CAAGAGTCCT GTGGAGACGT GCTCAAGTAT GCCGCAGCTT 
AATTCCGATA CACCGCGCAG TGATGCCTCA ACATTGGTCT CTGAGGACAA TCCATCAAGG 
TATTTGGACG ATGTCAGTTC GCAGTTTGAA TGCTTGAGTC AAACCGAACA CATGGTCGAG 
GAGAAGGTAA AGACGCTTCA CGAAGAGCTA GATGAATATT ACGATCTGCA GCACAAGGAT 
GAAGTACAGA GGAAAGAAAT GGAAAAGAGA ATAAAGGAAA TAGTAAGGAA ATCAGAGTGT 
GAAAAAGTGA CAGCCTATCG CAAATTAGAT TTTATACGAC GACAACTCAT TGACTTGGAA 
AGTTCAGCTC TGTCCGAGAC CACCACCACC TCCAATGAAG CCGATAATGA TTCCGGCATT 
GGTTCGAAAA ATGAATTCGA TAAGGATGCC AAGATTTTGG AGACAATACG AAAACGTCTG 
CGCAGTCTCT ATGACAGTAA CTTCGAGCTG AACCGTCAGG TGCAAACTTT GAAAATGGAG 
AATAATAAGT TATCCACAAA TTTGGAATCT ACCAAACATA TTTCGGAACG AAATAGTGAA 
ACTTTGAGGA GTGTTGCGGC TTTGCTAAAT AGCCTGACTG GAAACTTCTC GTATGCCGAG 
ATGTATAACC ATGACAAGGA TCAGTGTGAA ACGAATCCCT TTTGCAAAGC CATAATGGAT 
ATAAAGGGCA GCTATCAGGA TAGAGAGAAT AAGCTGTTGC ACACAGTCAC CGTGCAAAAT 
AAAAAGATTG AAGAACTCTC TAAAGCCCTG CATGAAAACG AAAAGCTCTT TGGACACCAG 
CAAAGGCAAC GTATGAACAA TGCTCTCAAA TGCCAAATAC AACACCTTAA GAAAGCGATT 
ATGGATCGGG AACAACACAT CCTACACCTG ACGGCCGTTC TCAATCATCA CAACTCCCAA 
AATCCAACGG CCTATGAATC CTGTCGTGCC AATCCCCTAC CCCATGCTAC CGCTAAGCAA 
ACTCCTCCTA CAGGCCCCTG CTGTAGTAAT CAACAAAGAG TCACGGATTT AGAAAAACGT 
CTCGACACAA TGTCCAAGGA GTTGGATAAG TCACAGAGGC AGGAATATTT TTTGCATTCG 
GAGACGAGAA AACTCAACGA GCAACTGAAT GAGAGTAAAA GGAAAAATGC TGATTTGGCC 
TCACAGGCCC AACGTTTAGC CGGTTTATTG AAGTCGCAGG AAGTCCATCG CTCAGATTTG 
GCCAAAAAAT ACGATAGTCT TGAGGAGAGT TTTGAAGACC AGGCCAAGAA GTTGCGTACA 
GCCAATGCCC AGCTGACGGT GTTAAATGAA CGGTTTCAGC TAATGGAAAG GCAGCAGCAT 
GAACATAATT TGGAGCGCAA GCTGCTGCAC GACGAAGTGT TGGCCCTGAA GGAAAAGGAA 
GCCATTGTTA TGGGTCGCCA AAAGAGTTTG CAGGAACAAT TGGCCAAAAC TGAAAAGGAG 
CTCTACACGG CACATAATGT TATGCGCGAT CAAACGAATA TAATGAAAAC AAACGATCTG 
AAACATGCCG AGGAGTTGCA ACGCCTCAAG GAGGAGCACT ATGATACGAA ACGGAAATTG 
AAAAATCTCA CCGAGGACTA CAAACGTCTG CAGGAGGCCT ATGAAAACGA ACAGGAAATA 
TGCAAACAAT CGGAGAAGTT ACTTAACTCC TTTCGCAAAT GGAAGGAGCA ACAACTGAAG 
GCAGATGCCG AGAATCGAGA GAAATTCCAA AAGATGGAGG CCCACATTCA GCTGCTGTAT 
CAGGACAAAT TGGAGATGTT GAATGCCCAG CGTAGCATGT GGTTGGACTA CAAAACATTG 
GAGGCGGAAT TGGAGCGTCT CAGCCAGGCA TCGTTTAATG TATCAAATCC CAGGTTAGGT 
GTTACGGTGA CAAATGAAAT GCTTGCCGAA CGCTTATCGG CCATTAAAAA GGCTCGCAGT 
CGTATTATAG AACAGACACT GCTGATGGAG GAGGCATTAC GGGAAGAGGA TAAACTCGAG 
GTTTCAGAAG ATGAGCCGGG CCCGAGCAAG ACCACAACCG CCACTGGAAC AGACGATAGA 
CAACGACAGG ACTCCTCAAA TCCTGGCTAA