LOC105690422 cDNA ORF clone, Athalia rosae(coleseed sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105690422
Entrez Gene ID	105690422
Full Name	flocculation protein FLO11
Gene Type	protein-coding
Organism	Athalia rosae(coleseed sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020855013.1	XP_020710672.1	flocculation protein FLO11

Pathways from BioSystems
Gene Ontology

The following LOC105690422 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105690422 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
OAt94186	XM_020855013.1 Latest version!	Athalia rosae flocculation protein FLO11 (LOC105690422), 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)

LOC105690422 ( XM_020855013.1 ) cDNA ORF clone, Athalia rosae(coleseed sawfly) -> XP_020710672.1 Athalia rosae flocculation protein FLO11 (LOC105690422), mRNA.

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CloneID	OAt94186
Clone ID Related Accession (Same CDS sequence)	XM_020855013.1
Accession Version	XM_020855013.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3513bp) 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	2018-07-16
Organism	Athalia rosae(coleseed sawfly)
Product	flocculation protein FLO11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020311305.1) 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 Name :: Athalia rosae Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 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##

ATGCCGTCTG GTCTCAAGAT CGGCTATTTC CTAATTTGCT GGGTTTTAGC CGCCTTGTAC 
AGCGGCGCCC TGTTACCAAG GATTCAGGGA AAGCCCTTGC AGGTAAAACC AGGATGTCGA 
TATGAGGGTC GTAGATACCA GGAGGGCGCG ATCGTGGCCA CTTCGGAACC GTGTCTCCAA 
TGCCGTTGCG TTGAAGCATC TCTGAGATGT CGTCTACGTG TTTGCCCCCG CATACCAAAT 
CCTCCGCCCC CCGAATGCCA CCTCCGCGTT TCATCCGAAC ACGTGTGCTG CTCCGAGATG 
ATCTGCGGCG AATCACATGA GAGTGAGAAT TCGTTGAGAC GGGTGGACCT CGGAATCGAT 
GACGTAGTGG AGGAAGATGG TTGCCTCTTC GAAGGAGTCC GTTACGGCGC CGGTTCCGCT 
ATGATAGCGA CCAGGAGGTG CGAGTATTGC TACTGCATAT TAAACGCTAG ACGTTGCGTC 
AGGCCAAAGT GTCTTTTACC TCTTCCAGGG TGCACTCCGC TCTACGCACC CCATTCCTGT 
TGTCCGGTAG CCTACAACTG CACCCACGAT CGCAACGGAC TAGAAACTTC GACGACTACC 
AAGGCGATGT CCTTGAACGG TTGTCGCGTG GGAAATCGCA ACTACGACGA AGGAGAGATG 
GTCAGGGATA TAGCTTGGAA AGCACCATGC GACAACTGCT TTTGTGCCAT GGGAGCCATA 
AGATGTGTGC CTTTGGCTTG CGCCCCCCCA CTTCAGGGCT GTAGCCCGAT CGTCAGGGAA 
GGTCAATGTT GTCCGTCGAC CTACAACTGT AGCGGAAGCA TCGAGGTAAA AGCGACTCAG 
AACTTCGCGT CTTACGCTTT CGTCAGTAAA GATTACGCCA ATTTTCGCAA GGAGACGCAT 
TTCTACCCTG TCGATAACCA GCTGAATCCC ATCCTGTCGA ACGCTATCGT CGAGGGTCGG 
GGTCACAGGA TAATCGATGG GACTGCTTAC ACAACGGATC AGGAGGTAAT CGACGTTACT 
ACTCCTCCTC GGTTCGGCAG CACCCCGCCG CAGGATTCTA CATCGGAGTA TTCGACGACG 
GCTGGCGTCG AGTCCTCCTC GCCGGTGCCC ACGCCGGAGA GCGAGACGAT GGGCAACGAG 
ATTCTCTCCG ACGCCGATTC GGAAGGCTCG AAATCCACGG TGCAAATGTC CGCGACGACG 
TCGCTCACGA CCCCGATGTG GACCGAGGTC ACTACCGACA CGGAGTTATC GACTTCGACG 
AGGGAATCGA CGACCTTGGA ATTGACAACG TTCGAATCGA CGACCGCCGC TTGGACGACT 
CAAGAAGAAA CTACCGGCGT CGATACGGGA AGTACCACGA GTGAAAGTGG TTCAACGACT 
GCGGGAGGTG AACCATTGGA GGAGAGGGTG AACGGTGCAG TCGGCGAAGA GGAGTCTGTA 
ACAACGGTAC GGGCAATTTC GCAGGATACG ACTTTCTCAA ATTCGTCGAT AACCGTTATC 
CGGCCGACCG AAGCGAGCCG AGAAGAAGAG AAAGAAGAAA AAGACGAGGG GGATGAAATG 
GAGGTGGAAA AAAAAGGGAG TACCTCGAAC GGCGCGGAAT CAGCTACCAG TTTGCCAACG 
ACGATCCTGA TGCCCGATGA CATTTTCGTG ATGAACGTGA CCCTGAAAAC TAACGTATCC 
GTTGGTCACG TCGAGGGGAT GACGGTTGCC CCGGTTAGAT CGATACCCCC CGATGTGGAA 
GCCATTTTGA ACATAACTCA GAGGGAAAAG GGGGAGGACT ACGATTATTA CAGCGAACCA 
ACTTTACCAC CGTCTCTGCC GAACGTCAGG ATAATTCCCT TCGTTGCCGC GGACGCCTTG 
GTGAAAAATG AGAAAGACAC GACCTCGAGC GTCACCGCTT ACCCGTCAGG ATCTGCTGCC 
GTTGTACCTG CTGAACTGCA ACGACCCACG GACAGCTCTA ACTTTTACGA CATTGTTACT 
CGGGAGAATA GATTTAGCCC ACCTGTTGAA ACTGAAGGCG GATTCGTTCC CCGAGATCCA 
CCCTATTTCG AAGGATCCTA TCACTCGACC GATCTGAGCT TGGAAATTGG CACCGGCGTA 
ACCGTAGTTC CCGCAGACAT TACCAATCCG AATAGAAAAG AAGAAGGTCC GCTGCAGACC 
GACTGTCGAT TCGAAACGCG ACAATACCGT CACGGAGAAT TCATCCCTAA CAGCGGACTC 
TGCGTAATCT GCATGTGTTA CTACGGCGAA GTAGTATGTT CGGACGAAAA ATGTCCCCCT 
CTGAAAATCG GGTGCAGGAG GGTCAACGAG GACGAAAGAT GCTGCGGTAA AATTATCTGC 
GTCGACACGG CCGAATCTCC GACGATGGTC TTGGACCGAG CGGACGCTAC GGCACCCTCT 
CATCGCCAAG GTGTAACGTC TCTGGACGGA ATCGCGACCC CGGACCCTTT TCGAGACGTC 
ATTAAGACGG AACCGGCTCC GGACCTTCCC TCGCTGATCG AGGATATGAT ACCCTACCTG 
GTCGAACGAG GGATTTCAAC ACCGAGACCG ACGACTCCGA TGCAATCGAA CGGCCTAAAG 
TCCAGTCAGA CGATTCAAAA GCCCGAATTC GTCGGTGTCG AAGTTCCGCT ACTCCACGCG 
CCACTTTACG CTTATCGAGA TCAAATCGAC AGGCGCAAAG ACGAAGACAT CGCGGTCCCC 
GTATCCCCAA TTTCGGCGGC GATCGATGAC GGAATGGGTT ACAACTTTCA TACCGCGGGT 
GGTAATTTAA ACTTTTCGCC GTTCTCTCAT CAGGAACCCA GTAAAAATTT CGACGCGGGT 
TTTCCCGACT TTATTTACGA CAAACAAATC GAGTCCGTCG TCACCCGGAA CTTTTCGAAT 
CCCGTTAACT CGGCGTCCGT CGGAAATTCC AACGTAACGG AAGACGACGG TCCGCCGTCC 
GCGAAACCCA ATTTTTCGAA TAAAACGGAA AACACTTTTT CCAAACCCTC GGAAACAACT 
CCCAACGATA AAACTTCGGC TAACGTCCAC TCGCCGGAGC CAGAAGAAGA ACCGGAAGAC 
TCGGATGACT CCGGCTATTC CTTCGGCAGC GTTTTCAACC TGCTGTTCTC TGACCCAGCT 
ACGGTGAAAC CAGACATTCA AATACCGCTG ACGAAAAATA ATTCCCCAAC TTCCGTCGGA 
GATCCTGCGA CCGGTTCGTC GCCGGTTACC ACCGATTCCC CTCCGACTAC CACCGAGGTT 
TCGCCGGCGT TCGATTCACC GTCAAAATTT ACATCCGCTA AAACTATCGA ACCTTCTTCG 
CCCGCACCTG TCGTAAAATC CACGACGACT GCCAAGCCTG TTAAGCAAGG GTTCGAAGCG 
CCGACTGCGG TCGGCGGTCT TCTAAAATTA GCCGGATGCA ATATTTACGG GCGTATGTAC 
CGGGTCGGAA AAATTATCAC CGAATTATCC GGACCCTGTC TCGAATGCAG ATGTACGGAG 
ATCGGGGTTC ACTGCAAAAA ATTATTATGT TGA

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

RefSeq	XP_020710672.1
CDS	393..3905
Translation	MPSGLKIGYFLICWVLAALYSGALLPRIQGKPLQVKPGCRYEGRRYQEGAIVATSEPCLQCRCVEASLRCRLRVCPRIPNPPPPECHLRVSSEHVCCSEMICGESHESENSLRRVDLGIDDVVEEDGCLFEGVRYGAGSAMIATRRCEYCYCILNARRCVRPKCLLPLPGCTPLYAPHSCCPVAYNCTHDRNGLETSTTTKAMSLNGCRVGNRNYDEGEMVRDIAWKAPCDNCFCAMGAIRCVPLACAPPLQGCSPIVREGQCCPSTYNCSGSIEVKATQNFASYAFVSKDYANFRKETHFYPVDNQLNPILSNAIVEGRGHRIIDGTAYTTDQEVIDVTTPPRFGSTPPQDSTSEYSTTAGVESSSPVPTPESETMGNEILSDADSEGSKSTVQMSATTSLTTPMWTEVTTDTELSTSTRESTTLELTTFESTTAAWTTQEETTGVDTGSTTSESGSTTAGGEPLEERVNGAVGEEESVTTVRAISQDTTFSNSSITVIRPTEASREEEKEEKDEGDEMEVEKKGSTSNGAESATSLPTTILMPDDIFVMNVTLKTNVSVGHVEGMTVAPVRSIPPDVEAILNITQREKGEDYDYYSEPTLPPSLPNVRIIPFVAADALVKNEKDTTSSVTAYPSGSAAVVPAELQRPTDSSNFYDIVTRENRFSPPVETEGGFVPRDPPYFEGSYHSTDLSLEIGTGVTVVPADITNPNRKEEGPLQTDCRFETRQYRHGEFIPNSGLCVICMCYYGEVVCSDEKCPPLKIGCRRVNEDERCCGKIICVDTAESPTMVLDRADATAPSHRQGVTSLDGIATPDPFRDVIKTEPAPDLPSLIEDMIPYLVERGISTPRPTTPMQSNGLKSSQTIQKPEFVGVEVPLLHAPLYAYRDQIDRRKDEDIAVPVSPISAAIDDGMGYNFHTAGGNLNFSPFSHQEPSKNFDAGFPDFIYDKQIESVVTRNFSNPVNSASVGNSNVTEDDGPPSAKPNFSNKTENTFSKPSETTPNDKTSANVHSPEPEEEPEDSDDSGYSFGSVFNLLFSDPATVKPDIQIPLTKNNSPTSVGDPATGSSPVTTDSPPTTTEVSPAFDSPSKFTSAKTIEPSSPAPVVKSTTTAKPVKQGFEAPTAVGGLLKLAGCNIYGRMYRVGKIITELSGPCLECRCTEIGVHCKKLLC

Target ORF information:

RefSeq Version	XM_020855013.1
Organism	Athalia rosae(coleseed sawfly)
Definition	Athalia rosae flocculation protein FLO11 (LOC105690422), mRNA.

Target ORF information:

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

XM_020855013.1

ORF Insert Sequence:

ATGCCGTCTG GTCTCAAGAT CGGCTATTTC CTAATTTGCT GGGTTTTAGC CGCCTTGTAC 
AGCGGCGCCC TGTTACCAAG GATTCAGGGA AAGCCCTTGC AGGTAAAACC AGGATGTCGA 
TATGAGGGTC GTAGATACCA GGAGGGCGCG ATCGTGGCCA CTTCGGAACC GTGTCTCCAA 
TGCCGTTGCG TTGAAGCATC TCTGAGATGT CGTCTACGTG TTTGCCCCCG CATACCAAAT 
CCTCCGCCCC CCGAATGCCA CCTCCGCGTT TCATCCGAAC ACGTGTGCTG CTCCGAGATG 
ATCTGCGGCG AATCACATGA GAGTGAGAAT TCGTTGAGAC GGGTGGACCT CGGAATCGAT 
GACGTAGTGG AGGAAGATGG TTGCCTCTTC GAAGGAGTCC GTTACGGCGC CGGTTCCGCT 
ATGATAGCGA CCAGGAGGTG CGAGTATTGC TACTGCATAT TAAACGCTAG ACGTTGCGTC 
AGGCCAAAGT GTCTTTTACC TCTTCCAGGG TGCACTCCGC TCTACGCACC CCATTCCTGT 
TGTCCGGTAG CCTACAACTG CACCCACGAT CGCAACGGAC TAGAAACTTC GACGACTACC 
AAGGCGATGT CCTTGAACGG TTGTCGCGTG GGAAATCGCA ACTACGACGA AGGAGAGATG 
GTCAGGGATA TAGCTTGGAA AGCACCATGC GACAACTGCT TTTGTGCCAT GGGAGCCATA 
AGATGTGTGC CTTTGGCTTG CGCCCCCCCA CTTCAGGGCT GTAGCCCGAT CGTCAGGGAA 
GGTCAATGTT GTCCGTCGAC CTACAACTGT AGCGGAAGCA TCGAGGTAAA AGCGACTCAG 
AACTTCGCGT CTTACGCTTT CGTCAGTAAA GATTACGCCA ATTTTCGCAA GGAGACGCAT 
TTCTACCCTG TCGATAACCA GCTGAATCCC ATCCTGTCGA ACGCTATCGT CGAGGGTCGG 
GGTCACAGGA TAATCGATGG GACTGCTTAC ACAACGGATC AGGAGGTAAT CGACGTTACT 
ACTCCTCCTC GGTTCGGCAG CACCCCGCCG CAGGATTCTA CATCGGAGTA TTCGACGACG 
GCTGGCGTCG AGTCCTCCTC GCCGGTGCCC ACGCCGGAGA GCGAGACGAT GGGCAACGAG 
ATTCTCTCCG ACGCCGATTC GGAAGGCTCG AAATCCACGG TGCAAATGTC CGCGACGACG 
TCGCTCACGA CCCCGATGTG GACCGAGGTC ACTACCGACA CGGAGTTATC GACTTCGACG 
AGGGAATCGA CGACCTTGGA ATTGACAACG TTCGAATCGA CGACCGCCGC TTGGACGACT 
CAAGAAGAAA CTACCGGCGT CGATACGGGA AGTACCACGA GTGAAAGTGG TTCAACGACT 
GCGGGAGGTG AACCATTGGA GGAGAGGGTG AACGGTGCAG TCGGCGAAGA GGAGTCTGTA 
ACAACGGTAC GGGCAATTTC GCAGGATACG ACTTTCTCAA ATTCGTCGAT AACCGTTATC 
CGGCCGACCG AAGCGAGCCG AGAAGAAGAG AAAGAAGAAA AAGACGAGGG GGATGAAATG 
GAGGTGGAAA AAAAAGGGAG TACCTCGAAC GGCGCGGAAT CAGCTACCAG TTTGCCAACG 
ACGATCCTGA TGCCCGATGA CATTTTCGTG ATGAACGTGA CCCTGAAAAC TAACGTATCC 
GTTGGTCACG TCGAGGGGAT GACGGTTGCC CCGGTTAGAT CGATACCCCC CGATGTGGAA 
GCCATTTTGA ACATAACTCA GAGGGAAAAG GGGGAGGACT ACGATTATTA CAGCGAACCA 
ACTTTACCAC CGTCTCTGCC GAACGTCAGG ATAATTCCCT TCGTTGCCGC GGACGCCTTG 
GTGAAAAATG AGAAAGACAC GACCTCGAGC GTCACCGCTT ACCCGTCAGG ATCTGCTGCC 
GTTGTACCTG CTGAACTGCA ACGACCCACG GACAGCTCTA ACTTTTACGA CATTGTTACT 
CGGGAGAATA GATTTAGCCC ACCTGTTGAA ACTGAAGGCG GATTCGTTCC CCGAGATCCA 
CCCTATTTCG AAGGATCCTA TCACTCGACC GATCTGAGCT TGGAAATTGG CACCGGCGTA 
ACCGTAGTTC CCGCAGACAT TACCAATCCG AATAGAAAAG AAGAAGGTCC GCTGCAGACC 
GACTGTCGAT TCGAAACGCG ACAATACCGT CACGGAGAAT TCATCCCTAA CAGCGGACTC 
TGCGTAATCT GCATGTGTTA CTACGGCGAA GTAGTATGTT CGGACGAAAA ATGTCCCCCT 
CTGAAAATCG GGTGCAGGAG GGTCAACGAG GACGAAAGAT GCTGCGGTAA AATTATCTGC 
GTCGACACGG CCGAATCTCC GACGATGGTC TTGGACCGAG CGGACGCTAC GGCACCCTCT 
CATCGCCAAG GTGTAACGTC TCTGGACGGA ATCGCGACCC CGGACCCTTT TCGAGACGTC 
ATTAAGACGG AACCGGCTCC GGACCTTCCC TCGCTGATCG AGGATATGAT ACCCTACCTG 
GTCGAACGAG GGATTTCAAC ACCGAGACCG ACGACTCCGA TGCAATCGAA CGGCCTAAAG 
TCCAGTCAGA CGATTCAAAA GCCCGAATTC GTCGGTGTCG AAGTTCCGCT ACTCCACGCG 
CCACTTTACG CTTATCGAGA TCAAATCGAC AGGCGCAAAG ACGAAGACAT CGCGGTCCCC 
GTATCCCCAA TTTCGGCGGC GATCGATGAC GGAATGGGTT ACAACTTTCA TACCGCGGGT 
GGTAATTTAA ACTTTTCGCC GTTCTCTCAT CAGGAACCCA GTAAAAATTT CGACGCGGGT 
TTTCCCGACT TTATTTACGA CAAACAAATC GAGTCCGTCG TCACCCGGAA CTTTTCGAAT 
CCCGTTAACT CGGCGTCCGT CGGAAATTCC AACGTAACGG AAGACGACGG TCCGCCGTCC 
GCGAAACCCA ATTTTTCGAA TAAAACGGAA AACACTTTTT CCAAACCCTC GGAAACAACT 
CCCAACGATA AAACTTCGGC TAACGTCCAC TCGCCGGAGC CAGAAGAAGA ACCGGAAGAC 
TCGGATGACT CCGGCTATTC CTTCGGCAGC GTTTTCAACC TGCTGTTCTC TGACCCAGCT 
ACGGTGAAAC CAGACATTCA AATACCGCTG ACGAAAAATA ATTCCCCAAC TTCCGTCGGA 
GATCCTGCGA CCGGTTCGTC GCCGGTTACC ACCGATTCCC CTCCGACTAC CACCGAGGTT 
TCGCCGGCGT TCGATTCACC GTCAAAATTT ACATCCGCTA AAACTATCGA ACCTTCTTCG 
CCCGCACCTG TCGTAAAATC CACGACGACT GCCAAGCCTG TTAAGCAAGG GTTCGAAGCG 
CCGACTGCGG TCGGCGGTCT TCTAAAATTA GCCGGATGCA ATATTTACGG GCGTATGTAC 
CGGGTCGGAA AAATTATCAC CGAATTATCC GGACCCTGTC TCGAATGCAG ATGTACGGAG 
ATCGGGGTTC ACTGCAAAAA ATTATTATGT TGA