LOC106057089 cDNA ORF clone, Biomphalaria glabrata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106057089
Entrez Gene ID	106057089
Full Name	serine-rich adhesin for platelets-like
Gene Type	protein-coding
Organism	Biomphalaria glabrata

mRNA and Protein(s)

mRNA	Protein	Name
XM_013214142.1	XP_013069596.1	serine-rich adhesin for platelets-like

Pathways from BioSystems
Gene Ontology

The following LOC106057089 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106057089 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
OBi91326	XM_013214142.1 Latest version!	Biomphalaria glabrata serine-rich adhesin for platelets-like (LOC106057089), 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)

LOC106057089 ( XM_013214142.1 ) cDNA ORF clone, Biomphalaria glabrata -> XP_013069596.1 Biomphalaria glabrata serine-rich adhesin for platelets-like (LOC106057089), mRNA.

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CloneID	OBi91326
Clone ID Related Accession (Same CDS sequence)	XM_013214142.1
Accession Version	XM_013214142.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3651bp) 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	2015-07-29
Organism	Biomphalaria glabrata
Product	serine-rich adhesin for platelets-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013194149.1) 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 :: Biomphalaria glabrata 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##

ATGTCTAACA TTCGATTCAC TAAGCCTAGG AATGATAATC GTATTCGTCA ATCTAAAGAT 
TATCTCCCTT CACCAAGCAG CAGTCACAAA GAAAGACAAA ACTCAGAGCT CAAGAAAGAA 
CCGCCATGGC ACATTTTCAT GACCAGCAAG ACAGACGATA GAGACGCTAC AAAAACTGAA 
AACGTAAAAG TGAAATCCAA CCCTGCTAGT GTCACTCAGG ATGGTACAAT TTACTTTCAT 
CAACAGTCGG ACAAAATGTG GGATTCACCT ACAGTCTCAC TTCTTCCAAT TCAACAAAAT 
AGCATTTCAA AATCTGGAGA CGTTGGTAAT CTTGTTGGTA TCAGAGATAC GAAGGACGAA 
TCAGAATCTG AGAAAAACCT GAGGGAGAAA GAAATGGACT TTATCTTTTC CAGAACGTTC 
AACACAGTTT TAACACCCAC CTTCAGTAGC AATCAAACAA GCGATACAAT CAGTTCAGAA 
ATGTGCTCGA GGGAAAGCTT CAAGGAGCAC AAGCCAATTA GGAAAAACAA TAATTATGCT 
TCTACAATAG AAACTGGAAC TTCTAAAATT CTCAACAATG TAAAAAGACC TACACCCGAT 
ATAAAACAAA AAAGTGCCAG AGAAAAAAAC GTCTCCACTA CTACTGAAAT ATCCTGCGGG 
CCATGTAAAG AGTTAGAGCA ACTTTCGGAT CAAAATGTCG ACAGAACAGA GGACGATACG 
AGAGGAACTC TAGCTAATTA TGCAAAAGCA GCTAATAGAA ATGAAAAACA GAATATGTTG 
TCAAGAGAAG GTCAAGATTA TGAACAAAAA ATATTGGCAT CTTCTAATCA AGCTCAGTCA 
ATGAATTACG ATGCAGATAG ATCAAAAAGT GATACTTACT TTAGCATCTC AGACAGCGCT 
CATCATTTCC AAGAGAAGAG GGGGGTAATT ACGAAAACGA ATTCTTATAT TGGAGTCAAA 
AAGAACAGTT CTTCTTATGA TAATAGTCAA AACAATCTGA AGACACGTGG AAGAAACTTG 
AAAAGTACTA ATCAGAATGT CAATGCGTTC CTCGTTCAAC ATCAAGTGAC AACAGAAAGA 
AACAAACTTT GTGACGAAAT CAGCACTGTA GACGTAGCTC AAGAACCTTC CTTTCTGGAC 
TTTGATAAAA CAAACACCCA ACTCGATGTC TCCAAGCACT CTTCGAATGA TTTCCATCAC 
AAGCAACTTC CTGGCAGACG TCAAGAGCCA CGAGGTAGGG CAGACGCATG CAGAGGTCCC 
CCCTCAGCAA CACTTGACCT TCACCTTAGC TCCAAAAGTG AGAGACGTAA CGAGAGAGCG 
TCGACTCTTG CAAGCTGCAG TTCTGACCTA CATAACGAGA AATCTCAAAT CTCTCGACAT 
GAACGAATGT ATACAGAGTC CAGGGAACGT GAGGATAAAC ACACCAGGAA TACATATTCG 
CCATCATTCG GTAAGGTCAA AGTTCACACG AATACAAATA CTCAGGGTAA GTTTACCACA 
AACACTTTCA TATCCACAGA AGAAACTCCA GAAAATGTCA CCCTACCCTC TCCAATGGAT 
TATCCTGACA TTTCACCGTC TACTAGTAAA ATGTTTTTAC CATTACATTG CAATGGCATT 
AATTCTAATA ATTGTGCTGT GGATTCATCT TGCAATAGTA TTGAAAAATC ATCCTCTATC 
TGTGTCAATA ATTCATCCTT TATAAGAGCT GACAGTTCTT CTCTTGATGA GAGACAACCT 
TTCTGTAACA CTGAAAAATC AGCATCCGTA TGTGCTGAAA GATCCTCGCT GAAACGAAAA 
TCTTATGACA AAATAGCCAC CACTGCCACA ACGTTTTCTA AAATATCCCC ATCAAGTGCC 
GACACTGAAC GTTCCACCTT TGATGAGCAC TCAGCCTTTT CTACTTCTGA CAAACAAGCA 
TGTCTCTGTA CTGAAAATTC AACCTCTAAT TCTATTGTAA AAACATCGTT CGATTCCATT 
CTTAGTGAGC AAACAACTTT TTCTACCGTG TCTGAAAAGT CGTCTTCATG TTTTAAGCCT 
TCTGACAAAA CATCTCTTTC TTGTGATGAA ACTTCAACTC ACTTTTCAGC GAATTCATCA 
CTCAATTTAA ATTTAATATC CTTTGAAAAA TCCACTGTCT CATCCACTGA TACAAAATTG 
CAAGCTTCTA ACTGTCGTGA ACAAATTTCT TTCATCAGCT GTACACACAA GTCCACGACA 
CCTTCTACAG ACAAATCACC GACTTTTTGT CCGAAAAACA CATCGTCTAA TTTAATCGCC 
AGTGAAGCCT CGGCCTCGTC CTCTGCAACA TTATCTTTTG CTAACAATTC ATCTTCATCA 
ACTTCCTTGT CCAGCCATCC AGTTAATCTC ATCTCATCTA CCGCTTCAAC CACCTCGACT 
AAAACTAAGC CAACCTTTTT CTATTCACAG TCGACTAGTG AAACTTCGAA TATAACGAGA 
CCGAGTCTTG CCAAATGTGA GCCCACAAAC AAGTGCCATT CAAGCAATGC CATGGAACAG 
TCTTTAGCTG CCAACATGTT GACTTTAATT GAGAACGACA TGCGCAAGTT TTTCAAAAAT 
GAATCGGTAG CAGAAGATAA TGTCAGACAT TTCGAAAAAA ATGACATTGG TTTTAAAGAG 
AATAATATTA CCACTCTAAG ACATCAAGAC ATGTTATTGG AGTCGAAATG TTTGCCTACA 
GCTAATGATC AAACTAACTC TCACAGGACA GACATTTTCA TCAATAGACA GGATTCTATG 
TATGCGAAAG ACTTGAAAAC TCTAGACTTA GATAACAGAG AGCTAGAAGT ATTAACACAA 
TCGCAAGGGG ATATAACTCC ATTGACAGAA CCTTTACAGC AACATTATGT CATTCCTTCG 
ACTAGGAACG AAAACTCTGT AATTACACCA ATTGAATGCG TTCCCATAAA ACCAGCCCCT 
GCAGACGCAG GAAATATAAC TCAACGCAGC CAACAGCCAA CACTAAATGA GACAGCGAAA 
AGACATTCAG ACGCTAATAA ACAATGGCCG TATTCAGCGC AAACCTTACC CCGGGCAATA 
CAAGAAAGTA GCAGGGAGGA AGCAATTCTA AAACACCCTT CTTATCTCAG CTCTTATCTT 
ACGCGTACTA AACTAACTCA ACGGAGATTT CCAATCCAGC GCAGTGTCAG TTCCGGTGCT 
TTATCGTTCC GGGAGCGAAA TTCAACCTTT TTCAGAAGAA TGAACGATCC TTATTTGGAT 
ACCCAGGACG AGGCTACTGA TCCAGATGAC AATGACGATT TCGGCATCGA TCTAGACGAG 
ATGTTGAAAC ATCTGGACAA AGAGCGGTCC AGAAGACCCA CTCGGAACAT GAGTCGCGGT 
GGACAACCAG GAAGCTGTAT CTCTGAAAGA CCCGGTGACC TGATTTCATC AACATTGCCC 
GGGAACAGCC GAAGGACTGA GTCCACACGA ACTGTTCGGG AGACTGTGTC GTGTGACAGA 
CTGAAGATCA GGCGGTGCGC ACTGGCGGAT CCATTACGAA TGATTATAAG TCAGGAAGAT 
CGAGAGAGGA TTGAGAAGGA TGTGGAGAGA AGGAGACAAT CGATGGTGAG AAAAGTTTCG 
CAGTTTATCA ACATCCAGCT GGGGCTAAAT AAAGAGGAAG ATTTGATATA A

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

RefSeq	XP_013069596.1
CDS	439..4089
Translation	MSNIRFTKPRNDNRIRQSKDYLPSPSSSHKERQNSELKKEPPWHIFMTSKTDDRDATKTENVKVKSNPASVTQDGTIYFHQQSDKMWDSPTVSLLPIQQNSISKSGDVGNLVGIRDTKDESESEKNLREKEMDFIFSRTFNTVLTPTFSSNQTSDTISSEMCSRESFKEHKPIRKNNNYASTIETGTSKILNNVKRPTPDIKQKSAREKNVSTTTEISCGPCKELEQLSDQNVDRTEDDTRGTLANYAKAANRNEKQNMLSREGQDYEQKILASSNQAQSMNYDADRSKSDTYFSISDSAHHFQEKRGVITKTNSYIGVKKNSSSYDNSQNNLKTRGRNLKSTNQNVNAFLVQHQVTTERNKLCDEISTVDVAQEPSFLDFDKTNTQLDVSKHSSNDFHHKQLPGRRQEPRGRADACRGPPSATLDLHLSSKSERRNERASTLASCSSDLHNEKSQISRHERMYTESREREDKHTRNTYSPSFGKVKVHTNTNTQGKFTTNTFISTEETPENVTLPSPMDYPDISPSTSKMFLPLHCNGINSNNCAVDSSCNSIEKSSSICVNNSSFIRADSSSLDERQPFCNTEKSASVCAERSSLKRKSYDKIATTATTFSKISPSSADTERSTFDEHSAFSTSDKQACLCTENSTSNSIVKTSFDSILSEQTTFSTVSEKSSSCFKPSDKTSLSCDETSTHFSANSSLNLNLISFEKSTVSSTDTKLQASNCREQISFISCTHKSTTPSTDKSPTFCPKNTSSNLIASEASASSSATLSFANNSSSSTSLSSHPVNLISSTASTTSTKTKPTFFYSQSTSETSNITRPSLAKCEPTNKCHSSNAMEQSLAANMLTLIENDMRKFFKNESVAEDNVRHFEKNDIGFKENNITTLRHQDMLLESKCLPTANDQTNSHRTDIFINRQDSMYAKDLKTLDLDNRELEVLTQSQGDITPLTEPLQQHYVIPSTRNENSVITPIECVPIKPAPADAGNITQRSQQPTLNETAKRHSDANKQWPYSAQTLPRAIQESSREEAILKHPSYLSSYLTRTKLTQRRFPIQRSVSSGALSFRERNSTFFRRMNDPYLDTQDEATDPDDNDDFGIDLDEMLKHLDKERSRRPTRNMSRGGQPGSCISERPGDLISSTLPGNSRRTESTRTVRETVSCDRLKIRRCALADPLRMIISQEDRERIEKDVERRRQSMVRKVSQFINIQLGLNKEEDLI

Target ORF information:

RefSeq Version	XM_013214142.1
Organism	Biomphalaria glabrata
Definition	Biomphalaria glabrata serine-rich adhesin for platelets-like (LOC106057089), mRNA.

Target ORF information:

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

XM_013214142.1

ORF Insert Sequence:

ATGTCTAACA TTCGATTCAC TAAGCCTAGG AATGATAATC GTATTCGTCA ATCTAAAGAT 
TATCTCCCTT CACCAAGCAG CAGTCACAAA GAAAGACAAA ACTCAGAGCT CAAGAAAGAA 
CCGCCATGGC ACATTTTCAT GACCAGCAAG ACAGACGATA GAGACGCTAC AAAAACTGAA 
AACGTAAAAG TGAAATCCAA CCCTGCTAGT GTCACTCAGG ATGGTACAAT TTACTTTCAT 
CAACAGTCGG ACAAAATGTG GGATTCACCT ACAGTCTCAC TTCTTCCAAT TCAACAAAAT 
AGCATTTCAA AATCTGGAGA CGTTGGTAAT CTTGTTGGTA TCAGAGATAC GAAGGACGAA 
TCAGAATCTG AGAAAAACCT GAGGGAGAAA GAAATGGACT TTATCTTTTC CAGAACGTTC 
AACACAGTTT TAACACCCAC CTTCAGTAGC AATCAAACAA GCGATACAAT CAGTTCAGAA 
ATGTGCTCGA GGGAAAGCTT CAAGGAGCAC AAGCCAATTA GGAAAAACAA TAATTATGCT 
TCTACAATAG AAACTGGAAC TTCTAAAATT CTCAACAATG TAAAAAGACC TACACCCGAT 
ATAAAACAAA AAAGTGCCAG AGAAAAAAAC GTCTCCACTA CTACTGAAAT ATCCTGCGGG 
CCATGTAAAG AGTTAGAGCA ACTTTCGGAT CAAAATGTCG ACAGAACAGA GGACGATACG 
AGAGGAACTC TAGCTAATTA TGCAAAAGCA GCTAATAGAA ATGAAAAACA GAATATGTTG 
TCAAGAGAAG GTCAAGATTA TGAACAAAAA ATATTGGCAT CTTCTAATCA AGCTCAGTCA 
ATGAATTACG ATGCAGATAG ATCAAAAAGT GATACTTACT TTAGCATCTC AGACAGCGCT 
CATCATTTCC AAGAGAAGAG GGGGGTAATT ACGAAAACGA ATTCTTATAT TGGAGTCAAA 
AAGAACAGTT CTTCTTATGA TAATAGTCAA AACAATCTGA AGACACGTGG AAGAAACTTG 
AAAAGTACTA ATCAGAATGT CAATGCGTTC CTCGTTCAAC ATCAAGTGAC AACAGAAAGA 
AACAAACTTT GTGACGAAAT CAGCACTGTA GACGTAGCTC AAGAACCTTC CTTTCTGGAC 
TTTGATAAAA CAAACACCCA ACTCGATGTC TCCAAGCACT CTTCGAATGA TTTCCATCAC 
AAGCAACTTC CTGGCAGACG TCAAGAGCCA CGAGGTAGGG CAGACGCATG CAGAGGTCCC 
CCCTCAGCAA CACTTGACCT TCACCTTAGC TCCAAAAGTG AGAGACGTAA CGAGAGAGCG 
TCGACTCTTG CAAGCTGCAG TTCTGACCTA CATAACGAGA AATCTCAAAT CTCTCGACAT 
GAACGAATGT ATACAGAGTC CAGGGAACGT GAGGATAAAC ACACCAGGAA TACATATTCG 
CCATCATTCG GTAAGGTCAA AGTTCACACG AATACAAATA CTCAGGGTAA GTTTACCACA 
AACACTTTCA TATCCACAGA AGAAACTCCA GAAAATGTCA CCCTACCCTC TCCAATGGAT 
TATCCTGACA TTTCACCGTC TACTAGTAAA ATGTTTTTAC CATTACATTG CAATGGCATT 
AATTCTAATA ATTGTGCTGT GGATTCATCT TGCAATAGTA TTGAAAAATC ATCCTCTATC 
TGTGTCAATA ATTCATCCTT TATAAGAGCT GACAGTTCTT CTCTTGATGA GAGACAACCT 
TTCTGTAACA CTGAAAAATC AGCATCCGTA TGTGCTGAAA GATCCTCGCT GAAACGAAAA 
TCTTATGACA AAATAGCCAC CACTGCCACA ACGTTTTCTA AAATATCCCC ATCAAGTGCC 
GACACTGAAC GTTCCACCTT TGATGAGCAC TCAGCCTTTT CTACTTCTGA CAAACAAGCA 
TGTCTCTGTA CTGAAAATTC AACCTCTAAT TCTATTGTAA AAACATCGTT CGATTCCATT 
CTTAGTGAGC AAACAACTTT TTCTACCGTG TCTGAAAAGT CGTCTTCATG TTTTAAGCCT 
TCTGACAAAA CATCTCTTTC TTGTGATGAA ACTTCAACTC ACTTTTCAGC GAATTCATCA 
CTCAATTTAA ATTTAATATC CTTTGAAAAA TCCACTGTCT CATCCACTGA TACAAAATTG 
CAAGCTTCTA ACTGTCGTGA ACAAATTTCT TTCATCAGCT GTACACACAA GTCCACGACA 
CCTTCTACAG ACAAATCACC GACTTTTTGT CCGAAAAACA CATCGTCTAA TTTAATCGCC 
AGTGAAGCCT CGGCCTCGTC CTCTGCAACA TTATCTTTTG CTAACAATTC ATCTTCATCA 
ACTTCCTTGT CCAGCCATCC AGTTAATCTC ATCTCATCTA CCGCTTCAAC CACCTCGACT 
AAAACTAAGC CAACCTTTTT CTATTCACAG TCGACTAGTG AAACTTCGAA TATAACGAGA 
CCGAGTCTTG CCAAATGTGA GCCCACAAAC AAGTGCCATT CAAGCAATGC CATGGAACAG 
TCTTTAGCTG CCAACATGTT GACTTTAATT GAGAACGACA TGCGCAAGTT TTTCAAAAAT 
GAATCGGTAG CAGAAGATAA TGTCAGACAT TTCGAAAAAA ATGACATTGG TTTTAAAGAG 
AATAATATTA CCACTCTAAG ACATCAAGAC ATGTTATTGG AGTCGAAATG TTTGCCTACA 
GCTAATGATC AAACTAACTC TCACAGGACA GACATTTTCA TCAATAGACA GGATTCTATG 
TATGCGAAAG ACTTGAAAAC TCTAGACTTA GATAACAGAG AGCTAGAAGT ATTAACACAA 
TCGCAAGGGG ATATAACTCC ATTGACAGAA CCTTTACAGC AACATTATGT CATTCCTTCG 
ACTAGGAACG AAAACTCTGT AATTACACCA ATTGAATGCG TTCCCATAAA ACCAGCCCCT 
GCAGACGCAG GAAATATAAC TCAACGCAGC CAACAGCCAA CACTAAATGA GACAGCGAAA 
AGACATTCAG ACGCTAATAA ACAATGGCCG TATTCAGCGC AAACCTTACC CCGGGCAATA 
CAAGAAAGTA GCAGGGAGGA AGCAATTCTA AAACACCCTT CTTATCTCAG CTCTTATCTT 
ACGCGTACTA AACTAACTCA ACGGAGATTT CCAATCCAGC GCAGTGTCAG TTCCGGTGCT 
TTATCGTTCC GGGAGCGAAA TTCAACCTTT TTCAGAAGAA TGAACGATCC TTATTTGGAT 
ACCCAGGACG AGGCTACTGA TCCAGATGAC AATGACGATT TCGGCATCGA TCTAGACGAG 
ATGTTGAAAC ATCTGGACAA AGAGCGGTCC AGAAGACCCA CTCGGAACAT GAGTCGCGGT 
GGACAACCAG GAAGCTGTAT CTCTGAAAGA CCCGGTGACC TGATTTCATC AACATTGCCC 
GGGAACAGCC GAAGGACTGA GTCCACACGA ACTGTTCGGG AGACTGTGTC GTGTGACAGA 
CTGAAGATCA GGCGGTGCGC ACTGGCGGAT CCATTACGAA TGATTATAAG TCAGGAAGAT 
CGAGAGAGGA TTGAGAAGGA TGTGGAGAGA AGGAGACAAT CGATGGTGAG AAAAGTTTCG 
CAGTTTATCA ACATCCAGCT GGGGCTAAAT AAAGAGGAAG ATTTGATATA A