Search results for "Defense Proteins"

showing 2 items of 2 documents

Construction of Chimeric Dual-Chain Avidin by Tandem Fusion of the Related Avidins

2011

BackgroundAvidin is a chicken egg-white protein with high affinity to vitamin H, also known as D-biotin. Many applications in life science research are based on this strong interaction. Avidin is a homotetrameric protein, which promotes its modification to symmetrical entities. Dual-chain avidin, a genetically engineered avidin form, has two circularly permuted chicken avidin monomers that are tandem-fused into one polypeptide chain. This form of avidin enables independent modification of the two domains, including the two biotin-binding pockets; however, decreased yields in protein production, compared to wt avidin, and complicated genetic manipulation of two highly similar DNA sequences i…

Macromolecular Assemblieslcsh:MedicineBiosensing TechniquesPolymerase Chain ReactionBiochemistryProtein Structure Secondarychemistry.chemical_compoundProtein structureBiotinMacromolecular Structure AnalysisProtein biosynthesisBiomacromolecule-Ligand InteractionsSurface plasmon resonancelcsh:Science0303 health sciencesMultidisciplinarybiologyrespiratory systemRecombinant ProteinsBiochemistryBiotinylationChromatography GelBiophysic Al SimulationsResearch ArticleProtein StructureStructural similarityRecombinant Fusion Proteins030303 biophysicsBiophysicsBiotinMolecular Dynamics SimulationBiokemia solu- ja molekyylibiologia - Biochemistry cell and molecular biology03 medical and health sciencesstomatognathic systemDefense ProteinsEscherichia coliAnimalsGene familyProtein InteractionsBiology030304 developmental biologylcsh:RProteinsComputational BiologySurface Plasmon ResonanceAvidinchemistrySmall MoleculesFermentationbiology.proteinlcsh:QChickensAvidinPLoS ONE
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Proteome response of Tribolium castaneum larvae to Bacillus thuringiensis toxin producing strains.

2012

Susceptibility of Tribolium castaneum (Tc) larvae was determined against spore-crystal mixtures of five coleopteran specific and one lepidopteran specific Bacillus thuringiensis Cry toxin producing strains and those containing the structurally unrelated Cry3Ba and Cry23Aa/Cry37Aa proteins were found toxic (LC(50) values 13.53 and 6.30 µg spore-crystal mixture/µL flour disc, respectively). Using iTRAQ combined with LC-MS/MS allowed the discovery of seven novel differentially expressed proteins in early response of Tc larvae to the two active spore-crystal mixtures. Proteins showing a statistically significant change in treated larvae compared to non-intoxicated larvae fell into two major cat…

Models MolecularProteomicsProteomeTranscription GeneticOdorant bindingProtein ConformationApplied Microbiologylcsh:MedicinePathogenesismedicine.disease_causeReceptors OdorantBiochemistryProtein structureBacillus thuringiensislcsh:SciencePhylogenyTriboliumMultidisciplinaryImmune System ProteinsSpectrometric Identification of ProteinsbiologyChemosensory proteinAgricultureHost-Pathogen InteractionLarvaHost-Pathogen InteractionsInsect ProteinsResearch Articleanimal structuresProtein subunitLipoproteinsBacterial ToxinsMolecular Sequence DataBacillus thuringiensisMicrobiologyBacterial ProteinsRibosomal proteinMicrobial ControlDefense ProteinsmedicineAnimalsAmino Acid SequencePesticidesBiologyToxinfungilcsh:RProteinsbiology.organism_classificationMolecular biologyApolipoproteinsOdorant-binding proteinbiology.proteinlcsh:QPest ControlSequence AlignmentZoologyEntomologyProtein AbundancePLoS ONE
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