Author: Argyro Spinthaki

0000000000542178

AUTHOR

Argyro Spinthaki

showing 2 related works from this author

Pleiotropic Role of Recombinant Silaffin-Like Cationic Polypeptide P5S3: Peptide-Induced Silicic Acid Stabilization, Silica Formation and Inhibition …

2016

Silica-mineralizing organisms such as diatoms manage several aspects of silica chemistry when polymerizing monomeric silicic acid into amorphous silica. Silicic acid is undersaturated in the diatoms’ habitats and mechanisms of enrichment and prevention of uncontrolled mineralization are not well understood. Diatom-biosilica is associated with organic compounds, including polycationic, post-translationally modified peptides termed silaffins, which induce the condensation of silicic acid under supersaturated conditions. Here, we report the pleiotropic action of the designed silaffin-like peptide P5S3, which (i) stabilizes 4–8x silicic acid (in supersaturated conditions of 8.3 mm), (ii) decele…

chemistry.chemical_classificationPrecipitation (chemistry)Inorganic chemistryCationic polymerizationPeptide02 engineering and technologyGeneral Chemistryrespiratory system010402 general chemistry021001 nanoscience & nanotechnology01 natural sciences0104 chemical sciencesAmino acidchemistry.chemical_compoundHydrolysischemistryBiomimetic synthesisPolymer chemistrySilicic acid0210 nano-technologyDissolutionChemistrySelect

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Cover Picture: Pleiotropic Role of Recombinant Silaffin-Like Cationic Polypeptide P5S3: Peptide-Induced Silicic Acid Stabilization, Silica Formation …

2016

chemistry.chemical_classificationMaterials scienceCationic polymerizationPeptideGeneral Chemistrylaw.inventionchemistry.chemical_compoundchemistrylawBiomimetic synthesisRecombinant DNAOrganic chemistryCover (algebra)Silicic acidDissolutionChemistrySelect

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