Search results for "Visible and subvisible particles"

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Probing ensemble polymorphism and single aggregate structural heterogeneity in insulin amyloid self-assembly.

2020

Ensembles of protein aggregates are characterized by a nano- and micro-scale heterogeneity of the species. This diversity translates into a variety of effects that protein aggregates may have in biological systems, both in connection to neurodegenerative diseases and immunogenic risk of protein drug products. Moreover, this naturally occurring variety offers unique opportunities in the field of protein-based biomaterials. In the above-mentioned fields, the isolation and structural analysis of the different amyloid types within the same ensemble remain a priority, still representing a significant experimental challenge. Here we address such complexity in the case of insulin for its relevance…

Fluorescence-lifetime imaging microscopyAmyloidFIBRIL POLYMORPHISMPHASOR APPROACHSURFACESpheruliteProtein ConformationSurface Propertiesmedicine.medical_treatmentBETATHIOFLAVIN-T FLUORESCENCE02 engineering and technologyMicro-FTIRProtein aggregation010402 general chemistryFibril01 natural sciencesFluorescence lifetime imagingBiomaterialsProtein AggregatesColloid and Surface ChemistryBINDINGHuman insulinmedicineInsulinParticle SizeSECONDARY STRUCTURESPHERULITESChemistryInsulinAmyloidosisOptical ImagingMICROSCOPY021001 nanoscience & nanotechnologymedicine.disease0104 chemical sciencesSurfaces Coatings and FilmsElectronic Optical and Magnetic MaterialsBiopharmaceuticalMicroscopy FluorescenceAmyloid structureVisible and subvisible particlesBiophysicsThioflavin TSelf-assemblyHeterogeneity0210 nano-technologyInfrared microscopyPROTEIN AGGREGATIONJournal of colloid and interface science
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