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Results for “amorphization”
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Following the Crystallization of Amorphous Ice after Ultrafast Laser Heating
Not Available
High-Pressure Tetrahedral Amorphous Carbon Synthesized by Compressing Glassy Carbon at Room Temperature
Abstract not provided
Pressure-Induced Selective Amorphization of CsPbBr[subscript 3] for the Purification of Cs[subscript 4]PbBr[subscript 6]
Abstract not provided
Binding of CO and O on Low-Symmetry Pt Clusters Supported on Amorphous Silica
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Cyanine-Incorporated Amorphous Polymeric Carbon Dots for Optical Reactive Oxygen Species Sensing
Reactive oxygen species (ROS) are common cellular oxidants that when overproduced by cellular stressors cause harm to cells. Detection of ROS is of utmost importance to understanding a wide variety of cellular function and toxicity mechanisms. Conventional ROS fluorescence assays involve using a single dye to visualize the ROS quantity. Herein, we describe ROS-sensitive, fluorescent-dye-incorporated carbon dots with dual fluorescence capabilities and good biocompatibility. Carbon dots (CDs) made of citric acid and urea were synthesized with incorporated cyanine-3-amine (Cy3), a bright red fluorescent dye, to create Cy3-CDs. Additionally, to get Cy3 into the ROS-sensitive form, this work demonstrated that Cy3 alone and Cy3 within carbon dots can be electrochemically reduced to their colorless ROS-sensitive form. Cy3, CDs, and Cy3-CDs are all responsive to additions of superoxide, leading to an increase in the fluorescence. Overall, this work examines how O 2 •– and additional oxidizers interact with CDs, Cy3, and Cy3-CDs, and molecular-level hypotheses are explored that will inform the design of future carbon dot-based ROS sensors.
Optically Induced Three-Stage Picosecond Amorphization in Low-Temperature SrTiO 3
Not provided.
Quasicrystals and Their Approximants in a Crystalline?Amorphous Diblock Copolymer
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Crystallization Propensity of Amorphous Pharmaceuticals: Kinetics and Thermodynamics
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