Real microscopy and device photographs appear alongside clearly identified generated laboratory illustrations. Source, authorship and reuse terms are recorded below.
A microfluidic device for reagent dilution and mixing; contextual device photograph, not the colon-chip study device.
Author: FMNLab
Source: Original image and metadata
Reuse: CC BY 4.0
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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Colourized scanning electron micrograph of a manganese-based metal–organic framework. Colour is a visualization aid, not the material’s visible-light appearance; this is not a figure from the Nobel background document.
Author: Snemani2023
Source: Original image and metadata
Reuse: CC BY 4.0
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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Scanning electron micrograph of metal–organic framework crystals from CSIRO research, with the original 10 μm scale bar retained. Contextual microscopy, not a figure from the Nobel background document.
Author: Dr Paolo Falcaro and Dr Dario Buso, CSIRO
Source: Original image and metadata
Reuse: CC BY 3.0
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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Cultured HeLa cells under multiphoton fluorescence microscopy: Golgi apparatus in orange, microtubules in green and DNA in cyan. This is a contextual cell image, not tissue from the colon-chip study.
Author: National Institutes of Health (NIH)
Source: Original image and metadata
Reuse: Public domain
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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Human-derived SK8/18-2 cells: vimentin stained green and nuclei stained blue. Contextual microscopy, not a figure from an article’s cited experiment.
Author: ZEISS Microscopy from Germany
Source: Original image and metadata
Reuse: CC BY 2.0
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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Cellulose nanofibre network. A real microscopy image illustrating polymer structure at a small scale.
Author: Qspheroid4
Source: Original image and metadata
Reuse: CC BY-SA 4.0
Preparation: Resized and encoded as WebP; no retouching. Card layouts may crop the display.
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AI-generated laboratory illustration. A generic microfluidic device near a microscope; not the device or tissue used in the colon-chip study.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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AI-generated laboratory illustration of an electrochemical measurement setup. It does not depict the cited PFAS experiment or its operating conditions.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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AI-generated laboratory illustration of battery-material handling. It is not a photograph of a particular battery chemistry, recycling process or experimental result.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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AI-generated laboratory illustration of pH measurement in a clear solution. It does not show a measured pH, treatment performance or a real experimental result.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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AI-generated laboratory illustration of formulation research. The hardware is contextual, not a specified recipe or a device validated for RNA nanoparticle production.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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AI-generated editorial illustration of computational structural biology. The displayed molecular visualization is illustrative, not a predicted structure or output from AlphaFold 3.
Creation: Built-in image generation for Molecules in Context: Research, Observation, Technology, Applications & Society — 10 Perspectives. This is a photorealistic illustration of a generic research setting, not a photograph or an experimental result.
Preparation: Generated with the built-in image tool, then resized and encoded as WebP. Card displays may crop the frame.
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