Featured
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Article |
OregonFluor enables quantitative intracellular paired agent imaging to assess drug target availability in live cells and tissues
Water-soluble, cell-permeable, inert fluorescent tags called OregonFluors have been developed to withstand environmental changes while resistant towards non-specific binding with subcellular structures. These tags enable quantitative imaging of drug target availability in cells and tissues, providing a route for the future assessment of personalized therapies.
- Lei G. Wang
- , Antonio R. Montaño
- & Summer L. Gibbs
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Article |
Photoacoustic imaging of elevated glutathione in models of lung cancer for companion diagnostic applications
Imaging-based companion diagnostics can provide real-time information to match therapies to patients; however, glutathione is abundant in most cells, making it an unlikely candidate for companion diagnosis. Now, a chemical probe has been developed that can detect elevated glutathione concentrations via photoacoustic imaging. Using this probe enables normal and pathological states in a lung cancer model to be distinguished.
- Melissa Y. Lucero
- & Jefferson Chan
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Research Highlights |
A contrasting assembly
Contrast agents for highly sensitive imaging applications can be rapidly delivered to tumours by assembling them with nanoparticles at the tumour site.
- Anne Pichon