Dalton Transactions · 2017 · 48 citations · 46 references
Natural SciencesBiophysicsChemistryBiophysical ChemistryMitochondrial BiologyMolecular ImagingCoordination ChemistryInfrared SpectroscopyNear-infrared ImagingNear-infrared SpectroscopyOptical SpectroscopyTransition Metal ComplexesMetal Complexes For ImagingMolecular Fluorescence ImagingMolecular Imaging Probe DesignNear-infrared Fluorescence ImagingNear-infrared Imaging AgentsNear-infrared ProbesPhotoactive Metal ComplexesRedox-active Metal Complexes
at 751 nm for Ir1 and 750 nm for Ir2 in PBS solution, with luminescence quantum yields of around 0.62 for Ir1 and 0.85 for Ir2. These two complexes showed high mitochondrial specificity, superior photostability, high resistance to the loss of the mitochondrial membrane potential and appreciable tolerance to environmental changes, allowing NIR imaging of mitochondrial morphological changes over long periods of time. These excellent photophysical and imaging properties made them promising NIR luminescent tags for applications in bioimaging.
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