Quenched-phosphorescence Detection of Molecular Oxygen

Fundamentals of quenched phosphorescence O2 sensing and rational design of sensor materials;

New polymer-based sensor materials and fabrication technologies for large-scale applications;

Evolution of Cell-Penetrating Phosphorescent O2 Probes;

Hydrophilic Ir(III) complexes for in vitro and in vivo oxygen imaging;

Protection of triplet excited state materials from oxygen quenching and photooxidation in optical sensing applications;

Progress in phosphorescence lifetime measurement instrumentation for oxygen sensing;

Optical O2 sensing in aquatic systems and organisms;

Monitoring of extracellular and intracellular O2 on a time-resolved fluorescence plate reader;

Monitoring parameters of oxygen transport to cells in the microcirculation;

Photoacoustic imaging of oxygen;

Imaging of Tissue Oxygen Ex Vivo;

Tracking of Hypoxia and Cancer Metastasis with Iridium(III)-based O2 Probes;

Probing Tissue Oxygenation by Delayed Fluorescence of Protoporphyrin IX;

Microfluidic systems and optical oxygen sensors: A perfect match for advancing bioprocessing and microbiology;

pO2 measurements in biological tissues by luminescence lifetime spectroscopy: Strategies to exploit or minimize phototoxic effects in tumors;

In Vivo Brain Functional Imaging Using Oxygenation-Related Optical Signal;

Applications of phosphorescent O2 sensors in food and beverage packaging systems