photodynamic therapy

Enhancing AIEgen Fluorescence Efficiency via Anion-π+ Interaction

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Enhancing AIEgen Fluorescence Efficiency via Anion-π+ Interaction

Cancer poses a severe threat to human health, making the development of photosensitizers with both diagnostic and therapeutic functions significant in combating cancer. Thanks to the excellent aggregation-induced emission (AIE) efficiency and reactive oxygen species (ROS) generation capability, AIE technology shows tremendous advantages in fluorescence imaging-guided photodynamic cancer therapy (integrated diagnosis and treatment). However, the … Read more

Enhancing Fluorescence Efficiency and Reactive Oxygen Species Generation through Anion-π+ Interaction and Crowded Conformation

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Enhancing Fluorescence Efficiency and Reactive Oxygen Species Generation through Anion-π+ Interaction and Crowded Conformation

Cancer is a terrifying public health threat with low survival rates and a global prevalence. Therefore, exploring effective diagnostic and therapeutic methods is crucial. Traditional cancer treatments, including surgery, radiotherapy, and chemotherapy, often prove to be limited in efficacy and significant in side effects. Fortunately, fluorescence imaging-guided photodynamic therapy (FLI-guided PDT) offers a non-invasive strategy … Read more