Intrinsically Cancer-Mitochondria-Targeted Thermally Activated Delayed Fluorescence Nanoparticles for Two-Photon-Activated Fluorescence Imaging and Photodynamic Therapy

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Nanoparticle Material Science
100
Fluorescence Material Science
100
Mitochondrion Material Science
14
Metal Material Science
14
Photosensitizer Material Science

Chemistry

100
Delayed Fluorescenc... Chemistry
100
Fluorescence Chemistry
100
Nanoparticle Chemistry
20
Structure Chemistry
20
Molecule Chemistry
20
Energy Chemistry
20
Metal Chemistry
20
Quantum Yield Chemistry
20
Application Chemistry
20
Reactive Oxygen Spe... Chemistry

Keyphrases

100
Two-photon Keyphrases
100
Fluorescence Imagin... Keyphrases
100
Photodynamic Therap... Keyphrases
100
Mitochondrial Targe... Keyphrases
100
Thermally Activated... Keyphrases
100
Fluorescence Nanopa... Keyphrases
100
Cancer Mitochondria Keyphrases
20
High Performance Keyphrases
20
Nanoparticles Keyphrases
20
Quantum Yield Keyphrases
20
Chemical Modificati... Keyphrases
20
Biomedical Applicat... Keyphrases
20
Single Molecule Keyphrases
20
Triplet Energy Keyphrases
20
Photosensitizing Keyphrases
20
Reactive Oxygen Spe... Keyphrases
20
Ultra-low Keyphrases
20
Near-infrared Light Keyphrases
20
Photodynamic Therap... Keyphrases
20
Light Penetration D... Keyphrases
20
Physical Modificati... Keyphrases
20
Metal-free Sensitiz... Keyphrases
20
Cancer Cell Killing Keyphrases
20
Energy Offset Keyphrases
20
Mitochondrion-speci... Keyphrases
20
Targeting Capabilit... Keyphrases
20
Light Irradiance Keyphrases
20
Two-photon Activati... Keyphrases

INIS

100
photons INIS
100
fluorescence INIS
100
nanoparticles INIS
100
cancer INIS
100
mitochondria INIS
100
photodynamic therap... INIS
14
metals INIS
14
yields INIS
14
production INIS
14
modifications INIS
14
molecules INIS
14
performance INIS
14
energy INIS
14
oxygen INIS
14
applications INIS
14
triplets INIS
14
irradiance INIS
14
exploration INIS
14
penetration depth INIS
14
cell killing INIS

Physics

100
Nanoparticle Physics
100
Fluorescence Physics
100
Therapy Physics
100
Mitochondria Physics
100
Thermally Activated... Physics
20
Utilization Physics
20
Oxygen Physics
20
Performance Physics
20
Revision Physics
20
Metal Physics
20
Molecules Physics
20
Exploration Physics
20
Near Infrared Physics

Chemical Engineering

100
Nanoparticle Chemical Engineering
50
Oxygen Chemical Engineering
Research OutputsResearch Output authored by Intrinsically Cancer-Mitochondria-Targeted Thermally Activated Delayed Fluorescence Nanoparticles for Two-Photon-Activated Fluorescence Imaging and Photodynamic Therapy is tagged with the concept