As quantum dots are beginning to be used for in vivo imaging, the question of their long-term effect on cell viability is becoming critical. In this issue of Chemistry & Biology, Lovrić and colleagues examine the likely role of reactive oxygen species in quantum dot cytotoxicity [1]
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Over the past few years, Quantum Dots have been tested in most biotechnologicalapplications that use...
Background: The unique and tuneable photonic properties of Quantum Dots (QDs) have made them potenti...
As quantum dots are beginning to be used for in vivo imaging, the question of their long-term effect...
open access articleThe unique optical and electronic properties of quantum dots (QD) have led to rap...
Over the past few years, Quantum Dots have been tested in most biotechnological applications that u...
The unique optical and electronic properties of quantum dots (QD) have led to rapid progress in thei...
Quantum dots (QD) have unique electronic and optical properties promoting biotechnological advances....
Quantum dots (QD) have unique electronic and optical properties promoting biotechnological advances....
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Quantum dots (QD) have been deeply studied due to their physicochemical and optical properties with ...
Semiconductor nanoparticles, often referred to as quantum dots (QDs), have attracted considerable i...
Quantum dots (QDots) are explored in biomedicine as highly fluorescent, photostable nanomaterials, b...
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Quantum dots (QDots) are explored in biomedicine as highly fluorescent, photostable nanomaterials, b...
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Over the past few years, Quantum Dots have been tested in most biotechnologicalapplications that use...
Background: The unique and tuneable photonic properties of Quantum Dots (QDs) have made them potenti...
As quantum dots are beginning to be used for in vivo imaging, the question of their long-term effect...
open access articleThe unique optical and electronic properties of quantum dots (QD) have led to rap...
Over the past few years, Quantum Dots have been tested in most biotechnological applications that u...
The unique optical and electronic properties of quantum dots (QD) have led to rapid progress in thei...
Quantum dots (QD) have unique electronic and optical properties promoting biotechnological advances....
Quantum dots (QD) have unique electronic and optical properties promoting biotechnological advances....
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Quantum dots (QD) have been deeply studied due to their physicochemical and optical properties with ...
Semiconductor nanoparticles, often referred to as quantum dots (QDs), have attracted considerable i...
Quantum dots (QDots) are explored in biomedicine as highly fluorescent, photostable nanomaterials, b...
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Quantum dots (QDots) are explored in biomedicine as highly fluorescent, photostable nanomaterials, b...
The use of quantum dots (QDots) as bright and photostable probes for long-term fluorescence imaging ...
Over the past few years, Quantum Dots have been tested in most biotechnologicalapplications that use...
Background: The unique and tuneable photonic properties of Quantum Dots (QDs) have made them potenti...
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