The Luminescence and optical behavior of Cd1-xWxSe QDs synthesized using microwave assisted hydrothermal approach for bioimaging applications

Cadmium-Based Quantum Dots Alloyed Structures: Synthesis, Properties, and Applications

“…Many alloyed Cd-based quantum dots have been prepared through the MW-assisted method, including CdWSe and CdSeTe-CdS [55,56]. H.-J.…”

“…In the last two decades, high demand has arisen for alloyed quantum dots for potential technological and biological applications like light-emitting diodes [13,67], solar cells, and biolabeling [12,55], which makes it essential to achieve a better understanding of the structural and optical properties of these types of nanostructures to determine their ability for various applications.…”

“…The remarkable size-dependent optical properties of QDs have been very encouraging for using them in many biological applications, and they showed promising results, especially in bio-imaging, where they are used as important sensing or detection components for different samples like drugs or food [42,55].…”

“…Similarly, highly sensitive electrogenerated chemiluminescence biosensors were fabricated on quaternary CdZnSeS QDs to detect hydrogen peroxide in living cells [110]. Further, El-Hamidy, S., reported that using ternary CdWSe labeling instead of coumarin dye for epithelial cells in humans has a great impact on image quality and disparity, as illustrated in Figure 20 [55]. [30].…”