Respected Researchers,
i have synthesized and prepared carbon quantum dots using microwave-assisted. I am planning to take a fluorescence study to discuss its LED application. pharmaceutical applications also looking for. so I request you to give your valuable suggestion and ideas in this regard. How to index the XRD value and SAED pattern of CQD. what is needed literature to calculate the quantum Yield Measurements?
Thanks
The article below explains in detail the method of calculating quantum yield of fluorescence materials
At the end of my paper in the Conclusion section, item #2, I describe a study using quantum dots.
Please have look at these two videos I made.
How to make and characterize them:
https://www.youtube.com/watch?v=dwUVMVNSO2k
How to use them as a biosensor:
https://www.youtube.com/watch?v=_isbANLUe7k&t=13s
You can use it as a biosensor for detection biomolecules by different quenching process such as IFE, PET, FRET.
You may find the below article useful to clarify basic aspects about carbon dot
Article Are carbon dots worth the tremendous attention it is getting...
Consider while utilizing quantum dots, the labeling of these semiconductor nanocrystals with non-toxic materials such as a peptide. This has already been accomplished. Different neurotransmitter chemicals and even pharmaceuticals could be considered like when levodopa crosses the blood-brain barrier converting to dopamine, a neurotransmitter. The polymer coated quantum dot (QD) then binds with electrons traveling in the white matter tracts that have been well delineated by diffusion tensor imaging (DTI). Presently it appears that QD can participate in axonal transport but an inability to cross the synapses of neurons could present a problem.
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