Nanomedicine is promising great things, including great advancements in the treatment of cancer. Imagine swarms of nanobots swimming through your veins, repairing cells or attacking viruses.
It may be a part of future medicine. However, it cannot replace all types of medicine.
No it is not. because it is at its own limit. We cannot anymore target with high precision using nanoparticles or nanostructures.
Nanomedicines have shown clear advantage over conventional drug treatments and could therefore be useful for the targeted and controlled drug delivery. However, nanotechnology still has risks, and more research is needed. Please take a look at the following useful references.
Article Nanotechnology and its Applications in Medicine
Article . Nanomedicine and Nanotechnology: The future of Pharmacy
Article Nanotechnology-future prospect in recent medicine: A review
Article Nanotechnology: The Future Medicine
Article THE FUTURE OF NANOMEDICINE
Chapter Nanomedicines: Present Scenario and Future Challenges
It may be a part of future medicine. However, it cannot replace all types of medicine.
It has its own limitations though serve as one of the potential way of treatments.
The full benefits of the application of nanotechnology in medicine is not fully explored. Although, there are perceived hiccups but I think we need to look beyond the imperfections and proffer solutions on how to circumvent for its full benefits.
There is an ongoing special issue in this direction https://www.researchgate.net/project/Collaborative-Book-Project-on-Phytochemistry/update/5c6913c6cfe4a781a5809bac
To be published in a Q1 journal for free.
Nanotechnology represents those medical applications of nanotechnology. Nanoscience ranges from nanomedicine applications and nanoscale electronic sensors to future applications for molecular nanotechnology. However, the current problems facing nanomedicine are many, the most important being the understanding of issues related to nanotoxicology and the environmental impact of nanomaterials.
The future of medicine in understanding the role of small nanosystems of water in the functioning of molecules, enzymes, DNA, RNA, cells, synthesis and metabolism. See the beginning of this study.
Article Liquid Polyamorphous Transition and Self-Organization in Aqu...
Preprint Quantum entanglement in micellar solutions of ionic surfactants.
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