Nanotechnology
includes manipulating structures and properties on the nanoscale, frequently
including measurements that are simply modest portions of the width of a human
hair. Nanotechnology is as of now being utilized in items in its inactive
structure, for example, beauty care products and sunscreens; it is also used in
the different industries and fields like in food industries, solar energy,
environmental science, textile industries, petroleum products, batteries, and
better electronic equipment will be developed and will have far-reaching
effects. Other than these applications, it is novel in the pharmaceutical
field. Pharmaceutical Nanotechnology implements the methods and principles of
nanotechnology and nanoscience for the pharma to extend a novel drug delivery
system that can address the shortcomings of conventional drug delivery systems.
Drug
delivery systems:
The
traditional drug delivery system has different restrictions of lack of
cytotoxicity, high rates of drug metabolism, specificity, poor patient
medication, and high dosage requirement and they can be removed from the novel
drug delivery systems prepared using the nanotechnology.
Drug
discovery:
Pharmaceutical
nanotechnology plays a significant role in the drug development and drug
discovery as it assists in enhances bioavailability and solubility of the
excipients and drugs.
Diagnosis of disease:
Detection
of diseases in the first stage probably provides the ability to prevent any
disease, which can lead to fewer side effects for the patient.
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