Systems for delivering medications into or throughout the body are known as Drug Delivery Systems. The delivery mechanism, such as a tablet you ingest or an injection of a vaccination, is one of these technologies. Medication "packaging"—such as a micelle or a nanoparticle—that shields the drug from deterioration and enables it to reach wherever it is needed in the body is referred to as drug delivery systems. In the last several decades, medication delivery has evolved significantly, and much more advancements are projected in the upcoming years. Biomedical Engineers have made significant contributions to our knowledge of the physiological obstacles to effective drug administration and have also helped design a number of innovative drug delivery methods that have entered the clinical setting. Despite all of this development, some illness therapies continue to have unacceptably negative side effects. Drug Interactions with healthy tissues or organs can induce side effects, which can restrict our capacity to cure numerous disorders like cancer, neurological diseases, and infectious diseases. The targeted distribution of medications will be made easier and their negative effects will be lessened with further advancements in this field.
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