Precise delivery of therapeutic cargos to the destined location is a medical demand for
desirable physiological responses. In this discussion the synthetic approaches to prepare …

Drug development for neuroscience or targeting the brain is challenging and considered a
complex research area in pharmaceutical sciences. To act upon these drugs should be able …

Advances in drug delivery strategies have been phenomenal throughout the past few
decades. The discovery of new drugs has been keenly matched by developments to ensure …

The quest for an ideal cancer treatment has led to the exploration of a variety of platforms to
facilitate highly desirable and efficient drug delivery. As most anticancer drugs possess …

Drug developers recruit and combine principles, procedures and strategies from chemistry,
pharmacology, nanotechnology and biotechnology, focusing on the generation of functional …

Drug distribution efficiency is critical in cancer therapy and represents a major issue in
medical science. Emerging advancements in the area of fabrication techniques have …

Ever since pure molecular entities have been adapted as drug, varied manifestations other
than elimination of infections are frequently been acknowledged as side effects …

The enormous growth of nanotechnology paved ways for the development of advanced drug
delivery systems having ultraprecision and control over the release of drugs. Different …

New treatments which may involve poorly soluble drugs, easy biodegradable molecules and
drugs endowed with systemic toxicity need highly specific delivery, ie targeting …

Nanotubes may serve as non-immunogenic containers of biocompounds and vehicles for
selective delivery to the cell membrane. These two properties–selective inclusion and …