Pharmaceutical Nanotechnology


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It was an honour to publish in your prestigious journal. Those are the words: " Publish with Bentham Sciences is join the researchers in a big network science friendship relationship around the world". The era of application of smart therapeutic systems employing targeted drug delivery strategies for effective treatment of diseases was started almost several decades. Several research efforts have been undertaken with time in this area for developing the newer formulation systems and devices.

Despite the advantages of the new developing drugs, the benefits of adopting the modified treatment strategies are highly promising.

Pharmaceutical Nanotechnology: Innovation and Production, 2 Volumes

Among these, the use of bioinspired drug delivery systems acclaimed with biodegradable and biocompatible properties has gained increasing acceptance. The current editorial delivers an insight into a series of reviews compiled befitting the title of the special issue. In this thematic issue, a compilation of five review articles is presented focusing on general aspects of bio-inspired nanosystems in therapeutics and disease treatment. This special issue has provided a comprehensive perspective on the concept of bio-inspired smart drug delivery carriers include scheming and developing biocompatible nanomaterials which can be loaded with cargo for specific drug delivery application.

Such carriers are used for versatile applications in delivering drugs and pharmaceuticals for therapeutic applications, biological markers and contrast agents for imaging applications, genes and nucleic acids for gene therapy applications.

Some instances of the bio-inspired nanocarriers include formulations prepared from bio-nanocomposite materials such as cellulose, chitosan, starch, polylactic acid, polyhydroxyalkanoates, etc. With the dimensional size range between 0.

Nanotechnology & NanoMedicine - Andrew Hessel - Exponential Medicine 2015

Besides these, a series of modifications in the preparations of such nanocarriers have been tried [1]. Silica-based nanocomposites are useful in tissue engineering, imaging, therapeutic and disease-related diagnostic applications [2].

Hydroxyapatite nanocomposites and rosette nanotubes have been found useful as scaffolds in nucleic acid engineering applications. Graphene-based nanocomposites are also useful in photodynamic therapy against cancer treatment and tissue engineering applications. Recently, there are derivatized systems such as polymeric nanocomposites loaded with nanoparticles were reported in the literature with innovative applications in gene delivery [3]. Modified polymers composed of cartilages and muscles are useful in tissue engineering applications to produce the mechanically stiff interpenetrating network to facilitate the growth of bone mass.

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Moreover, the spatially controlled hydrogel nanocomposites have been designed for controlling cellular microenvironments for mimicking tissue complexity. The microarrays of bioadhesive nanocomposite microgels have been designed with tunable physical and chemical properties to obtain the modular sizes and tailored adhesive biomolecule compositions [2].

Overall, these nano devices reported in the literature also have variegated applications as scaffolds with additional advantage of drug delivery to the local tissues.

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