By virtue of its unique properties such as high specific surface area and adjustable pore size, nano-SiO2 has been recently employed in biosciences and medicines.
Natural rubber is one of the most important raw materials for many industries, and it cannot be replaced by synthetic alternatives due to its unique properties, such as resilience, elasticity, impact and abrasion resistance, efficient heat dispersion and malleability at cold temperature [ 1, 2].
Whether erlotinib can induce pulmonary toxicity by a mechanism related to its unique properties or contributes significantly to pulmonary toxicity induced by prior chemotherapy, it remains to be investigated.
Each section includes a detailed description of the chemical synthesis of the polymer critical to understanding of its unique properties, followed by discussion of its biocompatibility and biodegradability, two essential features of biomaterials in most tissue engineering applications.
Towards this aim, the direct laser writing technique by multi-photon polymerization, due to its unique properties and characteristics, has proven to be an indispensable tool to high accuracy structuring and has been put on the map as an emerging technology for scaffold 3D printing.
Among the biocompatible polymers, poly(lactide-co-glycolide) (PLGA) is one of the most important materials used for blending with different types of biofillers owing to its unique property by which its time of biodegradation can be varied simply by varying the monomer ratio in its copolymer.
This enhancement could be rationalized by its unique physicochemical and electrical properties arising from the inherent anisotropic one-dimensional (1D) nanostructure, such as charge transfer facilitation by reducing number of particle interfaces and more efficient use of Pt by alleviating fraction of embedded catalysts.
The present new material is expected to have specific physical properties, as suggested by its unique valence electron structure.
The pharmacological effects deriving from the interaction of a drug with its receptor targets are mainly defined by the unique properties of the drug, including (1) affinity to the target; (2) efficacy or intrinsic activity; (3) selectivity; (4) mode of interaction; (5) residence time [ 28, 29].
These novel features of PET are explained by the following unique properties of graphene: (i) its excellent electron-transport and multi-electron-accepting ability, (ii) its multi-chromophore binding and concurrent multi-photon absorbing ability.
