These gels with versatile properties should find applications such as in responsive coatings, tissue engineering, and soft actuators.
Such hybrid nanostructures with versatile properties provoked by combining the merits of both organic as well as inorganic part may find applications in many fields [18, 19, 20].
Polymer-based dendrimer nanoconjugates hold strong potential to serve as versatile fluorescent probes due to an intrinsic capacity for tailored spectral properties such as brightness and emission wavelength.
Because of its versatile properties, DEHP is also found in many commercial and household products such as vinyl floor and wall coverings, furniture, raincoats, and shower curtains, as well as cosmetics, personal care products, and food packaging [ Agency for Toxic Substances and Disease Registry (ATSDR) 2002].
Unfortunately, existing nanocarriers with fixed surface properties, such as a PEGylated, cationized and bioconjugated surface, are not versatile enough to overcome the extracellular and intracellular barriers which require different surface properties.
Their unique properties such as increased absorption/scattering cross section and enhanced local electromagnetic fields make them extremely versatile in a wide range of applications in nanophotonics [1] and biochemical sensing [2, 3].
The versatile properties thus obtained can then be utilized in a number of magnetic applications ranging from large electrical power devices such as transformers and motors to recording heads and to anti-pilferage markers.
The present investigation reports a systematic study of the effect of Pb addition on microstructural evolution and tribological behavior of equiatomic CuCrFeTiZn high entropy alloy (HEAs).Versatile and interesting properties such as high hardness, reasonable ductility and fracture toughness make HEAs suitable candidates for wear resistance applications.
By harnessing their properties such as thermotolerance and stress resistance, and by using emerging high-throughput genetic tools, these organisms are very promising as versatile cell factories for biorefinery applications.
Considering these versatile properties of the bio-nanocomposites this review sheds a light on the synthesis, modification, characterization and applications of bio-nanocomposites based on different polysaccharides functionalized by different nanofillers such as MMT, Ag, SiO2, TiO2, and ZnO.
