In recent years, aptamer-based biosensors have been quickly developed due to its characteristic such as high sensitivity & selectivity, excellent stability and extensive application in various fields.
Among those noble metal nanoparticles, silver (Ag) NPs have been mostly studied owing to their high electrical and thermal conductivity as well as their extraordinary optical properties, which lead to extensive application in the fields of catalysis, electronic and optical materials[6 10].
As the one of the most straightforward and cost-effective method, electrospinning technique with unique physiochemical property has gained an extensive application in biomedical field [10 12].
Despite micelles have achieved great progress in the past few decades, the stability of them is still a major impediment for their extensive application in the field of controlled drug delivery [11].
They have been developed not only on the basis of previous literature, but also, at least in the case of some of the tools, through extensive application in the field and iterative adaption in the light of these experiences.
Moreover, the carbon dioxide removal has an extensive interest in other application fields, like mitigating CO2 emissions, being an entrainer in EOR (Enhanced Oil Recovery), among others.
Boron (B) has an extensive application prospect in the field of aerospace propulsion.
In electronic sensors, Gdots are mainly used in single electron transistor based charge sensors, unlike the extensive application of graphene in field effect transistors.
Fiber based composites have found extensive applications in various fields.
These products are expected to have more extensive applications in biomedical fields.
