Infectious diseases are a serious threat public health and a significant burden on global economies.1 Infectious diseases led to more human deaths than any other disease and are responsible for more than 25% of all fatalities ...

Chalcogenides constitute one of the most important classes in the field of chemistry, exhibiting rich compositional and structural diversity on par with oxides and organic compounds. Chalcogenides are compounds that ...

For several years, our research group has been involved in design and development of novel organosulfur building blocks and their synthetic applications for construction of substituted and fused five/six membered ...

Hydrogenation is one of the most fundamental transformations in chemistry, and its applications range from the chemical industry to laboratory scale organic synthesis [1]. The formal de nition of hydrogenation includes ...

Generation of Hydrogen as clean and green fuel by splitting water is one of the important aspects of mitigating the overuse of non-renewabale sources of energy and its associated environmental degredation. Since the time ...

The term bioinspiration relates to the design strategies that are inspired by mechanisms or laws or functions operating in biological systems.1-14 Over the years, few other related terms are also being employed by several ...

Chlorite-like nanocomposites in which the anionic clay layers are intercalated between the cationic clay layers were prepared by mixing an aqueous colloidal dispersion of exfoliated layers of copper hydroxysalt or alpha-cobalt ...

Nanosized fullerene solvates have attracted widespread research attention due to recent interesting discoveries. A particular type of solvate is limited to a fixed number of solvents and designing new solvates within the ...

A supramolecular crystallization-based approach has been developed for the shape-dependent separation of geometrical isomers under near-ambient conditions. Difficulties to separate such isomers arise because of their very ...

Charge-transfer (CT) assemblies of aromatic donor (D) and acceptor (A) molecules have recently gained attention as a promising material for organic electronics and ferroelectrics. Two major factors which govern their ...