Metal nanoclusters(MNCs) are made up of several metal atoms,and developed rapidly in recent years.[1] They show outstanding chemical,physical,electrical,and optical properties.
In posttranslational modification mechanisms,protein phosphorylation which depends on theactivity of the cognate protein kinase or phosphatase or both is important and plays cardinal roles in many fun
Molybdenum sulphide(MoSx) nanomaterialshaveignited research interests for photoelectro-chemistry(PEC) due to their high visible light activity,superior stabilityandgood conductivity[1].
Photoelectrochemical(PEC) aptasensing,combines the merits of PEC analysis and inherent properties of aptamer,has become a promising approach and provided a new exciting technique for bioanalysis in re
The adsorption and movement behavior of protein on the surface of materials was an important research topic in several fields,such as biotechnology,nanotechnology and membrane separation technology[1]
With a ceaselessly increasing attention towards hierarchical superhybrid for photocatalytic solar energy conversion,water purification and artificial photosynthesis have made huge step forward for low
We have developed sensitive photoelectrochemical(PEC) detection of cysteineusing the gold nanoparticles(Au NPs) equipped perovskite Bi4NbO8Clheterostructure.
Carbon supported Pt-based catalysts are recognized as the best catalysts that widely used in proton exchange membrane fuel cells(PEMFCs) and direct alcohol fuel cells(DAFCs).