A carnation-like nanoflower reported in ACS Applied Bio Materials has demonstrated antibiotic, anti-inflammatory and biocompatible properties. These nanostructures could be incorporated into bandages ...
The unique reactivity of gold complexes as tunable p-Lewis acids have driven diverse applications towards C–C multiple bond functionalizations, enyne and diyne cycloisomerizations, carbene/nitrene ...
Theoretical chemistry has made rapid strides due to the development of systematically improvable approximations in classical and semiclassical approximations. Exciting developments of DFT, with ...
The symposium aims to explore latest developments in biomaterials and their applications in translational medicine. Cutting-edge topics such as bio-inspired therapeutic materials, precision drug ...
Advancements in underground carbon storage are critical for achieving global climate goals by enabling the long-term, large-scale sequestration of carbon dioxide. By utilizing geological formations ...
The unprecedented rise of viral infections in the past decade has coincided significantly with the rise of nucleoside/nucleotide/oligonucleotides-based antiviral and ...
The symposium will essentially focus on biomaterials for developing material systems used in implants, tissue engineering, degradable scaffolds as well as design, development, and characterization of ...
The symposium invites contributions that can advance our understanding of the state-of-the-art knowledge on the sustainable development of clean water resources, including mechanisms of contaminant ...
The self-assembly of molecular and macromolecular building blocks is a powerful strategy to prepare fascinating nanostructured materials with hierarchical architectures for various technological ...
Global Virtual Symposia is a part of the ACS Digital Meeting that offers researchers to present their work online at ACS Fall 2025, at the convenience of their time zone. The symposia sessions have ...