Organic electrosynthesis has gained much attention over the last few decades as a
promising alternative to traditional synthesis methods. Electrochemical approaches offer …

This paper is an overview of developments over the 2010-2024 period in electroanalytical
sensing techniques for the detection of volatile organic compounds (VOCs), providing new …

Shono-type oxidation to generate functionalized heterocycles is a powerful method for late-
stage diversification of relevant pharmacophores; however, development beyond oxygen …

This investigation scrutinized the quantitative aspects of biobutanol production in
conventional and bioelectrogenic induced ABE fermentation using Clostridium …

Biological–inorganic hybrid systems are a growing class of technologies that combine
microorganisms with materials for a variety of purposes, including chemical synthesis …

Microbial electrosynthesis (MES) is a rapidly growing technology at the forefront of
sustainable chemistry, leveraging the ability of microorganisms to catalyze electrochemical …

Electroorganic synthesis has received significant attention due to its environmentally friendly
nature, offering the potential to replace traditional hazardous chemical production routes …

This review explores the advancements and potential of electrochemical methods in the
synthesis of silicon-containing polymers (mainly polysilanes and silicones), a critical area of …

To establish a sustainable plastic system, it is crucial to implement effective recycling and
upcycling strategies that retain the material in the economy and prevent from entering the …

Objective: The analysis of mycotoxins affecting DNA methylation is of great importance in
toxicology for food safety. Control and understanding of mycotoxin exposure, combined with …