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The influence of acyl portion of carboxylic esters in enzymatic kinetic resolution reactions was evaluated in batch and continuous-flow modes

The reaction rate of methane conversion to methanol as a function of the potential, with co-generation of electrical energy based on different palladium catalysts compositions supported on carbon

Volatile Organic Compounds emitted by biogenic sources have been present in the atmosphere since the formation of the Earth. However, combined with human activities, these compounds can pose real risks to human health and the environment

The use of sugarcane extract as fuel in a PEM-FC is an efficient and eco-friendly method to produce green electric energy by employing metals supported on carbon electrocatalysts to perform the oxidation of sugars.

Organic compounds, such as phenols, amides and peptides, can be used for the treatment of Oxidative Stress, an effect that causes renal, respiratory, and cardiac diseases, and even affects the Central Nervous System

Obtaining electronic properties of materials for enhanced oil recovery, chemical defense and CO₂ conversion

The contributions of Elizabeth Fulhame and other scientists to the development and establishment of catalysis as a fundamental area of chemistry

The essential oils of Schinus terebinthifolius and Siparuna guianensis showed antioxidant activity, and D-limonene and β-myrcene were identified as the majority in the respective oils.

A comprehensive review on the fundamental aspects and state of the art of the optoelectronic nose (a.k.a. colorimetric sensor array) is presented. A variety of applications are discussed, such as food, forensic, clinical and biological samples

NOx passive sampler validation for low-cost quality assessment

A general overview of the developments and perspectives on the carboxylation of aryl electrophiles is presented

Carbon nitride-based materials have emerged as promising supports to stabilize atomically disperse metal single-atoms. Besides enhancing their catalytic properties towards highly desirable chemical transformations

A chemoenzymatic route to achieve optically active mandelic acid was developed, achieving both enantiomers in good isolated yields and high enantiomeric excesses

In view of the importance of the 2,3-dihydrobenzofuran scaffold here, we review the recent advances in obtaining it, with an emphasis on the synthetic strategies employed