This paper examines the critical role of chemistry in the evolution of wearable technology, highlighting recent advances and potential future paths. It digs into recent chemical innovations that have considerably improved the functioning, durability, and user comfort of wearables, with…
This study examines the cutting-edge topics of click and bioorthogonal chemistry, both of which are critical for advances in biomedical research. It emphasizes the techniques’ selectivity, effectiveness, and compatibility with biological systems, highlighting their applications in biomaterials, drug development, and…
Using the selectivity of catalysts and the reactivity of plasma, plasma catalysis opens up new possibilities in catalytic science by facilitating effective chemical reactions in mild environments. With an emphasis on its uses in green chemistry, energy efficiency, pollutant degradation,…
Algae chemistry is revolutionizing medications, environmental cleanup, and sustainable biofuels. Recent scientific findings and technology innovations are transforming algae for a cleaner future. I. Introduction to Algal Chemistry A wide range of freshwater, marine, and even terrestrial settings are home…
An Overview of 3D Printed Microfluidic Systems The field of microfluidics deals with the manipulation of fluids on a very small scale, usually in the microliter or nanoliter range. In order to carry out diverse activities like chemical reactions, sample…
Machine learning enhances various fields by improving predictions and facilitating discoveries, especially in chemistry, drug development, and materials science. 1 Principles and Approaches of Machine Learning in Chemistry Machine learning has had a profound effect on the chemistry profession by…