ORGANIC & BIOMOLECULAR CHEMISTRY
Scope & Guideline
Advancing the frontiers of organic and biomolecular science.
Introduction
Aims and Scopes
- Organic Synthesis:
The journal highlights innovative synthetic methodologies for constructing complex organic molecules, including multi-step synthesis and one-pot reactions. - Catalysis:
Research on various catalytic systems, including transition metals, organocatalysts, and photocatalysts, is prominent, showcasing their roles in facilitating organic transformations. - Biomolecular Chemistry:
The intersection of organic chemistry with biological sciences is explored, focusing on the synthesis of biologically active compounds, drug discovery, and biomolecular interactions. - Green Chemistry:
Sustainable practices in organic synthesis are emphasized, including the use of environmentally friendly solvents, reagents, and methodologies aimed at reducing waste and energy consumption. - Mechanistic Studies:
The journal publishes articles that investigate the mechanisms of organic reactions, providing insights into reaction pathways and the development of new catalytic processes. - Computational Chemistry:
Computational studies that complement experimental work are included, aiding in the understanding of reaction mechanisms and the design of new molecules.
Trending and Emerging
- Photocatalysis:
There has been a significant increase in research focused on photocatalytic reactions, particularly those utilizing visible light, showcasing the potential for green chemistry applications. - Electrochemistry:
Electrochemical methods are emerging as a key area of interest, with an increasing number of publications exploring their application in organic synthesis and functionalization. - Multicomponent Reactions:
The popularity of multicomponent reactions is rising, with researchers seeking efficient and versatile synthetic routes that allow for the rapid assembly of complex molecules. - Sustainable and Green Chemistry:
A strong emphasis on sustainability is evident, with an increasing number of studies aimed at reducing environmental impact through innovative and eco-friendly synthetic methodologies. - Bioorthogonal Chemistry:
Research on bioorthogonal reactions is gaining momentum, particularly in the context of drug delivery and molecular imaging, reflecting the growing intersection of organic chemistry with biological applications. - Chiral Catalysis:
The development of new chiral catalysts and methodologies for asymmetric synthesis is trending, with an emphasis on achieving high enantiomeric purity and efficiency.
Declining or Waning
- Classical Organic Reactions:
Traditional methods of organic synthesis, such as classical Friedel-Crafts reactions and basic substitution reactions, appear less frequently as researchers explore more innovative and efficient methodologies. - Single-Method Studies:
There is a shift away from studies focusing solely on a single synthetic method or reaction type, favoring more comprehensive approaches that integrate multiple strategies. - Low-Impact Solvent Use:
Research emphasizing the use of low-impact solvents has decreased as more sustainable and innovative solvent systems gain traction in the scientific community. - Conventional Catalysts:
The focus on conventional catalysts, particularly noble metals, has waned in favor of exploring non-noble metal catalysts and organocatalysts that offer improved sustainability.
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