Aims

The main objective of the journal is to develop science and related research at an international level. In order to achieve this, it is important to bring into light disseminate outstanding research and development results to the world instantaneously the latest advances in the domain of Bioorganic & Organic Chemistry. The journal aims to collect precise data in the fields of Analytical chemistry, Bioinorganic chemistry, catalysis and related scientific era.

Current Research in Bioorganic & Organic Chemistry is a scientific journal which covers high quality manuscripts which are both relevant and applicable to the broad field of organic & inorganic chemistry.

Scope

Organic Chemistry Research Topics:

• Natural product synthesis and total synthesis
• Development of new synthetic methodologies for organic chemistry
• Catalysis in organic synthesis and its applications
• Design and synthesis of functional organic materials
• Supramolecular and macromolecular chemistry in organic synthesis
• Physical and computational organic chemistry for predicting and analyzing chemical behavior
• Design and synthesis of fluorescent molecules and dyes for imaging and sensing applications
• Development of organo-metallics for catalysis and other applications
• Synthesis and characterization of polymers and surfactants
• Synthesis of reagents for organic chemistry reactions
• Medicinal and organic chemistry for drug development and discovery
• Inorganic and bioinorganic chemistry in organic synthesis
• Elucidation of mechanisms of actions of biologically active compounds for drug development
• Structure-activity relationships (SAR) for optimization of drug activity
• Investigation of biochemical and pharmacological targets of drug action
• Mode of action of biologically active compounds for drug design
• Biochemical interactions between drug molecules, ions, free radicals, etc., for drug development
• Organic synthesis pharmacological activity for drug discovery
• Novel insights into medicinal chemistry in terms of protocol development or new application
• Design and development of new drugs and drug delivery systems
• Development of new synthetic methods for the preparation of biologically active compounds
• Mechanistic studies of enzyme-catalyzed reactions for drug discovery
• Development of new techniques for imaging and sensing biological systems
• Design and synthesis of fluorescent probes for imaging and sensing
• Synthesis of organic compounds for energy conversion and storage
• Synthesis of organic compounds for photovoltaic applications
• Development of new materials for energy storage and conversion
• Synthesis of organic compounds for fuel cells
• Design and synthesis of novel electrolytes for batteries
• Organic synthesis for environmental remediation
• Development of new adsorbents and catalysts for environmental applications
• Design and synthesis of organic compounds for water treatment
• Synthesis of organic compounds for air purification
• Synthesis of new stationary phases for chromatography for analytical purposes
• Synthesis and characterization of new molecular sensors and probes for analytical purposes
• Design and synthesis of organic compounds for nanoscale devices and applications
• Synthesis of organic compounds for nanoparticle synthesis
• Development of new techniques for the formation of nanoscale structures
• Synthesis of organic compounds for biomaterials and tissue engineering
• Development of new drug delivery systems based on biomaterials
• Design and synthesis of smart materials and responsive polymers
• Synthesis of organic compounds for the preparation of hydrogels
• Investigation of the biochemical interactions of small molecules with biomolecules
• Synthesis of natural product analogs for drug discovery
• Development of new methods for the analysis of natural products
• Design and synthesis of enzymes and other biocatalysts for natural product biosynthesis
• Organic synthesis for the preparation of biosensors and biochips for analytical purposes
• Synthesis of reagents for biochemical assays and analysis
• Development of new analytical techniques for the detection and quantification of small molecules
• Investigation of the molecular mechanisms of enzyme-catalyzed reactions.