Synthetic Organic Chemistry Scope

Synthetic organic chemistry encompasses four primary disciplines: bioorganic, organometallic, natural products, and polymer chemistry. Developing robust, reproducible synthetic strategies across these divisions relies directly on physical chemistry principles, including reaction kinetics, transition-state analysis, molecular structure, solvent effects, and reaction mechanisms. While numerous variables influence the design of a synthetic scheme, the complete pathway requires systematic evaluation to identify the most straightforward and viable route among competing alternatives. For industrial implementation, development must also consider safety, low-toxicity reagents, kilogram-scale manufacturing, and the minimization or elimination of hazardous waste streams.

DJC can assist with the development and optimization of synthetic routes, assay molecules, and metal ligands based on two decades of applied synthesis, extensive research, and practical experimental design.

Complete synthetic design considers molecular structure, reaction mechanisms and kinetics, solvent selection, isolation, purification, characterization, safety, hazardous-waste reduction, and progression toward larger-scale production.

Organometallic — Ligand design and characterization for metal speciation and UV-Vis/MS detection; catalysis and asymmetric synthesis.

Bioorganic — Enzyme-mediated organic synthesis, including development of immobilization and recycling methods, assay development, and inhibitor structure–activity relationship (SAR) studies.

Natural Products — Isolation, purification, characterization, and synthetic modification of compounds obtained from animal, bacterial, fungal, and plant sources.

Polymers — Synthesis, modification, functionalization, and crosslinking for coatings, composites, and other applications.

To Interested Parties:

Every project is proprietary and developed according to the individual client's needs.

Consultations involving confidential technical information are conducted under a non-disclosure agreement (NDA) before project-specific needs, methods, or services are discussed.