At ReaxionLab, we empower chemistry researchers—professors, PhD students, postdocs, and undergraduates—with authentic data, AI-driven tools, and expert support to advance their research and ensure impactful publications. Our comprehensive services include manuscript editing, peer review, journal selection, and quality control, all tailored to elevate the quality and credibility of scientific work across various chemistry disciplines. Whether diving into organic synthesis, machine learning in physical chemistry, or mechanisms of inorganic redox reactions, our platform equips researchers with the tools they need to publish with confidence.

Explore our tool, C3v Sketch, which handles everything from SMILES to 3D molecular previews. It is being developed to support searches related to popular organic chemistry reactions (e.g., Friedel-Crafts, Grignard reactions, and nucleophilic substitutions) and niches like enzyme catalysis in organic synthesis and more. Our pipeline platform is being built to tackle complex topics like flow chemistry in organic synthesis, Mösere research, kinetics, and quantum chemistry. Researchers exploring equilibrium constants and real-time spectroscopy will find it particularly beneficial. For those engaged in inorganic chemistry, it will provide expert assistance in diverse areas - from niche topics like polyoxometalate chemistry and inorganic solid state, maximizing research areas like catalysis and green synthesis. Our generative models in computational chemistry are being developed to serve all of these areas and more.

By leveraging our authentic data and machine learning in chemistry, researchers can identify literature with real-world use cases and filter out junk research. It will ensure rigorous quality control to efficiently manage the intricacies of scientific publishing while maximizing impact. Transform your research into high-impact publications that are optimized for search engines and trusted across the chemistry community. Make significant strides in your academic career and provide results usable for society.