AI Built for Chemistry Patents

DeepIP is built to handle the structural complexity of chemistry patents. It preserves chemical notation, stereochemistry, subscripts, superscripts, and structural representations while helping transform compounds, Markush formulas, and experimental data into prosecution-ready drafts.

Yes. DeepIP can suggest an initial Markush formula or genus and help refine substituents to build defensible broad-to-narrow fallback structures. As scope evolves, exemplified compounds remain visible so you can confirm coverage while maintaining chemical coherence.

DeepIP is designed to preserve chemical meaning throughout drafting. Structural notation, stereochemistry, ring systems, and formatting are maintained across ingestion, drafting, and export so the chemistry remains accurate.

Yes. DeepIP helps structure experimental procedures, tables, and data into drafting-ready experimental sections while preserving values, units, ranges, and technical details.

No. DeepIP is designed to assist experts, not replace them. It removes repetitive drafting work so chemists and patent professionals can focus on claim scope, fallback strategy, and defensibility.

DeepIP can assist with patents involving small molecules, pharmaceutical compounds, chemical compositions, and other chemistry-driven innovations where structures, substituents, and experimental data are central to the disclosure.

DeepIP maintains formulas, structures, and exemplified compounds as grounded context throughout drafting. This helps ensure claims, descriptions, and examples remain technically consistent as the document evolves.