PATopics: An automatic framework to extract useful information from pharmaceutical patents documents

TL;DR

PATopics is an automated framework that extracts, summarizes, and groups pharmaceutical patent information, significantly reducing manual effort and aiding various stakeholders in understanding complex patent documents.

Contribution

It introduces a novel automated system for extracting and summarizing pharmaceutical patent data, enhancing patent management and analysis capabilities.

Findings

Effective in analyzing 4,832 patents across 809 molecules

Facilitates patent grouping based on similarity

Proves useful for researchers, chemists, and companies

Abstract

Pharmaceutical patents play an important role by protecting the innovation from copies but also drive researchers to innovate, create new products, and promote disruptive innovations focusing on collective health. The study of patent management usually refers to an exhaustive manual search. This happens, because patent documents are complex with a lot of details regarding the claims and methodology/results explanation of the invention. To mitigate the manual search, we proposed PATopics, a framework specially designed to extract relevant information for Pharmaceutical patents. PATopics is composed of four building blocks that extract textual information from the patents, build relevant topics that are capable of summarizing the patents, correlate these topics with useful patent characteristics and then, summarize the information in a friendly web interface to final users. The general contributions of PATopics are its ability to centralize patents and to manage patents into groups based on their similarities. We extensively analyzed the framework using 4,832 pharmaceutical patents concerning 809 molecules patented by 478 companies. In our analysis, we evaluate the use of the framework considering the demands of three user profiles -- researchers, chemists, and companies. We also designed four real-world use cases to evaluate the framework's applicability. Our analysis showed how practical and helpful PATopics are in the pharmaceutical scenario.