Gender inventorship equity in patent prosecution

Area of Science:

• Intellectual Property Law
• Gender Studies
• Innovation Policy

Background:

• Gender disparities are prevalent in science, technology, engineering, and mathematics (STEM) fields.
• Existing literature highlights gender gaps in patenting, but a stage-specific analysis is lacking.

Purpose of the Study:

• To conduct an in-depth analysis of gendered outcomes across all stages of patent prosecution.
• To identify specific points in the patent process where gender disparities emerge or are mitigated.

Main Methods:

• Analysis of patent prosecution data, examining outcomes at each stage (rejection, appeal, responsiveness).
• Comparison of gendered outcomes across different applicant types (university, small entity, large entity).

Main Results:

• Female inventors are significantly more likely to face rejections and have less successful appeals.
• Each stage of patent examination contributes to a lower aggregate grant rate for women.
• University-filed patents and small entity applications exhibit greater gender parity in allowance and prosecution.

Conclusions:

• Gender gaps in patenting are not confined to a single stage but are pervasive throughout the prosecution process.
• University and small entity filing strategies may offer models for achieving greater gender equity in innovation.
• Further research is needed to understand and address these gendered outcomes in patenting and STEM.