# Medical Devices Fail Women Due to Male-Centric Design How gender gaps in medical device testing put women at risk. - **Source:** [Discovery](https://brifing.si/source/fab2bb9c-affd-4609-8ac8-7ab7dc697d4f) - **Published:** 2026-09-07 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/d886009c-7df9-4d03-bad8-f1a6edcf6066 ## The Problem Medical devices like CPR mannequins, implants, and surgical tools are predominantly designed based on male anatomy. This male-centric approach creates inherent risks for female patients, as devices may not account for physiological differences. Studies show women experience higher complication rates from these mismatches. The issue stems from historical exclusion of women from clinical trials and a 'one-size-fits-all' design philosophy that actually fits men. ## Case Examples Specific examples include hip implants that fail more frequently in women due to bone density differences, and CPR mannequins that don't reflect female chest anatomy. Surgical tools designed for average male hand size can be awkward for female surgeons to use effectively. Even crash test dummies traditionally used male body types, leading to less effective safety systems for women until recently. ## Research Gaps Dr. Ella Hubber's research reveals how gaps in medical data collection perpetuate the problem. Many clinical trials still exclude women of childbearing age due to perceived risks, despite regulations encouraging inclusion. This results in devices being approved without adequate testing on female physiology. The historical assumption that male data applies equally to women continues to influence device development today. ## Design Shortcomings The 'one-size-fits-all' approach fails women in multiple ways. Devices may be too large, use materials that interact differently with female biology, or require procedures that don't account for anatomical variations. Even operating room layouts and equipment positioning often assume male body proportions, creating ergonomic challenges for female surgeons and less optimal positioning for female patients. ## Health Consequences These design flaws lead to measurable health disparities. Women experience higher rates of device failure, longer recovery times, and more surgical complications. Some conditions predominantly affecting women remain under-researched, with fewer dedicated devices available. The cumulative effect means women often receive suboptimal care compared to men for equivalent medical needs. ## Industry Awareness While awareness is growing, change has been slow. Some manufacturers now offer gender-specific device options, but these remain exceptions. Regulatory bodies are beginning to require more inclusive testing, though enforcement varies. The medical community increasingly recognizes this as both an equity issue and a quality of care problem that affects outcomes. ## Systemic Barriers Journalist Candice Bailey highlights how systemic factors maintain the status quo. Medical education often teaches male anatomy as default. Research funding favors traditionally male-dominated fields. Device development pipelines prioritize markets perceived as most profitable, which historically meant male-focused products. These interconnected barriers require comprehensive solutions. ## Path Forward Experts propose multiple solutions: mandatory inclusion of women in clinical trials, female-specific device testing protocols, and design approaches that account for anatomical diversity. Some advocate for more women in medical device engineering and leadership roles. Technological advances like 3D printing may enable more personalized solutions. True progress requires addressing both technical design and systemic biases in healthcare. ## Sources covering this story - http://www.bbc.co.uk/programmes/w3ct8jsw — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._