EggNest Radiation Protection System Revolutionizes Safety for Cath Lab Teams

Introduction

At the recent 2025 Transcatheter Cardiovascular Therapeutics® (TCT) Conference, groundbreaking insights were shared regarding the EggNest™ Complete Radiation Protection System by Dr. Jarrod Frizzell from The Christ Hospital in Cincinnati, Ohio. This innovative technology presents a notable shift in how medical teams manage radiation exposure during high-stakes cardiovascular procedures, promising not only enhanced safety but also improved working conditions for healthcare professionals.

The Importance of Radiation Protection

Radiation exposure is a significant concern in the field of interventional cardiology. Health professionals frequently face exposure to scatter radiation from X-ray guidance during procedures, leading to multiple health risks, including increased chances of cancer and cataracts, as well as cardiovascular issues. Traditional methods of protection, such as lead aprons, while somewhat effective, pose their own set of problems, including a high incidence of orthopedic injuries due to their weight and the limitations they impose on mobility.

Revolutionary Findings

The studies unveiled at TCT 2025 highlighted the EggNest System’s striking capabilities. The average scatter radiation dose for operators using EggNest during coronary and PCI (percutaneous coronary intervention) procedures was recorded at a mere 0.16 mRem per case. To put this into perspective, the annual occupational radiation exposure limit in the United States is 5,000 mRem. This means that an operator would theoretically need to carry out over 31,000 cases to approach that limit, which is a staggering number considering that interventionalists typically manage around 300 to 500 procedures annually.

Furthermore, nurses and technologists working alongside operators experienced an average exposure of just 0.03 mRem per case, solidifying the EggNest System's protection across the entire cath lab team. Dr. Frizzell emphasized the value of this system, stating, "Having a radiation protection system that consistently protects my entire team as well as or better than the heavy lead we wore in the past means we're taking care of patients and ourselves."

A New Standard in Safety

This transformative approach to radiation protection not only lowers exposure levels significantly but also mitigates the risk of orthopedic injuries that have plagued healthcare workers for years. Dr. Robert Riley, Chief Scientific Advisor for Egg Medical and an interventional cardiologist, elaborated on the findings, reinforcing that the EggNest Complete System is the only proven solution to significantly reduce radiation exposure, allowing staff to perform procedures with little to no need for cumbersome lead shielding.

Ongoing Evaluations

Dr. Frizzell and his team are committed to further exploring the EggNest System's potential in other procedural contexts, specifically within structural heart interventions and electrophysiology, thereby broadening the scope of its application and reinforcing its efficacy across various X-ray–guided procedures.

Conclusion

The presentation of real-world data surrounding the EggNest™ Complete Radiation Protection System signals a critical advancement in interventional cardiology. With its ability to protect healthcare teams from harmful radiation without the burden of traditional lead aprons, it sets a new standard for safety and effectiveness in cath labs. Healthcare professionals can now engage in life-saving procedures with greater confidence, knowing they are shielded against harmful radiation, enhancing both their health and their ability to deliver exceptional patient care. Existing efficacy studies and continuous evaluations will undoubtedly shape its role in the future of cardiovascular interventions.

For more information on Egg Medical and their revolutionary technologies, you can visit Egg Medical's website or contact Susan Storm, Marketing Manager, at susan.sto[email protected].

References

1. Comparison of Standard Shielding versus Next-Generation Radiation Shielding System with Light Lead Apron.
2. Comparative Effectiveness of a Novel Scatter Radiation Shielding System Versus Standard Shielding.