Introduction
Salus Scientific is excited to share results from the first biomechanical study of its GLiFT Radiation Protection System, led by Michel Heijnen at the University of North Carolina Wilmington. This pivotal study highlights a promising reduction in muscle activity, particularly in the trapezius muscles during demanding clinical procedures.
Study Findings
The pilot study demonstrated a trend toward statistical significance with a P-Value of 0.06, indicating a reduction in muscle activity. These findings are especially relevant in extreme ergonomic positions required during left radial artery access procedures.
Ergonomic Challenges in Surgery
Surgeons and interventionalists often endure long hours in strenuous positions, contributing to a high rate of musculoskeletal injuries. Recent studies show that a significant percentage of surgeons report musculoskeletal complaints, with common issues being neck and back pain exacerbated by the heavy protective gear worn during surgeries.
Impact of Traditional Radiation Protection
The traditional heavy lead aprons, often weighing around 20 pounds, necessitate awkward positioning, leading to thoracic kyphosis and increased lateral deviation from postural loading. This additional weight puts continuous stress on the back muscles, escalating the risk of pain and injury over time.
Innovative Solution by Salus Scientific
The GLiFT Radiation Protection System is designed to mitigate these challenges by reducing the load on critical muscle groups. The system is particularly beneficial during Cardiac Cath Procedures, helping maintain ergonomic postures and lessen muscle strain.
Quote from Leadership
“This groundbreaking study lays the foundation for future clinical evaluations to further validate the benefits of the GLiFT system for healthcare workers in the fluoroscopy suite,” said Todd Flohr, CEO of Salus Scientific. “Employing the Orthopedic Principle of Force Transfer, the GLiFT system offers a significant ergonomic advantage, alleviating common musculoskeletal problems faced by healthcare providers.” Conclusion
The ergonomic benefits of the GLiFT system are crucial in minimizing the risk of musculoskeletal injuries among medical professionals, fostering a safer and more comfortable working environment. With ongoing innovations in radiation protection, Salus Scientific reaffirms its commitment to enhancing healthcare technology that safeguards both medical staff and patients. Feel free to adjust the headers and content to better fit the layout of your website or to emphasize particular aspects of the study or product benefits.
